def _create_report_keywords(data):
# In Python 3, 'unquote_plus()' must be called with a 'str', which
# is the case. In Python 2, if the quoted keyword is a 'unicode'
# object, unquoting it does not yield back the original keyword.
#
# In Python 2:
# >>> encoded = '\xc3\xa9'
# >>> decoded = unicode(encoded, 'utf-8')
# >>> decoded
# u'\xe9'
# >>> quote_plus(encoded)
# '%C3%A9'
# Now the following is fine:
# >>> unquote_plus('%C3%A9')
# '\x3\xa9'
# But we cannot do that. Since 'unquote_plus()' requires a 'str'
# in Python 3, we pass is a 'unicode' object in Python 2, and
# unquoting the 'unicode' object does not return the decoded
# string:
# >>> unquote_plus(unicode('%C3%A9'))
# u'\xc3\xa9'
#
# This is why, in Python 2, we first encode the 'unicode' object,
# then unquote it, and finally decode it back to have a 'unicode'
# object.
if PY3: # pragma: no cover
converter = unquote_plus
else:
converter = lambda uni: unquote_plus(
uni.encode('utf-8')).decode('utf-8')
keys = {'keyword': converter, 'searches': int}
discr = 'keyword'
aggregate_keys = ('searches', )
return _create_report_helper(
data, 'KEYWORDS', keys, discr, aggregate_keys, 'searches', top=30)
def _create_report_phrases(data):
# See comments in '_create_report_keywords()' for details about
# the block below.
if PY3: # pragma: no cover
converter = unquote_plus
else:
converter = lambda uni: unquote_plus(
uni.encode('utf-8')).decode('utf-8')
keys = {'phrase': converter, 'searches': int}
discr = 'phrase'
aggregate_keys = ('searches', )
return _create_report_helper(
data, 'SEARCHWORDS', keys, discr, aggregate_keys, 'searches', top=30)
def _create_report_phrases(data):
# See comments in '_create_report_keywords()' for details about
# the block below.
if PY3: # pragma: no cover
converter = unquote_plus
else:
converter = lambda uni: unquote_plus(uni.encode('utf-8')).decode(
'utf-8')
keys = {'phrase': converter, 'searches': int}
discr = 'phrase'
aggregate_keys = ('searches', )
return _create_report_helper(data,
'SEARCHWORDS',
keys,
discr,
aggregate_keys,
'searches',
top=30)
def _create_report_keywords(data):
# In Python 3, 'unquote_plus()' must be called with a 'str', which
# is the case. In Python 2, if the quoted keyword is a 'unicode'
# object, unquoting it does not yield back the original keyword.
#
# In Python 2:
# >>> encoded = '\xc3\xa9'
# >>> decoded = unicode(encoded, 'utf-8')
# >>> decoded
# u'\xe9'
# >>> quote_plus(encoded)
# '%C3%A9'
# Now the following is fine:
# >>> unquote_plus('%C3%A9')
# '\x3\xa9'
# But we cannot do that. Since 'unquote_plus()' requires a 'str'
# in Python 3, we pass is a 'unicode' object in Python 2, and
# unquoting the 'unicode' object does not return the decoded
# string:
# >>> unquote_plus(unicode('%C3%A9'))
# u'\xc3\xa9'
#
# This is why, in Python 2, we first encode the 'unicode' object,
# then unquote it, and finally decode it back to have a 'unicode'
# object.
if PY3: # pragma: no cover
converter = unquote_plus
else:
converter = lambda uni: unquote_plus(uni.encode('utf-8')).decode(
'utf-8')
keys = {'keyword': converter, 'searches': int}
discr = 'keyword'
aggregate_keys = ('searches', )
return _create_report_helper(data,
'KEYWORDS',
keys,
discr,
aggregate_keys,
'searches',
top=30)
