def _create_dirs(txn_root, cpath):
if not cpath:
return True
kind = fs.check_path(txn_root,cpath)
if kind == core.svn_node_dir:
return True
elif kind == core.svn_node_file:
return False
for dpath,p in misc.iterdir(cpath):
dpath = _c(dpath)
kind = fs.check_path(txn_root, dpath)
if kind == core.svn_node_none:
fs.make_dir(txn_root, dpath)
continue
pass
return True
def _addDirectories(self, delta):
""" Make sure that all of the directories needed for delta are added. """
directoriesToAdd = self._directoriesToAdd(delta)
if len(directoriesToAdd) == 0:
return
subpool = core.svn_pool_create(self.pool)
(revision, transaction, root) = \
self._revisionSetup(subpool,
options.userid,
"Automatic directory addition")
for directory in directoriesToAdd:
print "adding directory", directory
print delta.getDate()
fs.make_dir(root, directory, subpool)
self.addedDirectories[directory] = 1
self._commit(revision, delta.getDate(), transaction, subpool)
core.svn_pool_destroy(subpool)
def _addDirectories(self, delta):
""" Make sure that all of the directories needed for delta are added. """
directoriesToAdd = self._directoriesToAdd(delta)
if len(directoriesToAdd) == 0:
return
subpool = core.svn_pool_create(self.pool)
(revision, transaction, root) = \
self._revisionSetup(subpool,
options.userid,
"Automatic directory addition")
for directory in directoriesToAdd:
print "adding directory", directory
print delta.getDate()
fs.make_dir(root, directory, subpool)
self.addedDirectories[directory] = 1
self._commit(revision, delta.getDate(), transaction, subpool)
core.svn_pool_destroy(subpool)
def mkdir(self, entry, subpool):
self.log('A %s\n' % entry)
fs.make_dir(self.txn_root, entry, subpool)
def commit(self, t_fs, ctx):
# commit this transaction
print 'committing: %s, over %d seconds' % (time.ctime(
self.t_min), self.t_max - self.t_min)
# create a pool for the entire commit
c_pool = util.svn_pool_create(ctx.pool)
rev = fs.youngest_rev(t_fs, c_pool)
txn = fs.begin_txn(t_fs, rev, c_pool)
root = fs.txn_root(txn, c_pool)
lastcommit = (None, None)
# create a pool for each file; it will be cleared on each iteration
f_pool = util.svn_pool_create(c_pool)
for f, r in self.changes:
# compute a repository path. ensure we have a leading "/" and drop
# the ,v from the file name
repos_path = '/' + relative_name(ctx.cvsroot, f[:-2])
#print 'DEBUG:', repos_path
print ' changing %s : %s' % (r, repos_path)
### hmm. need to clarify OS path separators vs FS path separators
dirname = os.path.dirname(repos_path)
if dirname != '/':
# get the components of the path (skipping the leading '/')
parts = string.split(dirname[1:], os.sep)
for i in range(1, len(parts) + 1):
# reassemble the pieces, adding a leading slash
parent_dir = '/' + string.join(parts[:i], '/')
if fs.check_path(root, parent_dir,
f_pool) == svn_node_none:
print ' making dir:', parent_dir
fs.make_dir(root, parent_dir, f_pool)
if fs.check_path(root, repos_path, f_pool) == svn_node_none:
created_file = 1
fs.make_file(root, repos_path, f_pool)
else:
created_file = 0
handler, baton = fs.apply_textdelta(root, repos_path, f_pool)
# figure out the real file path for "co"
try:
statcache.stat(f)
except os.error:
dirname, fname = os.path.split(f)
f = os.path.join(dirname, 'Attic', fname)
statcache.stat(f)
pipe = os.popen('co -q -p%s %s' % (r, f), 'r', 102400)
# if we just made the file, we can send it in one big hunk, rather
# than streaming it in.
### we should watch out for file sizes here; we don't want to yank
### in HUGE files...
if created_file:
_delta.svn_txdelta_send_string(pipe.read(), handler, baton,
f_pool)
else:
# open an SVN stream onto the pipe
stream2 = util.svn_stream_from_stdio(pipe, f_pool)
# Get the current file contents from the repo, or, if we have
# multiple CVS revisions to the same file being done in this
# single commit, then get the contents of the previous
# revision from co, or else the delta won't be correct because
# the contents in the repo won't have changed yet.
if repos_path == lastcommit[0]:
infile2 = os.popen("co -q -p%s %s" % (lastcommit[1], f),
"r", 102400)
stream1 = util.svn_stream_from_stdio(infile2, f_pool)
else:
stream1 = fs.file_contents(root, repos_path, f_pool)
txstream = _delta.svn_txdelta(stream1, stream2, f_pool)
_delta.svn_txdelta_send_txstream(txstream, handler, baton,
f_pool)
# shut down the previous-rev pipe, if we opened it
infile2 = None
# shut down the current-rev pipe
pipe.close()
# wipe the pool. this will get rid of the pipe streams and the delta
# stream, and anything the FS may have done.
util.svn_pool_clear(f_pool)
# remember what we just did, for the next iteration
lastcommit = (repos_path, r)
for f, r in self.deletes:
# compute a repository path. ensure we have a leading "/" and drop
# the ,v from the file name
repos_path = '/' + relative_name(ctx.cvsroot, f[:-2])
print ' deleting %s : %s' % (r, repos_path)
# If the file was initially added on a branch, the first mainline
# revision will be marked dead, and thus, attempts to delete it will
# fail, since it doesn't really exist.
if r != '1.1':
### need to discriminate between OS paths and FS paths
fs.delete(root, repos_path, f_pool)
# wipe the pool, in case the delete loads it up
util.svn_pool_clear(f_pool)
# get the metadata for this commit
author, log, date = self.get_metadata(c_pool)
fs.change_txn_prop(txn, 'svn:author', author, c_pool)
fs.change_txn_prop(txn, 'svn:log', log, c_pool)
conflicts, new_rev = fs.commit_txn(txn)
# set the time to the proper (past) time
fs.change_rev_prop(t_fs, new_rev, 'svn:date', date, c_pool)
### how come conflicts is a newline?
if conflicts != '\n':
print ' CONFLICTS:', ` conflicts `
print ' new revision:', new_rev
# done with the commit and file pools
util.svn_pool_destroy(c_pool)
