def compute_stats(self):
"""
Internal: Compute language breakdown for each blob in the Repository.
Returns nothing
"""
if self.computed_stats:
return
for blob in self.enum:
# Skip vendored
if blob.is_vendored:
continue
# Skip files that are likely binary
if blob.is_likely_binary:
continue
# Skip generated blobs
if blob.is_generated or blob.language is None:
continue
# Only include programming languages and acceptable markup languages
if blob.language.type == 'programming' or blob.language.name in Language.detectable_markup(
):
self.sizes[blob.language.group] += blob.size
# Compute total size
self._size = sum(self.sizes.itervalues())
# Get primary language
primary = sorted(self.sizes.iteritems(),
key=lambda t: t[1],
reverse=True)
if primary:
self._language = primary[0][0]
self.computed_stats = True
def compute_stats(self):
"""
Internal: Compute language breakdown for each blob in the Repository.
Returns nothing
"""
if self.computed_stats:
return
for blob in self.enum:
# Skip vendored
if blob.is_vendored:
continue
# Skip files that are likely binary
if blob.is_likely_binary:
continue
# Skip generated blobs
if blob.is_generated or blob.language is None:
continue
# Only include programming languages and acceptable markup languages
if blob.language.type == 'programming' or blob.language.name in Language.detectable_markup():
self.sizes[blob.language.group] += blob.size
# Compute total size
self._size = sum(self.sizes.itervalues())
# Get primary language
primary = sorted(self.sizes.iteritems(), key=lambda t: t[1], reverse=True)
if primary:
self._language = primary[0][0]
self.computed_stats = True
