def _xml_to_log_message(self, output):
"""
author - string - the name of the author who committed the revision
date - float time - the date of the commit
message - string - the text of the log message for the commit
revision - pysvn.Revision - the revision of the commit
changed_paths - list of dictionaries. Each dictionary contains:
path - string - the path in the repository
action - string
copyfrom_path - string - if copied, the original path, else None
copyfrom_revision - pysvn.Revision - if copied, the revision of the original, else None
"""
doc = ET.fromstring(output)
entries = []
for logentry in doc:
entry = dict(
revision = CommandLineRevision(logentry.get('revision')),
author = logentry.findtext("author"),
date = self._xmldate_to_timestamp(logentry.findtext("date")),
message = logentry.findtext("msg"),
)
entry['changed_paths'] = []
paths = logentry.find("paths")
if paths:
for path in paths:
cp = CommandLineChangedPath()
cp.kind = path.get('kind')
cp.action = path.get('action')
cp.path = path.text
entry['changed_paths'].append(cp)
entries.append(entry)
return entries
def _xml_to_log_message(self, output):
"""
author - string - the name of the author who committed the revision
date - float time - the date of the commit
message - string - the text of the log message for the commit
revision - pysvn.Revision - the revision of the commit
changed_paths - list of dictionaries. Each dictionary contains:
path - string - the path in the repository
action - string
copyfrom_path - string - if copied, the original path, else None
copyfrom_revision - pysvn.Revision - if copied, the revision of the original, else None
"""
doc = ET.fromstring(output)
entries = []
for logentry in doc:
entry = dict(
revision=CommandLineRevision(logentry.get('revision')),
author=logentry.findtext("author"),
date=self._xmldate_to_timestamp(logentry.findtext("date")),
message=logentry.findtext("msg"),
)
entry['changed_paths'] = []
paths = logentry.find("paths")
if paths:
for path in paths:
cp = CommandLineChangedPath()
cp.kind = path.get('kind')
cp.action = path.get('action')
cp.path = path.text
entry['changed_paths'].append(cp)
entries.append(entry)
return entries
def remote_latest(self, service, user):
if service['api'] == 'twitter':
# Twitter ommits retweets in the JSON and XML results:
statuses = generic_webservice(
'%sstatuses/user_timeline/%s.atom' %
(service['endpoint'], user.encode('utf-8')), {'count': 1})
tree = ElementTree.fromstring(statuses)
latest = tree.find('{http://www.w3.org/2005/Atom}entry')
if latest is None:
raise self.NoTweetsException(user)
return {
'text':
latest.findtext('{http://www.w3.org/2005/Atom}content').split(
': ', 1)[1],
'ago':
ago(datetime.utcnow() - parse_timestamp(
latest.findtext('{http://www.w3.org/2005/Atom}published'))
),
'url': [
x for x in latest.getiterator(
'{http://www.w3.org/2005/Atom}link')
if x.get('type') == 'text/html'
][0].get('href'),
}
elif service['api'] == 'laconica':
statuses = json_webservice(
'%sstatuses/user_timeline/%s.json' %
(service['endpoint'], user.encode('utf-8')), {'count': 1})
if not statuses:
raise self.NoTweetsException(user)
latest = statuses[0]
url = '%s/notice/%i' % (service['endpoint'].split(
'/api/', 1)[0], latest['id'])
return {
'text': decode_htmlentities(latest['text']),
'ago':
ago(datetime.utcnow() - parse_timestamp(latest['created_at'])),
'url': url,
}
def remote_latest(self, service, user):
if service['api'] == 'twitter':
# Twitter ommits retweets in the JSON and XML results:
statuses = generic_webservice(
'%sstatuses/user_timeline.rss' % service['endpoint'], {
'screen_name': user,
'count': 1
})
tree = ElementTree.fromstring(statuses)
latest = tree.find('.//item')
if latest is None:
if tree.find('.//error'):
log.info('Twitter user_latest returned: %s',
tree.findtext('.//error'))
raise self.NoTweetsException(user)
return {
'text':
latest.findtext('description').split(': ', 1)[1],
'ago':
ago(datetime.utcnow() -
parse_timestamp(latest.findtext('pubDate'))),
'url':
latest.findtext('guid'),
}
elif service['api'] == 'laconica':
statuses = json_webservice(
'%sstatuses/user_timeline/%s.json' %
(service['endpoint'], user.encode('utf-8')), {'count': 1})
if not statuses:
raise self.NoTweetsException(user)
latest = statuses[0]
url = '%s/notice/%i' % (service['endpoint'].split(
'/api/', 1)[0], latest['id'])
return {
'text': decode_htmlentities(latest['text']),
'ago':
ago(datetime.utcnow() - parse_timestamp(latest['created_at'])),
'url': url,
}
def remote_latest(self, service, user):
if service['api'] == 'twitter':
# Twitter ommits retweets in the JSON and XML results:
statuses = generic_webservice('%sstatuses/user_timeline.rss'
% service['endpoint'], {
'screen_name': user,
'count': 1
})
tree = ElementTree.fromstring(statuses)
latest = tree.find('.//item')
if latest is None:
if tree.find('.//error'):
log.info('Twitter user_latest returned: %s',
tree.findtext('.//error'))
raise self.NoTweetsException(user)
return {
'text': latest.findtext('description')
.split(': ', 1)[1],
'ago': ago(datetime.utcnow() - parse_timestamp(
latest.findtext('pubDate'))),
'url': latest.findtext('guid'),
}
elif service['api'] == 'laconica':
statuses = json_webservice('%sstatuses/user_timeline/%s.json'
% (service['endpoint'], user.encode('utf-8')),
{'count': 1})
if not statuses:
raise self.NoTweetsException(user)
latest = statuses[0]
url = '%s/notice/%i' % (service['endpoint'].split('/api/', 1)[0],
latest['id'])
return {
'text': decode_htmlentities(latest['text']),
'ago': ago(datetime.utcnow()
- parse_timestamp(latest['created_at'])),
'url': url,
}
def remote_latest(self, service, user):
if service['api'] == 'twitter':
# Twitter ommits retweets in the JSON and XML results:
statuses = generic_webservice('%sstatuses/user_timeline/%s.atom'
% (service['endpoint'], user.encode('utf-8')),
{'count': 1})
tree = ElementTree.fromstring(statuses)
latest = tree.find('{http://www.w3.org/2005/Atom}entry')
if latest is None:
raise self.NoTweetsException(user)
return {
'text': latest.findtext('{http://www.w3.org/2005/Atom}content')
.split(': ', 1)[1],
'ago': ago(datetime.utcnow() - parse_timestamp(
latest.findtext('{http://www.w3.org/2005/Atom}published'))),
'url': [x for x
in latest.getiterator('{http://www.w3.org/2005/Atom}link')
if x.get('type') == 'text/html'
][0].get('href'),
}
elif service['api'] == 'laconica':
statuses = json_webservice('%sstatuses/user_timeline/%s.json'
% (service['endpoint'], user.encode('utf-8')),
{'count': 1})
if not statuses:
raise self.NoTweetsException(user)
latest = statuses[0]
url = '%s/notice/%i' % (service['endpoint'].split('/api/', 1)[0],
latest['id'])
return {
'text': decode_htmlentities(latest['text']),
'ago': ago(datetime.utcnow()
- parse_timestamp(latest['created_at'])),
'url': url,
}
