def test_02_helper_command_and_some_simple_paths(self):
repo = self.create_repo()
conf = repo.conf
pattern = '\.txt$'
dot()
conf.set_max_file_size_exclusion_regex(pattern)
dot()
evnadmin = repo.evnadmin
verify = evnadmin.verify_path_matches_file_size_exclusion_regex
verify(repo.path, path='/trunk/foo.txt')
dot()
path = '/trunk/foo.csv'
error_fmt = "path '%s' does not match regex '%s'"
error = error_fmt % (path, pattern)
with ensure_fails(self, error):
verify(repo.path, path=path)
dot()
pattern = '\.(txt|csv)$'
conf.set_max_file_size_exclusion_regex(pattern)
verify(repo.path, path=path)
dot()
path = '/trunk/test.log'
error = error_fmt % (path, pattern)
with ensure_fails(self, error):
verify(repo.path, path=path)
def test_02_helper_command_and_some_simple_paths(self):
repo = self.create_repo()
conf = repo.conf
pattern = '\.txt$'
dot()
conf.set_max_file_size_exclusion_regex(pattern)
dot()
evnadmin = repo.evnadmin
verify = evnadmin.verify_path_matches_file_size_exclusion_regex
verify(repo.path, path='/trunk/foo.txt')
dot()
path = '/trunk/foo.csv'
error_fmt = "path '%s' does not match regex '%s'"
error = error_fmt % (path, pattern)
with ensure_fails(self, error):
verify(repo.path, path=path)
dot()
pattern = '\.(txt|csv)$'
conf.set_max_file_size_exclusion_regex(pattern)
verify(repo.path, path=path)
dot()
path = '/trunk/test.log'
error = error_fmt % (path, pattern)
with ensure_fails(self, error):
verify(repo.path, path=path)
def test_04_existing_file_modified_over_limit(self):
repo = self.create_repo()
conf = repo.conf
pattern = '\.txt$'
dot()
conf.set_max_file_size_exclusion_regex(pattern)
conf.set_max_file_size_in_bytes(1024)
svn = repo.svn
#evnadmin = repo.evnadmin
#evnadmin.enable_remote_debug(repo.path, hook='pre-commit')
dot()
tree = {'512-then-1025-bytes.txt': bulk_chargen(512)}
repo.build(tree, prefix='trunk')
with chdir(repo.wc):
dot()
svn.add('trunk/512-then-1025-bytes.txt')
svn.ci('trunk', m='Permitted...')
dot()
tree = {'512-then-1025-bytes.txt': bulk_chargen(1025)}
repo.build(tree, prefix='trunk')
with chdir(repo.wc):
dot()
svn.ci('trunk', m='Permitted...')
def test_04_existing_file_modified_over_limit(self):
repo = self.create_repo()
conf = repo.conf
pattern = '\.txt$'
dot()
conf.set_max_file_size_exclusion_regex(pattern)
conf.set_max_file_size_in_bytes(1024)
svn = repo.svn
#evnadmin = repo.evnadmin
#evnadmin.enable_remote_debug(repo.path, hook='pre-commit')
dot()
tree = { '512-then-1025-bytes.txt': bulk_chargen(512) }
repo.build(tree, prefix='trunk')
with chdir(repo.wc):
dot()
svn.add('trunk/512-then-1025-bytes.txt')
svn.ci('trunk', m='Permitted...')
dot()
tree = { '512-then-1025-bytes.txt': bulk_chargen(1025) }
repo.build(tree, prefix='trunk')
with chdir(repo.wc):
dot()
svn.ci('trunk', m='Permitted...')
def test_01_under_then_over(self):
repo = self.create_repo()
conf = repo.conf
dot()
conf.set_max_file_size_in_bytes(1024)
svn = repo.svn
#evnadmin = repo.evnadmin
#evnadmin.enable_remote_debug(repo.path, hook='pre-commit')
dot()
tree = {'512-then-1025-bytes.txt': bulk_chargen(512)}
repo.build(tree, prefix='trunk')
with chdir(repo.wc):
dot()
svn.add('trunk/512-then-1025-bytes.txt')
svn.ci('trunk', m='Permitted...')
dot()
tree = {'512-then-1025-bytes.txt': bulk_chargen(1025)}
repo.build(tree, prefix='trunk')
error = format_file_exceeds_max_size_error(1025, 1024)
with chdir(repo.wc):
dot()
with ensure_blocked(self, error):
svn.ci('trunk', m='At limit')
def test_04_rm_standard_layout(self):
"""
Given:
/trunk/
/tags/
/branches/
Make sure we can't rmdir any of the paths.
"""
repo = self.create_repo()
svn = repo.svn
expected = conf.standard_layout
raw = svn.ls(repo.uri)
actual = frozenset(format_dir(l) for l in raw.splitlines())
self.assertEqual(expected, actual)
dot()
error = e.TopLevelRepoDirectoryRemoved
paths = [p.replace('/', '') for p in conf.standard_layout]
with chdir(repo.wc):
for path in paths:
dot()
svn.rm(path)
with ensure_blocked(self, error):
svn.ci(path)
def test_01_under_then_over(self):
repo = self.create_repo()
conf = repo.conf
dot()
conf.set_max_file_size_in_bytes(1024)
svn = repo.svn
#evnadmin = repo.evnadmin
#evnadmin.enable_remote_debug(repo.path, hook='pre-commit')
dot()
tree = { '512-then-1025-bytes.txt': bulk_chargen(512) }
repo.build(tree, prefix='trunk')
with chdir(repo.wc):
dot()
svn.add('trunk/512-then-1025-bytes.txt')
svn.ci('trunk', m='Permitted...')
dot()
tree = { '512-then-1025-bytes.txt': bulk_chargen(1025) }
repo.build(tree, prefix='trunk')
error = format_file_exceeds_max_size_error(1025, 1024)
with chdir(repo.wc):
dot()
with ensure_blocked(self, error):
svn.ci('trunk', m='At limit')
def test_04_rm_standard_layout(self):
"""
Given:
/trunk/
/tags/
/branches/
Make sure we can't rmdir any of the paths.
