def _get_exported( fncs_list ):
exported = []
prefix = env["datasets"]["export_prefix"]
for m in fncs_list:
if utils.uni(m).startswith(prefix):
exported.append(utils.uni(m)[len(prefix):])
return exported
def _get_exported(fncs_list):
exported = []
prefix = env["datasets"]["export_prefix"]
for m in fncs_list:
if utils.uni(m).startswith(prefix):
exported.append(utils.uni(m)[len(prefix):])
return exported
def addWord():
global matrix
inputs = list(json.loads(uni(request.args.get("categories"))))
if inputs==[]:
matrix = []
w = uni(request.args.get("word"))
i = compareToCategory(w, inputs, 20, matrix)
if i==-1:
inputs.append([w])
else:
inputs[i].append(w)
return json.dumps(inputs)
def query( self, qfield, qvalue, fields=None, pages_count=10, qf=None ):
""" Return search result. """
try:
kwargs = {}
if not fields is None:
kwargs["fl"] = ",".join(fields)
qvalue = _backend._escape_for_string(qvalue)
kwargs["q"] = u"%s:%s" % (qfield, qvalue)
if qf is not None:
kwargs["qf"] = qf
kwargs["rows"] = pages_count
return self._backend.search(**kwargs)
except Exception, e:
_logger.exception(u"Could not query backend [%s]." % utils.uni(e))
_logger_suspicious.exception(u"Could not query backend [%s]." % utils.uni(e))
def load(self):
cox = []
coy = []
self.ctrh = {}
movies = {}
for user, movie, rate, timestamp in movielens_data():
user = int(user) - 1
movie = int(movie) - 1
if movie in movies:
movies[movie] += 1
else:
movies[movie] = 1
if np.random.uniform(0, 1) < self.train_portion:
cox.append(user)
coy.append(movie)
else:
if user in self.ctrh:
self.ctrh[user].append(movie)
else:
self.ctrh[user] = [movie]
self.A = sparse.coo_matrix((np.ones(len(cox)), (cox, coy)),
shape=(max(list(self.ctrh) + cox) + 1,
max(list(movies) + coy) + 1),
dtype=np.float32)
self.U, self.S, self.VT = svds(self.A, self.d)
self.A = self.A.astype(np.int32)
for i in range(self.U.shape[0]):
self.U[i] = uni(self.U[i])
self.V = self.VT.T
for i in range(self.V.shape[0]):
self.V[i] = uni(self.V[i])
if self.n_movies is None:
self.L = len(movies)
else:
self.L = self.n_movies
self.arms = set([
x[1] for x in sorted([(movies[movie], movie)
for movie in movies])[-self.L:]
])
self.users = [
x[1] for x in sorted([(overlap(self.ctrh[user], self.arms), user)
for user in self.ctrh
if self.L * self.baseline[0] < overlap(
self.ctrh[user], self.arms) < self.L *
self.baseline[1]])
]
logging.info('total {0} users involved'.format(len(self.users)))
self.d = self.d**2
def __unicode__(self):
addr=[]
def append_if_exists(item):
if item:
addr.append(uni(item))
append_if_exists(self.street)
append_if_exists( u'%s %s'% (uni(self.postal_code), uni(self.city)) if self.postal_code else self.city)
append_if_exists(self.county)
append_if_exists(self.state)
append_if_exists(self.country)
if addr:
return u', '.join(addr)
else:
return self.unformatted or ''
def query(self, qfield, qvalue, fields=None, pages_count=10, qf=None):
""" Return search result. """
try:
kwargs = {}
if not fields is None:
kwargs["fl"] = ",".join(fields)
qvalue = _backend._escape_for_string(qvalue)
kwargs["q"] = u"%s:%s" % (qfield, qvalue)
if qf is not None:
kwargs["qf"] = qf
kwargs["rows"] = pages_count
return self._backend.search(**kwargs)
except Exception, e:
_logger.exception(u"Could not query backend [%s]." % utils.uni(e))
_logger_suspicious.exception(u"Could not query backend [%s]." %
utils.uni(e))
def delete( self, docs_array ):
""" Return search result. """
try:
self._backend.delete(docs_array)
return True
except Exception, e:
_logger.warning(u"Could not delete from backend [%s]." % utils.uni(e))
def optimise( self ):
_logger.info("Optimising index.")
try:
self._backend.optimize()
_logger.info("Optimised.")
return True
except Exception, e:
_logger.warning(u"Could not optimise backend [%s]." % utils.uni(e))
def search( self, query_dict, fields=None, pages_count=10 ):
""" Return search result. """
try:
with adapter.solr_backend(self) as backend:
resp = backend.search(**query_dict)
return resp
except Exception, e:
_logger.exception(u"Could not query backend [%s]." % utils.uni(e))
def optimise(self):
_logger.info("Optimising index.")
try:
self._backend.optimize()
_logger.info("Optimised.")
return True
except Exception, e:
_logger.warning(u"Could not optimise backend [%s]." % utils.uni(e))
def delete(self, docs_array):
""" Return search result. """
try:
self._backend.delete(docs_array)
return True
except Exception, e:
_logger.warning(u"Could not delete from backend [%s]." %
utils.uni(e))
def optimise(self, maxSegments=None):
_logger.info("Optimising index.")
