# HG changeset patch
# User metexplore
# Date 1739459302 0
# Node ID 40c15b7467f1e5e2fd7cbd3aea3108d6155ba6df
# Parent  6a112eaf8f3890a357a5abcc934716c86062ed1b
planemo upload for repository https://forgemia.inra.fr/metexplore/met4j-galaxy commit 61dbdbae896d18b519a470e056cb8b4f98394518

diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/BipartiteDistanceMatrix/BipartiteDistanceMatrix.xml
--- a/build/tools/BipartiteDistanceMatrix/BipartiteDistanceMatrix.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/BipartiteDistanceMatrix/BipartiteDistanceMatrix.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_BipartiteDistanceMatrix" name="BipartiteDistanceMatrix" version="2.0.0">
+<tool id="met4j_BipartiteDistanceMatrix" name="BipartiteDistanceMatrix" version="2.0.1">
   <description>Create a compound to reactions distance matrix.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh networkAnalysis.BipartiteDistanceMatrix -i "$inputPath"
 #if str($sideCompoundFile) != 'None':
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/ChemSimilarityWeighting/ChemSimilarityWeighting.xml
--- a/build/tools/ChemSimilarityWeighting/ChemSimilarityWeighting.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/ChemSimilarityWeighting/ChemSimilarityWeighting.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_ChemSimilarityWeighting" name="ChemSimilarityWeighting" version="2.0.0">
+<tool id="met4j_ChemSimilarityWeighting" name="ChemSimilarityWeighting" version="2.0.1">
   <description>Provides tabulated compound graph edge list, with one column with reactant pair's chemical similarity.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh networkAnalysis.ChemSimilarityWeighting#if str($type):
  -f "$type"
@@ -68,7 +68,7 @@
   <help><![CDATA[Provides tabulated compound graph edge list, with one column with reactant pair's chemical similarity.Chemical similarity has been proposed as edge weight for finding meaningful paths in metabolic networks, using shortest (lightest) path search.]]></help>
   <citations>
     <citation type="doi">10.1093/bioinformatics/btg217</citation>
+    <citation type="doi">10.1093/bioinformatics/btu760</citation>
     <citation type="doi">10.1093/bioinformatics/bti116</citation>
-    <citation type="doi">10.1093/bioinformatics/btu760</citation>
   </citations>
 </tool>
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/ChokePoint/ChokePoint.xml
--- a/build/tools/ChokePoint/ChokePoint.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/ChokePoint/ChokePoint.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_ChokePoint" name="ChokePoint" version="2.0.0">
+<tool id="met4j_ChokePoint" name="ChokePoint" version="2.0.1">
   <description>Compute the Choke points of a metabolic network.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh networkAnalysis.ChokePoint -i "$inputPath"
  -o "$outputPath"
@@ -18,15 +18,25 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="XF_network.sbml"/>
+            
       <output ftype="tsv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_lines n="695"/>
+                    
           <has_n_columns n="3"/>
+                    
           <has_line_matching expression="R_ADEtex.*adenine_transport_via_diffusion__extracellular_to_periplasm_.*M_ade_e &lt;==&gt; M_ade_p" n="1"/>
+                    
           <has_line_matching expression="R_AGDC_r.*R_AGDC_r.*M_acgam6p_c \+ M_h2o_c --&gt; M_ac_c \+ M_gam6p_c" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Compute the Choke points of a metabolic network.
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/CreateMetaNetwork/CreateMetaNetwork.xml
--- a/build/tools/CreateMetaNetwork/CreateMetaNetwork.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/CreateMetaNetwork/CreateMetaNetwork.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_CreateMetaNetwork" name="CreateMetaNetwork" version="2.0.0">
+<tool id="met4j_CreateMetaNetwork" name="CreateMetaNetwork" version="2.0.1">
   <description>Create a Meta-Network from two sub-networks in SBML format.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh reconstruction.CreateMetaNetwork -n1 "$sbml1FilePath"
  -n2 "$sbml2FilePath"
@@ -60,18 +60,31 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="sbml1FilePath" value="Human-GEM_pathways.xml"/>
+            
       <param name="sbml2FilePath" value="ECOL.xml"/>
+            
       <param name="external1" value="s"/>
+            
       <param name="external2" value="e"/>
+            
       <param name="n1prefix" value="hsa"/>
+            
       <param name="n2prefix" value="eco"/>
+            
       <param name="mergingCriterion" value="by_metanetx"/>
+            
       <output ftype="sbml" name="outputPath">
+                
         <assert_contents>
+                    
           <has_text text="&lt;/sbml&gt;"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Create a Meta-Network from two sub-networks in SBML format.
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/DegreeWeighting/DegreeWeighting.xml
--- a/build/tools/DegreeWeighting/DegreeWeighting.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/DegreeWeighting/DegreeWeighting.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_DegreeWeighting" name="DegreeWeighting" version="2.0.0">
+<tool id="met4j_DegreeWeighting" name="DegreeWeighting" version="2.0.1">
   <description>Provides tabulated compound graph edge list, with one column with target's degree.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh networkAnalysis.DegreeWeighting#if str($pow):
  -pow "$pow"
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/DistanceMatrix/DistanceMatrix.xml
--- a/build/tools/DistanceMatrix/DistanceMatrix.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/DistanceMatrix/DistanceMatrix.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_DistanceMatrix" name="DistanceMatrix" version="2.0.0">
+<tool id="met4j_DistanceMatrix" name="DistanceMatrix" version="2.0.1">
   <description>Create a compound to compound distance matrix.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh networkAnalysis.DistanceMatrix -i "$inputPath"
 #if str($sideCompoundFile) != 'None':
@@ -34,30 +34,54 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="toy_model.xml"/>
+            
       <output ftype="csv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_lines n="9"/>
+                    
           <has_line_matching expression="id,A,A_ext,B,C,D,D_ext,E,E_ext" n="1"/>
+                    
           <has_line_matching expression="B,1.0,Infinity,0.0,2.0,1.0,2.0,Infinity,Infinity" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="toy_model.xml"/>
+            
       <param name="sideCompoundFile" value="sides.txt"/>
+            
       <param name="degree" value="true"/>
+            
       <param name="undirected" value="true"/>
+            
       <output ftype="csv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_lines n="8"/>
+                    
           <has_line_matching expression="id,A,B,C,D,D_ext,E,E_ext" n="1"/>
+                    
           <has_line_matching expression="A,0.0,4.0,4.0,20.0,21.0,24.0,25.0" n="1"/>
+                    
           <has_line_matching expression="B,4.0,0.0,8.0,16.0,17.0,20.0,21.0" n="1"/>
+                    
           <has_line_matching expression="C,4.0,8.0,0.0,16.0,17.0,20.0,21.0" n="1"/>
+                    
           <has_line_matching expression="D,8.0,4.0,4.0,0.0,1.0,4.0,5.0" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Create a compound to compound distance matrix.
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/ExtractAnnotations/ExtractAnnotations.xml
--- a/build/tools/ExtractAnnotations/ExtractAnnotations.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/ExtractAnnotations/ExtractAnnotations.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_ExtractAnnotations" name="ExtractAnnotations" version="2.0.0">
+<tool id="met4j_ExtractAnnotations" name="ExtractAnnotations" version="2.0.1">
   <description>Extract databases' references from SBML annotations or notes.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh attributes.ExtractAnnotations -i "$inputPath"
  -export "$export"
@@ -34,40 +34,73 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="Human-GEM_pathways.xml"/>
+            
       <param name="export" value="METABOLITE"/>
+            
       <param name="db" value="metanetx.chemical"/>
+            
       <output ftype="tsv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_lines n="146"/>
+                    
           <has_n_columns n="2"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="Human-GEM_pathways.xml"/>
+            
       <param name="export" value="METABOLITE"/>
+            
       <param name="db" value="metanetx.chemical"/>
+            
       <param name="skip" value="true"/>
+            
       <output ftype="tsv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_lines n="145"/>
+                    
           <has_n_columns n="2"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="Human-GEM_pathways.xml"/>
+            
       <param name="export" value="METABOLITE"/>
+            
       <param name="db" value="metanetx.chemical"/>
+            
       <param name="skip" value="true"/>
+            
       <param name="uniq" value="true"/>
+            
       <output ftype="tsv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_lines n="111"/>
+                    
           <has_n_columns n="2"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Extract databases' references from SBML annotations or notes. The references are exported as a tabulated file with one column with the SBML compound, reaction or gene identifiers, and one column with the corresponding database identifier.The name of the targeted database need to be provided under the same form than the one used in the notes field or the identifiers.org uri.]]></help>
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/ExtractPathways/ExtractPathways.xml
--- a/build/tools/ExtractPathways/ExtractPathways.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/ExtractPathways/ExtractPathways.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_ExtractPathways" name="ExtractPathways" version="2.0.0">
+<tool id="met4j_ExtractPathways" name="ExtractPathways" version="2.0.1">
   <description>Extract pathway(s) from a SBML file and create a sub-network SBML file</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh attributes.ExtractPathways -i "$inputPath"
  -p "$pathwayId"
@@ -24,15 +24,25 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="XF_network.sbml"/>
+            
       <param name="pathwayId" value="Citric_Acid_Cycle+Folate_Metabolism+toto"/>
+            
       <output ftype="sbml" name="outputPath">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*&lt;reaction.*" n="17"/>
+                    
           <has_line_matching expression=".*groups:id=.*" n="2"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Extract pathway(s) from a SBML file and create a sub-network SBML file]]></help>
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/ExtractSubBipNetwork/ExtractSubBipNetwork.xml
--- a/build/tools/ExtractSubBipNetwork/ExtractSubBipNetwork.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/ExtractSubBipNetwork/ExtractSubBipNetwork.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_ExtractSubBipNetwork" name="ExtractSubBipNetwork" version="2.0.0">
+<tool id="met4j_ExtractSubBipNetwork" name="ExtractSubBipNetwork" version="2.0.1">
   <description>Create a subnetwork from a metabolic network in SBML format, and two files containing lists of compounds and/or reactions of interests ids, one per row, plus one file of the same format containing side compounds ids.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh networkAnalysis.ExtractSubBipNetwork -i "$inputPath"
  -s "$sourcePath"
@@ -54,17 +54,29 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="toy_model.xml"/>
+            
       <param name="sourcePath" value="seeds.txt"/>
+            
       <param name="targetPath" value="targets.txt"/>
+            
       <param name="sideCompoundFile" value="sc.txt"/>
+            
       <param name="format" value="gml"/>
+            
       <output ftype="txt" name="output">
+                
         <assert_contents>
+                    
           <has_line_matching expression=".*node.*" n="5"/>
+                    
           <has_line_matching expression=".*edge.*" n="4"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Create a subnetwork from a metabolic network in SBML format, and two files containing lists of compounds and/or reactions of interests ids, one per row, plus one file of the same format containing side compounds ids.
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/ExtractSubNetwork/ExtractSubNetwork.xml
--- a/build/tools/ExtractSubNetwork/ExtractSubNetwork.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/ExtractSubNetwork/ExtractSubNetwork.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_ExtractSubNetwork" name="ExtractSubNetwork" version="2.0.0">
+<tool id="met4j_ExtractSubNetwork" name="ExtractSubNetwork" version="2.0.1">
   <description>Create a subnetwork from a metabolic network in SBML format, and two files containing lists of compounds of interests ids, one per row.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh networkAnalysis.ExtractSubNetwork -i "$inputPath"
  -s "$sourcePath"
@@ -56,29 +56,41 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="toy_model.xml"/>
+            
       <param name="sourcePath" value="seeds.txt"/>
+            
       <param name="targetPath" value="targets.txt"/>
+            
       <param name="format" value="gml"/>
+            
       <output ftype="txt" name="output">
+                
         <assert_contents>
+                    
           <has_line_matching expression=".*node.*" n="3"/>
+                    
           <has_line_matching expression=".*edge.*" n="2"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Create a subnetwork from a metabolic network in SBML format, and two files containing lists of compounds of interests ids, one per row.
 The subnetwork corresponds to the part of the network that connects compounds from the first list to compounds from the second list.
 Sources and targets list can have elements in common. The connecting part can be defined as the union of shortest or k-shortest paths between sources and targets, or the Steiner tree connecting them. The relevance of considered path can be increased by weighting the edges using degree squared, chemical similarity (require InChI or SMILES annotations) or any provided weighting.
+
 See previous works on subnetwork extraction for parameters recommendations.]]></help>
   <citations>
+    <citation type="doi">10.1093/nar/gki437</citation>
+    <citation type="doi">10.1093/bioinformatics/btg217</citation>
     <citation type="doi">10.1093/bib/bbv115</citation>
     <citation type="doi">10.1016/j.biosystems.2011.05.004</citation>
+    <citation type="doi">10.1093/bioinformatics/bti116</citation>
     <citation type="doi">10.1016/j.jmb.2005.09.079</citation>
     <citation type="doi">10.1093/bioinformatics/btu760</citation>
-    <citation type="doi">10.1093/nar/gki437</citation>
-    <citation type="doi">10.1093/bioinformatics/bti116</citation>
-    <citation type="doi">10.1093/bioinformatics/btg217</citation>
   </citations>
 </tool>
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/ExtractSubReactionNetwork/ExtractSubReactionNetwork.xml
--- a/build/tools/ExtractSubReactionNetwork/ExtractSubReactionNetwork.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/ExtractSubReactionNetwork/ExtractSubReactionNetwork.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_ExtractSubReactionNetwork" name="ExtractSubReactionNetwork" version="2.0.0">
+<tool id="met4j_ExtractSubReactionNetwork" name="ExtractSubReactionNetwork" version="2.0.1">
   <description>Create a subnetwork from a metabolic network in SBML format, and two files containing lists of reactions of interests ids, one per row, plus one file of the same format containing side compounds ids.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh networkAnalysis.ExtractSubReactionNetwork -i "$inputPath"
  -s "$sourcePath"
@@ -54,17 +54,29 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="toy_model.xml"/>
+            
       <param name="sourcePath" value="seeds.txt"/>
+            
       <param name="targetPath" value="targets.txt"/>
+            
       <param name="sideCompoundFile" value="sides.txt"/>
+            
       <param name="format" value="gml"/>
+            
       <output ftype="txt" name="output">
+                
         <assert_contents>
+                    
           <has_line_matching expression=".*node.*" n="3"/>
+                    
           <has_line_matching expression=".*edge.*" n="2"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Create a subnetwork from a metabolic network in SBML format, and two files containing lists of reactions of interests ids, one per row, plus one file of the same format containing side compounds ids.
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/FbcToNotes/FbcToNotes.xml
--- a/build/tools/FbcToNotes/FbcToNotes.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/FbcToNotes/FbcToNotes.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_FbcToNotes" name="FbcToNotes" version="2.0.0">
+<tool id="met4j_FbcToNotes" name="FbcToNotes" version="2.0.1">
   <description>Convert FBC package annotations to sbml html notes</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh convert.FbcToNotes -i "$inputPath"
  -o "$outputPath"
@@ -18,13 +18,21 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="ECOL.xml"/>
+            
       <output ftype="sbml" name="outputPath">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*GENE_ASSOCIATION: b2312.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Convert FBC package annotations to sbml html notes (see https://www.degruyter.com/document/doi/10.1515/jib-2017-0082/html)]]></help>
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/GetBiggModelProteome/GetBiggModelProteome.xml
--- a/build/tools/GetBiggModelProteome/GetBiggModelProteome.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/GetBiggModelProteome/GetBiggModelProteome.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_GetBiggModelProteome" name="GetBiggModelProteome" version="2.0.0">
+<tool id="met4j_GetBiggModelProteome" name="GetBiggModelProteome" version="2.0.1">
   <description>Get proteome in fasta format of a model present in the BIGG database</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh bigg.GetBiggModelProteome -m "$modelId"
  -o "$outputFile"
@@ -22,12 +22,19 @@
   </outputs>
   <tests>
     <test maxseconds="120">
+            
       <param name="modelId" value="e_coli_core"/>
+            
       <output ftype="fasta" name="outputFile">
+                
         <assert_contents>
+                    
           <has_line_matching expression=".*name=.*" n="136"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Get proteome in fasta format of a model present in the BIGG database]]></help>
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/GetEntities/GetEntities.xml
--- a/build/tools/GetEntities/GetEntities.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/GetEntities/GetEntities.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_GetEntities" name="GetEntities" version="2.0.0">
+<tool id="met4j_GetEntities" name="GetEntities" version="2.0.1">
   <description>Parse a SBML file to return a list of entities composing the network: metabolites, reactions, genes and others.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh attributes.GetEntities -i "$sbml"
  $printMetabolites
@@ -30,29 +30,52 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="sbml" value="Human-GEM_pathways.xml"/>
+            
       <output ftype="tsv" name="outputFile">
+                
         <assert_contents>
+                    
           <has_text_matching expression="GENE" n="86"/>
+                    
           <has_text_matching expression="METABOLITE" n="111"/>
+                    
           <has_text_matching expression="REACTION" n="75"/>
+                    
           <has_text_matching expression="PATHWAY" n="3"/>
+                    
           <has_text_matching expression="COMPARTMENT" n="5"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="sbml" value="Human-GEM_pathways.xml"/>
+            
       <param name="printReactions" value="true"/>
+            
       <param name="printMetabolites" value="true"/>
+            
       <param name="printGenes" value="true"/>
+            
       <param name="printCompartments" value="true"/>
+            
       <param name="noTypeCol" value="true"/>
+            
       <output ftype="tsv" name="outputFile">
+                
         <assert_contents>
+                    
           <has_n_lines n="277"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Parse a SBML file to return a list of entities composing the network: metabolites, reactions, genes and others.The output file is a tabulated file with two columns, one with entity identifiers, and one with the entity type. If no entity type is selected, all of them are returned by default. Only identifiers are written, attributes can be extracted from dedicated apps or from the Sbml2Tab app.]]></help>
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/GetGenesFromReactions/GetGenesFromReactions.xml
--- a/build/tools/GetGenesFromReactions/GetGenesFromReactions.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/GetGenesFromReactions/GetGenesFromReactions.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_GetGenesFromReactions" name="GetGenesFromReactions" version="2.0.0">
+<tool id="met4j_GetGenesFromReactions" name="GetGenesFromReactions" version="2.0.1">
   <description>Get gene lists from a list of reactions and a SBML file.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh attributes.GetGenesFromReactions -i "$sbml"
  -r "$reactionFile"
@@ -34,15 +34,25 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="sbml" value="XF_network.sbml"/>
+            
       <param name="reactionFile" value="XF_network_R_Seed.tab"/>
+            
       <output ftype="tsv" name="outputFile">
+                
         <assert_contents>
+                    
           <has_n_lines n="2"/>
+                    
           <has_line_matching expression="R_GLUN.*XFCFBP8418_026750" n="1"/>
+                    
           <has_line_matching expression="R_ACGS.*XFCFBP8418_025260" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Get associated gene list from a list of reactions and a SBML file. Parse SBML GPR annotations and output a tab-separated file with one row per gene, associated reaction identifiers from input file in first column, gene identifiers in second column.]]></help>
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/GetMetaboliteAttributes/GetMetaboliteAttributes.xml
--- a/build/tools/GetMetaboliteAttributes/GetMetaboliteAttributes.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/GetMetaboliteAttributes/GetMetaboliteAttributes.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_GetMetaboliteAttributes" name="GetMetaboliteAttributes" version="2.0.0">
+<tool id="met4j_GetMetaboliteAttributes" name="GetMetaboliteAttributes" version="2.0.1">
   <description>Create a tabulated file with metabolite attributes from a SBML file</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh attributes.GetMetaboliteAttributes -i "$sbml"
  -o "$outputFile"
@@ -18,15 +18,25 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="sbml" value="toy_model.xml"/>
+            
       <output ftype="tsv" name="outputFile">
+                
         <assert_contents>
+                    
           <has_n_lines n="9"/>
+                    
           <has_n_columns n="6"/>
+                    
           <has_line_matching expression=".*1S/C2H6O/c1-2-3/h3H,2H2,1H3.*" n="1"/>
+                    
           <has_line_matching expression=".*C.*NC.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Create a tabulated file with metabolite attributes from a SBML file]]></help>
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/GetReactantsFromReactions/GetReactantsFromReactions.xml
--- a/build/tools/GetReactantsFromReactions/GetReactantsFromReactions.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/GetReactantsFromReactions/GetReactantsFromReactions.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_GetReactantsFromReactions" name="GetReactantsFromReactions" version="2.0.0">
+<tool id="met4j_GetReactantsFromReactions" name="GetReactantsFromReactions" version="2.0.1">
   <description>Get reactant lists from a list of reactions and a SBML file.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh attributes.GetReactantsFromReactions -i "$sbml"
  -r "$reactionFile"
@@ -38,36 +38,65 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="sbml" value="XF_network.sbml"/>
+            
       <param name="reactionFile" value="XF_network_R_Seed.tab"/>
+            
       <output ftype="tsv" name="outputFile">
+                
         <assert_contents>
+                    
           <has_text_matching expression="R_GLUN" n="4"/>
+                    
           <has_text_matching expression="R_ACGS" n="5"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="sbml" value="XF_network.sbml"/>
+            
       <param name="reactionFile" value="XF_network_R_Seed.tab"/>
+            
       <param name="printSubstrates" value="true"/>
+            
       <output ftype="tsv" name="outputFile">
+                
         <assert_contents>
+                    
           <has_text_matching expression="R_GLUN" n="2"/>
+                    
           <has_text_matching expression="R_ACGS" n="5"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="sbml" value="XF_network.sbml"/>
+            
       <param name="reactionFile" value="XF_network_R_Seed.tab"/>
+            
       <param name="printProducts" value="true"/>
+            
       <output ftype="tsv" name="outputFile">
+                
         <assert_contents>
+                    
           <has_text_matching expression="R_GLUN" n="2"/>
+                    
           <has_text_matching expression="R_ACGS" n="5"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Get reactant lists from a list of reactions and a Sbml file. Output a tab-separated file with one row per reactant, reaction identifiers in first column, reactant identifiers in second column. It can provides substrates, products, or both (by default). In the case of reversible reactions, all reactants are considered as both substrates and products]]></help>
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/Kegg2Sbml/Kegg2Sbml.xml
--- a/build/tools/Kegg2Sbml/Kegg2Sbml.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/Kegg2Sbml/Kegg2Sbml.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_Kegg2Sbml" name="Kegg2Sbml" version="2.0.0">
+<tool id="met4j_Kegg2Sbml" name="Kegg2Sbml" version="2.0.1">
   <description>Build a SBML file from KEGG organism-specific pathways. Uses Kegg API.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh convert.Kegg2Sbml#if str($org):
  -org "$org"
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/LoadPoint/LoadPoint.xml
--- a/build/tools/LoadPoint/LoadPoint.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/LoadPoint/LoadPoint.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_LoadPoint" name="LoadPoint" version="2.0.0">
+<tool id="met4j_LoadPoint" name="LoadPoint" version="2.0.1">
   <description>Compute the Load points of a metabolic network. Load points constitute an indicator of lethality and can help identifying drug targets.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh networkAnalysis.LoadPoint -i "$inputPath"
 #if str($sideCompoundFile) != 'None':
@@ -30,13 +30,21 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="toy_model.xml"/>
+            
       <output ftype="tsv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_columns n="3"/>
+                    
           <has_n_lines n="8"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Compute the Load points of a metabolic network. Load points constitute an indicator of lethality and can help identifying drug targets.
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/MetaboRank/MetaboRank.xml
--- a/build/tools/MetaboRank/MetaboRank.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/MetaboRank/MetaboRank.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_MetaboRank" name="MetaboRank" version="2.0.0">
+<tool id="met4j_MetaboRank" name="MetaboRank" version="2.0.1">
   <description>Compute the MetaboRank, a custom personalized PageRank for metabolic network.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh networkAnalysis.MetaboRank -i "$sbmlFilePath"
  -s "$seedsFilePath"
@@ -44,15 +44,25 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="sbmlFilePath" value="XF_network.sbml"/>
+            
       <param name="seedsFilePath" value="XF_network_C_Seed.tab"/>
+            
       <param name="inputSide" value="XF_network_C_Side.tab"/>
+            
       <output name="output">
+                
         <assert_contents>
+                    
           <has_n_lines n="1100"/>
+                    
           <has_n_columns n="11"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Compute the MetaboRank, a custom personalized PageRank for metabolic network.
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/NameMatcher/NameMatcher.xml
--- a/build/tools/NameMatcher/NameMatcher.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/NameMatcher/NameMatcher.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_NameMatcher" name="NameMatcher" version="2.0.0">
+<tool id="met4j_NameMatcher" name="NameMatcher" version="2.0.1">
   <description>This tool runs edit-distance based fuzzy matching to perform near-similar name matching between a metabolic model and a list of chemical names in a dataset. A harmonization processing is performed on chemical names with substitutions of common patterns among synonyms, in order to create aliases on which classical fuzzy matching can be run efficiently.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh mapping.NameMatcher#if str($n):
  -nMatch "$n"
@@ -60,6 +60,7 @@
   </outputs>
   <tests/>
   <help><![CDATA[Metabolic models and Metabolomics Data often refer compounds only by using their common names, which vary greatly according to the source, thus impeding interoperability between models, databases and experimental data. This requires a tedious step of manual mapping. Fuzzy matching is a range of methods which can potentially helps fasten this process, by allowing the search for near-similar names. Fuzzy matching is primarily designed for common language search engines and is frequently based on edit distance, i.e. the number of edits to transform a character string into another, effectively managing typo, case and special character variations, and allowing auto-completion. However, edit-distance based search fall short when mapping chemical names: As an example, alpha-D-Glucose et Glucose would require more edits than between Fructose and Glucose.
+
 This tool runs edit-distance based fuzzy matching to perform near-similar name matching between a metabolic model and a list of chemical names in a dataset. A harmonization processing is performed on chemical names with substitutions of common patterns among synonyms, in order to create aliases on which classical fuzzy matching can be run efficiently.]]></help>
   <citations/>
 </tool>
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/NetworkSummary/NetworkSummary.xml
--- a/build/tools/NetworkSummary/NetworkSummary.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/NetworkSummary/NetworkSummary.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_NetworkSummary" name="NetworkSummary" version="2.0.0">
+<tool id="met4j_NetworkSummary" name="NetworkSummary" version="2.0.1">
   <description>Create a report summarizing several graph measures characterising the structure of a metabolic network.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh networkAnalysis.NetworkSummary -i "$inputPath"
 #if str($sideCompoundFile) != 'None':
@@ -26,12 +26,19 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="toy_model.xml"/>
+            
       <output name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_lines min="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Create a report summarizing several graph measures characterising the structure of a metabolic network.
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/ORApathwayEnrichment/ORApathwayEnrichment.xml
--- a/build/tools/ORApathwayEnrichment/ORApathwayEnrichment.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/ORApathwayEnrichment/ORApathwayEnrichment.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_ORApathwayEnrichment" name="ORApathwayEnrichment" version="2.0.0">
+<tool id="met4j_ORApathwayEnrichment" name="ORApathwayEnrichment" version="2.0.1">
   <description>Perform Over Representation Analysis for Pathway Enrichment, using one-tailed exact Fisher Test.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh mapping.ORApathwayEnrichment#if str($th) != 'nan':
  -th "$th"
@@ -32,39 +32,62 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="sbml" value="XF_network.sbml"/>
+            
       <param name="input" value="XF_network_C_NOI.txt"/>
+            
       <output name="outputFile">
+                
         <assert_contents>
+                    
           <has_n_columns n="3"/>
+                    
           <has_n_lines n="3"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="sbml" value="XF_network.sbml"/>
+            
       <param name="input" value="XF_network_C_NOI.txt"/>
+            
       <param name="corr" value="HolmBonferroni"/>
+            
       <param name="th" value="0.005"/>
+            
       <output name="outputFile">
+                
         <assert_contents>
+                    
           <has_n_columns n="3"/>
+                    
           <has_n_lines n="2"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Perform Over Representation Analysis for Pathway Enrichment, using one-tailed exact Fisher Test.
 The fisher exact test computes the probability p to randomly get the given set of values. 
 This version computes the probability to get at least the given overlap between the given set and the given modality :
 Sum the hypergeometric probability with increasing target/query intersection cardinality.
+
 The hypergeometric probability is computed from the following contingency table entries.
 (values in cells correspond to the marginal totals of each intersection groups)
 				Query	!Query
 	Target		a		b
 	!Target		c		d
+
 The probability of obtaining the set of value is computed as following:
 p = ((a+b)!(c+d)!(a+c)!(b+d)!)/(a!b!c!d!(a+b+c+d)!)
+
 The obtained p-value is then adjusted for multiple testing using one of the following methods:
  - Bonferroni: adjusted p-value = p*n
  - Benjamini-Hochberg: adjusted p-value = p*n/k
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/PrecursorNetwork/PrecursorNetwork.xml
--- a/build/tools/PrecursorNetwork/PrecursorNetwork.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/PrecursorNetwork/PrecursorNetwork.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_PrecursorNetwork" name="PrecursorNetwork" version="2.0.0">
+<tool id="met4j_PrecursorNetwork" name="PrecursorNetwork" version="2.0.1">
   <description>Perform a network expansion from a set of compound targets to create a precursor network.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh networkAnalysis.PrecursorNetwork -i "$sbmlFilePath"
  -t "$targetsFilePath"
@@ -38,15 +38,25 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="sbmlFilePath" value="toy_model.xml"/>
+            
       <param name="targetsFilePath" value="targets.txt"/>
+            
       <param name="format" value="gml"/>
+            
       <output ftype="txt" name="output">
+                
         <assert_contents>
+                    
           <has_line_matching expression=".*node.*" n="13"/>
+                    
           <has_line_matching expression=".*edge.*" n="15"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Perform a network expansion from a set of compound targets to create a precursor network.
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/ReactionDistanceMatrix/ReactionDistanceMatrix.xml
--- a/build/tools/ReactionDistanceMatrix/ReactionDistanceMatrix.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/ReactionDistanceMatrix/ReactionDistanceMatrix.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_ReactionDistanceMatrix" name="ReactionDistanceMatrix" version="2.0.0">
+<tool id="met4j_ReactionDistanceMatrix" name="ReactionDistanceMatrix" version="2.0.1">
   <description>Create a reaction to reaction distance matrix.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh networkAnalysis.ReactionDistanceMatrix -i "$inputPath"
 #if str($sideCompoundFile) != 'None':
@@ -38,91 +38,172 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="toy_model.xml"/>
+            
       <output ftype="csv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_lines n="8"/>
+                    
           <has_line_matching expression="id,reac1,reac2,reac3,reac4,reac5,reac6,reac7" n="1"/>
+                    
           <has_line_matching expression="reac1,0.0,1.0,1.0,2.0,3.0,Infinity,Infinity" n="1"/>
+                    
           <has_line_matching expression="reac2,Infinity,0.0,1.0,1.0,2.0,Infinity,Infinity" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="toy_model.xml"/>
+            
       <param name="undirected" value="true"/>
+            
       <output ftype="csv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_lines n="8"/>
+                    
           <has_line_matching expression="id,reac1,reac2,reac3,reac4,reac5,reac6,reac7" n="1"/>
+                    
           <has_line_matching expression="reac1,0.0,1.0,1.0,2.0,3.0,5.0,4.0" n="1"/>
+                    
           <has_line_matching expression="reac2,1.0,0.0,1.0,1.0,2.0,4.0,3.0" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="toy_model.xml"/>
+            
       <param name="undirected" value="true"/>
+            
       <param name="sideCompoundFile" value="sides.txt"/>
+            
       <output ftype="csv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_lines n="8"/>
+                    
           <has_line_matching expression="id,reac1,reac2,reac3,reac4,reac5,reac6,reac7" n="1"/>
+                    
           <has_line_matching expression="reac1,0.0,1.0,1.0,2.0,3.0,5.0,4.0" n="1"/>
+                    
           <has_line_matching expression="reac2,1.0,0.0,1.0,2.0,3.0,5.0,4.0" n="1"/>
+                    
           <has_line_matching expression="reac3,1.0,1.0,0.0,1.0,2.0,4.0,3.0" n="1"/>
+                    
           <has_line_matching expression="reac4,2.0,2.0,1.0,0.0,1.0,3.0,2.0" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="toy_model.xml"/>
+            
       <param name="undirected" value="true"/>
+            
       <param name="rExclude" value="rexclude.txt"/>
+            
       <output ftype="csv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_lines n="6"/>
+                    
           <has_line_matching expression="id,reac1,reac2,reac3,reac4,reac5" n="1"/>
+                    
           <has_line_matching expression="reac1,0.0,1.0,1.0,2.0,3.0" n="1"/>
+                    
           <has_line_matching expression="reac2,1.0,0.0,1.0,1.0,2.0" n="1"/>
+                    
           <has_line_matching expression="reac3,1.0,1.0,0.0,1.0,2.0" n="1"/>
+                    
           <has_line_matching expression="reac4,2.0,1.0,1.0,0.0,1.0" n="1"/>
+                    
           <has_line_matching expression="reac5,3.0,2.0,2.0,1.0,0.0" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="toy_model.xml"/>
+            
       <param name="undirected" value="true"/>
+            
       <param name="sideCompoundFile" value="sides.txt"/>
+            
       <param name="rExclude" value="rexclude.txt"/>
+            
       <output ftype="csv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_lines n="6"/>
+                    
           <has_line_matching expression="id,reac1,reac2,reac3,reac4,reac5" n="1"/>
+                    
           <has_line_matching expression="reac1,0.0,1.0,1.0,2.0,3.0" n="1"/>
+                    
           <has_line_matching expression="reac2,1.0,0.0,1.0,2.0,3.0" n="1"/>
+                    
           <has_line_matching expression="reac3,1.0,1.0,0.0,1.0,2.0" n="1"/>
+                    
           <has_line_matching expression="reac4,2.0,2.0,1.0,0.0,1.0" n="1"/>
+                    
           <has_line_matching expression="reac5,3.0,3.0,2.0,1.0,0.0" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="toy_model.xml"/>
+            
       <param name="sideCompoundFile" value="sides.txt"/>
+            
       <param name="rExclude" value="rexclude.txt"/>
+            
       <output ftype="csv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_lines n="6"/>
+                    
           <has_line_matching expression="id,reac1,reac2,reac3,reac4,reac5" n="1"/>
+                    
           <has_line_matching expression="reac1,0.0,1.0,1.0,2.0,3.0" n="1"/>
+                    
           <has_line_matching expression="reac2,Infinity,0.0,1.0,2.0,3.0" n="1"/>
+                    
           <has_line_matching expression="reac3,Infinity,Infinity,0.0,1.0,2.0" n="1"/>
+                    
           <has_line_matching expression="reac4,Infinity,Infinity,Infinity,0.0,1.0" n="1"/>
+                    
           <has_line_matching expression="reac5,Infinity,Infinity,Infinity,Infinity,0.0" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Create a reaction to reaction distance matrix.
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/Sbml2CarbonSkeletonNet/Sbml2CarbonSkeletonNet.xml
--- a/build/tools/Sbml2CarbonSkeletonNet/Sbml2CarbonSkeletonNet.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/Sbml2CarbonSkeletonNet/Sbml2CarbonSkeletonNet.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_Sbml2CarbonSkeletonNet" name="Sbml2CarbonSkeletonNet" version="2.0.0">
+<tool id="met4j_Sbml2CarbonSkeletonNet" name="Sbml2CarbonSkeletonNet" version="2.0.1">
   <description>Create a carbon skeleton graph representation of a SBML file content, using GSAM atom-mapping file (see https://forgemia.inra.fr/metexplore/gsam)</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh convert.Sbml2CarbonSkeletonNet -i "$inputPath"
  -g "$inputAAM"
@@ -46,90 +46,168 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="Human-GEM_pathways.xml"/>
+            
       <param name="inputAAM" value="Human-GEM_pathways-transitions.tab"/>
+            
       <param name="format" value="gml"/>
+            
       <output name="output">
+                
         <assert_contents>
+                    
           <has_n_lines n="2602"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="Human-GEM_pathways.xml"/>
+            
       <param name="inputAAM" value="Human-GEM_pathways-transitions.tab"/>
+            
       <param name="keepSingleCarbon" value="true"/>
+            
       <param name="format" value="gml"/>
+            
       <output name="output">
+                
         <assert_contents>
+                    
           <has_n_lines n="2629"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="Human-GEM_pathways.xml"/>
+            
       <param name="inputAAM" value="Human-GEM_pathways-transitions.tab"/>
+            
       <param name="mergeComp" value="true"/>
+            
       <param name="format" value="gml"/>
+            
       <output name="output">
+                
         <assert_contents>
+                    
           <has_n_lines n="2406"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="Human-GEM_pathways.xml"/>
+            
       <param name="inputAAM" value="Human-GEM_pathways-transitions.tab"/>
+            
       <param name="mergeEdges" value="true"/>
+            
       <param name="format" value="gml"/>
+            
       <output name="output">
+                
         <assert_contents>
+                    
           <has_n_lines n="2071"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="Human-GEM_pathways.xml"/>
+            
       <param name="inputAAM" value="Human-GEM_pathways-transitions.tab"/>
+            
       <param name="removeIsolated" value="true"/>
+            
       <param name="format" value="gml"/>
+            
       <output name="output">
+                
         <assert_contents>
+                    
           <has_n_lines n="2490"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="Human-GEM_pathways.xml"/>
+            
       <param name="inputAAM" value="Human-GEM_pathways-transitions.tab"/>
+            
       <param name="undirected" value="true"/>
+            
       <param name="format" value="gml"/>
+            
       <output name="output">
+                
         <assert_contents>
+                    
           <has_n_lines n="3214"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="Human-GEM_pathways.xml"/>
+            
       <param name="inputAAM" value="Human-GEM_pathways-transitions.tab"/>
+            
       <param name="format" value="matrix"/>
+            
       <output name="output">
+                
         <assert_contents>
+                    
           <has_n_lines n="112"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="Human-GEM_pathways.xml"/>
+            
       <param name="inputAAM" value="Human-GEM_pathways-transitions2.tab"/>
+            
       <param name="fromIndexes" value="true"/>
+            
       <param name="format" value="gml"/>
+            
       <output name="output">
+                
         <assert_contents>
+                    
           <has_n_lines n="2611"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Metabolic networks used for quantitative analysis often contain links that are irrelevant for graph-based structural analysis. For example, inclusion of side compounds or modelling artifacts such as 'biomass' nodes. Focusing on links between compounds that share parts of their carbon skeleton allows to avoid many transitions involving side compounds, and removes entities without defined chemical structure. This app produces a Carbon Skeleton Network relevant for graph-based analysis of metabolism, in GML or matrix format, from a SBML and an GSAM atom mapping file. GSAM (see https://forgemia.inra.fr/metexplore/gsam) performs atom mapping at genome-scale level using the Reaction Decoder Tool (https://github.com/asad/ReactionDecoder) and allows to compute the number of conserved atoms of a given type between reactants.This app also enables Markov-chain based analysis of metabolic networks by computing reaction-normalized transition probabilities on the Carbon Skeleton Network.]]></help>
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/Sbml2CompoundGraph/Sbml2CompoundGraph.xml
--- a/build/tools/Sbml2CompoundGraph/Sbml2CompoundGraph.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/Sbml2CompoundGraph/Sbml2CompoundGraph.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_Sbml2CompoundGraph" name="Sbml2CompoundGraph" version="2.0.0">
+<tool id="met4j_Sbml2CompoundGraph" name="Sbml2CompoundGraph" version="2.0.1">
   <description>Advanced creation of a compound graph representation of a SBML file content</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh convert.Sbml2CompoundGraph -i "$inputPath"
 #if str($inputSide) != 'None':
@@ -54,31 +54,56 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="XF_network.sbml"/>
+            
       <param name="inputSide" value="XF_network_C_Side.tab"/>
+            
       <param name="format" value="gml"/>
+            
       <output name="output">
+                
         <assert_contents>
+                    
           <has_line_matching expression=".*node.*" n="1101"/>
+                    
           <has_line_matching expression=".*edge.*" n="5581"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="XF_network.sbml"/>
+            
       <param name="inputSide" value="XF_network_C_Side.tab"/>
+            
       <param name="undirected" value="true"/>
+            
       <param name="computeWeight" value="true"/>
+            
       <param name="removeIsolated" value="true"/>
+            
       <param name="degree" value="true"/>
+            
       <param name="mergingStrat" value="by_id"/>
+            
       <param name="format" value="gml"/>
+            
       <output name="output">
+                
         <assert_contents>
+                    
           <has_line_matching expression=".*node.*" n="793"/>
+                    
           <has_line_matching expression=".*edge.*" n="9372"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Metabolic networks used for quantitative analysis often contain links that are irrelevant for graph-based structural analysis. For example, inclusion of side compounds or modelling artifacts such as 'biomass' nodes.
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/Sbml2Graph/Sbml2Graph.xml
--- a/build/tools/Sbml2Graph/Sbml2Graph.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/Sbml2Graph/Sbml2Graph.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_Sbml2Graph" name="Sbml2Graph" version="2.0.0">
+<tool id="met4j_Sbml2Graph" name="Sbml2Graph" version="2.0.1">
   <description>Create a graph representation of a SBML file content, and export it in graph file format.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh convert.Sbml2Graph -i "$inputPath"
  $bipartite
@@ -34,38 +34,69 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="toy_model.xml"/>
+            
       <param name="format" value="gml"/>
+            
       <output name="output">
+                
         <assert_contents>
+                    
           <has_line_matching expression=".*node.*" n="8"/>
+                    
           <has_line_matching expression=".*edge.*" n="9"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="toy_model.xml"/>
+            
       <param name="bipartite" value="true"/>
+            
       <param name="compound" value="false"/>
+            
       <param name="format" value="gml"/>
+            
       <output name="output">
+                
         <assert_contents>
+                    
           <has_line_matching expression=".*node.*" n="15"/>
+                    
           <has_line_matching expression=".*edge.*" n="17"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="toy_model.xml"/>
+            
       <param name="reaction" value="true"/>
+            
       <param name="compound" value="false"/>
+            
       <param name="format" value="gml"/>
+            
       <output name="output">
+                
         <assert_contents>
+                    
           <has_line_matching expression=".*node.*" n="7"/>
+                    
           <has_line_matching expression=".*edge.*" n="8"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Create a graph representation of a SBML file content, and export it in graph file format.
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/Sbml2PathwayNet/Sbml2PathwayNet.xml
--- a/build/tools/Sbml2PathwayNet/Sbml2PathwayNet.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/Sbml2PathwayNet/Sbml2PathwayNet.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_Sbml2PathwayNet" name="Sbml2PathwayNet" version="2.0.0">
+<tool id="met4j_Sbml2PathwayNet" name="Sbml2PathwayNet" version="2.0.1">
   <description>Creation of a Pathway Network representation of a SBML file content</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh convert.Sbml2PathwayNet -i "$inputPath"
 #if str($inputSide) != 'None':
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/Sbml2Tab/Sbml2Tab.xml
--- a/build/tools/Sbml2Tab/Sbml2Tab.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/Sbml2Tab/Sbml2Tab.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_Sbml2Tab" name="Sbml2Tab" version="2.0.0">
+<tool id="met4j_Sbml2Tab" name="Sbml2Tab" version="2.0.1">
   <description>Create a tabulated file listing reaction attributes from a SBML file</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh convert.Sbml2Tab#if str($i):
  -irr "$i"
@@ -34,28 +34,50 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="in" value="toy_model.xml"/>
+            
       <output ftype="tsv" name="out">
+                
         <assert_contents>
+                    
           <has_n_lines n="8"/>
+                    
           <has_n_columns n="9"/>
+                    
           <has_text text="2.0 E[c] --&gt; D[c]"/>
+                    
           <has_text text="A[c] &lt;==&gt; B[c]"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="in" value="toy_model.xml"/>
+            
       <param name="i" value="-&gt;"/>
+            
       <param name="r" value="="/>
+            
       <output ftype="tsv" name="out">
+                
         <assert_contents>
+                    
           <has_n_lines n="8"/>
+                    
           <has_n_columns n="9"/>
+                    
           <has_text text="2.0 E[c] -&gt; D[c]"/>
+                    
           <has_text text="A[c] = B[c]"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Create a tabulated file listing reaction attributes from a SBML file]]></help>
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/SbmlCheckBalance/SbmlCheckBalance.xml
--- a/build/tools/SbmlCheckBalance/SbmlCheckBalance.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/SbmlCheckBalance/SbmlCheckBalance.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_SbmlCheckBalance" name="SbmlCheckBalance" version="2.0.0">
+<tool id="met4j_SbmlCheckBalance" name="SbmlCheckBalance" version="2.0.1">
   <description>Check balance of all the reactions in a SBML.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh reconstruction.SbmlCheckBalance -i "$sbml"
  -out "$out"
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/SbmlWizard/SbmlWizard.xml
--- a/build/tools/SbmlWizard/SbmlWizard.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/SbmlWizard/SbmlWizard.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_SbmlWizard" name="SbmlWizard" version="2.0.0">
+<tool id="met4j_SbmlWizard" name="SbmlWizard" version="2.0.1">
   <description>General SBML model processing</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh convert.SbmlWizard -i "$inputPath"
 #if str($inputSide) != 'None':
@@ -56,30 +56,54 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="Human-GEM_pathways.xml"/>
+            
       <param name="removeIsolated" value="true"/>
+            
       <param name="removeNoFlux" value="true"/>
+            
       <param name="mergingStrat" value="by_id"/>
+            
       <param name="removeDuplicated" value="true"/>
+            
       <param name="exchangeCompToRemove" value="s"/>
+            
       <output ftype="sbml" name="outputPath">
+                
         <assert_contents>
+                    
           <has_text text="&lt;/sbml&gt;"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="XF_network.sbml"/>
+            
       <param name="removeIsolated" value="true"/>
+            
       <param name="removeNoFlux" value="true"/>
+            
       <param name="removeDuplicated" value="true"/>
+            
       <param name="inputSide" value="XF_network_C_Side.tab"/>
+            
       <param name="inputReactions" value="XF_network_R_Seed.tab"/>
+            
       <output ftype="sbml" name="outputPath">
+                
         <assert_contents>
+                    
           <has_text text="&lt;/sbml&gt;"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[General SBML model processing including compound removal (such as side compounds or isolated compounds), reaction removal (ex. blocked or exchange reaction), and compartment merging]]></help>
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/ScopeNetwork/ScopeNetwork.xml
--- a/build/tools/ScopeNetwork/ScopeNetwork.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/ScopeNetwork/ScopeNetwork.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_ScopeNetwork" name="ScopeNetwork" version="2.0.0">
+<tool id="met4j_ScopeNetwork" name="ScopeNetwork" version="2.0.1">
   <description>Perform a network expansion from a set of compound seeds to create a scope network</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh networkAnalysis.ScopeNetwork -i "$sbmlFilePath"
  -s "$seedsFilePath"
@@ -42,16 +42,27 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="sbmlFilePath" value="toy_model.xml"/>
+            
       <param name="seedsFilePath" value="seeds.txt"/>
+            
       <param name="sideCompoundFile" value="sides.txt"/>
+            
       <param name="format" value="gml"/>
+            
       <output ftype="txt" name="output">
+                
         <assert_contents>
+                    
           <has_line_matching expression=".*node.*" n="9"/>
+                    
           <has_line_matching expression=".*edge.*" n="11"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Perform a network expansion from a set of compound seeds to create a scope network
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/SeedsAndTargets/SeedsAndTargets.xml
--- a/build/tools/SeedsAndTargets/SeedsAndTargets.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/SeedsAndTargets/SeedsAndTargets.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_SeedsAndTargets" name="SeedsAndTargets" version="2.0.0">
+<tool id="met4j_SeedsAndTargets" name="SeedsAndTargets" version="2.0.1">
   <description>Identify exogenously acquired compounds, exogenously available producible compounds and/or dead ends metabolites from metabolic network topology</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh networkAnalysis.SeedsAndTargets -i "$inputPath"
 #if str($inputSide) != 'None':
@@ -44,41 +44,75 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="XF_network.sbml"/>
+            
       <param name="source" value="true"/>
+            
       <output ftype="tsv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_columns n="1"/>
+                    
           <has_n_lines n="109"/>
+                    
           <has_line_matching expression="M_\S+_\w" n="109"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="XF_network.sbml"/>
+            
       <param name="sink" value="true"/>
+            
       <param name="useInternal" value="true"/>
+            
       <param name="comp" value="e"/>
+            
       <output ftype="tsv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_columns n="1"/>
+                    
           <has_n_lines n="5"/>
+                    
           <has_line_matching expression="^M_\S+_\w" n="5"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="XF_network.sbml"/>
+            
       <param name="sink" value="true"/>
+            
       <param name="useBorensteinAlg" value="true"/>
+            
       <param name="comp" value="e"/>
+            
       <output ftype="tsv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_columns n="1"/>
+                    
           <has_n_lines n="26"/>
+                    
           <has_line_matching expression="^M_\S+_\w" n="26"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Identify exogenously acquired compounds, exogenously available producible compounds and/or dead ends metabolites from metabolic network topology
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/SetCharges/SetCharges.xml
--- a/build/tools/SetCharges/SetCharges.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/SetCharges/SetCharges.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_SetCharges" name="SetCharges" version="2.0.0">
+<tool id="met4j_SetCharges" name="SetCharges" version="2.0.1">
   <description>Set charge to metabolites in a SBML file from a tabulated file containing the metabolite ids and the charges</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh attributes.SetCharges#if str($colcharge) != 'nan':
  -cc "$colcharge"
@@ -50,63 +50,117 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="sbml" value="toy_model.xml"/>
+            
       <param name="tab" value="charges.tsv"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*fbc:charge=.2.*" n="1"/>
+                    
           <has_line_matching expression=".*fbc:charge=.-3.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="sbml" value="toy_model.xml"/>
+            
       <param name="tab" value="chargesWithComment.tsv"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*fbc:charge=.2.*" n="1" negate="true"/>
+                    
           <has_line_matching expression=".*fbc:charge=.-3.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="sbml" value="toy_model.xml"/>
+            
       <param name="tab" value="charges.tsv"/>
+            
       <param name="nSkip" value="1"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*fbc:charge=.2.*" n="1" negate="true"/>
+                    
           <has_line_matching expression=".*fbc:charge=.-3.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="sbml" value="toy_model.xml"/>
+            
       <param name="tab" value="charges.tsv"/>
+            
       <param name="ci" value="2"/>
+            
       <param name="cc" value="3"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*fbc:charge=.2.*" n="1"/>
+                    
           <has_line_matching expression=".*fbc:charge=.-3.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="sbml" value="XF_network.sbml"/>
+            
       <param name="tab" value="chargesXF.tsv"/>
+            
       <param name="p" value="true"/>
+            
       <param name="s" value="true"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*fbc:charge=.-1000.*" n="3"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Set charge to metabolites in a SBML file from a tabulated file containing the metabolite ids and the charges
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/SetChemicalFormulas/SetChemicalFormulas.xml
--- a/build/tools/SetChemicalFormulas/SetChemicalFormulas.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/SetChemicalFormulas/SetChemicalFormulas.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_SetChemicalFormulas" name="SetChemicalFormulas" version="2.0.0">
+<tool id="met4j_SetChemicalFormulas" name="SetChemicalFormulas" version="2.0.1">
   <description>Set Formula to network metabolites from a tabulated file containing the metabolite ids and the formulas</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh attributes.SetChemicalFormulas#if str($colformula) != 'nan':
  -cf "$colformula"
@@ -50,19 +50,32 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="sbml" value="toy_model.xml"/>
+            
       <param name="tab" value="formula.tsv"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*CH6O6.*" n="2"/>
+                    
           <has_line_matching expression=".*CH12O4.*" n="2"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test expect_failure="true">
+            
       <param name="sbml" value="toy_model.xml"/>
+            
       <param name="tab" value="formulaBad.tsv"/>
+          
     </test>
   </tests>
   <help><![CDATA[Set Formula to network metabolites from a tabulated file containing the metabolite ids and the formulas
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/SetEcNumbers/SetEcNumbers.xml
--- a/build/tools/SetEcNumbers/SetEcNumbers.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/SetEcNumbers/SetEcNumbers.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_SetEcNumbers" name="SetEcNumbers" version="2.0.0">
+<tool id="met4j_SetEcNumbers" name="SetEcNumbers" version="2.0.1">
   <description>Set EC numbers to reactions in a SBML file from a tabulated file containing the reaction ids and the EC numbers</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh attributes.SetEcNumbers#if str($colec) != 'nan':
  -cec "$colec"
@@ -48,19 +48,32 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="sbml" value="toy_model.xml"/>
+            
       <param name="tab" value="ec.tsv"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*1.1.1.1.*" n="2"/>
+                    
           <has_line_matching expression=".*1.2.3.4.*" n="2"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test expect_failure="true">
+            
       <param name="sbml" value="toy_model.xml"/>
+            
       <param name="tab" value="ecBad.tsv"/>
+          
     </test>
   </tests>
   <help><![CDATA[Set EC numbers to reactions in a SBML file from a tabulated file containing the reaction ids and the EC numbers
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/SetGprs/SetGprs.xml
--- a/build/tools/SetGprs/SetGprs.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/SetGprs/SetGprs.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_SetGprs" name="SetGprs" version="2.0.0">
+<tool id="met4j_SetGprs" name="SetGprs" version="2.0.1">
   <description>Create a new SBML file from an original sbml file and a tabulated file containing reaction ids and Gene association written in a cobra way</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh attributes.SetGprs#if str($colgpr) != 'nan':
  -cgpr "$colgpr"
@@ -48,22 +48,39 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="sbml" value="toy_model.xml"/>
+            
       <param name="tab" value="gpr.tsv"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*fbc:id=.G1.*" n="1"/>
+                    
           <has_line_matching expression=".*fbc:id=.G2.*" n="1"/>
+                    
           <has_line_matching expression=".*fbc:id=.G3.*" n="1"/>
+                    
           <has_line_matching expression=".*fbc:id=.G4.*" n="1"/>
+                    
           <has_line_matching expression=".*fbc:geneProductRef fbc:geneProduct=.G1.*" n="1"/>
+                    
           <has_line_matching expression=".*fbc:geneProductRef fbc:geneProduct=.G2.*" n="1"/>
+                    
           <has_line_matching expression=".*fbc:geneProductRef fbc:geneProduct=.G3.*" n="1"/>
+                    
           <has_line_matching expression=".*fbc:geneProductRef fbc:geneProduct=.G4.*" n="1"/>
+                    
           <has_line_matching expression=".*fbc:and.*" n="2"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Create a new SBML file from an original sbml file and a tabulated file containing reaction ids and Gene association written in a cobra way
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/SetIds/SetIds.xml
--- a/build/tools/SetIds/SetIds.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/SetIds/SetIds.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_SetIds" name="SetIds" version="2.0.0">
+<tool id="met4j_SetIds" name="SetIds" version="2.0.1">
   <description>Set new ids to network objects in a SBML file from a tabulated file containing the old ids and the new ids</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh attributes.SetIds#if str($colname) != 'nan':
  -cnew "$colname"
@@ -62,63 +62,117 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="sbml" value="toy_model.xml"/>
+            
       <param name="tab" value="idMetabolites.tsv"/>
+            
       <param name="o" value="METABOLITE"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*id=.metaboliteA.*" n="1"/>
+                    
           <has_line_matching expression=".*id=.metaboliteB.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="sbml" value="toy_model.xml"/>
+            
       <param name="tab" value="idReactions.tsv"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*id=.reaction1.*" n="1"/>
+                    
           <has_line_matching expression=".*id=.reaction2.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="sbml" value="XF_network.sbml"/>
+            
       <param name="tab" value="idPathways.tsv"/>
+            
       <param name="o" value="PATHWAY"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*groups:id=.CEB.*" n="1"/>
+                    
           <has_line_matching expression=".*groups:id=.NSP.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="sbml" value="XF_network.sbml"/>
+            
       <param name="tab" value="idGenes.tsv"/>
+            
       <param name="o" value="GENE"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*fbc:id=.G1.*" n="1"/>
+                    
           <has_line_matching expression=".*fbc:id=.G2.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="sbml" value="XF_network.sbml"/>
+            
       <param name="tab" value="idCompartments.tsv"/>
+            
       <param name="o" value="COMPARTMENT"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*id=.cytosol.*" n="1"/>
+                    
           <has_line_matching expression=".*id=.extra.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Set new ids to network objects in a SBML file from a tabulated file containing the old ids and the new ids
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/SetNames/SetNames.xml
--- a/build/tools/SetNames/SetNames.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/SetNames/SetNames.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_SetNames" name="SetNames" version="2.0.0">
+<tool id="met4j_SetNames" name="SetNames" version="2.0.1">
   <description>Set names to network objects in a SBML file from a tabulated file containing the object ids and the names</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh attributes.SetNames#if str($colname) != 'nan':
  -cname "$colname"
@@ -62,51 +62,94 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="sbml" value="toy_model.xml"/>
+            
       <param name="tab" value="namesMetabolites.tsv"/>
+            
       <param name="o" value="METABOLITE"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*metaboliteA.*" n="1"/>
+                    
           <has_line_matching expression=".*metaboliteB.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="sbml" value="toy_model.xml"/>
+            
       <param name="tab" value="namesReactions.tsv"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*reaction1.*" n="1"/>
+                    
           <has_line_matching expression=".*reaction2.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="sbml" value="XF_network.sbml"/>
+            
       <param name="tab" value="namesPathways.tsv"/>
+            
       <param name="o" value="PATHWAY"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*groups:name=.CEB.*" n="1"/>
+                    
           <has_line_matching expression=".*groups:name=.NSP.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="sbml" value="XF_network.sbml"/>
+            
       <param name="tab" value="namesGenes.tsv"/>
+            
       <param name="o" value="GENE"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*fbc:name=.G1.*" n="1"/>
+                    
           <has_line_matching expression=".*fbc:name=.G2.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Set names to network objects in a SBML file from a tabulated file containing the object ids and the names
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/SetPathways/SetPathways.xml
--- a/build/tools/SetPathways/SetPathways.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/SetPathways/SetPathways.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_SetPathways" name="SetPathways" version="2.0.0">
+<tool id="met4j_SetPathways" name="SetPathways" version="2.0.1">
   <description>Set pathway to reactions in a network from a tabulated file containing the reaction ids and the pathways</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh attributes.SetPathways#if str($colp) != 'nan':
  -cp "$colp"
@@ -56,31 +56,56 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="sbml" value="toy_model.xml"/>
+            
       <param name="tab" value="pathways.tsv"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*groups:id=.*" n="3"/>
+                    
           <has_line_matching expression=".*groups:id=.p1.*" n="1"/>
+                    
           <has_line_matching expression=".*groups:id=.p2.*" n="1"/>
+                    
           <has_line_matching expression=".*groups:id=.p3.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="sbml" value="toy_model.xml"/>
+            
       <param name="tab" value="pathwaysOtherSep.tsv"/>
+            
       <param name="sep" value=" + "/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*groups:id=.*" n="3"/>
+                    
           <has_line_matching expression=".*groups:id=.p1.*" n="1"/>
+                    
           <has_line_matching expression=".*groups:id=.p2.*" n="1"/>
+                    
           <has_line_matching expression=".*groups:id=.p3.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Set pathway to reactions in a network from a tabulated file containing the reaction ids and the pathways
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/SetReferences/SetReferences.xml
--- a/build/tools/SetReferences/SetReferences.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/SetReferences/SetReferences.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_SetReferences" name="SetReferences" version="2.0.0">
+<tool id="met4j_SetReferences" name="SetReferences" version="2.0.1">
   <description>Add references to network objects in a SBML file from a tabulated file containing the metabolite ids and the references</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh attributes.SetReferences#if str($colRef) != 'nan':
  -cr "$colRef"
@@ -68,17 +68,29 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="sbml" value="toy_model.xml"/>
+            
       <param name="tab" value="refs.tsv"/>
+            
       <param name="ref" value="InChi"/>
+            
       <param name="o" value="METABOLITE"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*C2H6O.*" n="3"/>
+                    
           <has_line_matching expression=".*C6H8O6.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Add references to network objects in a SBML file from a tabulated file containing the metabolite ids and the references
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/SideCompoundsScan/SideCompoundsScan.xml
--- a/build/tools/SideCompoundsScan/SideCompoundsScan.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/SideCompoundsScan/SideCompoundsScan.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_SideCompoundsScan" name="SideCompoundsScan" version="2.0.0">
+<tool id="met4j_SideCompoundsScan" name="SideCompoundsScan" version="2.0.1">
   <description>Scan a network to identify side compounds.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh networkAnalysis.SideCompoundsScan -i "$inputPath"
  $sideOnly
@@ -50,23 +50,40 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="XF_network.sbml"/>
+            
       <output ftype="tsv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_lines n="1108"/>
+                    
           <has_n_columns n="4"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="XF_network.sbml"/>
+            
       <param name="noReportValue" value="true"/>
+            
       <output ftype="tsv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_lines n="6"/>
+                    
           <has_n_columns n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Scan a network to identify side compounds.
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/Tab2Sbml/Tab2Sbml.xml
--- a/build/tools/Tab2Sbml/Tab2Sbml.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/Tab2Sbml/Tab2Sbml.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_Tab2Sbml" name="Tab2Sbml" version="2.0.0">
+<tool id="met4j_Tab2Sbml" name="Tab2Sbml" version="2.0.1">
   <description>Create a Sbml File from a tabulated file that contains the reaction ids and the formulas</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh convert.Tab2Sbml#if str($colid) != 'nan':
  -ci "$colid"
@@ -76,63 +76,117 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="in" value="toy_model.tsv"/>
+            
       <output ftype="sbml" name="sbml">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*reaction .*" n="7"/>
+                    
           <has_line_matching expression=".*species .*" n="8"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="in" value="toy_model_otherColumns.tsv"/>
+            
       <param name="colid" value="2"/>
+            
       <param name="colformula" value="3"/>
+            
       <output ftype="sbml" name="sbml">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*reaction .*" n="7"/>
+                    
           <has_line_matching expression=".*species .*" n="8"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="in" value="toy_model_otherSigns.tsv"/>
+            
       <param name="i" value="-&gt;"/>
+            
       <param name="r" value="="/>
+            
       <output ftype="sbml" name="sbml">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*reaction .*" n="7"/>
+                    
           <has_line_matching expression=".*species .*" n="8"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="in" value="toy_model.tsv"/>
+            
       <param name="rp" value="true"/>
+            
       <param name="mp" value="true"/>
+            
       <param name="e" value="_e"/>
+            
       <param name="createCompartment" value="true"/>
+            
       <output ftype="sbml" name="sbml">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*boundaryCondition=.true.*" n="3"/>
+                    
           <has_line_matching expression=".*id=.M_A_ext_e.*" n="1"/>
+                    
           <has_line_matching expression=".*id=.R_reac2.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="in" value="toy_model.tsv"/>
+            
       <param name="id" value="myModel"/>
+            
       <output ftype="sbml" name="sbml">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*myModel.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Create a Sbml File from a tabulated file that contains the reaction ids and the formulas]]></help>
diff -r 6a112eaf8f38 -r 40c15b7467f1 build/tools/TopologicalPathwayAnalysis/TopologicalPathwayAnalysis.xml
--- a/build/tools/TopologicalPathwayAnalysis/TopologicalPathwayAnalysis.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/build/tools/TopologicalPathwayAnalysis/TopologicalPathwayAnalysis.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_TopologicalPathwayAnalysis" name="TopologicalPathwayAnalysis" version="2.0.0">
+<tool id="met4j_TopologicalPathwayAnalysis" name="TopologicalPathwayAnalysis" version="2.0.1">
   <description>Run a Topological Pathway Analysis (TPA) to identify key pathways based on topological properties of its constituting compounds.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh networkAnalysis.TopologicalPathwayAnalysis -i "$inputPath"
 #if str($inputSide) != 'None':
@@ -42,30 +42,54 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="XF_network.sbml"/>
+            
       <param name="dataPath" value="XF_network_C_NOI.txt"/>
+            
       <param name="inputSide" value="XF_network_C_Side.tab"/>
+            
       <output name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_columns n="3"/>
+                    
           <has_n_lines n="3"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="XF_network.sbml"/>
+            
       <param name="dataPath" value="XF_network_C_NOI.txt"/>
+            
       <param name="inputSide" value="XF_network_C_Side.tab"/>
+            
       <param name="undirected" value="true"/>
+            
       <param name="removeIsolated" value="true"/>
+            
       <param name="out" value="true"/>
+            
       <param name="mergingStrat" value="by_id"/>
+            
       <output name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_columns n="3"/>
+                    
           <has_n_lines n="3"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Run a Topological Pathway Analysis (TPA) to identify key pathways based on topological properties of its constituting compounds.
diff -r 6a112eaf8f38 -r 40c15b7467f1 tests.html
--- a/tests.html	Mon Feb 03 15:59:46 2025 +0000
+++ b/tests.html	Thu Feb 13 15:08:22 2025 +0000
@@ -285,7 +285,7 @@
         var md = window.markdownit({
           html: true,
         });
-        target.innerHTML = md.render(atob('## Test Summary

