def get_code_element(self, scode_reference, code_elements, method_info,
log):
log.reset_variables()
return_code_element = None
potentials = code_elements
if code_elements is None:
size = 0
potentials = []
else:
size = len(code_elements)
#print('DEBUG FOR {0}:{1}'.format(scode_reference.pk,
#scode_reference.content))
#for code_element in code_elements:
#print(code_element.fqn)
filter_results = []
method_name = method_info.method_name
params = method_info.type_params
fqn_container = method_info.fqn_container
for afilter in self.method_filters:
finput = filters.FilterInput(scode_reference, potentials,
method_name, log, fqn_container,
params, filter_results)
result = afilter.filter(finput)
potentials = result.potentials
filter_results.append(result)
log.custom_filtered = filters.custom_filtered(filter_results)
potentials_size = len(potentials)
if potentials_size == 1:
return_code_element = potentials[0]
elif potentials_size > 1:
return_code_element = potentials[0]
log.arbitrary = True
# Logging
log.log_method(method_info, scode_reference, return_code_element,
potentials, size, filter_results)
return (return_code_element, potentials)
def get_code_element(self, scode_reference, code_elements, method_info,
log):
log.reset_variables()
return_code_element = None
potentials = code_elements
if code_elements is None:
size = 0
potentials = []
else:
size = len(code_elements)
#print('DEBUG FOR {0}:{1}'.format(scode_reference.pk,
#scode_reference.content))
#for code_element in code_elements:
#print(code_element.fqn)
filter_results = []
method_name = method_info.method_name
params = method_info.type_params
fqn_container = method_info.fqn_container
for afilter in self.method_filters:
finput = filters.FilterInput(scode_reference, potentials,
method_name, log, fqn_container, params, filter_results)
result = afilter.filter(finput)
potentials = result.potentials
filter_results.append(result)
log.custom_filtered = filters.custom_filtered(filter_results)
potentials_size = len(potentials)
if potentials_size == 1:
return_code_element = potentials[0]
elif potentials_size > 1:
return_code_element = potentials[0]
log.arbitrary = True
# Logging
log.log_method(method_info, scode_reference, return_code_element,
potentials, size, filter_results)
return (return_code_element, potentials)
def get_code_element(self,
scode_reference,
code_elements,
simple,
fqn,
log,
insensitive=False):
log.reset_variables()
return_code_element = None
potentials = code_elements
if code_elements is None:
size = 0
else:
size = len(code_elements)
# DEBUG
print('DEBUG for {0}'.format(scode_reference.content))
for code_element in code_elements:
print(code_element.fqn)
if size > 0:
if size == 1:
# There is only one code element.
return_code_element = code_elements[0]
potentials = [return_code_element]
log.one = True
elif fqn == simple \
or fqn.find(UNKNOWN_PACKAGE) != -1 \
or fqn.find(SNIPPET_PACKAGE) != -1:
# Many elements and fqn is unknown
return_code_element = code_elements[0]
log.arbitrary = True
elif insensitive:
# Do an insensitive comparison on the fqn.
fqn_lower = fqn.lower()
sims = [
su.pairwise_simil(fqn_lower, code_element.fqn.lower())
for code_element in code_elements
]
max_sim = max(sims)
index = sims.index(max_sim)
return_code_element = code_elements[index]
del (potentials[index])
potentials.insert(0, return_code_element)
if max_sim >= FQN_SIMILARITY_THRESHOLD:
potentials = [return_code_element]
log.insensitive = True
else:
# Do a case sensitive comparison on the fqn
sims = [
su.pairwise_simil(fqn, code_element.fqn)
for code_element in code_elements
]
max_sim = max(sims)
index = sims.index(max_sim)
return_code_element = code_elements[index]
del (potentials[index])
potentials.insert(0, return_code_element)
if max_sim >= FQN_SIMILARITY_THRESHOLD:
potentials = [return_code_element]
log.sensitive = True
filter_results = []
for afilter in self.class_filters:
finput = filters.FilterInput(scode_reference, potentials, fqn, log,
None, None, filter_results)
result = afilter.filter(finput)
potentials = result.potentials
filter_results.append(result)
potentials_size = len(potentials)
if potentials_size > 0:
return_code_element = potentials[0]
log.custom_filtered = filters.custom_filtered(filter_results)
# Logging
log.log_type(simple, fqn, scode_reference, return_code_element,
potentials, size)
return (return_code_element, potentials)
def get_code_element(self, scode_reference, code_elements, simple, fqn,
log, insensitive=False):
log.reset_variables()
return_code_element = None
potentials = code_elements
if code_elements is None:
size = 0
else:
size = len(code_elements)
# DEBUG
print('DEBUG for {0}'.format(scode_reference.content))
for code_element in code_elements:
print(code_element.fqn)
if size > 0:
if size == 1:
# There is only one code element.
return_code_element = code_elements[0]
potentials = [return_code_element]
log.one = True
elif fqn == simple \
or fqn.find(UNKNOWN_PACKAGE) != -1 \
or fqn.find(SNIPPET_PACKAGE) != -1:
# Many elements and fqn is unknown
return_code_element = code_elements[0]
log.arbitrary = True
elif insensitive:
# Do an insensitive comparison on the fqn.
fqn_lower = fqn.lower()
sims = [su.pairwise_simil(fqn_lower, code_element.fqn.lower())
for code_element in code_elements]
max_sim = max(sims)
index = sims.index(max_sim)
return_code_element = code_elements[index]
del(potentials[index])
potentials.insert(0, return_code_element)
if max_sim >= FQN_SIMILARITY_THRESHOLD:
potentials = [return_code_element]
log.insensitive = True
else:
# Do a case sensitive comparison on the fqn
sims = [su.pairwise_simil(fqn, code_element.fqn)
for code_element in code_elements]
max_sim = max(sims)
index = sims.index(max_sim)
return_code_element = code_elements[index]
del(potentials[index])
potentials.insert(0, return_code_element)
if max_sim >= FQN_SIMILARITY_THRESHOLD:
potentials = [return_code_element]
log.sensitive = True
filter_results = []
for afilter in self.class_filters:
finput = filters.FilterInput(scode_reference, potentials,
fqn, log, None, None, filter_results)
result = afilter.filter(finput)
potentials = result.potentials
filter_results.append(result)
potentials_size = len(potentials)
if potentials_size > 0:
return_code_element = potentials[0]
log.custom_filtered = filters.custom_filtered(filter_results)
# Logging
log.log_type(simple, fqn, scode_reference, return_code_element,
potentials, size)
return (return_code_element, potentials)