try:
with adapter.solr_backend(self) as backend:
backend.optimize(waitSearcher=None, maxSegments=maxSegments)
_logger.info("Optimised.")
return True
except Exception, e:
_logger.warning(u"Could not optimise backend [%s]." % utils.uni(e))
def optimise( self, maxSegments=None ):
_logger.info("Optimising index.")
try:
with adapter.solr_backend(self) as backend:
backend.optimize(waitSearcher=None, maxSegments=maxSegments)
_logger.info("Optimised.")
return True
except Exception, e:
_logger.warning(u"Could not optimise backend [%s]." % utils.uni(e))
def query_generic( self, fields=None, pages_count=10, **kwargs ):
""" Return search result. """
try:
with adapter.solr_backend(self) as backend:
query = backend.query(**kwargs).paginate(rows=pages_count)
if fields:
query = query.field_limit(fields)
return query.execute()
except Exception, e:
_logger.warning(u"Could not query backend [%s]." % utils.uni(e))
def query_generic(self, fields=None, pages_count=10, **kwargs):
""" Return search result. """
try:
with adapter.solr_backend(self) as backend:
query = backend.query(**kwargs).paginate(rows=pages_count)
if fields:
query = query.field_limit(fields)
return query.execute()
except Exception, e:
_logger.warning(u"Could not query backend [%s]." % utils.uni(e))
def commit( self ):
# be sure we can write
_logger.info(u"Trying to commit to index.")
try:
_logger.info("Committing to index.")
self._backend.commit()
_logger.info("Committed.")
return True
except Exception, e:
_logger.warning(u"Could not commit in backend [%s]." % utils.uni(e))
def commit(self):
# be sure we can write
_logger.info(u"Trying to commit to index.")
try:
_logger.info("Committing to index.")
self._backend.commit()
_logger.info("Committed.")
return True
except Exception, e:
_logger.warning(u"Could not commit in backend [%s]." %
utils.uni(e))
def commit( self ):
# be sure we can write
#_logger.info("Trying to commit to index.")
try:
with adapter.solr_backend(self) as backend:
#_logger.info("Committing to index.")
backend.commit()
#_logger.info("Committed.")
return True
except Exception, e:
_logger.warning(u"Could not commit in backend [%s]." % utils.uni(e))
def delete( self, docs_array=None, queries=None ):
""" Return search result. """
try:
with adapter.solr_backend(self) as backend:
if queries is not None:
backend.delete(queries=queries)
else:
backend.delete(docs=docs_array)
return True
except Exception, e:
_logger.warning(u"Could not delete from backend [%s]." % utils.uni(e))
def delete(self, docs_array=None, queries=None):
""" Return search result. """
try:
with adapter.solr_backend(self) as backend:
if queries is not None:
backend.delete(queries=queries)
else:
backend.delete(docs=docs_array)
return True
except Exception, e:
_logger.warning(u"Could not delete from backend [%s]." %
utils.uni(e))
def commit( self ):
# be sure we can write
from_time, to_time = self.not_writable
adapter.check_writeable(from_time, to_time)
_logger.info("Trying to commit to index.")
try:
with adapter.solr_backend(self) as backend:
_logger.info("Committing to index.")
backend.commit()
_logger.info("Committed.")
return True
except Exception, e:
_logger.warning(u"Could not commit in backend [%s]." % utils.uni(e))
def add(self, document_s, boosts=None):
""" Add a document to index. """
docs = utils.to_array(document_s)
try:
for document in docs:
document.update({"id": self.get_id(document["latex"])})
self._backend.add(docs, boosts)
if self.auto_commit:
self.commit()
return True
except Exception, e:
_logger.exception(u"Could not add document to index\n[%s].",
utils.uni(e))
return False
def commit(self):
# be sure we can write
from_time, to_time = self.not_writable
adapter.check_writeable(from_time, to_time)
_logger.info("Trying to commit to index.")
try:
with adapter.solr_backend(self) as backend:
_logger.info("Committing to index.")
backend.commit()
_logger.info("Committed.")
