view smart_toolShed/commons/core/parsing/ @ 0:e0f8dcca02ed

Uploaded S-MART tool. A toolbox manages RNA-Seq and ChIP-Seq data.
author yufei-luo
date Thu, 17 Jan 2013 10:52:14 -0500
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# Copyright INRA (Institut National de la Recherche Agronomique)
# This software is governed by the CeCILL license under French law and
# abiding by the rules of distribution of free software.  You can  use, 
# modify and/ or redistribute the software under the terms of the CeCILL
# license as circulated by CEA, CNRS and INRIA at the following URL
# "". 
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import optparse
import os
import sys
import re
import datetime
from commons.core.parsing.BlatParser import BlatParser
from commons.core.seq.FastaUtils import FastaUtils 

class BlatToGffForBesPaired(object):

    def __init__(self):
    def setAttributesFromCmdLine(self):
        help = '\
        \nThis Script Launch BlatToGffForBesPaired.\n\n\
        Example 1: python -i -f besSequences.fasta -o outputFile.gff3\n\
        Example 2: python -i -f besSequences.fasta -o outputFile.gff3 -n muscadine:filtre1\n\n\
        Note 1: In blat input file, all BAC-Ends must be paired. In addition, they must be one above the other.\nFor example, if you have the BES MRRE1H032F08FM1 (forward), we must have the BES MRRE1H032F08RM1 (reverse) just after, like:\n\
        Note 2: the header in Blat results output file must be present (5 lines).\n\n'
        parser = optparse.OptionParser(usage= help, version=" v1.0")
        parser.add_option( '-i', '--input', dest='inputBLAT', help='Blat Input File Name, with BES paired (1 Forward and 1 Reverse) [Format: tabular]', default= None )
        parser.add_option( '-f', '--fasta', dest='inputFASTA', help='Fasta Input File Name, with all sequences of BES [Format: fasta]', default= None )
        parser.add_option( '-o', '--output', dest='output', help='Output File Name [Format: GFF3]', default= None )
        parser.add_option( '-n', '--methodname', dest='methodName', help='Method name in col. 3 [Default: None]', default= None )
        ( options, args ) = parser.parse_args()
        self._options = options
    def checkOptions(self):
        if self._options.inputBLAT == '':
            raise Exception("ERROR: No Blat file specified for -i !")
        elif not os.path.exists(self._options.inputBLAT):
            raise Exception("ERROR: Blat Input File doesn't exist !")
            self._inputFileBlat = self._options.inputBLAT
        if self._options.inputFASTA == '':
            raise Exception("ERROR: No Fasta file specified for -f !")
        elif not os.path.exists(self._options.inputFASTA):
            raise Exception("ERROR: Fasta Input File doesn't exist !")
            self._inputFileFasta = self._options.inputFASTA
        if self._options.output == '':
            raise Exception("ERROR: No Output file specified for -o !")
            self._outputFileGFF = self._options.output
        self._methodName = self._options.methodName
    def run(self):
        BLATFile = open(self._inputFileBlat, 'r')
        headerBlatLine = BLATFile.readline()
        headerBlatLine = BLATFile.readline()
        headerBlatLine = BLATFile.readline()
        headerBlatLine = BLATFile.readline()
        headerBlatLine = BLATFile.readline()
        blatLine = BLATFile.readline()
        numberLine = 6
        while blatLine != '':
            lGffLines = []
            gffLineBes1, besName1, seqBes1, typeBes1 = self.convertBlatObjectToGffLine(blatLine, numberLine)
            blatLine = BLATFile.readline()
            numberLine = numberLine + 1
            gffLineBes2, besName2, seqBes2, typeBes2 = self.convertBlatObjectToGffLine(blatLine, numberLine)
            gffLineBac = self.createGffLineForBac(gffLineBes1, besName1, seqBes1, typeBes1, gffLineBes2, besName2, seqBes2, typeBes2, numberLine)
            if gffLineBac != None:
            blatLine = BLATFile.readline()
            numberLine = numberLine + 1
    def convertBlatObjectToGffLine(self, blatLine, numberLine):
        iBlatHit = BlatParser()
        iBlatHit.setAttributesFromString(blatLine, numberLine)
        besName = iBlatHit.getQName()
        seqBes = self.extractBesSequenceFromFastaFile(besName, numberLine)
        typeBes = ''
        if re.match('^.+FM[0-9]$', besName):
            typeBes = 'FM'
        elif re.match('^.+RM[0-9]$', besName):
            typeBes = 'RM'
        col1 = iBlatHit.getTName()
        col2 = 'BlatToGffForBesPaired'
        if self._methodName == '' or self._methodName == None:
            col3 = 'BES'
            col3 = '%s:BES' % self._methodName
        col4 = iBlatHit.getTStart()
        col5 = iBlatHit.getTEnd()
        col6 = '.'
        col7 = '+'
        col8 = '.'
        col9 = 'ID=%s;Name=%s;bes_start=%s;bes_end=%s;bes_size=%s;muscadine_seq=%s' % (besName, besName, iBlatHit.getTStart(), iBlatHit.getTEnd(), iBlatHit.getTSize(), seqBes)
        gffLine = '%s\t%s\t%s\t%s\t%s\t%s\t%s\t%s\t%s\n' % (col1, col2, col3, col4, col5, col6, col7, col8, col9)
        return gffLine, iBlatHit.getQName(),seqBes, typeBes
    def createGffLineForBac(self, gffLineBes1, besName1, seqBes1, typeBes1, gffLineBes2, besName2, seqBes2, typeBes2, numberLine):
        lGffLineBes1 = gffLineBes1.split('\t')
        lGffLineBes2 = gffLineBes2.split('\t')
        besName1 = self.getBesName(lGffLineBes1[8])
        besName2 = self.getBesName(lGffLineBes2[8])
        tBes1 = (lGffLineBes1[0], int(lGffLineBes1[3]), int(lGffLineBes1[4]))
        tBes2 = (lGffLineBes2[0], int(lGffLineBes2[3]), int(lGffLineBes2[4]))
        if self.checkBesNames(besName1, besName2, numberLine) == True and self.checkBesPositions(tBes1, tBes2) == True:
            startBacPos, endBacPos = self.getBacPositions(tBes1, tBes2)
            sizeBacPos = endBacPos - startBacPos + 1
            bacName = self.getBacName(besName1)
            nameBesFM, seqBesFM, nameBesRM, seqBesRM = self.getBesFmAndRmNamesAndSequences(besName1, seqBes1, typeBes1, besName2, seqBes2, typeBes2)
            col1 = lGffLineBes1[0]
            col2 = 'BlatToGffForBesPaired'
            if self._methodName == '' or self._methodName == None:
                col3 = 'BAC'
                col3 = '%s:BAC' % self._methodName
            col4 = startBacPos
            col5 = endBacPos
            col6 = '.'
            col7 = '.'
            col8 = '.'
            col9 = 'ID=%s;Name=%s;bac_start=%s;bac_end=%s;bac_size=%s;besFM_name=%s;muscadine_besFM_seq=%s;besRM_name=%s;muscadine_besRM_seq=%s' % (bacName, bacName, startBacPos, endBacPos, sizeBacPos, nameBesFM, seqBesFM, nameBesRM, seqBesRM)
            gffLine = '%s\t%s\t%s\t%s\t%s\t%s\t%s\t%s\t%s\n' % (col1, col2, col3, col4, col5, col6, col7, col8, col9)
            return gffLine
        return None
    def getBesFmAndRmNamesAndSequences(self, besName1, seqBes1, typeBes1, besName2, seqBes2, typeBes2):
        if typeBes1 == 'FM' and typeBes2 == 'RM':
            return besName1, seqBes1, besName2, seqBes2
        elif typeBes1== 'RM' and typeBes2 == 'FM':
            return besName2, seqBes2, besName1, seqBes1