"""
repo = self.create_repo()
svn = repo.svn
expected = conf.standard_layout
raw = svn.ls(repo.uri)
actual = frozenset(format_dir(l) for l in raw.splitlines())
self.assertEqual(expected, actual)
dot()
error = e.TopLevelRepoDirectoryRemoved
paths = [ p.replace('/', '') for p in conf.standard_layout ]
with chdir(repo.wc):
for path in paths:
dot()
svn.rm(path)
with ensure_blocked(self, error):
svn.ci(path)
def test_01(self):
repo = self.create_repo()
svn = repo.svn
evnadmin = repo.evnadmin
# Disable so we can mkdir ^/other
dot()
evnadmin.disable(repo.path)
svn.mkdir(repo.ra('/other/'), m='Creating other directory')
evnadmin.add_root_exclusion(
repo.name,
root_exclusion='/[abcdo]{1,1}the.*',
)
dot()
evnadmin.enable(repo.path)
svn.cp(repo.ra('/trunk/'), repo.ra('/branches/1.x/'), m='Branching')
svn.cp(repo.ra('/branches/1.x/'), repo.ra('/tags/1.0/'), m='Tagging')
# Lazy (quick) test of roots.
dot()
expected_roots = set(('/trunk/', '/branches/1.x/', '/tags/1.0/'))
actual_roots = set(repo.roots.keys())
self.assertEqual(expected_roots, actual_roots)
# Add ourselves as a repo admin so that we can force through the next
# commit.
dot()
evnadmin.add_repo_admin(repo.name, username=svn.username)
expected = 'yes'
actual = evnadmin.is_repo_admin(repo.name, username=svn.username)
self.assertEqual(expected, actual)
dot()
with chdir(repo.wc):
svn.up()
svn.mv('trunk', 'other/foobar')
svn.mv('branches/1.x', 'other/1.x')
svn.mv('tags/1.0', 'other/1.0')
svn.ci(m='IGNORE ERRORS')
evn_props_r5_expected = {
'errors': {
'/other/1.0/': [
'tag renamed',
'known root path renamed to unknown path',
],
'/other/1.x/': [
'known root path renamed to unknown path',
'branch renamed to unknown',
],
'/other/foobar/': [
'known root path renamed to unknown path',
'trunk renamed to unknown path',
],
},
'roots': { }
}
self.assertEqual(repo.revprops_at(5)['evn'], evn_props_r5_expected)
def test_01(self):
repo = self.create_repo()
svn = repo.svn
evnadmin = repo.evnadmin
# Disable so we can mkdir ^/other
dot()
evnadmin.disable(repo.path)
svn.mkdir(repo.ra('/other/'), m='Creating other directory')
evnadmin.add_root_exclusion(
repo.name,
root_exclusion='/[abcdo]{1,1}the.*',
)
dot()
evnadmin.enable(repo.path)
svn.cp(repo.ra('/trunk/'), repo.ra('/branches/1.x/'), m='Branching')
svn.cp(repo.ra('/branches/1.x/'), repo.ra('/tags/1.0/'), m='Tagging')
# Lazy (quick) test of roots.
dot()
expected_roots = set(('/trunk/', '/branches/1.x/', '/tags/1.0/'))
actual_roots = set(repo.roots.keys())
self.assertEqual(expected_roots, actual_roots)
# Add ourselves as a repo admin so that we can force through the next
# commit.
dot()
evnadmin.add_repo_admin(repo.name, username=svn.username)
expected = 'yes'
actual = evnadmin.is_repo_admin(repo.name, username=svn.username)
self.assertEqual(expected, actual)
dot()
with chdir(repo.wc):
svn.up()
svn.mv('trunk', 'other/foobar')
svn.mv('branches/1.x', 'other/1.x')
svn.mv('tags/1.0', 'other/1.0')
svn.ci(m='IGNORE ERRORS')
evn_props_r5_expected = {
'errors': {
'/other/1.0/': [
'tag renamed',
'known root path renamed to unknown path',
],
'/other/1.x/': [
'known root path renamed to unknown path',
'branch renamed to unknown',
],
'/other/foobar/': [
'known root path renamed to unknown path',
'trunk renamed to unknown path',
],
},
'roots': {}
}
self.assertEqual(repo.revprops_at(5)['evn'], evn_props_r5_expected)
def test_02_ra_when_enabled(self):
repo = self.create_repo(checkout=False)
conf = repo.conf
svn = repo.svn
dot()
error = KnownRootPathCopiedToKnownRootSubtreePath
with ensure_blocked(self, error):
svn.copy(repo.ra('trunk'), repo.ra('trunk/foo'), m='Copy')
def test_02_ra_when_enabled(self):
repo = self.create_repo(checkout=False)
conf = repo.conf
svn = repo.svn
dot()
error = KnownRootPathCopiedToKnownRootSubtreePath
with ensure_blocked(self, error):
svn.copy(repo.ra('trunk'), repo.ra('trunk/foo'), m='Copy')
def test_01_conf_setting(self):
repo = self.create_repo()
conf = repo.conf
pattern = '\.txt$'
dot()
conf.set_max_file_size_exclusion_regex(pattern)
actual = conf.get('main', 'max-file-size-exclusion-regex')
self.assertEqual(pattern, actual)
def test_01_conf_setting(self):
repo = self.create_repo()
conf = repo.conf
pattern = '\.txt$'
dot()
conf.set_max_file_size_exclusion_regex(pattern)
actual = conf.get('main', 'max-file-size-exclusion-regex')
self.assertEqual(pattern, actual)
def test_01_conf_setting(self):
repo = self.create_repo()
conf = repo.conf
pattern = '\.(dll|exe|jar)$'
dot()
conf.set_blocked_file_extensions_regex(pattern)
actual = conf.get('main', 'blocked-file-extensions-regex')
self.assertEqual(pattern, actual)
def test_01_conf_setting(self):
repo = self.create_repo()
conf = repo.conf
pattern = '\.(dll|exe|jar)$'
dot()
conf.set_blocked_file_extensions_regex(pattern)
actual = conf.get('main', 'blocked-file-extensions-regex')
self.assertEqual(pattern, actual)
def test_02_evn_enabled(self):
repo = self.create_repo()
svn = repo.svn
evnadmin = repo.evnadmin
# Make sure the roots on r1 are as we expect.
dot()
roots_r1_expected = {
'/trunk/': {
'copies': {},
'created': 1,
'creation_method': 'created',
}
}
self.assertEqual(repo.roots, roots_r1_expected)
# Copy the path.
dot()
svn.copy(repo.ra('trunk'), repo.ra('tags/1.0'), m='Copy')
# Try copy it again; ensure it's blocked.
dot()
error = KnownRootPathCopiedToKnownRootSubtreePath
with ensure_blocked(self, error):
svn.copy(repo.ra('trunk'), repo.ra('tags/1.0'), m='Copy again')