return True
except Exception, e:
_logger.warning(u"Could not commit in backend [%s]." %
utils.uni(e))
def load(self):
cox = []
coy = []
self.ctrh = {}
movies = {}
for user, movie, rate, timestamp in movielens_data():
user = int(user) - 1
movie = int(movie) - 1
if movie in movies:
movies[movie] += 1
else:
movies[movie] = 1
if np.random.uniform(0,1) < self.train_portion:
cox.append(user)
coy.append(movie)
else:
if user in self.ctrh:
self.ctrh[user].append(movie)
else:
self.ctrh[user] = [movie]
self.A = sparse.coo_matrix((np.ones(len(cox)), (cox, coy)), shape=(max(list(self.ctrh) + cox) + 1, max(list(movies) + coy) + 1), dtype=np.float32)
self.U, self.S, self.VT = svds(self.A, self.d)
self.A = self.A.astype(np.int32)
for i in range(self.U.shape[0]):
self.U[i] = uni(self.U[i])
self.V = self.VT.T
for i in range(self.V.shape[0]):
self.V[i] = uni(self.V[i])
if self.n_movies is None:
self.L = len(movies)
else:
self.L = self.n_movies
self.arms = set([x[1] for x in sorted([(movies[movie], movie) for movie in movies])[-self.L:]])
self.users = [x[1] for x in sorted([(overlap(self.ctrh[user], self.arms), user) for user in self.ctrh if self.L * self.baseline[0] < overlap(self.ctrh[user], self.arms) < self.L * self.baseline[1]])]
logging.info('total {0} users involved'.format(len(self.users)))
self.d = self.d ** 2
def _create_doc( self, latex, mathml, convert_js, docs=None, url=None, dataset=None, create_ego=False ):
doc = {
"mathml": utils.uni(mathml),
"latex": latex,
"latex_len": len(latex),
"documents": docs,
"url": url,
"dataset": utils.to_array(dataset),
}
for k in ( "result", "status", "status_code", "log" ):
if k in convert_js:
doc[k] = convert_js[k]
if create_ego:
doc["ego_math"] = ego_convert(latex, mathml[-1])
return doc
def add( self, document_s, boosts=None ):
""" Add a document to index. """
docs = utils.to_array(document_s)
try:
for document in docs:
document.update({
"id": self.get_id(document["latex"])
})
self._backend.add(docs, boosts)
if self.auto_commit:
self.commit()
return True
except Exception, e:
_logger.exception(u"Could not add document to index\n[%s].",
utils.uni(e))
return False
def add( self, document, **kwargs ):
""" Add a document to index. """
exc = None
try:
with adapter.solr_backend(self) as backend:
backend.add( [document], **kwargs )
if self.auto_commit:
self.commit()
return True
except Exception, e:
import traceback
traceback.print_exc(file=sys.__stdout__)
exc = e
self.errors += 1
if self.errors > 0:
self.errors = 0
_logger.exception(u"Could not add document to index [%s]\n[%s].",
document.id_str,
utils.uni(e))
return False
def add(self, document, **kwargs):
""" Add a document to index. """
exc = None
try:
with adapter.solr_backend(self) as backend:
backend.add([document.dict()], **kwargs)
if self.auto_commit:
self.commit()
return True
except Exception, e:
import traceback
traceback.print_exc(file=sys.__stdout__)
exc = e
self.errors += 1
if self.errors > 0:
self.errors = 0
_logger.exception(
u"Could not add document to index [%s]\n[%s].",
document._values.get(self.id_str,
"no id in document values"),
utils.uni(e))
return False
def _create_doc(self,
latex,
mathml,
convert_js,
docs=None,
url=None,
dataset=None,
create_ego=False):
doc = {
"mathml": utils.uni(mathml),
"latex": latex,
"latex_len": len(latex),
"documents": docs,
"url": url,
"dataset": utils.to_array(dataset),
}
for k in ("result", "status", "status_code", "log"):
if k in convert_js:
doc[k] = convert_js[k]
if create_ego:
doc["ego_math"] = ego_convert(latex, mathml[-1])
return doc
def process( env_dict, ftor_to_call, final_ftor ):
"""
Index function wrapper around analyse_one_page and commit_to_index.
It either calls them in parallel or sequentially.
"""
# global exit signaller
exit_ = multiprocessing.Array(ctypes.c_int, 1, lock=False)
exit_[0] = 0
logger.info(u"Reading input from [%s]", env_dict["input"])
done_set = set()
if env_dict["indexer"].get( "continue", False ):
fname = env_dict["indexer"]["continue"]
if os.path.exists(fname):
done_set = set( [ utils.uni(x).strip().lower()
for x in codecs.open( fname, encoding="utf-8",
mode="r", errors="ignore" ).readlines() ] )
def iparameters():
""" Get iterable params. """
i = 0
for file_ in glob.iglob(env_dict["input"]):
file_ = os.path.abspath(file_)
if file_.lower() in done_set:
continue
no_go = False
file_basename = os.path.basename(file_)
for not_acceptable_start in env_dict["exclude"]["file_starts"]:
if file_basename.startswith(not_acceptable_start):
logger.warning(u"Skipping this file (invalid title start) [%s]", file_basename)
no_go = True
if no_go:
continue
i += 1
yield ( env_dict, i, file_ )
# create pool of slaves if specified
#
if env_dict["parallel"]["enabled"] and not env_dict.debug:
# parallel version
# - threaded
# - processed
#
max_parallel = env_dict["parallel"]["max"]
kwargs = {}
if env_dict["parallel"]["threads"]:
logger.info("Using threading pool with [%d] max concurrent threads.", max_parallel)
Pool = ThreadPool
else:
Pool = multiprocessing.Pool
kwargs = {}
if "maxtasksperchild" in env_dict["parallel"]:
kwargs["maxtasksperchild"] = env_dict["parallel"]["maxtasksperchild"]
logger.info("Using process pool with [%d] max concurrent processes, chunk size [%s], [%s].",
max_parallel, env_dict["parallel"]["chunksize"], repr(kwargs))
slaves = Pool(processes=max_parallel,
initializer=init_pool,
initargs=(exit_,),
**kwargs)
# loop through all files and
it = slaves.imap(ftor_to_call, iparameters(), chunksize=env_dict["parallel"]["chunksize"])
slaves.close()
for _ in it:
if exit_[0]:
break
utils.print_after.step()
slaves.join()
# not parallel version
else:
logger.info("Executing non parallel version [%s]", "debug=True" if env_dict.debug else "parallel.enabled=False")
init_pool(exit_)
for (env, pos, file_) in iparameters():
ftor_to_call((env_dict, pos, file_))
utils.print_after.step()
if pos >= env.count:
break
# final break
#
if not final_ftor is None:
final_ftor(env_dict)
# vs <annotation id="p1.1.m1.1b" encoding="application/x-tex" xref="p1.1.m1.1.cmml">w</annotation>
if _math_parser.re_tex_annotation.search(mathml_text) is None:
# this can mean that we either do not have mathml
for end_tag in ( "</math>", "</m:math>" ):
if mathml_text.endswith(end_tag):
# we have mathml but no annotation
if end_tag == "</math>":
annotation = u"<annotation encoding=\"application/x-tex\">%s</annotation>" % latex_math
else:
annotation = u"<m:annotation encoding=\"application/x-tex\">%s</m:annotation>" % latex_math
mathml_text = mathml_text[:-len(end_tag)] + annotation + mathml_text[-len(end_tag):]
break
mathml_text = utils.uni(mathml_text)
# post processing
# - converter problem
#
for to_remove in ( u"\end{document}", u"nowiki" ):
if to_remove in mathml_text:
logger.warn(u"Invalid math [%s]", mathml_text)
# set to invalid
mathml_pickled.delete_invalid( latex_math_db_id )
if try_one_more_if_invalid:
return convert_wikimath_to_realmath( env_dict,
wiki_math_match,
mathml_pickled,
url,
doc,
def process(env_dict, ftor_to_call, final_ftor):
"""
Index function wrapper around analyse_one_page and commit_to_index.
