def test_info_file(self):
"""Test svn_client_info on working copy file and remote files."""
# This test requires a file /trunk/README.txt of size 8 bytes
# in the repository.
rev = core.svn_opt_revision_t()
rev.kind = core.svn_opt_revision_head
wc_path = core.svn_path_canonicalize(tempfile.mktemp())
client.checkout2(REPOS_URL, wc_path, rev, rev, True, True,
self.client_ctx)
adm_access = wc.adm_open3(None, wc_path, True, -1, None)
try:
# Test 1: Run info -r BASE. We expect the size value to be filled in.
rev.kind = core.svn_opt_revision_base
readme_path = '%s/trunk/README.txt' % wc_path
readme_url = '%s/trunk/README.txt' % REPOS_URL
client.info(readme_path, rev, rev, self.info_receiver, False,
self.client_ctx)
self.assertEqual(self.path, os.path.basename(readme_path))
self.info.assert_valid()
self.assertEqual(self.info.working_size,
client.SWIG_SVN_INFO_SIZE_UNKNOWN)
self.assertEqual(self.info.size, 8)
# Test 2: Run info (revision unspecified). We expect the working_size value
# to be filled in.
rev.kind = core.svn_opt_revision_unspecified
client.info(readme_path, rev, rev, self.info_receiver, False,
self.client_ctx)
self.assertEqual(self.path, readme_path)
self.info.assert_valid()
self.assertEqual(self.info.size, client.SWIG_SVN_INFO_SIZE_UNKNOWN)
# README.txt contains one EOL char, so on Windows it will be expanded from
# LF to CRLF hence the working_size will be 9 instead of 8.
if os.name == 'nt':
self.assertEqual(self.info.working_size, 9)
else:
self.assertEqual(self.info.working_size, 8)
# Test 3: Run info on the repository URL of README.txt. We expect the size
# value to be filled in.
rev.kind = core.svn_opt_revision_head
client.info(readme_url, rev, rev, self.info_receiver, False,
self.client_ctx)
self.info.assert_valid()
self.assertEqual(self.info.working_size,
client.SWIG_SVN_INFO_SIZE_UNKNOWN)
self.assertEqual(self.info.size, 8)
finally:
wc.adm_close(adm_access)
core.svn_io_remove_dir(wc_path)
def test_info_file(self):
"""Test svn_client_info on working copy file and remote files."""
# This test requires a file /trunk/README.txt of size 8 bytes
# in the repository.
rev = core.svn_opt_revision_t()
rev.kind = core.svn_opt_revision_head
wc_path = core.svn_path_canonicalize(tempfile.mktemp())
client.checkout2(REPOS_URL, wc_path, rev, rev, True, True,
self.client_ctx)
adm_access = wc.adm_open3(None, wc_path, True, -1, None)
try:
# Test 1: Run info -r BASE. We expect the size value to be filled in.
rev.kind = core.svn_opt_revision_base
readme_path = '%s/trunk/README.txt' % wc_path
readme_url = '%s/trunk/README.txt' % REPOS_URL
client.info(readme_path, rev, rev, self.info_receiver,
False, self.client_ctx)
self.assertEqual(self.path, os.path.basename(readme_path))
self.info.assert_valid()
self.assertEqual(self.info.working_size, client.SWIG_SVN_INFO_SIZE_UNKNOWN)
self.assertEqual(self.info.size, 8)
# Test 2: Run info (revision unspecified). We expect the working_size value
# to be filled in.
rev.kind = core.svn_opt_revision_unspecified
client.info(readme_path, rev, rev, self.info_receiver,
False, self.client_ctx)
self.assertEqual(self.path, readme_path)
self.info.assert_valid()
self.assertEqual(self.info.size, client.SWIG_SVN_INFO_SIZE_UNKNOWN)
# README.txt contains one EOL char, so on Windows it will be expanded from
# LF to CRLF hence the working_size will be 9 instead of 8.
if os.name == 'nt':
self.assertEqual(self.info.working_size, 9)
else:
self.assertEqual(self.info.working_size, 8)
# Test 3: Run info on the repository URL of README.txt. We expect the size
# value to be filled in.
rev.kind = core.svn_opt_revision_head
client.info(readme_url, rev, rev, self.info_receiver,
False, self.client_ctx)
self.info.assert_valid()
self.assertEqual(self.info.working_size, client.SWIG_SVN_INFO_SIZE_UNKNOWN)
self.assertEqual(self.info.size, 8)
finally:
wc.adm_close(adm_access)
core.svn_io_remove_dir(wc_path)
def tearDown(self):
wc.adm_close(self.wc)
core.svn_io_remove_dir(self.path)
def tearDown(self):
wc.adm_close(self.wc)
core.svn_io_remove_dir(self.path)
def tearDown(self):
wc.adm_close(self.wc)
self.fs = None
self.repos = None
self.temper.cleanup()
def tearDown(self):
wc.adm_close(self.wc)
self.fs = None
self.repos = None
self.temper.cleanup()