# Check roots.
dot()
roots_r1_expected = {
'/trunk/': {
'copies': {
1: [('/tags/1.0/', 2)]
},
'created': 1,
'creation_method': 'created',
}
}
self.assertEqual(repo.roots_at(1), roots_r1_expected)
dot()
roots_r2_expected = {
'/tags/1.0/': {
'copied_from': ('/trunk/', 1),
'copies': {},
'created': 2,
'creation_method': 'copied',
'errors': [],
},
'/trunk/': {
'created': 1
},
}
roots_r2 = repo.roots_at(2)
self.assertEqual(roots_r2, roots_r2_expected)
def test_02_ra(self):
repo = self.create_repo(checkout=False)
svn = repo.svn
dot()
svn.copy(repo.ra('trunk'), repo.ra('tags/1.0'), m='Tagging 1.0')
error = KnownRootPathCopiedToKnownRootSubtreePath
dot()
with ensure_blocked(self, error):
svn.copy(repo.ra('trunk'), repo.ra('tags/1.0'), m='Tagging 1.0')
def test_02_ra(self):
repo = self.create_repo(checkout=False)
svn = repo.svn
dot()
svn.copy(repo.ra('trunk'), repo.ra('tags/1.0'), m='Tagging 1.0')
error = KnownRootPathCopiedToKnownRootSubtreePath
dot()
with ensure_blocked(self, error):
svn.copy(repo.ra('trunk'), repo.ra('tags/1.0'), m='Tagging 1.0')
def test_02_evn_enabled(self):
repo = self.create_repo()
svn = repo.svn
evnadmin = repo.evnadmin
# Make sure the roots on r1 are as we expect.
dot()
roots_r1_expected = {
'/trunk/': {
'copies': {},
'created': 1,
'creation_method': 'created',
}
}
self.assertEqual(repo.roots, roots_r1_expected)
# Copy the path.
dot()
svn.copy(repo.ra('trunk'), repo.ra('tags/1.0'), m='Copy')
# Try copy it again; ensure it's blocked.
dot()
error = KnownRootPathCopiedToKnownRootSubtreePath
with ensure_blocked(self, error):
svn.copy(repo.ra('trunk'), repo.ra('tags/1.0'), m='Copy again')
# Check roots.
dot()
roots_r1_expected = {
'/trunk/': {
'copies': {
1: [('/tags/1.0/', 2)]
},
'created': 1,
'creation_method': 'created',
}
}
self.assertEqual(repo.roots_at(1), roots_r1_expected)
dot()
roots_r2_expected = {
'/tags/1.0/': {
'copied_from': ('/trunk/', 1),
'copies': {},
'created': 2,
'creation_method': 'copied',
'errors': [],
},
'/trunk/': { 'created': 1 },
}
roots_r2 = repo.roots_at(2)
self.assertEqual(roots_r2, roots_r2_expected)
def test_01_wc_when_enabled(self):
# This appears to be blocked by svn.exe with an error message along
# the lines of:
# Cannot copy path '/trunk' into its own child '/trunk/foo'
repo = self.create_repo()
conf = repo.conf
svn = repo.svn
error = 'Cannot copy path'
dot()
with chdir(repo.wc):
with ensure_blocked(self, error):
svn.copy('trunk', 'trunk/foo')
svn.ci('trunk', m='Copy trunk')
def make_std_layout(repo, components=None):
conf = repo.conf
svn = repo.svn
if not components:
components = ('foo', 'bar')
paths = [p.replace('/', '') for p in conf.standard_layout]
with chdir(repo.wc):
for component in components:
svn.mkdir(component)
for path in paths:
dot()
target = '/'.join((component, path))
svn.mkdir(target)
svn.ci(component)
def make_std_layout(repo, components=None):
conf = repo.conf
svn = repo.svn
if not components:
components = ('foo', 'bar')
paths = [ p.replace('/', '') for p in conf.standard_layout ]
with chdir(repo.wc):
for component in components:
svn.mkdir(component)
for path in paths:
dot()
target = '/'.join((component, path))
svn.mkdir(target)
svn.ci(component)
def test_01_wc_when_enabled(self):
# This appears to be blocked by svn.exe with an error message along
# the lines of:
# Cannot copy path '/trunk' into its own child '/trunk/foo'
repo = self.create_repo()
conf = repo.conf
svn = repo.svn
error = 'Cannot copy path'
dot()
with chdir(repo.wc):
with ensure_blocked(self, error):
svn.copy('trunk', 'trunk/foo')
svn.ci('trunk', m='Copy trunk')
def test_01_wc(self):
repo = self.create_repo()
conf = repo.conf
svn = repo.svn
dot()
with chdir(repo.wc):
svn.copy('trunk', 'tags/1.0')
svn.ci('tags', m='Tag trunk')
error = 'known root path copied to known root subtree path'
with chdir(repo.wc):
with ensure_blocked(self, error):
svn.copy('trunk', 'tags/1.0')
svn.ci('tags/1.0', m='Incorrect copy')
def test_01_wc(self):
repo = self.create_repo()
conf = repo.conf
svn = repo.svn
dot()
with chdir(repo.wc):
svn.copy('trunk', 'tags/1.0')
svn.ci('tags', m='Tag trunk')
error = 'known root path copied to known root subtree path'
with chdir(repo.wc):
with ensure_blocked(self, error):
svn.copy('trunk', 'tags/1.0')
svn.ci('tags/1.0', m='Incorrect copy')
def test_03_component_standard_layout_allowed(self):
"""
Ensure top-level standard layout directories can be created if they're
housed under a component.
"""
repo = self.create_repo(multi=True)
svn = repo.svn
paths = [p.replace('/', '') for p in conf.standard_layout]
with chdir(repo.wc):
for component in ('foo', 'bar'):
svn.mkdir(component)
for path in paths:
dot()
target = '/'.join((component, path))
svn.mkdir(target)
svn.ci(component)
def test_03_no_svnmucc__commit_together(self):
"""
Create an empty repo via `evnadmin create --no-svnmucc`, then issue
three mkdirs followed by a single commit for:
/trunk/
/tags/
/branches/
"""
repo = self.create_repo(no_svnmucc=True)
svn = repo.svn
with chdir(repo.wc):
for d in conf.standard_layout:
# Lop-off the leading '/'.
svn.mkdir(d[1:])
svn.ci()
dot()
def test_03_no_svnmucc__commit_together(self):
"""
Create an empty repo via `evnadmin create --no-svnmucc`, then issue
three mkdirs followed by a single commit for:
/trunk/
/tags/
/branches/
"""
repo = self.create_repo(no_svnmucc=True)
svn = repo.svn
with chdir(repo.wc):
for d in conf.standard_layout:
# Lop-off the leading '/'.
svn.mkdir(d[1:])
svn.ci()
dot()
def test_03_component_standard_layout_allowed(self):
"""
Ensure top-level standard layout directories can be created if they're
housed under a component.
