pmid2types[entry.pmid].add(dtype)
except:
traceback.print_exc()
eprint("Exception", datefile)
try:
pmid = elem.find('MedlineCitation/PMID').text
eprint(pmid)
except:
pass
continue
for x in pmid2date:
print(x, "\t".join([str(x) for x in pmid2date[x]]), sep="\t", file=outdate)
for x in pmid2types:
for doctype in pmid2types[x]:
print(x, doctype, sep="\t", file=outtype)
ll = MapReduce(6)
result = ll.exec( allfiles, senteniceFile, None, 1, None)
print("Done")
return None
threads = 4
if __debug__:
threads = 1
sys.stderr.write("Running on threads:" + str(threads) + "\n")
sys.stderr.write("Debug Mode? " + str(__debug__) + " and threads " +
str(threads) + "\n")
def printStuff(old, fileCoocs, env):
printed = 0
for cooc in fileCoocs:
print("{pmid}\t{cl}\t{name}\t{pos}\n".format(pmid=cooc[0],
cl=cooc[1],
name=cooc[2],
pos=str(cooc[3])),
end='',
flush=True)
printed += 1
return printed
ll = MapReduce(threads)
result = ll.exec(allfileIDs, analyseFile, None, 1, None)
if not mirnaSpeciesID in dbcreatedMIRT2TAX[mirtarID]:
dbcreatedMIRT2TAX[mirtarID].add(mirnaSpeciesID)
procDB.createRelationship('mtb', ['MIRTARBASE'], {'id': mirtarID}, 'taxid', ['TAX'], {'id': mirnaSpeciesID}, ['ORGANISM_SUPPORT'], {})
if not mirtarGENE in dbcreatedMIRT2GENE[mirtarID]:
dbcreatedMIRT2GENE[mirtarID].add(mirtarGENE)
procDB.createRelationship('gene', ['GENE'], {'id': mirtarGENE}, 'mtb', ['MIRTARBASE'], {'id': mirtarID}, ['GENE_MENTION'], {'tax': geneSpeciesID})
if not mirtarMIRNA in dbcreatedMIRT2MIRNA[mirtarID]:
dbcreatedMIRT2MIRNA[mirtarID].add(mirtarMIRNA)
procDB.createRelationship('mtb', ['MIRTARBASE'], {'id': mirtarID}, 'mirna', ['MIRNA'],
{'name': mirtarMIRNA}, ['MIRNA_MENTION'], {'tax': mirnaSpeciesID})
procDB.close()
ll = MapReduce(6)
allMIRTIds = [x for x in allMIRTs]
allChunks = ll.chunkIterable(allMIRTIds, 1000)
workChunks = []
for chunk in allChunks:
toAdd = []
for MIRTid in chunk:
evidences = allMIRTs[MIRTid]
toAdd += evidences
workChunks.append(toAdd)
result = ll.exec(workChunks , addMIRTs, None, 1, None)
if not os.path.exists(saveFolderPath):
os.makedirs(saveFolderPath)
#print(ftp.pwd())
ftp.cwd(folderPath)
allFiles = ftp.nlst()
print(folderPath, "Files", len(allFiles))
for downloadFile in allFiles:
fileURL = "ftp://" + ftpBase + "/" + pdfBase + "/" + commonFilePath + "/" + downloadFile
filePATH = saveFolderPath + "/" + downloadFile
toDownloadFiles.append((fileURL, filePATH))
print("Adding", fileURL, filePATH)
ftp.cwd("..")
if len(toDownloadFiles) > 50:
break
#print(ftp.pwd())
print("Downloading", len(toDownloadFiles), "Files")
ftp.close()
ll = MapReduce(2)
result = ll.exec(toDownloadFiles, downloadFiles, None, 1, None)
ftp.quit()
if __name__ == '__main__':
ftpBase = 'ftp.ncbi.nlm.nih.gov'
pdfBase = 'pub/pmc/oa_pdf'
saveDirectory = "/mnt/raidtmpbio2/joppich/pmc_apr2020/"
ftp = FTP(ftpBase)
ftp.login()
ftp.cwd(pdfBase)
allFolders = []
ftp.dir('-d', '*/', lambda L: allFolders.append(L.split()[-1]))
ftp.quit()
def downloadFiles(allPaths, env):
for folder in allPaths:
cmd = "bash -c \"mkdir -p {localFolder}; cd {localFolder}; lftp {ftpServer} -e 'cd {ftpBaseFolder}; mirror --only-newer . {localFolder}; exit'\"".format(
localFolder=saveDirectory + "/" + folder,
ftpServer=ftpBase,
ftpBaseFolder=pdfBase + "/" + folder)
print(cmd)
os.system(cmd)
ll = MapReduce(procs=16)
result = ll.exec(allFolders, downloadFiles, None, 1, None)
if testMentioned(docGOHits, goSynIDs):
subject2pmids['INFLAMM'].add(int(docID))
return subject2pmids
finalResults = defaultdict(set)
def reduceSets(old, new, env):
if old == None:
return new
for x in new:
if x in old:
old[x] = old[x] | new[x]
else:
old[x] = new[x]
return old
ll = MapReduce(4)
result = ll.exec(allfileIDs, analyseFile, None, 1, reduceSets)
with open("/tmp/tm_soehnlein", 'w') as fout:
for x in result:
fout.write(str(x) + "\t" + str(result[x]) + "\n")
fileID = "{:>4}".format(i).replace(" ", "0")
downloadFile = medlineBase + fileID + ".xml.gz"
print(downloadFile)
if onlyNew:
if os.path.exists(downloadLocation + "/" + downloadFile):
continue
request.urlretrieve(
"ftp://ftp.ncbi.nlm.nih.gov/pubmed/updatefiles/" + downloadFile,
downloadLocation + "/" + downloadFile)
if downloadBase:
ll = MapReduce(8)
ll.exec([i for i in range(1, updateStart)], downloadDataBase, None)
if downloadUpdatesParallel:
ll = MapReduce(8)
ll.exec([i for i in range(updateStart, updateEnd)], downloadDataUpdate,
None)
if downloadUpdates:
for i in range(updateStart, 10000):
fileID = "{:>4}".format(i).replace(" ", "0")
downloadFile = medlineBase + fileID + ".xml.gz"
print(downloadFile)
continue
for author in authors:
first = author[0] if author[0] != None else ''
initials = author[1] if author[1] != None else ''
last = author[2] if author[2] != None else ''
outfile.write(
str(pmid) + "\t" +
"\t".join([first, initials, last]) + "\n")
with open(storagePath + citationfile, 'w') as outfile:
print(citationfile)
for pmid in pmid2citations:
citations = pmid2citations[pmid]
if citations == None or len(citations) == 0:
continue
for quote in citations:
outfile.write(str(pmid) + "\t" + str(quote) + "\n")
ll = MapReduce(8)
result = ll.exec(allXMLFiles, senteniceFile, None, 1, None)
print("Done")