def __init__(self,
fastqInput=None,
fileFormat=None,
fastqcOutputDir=None,
threads=None,
cmdParam=None,
**kwargs):
super(Step, self).__init__(cmdParam, **kwargs)
# set all input and output parameters
self.setParamIO('fastqInput', fastqInput)
if fastqcOutputDir == None:
self.setParamIO('fastqcOutputDir', Configure.getTmpDir())
else:
self.setParamIO('fastqcOutputDir', fastqcOutputDir)
# call self.initIO()
self.initIO()
#set other parameters
#self.setParam('isNoDiscordant', isNoDiscordant)
self.setParam('fileFormat', fileFormat)
if threads is None:
threads = Configure.getThreads()
self.setParam('threads', threads)
print(self.params)
def impInitIO(self, ):
"""
This function is to initialize
all of the input and output files from the io parameters set in __init__()
"""
# obtain all input and output parameters
fastqInput1 = self.getParamIO('fastqInput1')
fastqInput2 = self.getParamIO('fastqInput2')
fastqOutputDir1 = self.getParamIO('fastqOutputDir1')
fastqOutputDir2 = self.getParamIO('fastqOutputDir2')
#set all input files
self.setInputDirOrFile('fastqInput1', fastqInput1)
self.setInputDirOrFile('fastqInput2', fastqInput2)
# create output file paths and set
if fastqOutputDir1 is None:
self.setParamIO('fastqOutputDir1', Configure.getTmpDir())
if fastqOutputDir2 is None:
self.setParamIO('fastqOutputDir2', Configure.getTmpDir())
self.setOutputDir1To1('fastqOutput1', fastqOutputDir1, None, 'fastq',
'fastqInput1')
self.setOutputDir1To1('fastqOutput2', fastqOutputDir2, None, 'fastq',
'fastqInput2')
self.setOutputDir1To1('adapterOutput', None, None, 'adapter.txt',
'fastqInput1')
self.setOutputDir1To1('settingsOutput', None, None, 'settings',
'fastqInput1')
# set how many sample are there
if fastqInput1 is not None:
self._setInputSize(len(self.getInputList('fastqInput1')))
def impInitIO(self, ):
# obtain all input and output parameters
#fastqInput1 = self.getParamIO('fastqInput1')
fastqInput1 = self.getParamIO('fastqInput1')
fastqInput2 = self.getParamIO('fastqInput2')
samOutputDir = self.getParamIO('samOutputDir')
ht2Idx = self.getParamIO('ht2Idx')
if samOutputDir is None:
self.setParamIO('samOutputDir', Configure.getTmpDir())
# print(ht2Idx)
#set all input files
#self.setInputDirOrFile('fastqInput1',fastqInput1)
self.setInputDirOrFile('fastqInput1', fastqInput1)
self.setInputDirOrFile('fastqInput2', fastqInput2)
if ht2Idx is None:
self.setInput('ht2IdxFile', Configure.getConfig('ht2IdxFile'))
self.setParamIO('ht2Idx', Configure.getConfig('ht2Indx'))
else:
suffix = [
'.1.ht2', '.2.ht2', '.3.ht2', '.4.ht2', '.5.ht2', '.6.ht2',
'.7.ht2', '.8.ht2'
]
ht2IdxFiles = [ht2Idx + s for s in suffix]
self.setInput('ht2IdxFiles', ht2IdxFiles)
# create output file paths and set
self.setOutputDir1To1('samOutput', samOutputDir, 'hisat', 'sam',
'fastqInput1')
# set how many sample are there
if fastqInput1 is not None:
self._setInputSize(len(self.getInputList('fastqInput1')))
def impInitIO(self, ):
faInput1 = self.getParamIO('faInput1')
gtfInput1 = self.getParamIO('gtfInput1')
assembliesInput = self.getParamIO('assembliesInput')
gtfOutputDir = self.getParamIO('gtfOutputDir')
if gtfOutputDir is None:
self.setParamIO('gtfOutputDir', Configure.getTmpDir())
#set all input files
self.setInputDirOrFile('assembliesInput', assembliesInput)