"""
repo = self.create_repo(multi=True)
svn = repo.svn
paths = [ p.replace('/', '') for p in conf.standard_layout ]
with chdir(repo.wc):
for component in ('foo', 'bar'):
svn.mkdir(component)
for path in paths:
dot()
target = '/'.join((component, path))
svn.mkdir(target)
svn.ci(component)
def test_02_standard_layout_blocked(self):
"""
Ensure top-level standard layout directories can't be created.
"""
repo = self.create_repo(multi=True)
svn = repo.svn
actual = svn.ls(repo.uri)
self.assertEqual('', actual)
error = e.StandardLayoutTopLevelDirectoryCreatedInMultiComponentRepo
paths = [p.replace('/', '') for p in conf.standard_layout]
with chdir(repo.wc):
for path in paths:
dot()
svn.mkdir(path)
with ensure_blocked(self, error):
svn.ci(path)
def test_02_standard_layout_blocked(self):
"""
Ensure top-level standard layout directories can't be created.
"""
repo = self.create_repo(multi=True)
svn = repo.svn
actual = svn.ls(repo.uri)
self.assertEqual('', actual)
error = e.StandardLayoutTopLevelDirectoryCreatedInMultiComponentRepo
paths = [ p.replace('/', '') for p in conf.standard_layout ]
with chdir(repo.wc):
for path in paths:
dot()
svn.mkdir(path)
with ensure_blocked(self, error):
svn.ci(path)
def test_04_block_two_deep_non_standard_dirs(self):
"""
Prevent any two-level deep directories from being created if they're
not a standard directory.
"""
repo = self.create_repo(multi=True)
svn = repo.svn
error = e.InvalidTopLevelRepoComponentDirectoryCreated
paths = [p.replace('/', '') for p in conf.standard_layout]
with chdir(repo.wc):
dot()
svn.mkdir('foo')
svn.ci()
dot()
svn.mkdir('foo/bar')
with ensure_blocked(self, error):
svn.ci()
def test_04_verify(self):
repo = self.create_repo()
evnadmin = repo.evnadmin
verify = evnadmin.verify_path_matches_blocked_file_extensions_regex
dot()
verify(repo.path, path='/trunk/foo.dll')
dot()
verify(repo.path, path='FOO.DLL')
dot()
verify(repo.path, path='tomcat.exe')
dot()
verify(repo.path, path='hornet.jAr')
dot()
verify(repo.path, path='/abcd/efg/viper.EXE')
def test_04_verify(self):
repo = self.create_repo()
evnadmin = repo.evnadmin
verify = evnadmin.verify_path_matches_blocked_file_extensions_regex
dot()
verify(repo.path, path='/trunk/foo.dll')
dot()
verify(repo.path, path='FOO.DLL')
dot()
verify(repo.path, path='tomcat.exe')
dot()
verify(repo.path, path='hornet.jAr')
dot()
verify(repo.path, path='/abcd/efg/viper.EXE')
def test_04_block_two_deep_non_standard_dirs(self):
"""
Prevent any two-level deep directories from being created if they're
not a standard directory.
"""
repo = self.create_repo(multi=True)
svn = repo.svn
error = e.InvalidTopLevelRepoComponentDirectoryCreated
paths = [ p.replace('/', '') for p in conf.standard_layout ]
with chdir(repo.wc):
dot()
svn.mkdir('foo')
svn.ci()
dot()
svn.mkdir('foo/bar')
with ensure_blocked(self, error):
svn.ci()
def test_02_add_new(self):
repo = self.create_repo()
conf = repo.conf
svn = repo.svn
#evnadmin = repo.evnadmin
#evnadmin.enable_remote_debug(repo.path, hook='pre-commit')
dot()
tree = {
'test.dll': bulk_chargen(100),
}
repo.build(tree, prefix='trunk')
error = e.BlockedFileExtension
with chdir(repo.wc):
dot()
svn.add('trunk/test.dll')
with ensure_blocked(self, error):
svn.ci('trunk/test.dll', m='Adding test.dll...')
def test_02_add_new(self):
repo = self.create_repo()
conf = repo.conf
svn = repo.svn
#evnadmin = repo.evnadmin
#evnadmin.enable_remote_debug(repo.path, hook='pre-commit')
dot()
tree = {
'test.dll': bulk_chargen(100),
}
repo.build(tree, prefix='trunk')
error = e.BlockedFileExtension
with chdir(repo.wc):
dot()
svn.add('trunk/test.dll')
with ensure_blocked(self, error):
svn.ci('trunk/test.dll', m='Adding test.dll...')
def test_02_no_svnmucc__commit_individually(self):
"""
Create an empty repo via `evnadmin create --no-svnmucc`, then issue
three individual mkdirs then commits for:
/trunk/
/tags/
/branches/
"""
repo = self.create_repo(no_svnmucc=True)
svn = repo.svn
actual = svn.ls(repo.uri)
self.assertEqual('', actual)
dot()
for d in conf.standard_layout:
with chdir(repo.wc):
# Lop-off the leading '/'.
svn.mkdir(d[1:])
svn.ci()
dot()
def test_02_no_svnmucc__commit_individually(self):
"""
Create an empty repo via `evnadmin create --no-svnmucc`, then issue
three individual mkdirs then commits for:
/trunk/
/tags/
/branches/
"""
repo = self.create_repo(no_svnmucc=True)
svn = repo.svn
actual = svn.ls(repo.uri)
self.assertEqual('', actual)
dot()
for d in conf.standard_layout:
with chdir(repo.wc):
# Lop-off the leading '/'.
svn.mkdir(d[1:])
svn.ci()
dot()
def test_01_over_limit(self):
repo = self.create_repo()
conf = repo.conf
conf.set_max_file_size_in_bytes(1024)
svn = repo.svn
#evnadmin = repo.evnadmin
#evnadmin.enable_remote_debug(repo.path, hook='pre-commit')
dot()
over = 1025
tree = { 'over.txt': bulk_chargen(over) }
repo.build(tree, prefix='trunk')
error = format_file_exceeds_max_size_error(over, 1024)
with chdir(repo.wc):
dot()
svn.add('trunk/over.txt')
with ensure_blocked(self, error):
svn.ci('trunk', m='Over limit')
def test_01_over_limit(self):
repo = self.create_repo()
conf = repo.conf
conf.set_max_file_size_in_bytes(1024)
svn = repo.svn
#evnadmin = repo.evnadmin
#evnadmin.enable_remote_debug(repo.path, hook='pre-commit')
dot()
over = 1025
tree = {'over.txt': bulk_chargen(over)}
repo.build(tree, prefix='trunk')
error = format_file_exceeds_max_size_error(over, 1024)
with chdir(repo.wc):
dot()
svn.add('trunk/over.txt')
with ensure_blocked(self, error):
svn.ci('trunk', m='Over limit')
def test_01_tag_and_branch_creation_detection(self):
repo = self.create_repo()
conf = repo.conf
conf.set_custom_hook_classname(self.classname)
svn = repo.svn
#evnadmin = repo.evnadmin
#evnadmin.enable_remote_debug(repo.path, hook='pre-commit')
error = 'is_branch_create: /branches/1.x/'
with chdir(repo.wc):
svn.cp('trunk', 'branches/1.x')
with ensure_blocked(self, error):
svn.ci('branches/1.x', m='Branching...')
