def test_entry(self):
wc_entry = wc.entry(self.path, self.wc, True)
def test_entry(self):
wc_entry = wc.entry(self.path, self.wc, True)
def test_commit(self):
# Replace README.txt's contents, using binary mode so we know the
# exact contents even on Windows, and therefore the MD5 checksum.
readme_path = '%s/trunk/README.txt' % self.path
fp = open(readme_path, 'wb')
fp.write('hello\n')
fp.close()
# Setup ra_ctx.
ra.initialize()
callbacks = ra.Callbacks()
ra_ctx = ra.open2(REPOS_URL, callbacks, None, None)
# Get commit editor.
commit_info = [None]
def commit_cb(_commit_info, pool):
commit_info[0] = _commit_info
(editor, edit_baton) = ra.get_commit_editor2(ra_ctx, 'log message',
commit_cb, None, False)
# Drive the commit.
checksum = [None]
def driver_cb(parent, path, pool):
baton = editor.open_file(path, parent, -1, pool)
adm_access = wc.adm_probe_retrieve(self.wc, readme_path, pool)
(_,
checksum[0]) = wc.transmit_text_deltas2(readme_path, adm_access,
False, editor, baton,
pool)
return baton
try:
delta.path_driver(editor, edit_baton, -1, ['trunk/README.txt'],
driver_cb)
editor.close_edit(edit_baton)
except:
try:
editor.abort_edit(edit_baton)
except:
# We already have an exception in progress, not much we can do
# about this.
pass
raise
(checksum, ) = checksum
(commit_info, ) = commit_info
# Assert the commit.
self.assertEquals(binascii.b2a_hex(checksum),
'b1946ac92492d2347c6235b4d2611184')
self.assertEquals(commit_info.revision, 13)
# Bump working copy state.
wc.process_committed4(
readme_path, wc.adm_retrieve(self.wc,
os.path.dirname(readme_path)), False,
commit_info.revision, commit_info.date, commit_info.author, None,
False, False, checksum)
# Assert bumped state.
entry = wc.entry(readme_path, self.wc, False)
self.assertEquals(entry.revision, commit_info.revision)
self.assertEquals(entry.schedule, wc.schedule_normal)
self.assertEquals(entry.cmt_rev, commit_info.revision)
self.assertEquals(entry.cmt_date,
core.svn_time_from_cstring(commit_info.date))
def test_commit(self):
# Replace README.txt's contents, using binary mode so we know the
# exact contents even on Windows, and therefore the MD5 checksum.
readme_path = "%s/trunk/README.txt" % self.path
fp = open(readme_path, "wb")
fp.write("hello\n")
fp.close()
# Setup ra_ctx.
ra.initialize()
callbacks = ra.Callbacks()
ra_ctx = ra.open2(REPOS_URL, callbacks, None, None)
# Get commit editor.
commit_info = [None]
def commit_cb(_commit_info, pool):
commit_info[0] = _commit_info
(editor, edit_baton) = ra.get_commit_editor2(ra_ctx, "log message", commit_cb, None, False)
# Drive the commit.
checksum = [None]
def driver_cb(parent, path, pool):
baton = editor.open_file(path, parent, -1, pool)
adm_access = wc.adm_probe_retrieve(self.wc, readme_path, pool)
(_, checksum[0]) = wc.transmit_text_deltas2(readme_path, adm_access, False, editor, baton, pool)
return baton
try:
delta.path_driver(editor, edit_baton, -1, ["trunk/README.txt"], driver_cb)
editor.close_edit(edit_baton)
except:
try:
editor.abort_edit(edit_baton)
except:
# We already have an exception in progress, not much we can do
# about this.
pass
raise
(checksum,) = checksum
(commit_info,) = commit_info
# Assert the commit.
self.assertEquals(binascii.b2a_hex(checksum), "b1946ac92492d2347c6235b4d2611184")
self.assertEquals(commit_info.revision, 13)
# Bump working copy state.
wc.process_committed4(
readme_path,
wc.adm_retrieve(self.wc, os.path.dirname(readme_path)),
False,
commit_info.revision,
commit_info.date,
commit_info.author,
None,
False,
False,
checksum,
)
# Assert bumped state.
entry = wc.entry(readme_path, self.wc, False)
self.assertEquals(entry.revision, commit_info.revision)
self.assertEquals(entry.schedule, wc.schedule_normal)
self.assertEquals(entry.cmt_rev, commit_info.revision)
self.assertEquals(entry.cmt_date, core.svn_time_from_cstring(commit_info.date))