if faInput1 is None:
faInput1 = Configure.getConfig('')
self.setIput('faInput1', faInput1)
self.setParamIO('faInput1', faInput1)
else:
self.setInput('faInput1', faInput1)
if gtfInput1 is None:
gtfInput1 = Configure.getConfig('')
self.setIput('gtfInput1', gtfInput1)
self.setParamIO('gtfInput1', gtfInput1)
else:
self.setInput('gtfInput1', gtfInput1)
if assembliesInput is not None:
self._setInputSize(len(self.getInputList('assembliesInput')))
merged_gtf = list()
for i in range(len(self.getInputList('assembliesInput'))):
merged_gtf.append(
os.path.join(gtfOutputDir, 'cuffmerge_' + str(i),
'merged.gtf'))
self.setOutput('merged_gtf', merged_gtf)
else:
self.setOutput('merged_gtf', None)
def __init__(self,
bamInput=None,
figureOutput=None,
peakInput=None,
genome=None,
threads=1,
rScript='./ChromVarUtility.R',
cmdParam=None,
**kwargs):
super(Step, self).__init__(cmdParam, **kwargs)
# set IO parameters
self.setParamIO('bamInput', bamInput)
self.setParamIO('figureOutput', figureOutput)
self.setParamIO('peakInput', peakInput)
self.setParamIO('rScript', rScript)
self.initIO()
# set other parameters
self.setParam('threads', threads)
if genome is None:
self.setParam('genome', Configure.getGenome())
else:
self.setParam('genome', genome)
self._setUpstreamSize(2)
def __init__(self,
fastqInput1=None,
fastqInput2=None,
ht2Idx=None,
samOutputDir=None,
threads=None,
cmdParam=None,
**kwargs):
super(Step, self).__init__(cmdParam, **kwargs)
# set all input and output parameters
#self.setParamIO('fastqInput1',fastqInput1)
self.setParamIO('fastqInput1', fastqInput1)
self.setParamIO('fastqInput2', fastqInput2)
self.setParamIO('ht2Idx', ht2Idx)
self.setParamIO('samOutputDir', samOutputDir)
# call self.initIO()
self.initIO()
#set other parameters
#self.setParam('isNoDiscordant', isNoDiscordant)
if threads is None:
self.setParam('threads', Configure.getThreads())
else:
self.setParam('threads', threads)
def __init__(self,
bamInput = None,
gtfInput = None,
outputDir = None,
threads = None,
ismultiReadCorrect = None,
isupperQuartileForm = None,
istotalHitsNorm = True,
fragLenMean = 200,
fragLenStdDev = 80,
cmdParam = None,
**kwargs
):
super(Step, self).__init__(cmdParam,**kwargs)
self.setParamIO('bamInput',bamInput)
self.setParamIO('gtfInput',gtfInput)
self.setParamIO('outputDir',outputDir)
#self.setParamIO('fragBiasCorrectInput',fragBiasCorrectInput)
self.initIO()
self.setParam('ismultiReadCorrect',ismultiReadCorrect)
self.setParam('fragLenMean',fragLenMean)
self.setParam('fragLenStdDev',fragLenStdDev)
self.setParam('isupperQuartileForm',isupperQuartileForm)
self.setParam('istotalHitsNorm',istotalHitsNorm)
if threads is None:
threads = Configure.getThreads()
self.setParam('threads',threads)
def impInitIO(self, ):
sraInput1 = self.getParamIO('sraInput1')
fastqOutputDir = self.getParamIO('fastqOutputDir')
if fastqOutputDir is None:
self.setParamIO('fastqOutputDir', Configure.getTmpDir())
#set all input files
self.setInputDirOrFile('sraInput1', sraInput1)
# self.setOutputDir1To1('fastqOutputDir', fastqOutputDir,'fastqDump','fastq','sraInput1',sep='_')
self.setOutputDir1To1('fastqOutput1',
fastqOutputDir,
None,
'1.fastq',
'sraInput1',
sep='_')
self.setOutputDir1To1('fastqOutput2',
fastqOutputDir,
None,
'2.fastq',
'sraInput1',
sep='_')