<div class="progress">
  <div class="progress-bar progress-bar-success" style="width: 100.0%" aria-valuenow="84" aria-valuemin="0" aria-valuemax="84" data-toggle="tooltip" title="84 Passed">
  </div>
  <div class="progress-bar progress-bar-warning" style="width: 0.0%" aria-valuenow="0" aria-valuemin="0" aria-valuemax="84" data-toggle="tooltip" title="0 Skipped">
  </div>
  <div class="progress-bar progress-bar-danger" style="width: 0.0%" aria-valuenow="0" aria-valuemin="0" aria-valuemax="84" title="0 Failed or Errored">
  </div>
</div>

| Test State | Count |
| ---------- | ----- |
| Total      | 84 |
| Passed     | 84 |
| Error      | 0 |
| Failure    | 0 |
| Skipped    | 0 |


<details ><summary>Passed Tests</summary>

* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_ChokePoint (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.ChokePoint -i "/tmp/tmpmgykeral/files/9/9/5/dataset_99525a32-8a0f-4708-bc62-d2140e6930f2.dat" -o "/tmp/tmpmgykeral/job_working_directory/000/2/outputs/dataset_8e27575c-fc75-465d-bd23-9a09f9c52389.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      End Parsing model Xfm1158

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      reading SBML...
      Creating network...
      Computing choke points...
      Export results...
      done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_CreateMetaNetwork (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh reconstruction.CreateMetaNetwork -n1 "/tmp/tmpmgykeral/files/c/c/6/dataset_cc6d18f6-279a-4fd9-b57d-4cfc6a1ef74c.dat" -n2 "/tmp/tmpmgykeral/files/5/4/d/dataset_54d92be7-1eff-4251-9390-2df8cd97501e.dat" -n1ex "s" -n2ex "e" -n1px "hsa" -n2px "eco"   -mc "by_metanetx" -o "/tmp/tmpmgykeral/job_working_directory/000/5/outputs/dataset_963b7467-2aba-4941-b161-a07e1ac8567e.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model HumanGEM
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model HumanGEM
      Verifying enabled Plugins...
      Parsing model iML1515
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model iML1515
      Parsing Bionetwork _ca33acb5_c80c_4fbe_9622_5727c501a821
      Generating Flux Balance Constraints modules...
      Generating Pathways...
      Generating Model Annotations...
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Generating Model Notes...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Importing network 1... Done.
      Importing network 2... Done.
      Creating meta-network... Done.
      Exporting MetaNetwork... Done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | external1 | ` "s" ` |
       | external2 | ` "e" ` |
       | n1prefix | ` "hsa" ` |
       | n2prefix | ` "eco" ` |
       | keepCompartment | ` false ` |
       | firstIsMeta | ` false ` |
       | mergingCriterion | ` "by_metanetx" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_DistanceMatrix (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.DistanceMatrix -i "/tmp/tmpmgykeral/files/d/7/0/dataset_d70843cd-422b-464f-b4bb-6c668ab1cdef.dat"   -o "/tmp/tmpmgykeral/job_working_directory/000/7/outputs/dataset_9955f7a4-16bf-4cb4-9060-502a98cf0157.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | sideCompoundFile | ` None ` |
       | seedFile | ` None ` |
       | degree | ` false ` |
       | weightFile | ` None ` |
       | undirected | ` false ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_DistanceMatrix (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.DistanceMatrix -i "/tmp/tmpmgykeral/files/0/e/c/dataset_0ec39344-1e00-435e-8bb3-59f3f985bc2f.dat" -sc "/tmp/tmpmgykeral/files/a/a/6/dataset_aa6f001f-ae32-4349-957a-fa9032b777f2.dat" -dw -u -o "/tmp/tmpmgykeral/job_working_directory/000/10/outputs/dataset_3567c19c-5e28-4cc1-a7d9-fdd7e2c343a0.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      removing side compounds...
      Read file containing side compounds...
      1 side compounds ignored during graph build.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | seedFile | ` None ` |
       | degree | ` true ` |
       | weightFile | ` None ` |
       | undirected | ` true ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_ExtractAnnotations (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.ExtractAnnotations -i "/tmp/tmpmgykeral/files/8/f/3/dataset_8f30e6c0-7dbf-4586-b34f-6a65d9a27550.dat" -export "METABOLITE" -db "metanetx.chemical"   -o "/tmp/tmpmgykeral/job_working_directory/000/12/outputs/dataset_fc9b06c4-5a3d-4a4a-b0bf-f9b3685d7b15.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model HumanGEM
      Starting annot plugin...
      Starting note plugin...
      End Parsing model HumanGEM

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      annotations found for 110/111 metabolites

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | export | ` "METABOLITE" ` |
       | db | ` "metanetx.chemical" ` |
       | uniq | ` false ` |
       | skip | ` false ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_ExtractAnnotations (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.ExtractAnnotations -i "/tmp/tmpmgykeral/files/f/3/b/dataset_f3beff4e-6339-40a3-9dd5-5c2761390dbe.dat" -export "METABOLITE" -db "metanetx.chemical"  -skip -o "/tmp/tmpmgykeral/job_working_directory/000/14/outputs/dataset_d97ccdcb-77e5-41c5-9e02-bccb7dada8cd.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model HumanGEM
      Starting annot plugin...
      Starting note plugin...
      End Parsing model HumanGEM

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      annotations found for 110/111 metabolites

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | export | ` "METABOLITE" ` |
       | db | ` "metanetx.chemical" ` |
       | uniq | ` false ` |
       | skip | ` true ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_ExtractAnnotations (Test # 3)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.ExtractAnnotations -i "/tmp/tmpmgykeral/files/4/b/e/dataset_4bed0345-e7ed-48f4-a1e2-39d4a1351719.dat" -export "METABOLITE" -db "metanetx.chemical" -uniq -skip -o "/tmp/tmpmgykeral/job_working_directory/000/16/outputs/dataset_d48ef407-728b-407e-9ad2-8d05c86e54fa.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model HumanGEM
      Starting annot plugin...
      Starting note plugin...
      End Parsing model HumanGEM

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      annotations found for 110/111 metabolites

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | export | ` "METABOLITE" ` |
       | db | ` "metanetx.chemical" ` |
       | uniq | ` true ` |
       | skip | ` true ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_ExtractPathways (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.ExtractPathways -i "/tmp/tmpmgykeral/files/8/0/1/dataset_8013c016-5afc-4e10-91da-dc53a841f156.dat" -p "Citric_Acid_Cycle+Folate_Metabolism+toto" -o "/tmp/tmpmgykeral/job_working_directory/000/18/outputs/dataset_707969b6-9530-4394-99c2-3c86c3839056.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      Starting groups plugin...
      Starting note plugin...
      End Parsing model Xfm1158
      Parsing Bionetwork Xfm1158
      Generating Pathways...
      Generating Flux Balance Constraints modules...
      Generating Model Annotations...
      Generating Model Notes...
      network exported.

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Number of reactions in original network: 1158
      Number of species in original network: 1107
      Number of genes in original network: 571
      Number of reactions in pathway Citric_Acid_Cycle (Citric_Acid_Cycle): 11
      Number of species in pathway Citric_Acid_Cycle (Citric_Acid_Cycle): 26
      Number of genes in pathway Citric_Acid_Cycle (Citric_Acid_Cycle): 18
      Number of reactions in pathway Folate_Metabolism (Folate_Metabolism): 6
      Number of species in pathway Folate_Metabolism (Folate_Metabolism): 16
      Number of genes in pathway Folate_Metabolism (Folate_Metabolism): 8
      Error: Pathway toto not found in network, please check sbml file.
      Number of reactions in network: 17
      Number of species in network: 35
      Number of genes in network: 25

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | pathwayId | ` "Citric_Acid_Cycle+Folate_Metabolism+toto" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_ExtractSubBipNetwork (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.ExtractSubBipNetwork -i "/tmp/tmpmgykeral/files/b/c/e/dataset_bce1baa3-c230-4c5e-b4b7-2843bc7e64f4.dat" -s "/tmp/tmpmgykeral/files/7/1/c/dataset_71cd6b96-519c-4629-a77a-bdaa3b8cad66.dat" -t "/tmp/tmpmgykeral/files/1/7/d/dataset_17dc5a66-5dc2-4024-8fa8-342377c888c0.dat"  -sc "/tmp/tmpmgykeral/files/c/5/1/dataset_c5141e76-9174-446a-b9b2-c92f2f130a0b.dat" -k "1"  -f "gml" -o "/tmp/tmpmgykeral/job_working_directory/000/23/outputs/dataset_a084533b-f4e7-4a28-b22c-16a64c1f42af.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      reading SBML...
      importing side compounds...
      Read file containing side compounds...
      extracting sources and targets
      GML created.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | undirected | ` false ` |
       | blkdReactionFile | ` None ` |
       | weightFile | ` None ` |
       | k | ` "1" ` |
       | st | ` false ` |
       | format | ` "gml" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_ExtractSubNetwork (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.ExtractSubNetwork -i "/tmp/tmpmgykeral/files/5/4/e/dataset_54e855d3-b748-4db6-ad7a-a41f20afc0c8.dat" -s "/tmp/tmpmgykeral/files/9/2/4/dataset_9244146d-19c5-4914-b7ad-4a28c496caca.dat" -t "/tmp/tmpmgykeral/files/6/2/5/dataset_625ce9d6-4542-477b-9a44-22f8b74d8ebb.dat"    -k "1"  -f "gml" -o "/tmp/tmpmgykeral/job_working_directory/000/27/outputs/dataset_dd27a4d3-5173-4ace-8b4f-ec2b20c71f6f.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      End Parsing model 
      extracting sources and targets

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      GML created.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | sideCompoundFile | ` None ` |
       | degree | ` false ` |
       | weightFile | ` None ` |
       | chemicalSim | ` false ` |
       | undirected | ` false ` |
       | k | ` "1" ` |
       | st | ` false ` |
       | format | ` "gml" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_ExtractSubReactionNetwork (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.ExtractSubReactionNetwork -i "/tmp/tmpmgykeral/files/5/8/c/dataset_58ce646f-e855-4aab-806f-6eeba2c60620.dat" -s "/tmp/tmpmgykeral/files/2/0/3/dataset_20328fef-5983-4c73-b6bc-6732c4886dec.dat"  -t "/tmp/tmpmgykeral/files/8/a/c/dataset_8ac61496-db87-46f1-a42b-20bd0b44c046.dat" -sc "/tmp/tmpmgykeral/files/e/b/f/dataset_ebfd743e-3a8e-44cf-ae66-49901d527d72.dat" -k "1"  -f "gml" -o "/tmp/tmpmgykeral/job_working_directory/000/32/outputs/dataset_f31dfd03-7bc5-45c5-9c90-48d65761553c.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      End Parsing model 
      Element // Copyright 2025 lcottret not found in network
      Element // not found in network
      Element // Licensed under the Apache License, Version 2.0 (the "License"); not found in network
      Element // you may not use this file except in compliance with the License. not found in network
      Element // You may obtain a copy of the License at not found in network
      Element // not found in network
      Element //     https://www.apache.org/licenses/LICENSE-2.0 not found in network
      Element // not found in network
      Element // Unless required by applicable law or agreed to in writing, software not found in network
      Element // distributed under the License is distributed on an "AS IS" BASIS, not found in network
      Element // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. not found in network
      Element // See the License for the specific language governing permissions and not found in network
      Element // limitations under the License. not found in network
      Element  not found in network
      14 side compounds not found in network.