    def getBesName(self, col9):
        lCol9 = col9.split(';')
        ID = lCol9[0]
        besName = ID[3:]
        return besName
    def getBacName(self, besName):
        bacName = besName[:-3]
        return bacName

    def checkBesNames(self, besName1, besName2, line):
        bacName1 = besName1[:-3]
        bacName2 = besName2[:-3]
        if bacName1 == bacName2:
            return True
            sys.stderr.write("WARNING: Lines %s and %s the two Bes (%s AND %s) do not belong to the same BAC !!!\n  -> you have to filter this Blat file...\n" % (int(line)-1, line, besName1, besName2))
            return False
    def checkBesPositions(self, tBes1, tBes2):
        if tBes1[0] == tBes2[0]:
            minBes1 = min(tBes1[1], tBes1[2])
            maxBes1 = max(tBes1[1], tBes1[2])
            minBes2 = min(tBes2[1], tBes2[2])
            maxBes2 = max(tBes2[1], tBes2[2])
            if (minBes1 < minBes2 and maxBes1 < minBes2) or (minBes2 < minBes1 and maxBes2 < minBes1):
                return True
        return False
    def getBacPositions(self, tBes1, tBes2):
        startBacPos = 0
        endBacPos = 0
        minBes1 = min(tBes1[1], tBes1[2])
        maxBes1 = max(tBes1[1], tBes1[2])
        minBes2 = min(tBes2[1], tBes2[2])
        maxBes2 = max(tBes2[1], tBes2[2])
        if minBes1 < minBes2:
            startBacPos = minBes1
            endBacPos = maxBes2
            startBacPos = minBes2
            endBacPos = maxBes1
        return startBacPos, endBacPos
    def extractBesSequenceFromFastaFile(self, besName, numberLine):
        seq = ''
        date =
        date = date.strftime("%d%m%Y_%H%M%S")
        tmpFileName = 'tmp_BlatToGffForBesPaired_%s.fasta' % date
        iFastaUtils = FastaUtils()
        iFastaUtils.dbExtractByPattern(besName, self._inputFileFasta, tmpFileName)
        if os.path.exists(tmpFileName):
            newFastaFile = open(tmpFileName, 'r')
            line = newFastaFile.readline()
            if line != '':
                while line != '':
                    if line[0] != '>':
                        line = line.replace('\n', '')
                        seq += line
                    line = newFastaFile.readline()
                return seq
        sys.stderr.write("WARNING: At line %s, the BAC-Ends (%s) hasn't got sequence in fasta file (%s) !!\n" % (numberLine, besName, os.path.basename(self._inputFileFasta)))
        return 'NA'
    def _createGFFOutputFile(self):
        GFFfile = open(self._outputFileGFF, 'w')
        GFFfile.write("##gff-version 3\n")
    def _printGFFLinesToOutputFile(self, lLines):
        GFFfile = open(self._outputFileGFF, 'a')
        for line in lLines:

if __name__ == '__main__':
    iBlatToGffForBesPaired = BlatToGffForBesPaired()