dot()
error = 'is_tag_create: /tags/1.1/'
with chdir(repo.wc):
svn.cp('trunk', 'tags/1.1')
with ensure_blocked(self, error):
svn.ci('tags/1.1', m='Tagging...')
def test_01_basic(self):
"""
Given:
/trunk/
/tags/
/branches/
Make sure we can't create:
/bar/
"""
repo = self.create_repo()
svn = repo.svn
expected = conf.standard_layout
raw = svn.ls(repo.uri)
actual = frozenset(format_dir(l) for l in raw.splitlines())
self.assertEqual(expected, actual)
dot()
expected = e.InvalidTopLevelRepoDirectoryCreated
with chdir(repo.wc):
svn.mkdir('bar')
with ensure_blocked(self, expected):
svn.ci()
dot()
def test_01_basic(self):
"""
Given:
/trunk/
/tags/
/branches/
Make sure we can't create:
/bar/
"""
repo = self.create_repo()
svn = repo.svn
expected = conf.standard_layout
raw = svn.ls(repo.uri)
actual = frozenset(format_dir(l) for l in raw.splitlines())
self.assertEqual(expected, actual)
dot()
expected = e.InvalidTopLevelRepoDirectoryCreated
with chdir(repo.wc):
svn.mkdir('bar')
with ensure_blocked(self, expected):
svn.ci()
dot()
def test_05_block_n_deep_non_standard_dirs(self):
"""
Prevent any > two-level deep directories from being created if they're
not a standard directory.
"""
repo = self.create_repo(multi=True)
svn = repo.svn
error = e.InvalidTopLevelRepoComponentDirectoryCreated
paths = [p.replace('/', '') for p in conf.standard_layout]
with chdir(repo.wc):
dot()
svn.mkdir('foo')
svn.ci()
dot()
svn.mkdir('foo/bar')
svn.mkdir('foo/bar/tmp')
with ensure_blocked(self, error):
svn.ci()
dot()
svn.mkdir('viper')
svn.mkdir('viper/eagle')
svn.mkdir('viper/eagle/tomcat')
with ensure_blocked(self, error):
svn.ci('viper')
dot()
svn.mkdir('fulcrum')
svn.mkdir('fulcrum/flanker')
svn.mkdir('fulcrum/flanker/foxbat')
svn.mkdir('fulcrum/flanker/foxbat/tags')
svn.mkdir('fulcrum/flanker/foxbat/trunk')
svn.mkdir('fulcrum/flanker/foxbat/branches')
with ensure_blocked(self, error):
svn.ci('fulcrum')
def test_05_block_n_deep_non_standard_dirs(self):
"""
Prevent any > two-level deep directories from being created if they're
not a standard directory.
"""
repo = self.create_repo(multi=True)
svn = repo.svn
error = e.InvalidTopLevelRepoComponentDirectoryCreated
paths = [ p.replace('/', '') for p in conf.standard_layout ]
with chdir(repo.wc):
dot()
svn.mkdir('foo')
svn.ci()
dot()
svn.mkdir('foo/bar')
svn.mkdir('foo/bar/tmp')
with ensure_blocked(self, error):
svn.ci()
dot()
svn.mkdir('viper')
svn.mkdir('viper/eagle')
svn.mkdir('viper/eagle/tomcat')
with ensure_blocked(self, error):
svn.ci('viper')
dot()
svn.mkdir('fulcrum')
svn.mkdir('fulcrum/flanker')
svn.mkdir('fulcrum/flanker/foxbat')
svn.mkdir('fulcrum/flanker/foxbat/tags')
svn.mkdir('fulcrum/flanker/foxbat/trunk')
svn.mkdir('fulcrum/flanker/foxbat/branches')
with ensure_blocked(self, error):
svn.ci('fulcrum')
def test_01_basic(self):
"""
Make sure trunk can't be re-copied within a branch.
Reported by: @jamieechlin
"""
repo = self.create_repo()
svn = repo.svn
evnadmin = repo.evnadmin
dot()
roots_r1 = {
'/trunk/': {
'copies': {},
'created': 1,
'creation_method': 'created',
}
}
self.assertEqual(roots_r1, repo.roots)
dot()
with chdir(repo.wc):
svn.cp('trunk', 'branches/1.x')
svn.ci(m='Branching 1.x.')
roots_r2 = {
'/trunk/': { 'created': 1 },
'/branches/1.x/': {
'copied_from': ('/trunk/', 1),
'copies': {},
'created': 2,
'creation_method': 'copied',
'errors': []
},
}
self.assertEqual(roots_r2, repo.roots)
dot()
error = 'known root path copied to known root subtree path'
with chdir(repo.wc):
svn.cp('trunk', 'branches/1.x')
with ensure_blocked(self, error):
svn.ci('branches/1.x', m='Copying trunk to branches/1.x.')
def test_02_non_exempt(self):
repo = self.create_repo()
conf = repo.conf
conf.set('main', 'exempt-symlinks-from-blocked-file-extensions', '0')
conf.save()
svn = repo.svn
dot()
self.assertFalse(conf.exempt_symlinks_from_blocked_file_extensions)
dot()
tree = { 'target': bulk_chargen(100) }
repo.build(tree, prefix='trunk')
trunk = join_path(repo.wc, 'trunk')
error = e.BlockedFileExtension
with chdir(trunk):
dot()
os.symlink('target', 'target.so')
svn.add('target.so')
with ensure_blocked(self, error):
svn.ci('target.so', m='Adding symlink.')
def test_02_non_exempt(self):
repo = self.create_repo()
conf = repo.conf
conf.set('main', 'exempt-symlinks-from-blocked-file-extensions', '0')
conf.save()
svn = repo.svn
dot()
self.assertFalse(conf.exempt_symlinks_from_blocked_file_extensions)
dot()
tree = {'target': bulk_chargen(100)}
repo.build(tree, prefix='trunk')
trunk = join_path(repo.wc, 'trunk')
error = e.BlockedFileExtension
with chdir(trunk):
dot()
os.symlink('target', 'target.so')
svn.add('target.so')
with ensure_blocked(self, error):
svn.ci('target.so', m='Adding symlink.')