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      reading SBML...
      Read file containing side compounds...
      extracting sources and targets
      GML created.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | undirected | ` false ` |
       | rExclude | ` None ` |
       | weightFile | ` None ` |
       | k | ` "1" ` |
       | st | ` false ` |
       | format | ` "gml" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_FbcToNotes (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.FbcToNotes -i "/tmp/tmpmgykeral/files/3/e/2/dataset_3e259f07-528b-40c7-9f54-a877d912238c.dat" -o "/tmp/tmpmgykeral/job_working_directory/000/34/outputs/dataset_733ee022-984d-4413-adf0-4cfc290a49b2.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model iML1515
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      End Parsing model iML1515
      Parsing Bionetwork iML1515
      Generating Pathways...
      Generating Model Notes...
      Generating Model Annotations...
      Bad property in annotations: hasProperty, set to HAS_PROPERTY
      Bad property in annotations: hasProperty, set to HAS_PROPERTY

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_GetBiggModelProteome (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh bigg.GetBiggModelProteome -m "e_coli_core" -o "/tmp/tmpmgykeral/job_working_directory/000/35/outputs/dataset_1d649e9f-46ab-4a0f-a91c-8117ca235f0d.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | modelId | ` "e_coli_core" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "data" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_GetEntities (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.GetEntities -i "/tmp/tmpmgykeral/files/8/1/d/dataset_81d93bad-7e48-4b26-a7df-2ad04f93b8a4.dat"       -o "/tmp/tmpmgykeral/job_working_directory/000/37/outputs/dataset_e5358267-42ca-4759-b882-2a32602ae2cc.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model HumanGEM
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting note plugin...
      End Parsing model HumanGEM

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | printMetabolites | ` false ` |
       | printReactions | ` false ` |
       | printCompartments | ` false ` |
       | printPathways | ` false ` |
       | printGenes | ` false ` |
       | noTypeCol | ` false ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_GetEntities (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.GetEntities -i "/tmp/tmpmgykeral/files/6/b/a/dataset_6bab184a-5cce-4efe-abe7-234b69a2c77e.dat" -m -r -c  -g -nt -o "/tmp/tmpmgykeral/job_working_directory/000/39/outputs/dataset_f295b244-6d17-420f-a539-955bbe5ddded.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model HumanGEM
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting note plugin...
      End Parsing model HumanGEM

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | printMetabolites | ` true ` |
       | printReactions | ` true ` |
       | printCompartments | ` true ` |
       | printPathways | ` false ` |
       | printGenes | ` true ` |
       | noTypeCol | ` true ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_GetGenesFromReactions (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.GetGenesFromReactions -i "/tmp/tmpmgykeral/files/b/6/5/dataset_b6580f75-1bcb-41b1-9432-5f61e8bc4f75.dat" -r "/tmp/tmpmgykeral/files/7/a/d/dataset_7adf81c2-e5f4-4f64-b862-bd5d98ef4587.dat" -sep "	"  -col "1" -o "/tmp/tmpmgykeral/job_working_directory/000/42/outputs/dataset_251bf893-5e7a-4375-b802-af960a1847cf.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      Starting fbc version 2 plugin...
      Starting note plugin...
      End Parsing model Xfm1158

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 reactions mapped
      0 reactions not found in model

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | sep | ` "\t" ` |
       | hasHeader | ` false ` |
       | i | ` "1" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_GetMetaboliteAttributes (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.GetMetaboliteAttributes -i "/tmp/tmpmgykeral/files/e/3/e/dataset_e3e11bec-e757-45bd-b4c0-02a77b7512af.dat" -o "/tmp/tmpmgykeral/job_working_directory/000/44/outputs/dataset_40dbdc47-e85b-4f74-b455-5115736b1a69.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting note plugin...
      Starting annot plugin...
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_GetReactantsFromReactions (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.GetReactantsFromReactions -i "/tmp/tmpmgykeral/files/a/7/1/dataset_a71ba40b-a9d5-47d6-9b7c-d741006b20cb.dat" -r "/tmp/tmpmgykeral/files/f/e/d/dataset_fed8c65b-6e0a-4982-b7a4-268972ca5c10.dat" -sep "	"  -col "1"   -o "/tmp/tmpmgykeral/job_working_directory/000/47/outputs/dataset_e7161508-b235-4e93-aec4-c8b271a70a9d.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      End Parsing model Xfm1158

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 reactions mapped
      0 reactions not found in model

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | sep | ` "\t" ` |
       | hasHeader | ` false ` |
       | i | ` "1" ` |
       | printSubstrates | ` false ` |
       | printProducts | ` false ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_GetReactantsFromReactions (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.GetReactantsFromReactions -i "/tmp/tmpmgykeral/files/3/8/0/dataset_3806c461-2353-4c11-b687-8f04d550a9b1.dat" -r "/tmp/tmpmgykeral/files/3/d/a/dataset_3dadf8a9-9691-4d9e-9077-d7e647de94e8.dat" -sep "	"  -col "1" -s  -o "/tmp/tmpmgykeral/job_working_directory/000/50/outputs/dataset_4e32d7d7-4181-4b0e-bcd4-17a714b124ec.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      End Parsing model Xfm1158

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 reactions mapped
      0 reactions not found in model

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | sep | ` "\t" ` |
       | hasHeader | ` false ` |
       | i | ` "1" ` |
       | printSubstrates | ` true ` |
       | printProducts | ` false ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_GetReactantsFromReactions (Test # 3)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.GetReactantsFromReactions -i "/tmp/tmpmgykeral/files/2/f/7/dataset_2f752517-bfbd-4f2f-9e00-ff08b38b9aac.dat" -r "/tmp/tmpmgykeral/files/3/1/d/dataset_31d7a5f4-e6fc-4fae-8116-c06085d317cb.dat" -sep "	"  -col "1"  -p -o "/tmp/tmpmgykeral/job_working_directory/000/53/outputs/dataset_758c623f-bbab-4ab3-a248-b6cb7108c295.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      End Parsing model Xfm1158

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 reactions mapped
      0 reactions not found in model

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | sep | ` "\t" ` |
       | hasHeader | ` false ` |
       | i | ` "1" ` |
       | printSubstrates | ` false ` |
       | printProducts | ` true ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_LoadPoint (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.LoadPoint -i "/tmp/tmpmgykeral/files/d/e/a/dataset_dea32758-6228-46b0-898f-ea4d7432d095.dat" -k "1" -o "/tmp/tmpmgykeral/job_working_directory/000/55/outputs/dataset_0cbf3432-ded5-439c-a766-2e010f89af2a.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      reading SBML...
      Creating network...
      Computing load points...
      Export results...
      done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | sideCompoundFile | ` None ` |
       | k | ` "1" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_MetaboRank (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.MetaboRank -i "/tmp/tmpmgykeral/files/f/5/6/dataset_f5659d50-f15f-41ef-a747-aadf8a6ab242.dat" -s "/tmp/tmpmgykeral/files/8/2/a/dataset_82a2485a-e3a6-4166-b773-712d8e8df360.dat" -sc "/tmp/tmpmgykeral/files/1/f/6/dataset_1f64ccee-c0e4-4374-825a-d577043c5144.dat" -max "15000" -t "0.001" -d "0.85" -o "/tmp/tmpmgykeral/job_working_directory/000/59/outputs/dataset_bba0c100-e5ee-4eff-a0cb-a90ccc83d3af.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      End Parsing model Xfm1158
      2 isolated nodes removed 
      transition probabilities computed
      transition probabilities computed (reverse graph)

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      reading SBML...
      compound graph created.
      removing side compounds...
      Read file containing side compounds...
      6 compounds removed.
      weights computed.
      reverse graph created.
      seeds file imported
      3 seeds
      global pageRank computed
      global cheiRank computed
      pageRank computed
      cheiRank computed
      done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | edgeWeightsFilePaths | ` None ` |
       | maxNbOfIter | ` "15000" ` |
       | tolerance | ` "0.001" ` |
       | dampingFactor | ` "0.85" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_NetworkSummary (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.NetworkSummary -i "/tmp/tmpmgykeral/files/9/8/4/dataset_984aed7b-f11a-48bc-9c98-81372411e306.dat"   -o "/tmp/tmpmgykeral/job_working_directory/000/61/outputs/dataset_17405040-199c-4de0-9efe-03439abd7984.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      reading SBML...
      Creating graph...
      perform basic analysis...
      extract connected component...
      Compute density...
      Compute local clustering coefficients...
      Compute degree statistics...
      Compute distances...
      Compute distances statistics...
      Compute centrality...
      	Closeness done.
      Done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | sideCompoundFile | ` None ` |
       | skipdist | ` false ` |
       | directed | ` false ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_ORApathwayEnrichment (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh mapping.ORApathwayEnrichment -th "0.0" -i "/tmp/tmpmgykeral/files/1/7/d/dataset_17db6adb-10fb-442a-90bb-b2adf365846b.dat" -d "/tmp/tmpmgykeral/files/8/4/4/dataset_844055f7-4b83-4904-8fe2-6ff80f4af92c.dat" -c "BenjaminiHochberg" -o "/tmp/tmpmgykeral/job_working_directory/000/64/outputs/dataset_abb7874e-3d61-4327-9f7d-0919ccd038fe.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      Starting groups plugin...
      Starting note plugin...
      End Parsing model Xfm1158

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML... Done.
      Import data...
      3 compounds imported.
       Done.
      Perform Pathway Enrichment... Done.
      Export results...
      done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | th | ` "0.0" ` |
       | corr | ` "BenjaminiHochberg" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_ORApathwayEnrichment (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh mapping.ORApathwayEnrichment -th "0.005" -i "/tmp/tmpmgykeral/files/6/a/8/dataset_6a80b9ef-4b6b-4689-9752-5ce7180178e5.dat" -d "/tmp/tmpmgykeral/files/f/d/c/dataset_fdcb3a4f-1ff5-42ba-b51d-a25b349ec74b.dat" -c "HolmBonferroni" -o "/tmp/tmpmgykeral/job_working_directory/000/67/outputs/dataset_4c1937ac-fe1d-4ac3-93eb-e546e37a65d6.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      Starting groups plugin...
      Starting note plugin...
      End Parsing model Xfm1158

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML... Done.
      Import data...
      3 compounds imported.
       Done.
      Perform Pathway Enrichment... Done.
      Select significant pathways...
      	2 significant pathways found.
       Done.
      Export results...
      done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | th | ` "0.005" ` |
       | corr | ` "HolmBonferroni" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_PrecursorNetwork (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.PrecursorNetwork -i "/tmp/tmpmgykeral/files/a/0/4/dataset_a04937f6-c4f1-42ef-b389-e1abe6c774aa.dat" -t "/tmp/tmpmgykeral/files/4/2/2/dataset_4220de0a-f821-4aaf-85fa-138a49079cf8.dat" -f "gml" -o "/tmp/tmpmgykeral/job_working_directory/000/70/outputs/dataset_cf72850d-59c3-467b-bcad-38e180881974.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      GML created.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | sideCompoundFile | ` None ` |
       | reactionToIgnoreFile | ` None ` |
       | format | ` "gml" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_ReactionDistanceMatrix (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.ReactionDistanceMatrix -i "/tmp/tmpmgykeral/files/0/8/6/dataset_0869794f-2ea8-4c96-90b1-fbe8bfea80c3.dat"   -o "/tmp/tmpmgykeral/job_working_directory/000/72/outputs/dataset_25dd97ab-1a52-470b-bb45-3d6a569f7297.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML...

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | sideCompoundFile | ` None ` |
       | degree | ` false ` |
       | rExclude | ` None ` |
       | rxnFile | ` None ` |
       | weightFile | ` None ` |
       | undirected | ` false ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_ReactionDistanceMatrix (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.ReactionDistanceMatrix -i "/tmp/tmpmgykeral/files/6/e/b/dataset_6eb65ac1-8432-4e22-b7cc-8d98dab6fa59.dat"  -u -o "/tmp/tmpmgykeral/job_working_directory/000/74/outputs/dataset_6b521f19-88d2-43a2-80b7-1848345f397e.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML...

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | sideCompoundFile | ` None ` |
       | degree | ` false ` |
       | rExclude | ` None ` |
       | rxnFile | ` None ` |
       | weightFile | ` None ` |
       | undirected | ` true ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_ReactionDistanceMatrix (Test # 3)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.ReactionDistanceMatrix -i "/tmp/tmpmgykeral/files/3/8/f/dataset_38fa5d4a-0e10-4665-9793-fca56c686fa6.dat" -sc "/tmp/tmpmgykeral/files/c/0/a/dataset_c0adaf09-0bd6-4ba4-9276-4a2ca650f908.dat"  -u -o "/tmp/tmpmgykeral/job_working_directory/000/77/outputs/dataset_4c56eaa3-1f3d-4a28-8b10-e13a3665a136.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML...
      Read file containing side compounds...
      1 side compounds to ignore during graph build

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | degree | ` false ` |
       | rExclude | ` None ` |
       | rxnFile | ` None ` |
       | weightFile | ` None ` |
       | undirected | ` true ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_ReactionDistanceMatrix (Test # 4)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.ReactionDistanceMatrix -i "/tmp/tmpmgykeral/files/0/1/2/dataset_012e150c-b65c-4e54-b9d4-307aea20be73.dat"  -re "/tmp/tmpmgykeral/files/8/5/7/dataset_857fdaf2-6075-452b-b7b7-62730c0d2c66.dat" -u -o "/tmp/tmpmgykeral/job_working_directory/000/80/outputs/dataset_5bcb8da7-03be-4c64-9610-e55c028ec026.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML...
      removing reactions to exclude...
      1 reactions ignored during graph build.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | sideCompoundFile | ` None ` |
       | degree | ` false ` |
       | rxnFile | ` None ` |
       | weightFile | ` None ` |
       | undirected | ` true ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_ReactionDistanceMatrix (Test # 5)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.ReactionDistanceMatrix -i "/tmp/tmpmgykeral/files/a/c/d/dataset_acd2183a-6afa-4071-b146-9f3890be33dc.dat" -sc "/tmp/tmpmgykeral/files/4/e/8/dataset_4e880fbd-0fda-4027-83c7-e0ef9c6ff820.dat"  -re "/tmp/tmpmgykeral/files/3/f/9/dataset_3f98b35b-c867-4c72-8a17-d8b1f5b1cd16.dat" -u -o "/tmp/tmpmgykeral/job_working_directory/000/84/outputs/dataset_3310ef95-1204-4e8a-8505-8828b0e64e2e.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML...
      Read file containing side compounds...
      1 side compounds to ignore during graph build
      removing reactions to exclude...
      1 reactions ignored during graph build.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | degree | ` false ` |
       | rxnFile | ` None ` |
       | weightFile | ` None ` |
       | undirected | ` true ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_ReactionDistanceMatrix (Test # 6)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.ReactionDistanceMatrix -i "/tmp/tmpmgykeral/files/5/2/0/dataset_5206a65c-bf8f-4f4f-8eb4-df2005d8108d.dat" -sc "/tmp/tmpmgykeral/files/4/a/4/dataset_4a47d3c2-646e-4505-8883-00ed0c54c6df.dat"  -re "/tmp/tmpmgykeral/files/1/0/d/dataset_10d3471b-31a6-4e16-a1f5-251a3f019f7d.dat"  -o "/tmp/tmpmgykeral/job_working_directory/000/88/outputs/dataset_89d90b34-93c0-40c4-948d-c2a320518f3c.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML...
      Read file containing side compounds...
      1 side compounds to ignore during graph build
      removing reactions to exclude...
      1 reactions ignored during graph build.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | degree | ` false ` |
       | rxnFile | ` None ` |
       | weightFile | ` None ` |
       | undirected | ` false ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Sbml2CarbonSkeletonNet (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Sbml2CarbonSkeletonNet -i "/tmp/tmpmgykeral/files/0/b/6/dataset_0b6680c3-b27b-4833-9d72-550e22e029fd.dat" -g "/tmp/tmpmgykeral/files/4/5/7/dataset_457913d3-561c-4e3d-8fb7-bb96230d92f8.dat"       -f "gml"   -o "/tmp/tmpmgykeral/job_working_directory/000/91/outputs/dataset_7b1cd26c-353e-48e0-9ec1-b738d9639c60.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model HumanGEM
      Starting fbc version 2 plugin...
      Starting note plugin...
      Starting annot plugin...
      End Parsing model HumanGEM
      0 edges in file not found in the graph
      205 weights set among 502 edges in graph

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML...75 reactions and 111 metabolites read.
       Done.
      Building Network...111 nodes and 502 edges created.
       Done.
      Processing atom mappings...Done.
      Skip compounds with less than two carbons detected...
      	disconnecting CO2
      	disconnecting CO2
       Done.
      111 nodes and 202 edges created.
      Exporting...GML created.
       Done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | keepSingleCarbon | ` false ` |
       | mergeComp | ` false ` |
       | mergeEdges | ` false ` |
       | removeIsolated | ` false ` |
       | undirected | ` false ` |
       | computeWeight | ` false ` |
       | format | ` "gml" ` |
       | main | ` false ` |
       | fromIndexes | ` false ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Sbml2CarbonSkeletonNet (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Sbml2CarbonSkeletonNet -i "/tmp/tmpmgykeral/files/5/f/b/dataset_5fb658bf-6802-4e95-ba9c-6dbd954495f0.dat" -g "/tmp/tmpmgykeral/files/1/0/6/dataset_106823f9-e0c0-4d06-b6a7-d417231bc5cd.dat" -ks      -f "gml"   -o "/tmp/tmpmgykeral/job_working_directory/000/94/outputs/dataset_5870074f-63f2-4bce-adb2-8110183b356b.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model HumanGEM
      Starting fbc version 2 plugin...
      Starting note plugin...
      Starting annot plugin...
      End Parsing model HumanGEM
      0 edges in file not found in the graph
      205 weights set among 502 edges in graph

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML...75 reactions and 111 metabolites read.
       Done.
      Building Network...111 nodes and 502 edges created.
       Done.
      Processing atom mappings...Done.
      111 nodes and 205 edges created.
      Exporting...GML created.
       Done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | keepSingleCarbon | ` true ` |
       | mergeComp | ` false ` |
       | mergeEdges | ` false ` |
       | removeIsolated | ` false ` |
       | undirected | ` false ` |
       | computeWeight | ` false ` |
       | format | ` "gml" ` |
       | main | ` false ` |
       | fromIndexes | ` false ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Sbml2CarbonSkeletonNet (Test # 3)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Sbml2CarbonSkeletonNet -i "/tmp/tmpmgykeral/files/1/d/6/dataset_1d63a924-6806-4e3f-995a-e5949551f440.dat" -g "/tmp/tmpmgykeral/files/7/3/2/dataset_732eaadc-5d62-4ed2-91e4-74601673dbdd.dat"  -mc     -f "gml"   -o "/tmp/tmpmgykeral/job_working_directory/000/97/outputs/dataset_2518b3af-8092-44eb-a1e5-54eff95e88c7.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model HumanGEM
      Starting fbc version 2 plugin...
      Starting note plugin...
      Starting annot plugin...
      End Parsing model HumanGEM
      0 edges in file not found in the graph
      205 weights set among 502 edges in graph

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML...75 reactions and 111 metabolites read.
       Done.
      Building Network...111 nodes and 502 edges created.
       Done.
      Processing atom mappings...Done.
      Merging compartments... Done.
      Skip compounds with less than two carbons detected...
      	disconnecting CO2
       Done.
      83 nodes and 202 edges created.
      Exporting...GML created.
       Done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | keepSingleCarbon | ` false ` |
       | mergeComp | ` true ` |
       | mergeEdges | ` false ` |
       | removeIsolated | ` false ` |
       | undirected | ` false ` |
       | computeWeight | ` false ` |
       | format | ` "gml" ` |
       | main | ` false ` |
       | fromIndexes | ` false ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Sbml2CarbonSkeletonNet (Test # 4)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Sbml2CarbonSkeletonNet -i "/tmp/tmpmgykeral/files/e/4/6/dataset_e469810d-2833-472c-9096-facdf9332a51.dat" -g "/tmp/tmpmgykeral/files/e/d/1/dataset_ed129242-b685-42f6-9dea-12ce88e9703a.dat"   -me    -f "gml"   -o "/tmp/tmpmgykeral/job_working_directory/000/100/outputs/dataset_7de59688-6706-4814-a0b8-ec61dabd45e7.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model HumanGEM
      Starting fbc version 2 plugin...
      Starting note plugin...
      Starting annot plugin...
      End Parsing model HumanGEM
      0 edges in file not found in the graph
      205 weights set among 502 edges in graph

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML...75 reactions and 111 metabolites read.
       Done.
      Building Network...111 nodes and 502 edges created.
       Done.
      Processing atom mappings...Done.
      Skip compounds with less than two carbons detected...
      	disconnecting CO2
      	disconnecting CO2
       Done.
      Merging edges... Done.
      111 nodes and 143 edges created.
      Exporting...GML created.
       Done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | keepSingleCarbon | ` false ` |
       | mergeComp | ` false ` |
       | mergeEdges | ` true ` |
       | removeIsolated | ` false ` |
       | undirected | ` false ` |
       | computeWeight | ` false ` |
       | format | ` "gml" ` |
       | main | ` false ` |
       | fromIndexes | ` false ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Sbml2CarbonSkeletonNet (Test # 5)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Sbml2CarbonSkeletonNet -i "/tmp/tmpmgykeral/files/c/b/8/dataset_cb8356c4-90bb-47a3-bca6-60e3c4c93043.dat" -g "/tmp/tmpmgykeral/files/3/5/8/dataset_3582968b-740e-4894-9cd0-cba673f661d2.dat"    -ri   -f "gml"   -o "/tmp/tmpmgykeral/job_working_directory/000/103/outputs/dataset_545ae9c3-8eb0-4687-a496-61714fd69d39.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model HumanGEM
      Starting fbc version 2 plugin...
      Starting note plugin...
      Starting annot plugin...
      End Parsing model HumanGEM
      0 edges in file not found in the graph
      205 weights set among 502 edges in graph
      16 isolated nodes removed 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML...75 reactions and 111 metabolites read.
       Done.
      Building Network...111 nodes and 502 edges created.
       Done.
      Processing atom mappings...Done.
      Skip compounds with less than two carbons detected...
      	disconnecting CO2
      	disconnecting CO2
       Done.
      Remove isolated nodes...
      	removing CO2
      	removing H2O
      	removing fructose-3-phosphate
      	removing 3-keto-beta-D-galactose
      	removing galactose
      	removing H2O
      	removing H+
      	removing H2O
      	removing H2O
      	removing H+
      	removing H+
      	removing PPi
      	removing fructose
      	removing CO2
      	removing Pi
      	removing H+
       Done.
      95 nodes and 202 edges created.
      Exporting...GML created.
       Done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | keepSingleCarbon | ` false ` |
       | mergeComp | ` false ` |
       | mergeEdges | ` false ` |
       | removeIsolated | ` true ` |
       | undirected | ` false ` |
       | computeWeight | ` false ` |
       | format | ` "gml" ` |
       | main | ` false ` |
       | fromIndexes | ` false ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Sbml2CarbonSkeletonNet (Test # 6)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Sbml2CarbonSkeletonNet -i "/tmp/tmpmgykeral/files/a/c/6/dataset_ac6b974d-3bef-432f-9057-617d8f6647cd.dat" -g "/tmp/tmpmgykeral/files/6/a/b/dataset_6abcd0eb-bc7d-416d-b204-e7da0deb7264.dat"     -un  -f "gml"   -o "/tmp/tmpmgykeral/job_working_directory/000/106/outputs/dataset_deed6040-6b14-4c65-91a6-651112db6ead.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model HumanGEM
      Starting fbc version 2 plugin...
      Starting note plugin...
      Starting annot plugin...
      End Parsing model HumanGEM
      0 edges in file not found in the graph
      205 weights set among 502 edges in graph

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML...75 reactions and 111 metabolites read.
       Done.
      Building Network...111 nodes and 502 edges created.
       Done.
      Processing atom mappings...Done.
      Create Undirected... Done.
      Skip compounds with less than two carbons detected...
      	disconnecting CO2
      	disconnecting CO2
       Done.
      111 nodes and 270 edges created.
      Exporting...GML created.
       Done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | keepSingleCarbon | ` false ` |
       | mergeComp | ` false ` |
       | mergeEdges | ` false ` |
       | removeIsolated | ` false ` |
       | undirected | ` true ` |
       | computeWeight | ` false ` |
       | format | ` "gml" ` |
       | main | ` false ` |
       | fromIndexes | ` false ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Sbml2CarbonSkeletonNet (Test # 7)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Sbml2CarbonSkeletonNet -i "/tmp/tmpmgykeral/files/8/9/e/dataset_89ec0b70-b4ab-4146-89f0-9b04e5e0cc35.dat" -g "/tmp/tmpmgykeral/files/1/6/e/dataset_16e62c97-c0e1-4a07-817f-a03df31f6f26.dat"       -f "matrix"   -o "/tmp/tmpmgykeral/job_working_directory/000/109/outputs/dataset_ad32b66f-1f41-4605-81c1-fd819218bfa6.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model HumanGEM
      Starting fbc version 2 plugin...
      Starting note plugin...
      Starting annot plugin...
      End Parsing model HumanGEM
      0 edges in file not found in the graph
      205 weights set among 502 edges in graph

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML...75 reactions and 111 metabolites read.
       Done.
      Building Network...111 nodes and 502 edges created.
       Done.
      Processing atom mappings...Done.
      Skip compounds with less than two carbons detected...
      	disconnecting CO2
      	disconnecting CO2
       Done.
      111 nodes and 202 edges created.
      Exporting... Done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | keepSingleCarbon | ` false ` |
       | mergeComp | ` false ` |
       | mergeEdges | ` false ` |
       | removeIsolated | ` false ` |
       | undirected | ` false ` |
       | computeWeight | ` false ` |
       | format | ` "matrix" ` |
       | main | ` false ` |
       | fromIndexes | ` false ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Sbml2CarbonSkeletonNet (Test # 8)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Sbml2CarbonSkeletonNet -i "/tmp/tmpmgykeral/files/f/f/c/dataset_ffc3c504-7529-48f2-97b6-76ea1953089e.dat" -g "/tmp/tmpmgykeral/files/f/b/5/dataset_fb59e1e3-2e48-44f7-8dc7-d1188c205a99.dat"       -f "gml"  -fi -o "/tmp/tmpmgykeral/job_working_directory/000/112/outputs/dataset_9de431eb-7518-4ca8-a94d-1d1a6404bdb0.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model HumanGEM
      Starting fbc version 2 plugin...
      Starting note plugin...
      Starting annot plugin...
      End Parsing model HumanGEM
      0 edges in file not found in the graph
      206 weights set among 502 edges in graph

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML...75 reactions and 111 metabolites read.
       Done.
      Building Network...111 nodes and 502 edges created.
       Done.
      Processing atom mappings...Done.
      Skip compounds with less than two carbons detected...
      	disconnecting CO2
      	disconnecting CO2
       Done.
      111 nodes and 203 edges created.
      Exporting...GML created.
       Done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | keepSingleCarbon | ` false ` |
       | mergeComp | ` false ` |
       | mergeEdges | ` false ` |
       | removeIsolated | ` false ` |
       | undirected | ` false ` |
       | computeWeight | ` false ` |
       | format | ` "gml" ` |
       | main | ` false ` |
       | fromIndexes | ` true ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Sbml2CompoundGraph (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Sbml2CompoundGraph -i "/tmp/tmpmgykeral/files/c/7/7/dataset_c77eee5a-5a0a-4e7a-8f2c-f0b67b1aee4b.dat" -sc "/tmp/tmpmgykeral/files/6/f/5/dataset_6f553614-503e-4db9-a209-e557124f5227.dat" -mc "no"      -f "gml" -o "/tmp/tmpmgykeral/job_working_directory/000/115/outputs/dataset_70fbd938-0471-41dc-9667-d8c3b9b6b614.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      Starting fbc version 2 plugin...
      Starting note plugin...
      End Parsing model Xfm1158

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML... Done.
      Building Network... Done.
      removing side compounds...
      Read file containing side compounds...
      6 compounds removed.
       Done.
      Exporting...GML created.
       Done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | mergingStrat | ` "no" ` |
       | mergeEdges | ` false ` |
       | removeIsolated | ` false ` |
       | degree | ` false ` |
       | weightFile | ` None ` |
       | undirected | ` false ` |
       | computeWeight | ` false ` |
       | format | ` "gml" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Sbml2CompoundGraph (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Sbml2CompoundGraph -i "/tmp/tmpmgykeral/files/0/3/4/dataset_034065e8-4f8d-408e-90f7-754891b827b3.dat" -sc "/tmp/tmpmgykeral/files/7/c/1/dataset_7c12fda8-6d73-4a73-9d38-2eca7108457e.dat" -mc "by_id"  -ri -dw -un -tp -f "gml" -o "/tmp/tmpmgykeral/job_working_directory/000/118/outputs/dataset_b1c1d300-4cc8-4909-92e7-88b5524a2aec.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      Starting fbc version 2 plugin...
      Starting note plugin...
      End Parsing model Xfm1158
      12 isolated nodes removed 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML... Done.
      Building Network... Done.
      removing side compounds...
      Read file containing side compounds...
      6 compounds removed.
       Done.
      Create Undirected... Done.
      Setting edge weights (target degree)...
       Done.
      Merging compartments... Done.
      Remove isolated nodes...
      	removing M_s_c
      	removing D_Glyceraldehyde
      	removing sn_Glycero_3_phosphoethanolamine
      	removing sn_Glycero_3_phosphocholine
      	removing sn_Glycero_3_phospho_1_inositol
      	removing P1_P4_Bis_5__adenosyl__tetraphosphate
      	removing M_cys_D_c
      	removing M_met_D_c
      	removing methanesulfonate
      	removing P1_P5_Bis_5__adenosyl__pentaphosphate
      	removing Glycerophosphoglycerol
      	removing Glycerophosphoserine
       Done.
      Compute transition matrix... Done.
      Exporting...GML created.
       Done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | mergingStrat | ` "by_id" ` |
       | mergeEdges | ` false ` |
       | removeIsolated | ` true ` |
       | degree | ` true ` |
       | weightFile | ` None ` |
       | undirected | ` true ` |
       | computeWeight | ` true ` |
       | format | ` "gml" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Sbml2Graph (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Sbml2Graph -i "/tmp/tmpmgykeral/files/5/1/1/dataset_51127758-ac25-40c6-be92-d216f7741db3.dat"  -c  -f "gml" -o "/tmp/tmpmgykeral/job_working_directory/000/120/outputs/dataset_9fbba82c-83b5-4ac3-ba58-1d6cd302b084.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting note plugin...
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      GML created.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | bipartite | ` false ` |
       | compound | ` true ` |
       | reaction | ` false ` |
       | format | ` "gml" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Sbml2Graph (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Sbml2Graph -i "/tmp/tmpmgykeral/files/0/c/8/dataset_0c8255be-eaab-44e7-9802-ccc9be403579.dat" -b   -f "gml" -o "/tmp/tmpmgykeral/job_working_directory/000/122/outputs/dataset_4841459e-2a1c-4a95-b6a4-a043f3650f3e.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting note plugin...
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      GML created.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | bipartite | ` true ` |
       | compound | ` false ` |
       | reaction | ` false ` |
       | format | ` "gml" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Sbml2Graph (Test # 3)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Sbml2Graph -i "/tmp/tmpmgykeral/files/7/2/1/dataset_721df9f4-039d-461d-9746-9774182825b5.dat"   -r -f "gml" -o "/tmp/tmpmgykeral/job_working_directory/000/124/outputs/dataset_557851ac-ab4f-4c7e-a520-196b5071d925.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting note plugin...
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      GML created.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | bipartite | ` false ` |
       | compound | ` false ` |
       | reaction | ` true ` |
       | format | ` "gml" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Sbml2Tab (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Sbml2Tab -irr "-->" -rev "<==>" -i "/tmp/tmpmgykeral/files/4/f/7/dataset_4f77db16-02c4-4b45-9309-717899b9e5a2.dat" -o "/tmp/tmpmgykeral/job_working_directory/000/126/outputs/dataset_51a1ed03-2650-4712-b42e-afa9e75d320c.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | i | ` "-->" ` |
       | r | ` "<==>" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Sbml2Tab (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Sbml2Tab -irr "->" -rev "=" -i "/tmp/tmpmgykeral/files/a/6/c/dataset_a6c9e896-1f6b-47b2-971c-b253a405d813.dat" -o "/tmp/tmpmgykeral/job_working_directory/000/128/outputs/dataset_5c897ce5-5a7f-4c77-a861-4261c75cab14.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | i | ` "->" ` |
       | r | ` "=" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SbmlWizard (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.SbmlWizard -i "/tmp/tmpmgykeral/files/c/b/b/dataset_cbbcbfe6-4f4b-4d35-9dec-2daad09e97a5.dat" -ric -r0 -mc "by_id" -rdr -rEX "s" -o "/tmp/tmpmgykeral/job_working_directory/000/130/outputs/dataset_de59fce5-2afd-4ab6-857b-c4e2d26fa29a.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model HumanGEM
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model HumanGEM
      Parsing Bionetwork _488fe53c_13d4_4ea6_a7c7_6ca84f86cfe5
      Generating Pathways...
      Generating Flux Balance Constraints modules...
      Generating Model Annotations...
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Generating Model Notes...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML... Done.


      	compartments:	5
      	metabolites:	111
      	reactions:	75
      	enzymes:	85
      	genes:	86
      	protein:	86
      	pathway:	3


      removing reaction with null flux bounds...
      0 "closed" reactions removed from network.
      removing external compartment...
      13 external species removed from network.
      removing isolated compounds...
      0 isolated compounds removed from network.
      Merging compartments... Done.
      removing duplicated reactions...
      1 duplicated reactions removed from network.


      	compartments:	1
      	metabolites:	49
      	reactions:	34
      	enzymes:	85
      	genes:	86
      	protein:	86
      	pathway:	3


      Exporting... Done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | inputSide | ` None ` |
       | toKeepC | ` None ` |
       | removeIsolated | ` true ` |
       | inputReactions | ` None ` |
       | toKeepR | ` None ` |
       | removeNoFlux | ` true ` |
       | mergingStrat | ` "by_id" ` |
       | removeDuplicated | ` true ` |
       | exchangeCompToRemove | ` "s" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SbmlWizard (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.SbmlWizard -i "/tmp/tmpmgykeral/files/c/9/c/dataset_c9c2aca4-3cb4-4816-8dc2-183cc48bd00f.dat" -rc "/tmp/tmpmgykeral/files/2/8/a/dataset_28a90f10-7f7a-408e-9ea5-733e1ddaca99.dat" -ric -rr "/tmp/tmpmgykeral/files/c/b/f/dataset_cbf84e67-2802-4da1-b438-cb53181c9bc7.dat" -r0 -mc "no" -rdr -o "/tmp/tmpmgykeral/job_working_directory/000/134/outputs/dataset_325afac6-164c-4c96-bfd6-1d7602583776.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model Xfm1158
      Parsing Bionetwork Xfm1158
      Generating Pathways...
      Generating Flux Balance Constraints modules...
      Chemical formula not in good format (C41.554061837540075H71.78553537948964N9.85382400884015O14.938244017389934P0.8811200258000156R1.27675647831893E-15Mn7.34919E-4Mo7.37685E-6Cl0.005532639K0.207473951Co2.67411E-5Cu7.53361E-4S0.24700915678000002Zn3.62388E-4Mg0.009221064Ni3.43024E-4Ca0.005532639Fe0.017346515399999998) for M_BIOMASS_XF_c
      Generating Model Annotations...
      Generating Model Notes...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML... Done.


      	compartments:	3
      	metabolites:	1107
      	reactions:	1158
      	enzymes:	514
      	genes:	572
      	protein:	572
      	pathway:	48


      removing side compounds...
      Read file containing side compounds...
      6 side compounds removed from network.
      removing side reaction...
      2 irrelevant reactions removed from network.
      removing reaction with null flux bounds...
      0 "closed" reactions removed from network.
      removing isolated compounds...
      0 isolated compounds removed from network.
      removing duplicated reactions...
      0 duplicated reactions removed from network.


