def test_directoryContainingFile(self):
"""
For a key associated with a value of a C{dict} with a key associated
with a value of a C{str}, L{createSubversionRepository} should create a
directory containing a file with the specified string as its content.
"""
directory = 'dirname'
file = 'filename'
content = 'bytes'
createSubversionRepository(self.repository,
{directory: {
file: content
}}, False, self.runCommand)
repo = self.repository.path
wc = self.workingCopy.path
self.assertEqual(self.commands, [
("svnadmin create " + repo, None),
("svn co file://" + repo + " " + wc, None),
("svn add " + self.workingCopy.child(directory).path,
[self.workingCopy.child(directory)]),
("svn add " + self.workingCopy.child(directory).child(file).path, [
self.workingCopy.child(directory),
self.workingCopy.child(directory).child(file)
]),
("svn commit -m 'Create specified files' " + self.workingCopy.path,
[
self.workingCopy.child(directory),
self.workingCopy.child(directory).child(file)
])
])
def test_directoryContainingFile(self):
"""
For a key associated with a value of a C{dict} with a key associated
with a value of a C{str}, L{createSubversionRepository} should create a
directory containing a file with the specified string as its content.
"""
directory = 'dirname'
file = 'filename'
content = 'bytes'
createSubversionRepository(
self.repository,
{directory: {file: content}},
False,
self.runCommand)
repo = self.repository.path
wc = self.workingCopy.path
self.assertEqual(
self.commands,
[("svnadmin create " + repo, None),
("svn co file://" + repo + " " + wc, None),
("svn add " + self.workingCopy.child(directory).path,
[self.workingCopy.child(directory)]),
("svn add " + self.workingCopy.child(directory).child(file).path,
[self.workingCopy.child(directory),
self.workingCopy.child(directory).child(file)]),
("svn commit -m 'Create specified files' " + self.workingCopy.path,
[self.workingCopy.child(directory),
self.workingCopy.child(directory).child(file)])])
def createRepository(self, projectName, contents):
"""
Create a new SVN repository with the given contents and associate it
with given project.
"""
path = self.repositories.child(projectName)
path.makedirs()
createSubversionRepository(path, contents)
def createRepository(self, projectName, contents):
"""
Create a new SVN repository with the given contents and associate it
with given project.
"""
path = self.repositories.child(projectName)
path.makedirs()
createSubversionRepository(path, contents)
def test_emptyRepository(self):
"""
L{createSubversionRepository} should create a repository with no
entries or revisions if it is passed an empty dictionary.
"""
createSubversionRepository(self.repository, {}, False, self.commands.append)
self.assertEqual(
self.commands,
["svnadmin create " + self.repository.path])
def test_emptyRepository(self):
"""
L{createSubversionRepository} should create a repository with no
entries or revisions if it is passed an empty dictionary.
"""
createSubversionRepository(self.repository, {}, False,
self.commands.append)
self.assertEqual(self.commands,
["svnadmin create " + self.repository.path])
def setUp(self):
"""
Compute the path and URL to a subversion repository which can be
tested against and set up standard out to be recorded and hidden.
"""
self.repository = FilePath(self.mktemp())
createSubversionRepository(self.repository, {'foo': {}})
self.url = 'file://' + self.repository.path
self.stdout = sys.stdout
sys.stdout = StringIO.StringIO()
def test_workingCopyRemoved(self):
"""
The temporary working copy should be deleted after
L{createSubversionRepository} is finished using it to populate the
repository if C{True} is passed for the I{cleanup} parameter.
"""
createSubversionRepository(
self.repository, {'file': 'bytes'}, True, self.runCommand)
self.workingCopy.restat(False)
self.assertFalse(self.workingCopy.exists())
def setUp(self):
"""
Compute the path and URL to a subversion repository which can be
tested against and set up standard out to be recorded and hidden.
"""
self.repository = FilePath(self.mktemp())
createSubversionRepository(self.repository, {'foo': {}})
self.url = 'file://' + self.repository.path
self.stdout = sys.stdout
sys.stdout = StringIO.StringIO()
def test_workingCopyRemoved(self):
"""
The temporary working copy should be deleted after
L{createSubversionRepository} is finished using it to populate the
repository if C{True} is passed for the I{cleanup} parameter.
"""
createSubversionRepository(self.repository, {'file': 'bytes'}, True,
self.runCommand)
self.workingCopy.restat(False)
self.assertFalse(self.workingCopy.exists())
def _fileTest(self, entry, contents):
"""
"""
createSubversionRepository(
self.repository, {entry: contents}, False, self.runCommand)
repo = self.repository.path
wc = self.workingCopy.path
self.assertEqual(
self.commands,
[("svnadmin create " + repo, None),
("svn co file://" + repo + " " + wc, None),
("svn add " + self.workingCopy.child(entry).path,
[self.workingCopy.child(entry)]),
("svn commit -m 'Create specified files' " + self.workingCopy.path,
[self.workingCopy.child(entry)])])
def _fileTest(self, entry, contents):
"""
"""
createSubversionRepository(self.repository, {entry: contents}, False,
self.runCommand)
repo = self.repository.path
wc = self.workingCopy.path
self.assertEqual(self.commands, [
("svnadmin create " + repo, None),
("svn co file://" + repo + " " + wc, None),
("svn add " + self.workingCopy.child(entry).path,
[self.workingCopy.child(entry)]),
("svn commit -m 'Create specified files' " + self.workingCopy.path,
[self.workingCopy.child(entry)])
])