def calculate_colls_bg(coll_args):
"""
Background collocations calculation.
This function is expected to be run either
from Celery or from other process (via multiprocessing).
"""
cm = corplib.CorpusManager(subcpath=coll_args.subcpath)
corp = cm.get_Corpus(coll_args.corpname, subcname=coll_args.subcname)
try:
# try to fetch precalculated data; if none then MissingSubCorpFreqFile
corplib.frq_db(corp, coll_args.cattr)
conc = get_conc(corp=corp, user_id=coll_args.user_id, q=coll_args.q,
fromp=0, pagesize=0, asnc=0, save=coll_args.save, samplesize=coll_args.samplesize)
if not conc.finished():
raise UnfinishedConcordanceError(
_('Cannot calculate yet - source concordance not finished. Please try again later.'))
collocs = conc.collocs(cattr=coll_args.cattr, csortfn=coll_args.csortfn, cbgrfns=coll_args.cbgrfns,
cfromw=coll_args.cfromw, ctow=coll_args.ctow, cminfreq=coll_args.cminfreq,
cminbgr=coll_args.cminbgr, max_lines=coll_args.num_fetch_items)
for item in collocs['Items']:
item['pfilter'] = [('q2', item['pfilter'])]
item['nfilter'] = [('q2', item['nfilter'])]
return dict(data=collocs, processing=0, tasks=[])
except corplib.MissingSubCorpFreqFile as e:
ans = {'attrname': coll_args.cattr, 'tasks': []}
out = freq_calc.build_arf_db(e.corpus, coll_args.cattr)
if type(out) is list:
processing = 1
ans['tasks'].extend(out)
else:
processing = 0
ans['processing'] = processing
ans['data'] = dict(Items=[], Head=[])
return ans
def calculate_colls_bg(coll_args):
"""
Background collocations calculation.
This function is expected to be run either
from Celery or from other process (via multiprocessing).
"""
cm = corplib.CorpusManager(subcpath=coll_args.subcpath)
corp = cm.get_Corpus(coll_args.corpname, subcname=coll_args.subcname)
try:
# try to fetch precalculated data; if none then MissingSubCorpFreqFile
corplib.frq_db(corp, coll_args.cattr)
conc = conclib.get_conc(corp=corp, user_id=coll_args.user_id, minsize=coll_args.minsize, q=coll_args.q,
fromp=0, pagesize=0, async=0, save=coll_args.save, samplesize=coll_args.samplesize)
if not conc.finished():
raise UnfinishedConcordanceError(
_('Cannot calculate yet - source concordance not finished. Please try again later.'))
collocs = conc.collocs(cattr=coll_args.cattr, csortfn=coll_args.csortfn, cbgrfns=coll_args.cbgrfns,
cfromw=coll_args.cfromw, ctow=coll_args.ctow, cminfreq=coll_args.cminfreq,
cminbgr=coll_args.cminbgr, max_lines=coll_args.num_fetch_items)
for item in collocs['Items']:
item['pfilter'] = [('q2', item['pfilter'])]
item['nfilter'] = [('q2', item['nfilter'])]
item['str'] = import_string(item['str'], from_encoding=coll_args.corpus_encoding)
return dict(data=collocs, processing=0, tasks=[])
except corplib.MissingSubCorpFreqFile as e:
ans = {'attrname': coll_args.cattr, 'tasks': []}
out = freq_calc.build_arf_db(e.args[0], coll_args.cattr)
if type(out) is list:
processing = 1
ans['tasks'].extend(out)
else:
processing = 0
ans['processing'] = processing
ans['data'] = dict(Items=[], Head=[])
return ans
def calculate_colls_bg(coll_args: CollCalcArgs):
"""
Background collocations calculation running on a worker server.
In case auxiliary data files are needed and not present already
(MissingSubCorpFreqFile exception), the function triggers
a respective calculation.
"""
cm = corplib.CorpusManager(subcpath=coll_args.subcpath)
corp = cm.get_corpus(coll_args.corpname, subcname=coll_args.subcname)
try:
# try to fetch precalculated data; if none then MissingSubCorpFreqFile
corplib.frq_db(corp, coll_args.cattr)
conc = require_existing_conc(corp=corp, q=coll_args.q)
if not conc.finished():
raise UnfinishedConcordanceError(
_('Cannot calculate yet - source concordance not finished. Please try again later.'
))
collocs = conc.collocs(cattr=coll_args.cattr,
csortfn=coll_args.csortfn,
cbgrfns=coll_args.cbgrfns,
cfromw=coll_args.cfromw,
ctow=coll_args.ctow,
cminfreq=coll_args.cminfreq,
cminbgr=coll_args.cminbgr,
max_lines=conc.size())
for item in collocs['Items']:
item['pfilter'] = {'q2': item['pfilter']}
item['nfilter'] = {'q2': item['nfilter']}
return dict(data=collocs, processing=0, tasks=[])
except MissingSubCorpFreqFile:
ans = {'attrname': coll_args.cattr, 'tasks': []}
out = freq_calc.build_arf_db(corp, coll_args.cattr)
if type(out) is list:
processing = 1
ans['tasks'].extend(out)
else:
processing = 0
ans['processing'] = processing
ans['data'] = dict(Items=[], Head=[])
return ans
def _get_attrfreq(corp: KCorpus, attr, wlattr, wlnums):
if '.' in wlattr: # attribute of a structure
struct = corp.get_struct(wlattr.split('.')[0])
if wlnums == 'doc sizes':
normvals = dict([(struct.beg(i), struct.end(i) - struct.beg(i))
for i in range(struct.size())])
else:
normvals = dict([(struct.beg(i), 1) for i in range(struct.size())])
attrfreq = dict([(i, doc_sizes(corp, struct, wlattr, i, normvals))
for i in range(attr.id_range())])
else: # positional attribute
attrfreq = frq_db(corp, wlattr, wlnums)
return attrfreq