It either calls them in parallel or sequentially.
"""
# global exit signaller
exit_ = multiprocessing.Array(ctypes.c_int, 1, lock=False)
exit_[0] = 0
logger.info(u"Reading input from [%s]", env_dict["input"])
done_set = set()
if env_dict["indexer"].get("continue", False):
fname = env_dict["indexer"]["continue"]
if os.path.exists(fname):
done_set = set([
utils.uni(x).strip().lower() for x in
codecs.open(fname, encoding="utf-8", mode="r",
errors="ignore").readlines()
])
def iparameters():
""" Get iterable params. """
i = 0
for file_ in glob.iglob(env_dict["input"]):
file_ = os.path.abspath(file_)
if file_.lower() in done_set:
continue
no_go = False
file_basename = os.path.basename(file_)
for not_acceptable_start in env_dict["exclude"]["file_starts"]:
if file_basename.startswith(not_acceptable_start):
logger.warning(
u"Skipping this file (invalid title start) [%s]",
file_basename)
no_go = True
if no_go:
continue
i += 1
yield (env_dict, i, file_)
# create pool of slaves if specified
#
if env_dict["parallel"]["enabled"] and not env_dict.debug:
# parallel version
# - threaded
# - processed
#
max_parallel = env_dict["parallel"]["max"]
kwargs = {}
if env_dict["parallel"]["threads"]:
logger.info(
"Using threading pool with [%d] max concurrent threads.",
max_parallel)
Pool = ThreadPool
else:
Pool = multiprocessing.Pool
kwargs = {}
if "maxtasksperchild" in env_dict["parallel"]:
kwargs["maxtasksperchild"] = env_dict["parallel"][
"maxtasksperchild"]
logger.info(
"Using process pool with [%d] max concurrent processes, chunk size [%s], [%s].",
max_parallel, env_dict["parallel"]["chunksize"], repr(kwargs))
slaves = Pool(processes=max_parallel,
initializer=init_pool,
initargs=(exit_, ),
**kwargs)
# loop through all files and
it = slaves.imap(ftor_to_call,
iparameters(),
chunksize=env_dict["parallel"]["chunksize"])
slaves.close()
for _ in it:
if exit_[0]:
break
utils.print_after.step()
slaves.join()
# not parallel version
else:
logger.info(
"Executing non parallel version [%s]",
"debug=True" if env_dict.debug else "parallel.enabled=False")
init_pool(exit_)
for (env, pos, file_) in iparameters():
ftor_to_call((env_dict, pos, file_))
utils.print_after.step()
if pos >= env.count:
break
# final break
#
if not final_ftor is None:
final_ftor(env_dict)
class mathml(object):
"""
MathML object.
"""
url_form_latex = settings["converters"]["latexml"]["url"]
encoding = settings["converters"]["encoding"]
id_str = u' egomath="%s" '
pattern_id_add = re.compile(
u'(<math)\s(.*?xmlns="http://www.w3.org/1998/Math/MathML")')
pattern_id_get = re.compile(id_str % u'(.*?)')
def __init__(self, mathml_str):
self.str = mathml_str
@staticmethod
def from_latex(latex_math_orig):
"""
Returns either mathml object or None.