      	compartments:	3
      	metabolites:	1101
      	reactions:	1152
      	enzymes:	514
      	genes:	572
      	protein:	572
      	pathway:	48


      Exporting... Done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | toKeepC | ` None ` |
       | removeIsolated | ` true ` |
       | toKeepR | ` None ` |
       | removeNoFlux | ` true ` |
       | mergingStrat | ` "no" ` |
       | removeDuplicated | ` true ` |
       | exchangeCompToRemove | ` "" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_ScopeNetwork (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.ScopeNetwork -i "/tmp/tmpmgykeral/files/4/6/6/dataset_46636238-baac-4545-a691-7c4a5e39f82b.dat" -s "/tmp/tmpmgykeral/files/4/a/f/dataset_4af1ae0f-60b1-4730-9e92-ade11b53883b.dat" -sc "/tmp/tmpmgykeral/files/f/4/4/dataset_f44bc68c-abe4-4080-80cb-ab7dcab25a47.dat"   -f "gml" -o "/tmp/tmpmgykeral/job_working_directory/000/138/outputs/dataset_a67648fd-ae62-4a3d-b6a7-acad34f18922.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      reading SBML...
      GML created.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | includeSides | ` false ` |
       | reactionToIgnoreFile | ` None ` |
       | trace | ` false ` |
       | format | ` "gml" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SeedsAndTargets (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.SeedsAndTargets -i "/tmp/tmpmgykeral/files/f/f/5/dataset_ff5347b0-710b-4b75-8d2f-f519590c574b.dat" -s       -o "/tmp/tmpmgykeral/job_working_directory/000/140/outputs/dataset_ffba6e20-a50a-4973-9bce-8129a0e81739.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      End Parsing model Xfm1158

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      reading SBML...
      Creating graph...
      done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | inputSide | ` None ` |
       | comp | ` "" ` |
       | source | ` true ` |
       | sink | ` false ` |
       | notsource | ` false ` |
       | notsink | ` false ` |
       | keepIsolated | ` false ` |
       | useBorensteinAlg | ` false ` |
       | useInternal | ` false ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SeedsAndTargets (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.SeedsAndTargets -i "/tmp/tmpmgykeral/files/2/d/9/dataset_2d993ea8-e8c1-4b27-b7f2-915635092cd0.dat" -c "e"  -t     -in -o "/tmp/tmpmgykeral/job_working_directory/000/142/outputs/dataset_f511e3a4-54c2-4374-ac61-5652dcfbd43b.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      End Parsing model Xfm1158

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      reading SBML...
      Creating graph...
      done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | inputSide | ` None ` |
       | comp | ` "e" ` |
       | source | ` false ` |
       | sink | ` true ` |
       | notsource | ` false ` |
       | notsink | ` false ` |
       | keepIsolated | ` false ` |
       | useBorensteinAlg | ` false ` |
       | useInternal | ` true ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SeedsAndTargets (Test # 3)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.SeedsAndTargets -i "/tmp/tmpmgykeral/files/f/0/5/dataset_f0527a3f-b0af-4bbe-91fe-dedf02d73390.dat" -c "e"  -t    -B  -o "/tmp/tmpmgykeral/job_working_directory/000/144/outputs/dataset_836c57da-916b-4c5b-9309-5608555afcbf.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      End Parsing model Xfm1158

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      reading SBML...
      Creating graph...
      done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | inputSide | ` None ` |
       | comp | ` "e" ` |
       | source | ` false ` |
       | sink | ` true ` |
       | notsource | ` false ` |
       | notsink | ` false ` |
       | keepIsolated | ` false ` |
       | useBorensteinAlg | ` true ` |
       | useInternal | ` false ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetCharges (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetCharges -cc "2" -ci "1"   -n "0" -i "/tmp/tmpmgykeral/files/1/9/e/dataset_19e9580e-5b99-404e-b57a-ef9d1db62728.dat" -tab "/tmp/tmpmgykeral/files/7/b/d/dataset_7bd68b58-0d9d-4ba0-85e6-52692430423d.dat" -c "#" -o "/tmp/tmpmgykeral/job_working_directory/000/147/outputs/dataset_dcf9da0d-aeae-4507-9691-07bd8052a80e.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 
      Parsing Bionetwork _4c67d9aa_fe40_4155_bdd2_288a34ec51e1
      Generating Pathways...
      Generating Flux Balance Constraints modules...
      Generating Model Notes...
      Generating Model Annotations...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 attributions

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colcharge | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | s | ` false ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetCharges (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetCharges -cc "2" -ci "1"   -n "0" -i "/tmp/tmpmgykeral/files/a/5/3/dataset_a538b330-3f7b-49b0-acc3-37e7c16134cd.dat" -tab "/tmp/tmpmgykeral/files/f/2/4/dataset_f24ec20a-393e-4708-bcff-a0c9fb201b5b.dat" -c "#" -o "/tmp/tmpmgykeral/job_working_directory/000/150/outputs/dataset_75c30b5e-ded3-4f6c-93e2-2fa57b12bd3c.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 
      Parsing Bionetwork _8a27f35f_e1c2_4a39_9a4a_8cd64745bb6e
      Generating Pathways...
      Generating Flux Balance Constraints modules...
      Generating Model Notes...
      Generating Model Annotations...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      1 attributions

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colcharge | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | s | ` false ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetCharges (Test # 3)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetCharges -cc "2" -ci "1"   -n "1" -i "/tmp/tmpmgykeral/files/2/d/1/dataset_2d143ccb-872f-43e2-a5ae-d337b065a354.dat" -tab "/tmp/tmpmgykeral/files/3/e/0/dataset_3e07b47c-b8e2-486d-abf2-80cb9ad22c38.dat" -c "#" -o "/tmp/tmpmgykeral/job_working_directory/000/153/outputs/dataset_abe37aba-65a7-4d47-8512-7540fba2b785.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 
      Parsing Bionetwork _95ef20cb_5e4d_461c_ac56_b7daa80f67c9
      Generating Pathways...
      Generating Flux Balance Constraints modules...
      Generating Model Notes...
      Generating Model Annotations...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      1 attributions

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colcharge | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | s | ` false ` |
       | nSkip | ` "1" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetCharges (Test # 4)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetCharges -cc "2" -ci "1"   -n "0" -i "/tmp/tmpmgykeral/files/c/6/1/dataset_c6121be5-ac32-4b73-a964-b58b293060a1.dat" -tab "/tmp/tmpmgykeral/files/3/d/1/dataset_3d1c461f-119c-4703-9507-2d4bfd7ff2c3.dat" -c "#" -o "/tmp/tmpmgykeral/job_working_directory/000/156/outputs/dataset_a596add6-ae54-4474-aa7d-54bc87215a80.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 
      Parsing Bionetwork _68fd55aa_5c0b_473c_9dee_c7ab12a4607f
      Generating Pathways...
      Generating Flux Balance Constraints modules...
      Generating Model Notes...
      Generating Model Annotations...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 attributions

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colcharge | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | s | ` false ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetCharges (Test # 5)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetCharges -cc "2" -ci "1" -p -s -n "0" -i "/tmp/tmpmgykeral/files/4/d/d/dataset_4dd6778a-6612-4f0a-89fe-aa00c52569b1.dat" -tab "/tmp/tmpmgykeral/files/d/a/8/dataset_da8a2def-8b0f-4a71-9c9d-35d8c8b0c021.dat" -c "#" -o "/tmp/tmpmgykeral/job_working_directory/000/159/outputs/dataset_2f592a1a-9c2e-4437-8d5d-7d96c5f71360.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model Xfm1158
      Parsing Bionetwork Xfm1158
      Generating Flux Balance Constraints modules...
      Chemical formula not in good format (C41.554061837540075H71.78553537948964N9.85382400884015O14.938244017389934P0.8811200258000156R1.27675647831893E-15Mn7.34919E-4Mo7.37685E-6Cl0.005532639K0.207473951Co2.67411E-5Cu7.53361E-4S0.24700915678000002Zn3.62388E-4Mg0.009221064Ni3.43024E-4Ca0.005532639Fe0.017346515399999998) for M_BIOMASS_XF_c
      Generating Pathways...
      Generating Model Annotations...
      Generating Model Notes...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      3 attributions

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colcharge | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` true ` |
       | s | ` true ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetChemicalFormulas (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetChemicalFormulas -cf "2" -ci "1"   -n "0" -i "/tmp/tmpmgykeral/files/d/b/1/dataset_db1f56b8-a582-43a6-97e8-772407995ab2.dat" -tab "/tmp/tmpmgykeral/files/6/d/1/dataset_6d198bde-8770-44e2-b9d6-95d14f040b23.dat" -c "#" -o "/tmp/tmpmgykeral/job_working_directory/000/162/outputs/dataset_64095ac4-db32-4c08-9a61-f1a93caa5ead.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 
      Parsing Bionetwork _770edf6f_ac69_4820_952e_9a0f73da01e9
      Generating Pathways...
      Generating Flux Balance Constraints modules...
      Generating Model Notes...
      Generating Model Annotations...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 attributions

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colformula | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | s | ` false ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetChemicalFormulas (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetChemicalFormulas -cf "2" -ci "1"   -n "0" -i "/tmp/tmpmgykeral/files/c/7/c/dataset_c7cde3d5-4e17-4eaa-adc9-243d0bb45fad.dat" -tab "/tmp/tmpmgykeral/files/3/0/9/dataset_309598a8-3b8a-4c51-815d-b5c91ab40156.dat" -c "#" -o "/tmp/tmpmgykeral/job_working_directory/000/165/outputs/dataset_0d1e3bb8-e428-4e38-a7e5-90ee077991c3.dat"
      ```
    **Exit Code:**

    * ```console
      1
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 
      ********
      [Warning]Attribute "12CH4O" not well formatted
      ********
      Error while setting formulas

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colformula | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | s | ` false ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetEcNumbers (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetEcNumbers -cec "2" -ci "1"  -n "0" -i "/tmp/tmpmgykeral/files/3/f/4/dataset_3f49033d-c6c7-4e2c-b8fb-10c4a6084aea.dat" -tab "/tmp/tmpmgykeral/files/7/3/b/dataset_73b47b06-21c4-48fd-b157-9f7061020c32.dat" -c "#" -o "/tmp/tmpmgykeral/job_working_directory/000/168/outputs/dataset_193057d4-1cfc-4bef-9988-6a806cea9232.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 
      Parsing Bionetwork _f0c02ba5_62de_46af_86a4_d157dcfc1eac
      Generating Pathways...
      Generating Flux Balance Constraints modules...
      Generating Model Annotations...
      Generating Model Notes...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 reactions processed

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colec | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetEcNumbers (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetEcNumbers -cec "2" -ci "1"  -n "0" -i "/tmp/tmpmgykeral/files/5/9/3/dataset_59391cbc-1b7a-44d2-9744-1a3e755628a6.dat" -tab "/tmp/tmpmgykeral/files/6/e/4/dataset_6e4589a7-f7ec-4156-850c-915e5e92c063.dat" -c "#" -o "/tmp/tmpmgykeral/job_working_directory/000/171/outputs/dataset_ff226d84-8ccd-44ae-8761-4cbd470ea8e7.dat"
      ```
    **Exit Code:**

    * ```console
      1
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 
      ********
      [Warning]Attribute "1.2.3.4.5" not well formatted
      ********
      Error in setting ECs

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colec | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetGprs (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetGprs -cgpr "2" -ci "1"  -n "0" -i "/tmp/tmpmgykeral/files/3/4/e/dataset_34ed6fbb-1159-48b0-8fa3-c49d6cd5fbc1.dat" -tab "/tmp/tmpmgykeral/files/6/c/a/dataset_6ca99658-b793-4f97-aeb2-a83dd36f58f5.dat" -c "#" -o "/tmp/tmpmgykeral/job_working_directory/000/174/outputs/dataset_a1f5bf02-39e3-40dc-91bc-ff828f6884a5.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 
      Parsing Bionetwork _89361732_61fb_4108_ab94_ceba8de2c6cd
      Generating Flux Balance Constraints modules...
      Generating Pathways...
      Generating Model Annotations...
      Generating Model Notes...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 gene associations created

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colgpr | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetIds (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetIds -cnew "2" -ci "1"   -t "METABOLITE" -n "0" -i "/tmp/tmpmgykeral/files/d/5/7/dataset_d57ea251-a685-4ccb-bd2f-57797e5166eb.dat" -tab "/tmp/tmpmgykeral/files/a/2/a/dataset_a2ac4aef-9ff0-40e8-81b0-755ee35fd3df.dat" -c "#" -o "/tmp/tmpmgykeral/job_working_directory/000/177/outputs/dataset_9ee3a908-afed-4dc4-bc93-c08d23da1bba.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 
      Parsing Bionetwork _e215030d_40f5_4ffd_b551_dfc8b9175393
      Generating Pathways...
      Generating Flux Balance Constraints modules...
      Generating Model Annotations...
      Generating Model Notes...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 entities processed

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colname | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | s | ` false ` |
       | o | ` "METABOLITE" ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetIds (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetIds -cnew "2" -ci "1"   -t "REACTION" -n "0" -i "/tmp/tmpmgykeral/files/0/7/a/dataset_07a490d8-bf07-43e9-8ca8-68384edc466f.dat" -tab "/tmp/tmpmgykeral/files/5/5/8/dataset_558e3bcb-09bc-4c73-ad42-9deb9de1077b.dat" -c "#" -o "/tmp/tmpmgykeral/job_working_directory/000/180/outputs/dataset_840ed545-2515-4628-ab38-1f4879dc20ef.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 
      Parsing Bionetwork _f72831f5_3472_4016_a357_ae25af82310a
      Generating Flux Balance Constraints modules...
      Generating Pathways...
      Generating Model Annotations...
      Generating Model Notes...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 entities processed

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colname | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | s | ` false ` |
       | o | ` "REACTION" ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetIds (Test # 3)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetIds -cnew "2" -ci "1"   -t "PATHWAY" -n "0" -i "/tmp/tmpmgykeral/files/c/f/9/dataset_cf91b2c4-e2ab-4fa0-b3ce-419aa9c9fd34.dat" -tab "/tmp/tmpmgykeral/files/6/c/6/dataset_6c671aac-608b-45f8-91b0-aa1ccd4270b1.dat" -c "#" -o "/tmp/tmpmgykeral/job_working_directory/000/183/outputs/dataset_61b2bdc5-1a9c-4afa-a93f-c770bf8b4cee.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model Xfm1158
      Parsing Bionetwork Xfm1158
      Generating Pathways...
      Generating Flux Balance Constraints modules...
      Chemical formula not in good format (C41.554061837540075H71.78553537948964N9.85382400884015O14.938244017389934P0.8811200258000156R1.27675647831893E-15Mn7.34919E-4Mo7.37685E-6Cl0.005532639K0.207473951Co2.67411E-5Cu7.53361E-4S0.24700915678000002Zn3.62388E-4Mg0.009221064Ni3.43024E-4Ca0.005532639Fe0.017346515399999998) for M_BIOMASS_XF_c
      Generating Model Notes...
      Generating Model Annotations...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 entities processed

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colname | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | s | ` false ` |
       | o | ` "PATHWAY" ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetIds (Test # 4)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetIds -cnew "2" -ci "1"   -t "GENE" -n "0" -i "/tmp/tmpmgykeral/files/c/6/4/dataset_c64ee884-ee62-4d42-a887-997b6c631196.dat" -tab "/tmp/tmpmgykeral/files/f/3/a/dataset_f3a5fb9c-d0dc-477e-9c96-55daddb666ce.dat" -c "#" -o "/tmp/tmpmgykeral/job_working_directory/000/186/outputs/dataset_4cf56e13-7ab1-4361-ab3f-00e5a334e1d1.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model Xfm1158
      Parsing Bionetwork Xfm1158
      Generating Pathways...
      Generating Flux Balance Constraints modules...
      Chemical formula not in good format (C41.554061837540075H71.78553537948964N9.85382400884015O14.938244017389934P0.8811200258000156R1.27675647831893E-15Mn7.34919E-4Mo7.37685E-6Cl0.005532639K0.207473951Co2.67411E-5Cu7.53361E-4S0.24700915678000002Zn3.62388E-4Mg0.009221064Ni3.43024E-4Ca0.005532639Fe0.017346515399999998) for M_BIOMASS_XF_c
      Generating Model Notes...
      Generating Model Annotations...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 entities processed

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colname | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | s | ` false ` |
       | o | ` "GENE" ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetIds (Test # 5)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetIds -cnew "2" -ci "1"   -t "COMPARTMENT" -n "0" -i "/tmp/tmpmgykeral/files/d/6/a/dataset_d6a8c636-1e52-4f27-8d3e-650d74f47408.dat" -tab "/tmp/tmpmgykeral/files/0/f/d/dataset_0fd05c60-f2e8-40b0-b205-9e2451d51de2.dat" -c "#" -o "/tmp/tmpmgykeral/job_working_directory/000/189/outputs/dataset_736824f5-56e4-4639-a1a2-ab4e5edddac8.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model Xfm1158
      Parsing Bionetwork Xfm1158
      Generating Flux Balance Constraints modules...
      Chemical formula not in good format (C41.554061837540075H71.78553537948964N9.85382400884015O14.938244017389934P0.8811200258000156R1.27675647831893E-15Mn7.34919E-4Mo7.37685E-6Cl0.005532639K0.207473951Co2.67411E-5Cu7.53361E-4S0.24700915678000002Zn3.62388E-4Mg0.009221064Ni3.43024E-4Ca0.005532639Fe0.017346515399999998) for M_BIOMASS_XF_c
      Generating Pathways...
      Generating Model Notes...
      Generating Model Annotations...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 entities processed

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colname | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | s | ` false ` |
       | o | ` "COMPARTMENT" ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetNames (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetNames -cname "2" -ci "1"   -t "METABOLITE" -n "0" -i "/tmp/tmpmgykeral/files/1/5/6/dataset_1560b3bb-bfc2-4870-bdb5-1e7b2897eadc.dat" -tab "/tmp/tmpmgykeral/files/8/5/7/dataset_857fc427-8a8e-40d4-9fee-923d79c5249c.dat" -c "#" -o "/tmp/tmpmgykeral/job_working_directory/000/192/outputs/dataset_22f41aaf-b55f-4214-9d1b-cf6f78ced3ef.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 
      Parsing Bionetwork _b42c573b_95bd_43ed_961f_2453e66fe833
      Generating Flux Balance Constraints modules...
      Generating Pathways...
      Generating Model Notes...
      Generating Model Annotations...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 attributions

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colname | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | s | ` false ` |
       | o | ` "METABOLITE" ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetNames (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetNames -cname "2" -ci "1"   -t "REACTION" -n "0" -i "/tmp/tmpmgykeral/files/8/1/6/dataset_816034d3-9291-478d-a2f8-f706deb9a7c1.dat" -tab "/tmp/tmpmgykeral/files/8/9/d/dataset_89d4c340-5fa0-4d4b-9d0b-5ae2a465c033.dat" -c "#" -o "/tmp/tmpmgykeral/job_working_directory/000/195/outputs/dataset_fdfd81fc-b98e-4a90-8331-76b4153f64bc.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 
      Parsing Bionetwork _306c5f02_b9e4_4a50_a022_419fb586c23f
      Generating Flux Balance Constraints modules...
      Generating Pathways...
      Generating Model Notes...
      Generating Model Annotations...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 attributions

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colname | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | s | ` false ` |
       | o | ` "REACTION" ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetNames (Test # 3)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetNames -cname "2" -ci "1"   -t "PATHWAY" -n "0" -i "/tmp/tmpmgykeral/files/4/0/6/dataset_40650a23-a4ab-48ee-a640-e66faed74be5.dat" -tab "/tmp/tmpmgykeral/files/0/c/d/dataset_0cd124c1-dcc7-4694-bcdc-3f9513014757.dat" -c "#" -o "/tmp/tmpmgykeral/job_working_directory/000/198/outputs/dataset_0c43c06c-4026-4cd6-9150-85dc3c2d7ca6.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model Xfm1158
      Parsing Bionetwork Xfm1158
      Generating Pathways...
      Generating Flux Balance Constraints modules...
      Chemical formula not in good format (C41.554061837540075H71.78553537948964N9.85382400884015O14.938244017389934P0.8811200258000156R1.27675647831893E-15Mn7.34919E-4Mo7.37685E-6Cl0.005532639K0.207473951Co2.67411E-5Cu7.53361E-4S0.24700915678000002Zn3.62388E-4Mg0.009221064Ni3.43024E-4Ca0.005532639Fe0.017346515399999998) for M_BIOMASS_XF_c
      Generating Model Notes...
      Generating Model Annotations...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 attributions

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colname | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | s | ` false ` |
       | o | ` "PATHWAY" ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetNames (Test # 4)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetNames -cname "2" -ci "1"   -t "GENE" -n "0" -i "/tmp/tmpmgykeral/files/7/c/b/dataset_7cb2609c-3b5d-4980-b295-e510eec67bb8.dat" -tab "/tmp/tmpmgykeral/files/8/f/b/dataset_8fb52379-a597-47f8-bad2-664f706d38c4.dat" -c "#" -o "/tmp/tmpmgykeral/job_working_directory/000/201/outputs/dataset_7646f4f4-ec2e-44d3-b7c6-41287ba44845.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model Xfm1158
      Parsing Bionetwork Xfm1158
      Generating Pathways...
      Generating Flux Balance Constraints modules...
      Chemical formula not in good format (C41.554061837540075H71.78553537948964N9.85382400884015O14.938244017389934P0.8811200258000156R1.27675647831893E-15Mn7.34919E-4Mo7.37685E-6Cl0.005532639K0.207473951Co2.67411E-5Cu7.53361E-4S0.24700915678000002Zn3.62388E-4Mg0.009221064Ni3.43024E-4Ca0.005532639Fe0.017346515399999998) for M_BIOMASS_XF_c
      Generating Model Notes...
      Generating Model Annotations...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 attributions

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colname | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | s | ` false ` |
       | o | ` "GENE" ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetPathways (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetPathways -cp "2" -sep "|" -ci "1"  -n "0" -i "/tmp/tmpmgykeral/files/9/6/3/dataset_963f7d57-6392-4311-93fb-ccdfa6b61077.dat" -tab "/tmp/tmpmgykeral/files/f/a/b/dataset_fab60b96-4977-4c17-86a4-0e6879baf13a.dat" -c "#" -o "/tmp/tmpmgykeral/job_working_directory/000/204/outputs/dataset_22fb5a89-5074-48f4-a2ce-7dd4b6e7e861.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 
      Parsing Bionetwork _4f2ecc72_d342_4147_998c_445daddf5ef4
      Generating Flux Balance Constraints modules...
      Generating Pathways...
      Generating Model Annotations...
      Generating Model Notes...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      3 reactions processed

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colp | ` "2" ` |
       | sep | ` "|" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetPathways (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetPathways -cp "2" -sep " + " -ci "1"  -n "0" -i "/tmp/tmpmgykeral/files/a/2/2/dataset_a2276e37-77df-493a-89aa-d791ec88e342.dat" -tab "/tmp/tmpmgykeral/files/3/a/b/dataset_3ab23d8b-d6c6-4385-bffa-49dcf48177a6.dat" -c "#" -o "/tmp/tmpmgykeral/job_working_directory/000/207/outputs/dataset_300d4af5-6fff-49f0-9857-df8d3f7fb876.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 
      Parsing Bionetwork _3a994d6f_cca6_4efd_aa7e_ec0b9c1ce16b
      Generating Flux Balance Constraints modules...
      Generating Pathways...
      Generating Model Notes...
      Generating Model Annotations...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      3 reactions processed

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colp | ` "2" ` |
       | sep | ` " + " ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetReferences (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetReferences -cr "2" -ref "InChi" -ci "1"   -t "METABOLITE" -n "0" -i "/tmp/tmpmgykeral/files/d/5/b/dataset_d5b03658-8b1f-4d9d-8e1e-fdc522c40da8.dat" -tab "/tmp/tmpmgykeral/files/6/9/9/dataset_699a2fbc-d351-4639-80d3-1515cf30b4d7.dat" -c "#" -o "/tmp/tmpmgykeral/job_working_directory/000/210/outputs/dataset_3a348a37-386d-4483-8823-baa813b35dd8.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 
      Parsing Bionetwork _bcf76752_1cb1_4545_8c66_bf6947d63fb9
      Generating Flux Balance Constraints modules...
      Generating Pathways...
      Generating Model Annotations...
      Generating Model Notes...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 attributions

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colRef | ` "2" ` |
       | ref | ` "InChi" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | s | ` false ` |
       | o | ` "METABOLITE" ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SideCompoundsScan (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.SideCompoundsScan -i "/tmp/tmpmgykeral/files/5/5/5/dataset_5550b61b-b76f-4f2b-af95-ab7fbda2d112.dat"   -d "400"   -m "no" -o "/tmp/tmpmgykeral/job_working_directory/000/212/outputs/dataset_5b5b476c-7865-4dd1-b566-7b04979a1713.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      Starting fbc version 2 plugin...
      Starting note plugin...
      End Parsing model Xfm1158

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      reading SBML...
      Creating network...
      Scaning...
      done
      found 6 side compound among 1107 compounds

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | sideOnly | ` false ` |
       | noReportValue | ` false ` |
       | degree | ` "400" ` |
       | degreePrecentile | ` "nan" ` |
       | flagInorganic | ` false ` |
       | flagNoFormula | ` false ` |
       | parallelEdge | ` "nan" ` |
       | mergingStrat | ` "no" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SideCompoundsScan (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.SideCompoundsScan -i "/tmp/tmpmgykeral/files/1/1/8/dataset_118d2689-7cac-4bb3-915f-8f66caeee306.dat"  -id -d "400"   -m "no" -o "/tmp/tmpmgykeral/job_working_directory/000/214/outputs/dataset_10485916-fba6-486a-bb62-5ad9ceec0d66.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      Starting fbc version 2 plugin...
      Starting note plugin...
      End Parsing model Xfm1158

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      reading SBML...
      Creating network...
      Scaning...
      done
      found 6 side compound among 1107 compounds

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | sideOnly | ` false ` |
       | noReportValue | ` true ` |
       | degree | ` "400" ` |
       | degreePrecentile | ` "nan" ` |
       | flagInorganic | ` false ` |
       | flagNoFormula | ` false ` |
       | parallelEdge | ` "nan" ` |
       | mergingStrat | ` "no" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Tab2Sbml (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Tab2Sbml -ci "1" -cf "2"   -e "_b" -irr "-->" -rev "<==>" -i "/tmp/tmpmgykeral/files/4/6/9/dataset_46958a42-bff5-4029-a9fc-fc4bbd053035.dat" -id "NA"  -dcpt "c" -n "0" -o "/tmp/tmpmgykeral/job_working_directory/000/216/outputs/dataset_50921ef7-449a-453f-8bcd-53187ab947b0.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Parsing Bionetwork _d4a5f144_f86a_4f47_99d3_151220213b20
      Generating Flux Balance Constraints modules...
      Generating Pathways...
      Generating Model Notes...
      Generating Model Annotations...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      The input file looks good and contains 7 reactions
      7 reactions, 8 metabolites and 2 compartments created

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colid | ` "1" ` |
       | colformula | ` "2" ` |
       | rp | ` false ` |
       | mp | ` false ` |
       | e | ` "_b" ` |
       | i | ` "-->" ` |
       | r | ` "<==>" ` |
       | id | ` "NA" ` |
       | createCompartment | ` false ` |
       | defaultCompartment | ` "c" ` |
       | nSkip | ` "0" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "tabular" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Tab2Sbml (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Tab2Sbml -ci "2" -cf "3"   -e "_b" -irr "-->" -rev "<==>" -i "/tmp/tmpmgykeral/files/0/b/6/dataset_0b60afbd-5e5e-4338-bbe8-0c60c85fa765.dat" -id "NA"  -dcpt "c" -n "0" -o "/tmp/tmpmgykeral/job_working_directory/000/218/outputs/dataset_79a4df6e-91bd-4feb-8d1e-f3bf14863bb7.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Parsing Bionetwork _021eb346_7519_4e30_b794_679d15df564a
      Generating Flux Balance Constraints modules...
      Generating Pathways...
      Generating Model Notes...
      Generating Model Annotations...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      The input file looks good and contains 7 reactions
      7 reactions, 8 metabolites and 2 compartments created

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colid | ` "2" ` |
       | colformula | ` "3" ` |
       | rp | ` false ` |
       | mp | ` false ` |
       | e | ` "_b" ` |
       | i | ` "-->" ` |
       | r | ` "<==>" ` |
       | id | ` "NA" ` |
       | createCompartment | ` false ` |
       | defaultCompartment | ` "c" ` |
       | nSkip | ` "0" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "tabular" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Tab2Sbml (Test # 3)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Tab2Sbml -ci "1" -cf "2"   -e "_b" -irr "->" -rev "=" -i "/tmp/tmpmgykeral/files/d/2/5/dataset_d2558bc7-800d-4208-ae30-34a3b98323ff.dat" -id "NA"  -dcpt "c" -n "0" -o "/tmp/tmpmgykeral/job_working_directory/000/220/outputs/dataset_5b72d567-79e4-4d98-88fe-6f89ababee4c.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Parsing Bionetwork _c60beb2b_47f6_402e_89d3_e380cf016539
      Generating Flux Balance Constraints modules...
      Generating Pathways...
      Generating Model Notes...
      Generating Model Annotations...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      The input file looks good and contains 7 reactions
      7 reactions, 8 metabolites and 2 compartments created

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colid | ` "1" ` |
       | colformula | ` "2" ` |
       | rp | ` false ` |
       | mp | ` false ` |
       | e | ` "_b" ` |
       | i | ` "->" ` |
       | r | ` "=" ` |
       | id | ` "NA" ` |
       | createCompartment | ` false ` |
       | defaultCompartment | ` "c" ` |
       | nSkip | ` "0" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "tabular" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Tab2Sbml (Test # 4)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Tab2Sbml -ci "1" -cf "2" -rp -mp -e "_e" -irr "-->" -rev "<==>" -i "/tmp/tmpmgykeral/files/0/6/5/dataset_0652fe0a-acc2-4b4d-a690-7afb753a4bac.dat" -id "NA" -cpt -dcpt "c" -n "0" -o "/tmp/tmpmgykeral/job_working_directory/000/222/outputs/dataset_40db5e4b-74e5-45ac-aec1-cf9ca6b962b5.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Parsing Bionetwork _5e03f608_0ab8_44df_8f58_f458a5293cc6
      Generating Flux Balance Constraints modules...
      Generating Pathways...
      Generating Model Notes...
      Generating Model Annotations...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      The input file looks good and contains 7 reactions
      7 reactions, 8 metabolites and 2 compartments created

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colid | ` "1" ` |
       | colformula | ` "2" ` |
       | rp | ` true ` |
       | mp | ` true ` |
       | e | ` "_e" ` |
       | i | ` "-->" ` |
       | r | ` "<==>" ` |
       | id | ` "NA" ` |
       | createCompartment | ` true ` |
       | defaultCompartment | ` "c" ` |
       | nSkip | ` "0" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "tabular" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Tab2Sbml (Test # 5)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Tab2Sbml -ci "1" -cf "2"   -e "_b" -irr "-->" -rev "<==>" -i "/tmp/tmpmgykeral/files/0/b/0/dataset_0b010f89-405a-4cc0-80d7-a2dcfd6b2853.dat" -id "myModel"  -dcpt "c" -n "0" -o "/tmp/tmpmgykeral/job_working_directory/000/224/outputs/dataset_06f13e62-9a02-42fe-8213-cfbd16669b32.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Parsing Bionetwork myModel
      Generating Flux Balance Constraints modules...
      Generating Pathways...
      Generating Model Annotations...
      Generating Model Notes...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      The input file looks good and contains 7 reactions
      7 reactions, 8 metabolites and 2 compartments created

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colid | ` "1" ` |
       | colformula | ` "2" ` |
       | rp | ` false ` |
       | mp | ` false ` |
       | e | ` "_b" ` |
       | i | ` "-->" ` |
       | r | ` "<==>" ` |
       | id | ` "myModel" ` |
       | createCompartment | ` false ` |
       | defaultCompartment | ` "c" ` |
       | nSkip | ` "0" ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "tabular" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_TopologicalPathwayAnalysis (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.TopologicalPathwayAnalysis -i "/tmp/tmpmgykeral/files/a/9/f/dataset_a9feb310-6a73-462d-a31f-465ef7cd1700.dat" -sc "/tmp/tmpmgykeral/files/3/3/c/dataset_33c44a9c-8aae-485a-ad66-2f30d740492f.dat" -mc "no"   -noi "/tmp/tmpmgykeral/files/5/9/4/dataset_594d57f9-5848-491a-8b96-852c2792c0e3.dat"  -o "/tmp/tmpmgykeral/job_working_directory/000/228/outputs/dataset_a18e10bd-1d44-4ce8-b771-f9618ff5aee1.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      Starting groups plugin...
      Starting note plugin...
      End Parsing model Xfm1158

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML... Done.


      Building graph...Removing side compounds...
      Read file containing side compounds...
      6 compounds removed.
       Network successfully created.


      Importing nodes of interest
      Done.
      Computing Pathway topology Analysis... (may take a while)
      Done.
      Exporting...Done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | mergingStrat | ` "no" ` |
       | removeIsolated | ` false ` |
       | weightFile | ` None ` |
       | undirected | ` false ` |
       | out | ` false ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_TopologicalPathwayAnalysis (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.TopologicalPathwayAnalysis -i "/tmp/tmpmgykeral/files/8/2/1/dataset_82173102-aa99-4e60-974c-0b8ffdd9e07d.dat" -sc "/tmp/tmpmgykeral/files/2/8/b/dataset_28bed819-f160-4004-bc99-6f06281ecb80.dat" -mc "by_id" -ri -un -noi "/tmp/tmpmgykeral/files/2/3/2/dataset_23293f7e-1154-482e-b6b6-54a00c03475e.dat" -out -o "/tmp/tmpmgykeral/job_working_directory/000/232/outputs/dataset_d473a4fc-49dd-4f1c-a311-b2c7a07d92e4.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      Starting groups plugin...
      Starting note plugin...
      End Parsing model Xfm1158
      12 isolated nodes removed 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML... Done.


      Building graph...Removing side compounds...
      Read file containing side compounds...
      6 compounds removed.
      Create Undirected... Done.
      Merging compartments... Done.
      Remove isolated nodes...
      	removing sn_Glycero_3_phosphocholine
      	removing sn_Glycero_3_phosphoethanolamine
      	removing P1_P4_Bis_5__adenosyl__tetraphosphate
      	removing methanesulfonate
      	removing M_met_D_c
      	removing Glycerophosphoserine
      	removing D_Glyceraldehyde
      	removing Glycerophosphoglycerol
      	removing sn_Glycero_3_phospho_1_inositol
      	removing P1_P5_Bis_5__adenosyl__pentaphosphate
      	removing M_s_c
      	removing M_cys_D_c
       Done.
       Network successfully created.


