def _check_component_tarballs(self, repo, files):
for file in files:
ok_(
to_bin(file) in repo.ls_tree('HEAD'),
"Could not find component tarball file %s in %s" %
(file, repo.ls_tree('HEAD')))
ok_(
to_bin(file) in repo.ls_tree('upstream'),
"Could not find component tarball file %s in %s" %
(file, repo.ls_tree('upstream')))
def add_symlink(self, linkname, linktarget):
"""
Add a symlink
@param linkname: the symbolic link's name
@param linkname: C{str}
@param linktarget: the target the symlink points to
@type linktarget: C{str}
"""
linktarget = to_bin(linktarget)
linkname = to_bin(linkname)
self._out.write(format_b(b"M %d inline %s\n", self.m_symlink, linkname))
self._out.write(format_b(b"data %d\n", len(linktarget)))
self._out.write(format_b(b"%s\n", linktarget))
def add_symlink(self, linkname, linktarget):
"""
Add a symlink
@param linkname: the symbolic link's name
@param linkname: C{str}
@param linktarget: the target the symlink points to
@type linktarget: C{str}
"""
linktarget = to_bin(linktarget)
linkname = to_bin(linkname)
self._out.write(b"M %d inline %s\n" % (self.m_symlink, linkname))
self._out.write(b"data %d\n" % len(linktarget))
self._out.write(b"%s\n" % linktarget)
def tree_get_dir(self, tree, dir):
"""
Get the SHA1 of directory in a given tree
"""
dir = to_bin(dir)
toplevel = self.list_tree(tree)
for m, t, s, n in toplevel:
if n == dir and t == 'tree':
return s
return None
def tree_get_dir(self, tree, dir):
"""
Get the SHA1 of directory in a given tree
"""
dir = to_bin(dir)
toplevel = self.list_tree(tree)
for m, t, s, n in toplevel:
if n == dir and t == 'tree':
return s
return None
def tree_drop_dirs(self, tree, dirs):
"""
Drop the given top level dirs from the given git tree
returning a new tree object.
"""
objs = self.list_tree(tree)
new_tree_objs = []
dirs = [to_bin(d) for d in dirs]
for m, t, s, n in objs:
if not (n in dirs and t == 'tree'):
new_tree_objs.append((m, t, s, n))
new_tree = self.make_tree(new_tree_objs)
return new_tree
def tree_drop_dirs(self, tree, dirs):
"""
Drop the given top level dirs from the given git tree
returning a new tree object.
"""
objs = self.list_tree(tree)
new_tree_objs = []
dirs = [to_bin(d) for d in dirs]
for m, t, s, n in objs:
if not (n in dirs and t == 'tree'):
new_tree_objs.append((m, t, s, n))
new_tree = self.make_tree(new_tree_objs)
return new_tree
def _check_component_tarballs(self, repo, files):
for file in files:
ok_(to_bin(file) in repo.ls_tree('HEAD'),
"Could not find component tarball file %s in %s" % (file, repo.ls_tree('HEAD')))
ok_(to_bin(file) in repo.ls_tree('upstream'),
"Could not find component tarball file %s in %s" % (file, repo.ls_tree('upstream')))
def _do_file(self, filename, mode, fd, size):
name = b"/".join(to_bin(filename).split(b'/')[1:])
self._out.write(format_b(b"M %d inline %s\n", mode, name))
self._do_data(fd, size)
def _do_file(self, filename, mode, fd, size):
name = b"/".join(to_bin(filename).split(b'/')[1:])
self._out.write(format_b(b"M %d inline %s\n", mode, name))
self._do_data(fd, size)