"""
# try fetching the answer
js = None
latex_math = latex_math_orig
try:
latex_math = latex(latex_math, full=False).str
# is empty?
if len(latex_math.strip()) == 0:
_logger.warning(u"Warning: empty math - [%s]",
repr(latex_math))
return None, None
latex_math = u"$ %s $" % latex_math
# old service req = urllib2.Request(
# URL, urllib.urlencode({ 'formula' : utils.ascii(latex,DEF_ENCODING) }) )
# new service
req = urllib2.Request(
mathml.url_form_latex,
urllib.urlencode({
'tex': latex_math.encode("utf-8"),
'profile': 'math',
}))
response = urllib2.urlopen(
req, timeout=settings["converters"]["latexml"]["timeout"])
# try parsing the answer
import json
js = json.load(response)
result = js[settings["converters"]["latexml"]["result_field"]]
message = js[settings["converters"]["latexml"]["status_field"]]
if result:
result = result.encode(mathml.encoding)
if message:
message = message.encode(mathml.encoding)
except Exception, e:
if js is None:
# fake js
js = {
"result": None,
"status": "Problem at early stage.",
"status_code": -1,
"log": repr(e),
}
_logger.error(u"Error: Connection problem - %s with [%s]", repr(e),
latex_math)
return None, js
everything_ok = False
for msg in settings["converters"]["latexml"]["status_ok"]:
if msg in message:
everything_ok = not message is None and 0 < len(message)
break
not_empty_result = result and result != ''
# everything ok - return answer
if everything_ok and not_empty_result:
return mathml(result).str, js
# something fishy - try to correct it
ascii_latex = utils.ascii(latex_math, mathml.encoding)
if everything_ok and not_empty_result and len(ascii_latex) < 6:
# in case the service returns empty string and it seems to be just a variable
_logger.warning(u"Warning: returning original - %s",
repr(ascii_latex))
return mathml(ascii_latex).str, js
# seems not ok but the latest converter returns valid results
if not everything_ok and not_empty_result:
_logger.warning(
u"Warning: returning conversion but with errors - %s",
repr(ascii_latex))
return mathml(result).str, js
_logger.error(
u"\n!ERROR - converting [%s] -> result [%s] with message [%s]\n%s",
ascii_latex, utils.uni(result), utils.uni(message), 40 * "=")
return None, js
def execute(self, *args, **kwargs):
"""
Execute the application.
"""
ret_mime = None
#self.log( "args [%s], kwargs [%s]", repr(args), repr(kwargs))
if not cesilko.api_translate in args:
return self._failed(
detail="Invalid API - no method with such a name")
# posted raw body
if cesilko.api_key_body in kwargs:
ret_mime = "text/plain"
try:
kwargs[cesilko.api_key_data] = utils.uni(self.posted_body())
except:
return self._failed(detail="invalid posted body")
# what should we translate?
elif 0 == len(kwargs.get(cesilko.api_key_data, "")):
# hardcoded fallback
try:
kwargs[cesilko.api_key_data] = utils.uni(self.posted_body())
ret_mime = "text/plain"
self.log("using fallback mechanism")
except:
return self._failed(detail="missing data parameter")
try:
(input_f,
input_fname_rel) = self._get_unique_file(enc='iso-8859-2')
expected_output_file_name = input_f.name + ".SK.out"
# 1. Input text is in UTF-8
text = kwargs[cesilko.api_key_data]
self.log("Received Input Text: %s ", text)
self.log("Type of the Input: %s", str(type(text)))
# 2. Convert the UTF-8 encoded text into ISO-8859-2 encoding.
# - non ISO-8859-2 characters will be replaced with XML numeric codes
text_iso_dec = None
try:
text_iso = text.encode('iso-8859-2', 'xmlcharrefreplace')
text_iso_dec = text_iso.decode('iso-8859-2') # ISO-8859-2 text
self.log(
"Replacing the Non ISO-8859-2 Characters Into XML Numeric Entities: %s",
text_iso_dec)
except UnicodeEncodeError:
self._failed(detail="please supply utf-8 input.")
with input_f as fout:
fout.write(text_iso_dec)
self.log("Written Input Text to File: %s", fout.name)
cmd = "%s %s %s" % (cesilko.tr_script, input_f.name,
expected_output_file_name)
self.log("Cesilko ran: [%s]", cmd)
retcode, stdout, stderr = utils.run(cmd)
output_exists = os.path.exists(expected_output_file_name)
if 0 == retcode and os.path.exists(expected_output_file_name):
with open(expected_output_file_name, 'rb') as fin:
translated_text = fin.read()
# convert the ISO-8859-2 output text into UTF-8 text
#translated_text_dec_utf = translated_text.decode('iso-8859-2').encode('utf-8').decode('utf-8')
translated_text_dec_utf = translated_text.decode(
'iso-8859-2')
# remove extra \n\n at the end of the translated text
# Cesilko adds this, so it can be removed safely here
translated_text_dec_utf = re.sub(r"\n\n$", "",
translated_text_dec_utf)
# remove extra spaces at the beginning and end
translated_text_dec_utf = re.sub(r"(^\s+|\s+$)", "",
translated_text_dec_utf)
self.log("The UTF-8 Encoded Output: %s",
translated_text_dec_utf)
ret = {"input": text, "result": translated_text_dec_utf}
# special for weblicht
if ret_mime is not None:
return ret_mime, ret["result"]
return ret
else:
return self._failed(
detail=
"retcode:%d, exists(%s)=%s, stdout=%s, stderr=%s, cmd=%s" %
(retcode, expected_output_file_name, output_exists, stdout,
stderr, cmd))
except Exception, e:
return self._failed(detail=utils.uni(e))
"""
Convert both formats.