def test_01_under_limit(self):
repo = self.create_repo()
conf = repo.conf
conf.set_max_file_size_in_bytes(1024)
svn = repo.svn
#evnadmin = repo.evnadmin
#evnadmin.enable_remote_debug(repo.path, hook='pre-commit')
dot()
tree = {
'1000-bytes.txt': bulk_chargen(1000),
'1023-bytes.txt': bulk_chargen(1023),
}
repo.build(tree, prefix='trunk')
with chdir(repo.wc):
dot()
svn.add('trunk/1000-bytes.txt')
dot()
svn.add('trunk/1023-bytes.txt')
svn.ci('trunk', m='Adding files under limit...')
def test_01_under_limit(self):
repo = self.create_repo()
conf = repo.conf
conf.set_max_file_size_in_bytes(1024)
svn = repo.svn
#evnadmin = repo.evnadmin
#evnadmin.enable_remote_debug(repo.path, hook='pre-commit')
dot()
tree = {
'1000-bytes.txt': bulk_chargen(1000),
'1023-bytes.txt': bulk_chargen(1023),
}
repo.build(tree, prefix='trunk')
with chdir(repo.wc):
dot()
svn.add('trunk/1000-bytes.txt')
dot()
svn.add('trunk/1023-bytes.txt')
svn.ci('trunk', m='Adding files under limit...')
def test_01(self):
repo = self.create_repo()
svn = repo.svn
evnadmin = repo.evnadmin
# Disable so we can mkdir ^/other
dot()
evnadmin.disable(repo.path)
svn.mkdir(repo.ra("/other/"), m="Creating other directory")
dot()
evnadmin.enable(repo.path)
svn.cp(repo.ra("/trunk/"), repo.ra("/branches/1.x/"), m="Branching")
svn.cp(repo.ra("/branches/1.x/"), repo.ra("/tags/1.0/"), m="Tagging")
svn.cp(repo.ra("/branches/1.x/"), repo.ra("/tags/1.1/"), m="Tagging")
svn.cp(repo.ra("/branches/1.x/"), repo.ra("/tags/1.2/"), m="Tagging")
# Lazy (quick) test of roots.
dot()
expected_roots = set(("/trunk/", "/branches/1.x/", "/tags/1.0/", "/tags/1.1/", "/tags/1.2/"))
actual_roots = set(repo.roots.keys())
self.assertEqual(expected_roots, actual_roots)
is_repo_admin = lambda u: evnadmin.is_repo_admin(repo.name, u=u)
add_repo_admin = lambda u: evnadmin.add_repo_admin(repo.name, u=u)
show_repo_admins = lambda: evnadmin.show_repo_admins(repo.name)
remove_repo_admin = lambda u: evnadmin.remove_repo_admin(repo.name, u=u)
dot()
username = svn.username
self.assertEqual(is_repo_admin(username), "no")
self.assertEqual(is_repo_admin("laskdjflsdkjf"), "no")
dot()
error = e.TagCopied
with ensure_blocked(self, error):
svn.cp(repo.ra("/tags/1.0/"), repo.ra("/other/1.0/"), m="Tagging")
dot()
error = "commits with errors can only be forced through by"
with ensure_blocked(self, error):
svn.cp(repo.ra("/tags/1.0/"), repo.ra("/other/1.0/"), m="IGNORE ERRORS")
# dot()
# error = e.TagCopied
# with ensure_blocked(self, error):
# svn.cp(repo.ra('/tags/1.0/'), repo.ra('/other/1.0/'),
# m=EVN_ERROR_CONFIRMATIONS[e.TagCopied])
dot()
add_repo_admin(username)
self.assertEqual(is_repo_admin(username), "yes")
# Make sure we're still blocked if we're an admin but we haven't
# explicitly included IGNORE ERRORS.
dot()
error = e.TagCopied
with ensure_blocked(self, error):
svn.cp(repo.ra("/tags/1.0/"), repo.ra("/other/1.0/"), m="Tagging")
dot()
error = e.TagCopied
svn.cp(repo.ra("/tags/1.0/"), repo.ra("/other/1.0/"), m="IGNORE ERRORS")
# dot()
# error = e.TagRemoved
# svn.rm(repo.ra('/tags/1.1/'), m=EVN_ERROR_CONFIRMATIONS[error])
with chdir(repo.wc):
svn.up()
svn.cp("tags/1.2", "other/1.2")
svn.cp("trunk", "other/foobar")
svn.cp("branches/1.x", "other/1.x")
svn.ci(m="IGNORE ERRORS")
def test_02_set_repo_readonly(self):
repo = self.create_repo()
svn = repo.svn
evnadmin = repo.evnadmin
is_repo_readonly = evnadmin.is_repo_readonly
set_repo_readonly = evnadmin.set_repo_readonly
unset_repo_readonly = evnadmin.unset_repo_readonly
dot()
expected = "no"
actual = is_repo_readonly(repo.path)
self.assertEqual(expected, actual)
tree = {"test1.txt": bulk_chargen(100)}
repo.build(tree, prefix="trunk")
dot()
with chdir(repo.wc):
dot()
svn.add("trunk/test1.txt")
dot()
svn.ci("trunk", m="Adding test1.txt")
dot()
set_repo_readonly(repo.path)
dot()
expected = "yes"
actual = is_repo_readonly(repo.path)
self.assertEqual(expected, actual)
dot()
tree = {"test2.txt": bulk_chargen(200)}
repo.build(tree, prefix="trunk")
error = "This repository cannot be committed to at the present time"
with ensure_blocked(self, error):
with chdir(repo.wc):
dot()
svn.add("trunk/test2.txt")
dot()
svn.ci("trunk", m="Adding test2.txt")
dot()
unset_repo_readonly(repo.path)
dot()
expected = "no"
actual = is_repo_readonly(repo.path)
self.assertEqual(expected, actual)
dot()
with chdir(repo.wc):
dot()
dot()
svn.ci("trunk", m="Adding test2.txt")
def test_01(self):
"""
Create a single-component repo, then convert to multi-component.