if sraInput1 is not None:
self._setInputSize(len(self.getInputList('sraInput1')))
def impInitIO(self, ):
"""
This function is to initialize
all of the input and output files from the io parameters set in __init__()
"""
# obtain all input and output parameters
fastqInput1 = self.getParamIO('fastqInput1')
fastqInput2 = self.getParamIO('fastqInput2')
bt2Idx = self.getParamIO('bt2Idx')
samOutputDir = self.getParamIO('samOutputDir')
mapRsOutputDir = self.getParamIO('mapRsOutputDir')
#set all input files
self.setInputDirOrFile('fastqInput1', fastqInput1)
self.setInputDirOrFile('fastqInput2', fastqInput2)
#some special input from __init__ or configure
if bt2Idx is None:
self.setInput('bt2IdxFiles', Configure.getConfig('bt2IdxFiles'))
self.setParamIO('bt2Idx', Configure.getConfig('bt2Idx'))
else:
suffix = [
'.1.bt2', '.2.bt2', '.3.bt2', '.4.bt2', '.rev.1.bt2',
'.rev.2.bt2'
]
bt2IdxFiles = [bt2Idx + s for s in suffix]
self.setInput('bt2IdxFiles', bt2IdxFiles)
# create output file paths and set
if samOutputDir is None:
self.setParamIO('samOutputDir', Configure.getTmpDir())
if mapRsOutputDir is None:
self.setParamIO('mapRsOutputDir', Configure.getTmpDir())
self.setOutputDir1To1('samOutput', samOutputDir, None, 'sam',
'fastqInput1')
self.setOutputDir1To1('mapRsOutput', mapRsOutputDir, None,
'result.txt', 'fastqInput1')
# set how many sample are there
if fastqInput1 is not None:
self._setInputSize(len(self.getInputList('fastqInput1')))
def impInitIO(self,):
bamInput = self.getParamIO('bamInput')
gtfInput = self.getParamIO('gtfInput')
outputDir = self.getParamIO('outputDir')
#fragBiasCorrectInput = self.getParamIO('fragBiasCorrectInput')
if outputDir is None:
self.setParamIO('outputDir',Configure.getTmpDir())
self.setInputDirOrFile('bamInput',bamInput)
if gtfInput is None:
gtfInput=Configure.getConfig('')
self.setIput('gtfInput',gtfInput)
self.setParamIO('gtfInput',gtfInput)
else:
self.setInput('gtfInput',gtfInput)
self.setOutput('assembliesOutput',os.path.join(Configure.getTmpDir(), 'assemblies.txt'))
if bamInput is not None:
self._setInputSize(len(self.getInputList('bamInput')))
genes_fpkm_tracking=list()
isoforms_fpkm_tracking=list()
skipped_gtf=list()
transcripts_gtf=list()
for i in range(len(self.getInputList('bamInput'))):
genes_fpkm_tracking.append(os.path.join(outputDir, 'cufflinks_'+str(i),'genes.fpkm_tracking'))
isoforms_fpkm_tracking.append(os.path.join(outputDir, 'cufflinks_'+str(i),'isoforms.fpkm_tracking'))
skipped_gtf.append(os.path.join(outputDir, 'cufflinks_'+str(i),'skipped.gtf'))
transcripts_gtf.append(os.path.join(outputDir, 'cufflinks_'+str(i),'transcripts.gtf'))
self.setOutput('genes_fpkm_tracking',genes_fpkm_tracking)
self.setOutput('isoforms_fpkm_tracking',isoforms_fpkm_tracking)
self.setOutput('skipped_gtf',skipped_gtf)
self.setOutput('transcripts_gtf',transcripts_gtf)
else:
self.setOutput('genes_fpkm_tracking',None)
self.setOutput('isoforms_fpkm_tracking',None)
self.setOutput('skipped_gtf',None)
self.setOutput('transcripts_gtf',None)
def impInitIO(self, ):
fastqInput = self.getParamIO('fastqInput')
refile = self.getParamIO('refile')
outputdir = self.getParamIO('outputdir')
self.setInputDirOrFile('fastqInput', fastqInput)
self.setInputDirOrFile('version', os.path.join(refile, 'version'))