      Importing nodes of interest
      Done.
      Computing Pathway topology Analysis... (may take a while)
      Done.
      Exporting...Done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | mergingStrat | ` "by_id" ` |
       | removeIsolated | ` true ` |
       | weightFile | ` None ` |
       | undirected | ` true ` |
       | out | ` true ` |
       | chromInfo | ` "/tmp/tmpmgykeral/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


</details>
'));
+        target.innerHTML = md.render(atob('## Test Summary

<div class="progress">
  <div class="progress-bar progress-bar-success" style="width: 100.0%" aria-valuenow="84" aria-valuemin="0" aria-valuemax="84" data-toggle="tooltip" title="84 Passed">
  </div>
  <div class="progress-bar progress-bar-warning" style="width: 0.0%" aria-valuenow="0" aria-valuemin="0" aria-valuemax="84" data-toggle="tooltip" title="0 Skipped">
  </div>
  <div class="progress-bar progress-bar-danger" style="width: 0.0%" aria-valuenow="0" aria-valuemin="0" aria-valuemax="84" title="0 Failed or Errored">
  </div>
</div>

| Test State | Count |
| ---------- | ----- |
| Total      | 84 |
| Passed     | 84 |
| Error      | 0 |
| Failure    | 0 |
| Skipped    | 0 |


<details ><summary>Passed Tests</summary>

* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_ChokePoint (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.ChokePoint -i "/tmp/tmpjgxwrabj/files/6/6/e/dataset_66e5267d-a822-436f-a782-f2620957beee.dat" -o "/tmp/tmpjgxwrabj/job_working_directory/000/2/outputs/dataset_33b87ab2-1e58-4e65-bc6e-77c50313cc78.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      End Parsing model Xfm1158

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      reading SBML...
      Creating network...
      Computing choke points...
      Export results...
      done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_CreateMetaNetwork (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh reconstruction.CreateMetaNetwork -n1 "/tmp/tmpjgxwrabj/files/b/4/8/dataset_b484838e-de7f-421a-aad5-7369a96b9082.dat" -n2 "/tmp/tmpjgxwrabj/files/2/6/5/dataset_26515104-7f25-4b34-b102-1ad39ccb2d50.dat" -n1ex "s" -n2ex "e" -n1px "hsa" -n2px "eco"   -mc "by_metanetx" -o "/tmp/tmpjgxwrabj/job_working_directory/000/5/outputs/dataset_95e0b8c3-9885-473d-bc3d-e1972e88b037.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model HumanGEM
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model HumanGEM
      Verifying enabled Plugins...
      Parsing model iML1515
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model iML1515
      Parsing Bionetwork _d4fe4282_b802_4ece_9f6e_3bb02b217c34
      Generating Flux Balance Constraints modules...
      Generating Pathways...
      Generating Model Annotations...
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Generating Model Notes...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Importing network 1... Done.
      Importing network 2... Done.
      Creating meta-network... Done.
      Exporting MetaNetwork... Done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | external1 | ` "s" ` |
       | external2 | ` "e" ` |
       | n1prefix | ` "hsa" ` |
       | n2prefix | ` "eco" ` |
       | keepCompartment | ` false ` |
       | firstIsMeta | ` false ` |
       | mergingCriterion | ` "by_metanetx" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_DistanceMatrix (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.DistanceMatrix -i "/tmp/tmpjgxwrabj/files/2/9/f/dataset_29fd074b-f6be-4742-96fc-5dd187f5540d.dat"   -o "/tmp/tmpjgxwrabj/job_working_directory/000/7/outputs/dataset_83e6ee5a-2cad-4280-9b40-a97a3d68d29b.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | sideCompoundFile | ` None ` |
       | seedFile | ` None ` |
       | degree | ` false ` |
       | weightFile | ` None ` |
       | undirected | ` false ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_DistanceMatrix (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.DistanceMatrix -i "/tmp/tmpjgxwrabj/files/a/2/3/dataset_a236f08a-e6c3-4944-91fe-cd2b8cd5c5e5.dat" -sc "/tmp/tmpjgxwrabj/files/7/8/2/dataset_78208636-1737-4c0f-99f0-fba31aee7e11.dat" -dw -u -o "/tmp/tmpjgxwrabj/job_working_directory/000/10/outputs/dataset_0031fb18-7dfe-47c8-b861-06249982e73a.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      removing side compounds...
      Read file containing side compounds...
      1 side compounds ignored during graph build.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | seedFile | ` None ` |
       | degree | ` true ` |
       | weightFile | ` None ` |
       | undirected | ` true ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_ExtractAnnotations (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.ExtractAnnotations -i "/tmp/tmpjgxwrabj/files/0/3/9/dataset_0390ba8e-b92e-49d5-8c16-fa2e6ab9c6f2.dat" -export "METABOLITE" -db "metanetx.chemical"   -o "/tmp/tmpjgxwrabj/job_working_directory/000/12/outputs/dataset_5f2acc67-a7c6-4428-a7a1-b1304ea9fd41.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model HumanGEM
      Starting annot plugin...
      Starting note plugin...
      End Parsing model HumanGEM

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      annotations found for 110/111 metabolites

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | export | ` "METABOLITE" ` |
       | db | ` "metanetx.chemical" ` |
       | uniq | ` false ` |
       | skip | ` false ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_ExtractAnnotations (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.ExtractAnnotations -i "/tmp/tmpjgxwrabj/files/5/d/3/dataset_5d396710-23ef-416c-862b-8572805e2c39.dat" -export "METABOLITE" -db "metanetx.chemical"  -skip -o "/tmp/tmpjgxwrabj/job_working_directory/000/14/outputs/dataset_501375fd-e134-4def-bc6f-94746af6f9f9.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model HumanGEM
      Starting annot plugin...
      Starting note plugin...
      End Parsing model HumanGEM

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      annotations found for 110/111 metabolites

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | export | ` "METABOLITE" ` |
       | db | ` "metanetx.chemical" ` |
       | uniq | ` false ` |
       | skip | ` true ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_ExtractAnnotations (Test # 3)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.ExtractAnnotations -i "/tmp/tmpjgxwrabj/files/2/9/1/dataset_29191e24-da74-4541-b0d3-a3fc72d35820.dat" -export "METABOLITE" -db "metanetx.chemical" -uniq -skip -o "/tmp/tmpjgxwrabj/job_working_directory/000/16/outputs/dataset_ccc7b4f0-1cb7-46e9-ab80-b2571e8ca1cf.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model HumanGEM
      Starting annot plugin...
      Starting note plugin...
      End Parsing model HumanGEM

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      annotations found for 110/111 metabolites

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | export | ` "METABOLITE" ` |
       | db | ` "metanetx.chemical" ` |
       | uniq | ` true ` |
       | skip | ` true ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_ExtractPathways (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.ExtractPathways -i "/tmp/tmpjgxwrabj/files/e/f/c/dataset_efced64f-27a2-48b5-915f-bfac268c7991.dat" -p "Citric_Acid_Cycle+Folate_Metabolism+toto" -o "/tmp/tmpjgxwrabj/job_working_directory/000/18/outputs/dataset_e7b6249a-2cba-4239-a4c6-27f4359ac2d1.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      Starting groups plugin...
      Starting note plugin...
      End Parsing model Xfm1158
      Parsing Bionetwork Xfm1158
      Generating Pathways...
      Generating Flux Balance Constraints modules...
      Generating Model Annotations...
      Generating Model Notes...
      network exported.

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Number of reactions in original network: 1158
      Number of species in original network: 1107
      Number of genes in original network: 571
      Number of reactions in pathway Citric_Acid_Cycle (Citric_Acid_Cycle): 11
      Number of species in pathway Citric_Acid_Cycle (Citric_Acid_Cycle): 26
      Number of genes in pathway Citric_Acid_Cycle (Citric_Acid_Cycle): 18
      Number of reactions in pathway Folate_Metabolism (Folate_Metabolism): 6
      Number of species in pathway Folate_Metabolism (Folate_Metabolism): 16
      Number of genes in pathway Folate_Metabolism (Folate_Metabolism): 8
      Error: Pathway toto not found in network, please check sbml file.
      Number of reactions in network: 17
      Number of species in network: 35
      Number of genes in network: 25

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | pathwayId | ` "Citric_Acid_Cycle+Folate_Metabolism+toto" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_ExtractSubBipNetwork (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.ExtractSubBipNetwork -i "/tmp/tmpjgxwrabj/files/1/3/f/dataset_13f29c4e-a3d1-44f6-b46d-3e626ec40d70.dat" -s "/tmp/tmpjgxwrabj/files/9/f/0/dataset_9f0065fd-6f04-4858-bae3-5d0e911b11e2.dat" -t "/tmp/tmpjgxwrabj/files/1/4/9/dataset_149d54f7-9dc5-4258-b366-b7ddc12bf68d.dat"  -sc "/tmp/tmpjgxwrabj/files/0/a/1/dataset_0a17a32e-2f38-4fcc-a409-dd02a807bc0f.dat" -k "1"  -f "gml" -o "/tmp/tmpjgxwrabj/job_working_directory/000/23/outputs/dataset_84492a69-f3e7-48eb-a346-ef1c50cebe8d.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      reading SBML...
      importing side compounds...
      Read file containing side compounds...
      extracting sources and targets
      GML created.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | undirected | ` false ` |
       | blkdReactionFile | ` None ` |
       | weightFile | ` None ` |
       | k | ` "1" ` |
       | st | ` false ` |
       | format | ` "gml" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_ExtractSubNetwork (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.ExtractSubNetwork -i "/tmp/tmpjgxwrabj/files/4/c/8/dataset_4c898cf7-a674-490d-9f11-fa9ad110d5a3.dat" -s "/tmp/tmpjgxwrabj/files/f/f/a/dataset_ffafb175-739e-4f20-9f34-90003b173a3b.dat" -t "/tmp/tmpjgxwrabj/files/9/3/c/dataset_93c58ae9-3c98-4e7b-bd73-4bb8d8fcf62f.dat"    -k "1"  -f "gml" -o "/tmp/tmpjgxwrabj/job_working_directory/000/27/outputs/dataset_c33dca27-6761-44ea-86bf-8c67cd99b044.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      End Parsing model 
      extracting sources and targets

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      GML created.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | sideCompoundFile | ` None ` |
       | degree | ` false ` |
       | weightFile | ` None ` |
       | chemicalSim | ` false ` |
       | undirected | ` false ` |
       | k | ` "1" ` |
       | st | ` false ` |
       | format | ` "gml" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_ExtractSubReactionNetwork (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.ExtractSubReactionNetwork -i "/tmp/tmpjgxwrabj/files/b/0/6/dataset_b061344b-8808-41f9-8916-f04bb84ceaf7.dat" -s "/tmp/tmpjgxwrabj/files/e/0/1/dataset_e01d4a73-a6cf-4f1a-8650-a807c3428f8a.dat"  -t "/tmp/tmpjgxwrabj/files/8/2/e/dataset_82ec26c4-96d2-4017-91d9-3bdb55020b3b.dat" -sc "/tmp/tmpjgxwrabj/files/7/4/6/dataset_746f0134-65b8-4987-b774-6f97712550e3.dat" -k "1"  -f "gml" -o "/tmp/tmpjgxwrabj/job_working_directory/000/32/outputs/dataset_98eb8348-359c-4bea-9e81-86b81cd95766.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      End Parsing model 
      Element // Copyright 2025 lcottret not found in network
      Element // not found in network
      Element // Licensed under the Apache License, Version 2.0 (the "License"); not found in network
      Element // you may not use this file except in compliance with the License. not found in network
      Element // You may obtain a copy of the License at not found in network
      Element // not found in network
      Element //     https://www.apache.org/licenses/LICENSE-2.0 not found in network
      Element // not found in network
      Element // Unless required by applicable law or agreed to in writing, software not found in network
      Element // distributed under the License is distributed on an "AS IS" BASIS, not found in network
      Element // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. not found in network
      Element // See the License for the specific language governing permissions and not found in network
      Element // limitations under the License. not found in network
      Element  not found in network
      14 side compounds not found in network.

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      reading SBML...
      Read file containing side compounds...
      extracting sources and targets
      GML created.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | undirected | ` false ` |
       | rExclude | ` None ` |
       | weightFile | ` None ` |
       | k | ` "1" ` |
       | st | ` false ` |
       | format | ` "gml" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_FbcToNotes (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.FbcToNotes -i "/tmp/tmpjgxwrabj/files/4/1/d/dataset_41d53d5c-d492-4994-a203-90df74c6fd1b.dat" -o "/tmp/tmpjgxwrabj/job_working_directory/000/34/outputs/dataset_a37248a7-09d0-4166-97b5-724eac95f322.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model iML1515
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      End Parsing model iML1515
      Parsing Bionetwork iML1515
      Generating Pathways...
      Generating Model Notes...
      Generating Model Annotations...
      Bad property in annotations: hasProperty, set to HAS_PROPERTY
      Bad property in annotations: hasProperty, set to HAS_PROPERTY

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_GetBiggModelProteome (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh bigg.GetBiggModelProteome -m "e_coli_core" -o "/tmp/tmpjgxwrabj/job_working_directory/000/35/outputs/dataset_3ac7f6df-3ff1-49d5-a258-8700414aaa81.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | modelId | ` "e_coli_core" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "data" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_GetEntities (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.GetEntities -i "/tmp/tmpjgxwrabj/files/5/f/d/dataset_5fd47e62-3a14-46e7-b0ce-559347ce325f.dat"       -o "/tmp/tmpjgxwrabj/job_working_directory/000/37/outputs/dataset_7c359947-b9f2-46bb-943b-f9c0d10c693a.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model HumanGEM
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting note plugin...
      End Parsing model HumanGEM

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | printMetabolites | ` false ` |
       | printReactions | ` false ` |
       | printCompartments | ` false ` |
       | printPathways | ` false ` |
       | printGenes | ` false ` |
       | noTypeCol | ` false ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_GetEntities (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.GetEntities -i "/tmp/tmpjgxwrabj/files/3/6/7/dataset_367a7df0-12d8-4cb2-acc4-296bce1921c8.dat" -m -r -c  -g -nt -o "/tmp/tmpjgxwrabj/job_working_directory/000/39/outputs/dataset_8255b1cd-8d20-4230-acdc-0a1ff8598b39.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model HumanGEM
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting note plugin...
      End Parsing model HumanGEM

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | printMetabolites | ` true ` |
       | printReactions | ` true ` |
       | printCompartments | ` true ` |
       | printPathways | ` false ` |
       | printGenes | ` true ` |
       | noTypeCol | ` true ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_GetGenesFromReactions (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.GetGenesFromReactions -i "/tmp/tmpjgxwrabj/files/5/6/f/dataset_56f6538e-3269-45b3-abbe-f9a0027a9329.dat" -r "/tmp/tmpjgxwrabj/files/4/5/3/dataset_453ae7b5-04f7-4e96-a9eb-f2c6009e3aab.dat" -sep "	"  -col "1" -o "/tmp/tmpjgxwrabj/job_working_directory/000/42/outputs/dataset_7a3713d2-1b60-4131-8335-138d98540fb4.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      Starting fbc version 2 plugin...
      Starting note plugin...
      End Parsing model Xfm1158

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 reactions mapped
      0 reactions not found in model

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | sep | ` "\t" ` |
       | hasHeader | ` false ` |
       | i | ` "1" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_GetMetaboliteAttributes (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.GetMetaboliteAttributes -i "/tmp/tmpjgxwrabj/files/f/b/c/dataset_fbc82418-44f5-47a2-b153-18844b40ddd0.dat" -o "/tmp/tmpjgxwrabj/job_working_directory/000/44/outputs/dataset_3ff8a052-fa1f-491a-ba6a-f74c522767ff.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting note plugin...
      Starting annot plugin...
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_GetReactantsFromReactions (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.GetReactantsFromReactions -i "/tmp/tmpjgxwrabj/files/c/6/2/dataset_c62a2a96-e2e7-46fa-a4ae-98f629896876.dat" -r "/tmp/tmpjgxwrabj/files/7/e/b/dataset_7eb245ee-1250-4540-8ad2-35adad179f41.dat" -sep "	"  -col "1"   -o "/tmp/tmpjgxwrabj/job_working_directory/000/47/outputs/dataset_5bf90861-252e-43c1-bd60-a4e78b8fa437.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      End Parsing model Xfm1158

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 reactions mapped
      0 reactions not found in model

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | sep | ` "\t" ` |
       | hasHeader | ` false ` |
       | i | ` "1" ` |
       | printSubstrates | ` false ` |
       | printProducts | ` false ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_GetReactantsFromReactions (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.GetReactantsFromReactions -i "/tmp/tmpjgxwrabj/files/0/4/7/dataset_047ca426-fb63-46b8-8f6d-1bb9e37c14bd.dat" -r "/tmp/tmpjgxwrabj/files/1/a/4/dataset_1a4b782a-842f-4f0a-a7fb-7ac24c392c98.dat" -sep "	"  -col "1" -s  -o "/tmp/tmpjgxwrabj/job_working_directory/000/50/outputs/dataset_9bc43757-38d8-4afb-a6c8-c76dde66e2f9.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      End Parsing model Xfm1158

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 reactions mapped
      0 reactions not found in model

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | sep | ` "\t" ` |
       | hasHeader | ` false ` |
       | i | ` "1" ` |
       | printSubstrates | ` true ` |
       | printProducts | ` false ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_GetReactantsFromReactions (Test # 3)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.GetReactantsFromReactions -i "/tmp/tmpjgxwrabj/files/e/a/6/dataset_ea6779f2-0f32-4e2d-b1cc-b1406aa8d298.dat" -r "/tmp/tmpjgxwrabj/files/8/2/4/dataset_82425e48-28bc-4463-86bc-0daace01b096.dat" -sep "	"  -col "1"  -p -o "/tmp/tmpjgxwrabj/job_working_directory/000/53/outputs/dataset_6b4a146e-b610-4902-aa6a-e3c3b4e14c2b.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      End Parsing model Xfm1158

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 reactions mapped
      0 reactions not found in model

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | sep | ` "\t" ` |
       | hasHeader | ` false ` |
       | i | ` "1" ` |
       | printSubstrates | ` false ` |
       | printProducts | ` true ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_LoadPoint (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.LoadPoint -i "/tmp/tmpjgxwrabj/files/5/5/e/dataset_55e0e592-8023-4b69-bc45-29be3035225a.dat" -k "1" -o "/tmp/tmpjgxwrabj/job_working_directory/000/55/outputs/dataset_464a343c-aa26-4b20-9d3c-fa62943e20d1.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      reading SBML...
      Creating network...
      Computing load points...
      Export results...
      done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | sideCompoundFile | ` None ` |
       | k | ` "1" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_MetaboRank (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.MetaboRank -i "/tmp/tmpjgxwrabj/files/0/f/f/dataset_0fffce3a-d5ec-476b-82ff-b7c09fb7abc6.dat" -s "/tmp/tmpjgxwrabj/files/1/6/1/dataset_1618dbd0-56c3-4202-887a-290ba32b89d1.dat" -sc "/tmp/tmpjgxwrabj/files/4/6/4/dataset_464c918e-deb4-4e9d-b922-f1327c22426a.dat" -max "15000" -t "0.001" -d "0.85" -o "/tmp/tmpjgxwrabj/job_working_directory/000/59/outputs/dataset_5c896204-5c1b-4cc5-b5e0-e5c241a512ca.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      End Parsing model Xfm1158
      2 isolated nodes removed 
      transition probabilities computed
      transition probabilities computed (reverse graph)

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      reading SBML...
      compound graph created.
      removing side compounds...
      Read file containing side compounds...
      6 compounds removed.
      weights computed.
      reverse graph created.
      seeds file imported
      3 seeds
      global pageRank computed
      global cheiRank computed
      pageRank computed
      cheiRank computed
      done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | edgeWeightsFilePaths | ` None ` |
       | maxNbOfIter | ` "15000" ` |
       | tolerance | ` "0.001" ` |
       | dampingFactor | ` "0.85" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_NetworkSummary (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.NetworkSummary -i "/tmp/tmpjgxwrabj/files/c/b/e/dataset_cbe77e82-53b1-488a-bf6e-3db18a9df471.dat"   -o "/tmp/tmpjgxwrabj/job_working_directory/000/61/outputs/dataset_95efdf0d-6214-43d9-91b2-0739bf8af93b.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      reading SBML...
      Creating graph...
      perform basic analysis...
      extract connected component...
      Compute density...
      Compute local clustering coefficients...
      Compute degree statistics...
      Compute distances...
      Compute distances statistics...
      Compute centrality...
      	Closeness done.
      Done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | sideCompoundFile | ` None ` |
       | skipdist | ` false ` |
       | directed | ` false ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_ORApathwayEnrichment (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh mapping.ORApathwayEnrichment -th "0.0" -i "/tmp/tmpjgxwrabj/files/b/3/7/dataset_b37c405c-076a-45a5-9513-50c17b5ac6a8.dat" -d "/tmp/tmpjgxwrabj/files/0/5/9/dataset_05917eb2-b02d-4413-ad97-e0b016d94604.dat" -c "BenjaminiHochberg" -o "/tmp/tmpjgxwrabj/job_working_directory/000/64/outputs/dataset_cb9a9689-0591-4bb5-8853-5e544c6aab36.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      Starting groups plugin...
      Starting note plugin...
      End Parsing model Xfm1158

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML... Done.
      Import data...
      3 compounds imported.
       Done.
      Perform Pathway Enrichment... Done.
      Export results...
      done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | th | ` "0.0" ` |
       | corr | ` "BenjaminiHochberg" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_ORApathwayEnrichment (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh mapping.ORApathwayEnrichment -th "0.005" -i "/tmp/tmpjgxwrabj/files/3/f/d/dataset_3fd7ea0f-d180-48d2-9ee5-daecb4b18ebb.dat" -d "/tmp/tmpjgxwrabj/files/3/e/4/dataset_3e4f614a-2743-4bad-a381-b3b99d8eae17.dat" -c "HolmBonferroni" -o "/tmp/tmpjgxwrabj/job_working_directory/000/67/outputs/dataset_ec7910b1-8033-4211-b3aa-7881677380c7.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      Starting groups plugin...
      Starting note plugin...
      End Parsing model Xfm1158

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML... Done.
      Import data...
      3 compounds imported.
       Done.
      Perform Pathway Enrichment... Done.
      Select significant pathways...
      	2 significant pathways found.
       Done.
      Export results...
      done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | th | ` "0.005" ` |
       | corr | ` "HolmBonferroni" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_PrecursorNetwork (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.PrecursorNetwork -i "/tmp/tmpjgxwrabj/files/1/5/6/dataset_1568f885-2f79-4119-a91c-9a353835aefd.dat" -t "/tmp/tmpjgxwrabj/files/9/2/9/dataset_929b2cba-b6ad-4af4-8dab-954cf8b56e58.dat" -f "gml" -o "/tmp/tmpjgxwrabj/job_working_directory/000/70/outputs/dataset_22d059bf-93ab-450b-b5c1-849f4d3082d8.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      GML created.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | sideCompoundFile | ` None ` |
       | reactionToIgnoreFile | ` None ` |
       | format | ` "gml" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_ReactionDistanceMatrix (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.ReactionDistanceMatrix -i "/tmp/tmpjgxwrabj/files/6/a/e/dataset_6ae9c54e-e0cd-4acf-b168-0c07a9a3fe55.dat"   -o "/tmp/tmpjgxwrabj/job_working_directory/000/72/outputs/dataset_e4523c42-8437-45b9-bb03-6251b299f612.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML...

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | sideCompoundFile | ` None ` |
       | degree | ` false ` |
       | rExclude | ` None ` |
       | rxnFile | ` None ` |
       | weightFile | ` None ` |
       | undirected | ` false ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_ReactionDistanceMatrix (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.ReactionDistanceMatrix -i "/tmp/tmpjgxwrabj/files/5/5/3/dataset_553bf740-64eb-4ce3-ab8f-e68bd4fe4e98.dat"  -u -o "/tmp/tmpjgxwrabj/job_working_directory/000/74/outputs/dataset_585d0056-b0bc-429e-9ef6-5748eb32c9e7.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML...

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | sideCompoundFile | ` None ` |
       | degree | ` false ` |
       | rExclude | ` None ` |
       | rxnFile | ` None ` |
       | weightFile | ` None ` |
       | undirected | ` true ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_ReactionDistanceMatrix (Test # 3)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.ReactionDistanceMatrix -i "/tmp/tmpjgxwrabj/files/b/e/b/dataset_beb17e8f-4eca-408b-bb09-582011e8033a.dat" -sc "/tmp/tmpjgxwrabj/files/c/f/0/dataset_cf00e0f4-35c2-4419-a856-8b60ba062841.dat"  -u -o "/tmp/tmpjgxwrabj/job_working_directory/000/77/outputs/dataset_70742af8-c008-4067-91e5-4496d51257ce.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML...
      Read file containing side compounds...
      1 side compounds to ignore during graph build

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | degree | ` false ` |
       | rExclude | ` None ` |
       | rxnFile | ` None ` |
       | weightFile | ` None ` |
       | undirected | ` true ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_ReactionDistanceMatrix (Test # 4)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.ReactionDistanceMatrix -i "/tmp/tmpjgxwrabj/files/7/f/3/dataset_7f3beb7d-617b-4401-a0ed-4ea5d7c1c813.dat"  -re "/tmp/tmpjgxwrabj/files/0/9/5/dataset_09553636-cacb-45cc-aca3-67664e60bb99.dat" -u -o "/tmp/tmpjgxwrabj/job_working_directory/000/80/outputs/dataset_0976f134-42bc-4110-a14f-aed0e812b697.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML...
      removing reactions to exclude...
      1 reactions ignored during graph build.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | sideCompoundFile | ` None ` |
       | degree | ` false ` |
       | rxnFile | ` None ` |
       | weightFile | ` None ` |
       | undirected | ` true ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_ReactionDistanceMatrix (Test # 5)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.ReactionDistanceMatrix -i "/tmp/tmpjgxwrabj/files/0/a/b/dataset_0abd024d-abb6-4051-b16a-d4153f275d40.dat" -sc "/tmp/tmpjgxwrabj/files/9/9/0/dataset_99070376-3399-4087-a106-b6ad845b7a65.dat"  -re "/tmp/tmpjgxwrabj/files/9/4/6/dataset_94681657-cbbc-446a-8c7c-10e187681233.dat" -u -o "/tmp/tmpjgxwrabj/job_working_directory/000/84/outputs/dataset_764383ca-6707-4a4b-9ab0-1645d1a069c2.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML...
      Read file containing side compounds...
      1 side compounds to ignore during graph build
      removing reactions to exclude...
      1 reactions ignored during graph build.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | degree | ` false ` |
       | rxnFile | ` None ` |
       | weightFile | ` None ` |
       | undirected | ` true ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_ReactionDistanceMatrix (Test # 6)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.ReactionDistanceMatrix -i "/tmp/tmpjgxwrabj/files/1/6/d/dataset_16d3995a-86c8-4b7f-a9e1-e8bafa4e4034.dat" -sc "/tmp/tmpjgxwrabj/files/9/1/8/dataset_918af494-d631-4f39-92da-5ba46a6eba4b.dat"  -re "/tmp/tmpjgxwrabj/files/c/3/0/dataset_c301f43a-23d0-4667-bc48-01074a604c47.dat"  -o "/tmp/tmpjgxwrabj/job_working_directory/000/88/outputs/dataset_b044a699-0114-4fcc-85e2-89999f3af01d.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML...
      Read file containing side compounds...
      1 side compounds to ignore during graph build
      removing reactions to exclude...
      1 reactions ignored during graph build.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | degree | ` false ` |
       | rxnFile | ` None ` |
       | weightFile | ` None ` |
       | undirected | ` false ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Sbml2CarbonSkeletonNet (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Sbml2CarbonSkeletonNet -i "/tmp/tmpjgxwrabj/files/6/a/9/dataset_6a998bb5-938d-44e7-8a07-ea29ddcf8c70.dat" -g "/tmp/tmpjgxwrabj/files/1/d/7/dataset_1d731bb2-acf0-4b04-a466-1acd50bbaea3.dat"       -f "gml"   -o "/tmp/tmpjgxwrabj/job_working_directory/000/91/outputs/dataset_9f3fb5d0-b3ed-4898-9b0b-f420438efccc.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model HumanGEM
      Starting fbc version 2 plugin...
      Starting note plugin...
      Starting annot plugin...
      End Parsing model HumanGEM
      0 edges in file not found in the graph
      205 weights set among 502 edges in graph

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML...75 reactions and 111 metabolites read.
       Done.
      Building Network...111 nodes and 502 edges created.
       Done.
      Processing atom mappings...Done.
      Skip compounds with less than two carbons detected...
      	disconnecting CO2
      	disconnecting CO2
       Done.
      111 nodes and 202 edges created.
      Exporting...GML created.
       Done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | keepSingleCarbon | ` false ` |
       | mergeComp | ` false ` |
       | mergeEdges | ` false ` |
       | removeIsolated | ` false ` |
       | undirected | ` false ` |
       | computeWeight | ` false ` |
       | format | ` "gml" ` |
       | main | ` false ` |
       | fromIndexes | ` false ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Sbml2CarbonSkeletonNet (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Sbml2CarbonSkeletonNet -i "/tmp/tmpjgxwrabj/files/8/c/0/dataset_8c045b94-259e-4426-8f36-435b1d181c45.dat" -g "/tmp/tmpjgxwrabj/files/1/9/9/dataset_1999c11c-1920-4573-ae48-05d04d80425c.dat" -ks      -f "gml"   -o "/tmp/tmpjgxwrabj/job_working_directory/000/94/outputs/dataset_282930e2-742b-4304-b3ea-283197f459b0.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model HumanGEM
      Starting fbc version 2 plugin...
      Starting note plugin...
      Starting annot plugin...
      End Parsing model HumanGEM
      0 edges in file not found in the graph
      205 weights set among 502 edges in graph

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML...75 reactions and 111 metabolites read.
       Done.
      Building Network...111 nodes and 502 edges created.
       Done.
      Processing atom mappings...Done.
      111 nodes and 205 edges created.
      Exporting...GML created.
       Done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | keepSingleCarbon | ` true ` |
       | mergeComp | ` false ` |
       | mergeEdges | ` false ` |
       | removeIsolated | ` false ` |
       | undirected | ` false ` |
       | computeWeight | ` false ` |
       | format | ` "gml" ` |
       | main | ` false ` |
       | fromIndexes | ` false ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Sbml2CarbonSkeletonNet (Test # 3)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Sbml2CarbonSkeletonNet -i "/tmp/tmpjgxwrabj/files/b/3/7/dataset_b373700f-6625-45f5-80d0-09874ad71182.dat" -g "/tmp/tmpjgxwrabj/files/7/0/4/dataset_70474aa1-294f-442d-acca-44c6985e93ff.dat"  -mc     -f "gml"   -o "/tmp/tmpjgxwrabj/job_working_directory/000/97/outputs/dataset_300931a1-4f3e-4102-afb0-c77dbd2819a8.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model HumanGEM
      Starting fbc version 2 plugin...
      Starting note plugin...
      Starting annot plugin...
      End Parsing model HumanGEM
      0 edges in file not found in the graph
      205 weights set among 502 edges in graph

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML...75 reactions and 111 metabolites read.
       Done.
      Building Network...111 nodes and 502 edges created.
       Done.
      Processing atom mappings...Done.
      Merging compartments... Done.
      Skip compounds with less than two carbons detected...
      	disconnecting CO2
       Done.
      83 nodes and 202 edges created.
      Exporting...GML created.
       Done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | keepSingleCarbon | ` false ` |
       | mergeComp | ` true ` |
       | mergeEdges | ` false ` |
       | removeIsolated | ` false ` |
       | undirected | ` false ` |
       | computeWeight | ` false ` |
       | format | ` "gml" ` |
       | main | ` false ` |
       | fromIndexes | ` false ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Sbml2CarbonSkeletonNet (Test # 4)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Sbml2CarbonSkeletonNet -i "/tmp/tmpjgxwrabj/files/a/8/2/dataset_a8266278-03cf-40fc-9ec1-48bd9cc98026.dat" -g "/tmp/tmpjgxwrabj/files/d/0/2/dataset_d02681f8-27f1-4817-9bd7-490428453dd2.dat"   -me    -f "gml"   -o "/tmp/tmpjgxwrabj/job_working_directory/000/100/outputs/dataset_14e98257-7d82-409a-a6a0-e90561873900.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model HumanGEM
      Starting fbc version 2 plugin...
      Starting note plugin...
      Starting annot plugin...
      End Parsing model HumanGEM
      0 edges in file not found in the graph
      205 weights set among 502 edges in graph

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML...75 reactions and 111 metabolites read.
       Done.
      Building Network...111 nodes and 502 edges created.
       Done.
      Processing atom mappings...Done.
      Skip compounds with less than two carbons detected...
      	disconnecting CO2
      	disconnecting CO2
       Done.
      Merging edges... Done.
      111 nodes and 143 edges created.
      Exporting...GML created.
       Done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | keepSingleCarbon | ` false ` |
       | mergeComp | ` false ` |
       | mergeEdges | ` true ` |
       | removeIsolated | ` false ` |
       | undirected | ` false ` |
       | computeWeight | ` false ` |
       | format | ` "gml" ` |
       | main | ` false ` |
       | fromIndexes | ` false ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Sbml2CarbonSkeletonNet (Test # 5)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Sbml2CarbonSkeletonNet -i "/tmp/tmpjgxwrabj/files/8/1/4/dataset_8148ecc4-c61a-4a0f-bc9a-9db0fa2d1c85.dat" -g "/tmp/tmpjgxwrabj/files/5/9/8/dataset_598e4d9f-a624-4dbf-8683-74fb880eb086.dat"    -ri   -f "gml"   -o "/tmp/tmpjgxwrabj/job_working_directory/000/103/outputs/dataset_0eef8011-d0b2-4b92-b71c-f2d102d01f88.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model HumanGEM
      Starting fbc version 2 plugin...
      Starting note plugin...
      Starting annot plugin...
      End Parsing model HumanGEM
      0 edges in file not found in the graph
      205 weights set among 502 edges in graph
      16 isolated nodes removed 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML...75 reactions and 111 metabolites read.
       Done.
      Building Network...111 nodes and 502 edges created.
       Done.
      Processing atom mappings...Done.
      Skip compounds with less than two carbons detected...
      	disconnecting CO2
      	disconnecting CO2
       Done.
      Remove isolated nodes...
      	removing CO2
      	removing H2O
      	removing fructose-3-phosphate
      	removing 3-keto-beta-D-galactose
      	removing galactose
      	removing H2O
      	removing H+
      	removing H2O
      	removing H2O
      	removing H+
      	removing H+
      	removing PPi
      	removing fructose
      	removing CO2
      	removing Pi
      	removing H+
       Done.
      95 nodes and 202 edges created.
      Exporting...GML created.
       Done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | keepSingleCarbon | ` false ` |
       | mergeComp | ` false ` |
       | mergeEdges | ` false ` |
       | removeIsolated | ` true ` |
       | undirected | ` false ` |
       | computeWeight | ` false ` |
       | format | ` "gml" ` |
       | main | ` false ` |
       | fromIndexes | ` false ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Sbml2CarbonSkeletonNet (Test # 6)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Sbml2CarbonSkeletonNet -i "/tmp/tmpjgxwrabj/files/9/8/f/dataset_98f25367-9f86-429b-a267-f8e6f705f913.dat" -g "/tmp/tmpjgxwrabj/files/0/1/f/dataset_01fe4c5c-c940-4b0e-96f6-dd077b25231c.dat"     -un  -f "gml"   -o "/tmp/tmpjgxwrabj/job_working_directory/000/106/outputs/dataset_698cdd8b-45b5-4c87-bcf8-1072d0ff79dd.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model HumanGEM
      Starting fbc version 2 plugin...
      Starting note plugin...
      Starting annot plugin...
      End Parsing model HumanGEM
      0 edges in file not found in the graph
      205 weights set among 502 edges in graph

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML...75 reactions and 111 metabolites read.
       Done.
      Building Network...111 nodes and 502 edges created.
       Done.
      Processing atom mappings...Done.
      Create Undirected... Done.
      Skip compounds with less than two carbons detected...
      	disconnecting CO2
      	disconnecting CO2
       Done.
      111 nodes and 270 edges created.
      Exporting...GML created.
       Done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | keepSingleCarbon | ` false ` |
       | mergeComp | ` false ` |
       | mergeEdges | ` false ` |
       | removeIsolated | ` false ` |
       | undirected | ` true ` |
       | computeWeight | ` false ` |
       | format | ` "gml" ` |
       | main | ` false ` |
       | fromIndexes | ` false ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Sbml2CarbonSkeletonNet (Test # 7)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Sbml2CarbonSkeletonNet -i "/tmp/tmpjgxwrabj/files/d/6/5/dataset_d650d81d-d63a-4676-83c8-3eb26e0fa879.dat" -g "/tmp/tmpjgxwrabj/files/0/0/b/dataset_00b6ff52-080b-442a-a7e9-c1fb06edd4a3.dat"       -f "matrix"   -o "/tmp/tmpjgxwrabj/job_working_directory/000/109/outputs/dataset_c23bb0fc-7b05-4626-bde5-6b25b3e58396.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model HumanGEM
      Starting fbc version 2 plugin...
      Starting note plugin...
      Starting annot plugin...
      End Parsing model HumanGEM
      0 edges in file not found in the graph
      205 weights set among 502 edges in graph

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML...75 reactions and 111 metabolites read.
       Done.
      Building Network...111 nodes and 502 edges created.
       Done.
      Processing atom mappings...Done.
      Skip compounds with less than two carbons detected...
      	disconnecting CO2
      	disconnecting CO2
       Done.
      111 nodes and 202 edges created.
      Exporting... Done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | keepSingleCarbon | ` false ` |
       | mergeComp | ` false ` |
       | mergeEdges | ` false ` |
       | removeIsolated | ` false ` |
       | undirected | ` false ` |
       | computeWeight | ` false ` |
       | format | ` "matrix" ` |
       | main | ` false ` |
       | fromIndexes | ` false ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Sbml2CarbonSkeletonNet (Test # 8)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Sbml2CarbonSkeletonNet -i "/tmp/tmpjgxwrabj/files/1/9/c/dataset_19ccc31e-22d1-4b19-9d73-63b429d9b3d0.dat" -g "/tmp/tmpjgxwrabj/files/a/5/a/dataset_a5a18be3-1287-4e90-93a7-57cc215be50b.dat"       -f "gml"  -fi -o "/tmp/tmpjgxwrabj/job_working_directory/000/112/outputs/dataset_1f5270d4-ff4f-4720-9ba1-0bcbf53db86e.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model HumanGEM
      Starting fbc version 2 plugin...
      Starting note plugin...
      Starting annot plugin...
      End Parsing model HumanGEM
      0 edges in file not found in the graph
      206 weights set among 502 edges in graph

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML...75 reactions and 111 metabolites read.
       Done.
      Building Network...111 nodes and 502 edges created.
       Done.
      Processing atom mappings...Done.
      Skip compounds with less than two carbons detected...
      	disconnecting CO2
      	disconnecting CO2
       Done.
      111 nodes and 203 edges created.
      Exporting...GML created.
       Done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | keepSingleCarbon | ` false ` |
       | mergeComp | ` false ` |
       | mergeEdges | ` false ` |
       | removeIsolated | ` false ` |
       | undirected | ` false ` |
       | computeWeight | ` false ` |
       | format | ` "gml" ` |
       | main | ` false ` |
       | fromIndexes | ` true ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Sbml2CompoundGraph (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Sbml2CompoundGraph -i "/tmp/tmpjgxwrabj/files/6/f/4/dataset_6f4cb798-94d3-48c0-8494-ee0211ae7d39.dat" -sc "/tmp/tmpjgxwrabj/files/7/1/8/dataset_71881b20-737d-4c71-8300-e0bf91fa2716.dat" -mc "no"      -f "gml" -o "/tmp/tmpjgxwrabj/job_working_directory/000/115/outputs/dataset_475d45cd-60b5-489f-9157-34c7f6252fa3.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      Starting fbc version 2 plugin...
      Starting note plugin...
      End Parsing model Xfm1158