"""
from indexer.egomath.interface import egomath_inst
mathml_repre = u"mathml:problem"
tex_repre = u"tex:problem"
mathmldone = False
# noinspection PyUnusedLocal
try:
if not mathml_str is None and \
len(mathml_str) > 0 and \
mathml_str != mathdb.failed_mathml:
mathml_repre = egomath_inst.math_from_mathml(mathml_str)
mathmldone = True
if not latex_str is None and \
len(latex_str) > 0:
tex_repre = egomath_inst.math_from_tex(latex_str)
latex_str_cleanup = egomath_inst.math_from_tex_cleanup(latex_str)
if latex_str_cleanup != latex_str:
_logger.info(u"Changed\n[%s] to\n[%s]", latex_str, latex_str_cleanup)
pass
else:
sys.exit("Fatal error")
except Exception, e:
_logger.exception("%s exception [%s]",
"MathML" if mathmldone is False else "TeX",
latex_str)
return u"mathml:\n" + utils.uni(mathml_repre), u"tex:\n" + utils.uni(tex_repre)
# <m:math display="inline"><m:semantics><m:mi>c</m:mi><m:annotation-xml encoding="MathML-Content"><m:ci>c</m:ci></m:annotation-xml></m:semantics></m:math>
# vs <annotation id="p1.1.m1.1b" encoding="application/x-tex" xref="p1.1.m1.1.cmml">w</annotation>
if _math_parser.re_tex_annotation.search(mathml_text) is None:
# this can mean that we either do not have mathml
for end_tag in ("</math>", "</m:math>"):
if mathml_text.endswith(end_tag):
# we have mathml but no annotation
if end_tag == "</math>":
annotation = u"<annotation encoding=\"application/x-tex\">%s</annotation>" % latex_math
else:
annotation = u"<m:annotation encoding=\"application/x-tex\">%s</m:annotation>" % latex_math
mathml_text = mathml_text[:-len(
end_tag)] + annotation + mathml_text[-len(end_tag):]
break
mathml_text = utils.uni(mathml_text)
# post processing
# - converter problem
#
for to_remove in (u"\end{document}", u"nowiki"):
if to_remove in mathml_text:
logger.warn(u"Invalid math [%s]", mathml_text)
# set to invalid
mathml_pickled.delete_invalid(latex_math_db_id)
if try_one_more_if_invalid:
return convert_wikimath_to_realmath(
env_dict,
wiki_math_match,
mathml_pickled,
url,
"""
from indexer.egomath.interface import egomath_inst
mathml_repre = u"mathml:problem"
tex_repre = u"tex:problem"
mathmldone = False
# noinspection PyUnusedLocal
try:
if not mathml_str is None and \
len(mathml_str) > 0 and \
mathml_str != mathdb.failed_mathml:
mathml_repre = egomath_inst.math_from_mathml(mathml_str)
mathmldone = True
if not latex_str is None and \
len(latex_str) > 0:
tex_repre = egomath_inst.math_from_tex(latex_str)
latex_str_cleanup = egomath_inst.math_from_tex_cleanup(latex_str)
if latex_str_cleanup != latex_str:
_logger.info(u"Changed\n[%s] to\n[%s]", latex_str,
latex_str_cleanup)
pass
else:
sys.exit("Fatal error")
except Exception, e:
_logger.exception("%s exception [%s]",
"MathML" if mathmldone is False else "TeX",
latex_str)
return u"mathml:\n" + utils.uni(mathml_repre), u"tex:\n" + utils.uni(
tex_repre)
def page_to_template( self, page, template ):
# get basic info
#
pattern = re.compile(
r'<title>(?P<title>.*?)</title>.*<id>(?P<id>.*?)</id>.*<revision.*<text[^>]*>(?P<text>.*?)</text>',
re.DOTALL)
keywords = {
u"title": None,
u"id": None,
u"text": None,
}
m = pattern.search(page)
if not m:
pager.logger.error(u"Invalid page: could not find elements... %s", page)
return template
else:
assert page.count( u"<title>" ) == 1, u"Matched more pages?"