"""
repo = self.create_repo()
svn = repo.svn
name = repo.name
evnadmin = repo.evnadmin
expected = conf.standard_layout
raw = svn.ls(repo.uri)
actual = frozenset(format_dir(l) for l in raw.splitlines())
self.assertEqual(expected, actual)
dot()
self.assertEqual(0, repo.component_depth)
dot()
roots = {
'/trunk/': {
'copies': {},
'created': 1,
'creation_method': 'created',
}
}
self.assertEqual(roots, repo.roots)
dot()
with chdir(repo.wc):
svn.cp('trunk', 'branches/1.x')
svn.ci(m='Branching 1.x.')
dot()
with chdir(repo.wc):
svn.cp('branches/1.x', 'tags/1.1')
svn.ci(m='Tagging 1.1.')
dot()
error = 'root ancestor path renamed to unknown path'
with chdir(repo.wc):
svn.up()
svn.mkdir('foo')
svn.mv('tags', 'foo')
svn.mv('trunk', 'foo')
svn.mv('branches', 'foo')
with ensure_blocked(self, error):
svn.ci()
dot()
evnadmin.disable(name)
with chdir(repo.wc):
svn.ci()
evnadmin.set_repo_component_depth(repo.name, multi=True)
evnadmin.enable(name)
roots = {
'/foo/branches/1.x/': {
'copies': {},
'created': 4,
'creation_method': 'renamed_indirectly',
'errors': ['root ancestor path renamed to unknown path'],
'renamed_from': ('/branches/1.x/', 3),
'renamed_indirectly_from': (
'/branches/',
'/foo/branches/',
),
},
'/foo/tags/1.1/': {
'copies': {},
'created': 4,
'creation_method': 'renamed_indirectly',
'errors': ['root ancestor path renamed to unknown path'],
'renamed_from': ('/tags/1.1/', 3),
'renamed_indirectly_from': (
'/tags/',
'/foo/tags/',
),
},
'/foo/trunk/': {
'copies': {},
'created': 4,
'creation_method': 'renamed',
'errors': [],
'renamed_from': ('/trunk/', 3)
}
}
self.assertEqual(roots, repo.roots)
def test_01(self):
repo = self.create_repo()
svn = repo.svn
evnadmin = repo.evnadmin
user1 = svn.username
user2 = "foobar"
assert user1 != user2
both = ",".join(sorted((user2, user1)))
is_repo_admin = lambda u: evnadmin.is_repo_admin(repo.name, u=u)
add_repo_admin = lambda u: evnadmin.add_repo_admin(repo.name, u=u)
show_repo_admins = lambda: evnadmin.show_repo_admins(repo.name)
remove_repo_admin = lambda u: evnadmin.remove_repo_admin(repo.name, u=u)
dot()
self.assertEqual(is_repo_admin(user1), "no")
self.assertEqual(is_repo_admin(user2), "no")
self.assertEqual(show_repo_admins(), "<none>")
dot()
add_repo_admin(user1)
self.assertEqual(is_repo_admin(user1), "yes")
self.assertEqual(is_repo_admin(user2), "no")
self.assertEqual(show_repo_admins(), user1)
# Trying to re-add will be ignored.
dot()
add_repo_admin(user1)
self.assertEqual(is_repo_admin(user1), "yes")
self.assertEqual(is_repo_admin(user2), "no")
self.assertEqual(show_repo_admins(), user1)
# Try to remove non-existent.
dot()
remove_repo_admin(user2)
self.assertEqual(is_repo_admin(user1), "yes")
self.assertEqual(is_repo_admin(user2), "no")
self.assertEqual(show_repo_admins(), user1)
# Remove first.
dot()
remove_repo_admin(user1)
self.assertEqual(is_repo_admin(user1), "no")
self.assertEqual(is_repo_admin(user2), "no")
self.assertEqual(show_repo_admins(), "<none>")
# Add one back.
dot()
add_repo_admin(user1)
self.assertEqual(is_repo_admin(user1), "yes")
self.assertEqual(is_repo_admin(user2), "no")
self.assertEqual(show_repo_admins(), user1)
# Add second.
add_repo_admin(user2)
self.assertEqual(is_repo_admin(user1), "yes")
self.assertEqual(is_repo_admin(user2), "yes")
self.assertEqual(show_repo_admins(), both)
# Add second again (no-op).
dot()
add_repo_admin(user2)
self.assertEqual(is_repo_admin(user1), "yes")
self.assertEqual(is_repo_admin(user2), "yes")
self.assertEqual(show_repo_admins(), both)
# Remove second.
dot()
remove_repo_admin(user2)
self.assertEqual(is_repo_admin(user1), "yes")
self.assertEqual(is_repo_admin(user2), "no")
self.assertEqual(show_repo_admins(), user1)
# Remove second again.
dot()
remove_repo_admin(user2)
self.assertEqual(is_repo_admin(user1), "yes")
self.assertEqual(is_repo_admin(user2), "no")
self.assertEqual(show_repo_admins(), user1)
# Remove first.
dot()
remove_repo_admin(user1)
self.assertEqual(is_repo_admin(user1), "no")
self.assertEqual(is_repo_admin(user2), "no")
self.assertEqual(show_repo_admins(), "<none>")
# Re-start: add first, then second, then remove first.
dot()
add_repo_admin(user1)
self.assertEqual(is_repo_admin(user1), "yes")
self.assertEqual(is_repo_admin(user2), "no")
self.assertEqual(show_repo_admins(), user1)
# Add second.
dot()
add_repo_admin(user2)
self.assertEqual(is_repo_admin(user1), "yes")
self.assertEqual(is_repo_admin(user2), "yes")
self.assertEqual(show_repo_admins(), both)
# Remove first.
dot()
remove_repo_admin(user1)
self.assertEqual(is_repo_admin(user1), "no")
self.assertEqual(is_repo_admin(user2), "yes")
self.assertEqual(show_repo_admins(), user2)
# Remove first again.
dot()
remove_repo_admin(user1)
self.assertEqual(is_repo_admin(user1), "no")
self.assertEqual(is_repo_admin(user2), "yes")
self.assertEqual(show_repo_admins(), user2)
# Remove second.
dot()
remove_repo_admin(user2)
self.assertEqual(is_repo_admin(user1), "no")
self.assertEqual(is_repo_admin(user2), "no")
self.assertEqual(show_repo_admins(), "<none>")
# Add second then first, verify order is still as expected.
dot()
add_repo_admin(user2)
self.assertEqual(is_repo_admin(user1), "no")
self.assertEqual(is_repo_admin(user2), "yes")
self.assertEqual(show_repo_admins(), user2)
dot()
add_repo_admin(user1)
self.assertEqual(is_repo_admin(user1), "yes")
self.assertEqual(is_repo_admin(user2), "yes")
self.assertEqual(show_repo_admins(), both)
def test_01(self):
repo = self.create_repo()
svn = repo.svn
svnmucc = repo.svnmucc
evnadmin = repo.evnadmin
# Disable so we can mkdir ^/other
dot()
evnadmin.disable(repo.path)
with chdir(repo.wc):
svn.mkdir('other')
svn.mkdir('keep')
svn.ci()
dot()
evnadmin.enable(repo.path)
svn.cp(repo.ra('/trunk/'), repo.ra('/branches/1.x/'), m='Branching')
svn.cp(repo.ra('/branches/1.x/'), repo.ra('/tags/1.0/'), m='Tagging')