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML... Done.
      Building Network... Done.
      removing side compounds...
      Read file containing side compounds...
      6 compounds removed.
       Done.
      Exporting...GML created.
       Done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | mergingStrat | ` "no" ` |
       | mergeEdges | ` false ` |
       | removeIsolated | ` false ` |
       | degree | ` false ` |
       | weightFile | ` None ` |
       | undirected | ` false ` |
       | computeWeight | ` false ` |
       | format | ` "gml" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Sbml2CompoundGraph (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Sbml2CompoundGraph -i "/tmp/tmpjgxwrabj/files/3/0/0/dataset_3000e13b-b8f5-4972-93b2-6c7015973e0f.dat" -sc "/tmp/tmpjgxwrabj/files/7/4/4/dataset_744a06d3-684f-485c-b21f-b80c616b1678.dat" -mc "by_id"  -ri -dw -un -tp -f "gml" -o "/tmp/tmpjgxwrabj/job_working_directory/000/118/outputs/dataset_acb296aa-12b5-40c9-a21f-082dad7f991a.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      Starting fbc version 2 plugin...
      Starting note plugin...
      End Parsing model Xfm1158
      12 isolated nodes removed 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML... Done.
      Building Network... Done.
      removing side compounds...
      Read file containing side compounds...
      6 compounds removed.
       Done.
      Create Undirected... Done.
      Setting edge weights (target degree)...
       Done.
      Merging compartments... Done.
      Remove isolated nodes...
      	removing M_s_c
      	removing D_Glyceraldehyde
      	removing sn_Glycero_3_phosphoethanolamine
      	removing sn_Glycero_3_phosphocholine
      	removing sn_Glycero_3_phospho_1_inositol
      	removing P1_P4_Bis_5__adenosyl__tetraphosphate
      	removing M_cys_D_c
      	removing M_met_D_c
      	removing methanesulfonate
      	removing P1_P5_Bis_5__adenosyl__pentaphosphate
      	removing Glycerophosphoglycerol
      	removing Glycerophosphoserine
       Done.
      Compute transition matrix... Done.
      Exporting...GML created.
       Done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | mergingStrat | ` "by_id" ` |
       | mergeEdges | ` false ` |
       | removeIsolated | ` true ` |
       | degree | ` true ` |
       | weightFile | ` None ` |
       | undirected | ` true ` |
       | computeWeight | ` true ` |
       | format | ` "gml" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Sbml2Graph (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Sbml2Graph -i "/tmp/tmpjgxwrabj/files/d/5/c/dataset_d5c89e54-d24e-499a-b73a-feba0e172774.dat"  -c  -f "gml" -o "/tmp/tmpjgxwrabj/job_working_directory/000/120/outputs/dataset_08bdc482-9265-4ee5-bdff-a15a36e87a16.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting note plugin...
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      GML created.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | bipartite | ` false ` |
       | compound | ` true ` |
       | reaction | ` false ` |
       | format | ` "gml" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Sbml2Graph (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Sbml2Graph -i "/tmp/tmpjgxwrabj/files/9/c/e/dataset_9ce4d24e-3d5d-489c-88c2-edaf54148380.dat" -b   -f "gml" -o "/tmp/tmpjgxwrabj/job_working_directory/000/122/outputs/dataset_8801a88a-df73-45d6-9dd4-349d73c5191d.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting note plugin...
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      GML created.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | bipartite | ` true ` |
       | compound | ` false ` |
       | reaction | ` false ` |
       | format | ` "gml" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Sbml2Graph (Test # 3)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Sbml2Graph -i "/tmp/tmpjgxwrabj/files/6/b/2/dataset_6b29e099-46b6-45f9-bb9e-6cc1d057e381.dat"   -r -f "gml" -o "/tmp/tmpjgxwrabj/job_working_directory/000/124/outputs/dataset_c1102d3e-f71b-4430-ae41-83028d84e077.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting note plugin...
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      GML created.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | bipartite | ` false ` |
       | compound | ` false ` |
       | reaction | ` true ` |
       | format | ` "gml" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Sbml2Tab (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Sbml2Tab -irr "-->" -rev "<==>" -i "/tmp/tmpjgxwrabj/files/c/b/b/dataset_cbb00f88-1571-46dc-aff8-7a6d899266f3.dat" -o "/tmp/tmpjgxwrabj/job_working_directory/000/126/outputs/dataset_cc7d6c7c-1a78-46a0-8d36-002c026f2345.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | i | ` "-->" ` |
       | r | ` "<==>" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Sbml2Tab (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Sbml2Tab -irr "->" -rev "=" -i "/tmp/tmpjgxwrabj/files/3/a/3/dataset_3a3e27b9-cfe6-4ed7-8f02-36bd86ff8539.dat" -o "/tmp/tmpjgxwrabj/job_working_directory/000/128/outputs/dataset_b1c96a31-82e3-4928-90bb-6aac24afc81e.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | i | ` "->" ` |
       | r | ` "=" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SbmlWizard (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.SbmlWizard -i "/tmp/tmpjgxwrabj/files/e/0/5/dataset_e0563c5b-242b-4cd1-bf57-c897bbc94548.dat" -ric -r0 -mc "by_id" -rdr -rEX "s" -o "/tmp/tmpjgxwrabj/job_working_directory/000/130/outputs/dataset_e3215122-b194-40a2-b499-454ce490ee9e.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model HumanGEM
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model HumanGEM
      Parsing Bionetwork _89bb9a4e_c45a_4b69_8822_af831efe9ea6
      Generating Pathways...
      Generating Flux Balance Constraints modules...
      Generating Model Annotations...
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Bad property in annotations: isDescribedBy, set to HAS_PROPERTY
      Generating Model Notes...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML... Done.


      	compartments:	5
      	metabolites:	111
      	reactions:	75
      	enzymes:	85
      	genes:	86
      	protein:	86
      	pathway:	3


      removing reaction with null flux bounds...
      0 "closed" reactions removed from network.
      removing external compartment...
      13 external species removed from network.
      removing isolated compounds...
      0 isolated compounds removed from network.
      Merging compartments... Done.
      removing duplicated reactions...
      1 duplicated reactions removed from network.


      	compartments:	1
      	metabolites:	49
      	reactions:	34
      	enzymes:	85
      	genes:	86
      	protein:	86
      	pathway:	3


      Exporting... Done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | inputSide | ` None ` |
       | toKeepC | ` None ` |
       | removeIsolated | ` true ` |
       | inputReactions | ` None ` |
       | toKeepR | ` None ` |
       | removeNoFlux | ` true ` |
       | mergingStrat | ` "by_id" ` |
       | removeDuplicated | ` true ` |
       | exchangeCompToRemove | ` "s" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SbmlWizard (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.SbmlWizard -i "/tmp/tmpjgxwrabj/files/6/6/d/dataset_66d7a36a-e687-4e8f-aac7-d074d3eaea97.dat" -rc "/tmp/tmpjgxwrabj/files/3/d/e/dataset_3de8ed62-b31c-4e69-b61c-f6dba53a8f62.dat" -ric -rr "/tmp/tmpjgxwrabj/files/2/e/5/dataset_2e5382af-58ff-4807-ae79-2ea4c8e29c8a.dat" -r0 -mc "no" -rdr -o "/tmp/tmpjgxwrabj/job_working_directory/000/134/outputs/dataset_dc913cbd-91a4-4d08-9c6b-5cfd5bcb38e6.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model Xfm1158
      Parsing Bionetwork Xfm1158
      Generating Pathways...
      Generating Flux Balance Constraints modules...
      Chemical formula not in good format (C41.554061837540075H71.78553537948964N9.85382400884015O14.938244017389934P0.8811200258000156R1.27675647831893E-15Mn7.34919E-4Mo7.37685E-6Cl0.005532639K0.207473951Co2.67411E-5Cu7.53361E-4S0.24700915678000002Zn3.62388E-4Mg0.009221064Ni3.43024E-4Ca0.005532639Fe0.017346515399999998) for M_BIOMASS_XF_c
      Generating Model Annotations...
      Generating Model Notes...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML... Done.


      	compartments:	3
      	metabolites:	1107
      	reactions:	1158
      	enzymes:	514
      	genes:	572
      	protein:	572
      	pathway:	48


      removing side compounds...
      Read file containing side compounds...
      6 side compounds removed from network.
      removing side reaction...
      2 irrelevant reactions removed from network.
      removing reaction with null flux bounds...
      0 "closed" reactions removed from network.
      removing isolated compounds...
      0 isolated compounds removed from network.
      removing duplicated reactions...
      0 duplicated reactions removed from network.


      	compartments:	3
      	metabolites:	1101
      	reactions:	1152
      	enzymes:	514
      	genes:	572
      	protein:	572
      	pathway:	48


      Exporting... Done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | toKeepC | ` None ` |
       | removeIsolated | ` true ` |
       | toKeepR | ` None ` |
       | removeNoFlux | ` true ` |
       | mergingStrat | ` "no" ` |
       | removeDuplicated | ` true ` |
       | exchangeCompToRemove | ` "" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_ScopeNetwork (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.ScopeNetwork -i "/tmp/tmpjgxwrabj/files/9/b/b/dataset_9bb26757-e4cf-4f1e-9212-67bc134496a9.dat" -s "/tmp/tmpjgxwrabj/files/e/7/e/dataset_e7e5b7fd-768b-4c5f-84ea-163935952ec1.dat" -sc "/tmp/tmpjgxwrabj/files/a/b/0/dataset_ab09954c-8ae7-43cf-b5dc-e2948ca6e9ad.dat"   -f "gml" -o "/tmp/tmpjgxwrabj/job_working_directory/000/138/outputs/dataset_3962e72a-f852-4a6c-ba28-c5d13c6b4782.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      End Parsing model 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      reading SBML...
      GML created.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | includeSides | ` false ` |
       | reactionToIgnoreFile | ` None ` |
       | trace | ` false ` |
       | format | ` "gml" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SeedsAndTargets (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.SeedsAndTargets -i "/tmp/tmpjgxwrabj/files/a/8/5/dataset_a85feb91-e017-425a-bed0-7028a855b439.dat" -s       -o "/tmp/tmpjgxwrabj/job_working_directory/000/140/outputs/dataset_adaffdf7-0ca9-40f3-92b5-0ca044e10197.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      End Parsing model Xfm1158

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      reading SBML...
      Creating graph...
      done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | inputSide | ` None ` |
       | comp | ` "" ` |
       | source | ` true ` |
       | sink | ` false ` |
       | notsource | ` false ` |
       | notsink | ` false ` |
       | keepIsolated | ` false ` |
       | useBorensteinAlg | ` false ` |
       | useInternal | ` false ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SeedsAndTargets (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.SeedsAndTargets -i "/tmp/tmpjgxwrabj/files/5/3/d/dataset_53dad6bf-fe10-4d78-8f89-973115c8a0eb.dat" -c "e"  -t     -in -o "/tmp/tmpjgxwrabj/job_working_directory/000/142/outputs/dataset_c4b2122b-8a62-4988-89dd-bed167f159cd.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      End Parsing model Xfm1158

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      reading SBML...
      Creating graph...
      done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | inputSide | ` None ` |
       | comp | ` "e" ` |
       | source | ` false ` |
       | sink | ` true ` |
       | notsource | ` false ` |
       | notsink | ` false ` |
       | keepIsolated | ` false ` |
       | useBorensteinAlg | ` false ` |
       | useInternal | ` true ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SeedsAndTargets (Test # 3)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.SeedsAndTargets -i "/tmp/tmpjgxwrabj/files/0/b/3/dataset_0b3ac251-a3d5-4cf4-b762-3ddbbb2bf45a.dat" -c "e"  -t    -B  -o "/tmp/tmpjgxwrabj/job_working_directory/000/144/outputs/dataset_87f59202-0e04-4827-b07d-000633efe77e.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      End Parsing model Xfm1158

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      reading SBML...
      Creating graph...
      done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | inputSide | ` None ` |
       | comp | ` "e" ` |
       | source | ` false ` |
       | sink | ` true ` |
       | notsource | ` false ` |
       | notsink | ` false ` |
       | keepIsolated | ` false ` |
       | useBorensteinAlg | ` true ` |
       | useInternal | ` false ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetCharges (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetCharges -cc "2" -ci "1"   -n "0" -i "/tmp/tmpjgxwrabj/files/0/2/7/dataset_02759a27-65b3-434e-a1e0-8fc513adeb1c.dat" -tab "/tmp/tmpjgxwrabj/files/2/9/8/dataset_298074e5-5426-433f-84a7-c200b0c0b53b.dat" -c "#" -o "/tmp/tmpjgxwrabj/job_working_directory/000/147/outputs/dataset_99f1f55e-2a32-4b52-8c51-37c8cf4849c8.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 
      Parsing Bionetwork _cabe63cc_bc9c_4318_964c_461855b087aa
      Generating Pathways...
      Generating Flux Balance Constraints modules...
      Generating Model Notes...
      Generating Model Annotations...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 attributions

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colcharge | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | s | ` false ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetCharges (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetCharges -cc "2" -ci "1"   -n "0" -i "/tmp/tmpjgxwrabj/files/f/0/7/dataset_f076e8ec-0360-4348-a2a7-d2d38fded6c7.dat" -tab "/tmp/tmpjgxwrabj/files/2/5/3/dataset_25388e0e-57dd-47b4-bfb8-e58d6dd92bdb.dat" -c "#" -o "/tmp/tmpjgxwrabj/job_working_directory/000/150/outputs/dataset_d7cfccbd-ebb8-4e6f-9bf8-ee16ecfaac81.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 
      Parsing Bionetwork _6e641a78_215a_492c_a0eb_6685e5e4a4e5
      Generating Pathways...
      Generating Flux Balance Constraints modules...
      Generating Model Notes...
      Generating Model Annotations...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      1 attributions

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colcharge | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | s | ` false ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetCharges (Test # 3)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetCharges -cc "2" -ci "1"   -n "1" -i "/tmp/tmpjgxwrabj/files/f/b/a/dataset_fba44de7-151a-4c63-8990-680eedb5f978.dat" -tab "/tmp/tmpjgxwrabj/files/1/5/3/dataset_153a1fb8-487a-4c11-a1df-6a1026d03cff.dat" -c "#" -o "/tmp/tmpjgxwrabj/job_working_directory/000/153/outputs/dataset_a161fe96-008c-4ae4-89bf-36f4d52fa1f6.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 
      Parsing Bionetwork _6b7ef05d_4fc0_4011_9b50_54bf9a3ac355
      Generating Pathways...
      Generating Flux Balance Constraints modules...
      Generating Model Notes...
      Generating Model Annotations...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      1 attributions

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colcharge | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | s | ` false ` |
       | nSkip | ` "1" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetCharges (Test # 4)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetCharges -cc "2" -ci "1"   -n "0" -i "/tmp/tmpjgxwrabj/files/b/5/4/dataset_b540531f-35fc-4e2f-8936-65f20ed0d47b.dat" -tab "/tmp/tmpjgxwrabj/files/6/4/d/dataset_64d6a454-4c1a-4b48-aefb-c215f62ca6b8.dat" -c "#" -o "/tmp/tmpjgxwrabj/job_working_directory/000/156/outputs/dataset_63adca14-d9d2-4648-be51-3a9823f1299e.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 
      Parsing Bionetwork _03687abb_e280_4632_8a68_0ffed3adff0b
      Generating Pathways...
      Generating Flux Balance Constraints modules...
      Generating Model Notes...
      Generating Model Annotations...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 attributions

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colcharge | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | s | ` false ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetCharges (Test # 5)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetCharges -cc "2" -ci "1" -p -s -n "0" -i "/tmp/tmpjgxwrabj/files/4/d/f/dataset_4df86d1e-5b3f-4510-94b4-4ed46901b57c.dat" -tab "/tmp/tmpjgxwrabj/files/2/4/8/dataset_248e081c-0add-4dab-ba38-eec1506572ec.dat" -c "#" -o "/tmp/tmpjgxwrabj/job_working_directory/000/159/outputs/dataset_eb4e80cf-bf38-418f-934e-e014785e171e.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model Xfm1158
      Parsing Bionetwork Xfm1158
      Generating Flux Balance Constraints modules...
      Chemical formula not in good format (C41.554061837540075H71.78553537948964N9.85382400884015O14.938244017389934P0.8811200258000156R1.27675647831893E-15Mn7.34919E-4Mo7.37685E-6Cl0.005532639K0.207473951Co2.67411E-5Cu7.53361E-4S0.24700915678000002Zn3.62388E-4Mg0.009221064Ni3.43024E-4Ca0.005532639Fe0.017346515399999998) for M_BIOMASS_XF_c
      Generating Pathways...
      Generating Model Annotations...
      Generating Model Notes...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      3 attributions

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colcharge | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` true ` |
       | s | ` true ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetChemicalFormulas (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetChemicalFormulas -cf "2" -ci "1"   -n "0" -i "/tmp/tmpjgxwrabj/files/d/3/b/dataset_d3b0ea31-2891-4d11-911e-ada8a98784d3.dat" -tab "/tmp/tmpjgxwrabj/files/6/5/e/dataset_65e2509f-b5d3-4e2c-8c71-8f42b03468a9.dat" -c "#" -o "/tmp/tmpjgxwrabj/job_working_directory/000/162/outputs/dataset_56f94910-7e4d-4e03-8ee5-6d4adf4e2285.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 
      Parsing Bionetwork _e1c2ee26_2567_481e_82a5_9e507a7bf854
      Generating Pathways...
      Generating Flux Balance Constraints modules...
      Generating Model Notes...
      Generating Model Annotations...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 attributions

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colformula | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | s | ` false ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetChemicalFormulas (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetChemicalFormulas -cf "2" -ci "1"   -n "0" -i "/tmp/tmpjgxwrabj/files/6/3/f/dataset_63f49283-fd16-405f-aeea-ecf643727f61.dat" -tab "/tmp/tmpjgxwrabj/files/a/b/3/dataset_ab3b659e-3169-4804-a3b4-40e89032ae24.dat" -c "#" -o "/tmp/tmpjgxwrabj/job_working_directory/000/165/outputs/dataset_684b54d5-657c-4106-aee9-e681b2b4b04a.dat"
      ```
    **Exit Code:**

    * ```console
      1
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 
      ********
      [Warning]Attribute "12CH4O" not well formatted
      ********
      Error while setting formulas

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colformula | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | s | ` false ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetEcNumbers (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetEcNumbers -cec "2" -ci "1"  -n "0" -i "/tmp/tmpjgxwrabj/files/0/a/c/dataset_0ac185c9-145f-45d4-83b4-38d4178acc21.dat" -tab "/tmp/tmpjgxwrabj/files/5/3/1/dataset_53162d48-1a2a-481f-b7d7-1b898c5b47b0.dat" -c "#" -o "/tmp/tmpjgxwrabj/job_working_directory/000/168/outputs/dataset_ee09bce1-03dc-42b3-b64a-e09f136c3c2d.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 
      Parsing Bionetwork _fbe02e9e_f310_422c_ae34_5f9fe7fca772
      Generating Pathways...
      Generating Flux Balance Constraints modules...
      Generating Model Annotations...
      Generating Model Notes...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 reactions processed

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colec | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetEcNumbers (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetEcNumbers -cec "2" -ci "1"  -n "0" -i "/tmp/tmpjgxwrabj/files/c/a/0/dataset_ca0ef3ef-03ae-4b97-84c0-493219cc04e2.dat" -tab "/tmp/tmpjgxwrabj/files/2/7/1/dataset_271284a3-4d76-42fd-9acb-337f87fe5f6e.dat" -c "#" -o "/tmp/tmpjgxwrabj/job_working_directory/000/171/outputs/dataset_8f091f65-4008-469a-9cc0-240a9474277e.dat"
      ```
    **Exit Code:**

    * ```console
      1
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 
      ********
      [Warning]Attribute "1.2.3.4.5" not well formatted
      ********
      Error in setting ECs

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colec | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetGprs (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetGprs -cgpr "2" -ci "1"  -n "0" -i "/tmp/tmpjgxwrabj/files/1/f/f/dataset_1ff7a3c7-4541-478a-ba22-2e4bdbca3fef.dat" -tab "/tmp/tmpjgxwrabj/files/7/4/4/dataset_744ffb1c-dc7c-4302-90fa-f714f08fa68b.dat" -c "#" -o "/tmp/tmpjgxwrabj/job_working_directory/000/174/outputs/dataset_bfd96adf-b9b0-4d2d-8f56-f3bf2cd7511c.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 
      Parsing Bionetwork _382440af_d0f2_4da7_ad82_2dfc18a4007d
      Generating Flux Balance Constraints modules...
      Generating Pathways...
      Generating Model Annotations...
      Generating Model Notes...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 gene associations created

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colgpr | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetIds (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetIds -cnew "2" -ci "1"   -t "METABOLITE" -n "0" -i "/tmp/tmpjgxwrabj/files/4/e/2/dataset_4e2a58ce-b4c2-4a39-982e-1f231522cb81.dat" -tab "/tmp/tmpjgxwrabj/files/3/f/c/dataset_3fc056a7-4b1c-4451-857a-ea3e00ff5d70.dat" -c "#" -o "/tmp/tmpjgxwrabj/job_working_directory/000/177/outputs/dataset_a0a40d95-5182-4cc0-87e4-418179190e83.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 
      Parsing Bionetwork _0d9d4361_757c_4f87_b40d_1ba2b8a0647e
      Generating Pathways...
      Generating Flux Balance Constraints modules...
      Generating Model Annotations...
      Generating Model Notes...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 entities processed

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colname | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | s | ` false ` |
       | o | ` "METABOLITE" ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetIds (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetIds -cnew "2" -ci "1"   -t "REACTION" -n "0" -i "/tmp/tmpjgxwrabj/files/7/a/0/dataset_7a08a183-a47a-476a-9f1e-744852fb2bd1.dat" -tab "/tmp/tmpjgxwrabj/files/5/7/4/dataset_5744c6fc-6602-4b0a-95e9-923e20aa0e3d.dat" -c "#" -o "/tmp/tmpjgxwrabj/job_working_directory/000/180/outputs/dataset_05382fdf-7db1-4166-aa7c-07ed50656f83.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 
      Parsing Bionetwork _e73bfcc3_8b08_42db_b004_bf80671b79a4
      Generating Flux Balance Constraints modules...
      Generating Pathways...
      Generating Model Annotations...
      Generating Model Notes...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 entities processed

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colname | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | s | ` false ` |
       | o | ` "REACTION" ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetIds (Test # 3)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetIds -cnew "2" -ci "1"   -t "PATHWAY" -n "0" -i "/tmp/tmpjgxwrabj/files/7/1/9/dataset_719cfe5c-efc2-4cfc-b06e-10e8ddde2819.dat" -tab "/tmp/tmpjgxwrabj/files/e/6/7/dataset_e67c788c-357f-40a7-ba23-f38dcd1c2f32.dat" -c "#" -o "/tmp/tmpjgxwrabj/job_working_directory/000/183/outputs/dataset_7ce8161c-c505-4478-96c0-6015674b4e78.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model Xfm1158
      Parsing Bionetwork Xfm1158
      Generating Pathways...
      Generating Flux Balance Constraints modules...
      Chemical formula not in good format (C41.554061837540075H71.78553537948964N9.85382400884015O14.938244017389934P0.8811200258000156R1.27675647831893E-15Mn7.34919E-4Mo7.37685E-6Cl0.005532639K0.207473951Co2.67411E-5Cu7.53361E-4S0.24700915678000002Zn3.62388E-4Mg0.009221064Ni3.43024E-4Ca0.005532639Fe0.017346515399999998) for M_BIOMASS_XF_c
      Generating Model Notes...
      Generating Model Annotations...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 entities processed

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colname | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | s | ` false ` |
       | o | ` "PATHWAY" ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetIds (Test # 4)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetIds -cnew "2" -ci "1"   -t "GENE" -n "0" -i "/tmp/tmpjgxwrabj/files/a/a/e/dataset_aae634b2-2745-4889-80f5-56d6dd696299.dat" -tab "/tmp/tmpjgxwrabj/files/6/b/6/dataset_6b6b07d8-049e-4738-8093-f2e8a22c23c0.dat" -c "#" -o "/tmp/tmpjgxwrabj/job_working_directory/000/186/outputs/dataset_6facf4f1-221c-4de4-8db9-c70485d5012a.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model Xfm1158
      Parsing Bionetwork Xfm1158
      Generating Pathways...
      Generating Flux Balance Constraints modules...
      Chemical formula not in good format (C41.554061837540075H71.78553537948964N9.85382400884015O14.938244017389934P0.8811200258000156R1.27675647831893E-15Mn7.34919E-4Mo7.37685E-6Cl0.005532639K0.207473951Co2.67411E-5Cu7.53361E-4S0.24700915678000002Zn3.62388E-4Mg0.009221064Ni3.43024E-4Ca0.005532639Fe0.017346515399999998) for M_BIOMASS_XF_c
      Generating Model Notes...
      Generating Model Annotations...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 entities processed

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colname | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | s | ` false ` |
       | o | ` "GENE" ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetIds (Test # 5)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetIds -cnew "2" -ci "1"   -t "COMPARTMENT" -n "0" -i "/tmp/tmpjgxwrabj/files/c/a/b/dataset_cabac7ad-2211-4934-97e9-9fce355906ea.dat" -tab "/tmp/tmpjgxwrabj/files/7/6/8/dataset_768da2da-553d-4451-ae41-0d6c3c10140c.dat" -c "#" -o "/tmp/tmpjgxwrabj/job_working_directory/000/189/outputs/dataset_484f375e-1b1b-4e80-aa52-60816e0e35b3.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model Xfm1158
      Parsing Bionetwork Xfm1158
      Generating Flux Balance Constraints modules...
      Chemical formula not in good format (C41.554061837540075H71.78553537948964N9.85382400884015O14.938244017389934P0.8811200258000156R1.27675647831893E-15Mn7.34919E-4Mo7.37685E-6Cl0.005532639K0.207473951Co2.67411E-5Cu7.53361E-4S0.24700915678000002Zn3.62388E-4Mg0.009221064Ni3.43024E-4Ca0.005532639Fe0.017346515399999998) for M_BIOMASS_XF_c
      Generating Pathways...
      Generating Model Notes...
      Generating Model Annotations...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 entities processed

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colname | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | s | ` false ` |
       | o | ` "COMPARTMENT" ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetNames (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetNames -cname "2" -ci "1"   -t "METABOLITE" -n "0" -i "/tmp/tmpjgxwrabj/files/1/b/e/dataset_1be6d93d-28fe-4736-a833-e0406655b26c.dat" -tab "/tmp/tmpjgxwrabj/files/6/8/a/dataset_68af0b60-5776-4d8f-a80a-74a1b1c14285.dat" -c "#" -o "/tmp/tmpjgxwrabj/job_working_directory/000/192/outputs/dataset_e5d90f25-d93e-4534-9066-0b8c2edc694f.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 
      Parsing Bionetwork _8deef309_817d_445d_8493_9c910fec80a6
      Generating Flux Balance Constraints modules...
      Generating Pathways...
      Generating Model Notes...
      Generating Model Annotations...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 attributions

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colname | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | s | ` false ` |
       | o | ` "METABOLITE" ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetNames (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetNames -cname "2" -ci "1"   -t "REACTION" -n "0" -i "/tmp/tmpjgxwrabj/files/4/3/3/dataset_433b010f-c1e5-40c2-97f0-68fa267ab06d.dat" -tab "/tmp/tmpjgxwrabj/files/9/6/5/dataset_9653c6dd-3165-4ba9-891f-929acc606e96.dat" -c "#" -o "/tmp/tmpjgxwrabj/job_working_directory/000/195/outputs/dataset_27ec66bc-cd04-4831-8aea-a6a8e3e9c9e9.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 
      Parsing Bionetwork _1193a810_b320_4ff7_8cd8_5fab3c4f57ec
      Generating Flux Balance Constraints modules...
      Generating Pathways...
      Generating Model Notes...
      Generating Model Annotations...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 attributions

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colname | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | s | ` false ` |
       | o | ` "REACTION" ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetNames (Test # 3)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetNames -cname "2" -ci "1"   -t "PATHWAY" -n "0" -i "/tmp/tmpjgxwrabj/files/f/2/0/dataset_f20c48d4-e86d-49e1-8568-944c0ed49b8a.dat" -tab "/tmp/tmpjgxwrabj/files/8/e/9/dataset_8e9b4bcf-e7da-4633-9786-257a42d0867f.dat" -c "#" -o "/tmp/tmpjgxwrabj/job_working_directory/000/198/outputs/dataset_9b9836a3-b6f2-4416-93ae-7dbf99d5e5a3.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model Xfm1158
      Parsing Bionetwork Xfm1158
      Generating Pathways...
      Generating Flux Balance Constraints modules...
      Chemical formula not in good format (C41.554061837540075H71.78553537948964N9.85382400884015O14.938244017389934P0.8811200258000156R1.27675647831893E-15Mn7.34919E-4Mo7.37685E-6Cl0.005532639K0.207473951Co2.67411E-5Cu7.53361E-4S0.24700915678000002Zn3.62388E-4Mg0.009221064Ni3.43024E-4Ca0.005532639Fe0.017346515399999998) for M_BIOMASS_XF_c
      Generating Model Notes...
      Generating Model Annotations...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 attributions

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colname | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | s | ` false ` |
       | o | ` "PATHWAY" ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetNames (Test # 4)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetNames -cname "2" -ci "1"   -t "GENE" -n "0" -i "/tmp/tmpjgxwrabj/files/b/f/a/dataset_bfad6c98-35ec-4a83-b0e8-3b5fa6261dc3.dat" -tab "/tmp/tmpjgxwrabj/files/7/0/9/dataset_7099308e-6969-4215-83f7-8b7b8a0615f1.dat" -c "#" -o "/tmp/tmpjgxwrabj/job_working_directory/000/201/outputs/dataset_ec4e1806-3848-44c2-9930-b304ae090596.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model Xfm1158
      Parsing Bionetwork Xfm1158
      Generating Pathways...
      Generating Flux Balance Constraints modules...
      Chemical formula not in good format (C41.554061837540075H71.78553537948964N9.85382400884015O14.938244017389934P0.8811200258000156R1.27675647831893E-15Mn7.34919E-4Mo7.37685E-6Cl0.005532639K0.207473951Co2.67411E-5Cu7.53361E-4S0.24700915678000002Zn3.62388E-4Mg0.009221064Ni3.43024E-4Ca0.005532639Fe0.017346515399999998) for M_BIOMASS_XF_c
      Generating Model Notes...
      Generating Model Annotations...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 attributions

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colname | ` "2" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | s | ` false ` |
       | o | ` "GENE" ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetPathways (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetPathways -cp "2" -sep "|" -ci "1"  -n "0" -i "/tmp/tmpjgxwrabj/files/9/6/a/dataset_96abc1e7-6026-431d-ad41-339568aec24f.dat" -tab "/tmp/tmpjgxwrabj/files/7/7/2/dataset_7723a41d-9ef8-4578-9576-e0e5ec5243fc.dat" -c "#" -o "/tmp/tmpjgxwrabj/job_working_directory/000/204/outputs/dataset_89a6a655-5050-4f94-b921-1460058dbeb4.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 
      Parsing Bionetwork _e5c3f23c_6b5c_4b7f_967a_a91210507d7a
      Generating Flux Balance Constraints modules...
      Generating Pathways...
      Generating Model Annotations...
      Generating Model Notes...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      3 reactions processed

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colp | ` "2" ` |
       | sep | ` "|" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetPathways (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetPathways -cp "2" -sep " + " -ci "1"  -n "0" -i "/tmp/tmpjgxwrabj/files/c/2/f/dataset_c2f0a903-8fb3-4010-af9c-7cc23f63e679.dat" -tab "/tmp/tmpjgxwrabj/files/9/3/8/dataset_93888d0e-cdfc-4cf7-b74b-9fbe19180c76.dat" -c "#" -o "/tmp/tmpjgxwrabj/job_working_directory/000/207/outputs/dataset_bef794d2-703c-4a0b-b0f3-14c7c289da53.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 
      Parsing Bionetwork _a01d12ea_9978_46dd_b43b_798c04740dd6
      Generating Flux Balance Constraints modules...
      Generating Pathways...
      Generating Model Notes...
      Generating Model Annotations...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      3 reactions processed

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colp | ` "2" ` |
       | sep | ` " + " ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SetReferences (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh attributes.SetReferences -cr "2" -ref "InChi" -ci "1"   -t "METABOLITE" -n "0" -i "/tmp/tmpjgxwrabj/files/5/5/f/dataset_55fd47de-c723-4a51-b01d-2eaa8bd58661.dat" -tab "/tmp/tmpjgxwrabj/files/a/d/d/dataset_add5e113-409c-43d0-991e-d732e92103bf.dat" -c "#" -o "/tmp/tmpjgxwrabj/job_working_directory/000/210/outputs/dataset_d4cc4701-29ab-4bea-a34c-a17494d74f10.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model 
      Starting fbc version 2 plugin...
      Starting groups plugin...
      Starting annot plugin...
      Starting note plugin...
      End Parsing model 
      Parsing Bionetwork _29c8c641_1ffd_4894_9d64_9bc4772b0518
      Generating Flux Balance Constraints modules...
      Generating Pathways...
      Generating Model Annotations...
      Generating Model Notes...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      2 attributions

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colRef | ` "2" ` |
       | ref | ` "InChi" ` |
       | colid | ` "1" ` |
       | p | ` false ` |
       | s | ` false ` |
       | o | ` "METABOLITE" ` |
       | nSkip | ` "0" ` |
       | c | ` "#" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SideCompoundsScan (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.SideCompoundsScan -i "/tmp/tmpjgxwrabj/files/5/7/8/dataset_57856ea6-e5f5-497b-9afa-297cffed248f.dat"   -d "400"   -m "no" -o "/tmp/tmpjgxwrabj/job_working_directory/000/212/outputs/dataset_aa461596-227c-49f7-9c17-379b898caea4.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      Starting fbc version 2 plugin...
      Starting note plugin...
      End Parsing model Xfm1158

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      reading SBML...
      Creating network...
      Scaning...
      done
      found 6 side compound among 1107 compounds

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | sideOnly | ` false ` |
       | noReportValue | ` false ` |
       | degree | ` "400" ` |
       | degreePrecentile | ` "nan" ` |
       | flagInorganic | ` false ` |
       | flagNoFormula | ` false ` |
       | parallelEdge | ` "nan" ` |
       | mergingStrat | ` "no" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_SideCompoundsScan (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.SideCompoundsScan -i "/tmp/tmpjgxwrabj/files/1/f/9/dataset_1f990174-3ed2-4b99-a5f8-d66ea9d6c606.dat"  -id -d "400"   -m "no" -o "/tmp/tmpjgxwrabj/job_working_directory/000/214/outputs/dataset_d40b9eb7-b4a7-4030-9640-36b92859d1c0.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      Starting fbc version 2 plugin...
      Starting note plugin...
      End Parsing model Xfm1158

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      reading SBML...
      Creating network...
      Scaning...
      done
      found 6 side compound among 1107 compounds

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | sideOnly | ` false ` |
       | noReportValue | ` true ` |
       | degree | ` "400" ` |
       | degreePrecentile | ` "nan" ` |
       | flagInorganic | ` false ` |
       | flagNoFormula | ` false ` |
       | parallelEdge | ` "nan" ` |
       | mergingStrat | ` "no" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Tab2Sbml (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Tab2Sbml -ci "1" -cf "2"   -e "_b" -irr "-->" -rev "<==>" -i "/tmp/tmpjgxwrabj/files/a/f/0/dataset_af0620f3-4710-4d14-a748-ee96773f5208.dat" -id "NA"  -dcpt "c" -n "0" -o "/tmp/tmpjgxwrabj/job_working_directory/000/216/outputs/dataset_0fc7ebe7-e5b0-4806-8f2d-cf4ad4ac613b.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Parsing Bionetwork _c5877418_14f9_432e_b2e0_91ed8bc1e30c
      Generating Flux Balance Constraints modules...
      Generating Pathways...
      Generating Model Notes...
      Generating Model Annotations...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      The input file looks good and contains 7 reactions
      7 reactions, 8 metabolites and 2 compartments created

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colid | ` "1" ` |
       | colformula | ` "2" ` |
       | rp | ` false ` |
       | mp | ` false ` |
       | e | ` "_b" ` |
       | i | ` "-->" ` |
       | r | ` "<==>" ` |
       | id | ` "NA" ` |
       | createCompartment | ` false ` |
       | defaultCompartment | ` "c" ` |
       | nSkip | ` "0" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "tabular" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Tab2Sbml (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Tab2Sbml -ci "2" -cf "3"   -e "_b" -irr "-->" -rev "<==>" -i "/tmp/tmpjgxwrabj/files/4/4/4/dataset_4446bd1f-8b14-481e-85d9-cb847222273f.dat" -id "NA"  -dcpt "c" -n "0" -o "/tmp/tmpjgxwrabj/job_working_directory/000/218/outputs/dataset_f77fe759-cdde-4a15-a938-c82400980660.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Parsing Bionetwork _6a6bc406_8a1d_4d9d_b950_01162ec36e8c
      Generating Flux Balance Constraints modules...
      Generating Pathways...
      Generating Model Notes...
      Generating Model Annotations...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      The input file looks good and contains 7 reactions
      7 reactions, 8 metabolites and 2 compartments created

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colid | ` "2" ` |
       | colformula | ` "3" ` |
       | rp | ` false ` |
       | mp | ` false ` |
       | e | ` "_b" ` |
       | i | ` "-->" ` |
       | r | ` "<==>" ` |
       | id | ` "NA" ` |
       | createCompartment | ` false ` |
       | defaultCompartment | ` "c" ` |
       | nSkip | ` "0" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "tabular" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Tab2Sbml (Test # 3)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Tab2Sbml -ci "1" -cf "2"   -e "_b" -irr "->" -rev "=" -i "/tmp/tmpjgxwrabj/files/f/4/3/dataset_f4384333-b4e7-4475-bd26-f010ce7aaa26.dat" -id "NA"  -dcpt "c" -n "0" -o "/tmp/tmpjgxwrabj/job_working_directory/000/220/outputs/dataset_cd08b8bb-5e48-4a40-a66d-5eb5a05a8402.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Parsing Bionetwork _456767a2_c7c7_45c6_a7a1_3a6e6933107e
      Generating Flux Balance Constraints modules...
      Generating Pathways...
      Generating Model Notes...
      Generating Model Annotations...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      The input file looks good and contains 7 reactions
      7 reactions, 8 metabolites and 2 compartments created

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colid | ` "1" ` |
       | colformula | ` "2" ` |
       | rp | ` false ` |
       | mp | ` false ` |
       | e | ` "_b" ` |
       | i | ` "->" ` |
       | r | ` "=" ` |
       | id | ` "NA" ` |
       | createCompartment | ` false ` |
       | defaultCompartment | ` "c" ` |
       | nSkip | ` "0" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "tabular" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Tab2Sbml (Test # 4)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Tab2Sbml -ci "1" -cf "2" -rp -mp -e "_e" -irr "-->" -rev "<==>" -i "/tmp/tmpjgxwrabj/files/7/2/b/dataset_72be8d8f-2954-4ed6-90d6-31b829134187.dat" -id "NA" -cpt -dcpt "c" -n "0" -o "/tmp/tmpjgxwrabj/job_working_directory/000/222/outputs/dataset_fb9b4c34-4b27-488e-a363-dc738e89ddde.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Parsing Bionetwork _63da1ed0_ecbc_4264_b76b_5df625f4d02b
      Generating Flux Balance Constraints modules...
      Generating Pathways...
      Generating Model Notes...
      Generating Model Annotations...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      The input file looks good and contains 7 reactions
      7 reactions, 8 metabolites and 2 compartments created

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colid | ` "1" ` |
       | colformula | ` "2" ` |
       | rp | ` true ` |
       | mp | ` true ` |
       | e | ` "_e" ` |
       | i | ` "-->" ` |
       | r | ` "<==>" ` |
       | id | ` "NA" ` |
       | createCompartment | ` true ` |
       | defaultCompartment | ` "c" ` |
       | nSkip | ` "0" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "tabular" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_Tab2Sbml (Test # 5)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh convert.Tab2Sbml -ci "1" -cf "2"   -e "_b" -irr "-->" -rev "<==>" -i "/tmp/tmpjgxwrabj/files/a/f/d/dataset_afd4c7c5-7b53-470b-bf47-627502a64ce1.dat" -id "myModel"  -dcpt "c" -n "0" -o "/tmp/tmpjgxwrabj/job_working_directory/000/224/outputs/dataset_54a11d31-6ab9-4baf-b1c1-d912d26f38dd.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Parsing Bionetwork myModel
      Generating Flux Balance Constraints modules...
      Generating Pathways...
      Generating Model Annotations...
      Generating Model Notes...