self.setInputDirOrFile('Reference',
os.path.join(refile, 'reference.json'))
self.setInputDirOrFile('README',
os.path.join(refile, 'README.BEFORE.MODIFYING'))
for i in [
'chrLength.txt', 'chrName.txt', 'exonGeTrInfo.tab',
'geneInfo.tab', 'genomeParameters.txt', 'SAindex',
'sjdbList.fromGTF.out.tab', 'transcriptInfo.tab',
'chrNameLength.txt', 'chrStart.txt', 'exonInfo.tab', 'Genome',
'SA', 'sjdbInfo.txt', 'sjdbList.out.tab'
]:
self.setInputDirOrFile(i, os.path.join(refile, 'star', i))
self.setInputDirOrFile('genes.pickle',
os.path.join(refile, 'pickle', 'genes.pickle'))
self.setInputDirOrFile('genes.gtf',
os.path.join(refile, 'genes', 'genes.gtf'))
self.setInputDirOrFile('genome.fa',
os.path.join(refile, 'fasta', 'genome.fa'))
if outputdir is None:
self.setParamIO('outputdir', Configure.getTmpDir())
outputdir = self.getParamIO('outputdir')
self.resultdir = 'Cellranger'
else:
self.resultdir = ''
self.setParamIO(
'finaldir',
os.path.join(outputdir, self.resultdir, 'outs',
'filtered_gene_bc_matrices', 'hg19'))
self.setOutputDirNTo1(
'genes',
os.path.join(outputdir, self.resultdir, 'outs',
'filtered_gene_bc_matrices', 'hg19', 'genes.tsv'), '',
'fastqInput')
self.setOutputDirNTo1(
'matrix',
os.path.join(outputdir, self.resultdir, 'outs',
'filtered_gene_bc_matrices', 'hg19', 'matrix.mtx'),
'', 'fastqInput')
self.setOutputDirNTo1(
'barcodes',
os.path.join(outputdir, self.resultdir, 'outs',
'filtered_gene_bc_matrices', 'hg19', 'barcodes.tsv'),
'', 'fastqInput')
def __init__(self,
fastqInput1=None,
fastqInput2=None,
fastqOutputDir1=None,
fastqOutputDir2=None,
adapter1=None,
adapter2=None,
threads=None,
cmdParamFindAdapter=None,
cmdParam=None,
**kwargs):
super(Step, self).__init__(cmdParam=[cmdParamFindAdapter, cmdParam],
**kwargs)
"""
called by 'AdapterRemoval()'
__init__(): Initialize the class with inputs, outputs and other parameters.
Setting all parameter is the main target of this function.
"""
# set all input and output parameters
self.setParamIO('fastqInput1', fastqInput1)
self.setParamIO('fastqInput2', fastqInput2)
self.setParamIO('fastqOutputDir1', fastqOutputDir1)
self.setParamIO('fastqOutputDir2', fastqOutputDir2)
# call self.initIO()
self.initIO()
#set other parameters
if threads is None:
threads = Configure.getThreads()
self.setParam('threads', threads)
if adapter1 is None:
self.setParam('adapter1', None)
elif len(adapter1) > 1:
self.setParam('adapter1', adapter1)
elif os.path.exists(adapter1):
self.setParam('adapter1', self.getListInFile())
else:
self.setParam('adapter1', adapter1)
if adapter2 is None:
self.setParam('adapter2', None)
elif len(adapter1) > 1:
self.setParam('adapter2', adapter2)
elif os.path.exists(adapter2):
self.setParam('adapter2', self.getListInFile())
else:
self.setParam('adapter2', adapter2)
self.adapter1 = {}
self.adapter2 = {}
def impInitIO(self):
samInput = self.getParamIO('samInput')
bamOutputDir = self.getParamIO('bamOutputDir')
if bamOutputDir is None:
self.setParamIO('bamOutputDir',Configure.getTmpDir())
# set all input files
self.setInputDirOrFile('samInput', samInput)
# set all output files
self.setOutputDir1To1('bamOutput', bamOutputDir, None, 'bam', 'samInput')
if samInput is not None:
self._setInputSize(len(self.getInputList('samInput')))
def impInitIO(self):