# Lazy (quick) test of roots.
dot()
expected_roots = set(('/trunk/', '/branches/1.x/', '/tags/1.0/'))
actual_roots = set(repo.roots.keys())
self.assertEqual(expected_roots, actual_roots)
# Add ourselves as a repo admin so that we can force through the next
# commit.
dot()
evnadmin.add_repo_admin(repo.name, username=svn.username)
expected = 'yes'
actual = evnadmin.is_repo_admin(repo.name, username=svn.username)
self.assertEqual(expected, actual)
dot()
with chdir(repo.wc):
svn.up()
svn.cp('trunk', 'other/foobar')
svn.cp('branches/1.x', 'other/1.x')
svn.cp('tags/1.0', 'other/1.0')
svn.ci(m='IGNORE ERRORS')
dot()
evnadmin.set_repo_component_depth(repo.name, component_depth='-1')
evnadmin.add_root_exclusion(
repo.name,
root_exclusion='/other/',
)
dot()
svnmucc.rm(
repo.ra('/other/'),
'cp', '5', repo.ra('/other/'), repo.ra('/other/'),
m='IGNORE ERRORS',
)
error = 'root ancestor path copied via replace to root ancestor path'
evn_props_r6_expected = {
'errors': {
'/other/': [ error, ]
},
'roots' : {
'/branches/1.x/': {'created': 3},
'/tags/1.0/': {'created': 4},
'/trunk/': {'created': 1},
}
}
self.assertEqual(repo.revprops_at(6)['evn'], evn_props_r6_expected)
evn_brprops_expected_after_r6 = {
'last_rev': 6,
'version': 1,
'root_exclusions': ['/other/'],
'root_ancestor_actions': {
'/other/': {
6: [
{
'action': 'replaced',
'num_roots_removed': 3,
},
{
'action': 'copied',
'copied_from': ('/other/', 5),
'num_origin_roots': 3,
'num_roots_created': 0,
},
],
},
},
}
self.assertEqual(
repo.revprops_at(0)['evn'],
evn_brprops_expected_after_r6,
)
def test_01(self):
repo = self.create_repo()
svn = repo.svn
evnadmin = repo.evnadmin
# Disable so we can mkdir ^/other
dot()
evnadmin.disable(repo.path)
with chdir(repo.wc):
svn.mkdir('other')
svn.mkdir('keep')
svn.ci()
dot()
evnadmin.enable(repo.path)
svn.cp(repo.ra('/trunk/'), repo.ra('/branches/1.x/'), m='Branching')
svn.cp(repo.ra('/branches/1.x/'), repo.ra('/tags/1.0/'), m='Tagging')
# Lazy (quick) test of roots.
dot()
expected_roots = set(('/trunk/', '/branches/1.x/', '/tags/1.0/'))
actual_roots = set(repo.roots.keys())
self.assertEqual(expected_roots, actual_roots)
# Add ourselves as a repo admin so that we can force through the next
# commit.
dot()
evnadmin.add_repo_admin(repo.name, username=svn.username)
expected = 'yes'
actual = evnadmin.is_repo_admin(repo.name, username=svn.username)
self.assertEqual(expected, actual)
dot()
with chdir(repo.wc):
svn.up()
svn.cp('trunk', 'other/foobar')
svn.cp('branches/1.x', 'other/1.x')
svn.cp('tags/1.0', 'other/1.0')
svn.ci(m='IGNORE ERRORS')
evn_props_r5_expected = {
'errors': {
'/other/1.0/': [
'tag copied',
'known root path copied to unknown path',
],
'/other/1.x/': [ 'known root path copied to unknown path' ],
'/other/foobar/': [ 'known root path copied to unknown path' ],
},
'roots': {
'/branches/1.x/': { 'created': 3 },
'/other/1.0/': {
'copied_from': ('/tags/1.0/', 4),
'copies': {},
'created': 5,
'creation_method': 'copied',
'errors': [
'tag copied',
'known root path copied to unknown path',
],
},
'/other/1.x/': {
'copied_from': ('/branches/1.x/', 4),
'copies': {},
'created': 5,
'creation_method': 'copied',
'errors': ['known root path copied to unknown path'],
},
'/other/foobar/': {
'copied_from': ('/trunk/', 4),
'copies': {},
'created': 5,
'creation_method': 'copied',
'errors': ['known root path copied to unknown path'],
},
'/tags/1.0/': { 'created': 4 },
'/trunk/': { 'created': 1 }
}
}
self.assertEqual(repo.revprops_at(5)['evn'], evn_props_r5_expected)
dot()
svn.mv(repo.ra('/other/'), repo.ra('/other.bak/'), m='IGNORE ERRORS')
evn_props_r6_expected = {
'errors': {
'/other.bak/': ['root ancestor path renamed to unknown path'],
},
'roots' : {
'/other.bak/1.0/': {
'renamed_indirectly_from': ('/other/', '/other.bak/'),
'renamed_from': ('/other/1.0/', 5),
'copies': {},
'created': 6,
'creation_method': 'renamed_indirectly',
'errors': ['root ancestor path renamed to unknown path'],
},
'/other.bak/1.x/': {
'renamed_indirectly_from': ('/other/', '/other.bak/'),
'renamed_from': ('/other/1.x/', 5),
'copies': {},
'created': 6,
'creation_method': 'renamed_indirectly',
'errors': ['root ancestor path renamed to unknown path'],
},
'/other.bak/foobar/': {
'renamed_indirectly_from': ('/other/', '/other.bak/'),
'renamed_from': ('/other/foobar/', 5),
'copies': {},
'created': 6,
'creation_method': 'renamed_indirectly',
'errors': ['root ancestor path renamed to unknown path'],
},
'/branches/1.x/': {'created': 3},
'/tags/1.0/': {'created': 4},
'/trunk/': {'created': 1},
}
}
self.assertEqual(repo.revprops_at(6)['evn'], evn_props_r6_expected)
evn_brprops_expected_after_r6 = {
'component_depth': 0,
'last_rev': 6,
'version': 1,
'root_ancestor_actions': {
'/other.bak/': {
6: [
{
'action': 'renamed',
'renamed_from': '/other/',
'num_origin_roots': 3,
'num_roots_created': 3,
'num_roots_removed': 3,
},
],
},
},
}
self.assertEqual(
repo.revprops_at(0)['evn'],
evn_brprops_expected_after_r6,
)