def itemlog(self, path_parts, rev, sortby, first, limit, options):
"""see vclib.Repository.itemlog docstring
rev parameter can be a revision number, a branch number, a tag name,
or None. If None, will return information about all revisions, otherwise,
will only return information about the specified revision or branch.
Option values returned by this implementation:
cvs_tags
dictionary of Tag objects for all tags encountered
"""
if self.itemtype(path_parts, rev) != vclib.FILE: # does auth-check
raise vclib.Error("Path '%s' is not a file." % (_path_join(path_parts)))
path = self.rcsfile(path_parts, 1)
sink = TreeSink()
rcsparse.parse(open(path, 'rb'), sink)
filtered_revs = _file_log(sink.revs.values(), sink.tags, sink.lockinfo,
sink.default_branch, rev)
for rev in filtered_revs:
if rev.prev and len(rev.number) == 2:
rev.changed = rev.prev.next_changed
options['cvs_tags'] = sink.tags
if sortby == vclib.SORTBY_DATE:
filtered_revs.sort(_logsort_date_cmp)
elif sortby == vclib.SORTBY_REV:
filtered_revs.sort(_logsort_rev_cmp)
if len(filtered_revs) < first:
return []
if limit:
return filtered_revs[first:first+limit]
return filtered_revs
def itemlog(self, path_parts, rev, sortby, first, limit, options):
"""see vclib.Repository.itemlog docstring
rev parameter can be a revision number, a branch number, a tag name,
or None. If None, will return information about all revisions, otherwise,
will only return information about the specified revision or branch.
Option values returned by this implementation:
cvs_tags
dictionary of Tag objects for all tags encountered
"""
if self.itemtype(path_parts, rev) != vclib.FILE: # does auth-check
raise vclib.Error("Path '%s' is not a file." % (_path_join(path_parts)))
path = self.rcsfile(path_parts, 1)
sink = TreeSink()
rcsparse.parse(open(path, 'rb'), sink)
filtered_revs = _file_log(sink.revs.values(), sink.tags, sink.lockinfo,
sink.default_branch, rev)
for rev in filtered_revs:
if rev.prev and len(rev.number) == 2:
rev.changed = rev.prev.next_changed
options['cvs_tags'] = sink.tags
if sortby == vclib.SORTBY_DATE:
filtered_revs.sort(_logsort_date_cmp)
elif sortby == vclib.SORTBY_REV:
filtered_revs.sort(_logsort_rev_cmp)
if len(filtered_revs) < first:
return []
if limit:
return filtered_revs[first:first+limit]
return filtered_revs
def openfile(self, path_parts, rev, options):
if self.itemtype(path_parts, rev) != vclib.FILE: # does auth-check
raise vclib.Error("Path '%s' is not a file." % (_path_join(path_parts)))
path = self.rcsfile(path_parts, 1)
sink = COSink(rev)
rcsparse.parse(open(path, 'rb'), sink)
revision = sink.last and sink.last.string
return cStringIO.StringIO('\n'.join(sink.sstext.text)), revision
def openfile(self, path_parts, rev, options):
if self.itemtype(path_parts, rev) != vclib.FILE: # does auth-check
raise vclib.Error("Path '%s' is not a file." % (_path_join(path_parts)))
path = self.rcsfile(path_parts, 1)
sink = COSink(rev)
rcsparse.parse(open(path, 'rb'), sink)
revision = sink.last and sink.last.string
return cStringIO.StringIO('\n'.join(sink.sstext.text)), revision
def dirlogs(self, path_parts, rev, entries, options):
"""see vclib.Repository.dirlogs docstring
rev can be a tag name or None. if set only information from revisions
matching the tag will be retrieved
Option values recognized by this implementation:
cvs_subdirs
boolean. true to fetch logs of the most recently modified file in each
subdirectory
Option values returned by this implementation:
cvs_tags, cvs_branches