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      The input file looks good and contains 7 reactions
      7 reactions, 8 metabolites and 2 compartments created

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | colid | ` "1" ` |
       | colformula | ` "2" ` |
       | rp | ` false ` |
       | mp | ` false ` |
       | e | ` "_b" ` |
       | i | ` "-->" ` |
       | r | ` "<==>" ` |
       | id | ` "myModel" ` |
       | createCompartment | ` false ` |
       | defaultCompartment | ` "c" ` |
       | nSkip | ` "0" ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "tabular" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_TopologicalPathwayAnalysis (Test # 1)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.TopologicalPathwayAnalysis -i "/tmp/tmpjgxwrabj/files/e/8/c/dataset_e8c75f92-663a-4bbd-bd9e-79f9b3015272.dat" -sc "/tmp/tmpjgxwrabj/files/f/0/2/dataset_f02cc744-30c5-4cdd-b387-2e996828586c.dat" -mc "no"   -noi "/tmp/tmpjgxwrabj/files/4/3/c/dataset_43ce8820-df00-438b-a7ab-ae6746414f38.dat"  -o "/tmp/tmpjgxwrabj/job_working_directory/000/228/outputs/dataset_d2f7c91e-f7e5-4aa2-888e-b3abd5757760.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      Starting groups plugin...
      Starting note plugin...
      End Parsing model Xfm1158

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML... Done.


      Building graph...Removing side compounds...
      Read file containing side compounds...
      6 compounds removed.
       Network successfully created.


      Importing nodes of interest
      Done.
      Computing Pathway topology Analysis... (may take a while)
      Done.
      Exporting...Done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | mergingStrat | ` "no" ` |
       | removeIsolated | ` false ` |
       | weightFile | ` None ` |
       | undirected | ` false ` |
       | out | ` false ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


* <details class="rcorners light-green"><summary class="light-green">&#9989; met4j_TopologicalPathwayAnalysis (Test # 2)</summary><div class="padded">

    **Command Line:**

    * ```console
      sh /usr/bin/met4j.sh networkAnalysis.TopologicalPathwayAnalysis -i "/tmp/tmpjgxwrabj/files/3/2/4/dataset_3248ea12-d764-4400-a9ab-83afcad9d0fb.dat" -sc "/tmp/tmpjgxwrabj/files/7/2/9/dataset_72927a54-afdb-49af-8114-1407745ade9c.dat" -mc "by_id" -ri -un -noi "/tmp/tmpjgxwrabj/files/d/9/d/dataset_d9d325b2-efdb-4ee6-bac6-5cdc5674026a.dat" -out -o "/tmp/tmpjgxwrabj/job_working_directory/000/232/outputs/dataset_402390eb-c850-4bd9-95a2-97f1cfba081d.dat"
      ```
    **Exit Code:**

    * ```console
      0
      ```
    **Standard Error:**

    * ```console
      ERROR StatusLogger Reconfiguration failed: No configuration found for '30946e09' at 'null' in 'null'
      Verifying enabled Plugins...
      Parsing model Xfm1158
      Starting groups plugin...
      Starting note plugin...
      End Parsing model Xfm1158
      12 isolated nodes removed 

      ```
    **Standard Output:**

    * ```console
      Launch met4j-toolbox
      Reading SBML... Done.


      Building graph...Removing side compounds...
      Read file containing side compounds...
      6 compounds removed.
      Create Undirected... Done.
      Merging compartments... Done.
      Remove isolated nodes...
      	removing sn_Glycero_3_phosphocholine
      	removing sn_Glycero_3_phosphoethanolamine
      	removing P1_P4_Bis_5__adenosyl__tetraphosphate
      	removing methanesulfonate
      	removing M_met_D_c
      	removing Glycerophosphoserine
      	removing D_Glyceraldehyde
      	removing Glycerophosphoglycerol
      	removing sn_Glycero_3_phospho_1_inositol
      	removing P1_P5_Bis_5__adenosyl__pentaphosphate
      	removing M_s_c
      	removing M_cys_D_c
       Done.
       Network successfully created.


      Importing nodes of interest
      Done.
      Computing Pathway topology Analysis... (may take a while)
      Done.
      Exporting...Done.

      ```
    **Traceback:**

    * ```console
      
      ```
   **Job Parameters:**

   *   | Job parameter | Parameter value |
       | ------------- | --------------- |
       | mergingStrat | ` "by_id" ` |
       | removeIsolated | ` true ` |
       | weightFile | ` None ` |
       | undirected | ` true ` |
       | out | ` true ` |
       | chromInfo | ` "/tmp/tmpjgxwrabj/galaxy-dev/tool-data/shared/ucsc/chrom/?.len" ` |
       | dbkey | ` "?" ` |
       | \_\_input\_ext | ` "rdf" ` |



