def get_hom_in_file(FSr,
JsonFP,
UpTo=100000,
FstPosition=0,
AssumeSortedP=False):
#print('trying to find homs for '+TgtHom)
# Fnd=False;FndCnt=0
OrthsVecs = defaultdict(list)
# TgtHomRegex='["'+TgtHom
FSr, Chunk, LineCnt, _ = myModule.pop_chunk_from_stream(FSr,
Pattern=',',
Type='cont')
if not Chunk or not FSr:
return None
MultiToks = []
for Line in Chunk.strip().split('\n'):
HomVecs = json.loads(Line)
PronCat, Ind, Len, Toks, Vec = HomVecs
Orth = ''.join(Toks[Ind:Ind + Len])
if Len >= 2:
MultiToks.append(Orth)
OrthsVecs[Orth].append(Vec)
# print(str(Cntr+1)+' found')
return FSr, OrthsVecs, PronCat, LineCnt, MultiToks
def mark_sents(FP,FtCnts,Recover=True,Output=None):
#set_trace()
'''
def find_eof_errors(FP):
FSr=open(FP)
LstLiNe=myModule.readline_reverse(FSr)
TrailEmptyLineCnt=0
while LstLiNe.strip()=='':
LstLine=myModule.readline_reverse(FSr)
TrailEmptyLineCnt+=1
if LstLine!='EOS':
LstEOSP=False
return (TrailEmptyCnt,LstEOSP)
'''
# return MkdLines
with open(FP,'rt',encoding='utf-8') as FSr:
# (TrailEmptyCnt,LstEOSP)=find_eof_errors(FP)
# if not Recover and not (TrailEmptyCnt and LstEOSP):
# sys.exit('there is an EOF error, either empty trailing lines or no EOS')
extract_chunk=lambda FSr: myModule.pop_chunk_from_stream(FSr,Pattern='EOS')
MkdSents=[]; SentCnt=LineCnt=0; NextLine=True
while NextLine:
FSr,Sent,LineCntPerSent,NextLine=extract_chunk(FSr)
if NextLine:
LineCnt+=LineCntPerSent;SentCnt+=1
if Sent.strip()=='':
if Recover:
#MkdSents.append([(Sent,None,'empty sent')])
yield [(Sent,None,'empty sent')]
else:
if Debug:
print('Now at '+str(LineCnt))
MkdLines=mark_sentlines(Sent.strip().split('\n'),FtCnts,Recover=Recover)
#MkdSents.append(MkdLines)
yield MkdLines
def get_hom_in_file(FSr,
JsonFP,
UpTo=100000,
FstPosition=0,
AssumeSortedP=False):
#print('trying to find homs for '+TgtHom)
# Fnd=False;FndCnt=0
OrthsVecs = defaultdict(list)
# TgtHomRegex='["'+TgtHom
FSr, Chunk, LineCnt, _ = myModule.pop_chunk_from_stream(FSr,
Pattern=',',
Type='cont')
for Line in Chunk.strip().split('\n'):
HomVecs = json.loads(Line)
#assert(HomVecs[0]==TgtHom)
Orth = HomVecs[2][HomVecs[1]]
OrthsVecs[Orth].append(HomVecs[3])
# print(str(Cntr+1)+' found')
return FSr, OrthsVecs, HomVecs[0], LineCnt
def extract_sentences(FileP,LineNums='all',ReturnRaw=False,Print=False):
def chunkprocess(Chunk,ReturnRaw):
if not ReturnRaw:
return Chunk.strip().split('\n')
FSr=open(FileP,'rt',encoding='utf-8')
extract_chunk=lambda FSr: myModule.pop_chunk_from_stream(FSr,Pattern='EOS')
FSr,Chunk,_,NxtLine=extract_chunk(FSr)
Sentl=False
Cntr=0
while not Sentl:
Cntr+=1
if LineNums=='all':
yield chunkprocess(Chunk,ReturnRaw)
else:
if Cntr in LineNums:
LineNums.remove(Cntr)
yield chunkprocess(Chunk,ReturnRaw)
FSr,Chunk,_,NxtLine=extract_chunk(FSr)
if not LineNums or not NxtLine:
Sentl=True
def extract_sentences(FileP,LineNums='all',ReturnRaw=False,Print=False):
def chunkprocess(Chunk,ReturnRaw):
if not ReturnRaw:
return Chunk.strip().split('\n')
FSr=open(FileP,'rt')
extract_chunk=lambda FSr: myModule.pop_chunk_from_stream(FSr,Pattern='EOS')
FSr,Chunk,_,NxtLine=extract_chunk(FSr)
Sentl=False
Cntr=0; Sents2Ext=[]
while not Sentl:
Cntr+=1
if LineNums=='all':
Sents2Ext.append(chunkprocess(Chunk,ReturnRaw))
else:
if Cntr in LineNums:
LineNums.remove(Cntr)
Sents2Ext.append(chunkprocess(Chunk,ReturnRaw))
FSr,Chunk,_,NxtLine=extract_chunk(FSr)
if not LineNums or not NxtLine:
Sentl=True
if Print: print(Sents2Ext)
return Sents2Ext
def mark_sents(FP,FtCnts,Recover=True,Output=None):
#set_trace()
'''
def find_eof_errors(FP):
FSr=open(FP)
LstLiNe=myModule.readline_reverse(FSr)
TrailEmptyLineCnt=0
while LstLiNe.strip()=='':
LstLine=myModule.readline_reverse(FSr)
TrailEmptyLineCnt+=1
if LstLine!='EOS':
LstEOSP=False
return (TrailEmptyCnt,LstEOSP)
'''
def mark_errors_sentlines(SentLines,FtCnts,SentCnt,FstLineNum,Recover=True):
MkdLines=[]
for (Cntr,Line) in enumerate(SentLines):
Wrong=something_wrong_insideline(Line,FtCnts)
if not Wrong:
MkdLines.append((Line,Line,'original'))
# below is when there is something wrong!!!
else:
if Recover:
print('error found ('+Wrong+' at '+str(SentCnt)+'/'+str(FstLineNum+Cntr+1)+'), attempting to recover')
# attempt to recover
Attempted=try_and_recover(Line,Wrong)
# it could return none, this is failure
if Attempted is None:
print('recovery failed')
MkdLines.append((Line,None,Wrong))
# it could return something where there still are errors
elif something_wrong_insideline(Attempted,FtCnts):
print('recovery failed')
MkdLines.append((Line,None,Wrong))
# otherwise it's success
else:
print('recovery successful')
MkdLines.append((Line,Attempted,'recovered'))
else:
MkdLines.append((Line,None,Wrong))
return MkdLines
with open(FP,'rt') as FSr:
# (TrailEmptyCnt,LstEOSP)=find_eof_errors(FP)
# if not Recover and not (TrailEmptyCnt and LstEOSP):
# sys.exit('there is an EOF error, either empty trailing lines or no EOS')
extract_chunk=lambda FSr: myModule.pop_chunk_from_stream(FSr,Pattern='EOS')
MkdSents=[]; SentCnt=LineCnt=0; NextLine=True
while NextLine:
FSr,Sent,LineCntPerSent,NextLine=extract_chunk(FSr)
if NextLine:
LineCnt+=LineCntPerSent;SentCnt+=1
if Sent.strip()=='':
if Recover:
MkdSents.append([(Sent,None,'empty sent')])
else:
MkdLines=mark_errors_sentlines(Sent.strip().split('\n'),FtCnts,SentCnt,LineCnt,Recover=Recover)
MkdSents.append(MkdLines)
return MkdSents
