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1 # -*- coding: utf-8 -*-
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2 """
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3 Edena (overlapping)
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4 version 0.2.1 (andrea.pinna@crs4.it)
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5 """
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6
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7 import optparse
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8 import shutil
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9 import subprocess
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10 import sys
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11
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12 def __main__():
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13 # load arguments
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14 print 'Parsing Edena (overlapping) input options...'
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15 parser = optparse.OptionParser()
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16 parser.add_option('--unpaired_input', dest='unpaired_input', help='')
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17 parser.add_option('--dr_pair_1', dest='dr_pair_1', help='')
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18 parser.add_option('--dr_pair_2', dest='dr_pair_2', help='')
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19 parser.add_option('--rd_pair_1', dest='rd_pair_1', help='')
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20 parser.add_option('--rd_pair_2', dest='rd_pair_2', help='')
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21 parser.add_option('--nThreads', dest='nThreads', type='int', help='')
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22 parser.add_option('--minOlap', dest='minOlap', type='int', help='')
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23 parser.add_option('--readsTruncation', dest='readsTruncation', type='int', help='')
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24 parser.add_option('--output', dest='output', help='')
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25 parser.add_option('--logfile', dest='logfile', help='')
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26 (options, args) = parser.parse_args()
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27 if len(args) > 0:
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28 parser.error('Wrong number of arguments')
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29
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30 # build Edena (overlapping) command to be executed
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31 # unpaired input(s)
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32 if options.unpaired_input:
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33 unpaired_inputs = options.unpaired_input.split('+')[0:-1]
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34 unpaired_input = '-r'
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35 for item in unpaired_inputs:
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36 unpaired_input += ' %s' % (item)
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37 else:
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38 unpaired_input = ''
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39 # direct-reverse paired-end files
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40 if options.dr_pair_1 and options.dr_pair_2:
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41 dr_pairs_1 = options.dr_pair_1.split('+')[0:-1]
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42 dr_pairs_2 = options.dr_pair_2.split('+')[0:-1]
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43 dr_pairs = '-DRpairs'
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44 for i in xrange(len(dr_pairs_1)):
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45 dr_pairs += ' %s %s' % (dr_pairs_1[i], dr_pairs_2[i])
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46 else:
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47 dr_pairs = ''
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48 # reverse-direct paired-end files
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49 if options.rd_pair_1 and options.rd_pair_2:
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50 rd_pairs_1 = options.rd_pair_1.split('+')[0:-1]
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51 rd_pairs_2 = options.rd_pair_2.split('+')[0:-1]
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52 rd_pairs = '-RDpairs'
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53 for i in xrange(len(rd_pairs_1)):
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54 rd_pairs += ' %s %s' % (rd_pairs_1[i], rd_pairs_2[i])
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55 else:
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56 rd_pairs = ''
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57 # nThreads
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58 if options.nThreads is not None:
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59 nThreads = '-nThreads %d' % (options.nThreads)
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60 else:
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61 nThreads = ''
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62 # minimum overlap
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63 if options.minOlap is not None:
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64 minOlap = '-M %d' % (options.minOlap)
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65 else:
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66 minOlap = ''
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67 # 3' end reads truncation
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68 if options.readsTruncation is not None:
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69 readsTruncation = '-t %d' % (options.readsTruncation)
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70 else:
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71 readsTruncation = ''
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72 # output file(s)
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73 output = options.output
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74 logfile = options.logfile
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75
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76 # Build Edena (overlapping) command
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77 cmd = 'edena %s %s %s %s %s %s -p galaxy_output' % (unpaired_input, dr_pairs, rd_pairs, nThreads, minOlap, readsTruncation)
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78 print '\nEdena (overlapping) command to be executed: \n %s' % ( cmd )
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79
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80 # Execution of Edena
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81 print 'Executing Edena (overlapping)...'
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82 if logfile:
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83 log = open(logfile, 'w')
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84 else:
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85 log = sys.stdout
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86 try:
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87 subprocess.check_call(cmd, stdout=log, stderr=subprocess.STDOUT, shell=True) # need to redirect stderr because edena writes some logging info there (e.g. "Computing overlaps >=30...")
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88 finally:
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89 if log != sys.stdout:
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90 log.close()
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91 print 'Edena (overlapping) executed!'
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92
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93 shutil.move( "galaxy_output.ovl", output)
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94
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95
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96 if __name__ == "__main__":
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97 __main__()
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