def getRawChanges(self):
branch = bzrlib.branch.Branch.open_containing(self.url)[0]
if self.branch_name is FULL:
branch_name = self.url
elif self.branch_name is SHORT:
branch_name = branch.nick
else: # presumably a string or maybe None
branch_name = self.branch_name
changes = []
change = generate_change(
branch, blame_merge_author=self.blame_merge_author)
if (self.last_revision is None or
change['revision'] > self.last_revision):
change['branch'] = branch_name
change['category'] = self.category
changes.append(change)
if self.last_revision is not None:
while self.last_revision + 1 < change['revision']:
change = generate_change(
branch, new_revno=change['revision']-1,
blame_merge_author=self.blame_merge_author)
change['branch'] = branch_name
changes.append(change)
changes.reverse()
return changes
def getRawChanges(self):
branch = bzrlib.branch.Branch.open_containing(self.url)[0]
if self.branch_name is FULL:
branch_name = self.url
elif self.branch_name is SHORT:
branch_name = branch.nick
else: # presumably a string or maybe None
branch_name = self.branch_name
changes = []
change = generate_change(
branch, blame_merge_author=self.blame_merge_author)
if (self.last_revision is None
or change['revision'] > self.last_revision):
change['branch'] = branch_name
change['category'] = self.category
changes.append(change)
if self.last_revision is not None:
while self.last_revision + 1 < change['revision']:
change = generate_change(
branch,
new_revno=change['revision'] - 1,
blame_merge_author=self.blame_merge_author)
change['branch'] = branch_name
changes.append(change)
changes.reverse()
return changes
def _parse_changes(self, query):
dom = minidom.parseString(query.read())
items = dom.getElementsByTagName("item")
changes = []
for i in items:
d = dict()
for k in ["description", "link", "author", "pubDate"]:
d[k] = i.getElementsByTagName(k)[0].firstChild.wholeText
# strip out HTML newlines
d["description"] = d["description"].replace("<br/>","")
# need to parse date with timezone, and turn into a UTC timestamp
d["pubDate"] = rfc822.mktime_tz(rfc822.parsedate_tz(d["pubDate"]) )
changes.append(d)
changes = [c for c in changes if c["pubDate"] > self.lastChange]
changes.reverse() # want t hem in reverse chronological order
return changes
def _parse_changes(self, query):
dom = minidom.parseString(query.read())
items = dom.getElementsByTagName("item")
changes = []
for i in items:
d = dict()
for k in ["description", "link", "author", "pubDate"]:
d[k] = i.getElementsByTagName(k)[0].firstChild.wholeText
# strip out HTML newlines
d["description"] = d["description"].replace("<br/>", "")
# need to parse date with timezone, and turn into a UTC timestamp
d["pubDate"] = rfc822.mktime_tz(rfc822.parsedate_tz(d["pubDate"]))
changes.append(d)
changes = [c for c in changes if c["pubDate"] > self.lastChange]
changes.reverse() # want t hem in reverse chronological order
return changes
def _parse_changes(query, lastChange):
dom = minidom.parseString(query)
items = dom.getElementsByTagName("entry")
changes = []
for i in items:
d = {}
for k in ["title", "updated"]:
d[k] = i.getElementsByTagName(k)[0].firstChild.wholeText
d["updated"] = parse_date_string(d["updated"])
d["changeset"] = d["title"].split(" ")[1]
nameNode = i.getElementsByTagName("author")[0].childNodes[1]
d["author"] = nameNode.firstChild.wholeText
d["link"] = i.getElementsByTagName("link")[0].getAttribute("href")
if d["updated"] > lastChange:
changes.append(d)
changes.reverse() # want them in chronological order
return changes
def _parse_changes(query, lastChange):
dom = minidom.parseString(query)
items = dom.getElementsByTagName("entry")
changes = []
for i in items:
d = {}
for k in ["title", "updated"]:
d[k] = i.getElementsByTagName(k)[0].firstChild.wholeText
d["updated"] = parse_date_string(d["updated"])
d["changeset"] = d["title"].split(" ")[1]
nameNode = i.getElementsByTagName("author")[0].childNodes[1]
d["author"] = nameNode.firstChild.wholeText
d["link"] = i.getElementsByTagName("link")[0].getAttribute("href")
if d["updated"] > lastChange:
changes.append(d)
changes.reverse() # want them in chronological order
return changes
def _parse_changes(self, query):
dom = minidom.parseString(query)
entries = dom.getElementsByTagName("entry")
changes = []
# Entries come in reverse chronological order
for i in entries:
d = {}
# revision is the last part of the 'id' url
d["revision"] = i.getElementsByTagName(
"id")[0].firstChild.data.split('/')[-1]
if d["revision"] == self.lastChange:
break # no more new changes
d["when"] = timegm(
strptime(
i.getElementsByTagName("updated")[0].firstChild.data,
"%Y-%m-%dT%H:%M:%SZ"))
d["author"] = i.getElementsByTagName(
"author")[0].getElementsByTagName("name")[0].firstChild.data
# files and commit msg are separated by 2 consecutive <br/>
content = i.getElementsByTagName(
"content")[0].firstChild.data.split("<br/>\n <br/>")