lists of tag and branch names encountered in the directory
"""
if self.itemtype(path_parts, rev) != vclib.DIR: # does auth-check
raise vclib.Error("Path '%s' is not a directory." %
(string.join(path_parts, "/")))
entries_to_fetch = []
for entry in entries:
if vclib.check_path_access(self, path_parts + [entry.name], None,
rev):
entries_to_fetch.append(entry)
subdirs = options.get('cvs_subdirs', 0)
dirpath = self._getpath(path_parts)
alltags = { # all the tags seen in the files of this dir
'MAIN': '',
'HEAD': '1.1'
}
for entry in entries_to_fetch:
entry.rev = entry.date = entry.author = None
entry.dead = entry.absent = entry.log = entry.lockinfo = None
path = _log_path(entry, dirpath, subdirs)
if path:
entry.path = path
try:
rcsparse.parse(open(path, 'rb'),
InfoSink(entry, rev, alltags))
except IOError, e:
entry.errors.append("rcsparse error: %s" % e)
except RuntimeError, e:
entry.errors.append("rcsparse error: %s" % e)
except rcsparse.RCSStopParser:
pass
def dirlogs(self, path_parts, rev, entries, options):
"""see vclib.Repository.dirlogs docstring
rev can be a tag name or None. if set only information from revisions
matching the tag will be retrieved
Option values recognized by this implementation:
cvs_subdirs
boolean. true to fetch logs of the most recently modified file in each
subdirectory
Option values returned by this implementation:
cvs_tags, cvs_branches
lists of tag and branch names encountered in the directory
"""
if self.itemtype(path_parts, rev) != vclib.DIR: # does auth-check
raise vclib.Error("Path '%s' is not a directory."
% (part2path(path_parts)))
entries_to_fetch = []
for entry in entries:
if vclib.check_path_access(self, path_parts + [entry.name], None, rev):
entries_to_fetch.append(entry)
subdirs = options.get('cvs_subdirs', 0)
dirpath = self._getpath(path_parts)
alltags = { # all the tags seen in the files of this dir
'MAIN' : '',
'HEAD' : '1.1'
}
for entry in entries_to_fetch:
entry.rev = entry.date = entry.author = None
entry.dead = entry.absent = entry.log = entry.lockinfo = None
path = _log_path(entry, dirpath, subdirs)
if path:
entry.path = path
try:
rcsparse.parse(open(path, 'rb'), InfoSink(entry, rev, alltags))
if self.guesser:
entry.log = self.guesser.utf8(entry.log)
except IOError, e:
entry.errors.append("rcsparse error: %s" % e)
except RuntimeError, e:
entry.errors.append("rcsparse error: %s" % e)
except rcsparse.RCSStopParser:
pass
def parse_cvs_file(self, rcs_pathname, opt_rev = None, opt_m_timestamp = None):
# Args in: opt_rev - requested revision
# opt_m - time since modified
# Args out: revision_map
# timestamp
# revision_deltatext
# CheckHidden(rcs_pathname)
try:
rcsfile = open(rcs_pathname, 'rb')
except:
raise RuntimeError, ('error: %s appeared to be under CVS control, ' +
'but the RCS file is inaccessible.') % rcs_pathname
rcsparse.parse(rcsfile, self)
rcsfile.close()
if opt_rev in [None, '', 'HEAD']:
# Explicitly specified topmost revision in tree
revision = self.head_revision
else:
# Symbolic tag or specific revision number specified.
revision = self.map_tag_to_revision(opt_rev)
if revision == '':
raise RuntimeError, 'error: -r: No such revision: ' + opt_rev
# The primordial revision is not always 1.1! Go find it.
primordial = revision
while self.prev_revision.get(primordial):
primordial = self.prev_revision[primordial]
# Don't display file at all, if -m option is specified and no
# changes have been made in the specified file.
if opt_m_timestamp and self.timestamp[revision] < opt_m_timestamp:
return ''