for k, v in keywords.iteritems():
keywords[k] = m.group(k)
if utils.uni(keywords[u"id"]) in settings["exclude"]["ids"]:
logger_suspicious.warning(u"Skipping this file (id in excludes)... %s [%s]",
keywords[u"title"], keywords[u"id"])
return None
for not_acceptable_start in settings["exclude"]["title_starts"]:
if keywords[u"title"].startswith(not_acceptable_start):
logger_suspicious.warning(u"Skipping this file (invalid title start)... %s [%s]",
keywords[u"title"], keywords[u"id"])
return None
# clean up text
# - get math positions (do not clean text inside them)
# - split text and clean up tokens between math
#
from _parser import parser as wikiparser
text = wikiparser.remove_wiki_tags_outside_math(keywords[u"text"])
keywords[u"text"] = text
# get additional info
#
category = re.compile(r'\[\[Category:(.+)\]\]').findall(page)
keywords["category"] = self.delimiter.join(map(lambda x: x.replace(self.delimiter, " "), category))
keywords["url"] = u"http://en.wikipedia.org/wiki/%s" % keywords[u"title"].replace(u" ", u"_")
#
#
lang_avail = []
lines = page.strip().split("\n")
lang_pattern = re.compile(r'\[\[([a-z].+?):.*\]\]')
for i in range(len(lines) - 1, 0, -1):
m = lang_pattern.match(lines[i])
if m:
lang_avail.append(m.group(1))
else:
if lines[i].strip() == "":
break
elif not lines[i].strip().startswith(u"<"):
break
keywords["lang_avail"] = self.delimiter.join([x.replace(self.delimiter, " ") for x in lang_avail])
#
#
keywords["citations_count"] = page.count(u"<ref>")
refs = u""
# problems:
# [[File:Albedo-e hg.svg|thumb|Percentage of diffusely reflected sun light in
# relation to various surface conditions of the Earth]]
#
#
def change_to_link( text ):
""" Very simple text to link changer. """
text = text.split(u"#")[0]
if len(text) > 0:
text = text[0].upper() + text[1:].replace(u" ", "_")
return text
return u""
for cita in re.compile(r'\[\[([^:\]|]+?)\]\]').findall(page):
refs += '<meta name="refs" content="%s" />\n' % change_to_link(cita)
for cita in re.compile(r'\[\[([^:|]+?)\]\]').findall(page):
refs += '<meta name="refs" content="%s" />\n' % change_to_link(cita)
keywords["refs"] = refs
page = None # memory
# substitute it
#
m = None # memory
try:
return utils.subst_str_nonrecursive(template, keywords)
except MemoryError, e:
self.logger.exception(u"Memory exception - %s", repr(e))
def parse(self, text, page_str):
global _egomath_inst
# if math.mathml_db is None:
# math.mathml_db = _math.mathdb( _settings_local )
id_str = page_str[180:260].replace("\n", " ")
math_field = []
positions = parser.positions_in_text(
page_str,
(_settings_local["pager"]["wiki_mathml_tags"], False),
(_settings_local["pager"]["wiki_mathml_tags_v2"], False),
(_settings_local["pager"]["wiki_math_tags"], True),
)
positions.sort(key=lambda x: x[0])
tex_start = _settings_local["pager"]["tex_start"]
math_sep = _settings_local["pager"]["math_sep"]
# find all maths in the parsed page and match them with their
# counterpart in the original text (get either tex or mathml)
#
for i, match in enumerate(math.math_final_matcher.finditer(text)):
start_pos = max(
match.start(0) -
_settings_global["indexer"]["snippet_chars"] / 2, 0)
end_pos = min(
match.end(0) + _settings_global["indexer"]["snippet_chars"],
len(text) - 1)
# invalid math
if len(positions) <= i:
pass
if positions[i][0] == -1:
continue
math_text = positions[i][1]
math_representation = u""
#logger.info( u"Working on [%s] len [%s][%s]", math_text, i, len(math_text) )
if len(math_text) > 50000:
logger_suspicious.warning(u"Math too big [%s] in [%s]",
len(math_text), id_str)
pass
if len(math_text) > 0:
try:
# mathml version
#
if math_text.startswith(
u"<m:math") or math_text.startswith(u"<math"):
math_tex_tmp = None
_bug_oneword = False
m = math.re_tex_annotation.search(math_text)
if not m:
logger_suspicious.warning(
"Did not find annotation in tex! [%s]", id_str)
else:
# do a bit of html->normal cleanup
math_tex_tmp = unescape_recursive(m.group(1))
# must be after unescape
math_tex_tmp = self.texify(math_tex_tmp)
_bug_oneword = re.compile(u"^[a-z]+$", re.U).match(
math_tex_tmp.lower())
math_text = math_text.replace(
m.group(1), math_tex_tmp)
math_representation = _egomath_inst.math_from_mathml(
math_text)
# FIX one word
if _bug_oneword and math_representation.count("*") > 0:
math_representation = u"Tex: %s\nego0 : %s\nego8 : id" % (
math_tex_tmp, math_tex_tmp)
logger_suspicious.debug(u"Fixing oneword [%s]",
math_tex_tmp)
# Log problem
if math_representation is None:
logger_suspicious.warning(
u"NULL returned from egomath [\n%s\n] in [%s]",
math_text.replace("\n",
" ").replace("\"", "\\\""),
id_str)
if math_tex_tmp is not None and (
math_representation is None
or 0 == len(math_representation)):