    </div></details>


</details>
'));
     </script>
   </body>
 </html>
\ No newline at end of file
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/attributes/ExtractAnnotations/ExtractAnnotations.xml
--- a/tools/attributes/ExtractAnnotations/ExtractAnnotations.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/attributes/ExtractAnnotations/ExtractAnnotations.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_ExtractAnnotations" name="ExtractAnnotations" version="2.0.0">
+<tool id="met4j_ExtractAnnotations" name="ExtractAnnotations" version="2.0.1">
   <description>Extract databases' references from SBML annotations or notes.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh attributes.ExtractAnnotations -i "$inputPath"
  -export "$export"
@@ -34,40 +34,73 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="Human-GEM_pathways.xml"/>
+            
       <param name="export" value="METABOLITE"/>
+            
       <param name="db" value="metanetx.chemical"/>
+            
       <output ftype="tsv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_lines n="146"/>
+                    
           <has_n_columns n="2"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="Human-GEM_pathways.xml"/>
+            
       <param name="export" value="METABOLITE"/>
+            
       <param name="db" value="metanetx.chemical"/>
+            
       <param name="skip" value="true"/>
+            
       <output ftype="tsv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_lines n="145"/>
+                    
           <has_n_columns n="2"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="Human-GEM_pathways.xml"/>
+            
       <param name="export" value="METABOLITE"/>
+            
       <param name="db" value="metanetx.chemical"/>
+            
       <param name="skip" value="true"/>
+            
       <param name="uniq" value="true"/>
+            
       <output ftype="tsv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_lines n="111"/>
+                    
           <has_n_columns n="2"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Extract databases' references from SBML annotations or notes. The references are exported as a tabulated file with one column with the SBML compound, reaction or gene identifiers, and one column with the corresponding database identifier.The name of the targeted database need to be provided under the same form than the one used in the notes field or the identifiers.org uri.]]></help>
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/attributes/ExtractPathways/ExtractPathways.xml
--- a/tools/attributes/ExtractPathways/ExtractPathways.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/attributes/ExtractPathways/ExtractPathways.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_ExtractPathways" name="ExtractPathways" version="2.0.0">
+<tool id="met4j_ExtractPathways" name="ExtractPathways" version="2.0.1">
   <description>Extract pathway(s) from a SBML file and create a sub-network SBML file</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh attributes.ExtractPathways -i "$inputPath"
  -p "$pathwayId"
@@ -24,15 +24,25 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="XF_network.sbml"/>
+            
       <param name="pathwayId" value="Citric_Acid_Cycle+Folate_Metabolism+toto"/>
+            
       <output ftype="sbml" name="outputPath">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*&lt;reaction.*" n="17"/>
+                    
           <has_line_matching expression=".*groups:id=.*" n="2"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Extract pathway(s) from a SBML file and create a sub-network SBML file]]></help>
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/attributes/GetEntities/GetEntities.xml
--- a/tools/attributes/GetEntities/GetEntities.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/attributes/GetEntities/GetEntities.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_GetEntities" name="GetEntities" version="2.0.0">
+<tool id="met4j_GetEntities" name="GetEntities" version="2.0.1">
   <description>Parse a SBML file to return a list of entities composing the network: metabolites, reactions, genes and others.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh attributes.GetEntities -i "$sbml"
  $printMetabolites
@@ -30,29 +30,52 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="sbml" value="Human-GEM_pathways.xml"/>
+            
       <output ftype="tsv" name="outputFile">
+                
         <assert_contents>
+                    
           <has_text_matching expression="GENE" n="86"/>
+                    
           <has_text_matching expression="METABOLITE" n="111"/>
+                    
           <has_text_matching expression="REACTION" n="75"/>
+                    
           <has_text_matching expression="PATHWAY" n="3"/>
+                    
           <has_text_matching expression="COMPARTMENT" n="5"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="sbml" value="Human-GEM_pathways.xml"/>
+            
       <param name="printReactions" value="true"/>
+            
       <param name="printMetabolites" value="true"/>
+            
       <param name="printGenes" value="true"/>
+            
       <param name="printCompartments" value="true"/>
+            
       <param name="noTypeCol" value="true"/>
+            
       <output ftype="tsv" name="outputFile">
+                
         <assert_contents>
+                    
           <has_n_lines n="277"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Parse a SBML file to return a list of entities composing the network: metabolites, reactions, genes and others.The output file is a tabulated file with two columns, one with entity identifiers, and one with the entity type. If no entity type is selected, all of them are returned by default. Only identifiers are written, attributes can be extracted from dedicated apps or from the Sbml2Tab app.]]></help>
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/attributes/GetGenesFromReactions/GetGenesFromReactions.xml
--- a/tools/attributes/GetGenesFromReactions/GetGenesFromReactions.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/attributes/GetGenesFromReactions/GetGenesFromReactions.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_GetGenesFromReactions" name="GetGenesFromReactions" version="2.0.0">
+<tool id="met4j_GetGenesFromReactions" name="GetGenesFromReactions" version="2.0.1">
   <description>Get gene lists from a list of reactions and a SBML file.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh attributes.GetGenesFromReactions -i "$sbml"
  -r "$reactionFile"
@@ -34,15 +34,25 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="sbml" value="XF_network.sbml"/>
+            
       <param name="reactionFile" value="XF_network_R_Seed.tab"/>
+            
       <output ftype="tsv" name="outputFile">
+                
         <assert_contents>
+                    
           <has_n_lines n="2"/>
+                    
           <has_line_matching expression="R_GLUN.*XFCFBP8418_026750" n="1"/>
+                    
           <has_line_matching expression="R_ACGS.*XFCFBP8418_025260" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Get associated gene list from a list of reactions and a SBML file. Parse SBML GPR annotations and output a tab-separated file with one row per gene, associated reaction identifiers from input file in first column, gene identifiers in second column.]]></help>
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/attributes/GetMetaboliteAttributes/GetMetaboliteAttributes.xml
--- a/tools/attributes/GetMetaboliteAttributes/GetMetaboliteAttributes.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/attributes/GetMetaboliteAttributes/GetMetaboliteAttributes.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_GetMetaboliteAttributes" name="GetMetaboliteAttributes" version="2.0.0">
+<tool id="met4j_GetMetaboliteAttributes" name="GetMetaboliteAttributes" version="2.0.1">
   <description>Create a tabulated file with metabolite attributes from a SBML file</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh attributes.GetMetaboliteAttributes -i "$sbml"
  -o "$outputFile"
@@ -18,15 +18,25 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="sbml" value="toy_model.xml"/>
+            
       <output ftype="tsv" name="outputFile">
+                
         <assert_contents>
+                    
           <has_n_lines n="9"/>
+                    
           <has_n_columns n="6"/>
+                    
           <has_line_matching expression=".*1S/C2H6O/c1-2-3/h3H,2H2,1H3.*" n="1"/>
+                    
           <has_line_matching expression=".*C.*NC.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Create a tabulated file with metabolite attributes from a SBML file]]></help>
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/attributes/GetReactantsFromReactions/GetReactantsFromReactions.xml
--- a/tools/attributes/GetReactantsFromReactions/GetReactantsFromReactions.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/attributes/GetReactantsFromReactions/GetReactantsFromReactions.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_GetReactantsFromReactions" name="GetReactantsFromReactions" version="2.0.0">
+<tool id="met4j_GetReactantsFromReactions" name="GetReactantsFromReactions" version="2.0.1">
   <description>Get reactant lists from a list of reactions and a SBML file.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh attributes.GetReactantsFromReactions -i "$sbml"
  -r "$reactionFile"
@@ -38,36 +38,65 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="sbml" value="XF_network.sbml"/>
+            
       <param name="reactionFile" value="XF_network_R_Seed.tab"/>
+            
       <output ftype="tsv" name="outputFile">
+                
         <assert_contents>
+                    
           <has_text_matching expression="R_GLUN" n="4"/>
+                    
           <has_text_matching expression="R_ACGS" n="5"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="sbml" value="XF_network.sbml"/>
+            
       <param name="reactionFile" value="XF_network_R_Seed.tab"/>
+            
       <param name="printSubstrates" value="true"/>
+            
       <output ftype="tsv" name="outputFile">
+                
         <assert_contents>
+                    
           <has_text_matching expression="R_GLUN" n="2"/>
+                    
           <has_text_matching expression="R_ACGS" n="5"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="sbml" value="XF_network.sbml"/>
+            
       <param name="reactionFile" value="XF_network_R_Seed.tab"/>
+            
       <param name="printProducts" value="true"/>
+            
       <output ftype="tsv" name="outputFile">
+                
         <assert_contents>
+                    
           <has_text_matching expression="R_GLUN" n="2"/>
+                    
           <has_text_matching expression="R_ACGS" n="5"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Get reactant lists from a list of reactions and a Sbml file. Output a tab-separated file with one row per reactant, reaction identifiers in first column, reactant identifiers in second column. It can provides substrates, products, or both (by default). In the case of reversible reactions, all reactants are considered as both substrates and products]]></help>
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/attributes/SetCharges/SetCharges.xml
--- a/tools/attributes/SetCharges/SetCharges.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/attributes/SetCharges/SetCharges.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_SetCharges" name="SetCharges" version="2.0.0">
+<tool id="met4j_SetCharges" name="SetCharges" version="2.0.1">
   <description>Set charge to metabolites in a SBML file from a tabulated file containing the metabolite ids and the charges</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh attributes.SetCharges#if str($colcharge) != 'nan':
  -cc "$colcharge"
@@ -50,63 +50,117 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="sbml" value="toy_model.xml"/>
+            
       <param name="tab" value="charges.tsv"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*fbc:charge=.2.*" n="1"/>
+                    
           <has_line_matching expression=".*fbc:charge=.-3.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="sbml" value="toy_model.xml"/>
+            
       <param name="tab" value="chargesWithComment.tsv"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*fbc:charge=.2.*" n="1" negate="true"/>
+                    
           <has_line_matching expression=".*fbc:charge=.-3.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="sbml" value="toy_model.xml"/>
+            
       <param name="tab" value="charges.tsv"/>
+            
       <param name="nSkip" value="1"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*fbc:charge=.2.*" n="1" negate="true"/>
+                    
           <has_line_matching expression=".*fbc:charge=.-3.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="sbml" value="toy_model.xml"/>
+            
       <param name="tab" value="charges.tsv"/>
+            
       <param name="ci" value="2"/>
+            
       <param name="cc" value="3"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*fbc:charge=.2.*" n="1"/>
+                    
           <has_line_matching expression=".*fbc:charge=.-3.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="sbml" value="XF_network.sbml"/>
+            
       <param name="tab" value="chargesXF.tsv"/>
+            
       <param name="p" value="true"/>
+            
       <param name="s" value="true"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*fbc:charge=.-1000.*" n="3"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Set charge to metabolites in a SBML file from a tabulated file containing the metabolite ids and the charges
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/attributes/SetChemicalFormulas/SetChemicalFormulas.xml
--- a/tools/attributes/SetChemicalFormulas/SetChemicalFormulas.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/attributes/SetChemicalFormulas/SetChemicalFormulas.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_SetChemicalFormulas" name="SetChemicalFormulas" version="2.0.0">
+<tool id="met4j_SetChemicalFormulas" name="SetChemicalFormulas" version="2.0.1">
   <description>Set Formula to network metabolites from a tabulated file containing the metabolite ids and the formulas</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh attributes.SetChemicalFormulas#if str($colformula) != 'nan':
  -cf "$colformula"
@@ -50,19 +50,32 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="sbml" value="toy_model.xml"/>
+            
       <param name="tab" value="formula.tsv"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*CH6O6.*" n="2"/>
+                    
           <has_line_matching expression=".*CH12O4.*" n="2"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test expect_failure="true">
+            
       <param name="sbml" value="toy_model.xml"/>
+            
       <param name="tab" value="formulaBad.tsv"/>
+          
     </test>
   </tests>
   <help><![CDATA[Set Formula to network metabolites from a tabulated file containing the metabolite ids and the formulas
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/attributes/SetEcNumbers/SetEcNumbers.xml
--- a/tools/attributes/SetEcNumbers/SetEcNumbers.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/attributes/SetEcNumbers/SetEcNumbers.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_SetEcNumbers" name="SetEcNumbers" version="2.0.0">
+<tool id="met4j_SetEcNumbers" name="SetEcNumbers" version="2.0.1">
   <description>Set EC numbers to reactions in a SBML file from a tabulated file containing the reaction ids and the EC numbers</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh attributes.SetEcNumbers#if str($colec) != 'nan':
  -cec "$colec"
@@ -48,19 +48,32 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="sbml" value="toy_model.xml"/>
+            
       <param name="tab" value="ec.tsv"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*1.1.1.1.*" n="2"/>
+                    
           <has_line_matching expression=".*1.2.3.4.*" n="2"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test expect_failure="true">
+            
       <param name="sbml" value="toy_model.xml"/>
+            
       <param name="tab" value="ecBad.tsv"/>
+          
     </test>
   </tests>
   <help><![CDATA[Set EC numbers to reactions in a SBML file from a tabulated file containing the reaction ids and the EC numbers
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/attributes/SetGprs/SetGprs.xml
--- a/tools/attributes/SetGprs/SetGprs.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/attributes/SetGprs/SetGprs.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_SetGprs" name="SetGprs" version="2.0.0">
+<tool id="met4j_SetGprs" name="SetGprs" version="2.0.1">
   <description>Create a new SBML file from an original sbml file and a tabulated file containing reaction ids and Gene association written in a cobra way</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh attributes.SetGprs#if str($colgpr) != 'nan':
  -cgpr "$colgpr"
@@ -48,22 +48,39 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="sbml" value="toy_model.xml"/>
+            
       <param name="tab" value="gpr.tsv"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*fbc:id=.G1.*" n="1"/>
+                    
           <has_line_matching expression=".*fbc:id=.G2.*" n="1"/>
+                    
           <has_line_matching expression=".*fbc:id=.G3.*" n="1"/>
+                    
           <has_line_matching expression=".*fbc:id=.G4.*" n="1"/>
+                    
           <has_line_matching expression=".*fbc:geneProductRef fbc:geneProduct=.G1.*" n="1"/>
+                    
           <has_line_matching expression=".*fbc:geneProductRef fbc:geneProduct=.G2.*" n="1"/>
+                    
           <has_line_matching expression=".*fbc:geneProductRef fbc:geneProduct=.G3.*" n="1"/>
+                    
           <has_line_matching expression=".*fbc:geneProductRef fbc:geneProduct=.G4.*" n="1"/>
+                    
           <has_line_matching expression=".*fbc:and.*" n="2"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Create a new SBML file from an original sbml file and a tabulated file containing reaction ids and Gene association written in a cobra way
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/attributes/SetIds/SetIds.xml
--- a/tools/attributes/SetIds/SetIds.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/attributes/SetIds/SetIds.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_SetIds" name="SetIds" version="2.0.0">
+<tool id="met4j_SetIds" name="SetIds" version="2.0.1">
   <description>Set new ids to network objects in a SBML file from a tabulated file containing the old ids and the new ids</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh attributes.SetIds#if str($colname) != 'nan':
  -cnew "$colname"
@@ -62,63 +62,117 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="sbml" value="toy_model.xml"/>
+            
       <param name="tab" value="idMetabolites.tsv"/>
+            
       <param name="o" value="METABOLITE"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*id=.metaboliteA.*" n="1"/>
+                    
           <has_line_matching expression=".*id=.metaboliteB.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="sbml" value="toy_model.xml"/>
+            
       <param name="tab" value="idReactions.tsv"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*id=.reaction1.*" n="1"/>
+                    
           <has_line_matching expression=".*id=.reaction2.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="sbml" value="XF_network.sbml"/>
+            
       <param name="tab" value="idPathways.tsv"/>
+            
       <param name="o" value="PATHWAY"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*groups:id=.CEB.*" n="1"/>
+                    
           <has_line_matching expression=".*groups:id=.NSP.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="sbml" value="XF_network.sbml"/>
+            
       <param name="tab" value="idGenes.tsv"/>
+            
       <param name="o" value="GENE"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*fbc:id=.G1.*" n="1"/>
+                    
           <has_line_matching expression=".*fbc:id=.G2.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="sbml" value="XF_network.sbml"/>
+            
       <param name="tab" value="idCompartments.tsv"/>
+            
       <param name="o" value="COMPARTMENT"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*id=.cytosol.*" n="1"/>
+                    
           <has_line_matching expression=".*id=.extra.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Set new ids to network objects in a SBML file from a tabulated file containing the old ids and the new ids
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/attributes/SetNames/SetNames.xml
--- a/tools/attributes/SetNames/SetNames.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/attributes/SetNames/SetNames.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_SetNames" name="SetNames" version="2.0.0">
+<tool id="met4j_SetNames" name="SetNames" version="2.0.1">
   <description>Set names to network objects in a SBML file from a tabulated file containing the object ids and the names</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh attributes.SetNames#if str($colname) != 'nan':
  -cname "$colname"
@@ -62,51 +62,94 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="sbml" value="toy_model.xml"/>
+            
       <param name="tab" value="namesMetabolites.tsv"/>
+            
       <param name="o" value="METABOLITE"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*metaboliteA.*" n="1"/>
+                    
           <has_line_matching expression=".*metaboliteB.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="sbml" value="toy_model.xml"/>
+            
       <param name="tab" value="namesReactions.tsv"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*reaction1.*" n="1"/>
+                    
           <has_line_matching expression=".*reaction2.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="sbml" value="XF_network.sbml"/>
+            
       <param name="tab" value="namesPathways.tsv"/>
+            
       <param name="o" value="PATHWAY"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*groups:name=.CEB.*" n="1"/>
+                    
           <has_line_matching expression=".*groups:name=.NSP.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="sbml" value="XF_network.sbml"/>
+            
       <param name="tab" value="namesGenes.tsv"/>
+            
       <param name="o" value="GENE"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*fbc:name=.G1.*" n="1"/>
+                    
           <has_line_matching expression=".*fbc:name=.G2.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Set names to network objects in a SBML file from a tabulated file containing the object ids and the names
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/attributes/SetPathways/SetPathways.xml
--- a/tools/attributes/SetPathways/SetPathways.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/attributes/SetPathways/SetPathways.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_SetPathways" name="SetPathways" version="2.0.0">
+<tool id="met4j_SetPathways" name="SetPathways" version="2.0.1">
   <description>Set pathway to reactions in a network from a tabulated file containing the reaction ids and the pathways</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh attributes.SetPathways#if str($colp) != 'nan':
  -cp "$colp"
@@ -56,31 +56,56 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="sbml" value="toy_model.xml"/>
+            
       <param name="tab" value="pathways.tsv"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*groups:id=.*" n="3"/>
+                    
           <has_line_matching expression=".*groups:id=.p1.*" n="1"/>
+                    
           <has_line_matching expression=".*groups:id=.p2.*" n="1"/>
+                    
           <has_line_matching expression=".*groups:id=.p3.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="sbml" value="toy_model.xml"/>
+            
       <param name="tab" value="pathwaysOtherSep.tsv"/>
+            
       <param name="sep" value=" + "/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*groups:id=.*" n="3"/>
+                    
           <has_line_matching expression=".*groups:id=.p1.*" n="1"/>
+                    
           <has_line_matching expression=".*groups:id=.p2.*" n="1"/>
+                    
           <has_line_matching expression=".*groups:id=.p3.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Set pathway to reactions in a network from a tabulated file containing the reaction ids and the pathways
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/attributes/SetReferences/SetReferences.xml
--- a/tools/attributes/SetReferences/SetReferences.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/attributes/SetReferences/SetReferences.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_SetReferences" name="SetReferences" version="2.0.0">
+<tool id="met4j_SetReferences" name="SetReferences" version="2.0.1">
   <description>Add references to network objects in a SBML file from a tabulated file containing the metabolite ids and the references</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh attributes.SetReferences#if str($colRef) != 'nan':
  -cr "$colRef"
@@ -68,17 +68,29 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="sbml" value="toy_model.xml"/>
+            
       <param name="tab" value="refs.tsv"/>
+            
       <param name="ref" value="InChi"/>
+            
       <param name="o" value="METABOLITE"/>
+            
       <output ftype="sbml" name="out">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*C2H6O.*" n="3"/>
+                    
           <has_line_matching expression=".*C6H8O6.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Add references to network objects in a SBML file from a tabulated file containing the metabolite ids and the references
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/bigg/GetBiggModelProteome/GetBiggModelProteome.xml
--- a/tools/bigg/GetBiggModelProteome/GetBiggModelProteome.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/bigg/GetBiggModelProteome/GetBiggModelProteome.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_GetBiggModelProteome" name="GetBiggModelProteome" version="2.0.0">
+<tool id="met4j_GetBiggModelProteome" name="GetBiggModelProteome" version="2.0.1">
   <description>Get proteome in fasta format of a model present in the BIGG database</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh bigg.GetBiggModelProteome -m "$modelId"
  -o "$outputFile"
@@ -22,12 +22,19 @@
   </outputs>
   <tests>
     <test maxseconds="120">
+            
       <param name="modelId" value="e_coli_core"/>
+            
       <output ftype="fasta" name="outputFile">
+                
         <assert_contents>
+                    
           <has_line_matching expression=".*name=.*" n="136"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Get proteome in fasta format of a model present in the BIGG database]]></help>
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/convert/FbcToNotes/FbcToNotes.xml
--- a/tools/convert/FbcToNotes/FbcToNotes.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/convert/FbcToNotes/FbcToNotes.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_FbcToNotes" name="FbcToNotes" version="2.0.0">
+<tool id="met4j_FbcToNotes" name="FbcToNotes" version="2.0.1">
   <description>Convert FBC package annotations to sbml html notes</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh convert.FbcToNotes -i "$inputPath"
  -o "$outputPath"
@@ -18,13 +18,21 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="ECOL.xml"/>
+            
       <output ftype="sbml" name="outputPath">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*GENE_ASSOCIATION: b2312.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Convert FBC package annotations to sbml html notes (see https://www.degruyter.com/document/doi/10.1515/jib-2017-0082/html)]]></help>
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/convert/Kegg2Sbml/Kegg2Sbml.xml
--- a/tools/convert/Kegg2Sbml/Kegg2Sbml.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/convert/Kegg2Sbml/Kegg2Sbml.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_Kegg2Sbml" name="Kegg2Sbml" version="2.0.0">
+<tool id="met4j_Kegg2Sbml" name="Kegg2Sbml" version="2.0.1">
   <description>Build a SBML file from KEGG organism-specific pathways. Uses Kegg API.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh convert.Kegg2Sbml#if str($org):
  -org "$org"
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/convert/Sbml2CarbonSkeletonNet/Sbml2CarbonSkeletonNet.xml
--- a/tools/convert/Sbml2CarbonSkeletonNet/Sbml2CarbonSkeletonNet.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/convert/Sbml2CarbonSkeletonNet/Sbml2CarbonSkeletonNet.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_Sbml2CarbonSkeletonNet" name="Sbml2CarbonSkeletonNet" version="2.0.0">
+<tool id="met4j_Sbml2CarbonSkeletonNet" name="Sbml2CarbonSkeletonNet" version="2.0.1">
   <description>Create a carbon skeleton graph representation of a SBML file content, using GSAM atom-mapping file (see https://forgemia.inra.fr/metexplore/gsam)</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh convert.Sbml2CarbonSkeletonNet -i "$inputPath"
  -g "$inputAAM"
@@ -46,90 +46,168 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="Human-GEM_pathways.xml"/>
+            
       <param name="inputAAM" value="Human-GEM_pathways-transitions.tab"/>
+            
       <param name="format" value="gml"/>
+            
       <output name="output">
+                
         <assert_contents>
+                    
           <has_n_lines n="2602"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="Human-GEM_pathways.xml"/>
+            
       <param name="inputAAM" value="Human-GEM_pathways-transitions.tab"/>
+            
       <param name="keepSingleCarbon" value="true"/>
+            
       <param name="format" value="gml"/>
+            
       <output name="output">
+                
         <assert_contents>
+                    
           <has_n_lines n="2629"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="Human-GEM_pathways.xml"/>
+            
       <param name="inputAAM" value="Human-GEM_pathways-transitions.tab"/>
+            
       <param name="mergeComp" value="true"/>
+            
       <param name="format" value="gml"/>
+            
       <output name="output">
+                
         <assert_contents>
+                    
           <has_n_lines n="2406"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="Human-GEM_pathways.xml"/>
+            
       <param name="inputAAM" value="Human-GEM_pathways-transitions.tab"/>
+            
       <param name="mergeEdges" value="true"/>
+            
       <param name="format" value="gml"/>
+            
       <output name="output">
+                
         <assert_contents>
+                    
           <has_n_lines n="2071"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="Human-GEM_pathways.xml"/>
+            
       <param name="inputAAM" value="Human-GEM_pathways-transitions.tab"/>
+            
       <param name="removeIsolated" value="true"/>
+            
       <param name="format" value="gml"/>
+            
       <output name="output">
+                
         <assert_contents>
+                    
           <has_n_lines n="2490"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="Human-GEM_pathways.xml"/>
+            
       <param name="inputAAM" value="Human-GEM_pathways-transitions.tab"/>
+            
       <param name="undirected" value="true"/>
+            
       <param name="format" value="gml"/>
+            
       <output name="output">
+                
         <assert_contents>
+                    
           <has_n_lines n="3214"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="Human-GEM_pathways.xml"/>
+            
       <param name="inputAAM" value="Human-GEM_pathways-transitions.tab"/>
+            
       <param name="format" value="matrix"/>
+            
       <output name="output">
+                
         <assert_contents>
+                    
           <has_n_lines n="112"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="Human-GEM_pathways.xml"/>
+            
       <param name="inputAAM" value="Human-GEM_pathways-transitions2.tab"/>
+            
       <param name="fromIndexes" value="true"/>
+            
       <param name="format" value="gml"/>
+            
       <output name="output">
+                
         <assert_contents>
+                    
           <has_n_lines n="2611"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Metabolic networks used for quantitative analysis often contain links that are irrelevant for graph-based structural analysis. For example, inclusion of side compounds or modelling artifacts such as 'biomass' nodes. Focusing on links between compounds that share parts of their carbon skeleton allows to avoid many transitions involving side compounds, and removes entities without defined chemical structure. This app produces a Carbon Skeleton Network relevant for graph-based analysis of metabolism, in GML or matrix format, from a SBML and an GSAM atom mapping file. GSAM (see https://forgemia.inra.fr/metexplore/gsam) performs atom mapping at genome-scale level using the Reaction Decoder Tool (https://github.com/asad/ReactionDecoder) and allows to compute the number of conserved atoms of a given type between reactants.This app also enables Markov-chain based analysis of metabolic networks by computing reaction-normalized transition probabilities on the Carbon Skeleton Network.]]></help>
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/convert/Sbml2CompoundGraph/Sbml2CompoundGraph.xml
--- a/tools/convert/Sbml2CompoundGraph/Sbml2CompoundGraph.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/convert/Sbml2CompoundGraph/Sbml2CompoundGraph.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_Sbml2CompoundGraph" name="Sbml2CompoundGraph" version="2.0.0">
+<tool id="met4j_Sbml2CompoundGraph" name="Sbml2CompoundGraph" version="2.0.1">
   <description>Advanced creation of a compound graph representation of a SBML file content</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh convert.Sbml2CompoundGraph -i "$inputPath"
 #if str($inputSide) != 'None':
@@ -54,31 +54,56 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="XF_network.sbml"/>
+            
       <param name="inputSide" value="XF_network_C_Side.tab"/>
+            
       <param name="format" value="gml"/>
+            
       <output name="output">
+                
         <assert_contents>
+                    
           <has_line_matching expression=".*node.*" n="1101"/>
+                    
           <has_line_matching expression=".*edge.*" n="5581"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="XF_network.sbml"/>
+            
       <param name="inputSide" value="XF_network_C_Side.tab"/>
+            
       <param name="undirected" value="true"/>
+            
       <param name="computeWeight" value="true"/>
+            
       <param name="removeIsolated" value="true"/>
+            
       <param name="degree" value="true"/>
+            
       <param name="mergingStrat" value="by_id"/>
+            
       <param name="format" value="gml"/>
+            
       <output name="output">
+                
         <assert_contents>
+                    
           <has_line_matching expression=".*node.*" n="793"/>
+                    
           <has_line_matching expression=".*edge.*" n="9372"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Metabolic networks used for quantitative analysis often contain links that are irrelevant for graph-based structural analysis. For example, inclusion of side compounds or modelling artifacts such as 'biomass' nodes.
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/convert/Sbml2Graph/Sbml2Graph.xml
--- a/tools/convert/Sbml2Graph/Sbml2Graph.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/convert/Sbml2Graph/Sbml2Graph.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_Sbml2Graph" name="Sbml2Graph" version="2.0.0">
+<tool id="met4j_Sbml2Graph" name="Sbml2Graph" version="2.0.1">
   <description>Create a graph representation of a SBML file content, and export it in graph file format.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh convert.Sbml2Graph -i "$inputPath"
  $bipartite
@@ -34,38 +34,69 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="toy_model.xml"/>
+            
       <param name="format" value="gml"/>
+            
       <output name="output">
+                
         <assert_contents>
+                    
           <has_line_matching expression=".*node.*" n="8"/>
+                    
           <has_line_matching expression=".*edge.*" n="9"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="toy_model.xml"/>
+            
       <param name="bipartite" value="true"/>
+            
       <param name="compound" value="false"/>
+            
       <param name="format" value="gml"/>
+            
       <output name="output">
+                
         <assert_contents>
+                    
           <has_line_matching expression=".*node.*" n="15"/>
+                    
           <has_line_matching expression=".*edge.*" n="17"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="toy_model.xml"/>
+            
       <param name="reaction" value="true"/>
+            
       <param name="compound" value="false"/>
+            
       <param name="format" value="gml"/>
+            
       <output name="output">
+                
         <assert_contents>
+                    
           <has_line_matching expression=".*node.*" n="7"/>
+                    
           <has_line_matching expression=".*edge.*" n="8"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Create a graph representation of a SBML file content, and export it in graph file format.
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/convert/Sbml2PathwayNet/Sbml2PathwayNet.xml
--- a/tools/convert/Sbml2PathwayNet/Sbml2PathwayNet.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/convert/Sbml2PathwayNet/Sbml2PathwayNet.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_Sbml2PathwayNet" name="Sbml2PathwayNet" version="2.0.0">
+<tool id="met4j_Sbml2PathwayNet" name="Sbml2PathwayNet" version="2.0.1">
   <description>Creation of a Pathway Network representation of a SBML file content</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh convert.Sbml2PathwayNet -i "$inputPath"
 #if str($inputSide) != 'None':
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/convert/Sbml2Tab/Sbml2Tab.xml
--- a/tools/convert/Sbml2Tab/Sbml2Tab.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/convert/Sbml2Tab/Sbml2Tab.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_Sbml2Tab" name="Sbml2Tab" version="2.0.0">
+<tool id="met4j_Sbml2Tab" name="Sbml2Tab" version="2.0.1">
   <description>Create a tabulated file listing reaction attributes from a SBML file</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh convert.Sbml2Tab#if str($i):
  -irr "$i"
@@ -34,28 +34,50 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="in" value="toy_model.xml"/>
+            
       <output ftype="tsv" name="out">
+                
         <assert_contents>
+                    
           <has_n_lines n="8"/>
+                    
           <has_n_columns n="9"/>
+                    
           <has_text text="2.0 E[c] --&gt; D[c]"/>
+                    
           <has_text text="A[c] &lt;==&gt; B[c]"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="in" value="toy_model.xml"/>
+            
       <param name="i" value="-&gt;"/>
+            
       <param name="r" value="="/>
+            
       <output ftype="tsv" name="out">
+                
         <assert_contents>
+                    
           <has_n_lines n="8"/>
+                    
           <has_n_columns n="9"/>
+                    
           <has_text text="2.0 E[c] -&gt; D[c]"/>
+                    
           <has_text text="A[c] = B[c]"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Create a tabulated file listing reaction attributes from a SBML file]]></help>
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/convert/SbmlWizard/SbmlWizard.xml
--- a/tools/convert/SbmlWizard/SbmlWizard.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/convert/SbmlWizard/SbmlWizard.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_SbmlWizard" name="SbmlWizard" version="2.0.0">
+<tool id="met4j_SbmlWizard" name="SbmlWizard" version="2.0.1">
   <description>General SBML model processing</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh convert.SbmlWizard -i "$inputPath"
 #if str($inputSide) != 'None':
@@ -56,30 +56,54 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="Human-GEM_pathways.xml"/>
+            
       <param name="removeIsolated" value="true"/>
+            
       <param name="removeNoFlux" value="true"/>
+            
       <param name="mergingStrat" value="by_id"/>
+            
       <param name="removeDuplicated" value="true"/>
+            
       <param name="exchangeCompToRemove" value="s"/>
+            
       <output ftype="sbml" name="outputPath">
+                
         <assert_contents>
+                    
           <has_text text="&lt;/sbml&gt;"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="XF_network.sbml"/>
+            
       <param name="removeIsolated" value="true"/>
+            
       <param name="removeNoFlux" value="true"/>
+            
       <param name="removeDuplicated" value="true"/>
+            
       <param name="inputSide" value="XF_network_C_Side.tab"/>
+            
       <param name="inputReactions" value="XF_network_R_Seed.tab"/>
+            
       <output ftype="sbml" name="outputPath">
+                
         <assert_contents>
+                    
           <has_text text="&lt;/sbml&gt;"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[General SBML model processing including compound removal (such as side compounds or isolated compounds), reaction removal (ex. blocked or exchange reaction), and compartment merging]]></help>
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/convert/Tab2Sbml/Tab2Sbml.xml
--- a/tools/convert/Tab2Sbml/Tab2Sbml.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/convert/Tab2Sbml/Tab2Sbml.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_Tab2Sbml" name="Tab2Sbml" version="2.0.0">
+<tool id="met4j_Tab2Sbml" name="Tab2Sbml" version="2.0.1">
   <description>Create a Sbml File from a tabulated file that contains the reaction ids and the formulas</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh convert.Tab2Sbml#if str($colid) != 'nan':
  -ci "$colid"
@@ -76,63 +76,117 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="in" value="toy_model.tsv"/>
+            
       <output ftype="sbml" name="sbml">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*reaction .*" n="7"/>
+                    
           <has_line_matching expression=".*species .*" n="8"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="in" value="toy_model_otherColumns.tsv"/>
+            
       <param name="colid" value="2"/>
+            
       <param name="colformula" value="3"/>
+            
       <output ftype="sbml" name="sbml">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*reaction .*" n="7"/>
+                    
           <has_line_matching expression=".*species .*" n="8"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="in" value="toy_model_otherSigns.tsv"/>
+            
       <param name="i" value="-&gt;"/>
+            
       <param name="r" value="="/>
+            
       <output ftype="sbml" name="sbml">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*reaction .*" n="7"/>
+                    
           <has_line_matching expression=".*species .*" n="8"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="in" value="toy_model.tsv"/>
+            
       <param name="rp" value="true"/>
+            
       <param name="mp" value="true"/>
+            
       <param name="e" value="_e"/>
+            
       <param name="createCompartment" value="true"/>
+            
       <output ftype="sbml" name="sbml">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*boundaryCondition=.true.*" n="3"/>
+                    
           <has_line_matching expression=".*id=.M_A_ext_e.*" n="1"/>
+                    
           <has_line_matching expression=".*id=.R_reac2.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="in" value="toy_model.tsv"/>
+            
       <param name="id" value="myModel"/>
+            
       <output ftype="sbml" name="sbml">
+                
         <assert_contents>
+                    
           <is_valid_xml/>
+                    
           <has_line_matching expression=".*myModel.*" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Create a Sbml File from a tabulated file that contains the reaction ids and the formulas]]></help>
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/mapping/NameMatcher/NameMatcher.xml
--- a/tools/mapping/NameMatcher/NameMatcher.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/mapping/NameMatcher/NameMatcher.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_NameMatcher" name="NameMatcher" version="2.0.0">
+<tool id="met4j_NameMatcher" name="NameMatcher" version="2.0.1">
   <description>This tool runs edit-distance based fuzzy matching to perform near-similar name matching between a metabolic model and a list of chemical names in a dataset. A harmonization processing is performed on chemical names with substitutions of common patterns among synonyms, in order to create aliases on which classical fuzzy matching can be run efficiently.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh mapping.NameMatcher#if str($n):
  -nMatch "$n"
@@ -60,6 +60,7 @@
   </outputs>
   <tests/>
   <help><![CDATA[Metabolic models and Metabolomics Data often refer compounds only by using their common names, which vary greatly according to the source, thus impeding interoperability between models, databases and experimental data. This requires a tedious step of manual mapping. Fuzzy matching is a range of methods which can potentially helps fasten this process, by allowing the search for near-similar names. Fuzzy matching is primarily designed for common language search engines and is frequently based on edit distance, i.e. the number of edits to transform a character string into another, effectively managing typo, case and special character variations, and allowing auto-completion. However, edit-distance based search fall short when mapping chemical names: As an example, alpha-D-Glucose et Glucose would require more edits than between Fructose and Glucose.
+
 This tool runs edit-distance based fuzzy matching to perform near-similar name matching between a metabolic model and a list of chemical names in a dataset. A harmonization processing is performed on chemical names with substitutions of common patterns among synonyms, in order to create aliases on which classical fuzzy matching can be run efficiently.]]></help>
   <citations/>
 </tool>
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/mapping/ORApathwayEnrichment/ORApathwayEnrichment.xml
--- a/tools/mapping/ORApathwayEnrichment/ORApathwayEnrichment.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/mapping/ORApathwayEnrichment/ORApathwayEnrichment.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_ORApathwayEnrichment" name="ORApathwayEnrichment" version="2.0.0">
+<tool id="met4j_ORApathwayEnrichment" name="ORApathwayEnrichment" version="2.0.1">
   <description>Perform Over Representation Analysis for Pathway Enrichment, using one-tailed exact Fisher Test.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh mapping.ORApathwayEnrichment#if str($th) != 'nan':
  -th "$th"
@@ -32,39 +32,62 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="sbml" value="XF_network.sbml"/>
+            
       <param name="input" value="XF_network_C_NOI.txt"/>
+            
       <output name="outputFile">
+                
         <assert_contents>
+                    
           <has_n_columns n="3"/>
+                    
           <has_n_lines n="3"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="sbml" value="XF_network.sbml"/>
+            
       <param name="input" value="XF_network_C_NOI.txt"/>
+            
       <param name="corr" value="HolmBonferroni"/>
+            
       <param name="th" value="0.005"/>
+            
       <output name="outputFile">
+                
         <assert_contents>
+                    
           <has_n_columns n="3"/>
+                    
           <has_n_lines n="2"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Perform Over Representation Analysis for Pathway Enrichment, using one-tailed exact Fisher Test.
 The fisher exact test computes the probability p to randomly get the given set of values. 
 This version computes the probability to get at least the given overlap between the given set and the given modality :
 Sum the hypergeometric probability with increasing target/query intersection cardinality.
+
 The hypergeometric probability is computed from the following contingency table entries.
 (values in cells correspond to the marginal totals of each intersection groups)
 				Query	!Query
 	Target		a		b
 	!Target		c		d
+
 The probability of obtaining the set of value is computed as following:
 p = ((a+b)!(c+d)!(a+c)!(b+d)!)/(a!b!c!d!(a+b+c+d)!)
+
 The obtained p-value is then adjusted for multiple testing using one of the following methods:
  - Bonferroni: adjusted p-value = p*n
  - Benjamini-Hochberg: adjusted p-value = p*n/k
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/networkAnalysis/BipartiteDistanceMatrix/BipartiteDistanceMatrix.xml
--- a/tools/networkAnalysis/BipartiteDistanceMatrix/BipartiteDistanceMatrix.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/networkAnalysis/BipartiteDistanceMatrix/BipartiteDistanceMatrix.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_BipartiteDistanceMatrix" name="BipartiteDistanceMatrix" version="2.0.0">
+<tool id="met4j_BipartiteDistanceMatrix" name="BipartiteDistanceMatrix" version="2.0.1">
   <description>Create a compound to reactions distance matrix.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh networkAnalysis.BipartiteDistanceMatrix -i "$inputPath"
 #if str($sideCompoundFile) != 'None':
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/networkAnalysis/ChemSimilarityWeighting/ChemSimilarityWeighting.xml
--- a/tools/networkAnalysis/ChemSimilarityWeighting/ChemSimilarityWeighting.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/networkAnalysis/ChemSimilarityWeighting/ChemSimilarityWeighting.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_ChemSimilarityWeighting" name="ChemSimilarityWeighting" version="2.0.0">
+<tool id="met4j_ChemSimilarityWeighting" name="ChemSimilarityWeighting" version="2.0.1">
   <description>Provides tabulated compound graph edge list, with one column with reactant pair's chemical similarity.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh networkAnalysis.ChemSimilarityWeighting#if str($type):
  -f "$type"
@@ -68,7 +68,7 @@
   <help><![CDATA[Provides tabulated compound graph edge list, with one column with reactant pair's chemical similarity.Chemical similarity has been proposed as edge weight for finding meaningful paths in metabolic networks, using shortest (lightest) path search.]]></help>
   <citations>
     <citation type="doi">10.1093/bioinformatics/btg217</citation>
+    <citation type="doi">10.1093/bioinformatics/btu760</citation>
     <citation type="doi">10.1093/bioinformatics/bti116</citation>
-    <citation type="doi">10.1093/bioinformatics/btu760</citation>
   </citations>
 </tool>
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/networkAnalysis/ChokePoint/ChokePoint.xml
--- a/tools/networkAnalysis/ChokePoint/ChokePoint.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/networkAnalysis/ChokePoint/ChokePoint.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_ChokePoint" name="ChokePoint" version="2.0.0">
+<tool id="met4j_ChokePoint" name="ChokePoint" version="2.0.1">
   <description>Compute the Choke points of a metabolic network.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh networkAnalysis.ChokePoint -i "$inputPath"
  -o "$outputPath"
@@ -18,15 +18,25 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="XF_network.sbml"/>
+            
       <output ftype="tsv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_lines n="695"/>
+                    
           <has_n_columns n="3"/>
+                    
           <has_line_matching expression="R_ADEtex.*adenine_transport_via_diffusion__extracellular_to_periplasm_.*M_ade_e &lt;==&gt; M_ade_p" n="1"/>
+                    
           <has_line_matching expression="R_AGDC_r.*R_AGDC_r.*M_acgam6p_c \+ M_h2o_c --&gt; M_ac_c \+ M_gam6p_c" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Compute the Choke points of a metabolic network.
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/networkAnalysis/DegreeWeighting/DegreeWeighting.xml
--- a/tools/networkAnalysis/DegreeWeighting/DegreeWeighting.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/networkAnalysis/DegreeWeighting/DegreeWeighting.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_DegreeWeighting" name="DegreeWeighting" version="2.0.0">
+<tool id="met4j_DegreeWeighting" name="DegreeWeighting" version="2.0.1">
   <description>Provides tabulated compound graph edge list, with one column with target's degree.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh networkAnalysis.DegreeWeighting#if str($pow):
  -pow "$pow"
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/networkAnalysis/DistanceMatrix/DistanceMatrix.xml
--- a/tools/networkAnalysis/DistanceMatrix/DistanceMatrix.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/networkAnalysis/DistanceMatrix/DistanceMatrix.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_DistanceMatrix" name="DistanceMatrix" version="2.0.0">
+<tool id="met4j_DistanceMatrix" name="DistanceMatrix" version="2.0.1">
   <description>Create a compound to compound distance matrix.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh networkAnalysis.DistanceMatrix -i "$inputPath"
 #if str($sideCompoundFile) != 'None':
@@ -34,30 +34,54 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="toy_model.xml"/>
+            
       <output ftype="csv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_lines n="9"/>
+                    
           <has_line_matching expression="id,A,A_ext,B,C,D,D_ext,E,E_ext" n="1"/>
+                    
           <has_line_matching expression="B,1.0,Infinity,0.0,2.0,1.0,2.0,Infinity,Infinity" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="toy_model.xml"/>
+            
       <param name="sideCompoundFile" value="sides.txt"/>
+            
       <param name="degree" value="true"/>
+            
       <param name="undirected" value="true"/>
+            
       <output ftype="csv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_lines n="8"/>
+                    
           <has_line_matching expression="id,A,B,C,D,D_ext,E,E_ext" n="1"/>
+                    
           <has_line_matching expression="A,0.0,4.0,4.0,20.0,21.0,24.0,25.0" n="1"/>
+                    
           <has_line_matching expression="B,4.0,0.0,8.0,16.0,17.0,20.0,21.0" n="1"/>
+                    
           <has_line_matching expression="C,4.0,8.0,0.0,16.0,17.0,20.0,21.0" n="1"/>
+                    
           <has_line_matching expression="D,8.0,4.0,4.0,0.0,1.0,4.0,5.0" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Create a compound to compound distance matrix.
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/networkAnalysis/ExtractSubBipNetwork/ExtractSubBipNetwork.xml
--- a/tools/networkAnalysis/ExtractSubBipNetwork/ExtractSubBipNetwork.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/networkAnalysis/ExtractSubBipNetwork/ExtractSubBipNetwork.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_ExtractSubBipNetwork" name="ExtractSubBipNetwork" version="2.0.0">
+<tool id="met4j_ExtractSubBipNetwork" name="ExtractSubBipNetwork" version="2.0.1">
   <description>Create a subnetwork from a metabolic network in SBML format, and two files containing lists of compounds and/or reactions of interests ids, one per row, plus one file of the same format containing side compounds ids.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh networkAnalysis.ExtractSubBipNetwork -i "$inputPath"
  -s "$sourcePath"
@@ -54,17 +54,29 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="toy_model.xml"/>
+            
       <param name="sourcePath" value="seeds.txt"/>
+            
       <param name="targetPath" value="targets.txt"/>
+            
       <param name="sideCompoundFile" value="sc.txt"/>
+            
       <param name="format" value="gml"/>
+            
       <output ftype="txt" name="output">
+                
         <assert_contents>
+                    
           <has_line_matching expression=".*node.*" n="5"/>
+                    
           <has_line_matching expression=".*edge.*" n="4"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Create a subnetwork from a metabolic network in SBML format, and two files containing lists of compounds and/or reactions of interests ids, one per row, plus one file of the same format containing side compounds ids.
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/networkAnalysis/ExtractSubNetwork/ExtractSubNetwork.xml
--- a/tools/networkAnalysis/ExtractSubNetwork/ExtractSubNetwork.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/networkAnalysis/ExtractSubNetwork/ExtractSubNetwork.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_ExtractSubNetwork" name="ExtractSubNetwork" version="2.0.0">
+<tool id="met4j_ExtractSubNetwork" name="ExtractSubNetwork" version="2.0.1">
   <description>Create a subnetwork from a metabolic network in SBML format, and two files containing lists of compounds of interests ids, one per row.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh networkAnalysis.ExtractSubNetwork -i "$inputPath"
  -s "$sourcePath"
@@ -56,29 +56,41 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="toy_model.xml"/>
+            
       <param name="sourcePath" value="seeds.txt"/>
+            
       <param name="targetPath" value="targets.txt"/>
+            
       <param name="format" value="gml"/>
+            
       <output ftype="txt" name="output">
+                
         <assert_contents>
+                    
           <has_line_matching expression=".*node.*" n="3"/>
+                    
           <has_line_matching expression=".*edge.*" n="2"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Create a subnetwork from a metabolic network in SBML format, and two files containing lists of compounds of interests ids, one per row.
 The subnetwork corresponds to the part of the network that connects compounds from the first list to compounds from the second list.
 Sources and targets list can have elements in common. The connecting part can be defined as the union of shortest or k-shortest paths between sources and targets, or the Steiner tree connecting them. The relevance of considered path can be increased by weighting the edges using degree squared, chemical similarity (require InChI or SMILES annotations) or any provided weighting.
+
 See previous works on subnetwork extraction for parameters recommendations.]]></help>
   <citations>
+    <citation type="doi">10.1093/nar/gki437</citation>
+    <citation type="doi">10.1093/bioinformatics/btg217</citation>
     <citation type="doi">10.1093/bib/bbv115</citation>
     <citation type="doi">10.1016/j.biosystems.2011.05.004</citation>
+    <citation type="doi">10.1093/bioinformatics/bti116</citation>
     <citation type="doi">10.1016/j.jmb.2005.09.079</citation>
     <citation type="doi">10.1093/bioinformatics/btu760</citation>
-    <citation type="doi">10.1093/nar/gki437</citation>
-    <citation type="doi">10.1093/bioinformatics/bti116</citation>
-    <citation type="doi">10.1093/bioinformatics/btg217</citation>
   </citations>
 </tool>
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/networkAnalysis/ExtractSubReactionNetwork/ExtractSubReactionNetwork.xml
--- a/tools/networkAnalysis/ExtractSubReactionNetwork/ExtractSubReactionNetwork.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/networkAnalysis/ExtractSubReactionNetwork/ExtractSubReactionNetwork.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_ExtractSubReactionNetwork" name="ExtractSubReactionNetwork" version="2.0.0">
+<tool id="met4j_ExtractSubReactionNetwork" name="ExtractSubReactionNetwork" version="2.0.1">
   <description>Create a subnetwork from a metabolic network in SBML format, and two files containing lists of reactions of interests ids, one per row, plus one file of the same format containing side compounds ids.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh networkAnalysis.ExtractSubReactionNetwork -i "$inputPath"
  -s "$sourcePath"
@@ -54,17 +54,29 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="toy_model.xml"/>
+            
       <param name="sourcePath" value="seeds.txt"/>
+            
       <param name="targetPath" value="targets.txt"/>
+            
       <param name="sideCompoundFile" value="sides.txt"/>
+            
       <param name="format" value="gml"/>
+            
       <output ftype="txt" name="output">
+                
         <assert_contents>
+                    
           <has_line_matching expression=".*node.*" n="3"/>
+                    
           <has_line_matching expression=".*edge.*" n="2"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Create a subnetwork from a metabolic network in SBML format, and two files containing lists of reactions of interests ids, one per row, plus one file of the same format containing side compounds ids.
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/networkAnalysis/LoadPoint/LoadPoint.xml
--- a/tools/networkAnalysis/LoadPoint/LoadPoint.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/networkAnalysis/LoadPoint/LoadPoint.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_LoadPoint" name="LoadPoint" version="2.0.0">
+<tool id="met4j_LoadPoint" name="LoadPoint" version="2.0.1">
   <description>Compute the Load points of a metabolic network. Load points constitute an indicator of lethality and can help identifying drug targets.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh networkAnalysis.LoadPoint -i "$inputPath"
 #if str($sideCompoundFile) != 'None':
@@ -30,13 +30,21 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="toy_model.xml"/>
+            
       <output ftype="tsv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_columns n="3"/>
+                    
           <has_n_lines n="8"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Compute the Load points of a metabolic network. Load points constitute an indicator of lethality and can help identifying drug targets.
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/networkAnalysis/MetaboRank/MetaboRank.xml
--- a/tools/networkAnalysis/MetaboRank/MetaboRank.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/networkAnalysis/MetaboRank/MetaboRank.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_MetaboRank" name="MetaboRank" version="2.0.0">
+<tool id="met4j_MetaboRank" name="MetaboRank" version="2.0.1">
   <description>Compute the MetaboRank, a custom personalized PageRank for metabolic network.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh networkAnalysis.MetaboRank -i "$sbmlFilePath"
  -s "$seedsFilePath"
@@ -44,15 +44,25 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="sbmlFilePath" value="XF_network.sbml"/>
+            
       <param name="seedsFilePath" value="XF_network_C_Seed.tab"/>
+            
       <param name="inputSide" value="XF_network_C_Side.tab"/>
+            
       <output name="output">
+                
         <assert_contents>
+                    
           <has_n_lines n="1100"/>
+                    
           <has_n_columns n="11"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Compute the MetaboRank, a custom personalized PageRank for metabolic network.
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/networkAnalysis/NetworkSummary/NetworkSummary.xml
--- a/tools/networkAnalysis/NetworkSummary/NetworkSummary.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/networkAnalysis/NetworkSummary/NetworkSummary.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_NetworkSummary" name="NetworkSummary" version="2.0.0">
+<tool id="met4j_NetworkSummary" name="NetworkSummary" version="2.0.1">
   <description>Create a report summarizing several graph measures characterising the structure of a metabolic network.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh networkAnalysis.NetworkSummary -i "$inputPath"
 #if str($sideCompoundFile) != 'None':
@@ -26,12 +26,19 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="toy_model.xml"/>
+            
       <output name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_lines min="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Create a report summarizing several graph measures characterising the structure of a metabolic network.
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/networkAnalysis/PrecursorNetwork/PrecursorNetwork.xml
--- a/tools/networkAnalysis/PrecursorNetwork/PrecursorNetwork.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/networkAnalysis/PrecursorNetwork/PrecursorNetwork.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_PrecursorNetwork" name="PrecursorNetwork" version="2.0.0">
+<tool id="met4j_PrecursorNetwork" name="PrecursorNetwork" version="2.0.1">
   <description>Perform a network expansion from a set of compound targets to create a precursor network.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh networkAnalysis.PrecursorNetwork -i "$sbmlFilePath"
  -t "$targetsFilePath"
@@ -38,15 +38,25 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="sbmlFilePath" value="toy_model.xml"/>
+            
       <param name="targetsFilePath" value="targets.txt"/>
+            
       <param name="format" value="gml"/>
+            
       <output ftype="txt" name="output">
+                
         <assert_contents>
+                    
           <has_line_matching expression=".*node.*" n="13"/>
+                    
           <has_line_matching expression=".*edge.*" n="15"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Perform a network expansion from a set of compound targets to create a precursor network.
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/networkAnalysis/ReactionDistanceMatrix/ReactionDistanceMatrix.xml
--- a/tools/networkAnalysis/ReactionDistanceMatrix/ReactionDistanceMatrix.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/networkAnalysis/ReactionDistanceMatrix/ReactionDistanceMatrix.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_ReactionDistanceMatrix" name="ReactionDistanceMatrix" version="2.0.0">
+<tool id="met4j_ReactionDistanceMatrix" name="ReactionDistanceMatrix" version="2.0.1">
   <description>Create a reaction to reaction distance matrix.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh networkAnalysis.ReactionDistanceMatrix -i "$inputPath"
 #if str($sideCompoundFile) != 'None':
@@ -38,91 +38,172 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="toy_model.xml"/>
+            
       <output ftype="csv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_lines n="8"/>
+                    
           <has_line_matching expression="id,reac1,reac2,reac3,reac4,reac5,reac6,reac7" n="1"/>
+                    
           <has_line_matching expression="reac1,0.0,1.0,1.0,2.0,3.0,Infinity,Infinity" n="1"/>
+                    
           <has_line_matching expression="reac2,Infinity,0.0,1.0,1.0,2.0,Infinity,Infinity" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="toy_model.xml"/>
+            
       <param name="undirected" value="true"/>
+            
       <output ftype="csv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_lines n="8"/>
+                    
           <has_line_matching expression="id,reac1,reac2,reac3,reac4,reac5,reac6,reac7" n="1"/>
+                    
           <has_line_matching expression="reac1,0.0,1.0,1.0,2.0,3.0,5.0,4.0" n="1"/>
+                    
           <has_line_matching expression="reac2,1.0,0.0,1.0,1.0,2.0,4.0,3.0" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="toy_model.xml"/>
+            
       <param name="undirected" value="true"/>
+            
       <param name="sideCompoundFile" value="sides.txt"/>
+            
       <output ftype="csv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_lines n="8"/>
+                    
           <has_line_matching expression="id,reac1,reac2,reac3,reac4,reac5,reac6,reac7" n="1"/>
+                    
           <has_line_matching expression="reac1,0.0,1.0,1.0,2.0,3.0,5.0,4.0" n="1"/>
+                    
           <has_line_matching expression="reac2,1.0,0.0,1.0,2.0,3.0,5.0,4.0" n="1"/>
+                    
           <has_line_matching expression="reac3,1.0,1.0,0.0,1.0,2.0,4.0,3.0" n="1"/>
+                    
           <has_line_matching expression="reac4,2.0,2.0,1.0,0.0,1.0,3.0,2.0" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="toy_model.xml"/>
+            
       <param name="undirected" value="true"/>
+            
       <param name="rExclude" value="rexclude.txt"/>
+            
       <output ftype="csv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_lines n="6"/>
+                    
           <has_line_matching expression="id,reac1,reac2,reac3,reac4,reac5" n="1"/>
+                    
           <has_line_matching expression="reac1,0.0,1.0,1.0,2.0,3.0" n="1"/>
+                    
           <has_line_matching expression="reac2,1.0,0.0,1.0,1.0,2.0" n="1"/>
+                    
           <has_line_matching expression="reac3,1.0,1.0,0.0,1.0,2.0" n="1"/>
+                    
           <has_line_matching expression="reac4,2.0,1.0,1.0,0.0,1.0" n="1"/>
+                    
           <has_line_matching expression="reac5,3.0,2.0,2.0,1.0,0.0" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="toy_model.xml"/>
+            
       <param name="undirected" value="true"/>
+            
       <param name="sideCompoundFile" value="sides.txt"/>
+            
       <param name="rExclude" value="rexclude.txt"/>
+            
       <output ftype="csv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_lines n="6"/>
+                    
           <has_line_matching expression="id,reac1,reac2,reac3,reac4,reac5" n="1"/>
+                    
           <has_line_matching expression="reac1,0.0,1.0,1.0,2.0,3.0" n="1"/>
+                    
           <has_line_matching expression="reac2,1.0,0.0,1.0,2.0,3.0" n="1"/>
+                    
           <has_line_matching expression="reac3,1.0,1.0,0.0,1.0,2.0" n="1"/>
+                    
           <has_line_matching expression="reac4,2.0,2.0,1.0,0.0,1.0" n="1"/>
+                    
           <has_line_matching expression="reac5,3.0,3.0,2.0,1.0,0.0" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="toy_model.xml"/>
+            
       <param name="sideCompoundFile" value="sides.txt"/>
+            
       <param name="rExclude" value="rexclude.txt"/>
+            
       <output ftype="csv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_lines n="6"/>
+                    
           <has_line_matching expression="id,reac1,reac2,reac3,reac4,reac5" n="1"/>
+                    
           <has_line_matching expression="reac1,0.0,1.0,1.0,2.0,3.0" n="1"/>
+                    
           <has_line_matching expression="reac2,Infinity,0.0,1.0,2.0,3.0" n="1"/>
+                    
           <has_line_matching expression="reac3,Infinity,Infinity,0.0,1.0,2.0" n="1"/>
+                    
           <has_line_matching expression="reac4,Infinity,Infinity,Infinity,0.0,1.0" n="1"/>
+                    
           <has_line_matching expression="reac5,Infinity,Infinity,Infinity,Infinity,0.0" n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Create a reaction to reaction distance matrix.
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/networkAnalysis/ScopeNetwork/ScopeNetwork.xml
--- a/tools/networkAnalysis/ScopeNetwork/ScopeNetwork.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/networkAnalysis/ScopeNetwork/ScopeNetwork.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_ScopeNetwork" name="ScopeNetwork" version="2.0.0">
+<tool id="met4j_ScopeNetwork" name="ScopeNetwork" version="2.0.1">
   <description>Perform a network expansion from a set of compound seeds to create a scope network</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh networkAnalysis.ScopeNetwork -i "$sbmlFilePath"
  -s "$seedsFilePath"
@@ -42,16 +42,27 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="sbmlFilePath" value="toy_model.xml"/>
+            
       <param name="seedsFilePath" value="seeds.txt"/>
+            
       <param name="sideCompoundFile" value="sides.txt"/>
+            
       <param name="format" value="gml"/>
+            
       <output ftype="txt" name="output">
+                
         <assert_contents>
+                    
           <has_line_matching expression=".*node.*" n="9"/>
+                    
           <has_line_matching expression=".*edge.*" n="11"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Perform a network expansion from a set of compound seeds to create a scope network
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/networkAnalysis/SeedsAndTargets/SeedsAndTargets.xml
--- a/tools/networkAnalysis/SeedsAndTargets/SeedsAndTargets.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/networkAnalysis/SeedsAndTargets/SeedsAndTargets.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_SeedsAndTargets" name="SeedsAndTargets" version="2.0.0">
+<tool id="met4j_SeedsAndTargets" name="SeedsAndTargets" version="2.0.1">
   <description>Identify exogenously acquired compounds, exogenously available producible compounds and/or dead ends metabolites from metabolic network topology</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh networkAnalysis.SeedsAndTargets -i "$inputPath"
 #if str($inputSide) != 'None':
@@ -44,41 +44,75 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="XF_network.sbml"/>
+            
       <param name="source" value="true"/>
+            
       <output ftype="tsv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_columns n="1"/>
+                    
           <has_n_lines n="109"/>
+                    
           <has_line_matching expression="M_\S+_\w" n="109"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="XF_network.sbml"/>
+            
       <param name="sink" value="true"/>
+            
       <param name="useInternal" value="true"/>
+            
       <param name="comp" value="e"/>
+            
       <output ftype="tsv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_columns n="1"/>
+                    
           <has_n_lines n="5"/>
+                    
           <has_line_matching expression="^M_\S+_\w" n="5"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="XF_network.sbml"/>
+            
       <param name="sink" value="true"/>
+            
       <param name="useBorensteinAlg" value="true"/>
+            
       <param name="comp" value="e"/>
+            
       <output ftype="tsv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_columns n="1"/>
+                    
           <has_n_lines n="26"/>
+                    
           <has_line_matching expression="^M_\S+_\w" n="26"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Identify exogenously acquired compounds, exogenously available producible compounds and/or dead ends metabolites from metabolic network topology
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/networkAnalysis/SideCompoundsScan/SideCompoundsScan.xml
--- a/tools/networkAnalysis/SideCompoundsScan/SideCompoundsScan.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/networkAnalysis/SideCompoundsScan/SideCompoundsScan.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_SideCompoundsScan" name="SideCompoundsScan" version="2.0.0">
+<tool id="met4j_SideCompoundsScan" name="SideCompoundsScan" version="2.0.1">
   <description>Scan a network to identify side compounds.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh networkAnalysis.SideCompoundsScan -i "$inputPath"
  $sideOnly
@@ -50,23 +50,40 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="XF_network.sbml"/>
+            
       <output ftype="tsv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_lines n="1108"/>
+                    
           <has_n_columns n="4"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="XF_network.sbml"/>
+            
       <param name="noReportValue" value="true"/>
+            
       <output ftype="tsv" name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_lines n="6"/>
+                    
           <has_n_columns n="1"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Scan a network to identify side compounds.
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/networkAnalysis/TopologicalPathwayAnalysis/TopologicalPathwayAnalysis.xml
--- a/tools/networkAnalysis/TopologicalPathwayAnalysis/TopologicalPathwayAnalysis.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/networkAnalysis/TopologicalPathwayAnalysis/TopologicalPathwayAnalysis.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_TopologicalPathwayAnalysis" name="TopologicalPathwayAnalysis" version="2.0.0">
+<tool id="met4j_TopologicalPathwayAnalysis" name="TopologicalPathwayAnalysis" version="2.0.1">
   <description>Run a Topological Pathway Analysis (TPA) to identify key pathways based on topological properties of its constituting compounds.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh networkAnalysis.TopologicalPathwayAnalysis -i "$inputPath"
 #if str($inputSide) != 'None':
@@ -42,30 +42,54 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="inputPath" value="XF_network.sbml"/>
+            
       <param name="dataPath" value="XF_network_C_NOI.txt"/>
+            
       <param name="inputSide" value="XF_network_C_Side.tab"/>
+            
       <output name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_columns n="3"/>
+                    
           <has_n_lines n="3"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
     <test>
+            
       <param name="inputPath" value="XF_network.sbml"/>
+            
       <param name="dataPath" value="XF_network_C_NOI.txt"/>
+            
       <param name="inputSide" value="XF_network_C_Side.tab"/>
+            
       <param name="undirected" value="true"/>
+            
       <param name="removeIsolated" value="true"/>
+            
       <param name="out" value="true"/>
+            
       <param name="mergingStrat" value="by_id"/>
+            
       <output name="outputPath">
+                
         <assert_contents>
+                    
           <has_n_columns n="3"/>
+                    
           <has_n_lines n="3"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Run a Topological Pathway Analysis (TPA) to identify key pathways based on topological properties of its constituting compounds.
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/reconstruction/CreateMetaNetwork/CreateMetaNetwork.xml
--- a/tools/reconstruction/CreateMetaNetwork/CreateMetaNetwork.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/reconstruction/CreateMetaNetwork/CreateMetaNetwork.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_CreateMetaNetwork" name="CreateMetaNetwork" version="2.0.0">
+<tool id="met4j_CreateMetaNetwork" name="CreateMetaNetwork" version="2.0.1">
   <description>Create a Meta-Network from two sub-networks in SBML format.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh reconstruction.CreateMetaNetwork -n1 "$sbml1FilePath"
  -n2 "$sbml2FilePath"
@@ -60,18 +60,31 @@
   </outputs>
   <tests>
     <test>
+            
       <param name="sbml1FilePath" value="Human-GEM_pathways.xml"/>
+            
       <param name="sbml2FilePath" value="ECOL.xml"/>
+            
       <param name="external1" value="s"/>
+            
       <param name="external2" value="e"/>
+            
       <param name="n1prefix" value="hsa"/>
+            
       <param name="n2prefix" value="eco"/>
+            
       <param name="mergingCriterion" value="by_metanetx"/>
+            
       <output ftype="sbml" name="outputPath">
+                
         <assert_contents>
+                    
           <has_text text="&lt;/sbml&gt;"/>
+                  
         </assert_contents>
+              
       </output>
+          
     </test>
   </tests>
   <help><![CDATA[Create a Meta-Network from two sub-networks in SBML format.
diff -r 6a112eaf8f38 -r 40c15b7467f1 tools/reconstruction/SbmlCheckBalance/SbmlCheckBalance.xml
--- a/tools/reconstruction/SbmlCheckBalance/SbmlCheckBalance.xml	Mon Feb 03 15:59:46 2025 +0000
+++ b/tools/reconstruction/SbmlCheckBalance/SbmlCheckBalance.xml	Thu Feb 13 15:08:22 2025 +0000
@@ -1,11 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<tool id="met4j_SbmlCheckBalance" name="SbmlCheckBalance" version="2.0.0">
+<tool id="met4j_SbmlCheckBalance" name="SbmlCheckBalance" version="2.0.1">
   <description>Check balance of all the reactions in a SBML.</description>
   <xrefs>
     <xref type="bio.tools">met4j</xref>
   </xrefs>
   <requirements>
-    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.0</container>
+    <container type="singularity">oras://registry.forgemia.inra.fr/metexplore/met4j/met4j-singularity:2.0.1</container>
   </requirements>
   <command detect_errors="exit_code"><![CDATA[sh /usr/bin/met4j.sh reconstruction.SbmlCheckBalance -i "$sbml"
  -out "$out"