# Figure out how many lines were in the primordial, i.e. version 1.1,
# check-in by moving backward in time from the head revision to the
# first revision.
line_count = 0
if self.revision_deltatext.get(self.head_revision):
tmp_array = self.deltatext_split(self.head_revision)
line_count = len(tmp_array)
skip = 0
rev = self.prev_revision.get(self.head_revision)
while rev:
diffs = self.deltatext_split(rev)
for command in diffs:
dmatch = self.d_command.match(command)
amatch = self.a_command.match(command)
if skip > 0:
# Skip insertion lines from a prior "a" command
skip = skip - 1
elif dmatch:
# "d" - Delete command
start_line = int(dmatch.group(1))
count = int(dmatch.group(2))
line_count = line_count - count
elif amatch:
# "a" - Add command
start_line = int(amatch.group(1))
count = int(amatch.group(2))
skip = count
line_count = line_count + count
else:
raise RuntimeError, 'error: illegal RCS file'
rev = self.prev_revision.get(rev)
# Now, play the delta edit commands *backwards* from the primordial
# revision forward, but rather than applying the deltas to the text of
# each revision, apply the changes to an array of revision numbers.
# This creates a "revision map" -- an array where each element
# represents a line of text in the given revision but contains only
# the revision number in which the line was introduced rather than
# the line text itself.
#
# Note: These are backward deltas for revisions on the trunk and
# forward deltas for branch revisions.
# Create initial revision map for primordial version.
self.revision_map = [primordial] * line_count
ancestors = [revision, ] + self.ancestor_revisions(revision)
ancestors = ancestors[:-1] # Remove "1.1"
last_revision = primordial
ancestors.reverse()
for revision in ancestors:
is_trunk_revision = self.trunk_rev.match(revision) is not None
if is_trunk_revision:
diffs = self.deltatext_split(last_revision)
# Revisions on the trunk specify deltas that transform a
# revision into an earlier revision, so invert the translation
# of the 'diff' commands.
for command in diffs:
if skip > 0:
skip = skip - 1
else:
dmatch = self.d_command.match(command)
amatch = self.a_command.match(command)
if dmatch:
start_line = int(dmatch.group(1))
count = int(dmatch.group(2))
temp = []
while count > 0:
temp.append(revision)
count = count - 1
self.revision_map = (self.revision_map[:start_line - 1] +
temp + self.revision_map[start_line - 1:])
elif amatch:
start_line = int(amatch.group(1))
count = int(amatch.group(2))
del self.revision_map[start_line:start_line + count]
skip = count
else:
raise RuntimeError, 'Error parsing diff commands'
else:
# Revisions on a branch are arranged backwards from those on
# the trunk. They specify deltas that transform a revision
# into a later revision.
adjust = 0
diffs = self.deltatext_split(revision)
for command in diffs:
if skip > 0:
skip = skip - 1
else:
dmatch = self.d_command.match(command)
amatch = self.a_command.match(command)
if dmatch:
start_line = int(dmatch.group(1))
count = int(dmatch.group(2))
adj_begin = start_line + adjust - 1
adj_end = start_line + adjust - 1 + count
del self.revision_map[adj_begin:adj_end]
adjust = adjust - count
elif amatch:
start_line = int(amatch.group(1))
count = int(amatch.group(2))
skip = count
temp = []
while count > 0:
temp.append(revision)
count = count - 1
self.revision_map = (self.revision_map[:start_line + adjust] +
temp + self.revision_map[start_line + adjust:])
adjust = adjust + skip
else:
raise RuntimeError, 'Error parsing diff commands'
last_revision = revision
return revision
def parse_cvs_file(self, rcs_pathname, opt_rev = None, opt_m_timestamp = None):
# Args in: opt_rev - requested revision
# opt_m - time since modified
# Args out: revision_map
# timestamp
# revision_deltatext
# CheckHidden(rcs_pathname)
try:
rcsfile = open(rcs_pathname, 'rb')
except:
raise RuntimeError, ('error: %s appeared to be under CVS control, ' +
'but the RCS file is inaccessible.') % rcs_pathname
rcsparse.parse(rcsfile, self)
rcsfile.close()
if opt_rev in [None, '', 'HEAD']:
# Explicitly specified topmost revision in tree
revision = self.head_revision
else:
# Symbolic tag or specific revision number specified.
revision = self.map_tag_to_revision(opt_rev)
if revision == '':