# try latex...
math_representation = _egomath_inst.math_from_tex(
math_tex_tmp)
if math_representation is None or 0 == len(
math_representation):
logger_suspicious.warning(
u"Empty math returned from egomath [\n%s\n] in [%s]",
math_text.replace("\n",
" ").replace("\"", "\\\""),
id_str)
# if not math.mathml_db is None:
# i = mathml.get_id( math_text )
# if not i is None:
# # add it to db
# math.mathml_db.add_ego_math( math_representation, i )
# tex version
#
else:
# do a bit of html->normal cleanup
math_text = unescape_recursive(math_text)
math_text = self.texify(math_text, leave_nl=True)
# do the conversion
math_representation = _egomath_inst.math_from_tex(
math_text)
# simulate text repre
math_text_tex = math_text.replace("\n", " ").strip()
math_representation = "Tex: %s\n" % math_text_tex + math_representation
except Exception, e:
logger.exception(u"Cannot convert [%s] because of [%s]",
math_text, utils.uni(e))
else:
logger_suspicious.info(u"Empty math in [%s]", id_str)
if math_representation is None or len(math_representation) == 0:
continue
# convert Tex: line to ""showaeble"" tex
# convert \d: line to math + end token so we can simulate full match
#
already_in = set()
result_math = u""
for line in math_representation.split("\n"):
line = line.strip()
if len(line) == 0:
continue
# deduplicity - already there
if line in already_in:
continue
already_in.add(line)
# insert proper tags
if not line.startswith(tex_start):
line = u"%s %s" % (line, math_sep[1])
else:
line = u"%s %s %s %s" % (tex_start, math_sep[0],
line[len(tex_start):],
math_sep[1])
result_math += u"%s\n" % line
# ensure we get all formulae unparsed
#
if len(result_math) > 0:
#math_field += self.snippet_populate(text, result_math, match, start_pos, end_pos)
math_field += [
self.snippet_populate(text, result_math, match, start_pos,
end_pos)
]
def parse(self, text, page_str):
global _egomath_inst
# if math.mathml_db is None:
# math.mathml_db = _math.mathdb( _settings_local )
id_str = page_str[180:260].replace("\n", " ")
math_field = []
positions = parser.positions_in_text(page_str,
(_settings_local["pager"]["wiki_mathml_tags"], False),
(_settings_local["pager"]["wiki_mathml_tags_v2"], False),
(_settings_local["pager"]["wiki_math_tags"], True),
)
positions.sort(key=lambda x: x[0])
tex_start = _settings_local["pager"]["tex_start"]
math_sep = _settings_local["pager"]["math_sep"]
# find all maths in the parsed page and match them with their
# counterpart in the original text (get either tex or mathml)
#
for i, match in enumerate(math.math_final_matcher.finditer(text)):
start_pos = max(match.start(0) - _settings_global["indexer"]["snippet_chars"] / 2, 0)
end_pos = min(match.end(0) + _settings_global["indexer"]["snippet_chars"], len(text) - 1)
# invalid math
if len(positions) <= i:
pass
if positions[i][0] == -1:
continue
math_text = positions[i][1]
math_representation = u""
#logger.info( u"Working on [%s] len [%s][%s]", math_text, i, len(math_text) )
if len(math_text) > 50000:
logger_suspicious.warning(u"Math too big [%s] in [%s]", len(math_text), id_str)
pass
if len(math_text) > 0:
try:
# mathml version
#
if math_text.startswith(u"<m:math") or math_text.startswith(u"<math"):
math_tex_tmp = None
_bug_oneword = False
m = math.re_tex_annotation.search(math_text)
if not m:
logger_suspicious.warning("Did not find annotation in tex! [%s]", id_str)
else:
# do a bit of html->normal cleanup
math_tex_tmp = unescape_recursive(m.group(1))
# must be after unescape
math_tex_tmp = self.texify(math_tex_tmp)
_bug_oneword = re.compile(u"^[a-z]+$", re.U).match(math_tex_tmp.lower())
math_text = math_text.replace(m.group(1), math_tex_tmp)
math_representation = _egomath_inst.math_from_mathml(math_text)
# FIX one word
if _bug_oneword and math_representation.count("*") > 0:
math_representation = u"Tex: %s\nego0 : %s\nego8 : id" % (math_tex_tmp, math_tex_tmp)
logger_suspicious.debug(u"Fixing oneword [%s]", math_tex_tmp)
# Log problem
if math_representation is None:
logger_suspicious.warning(u"NULL returned from egomath [\n%s\n] in [%s]",
math_text.replace("\n", " ").replace("\"", "\\\""),
id_str)
if math_tex_tmp is not None and (math_representation is None or 0 == len(math_representation)):
# try latex...
math_representation = _egomath_inst.math_from_tex(math_tex_tmp)
if math_representation is None or 0 == len(math_representation):
logger_suspicious.warning(u"Empty math returned from egomath [\n%s\n] in [%s]",
math_text.replace("\n", " ").replace("\"", "\\\""),
id_str)
# if not math.mathml_db is None:
# i = mathml.get_id( math_text )
# if not i is None:
# # add it to db
# math.mathml_db.add_ego_math( math_representation, i )
# tex version
#
else:
# do a bit of html->normal cleanup
math_text = unescape_recursive(math_text)
math_text = self.texify(math_text, leave_nl=True)
# do the conversion
math_representation = _egomath_inst.math_from_tex(math_text)
# simulate text repre
math_text_tex = math_text.replace("\n", " ").strip()
math_representation = "Tex: %s\n" % math_text_tex + math_representation
except Exception, e:
logger.exception(u"Cannot convert [%s] because of [%s]",
math_text, utils.uni(e))
else:
logger_suspicious.info(u"Empty math in [%s]", id_str)
if math_representation is None or len(math_representation) == 0:
continue
# convert Tex: line to ""showaeble"" tex
# convert \d: line to math + end token so we can simulate full match
#
already_in = set()
result_math = u""
for line in math_representation.split("\n"):
line = line.strip()
if len(line) == 0:
continue
# deduplicity - already there
if line in already_in:
continue
already_in.add(line)
# insert proper tags
if not line.startswith(tex_start):
line = u"%s %s" % (line, math_sep[1])
else:
line = u"%s %s %s %s" % (tex_start, math_sep[0],
line[len(tex_start):],
math_sep[1])
result_math += u"%s\n" % line
# ensure we get all formulae unparsed
#
if len(result_math) > 0:
#math_field += self.snippet_populate(text, result_math, match, start_pos, end_pos)
math_field += [self.snippet_populate(text, result_math, match, start_pos, end_pos)]
def append_if_exists(item):
if item:
addr.append(uni(item))