sraInput = self.getParamIO('sraInput')
fastqOutputDir = self.getParamIO('fastqOutputDir')
# set all input files
self.setInputDirOrFile('sraInput', sraInput)
# set all output files
self.setOutputDir1To1('fastqOutput1', fastqOutputDir, None, '_1.fastq', 'sraInput', '')
self.setOutputDir1To1('fastqOutput2', fastqOutputDir, None, '_2.fastq', 'sraInput', '')
if fastqOutputDir is None:
self.setParamIO('fastqOutputDir', Configure.getTmpDir())
if sraInput is not None:
self._setInputSize(len(self.getInputList('sraInput')))
def impInitIO(self, ):
samInput1 = self.getParamIO('samInput1')
gtfInput1 = self.getParamIO('gtfInput1')
countOutputDir = self.getParamIO('countOutputDir')
if countOutputDir is None:
self.setParamIO('countOutputDir', Configure.getTmpDir())
#set all input files
self.setInputDirOrFile('samInput1', samInput1)
self.setInputDirOrFile('gtfInput1', gtfInput1)
self.setOutputDir1To1('countOutput', countOutputDir, None, 'count',
'samInput1')
if samInput1 is not None:
self._setInputSize(len(self.getInputList('samInput1')))
def __init__(self,
faInput1=None,
gtfInput1=None,
assembliesInput=None,
threads=None,
gtfOutputDir=None,
cmdParam=None,
**kwargs):
super(Step, self).__init__(cmdParam, **kwargs)
self.setParamIO('faInput1', faInput1)
self.setParamIO('gtfInput1', gtfInput1)
self.setParamIO('assembliesInput', assembliesInput)
self.setParamIO('gtfOutputDir', gtfOutputDir)
self.initIO()
if threads is None:
threads = Configure.getThreads()
self.setParam('threads', threads)
def __init__(self,
fastqInput = None,
outFileDir = None,
genomeDir = None,
threads = None,
#outSamType = 'BAM'
cmdParam = None,
**kwargs):
super(Step, self).__init__(cmdParam, ** kwargs)
self.setParamIO('fastqInput', fastqInput)
self.setParamIO('outFileDir', outFileDir)
self.setParamIO('genomeDir', genomeDir)
self.initIO()
#self.setParam('outSamType', outSamType)
if threads is None:
threads = Configure.getThreads()
self.setParam('threads', threads)
def __init__(self,
fastqInput1=None,
fastqInput2=None,
bt2Idx=None,
samOutputDir=None,
mapRsOutputDir=None,
threads=None,
isNoDiscordant=True,
isNoUnal=True,
isNoMixed=True,
X=2000,
cmdParam=None,
**kwargs):
super(Step, self).__init__(cmdParam, **kwargs)
"""
called by 'Bowtie()'
__init__(): Initialize the class with inputs, outputs and other parameters.
Setting all parameter is the main target of this function.
"""
# set all input and output parameters
self.setParamIO('fastqInput1', fastqInput1)
self.setParamIO('fastqInput2', fastqInput2)
self.setParamIO('bt2Idx', bt2Idx)
self.setParamIO('samOutputDir', samOutputDir)
self.setParamIO('mapRsOutputDir', mapRsOutputDir)
# call self.initIO()
self.initIO()
#set other parameters
self.setParam('isNoDiscordant', isNoDiscordant)
self.setParam('isNoUnal', isNoUnal)
self.setParam('isNoMixed', isNoMixed)
self.setParam('X', X)
if threads is None:
threads = Configure.getThreads()
self.setParam('threads', threads)
def impInitIO(self, ):
# matrix = self.getParamIO('matrix')
# barcodes = self.getParamIO('barcodes')
# genes = self.getParamIO('genes')
outputdir = self.getParamIO('outputdir')
inputdir = self.getParamIO('inputdir')
rscript = self.getParamIO('rscript')
self.setInputDirOrFile('rscript', rscript)
# if outputdir is None, os will error
if outputdir is None:
