def parse(self, issue):
print "Tracker: ", self.tm
parsed = bugimporters.items.ParsedBug({
'title': issue['fields']['summary'],
'description': issue['fields']['description'],
'status': issue['fields']['status']['name'].lower(),
'date_reported': printable_datetime(string2naive_datetime(issue['fields']['created'])),
'last_touched': printable_datetime(string2naive_datetime(issue['fields']['updated'])),
'submitter_username': issue['fields']['reporter']['name'],
'submitter_realname': issue['fields']['reporter']['displayName'],
'canonical_bug_link': urljoin(self.tm.get_base_url(), '/browse/' + issue['key']),
'looks_closed': (issue['fields']['status']['name'] == 'Closed'),
'last_polled': printable_datetime(),
'_project_name': self.tm.tracker_name,
'_tracker_name': self.tm.tracker_name,
})
issue_labels = set([
l for l in issue['fields']['labels']
])
if self.tm.bitesized_type:
if self.tm.bitesized_type == 'label':
b_list = self.tm.bitesized_text.split(',')
parsed['good_for_newcomers'] = not issue_labels.isdisjoint(b_list)
elif self.tm.bitesized_type == 'priority':
parsed['good_for_newcomers'] = issue['fields']['priority']['name'] == self.tm.bitesized_text
else:
parsed['good_for_newcomers'] = False
d_list = self.tm.documentation_text.split(',')
parsed['concerns_just_documentation'] = not issue_labels.isdisjoint(d_list)
return parsed
def parse(self, issue):
parsed = bugimporters.items.ParsedBug({
'title': issue['title'],
'description': issue['body'],
'status': issue['state'],
'people_involved': self.github_count_people_involved(issue),
'date_reported': printable_datetime(string2naive_datetime(issue['created_at'])),
'last_touched': printable_datetime(string2naive_datetime(issue['updated_at'])),
'submitter_username': issue['user']['login'],
'submitter_realname': '', # FIXME: can get this from ['user']['url']
'canonical_bug_link': issue['html_url'],
'looks_closed': (issue['state'] == 'closed'),
'last_polled': printable_datetime(),
'_project_name': self.tm.tracker_name,
})
issue_labels = set([
l['name'] for l in issue['labels']
])
b_list = self.tm.bitesized_tag.split(',')
parsed['good_for_newcomers'] = not issue_labels.isdisjoint(b_list)
d_list = self.tm.documentation_tag.split(',')
parsed['concerns_just_documentation'] = not issue_labels.isdisjoint(d_list)
return parsed
def parse(self, issue):
print "Tracker: ", self.tm
parsed = bugimporters.items.ParsedBug({
'title':
issue['fields']['summary'],
'description':
issue['fields']['description'],
'status':
issue['fields']['status']['name'].lower(),
'date_reported':
printable_datetime(
string2naive_datetime(issue['fields']['created'])),
'last_touched':
printable_datetime(
string2naive_datetime(issue['fields']['updated'])),
'submitter_username':
issue['fields']['reporter']['name'],
'submitter_realname':
issue['fields']['reporter']['displayName'],
'canonical_bug_link':
urljoin(self.tm.get_base_url(), '/browse/' + issue['key']),
'looks_closed': (issue['fields']['status']['name'] == 'Closed'),
'last_polled':
printable_datetime(),
'_project_name':
self.tm.tracker_name,
'_tracker_name':
self.tm.tracker_name,
})
issue_labels = set([l for l in issue['fields']['labels']])
if self.tm.bitesized_type:
if self.tm.bitesized_type == 'label':
b_list = self.tm.bitesized_text.split(',')
parsed['good_for_newcomers'] = not issue_labels.isdisjoint(
b_list)
elif self.tm.bitesized_type == 'priority':
parsed['good_for_newcomers'] = issue['fields']['priority'][
'name'] == self.tm.bitesized_text
else:
parsed['good_for_newcomers'] = False
d_list = self.tm.documentation_text.split(',')
parsed['concerns_just_documentation'] = not issue_labels.isdisjoint(
d_list)
return parsed
def parse(self, tracker_model):
"""
Parses the HTML detail page of a google code issue and combines that
with CSV data to build a ParsedBug object.
:param tracker_model: the tracker model used for this import
:returns: :class:`bugimporters.items.ParsedBug`
"""
# Build the base bug dict
data = {
'title': self.bug_data['Summary'],
'description': self._parse_description(),
'status': self.bug_data['Status'],
'importance': self.bug_data['Priority'],
'people_involved': self._count_people_involved(),
'date_reported': string2naive_datetime(
self.bug_data['Opened']).isoformat(),
'last_touched': string2naive_datetime(
self.bug_data['Modified']).isoformat(),
'submitter_username': self.bug_data['Reporter'],
'submitter_realname': '', # Can't get this from Google
'canonical_bug_link': self.bug_url,
'_project_name': tracker_model.tracker_name,
'_tracker_name': tracker_model.tracker_name,
'looks_closed': (self.bug_data['Closed'] != ''),
'good_for_newcomers': False,
'concerns_just_documentation': False,
}
labels = self._parse_labels()
# Check for the bitesized keyword(s)
if tracker_model.bitesized_type:
b_list = tracker_model.bitesized_text.split(',')
data['good_for_newcomers'] = any(b in labels for b in b_list)
# Check whether this is a documentation bug.
if tracker_model.documentation_type:
d_list = tracker_model.documentation_text.split(',')
data['concerns_just_documentation'] = any(
d in labels for d in d_list)
return ParsedBug(data)
def parse(self, issue):
parsed = bugimporters.items.ParsedBug({
'title':
issue['title'],
'description':
issue['body'],
'status':
issue['state'],
'people_involved':
self.github_count_people_involved(issue),
'date_reported':
printable_datetime(string2naive_datetime(issue['created_at'])),
'last_touched':
printable_datetime(string2naive_datetime(issue['updated_at'])),
'submitter_username':
issue['user']['login'],
'submitter_realname':
'', # FIXME: can get this from ['user']['url']
'canonical_bug_link':
issue['html_url'],
'looks_closed': (issue['state'] == 'closed'),
'last_polled':
printable_datetime(),
'_project_name':
self.tm.tracker_name,
'_tracker_name':
self.tm.tracker_name,
})
issue_labels = set([l['name'] for l in issue['labels']])
b_list = self.tm.bitesized_tag.split(',')
parsed['good_for_newcomers'] = not issue_labels.isdisjoint(b_list)
d_list = self.tm.documentation_tag.split(',')
parsed['concerns_just_documentation'] = not issue_labels.isdisjoint(
d_list)
return parsed
def google_date_to_datetime(date_string):
return string2naive_datetime(date_string)
def _span2date(span):
date_string = span.attrib['title']
date_string = date_string.replace('in Timeline', '')
date_string = date_string.replace('See timeline at ', '')
return printable_datetime(string2naive_datetime(date_string))
def bugzilla_date_to_printable_datetime(date_string):
return string2naive_datetime(date_string).isoformat()
def bugzilla_date_to_datetime(date_string):
return string2naive_datetime(date_string)
def bugzilla_date_to_printable_datetime(date_string):
return string2naive_datetime(date_string).isoformat()
def _span2date(span):
date_string = span.attrib['title']
date_string = date_string.replace('in Timeline', '')
date_string = date_string.replace('See timeline at ', '')
return printable_datetime(string2naive_datetime(date_string))
def github_date_to_datetime(date_string):
return string2naive_datetime(date_string)
def tigris_date_to_printable_datetime(date_string):
return string2naive_datetime(date_string).isoformat()