# Remove the action keywords from the file list
fl = content[0].replace(
u' \xa0\xa0\xa0\xa0Add\xa0\xa0\xa0\xa0', '').replace(
u' \xa0\xa0\xa0\xa0Delete\xa0\xa0\xa0\xa0',
'').replace(u' \xa0\xa0\xa0\xa0Modify\xa0\xa0\xa0\xa0', '')
# Get individual files and remove the 'header'
d["files"] = fl.encode("ascii", "replace").split("<br/>")[1:]
d["files"] = [f.strip() for f in d["files"]]
try:
d["comments"] = content[1].encode("ascii", "replace")
except:
d["comments"] = "No commit message provided"
changes.append(d)
changes.reverse() # want them in chronological order
return changes
def _parse_changes(self, query):
dom = minidom.parseString(query)
entries = dom.getElementsByTagName("entry")
changes = []
# Entries come in reverse chronological order
for i in entries:
d = {}
# revision is the last part of the 'id' url
d["revision"] = i.getElementsByTagName(
"id")[0].firstChild.data.split('/')[-1]
if d["revision"] == self.lastChange:
break # no more new changes
d["when"] = timegm(strptime(
i.getElementsByTagName("updated")[0].firstChild.data,
"%Y-%m-%dT%H:%M:%SZ"))
d["author"] = i.getElementsByTagName(
"author")[0].getElementsByTagName("name")[0].firstChild.data
# files and commit msg are separated by 2 consecutive <br/>
content = i.getElementsByTagName(
"content")[0].firstChild.data.split("<br/>\n <br/>")
# Remove the action keywords from the file list
fl = content[0].replace(
u' \xa0\xa0\xa0\xa0Add\xa0\xa0\xa0\xa0', '').replace(
u' \xa0\xa0\xa0\xa0Delete\xa0\xa0\xa0\xa0', '').replace(
u' \xa0\xa0\xa0\xa0Modify\xa0\xa0\xa0\xa0', '')
# Get individual files and remove the 'header'
d["files"] = fl.encode("ascii", "replace").split("<br/>")[1:]
d["files"] = [f.strip() for f in d["files"]]
try:
d["comments"] = content[1].encode("ascii", "replace")
except:
d["comments"] = "No commit message provided"
changes.append(d)
changes.reverse() # want them in chronological order
return changes
def _parse_changes(data):
pushes = json.loads(data)
changes = []
for push_id, push_data in pushes.iteritems():
push_time = push_data['date']
push_user = push_data['user']
for cset in push_data['changesets']:
change = {}
change['updated'] = push_time
change['author'] = push_user
change['changeset'] = cset['node']
change['files'] = cset['files']
change['branch'] = cset['branch']
change['comments'] = cset['desc']
changes.append(change)
# Sort by push date
# Changes in the same push have their order preserved because python list
# sorts are stable. The leaf of each push is sorted at the end of the list
# of changes for that push.
changes.sort(key=lambda c: c['updated'])
return changes
def _parse_changes(data):
pushes = json.loads(data)
changes = []
for push_id, push_data in pushes.iteritems():
push_time = push_data['date']
push_user = push_data['user']
for cset in push_data['changesets']:
change = {}
change['updated'] = push_time
change['author'] = push_user
change['changeset'] = cset['node']
change['files'] = cset['files']
change['branch'] = cset['branch']
change['comments'] = cset['desc']
changes.append(change)
# Sort by push date
# Changes in the same push have their order preserved because python list
# sorts are stable. The leaf of each push is sorted at the end of the list
# of changes for that push.
changes.sort(key=lambda c:c['updated'])
return changes
def getRawChanges(self):
branch = bzrlib.branch.Branch.open_containing(self.url)[0]
branch_name = self.branch_name
changes = []
change = generate_change(
branch, blame_merge_author=self.blame_merge_author)
if (self.last_revision is None or
change['revision'] != self.last_revision):
change['branch'] = branch_name
change['branch_id'] = self.branch_id
change['category'] = self.category
changes.append(change)
if self.last_revision is not None:
while self.last_revision + 1 < change['revision']:
change = generate_change(
branch, new_revno=change['revision']-1,
blame_merge_author=self.blame_merge_author)
change['branch'] = branch_name
change['branch_id'] = self.branch_id
change.setdefault('category', self.category)
changes.append(change)
changes.reverse()
return changes
def getRawChanges(self):
branch = bzrlib.branch.Branch.open_containing(self.url)[0]
branch_name = self.branch_name
changes = []
change = generate_change(branch,
blame_merge_author=self.blame_merge_author)
if (self.last_revision is None
or change['revision'] != self.last_revision):
change['branch'] = branch_name
change['branch_id'] = self.branch_id
change['category'] = self.category
changes.append(change)
if self.last_revision is not None:
while self.last_revision + 1 < change['revision']:
change = generate_change(
branch,
new_revno=change['revision'] - 1,
blame_merge_author=self.blame_merge_author)
change['branch'] = branch_name
change['branch_id'] = self.branch_id
change.setdefault('category', self.category)
changes.append(change)
changes.reverse()
return changes