raise RuntimeError, 'error: -r: No such revision: ' + opt_rev
# The primordial revision is not always 1.1! Go find it.
primordial = revision
while self.prev_revision.get(primordial):
primordial = self.prev_revision[primordial]
# Don't display file at all, if -m option is specified and no
# changes have been made in the specified file.
if opt_m_timestamp and self.timestamp[revision] < opt_m_timestamp:
return ''
# Figure out how many lines were in the primordial, i.e. version 1.1,
# check-in by moving backward in time from the head revision to the
# first revision.
line_count = 0
if self.revision_deltatext.get(self.head_revision):
tmp_array = self.deltatext_split(self.head_revision)
line_count = len(tmp_array)
skip = 0
rev = self.prev_revision.get(self.head_revision)
while rev:
diffs = self.deltatext_split(rev)
for command in diffs:
dmatch = self.d_command.match(command)
amatch = self.a_command.match(command)
if skip > 0:
# Skip insertion lines from a prior "a" command
skip = skip - 1
elif dmatch:
# "d" - Delete command
start_line = string.atoi(dmatch.group(1))
count = string.atoi(dmatch.group(2))
line_count = line_count - count
elif amatch:
# "a" - Add command
start_line = string.atoi(amatch.group(1))
count = string.atoi(amatch.group(2))
skip = count
line_count = line_count + count
else:
raise RuntimeError, 'error: illegal RCS file'
rev = self.prev_revision.get(rev)
# Now, play the delta edit commands *backwards* from the primordial
# revision forward, but rather than applying the deltas to the text of
# each revision, apply the changes to an array of revision numbers.
# This creates a "revision map" -- an array where each element
# represents a line of text in the given revision but contains only
# the revision number in which the line was introduced rather than
# the line text itself.
#
# Note: These are backward deltas for revisions on the trunk and
# forward deltas for branch revisions.
# Create initial revision map for primordial version.
self.revision_map = [primordial] * line_count
ancestors = [revision, ] + self.ancestor_revisions(revision)
ancestors = ancestors[:-1] # Remove "1.1"
last_revision = primordial
ancestors.reverse()
for revision in ancestors:
is_trunk_revision = self.trunk_rev.match(revision) is not None
if is_trunk_revision:
diffs = self.deltatext_split(last_revision)
# Revisions on the trunk specify deltas that transform a
# revision into an earlier revision, so invert the translation
# of the 'diff' commands.
for command in diffs:
if skip > 0:
skip = skip - 1
else:
dmatch = self.d_command.match(command)
amatch = self.a_command.match(command)
if dmatch:
start_line = string.atoi(dmatch.group(1))
count = string.atoi(dmatch.group(2))
temp = []
while count > 0:
temp.append(revision)
count = count - 1
self.revision_map = (self.revision_map[:start_line - 1] +
temp + self.revision_map[start_line - 1:])
elif amatch:
start_line = string.atoi(amatch.group(1))
count = string.atoi(amatch.group(2))
del self.revision_map[start_line:start_line + count]
skip = count
else:
raise RuntimeError, 'Error parsing diff commands'
else:
# Revisions on a branch are arranged backwards from those on
# the trunk. They specify deltas that transform a revision
# into a later revision.
adjust = 0
diffs = self.deltatext_split(revision)
for command in diffs:
if skip > 0:
skip = skip - 1
else:
dmatch = self.d_command.match(command)
amatch = self.a_command.match(command)
if dmatch:
start_line = string.atoi(dmatch.group(1))
count = string.atoi(dmatch.group(2))
adj_begin = start_line + adjust - 1
adj_end = start_line + adjust - 1 + count
del self.revision_map[adj_begin:adj_end]
adjust = adjust - count
elif amatch:
start_line = string.atoi(amatch.group(1))
count = string.atoi(amatch.group(2))
skip = count
temp = []
while count > 0:
temp.append(revision)
count = count - 1
self.revision_map = (self.revision_map[:start_line + adjust] +
temp + self.revision_map[start_line + adjust:])
adjust = adjust + skip
else:
raise RuntimeError, 'Error parsing diff commands'
last_revision = revision
return revision