self.setParamIO('outputdir', Configure.getTmpDir())
outputdir = self.getParamIO('outputdir')
# set output/input paths
# if inputdir is None, os will error
if inputdir is not None:
self.setInputDirOrFile('barcodes',
os.path.join(inputdir, 'barcodes.tsv'))
self.setInputDirOrFile('genes',
os.path.join(inputdir, 'genes.tsv'))
self.setInputDirOrFile('matrix',
os.path.join(inputdir, 'matrix.mtx'))
self.setOutputDirNTo1('violinplot',
os.path.join(outputdir, 'violinplot.jpeg'),
'', 'barcodes')
self.setOutputDirNTo1('geneplot',
os.path.join(outputdir, 'geneplot.jpeg'), '',
'barcodes')
self.setOutputDirNTo1(
'variableGenes', os.path.join(outputdir, 'variableGenes.jpeg'),
'', 'barcodes')
self.setOutputDirNTo1('Elbowplot',
os.path.join(outputdir, 'Elbowplot.jpeg'),
'', 'barcodes')
self.setOutputDirNTo1('TSNEplot',
os.path.join(outputdir, 'TSNEplot.jpeg'), '',
'barcodes')
def _singleRun(self,i):
bamInput = self.getInputList('bamInput')
gtfInput = self.getParamIO('gtfInput')
#fragBiasCorrectInput = self.getInputList('fragBiasCorrectInput')
outputDir = self.getParamIO('outputDir')
print(os.path.join(Configure.getTmpDir(), 'assemblies.txt'))
cmdline = [
'cufflinks',
'-p',str(self.getParam('threads')),
self.getBoolParamCmd('-u','ismultiReadCorrect'),
self.getBoolParamCmd('-N','isupperQuartileForm'),
self.getBoolParamCmd('--total-hits-norm','istotalHitsNorm'),
'-m',str(self.getParam('fragLenMean')),
'-s',str(self.getParam('fragLenStdDev')),
'-G',gtfInput,
'-o',os.path.join(outputDir,'cufflinks_'+str(i)),
bamInput[i],
';',
# 'echo', '"'+self.convertToRealPath(os.path.join(outputDir,'cufflinks_'+str(i),'transcripts.gtf')).split('.tmp')[1]+'" >>',
'echo', '"'+os.path.join(outputDir,'cufflinks_'+str(i),'transcripts.gtf')+'" >>',
self.getOutput("assembliesOutput")
]
self.callCmdline('V1', cmdline)
# -*- coding: utf-8 -*-
from SamToBam import SamToBam
from StepBase import Configure, Schedule
Configure.setRefDir('/home/hca/zhangwei1/hg19_bowtie2')
Configure.setGenome('hg19')
Configure.setIdentity('ATAC')
test = SamToBam(samInput='./minidata/atac/SamForTest',
threads=5,
bamOutputDir='./bamOutputDir')
Schedule.run()
from Bowtie2 import Bowtie2
from AdapterRemoval import AdapterRemoval
from StepBase import Configure,Schedule
import os
Configure.setRefDir('/home/wzhang/genome/hg19_bowtie2/')
Configure.setGenome('hg19')
#Configure.setIdentity('zwei')
Configure.enableDocker(False)
rs=Bowtie2(fastqInput1='./minidata/atac/end1',
fastqInput2='./minidata/atac/end2')
Schedule.run()
from StepBase import Schedule, Configure
from FastqDump import FastqDump
from Hisat2 import Hisat2
from SamToBam import SamToBam
from BamSort import BamSort
from Cufflinks import Cufflinks
from Cuffmerge import Cuffmerge
Configure.setIdentity('sqchen')
#Fastq-dump
fastq_dump = FastqDump(sraInput1='./minidata/smartseq/sra')
# print(fastq_dump.outputs)
#Hisat2
hisat = Hisat2(ht2Idx="./minidata/smartseq/hg19_index/genome")(fastq_dump)
# print (hisat.outputs)
# Bam2Sam
# Configure.setRefDir('../../yinqijin/hg19_bowtie2/')
# Configure.setGenome('hg19')
sam2bam = SamToBam(threads=5)(hisat)
# print (sam2bam.outputs)
# #BamSort
bamsort = BamSort()(sam2bam)
# print (bamsort.outputs)
# #Cufflinks
cufflinks = Cufflinks(gtfInput='./minidata/smartseq/genome.gtf',
threads=16)(bamsort)
