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from stat import ST_MODE, S_ISDIR, ST_SIZE, S_IMODE
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from bzrlib.lazy_import import lazy_import
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lazy_import(globals(), """
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from bzrlib import (
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from bzrlib.osutils import (abspath, realpath, normpath, pathjoin, rename,
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check_legal_path, rmtree)
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from bzrlib.symbol_versioning import warn
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from bzrlib.trace import mutter
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from bzrlib.transport import Transport, Server
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_append_flags = os.O_CREAT | os.O_APPEND | os.O_WRONLY | osutils.O_BINARY
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_put_non_atomic_flags = os.O_CREAT | os.O_TRUNC | os.O_WRONLY | osutils.O_BINARY
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class LocalTransport(Transport):
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except (IOError, OSError),e:
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self._translate_error(e, path)
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def put_file(self, relpath, f, mode=None):
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"""Copy the file-like object into the location.
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def put(self, relpath, f, mode=None):
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"""Copy the file-like or string object into the location.
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:param relpath: Location to put the contents, relative to base.
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:param f: File-like object.
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:param mode: The mode for the newly created file,
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None means just use the default
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:param f: File-like or string object.
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from bzrlib.atomicfile import AtomicFile
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path = self._abspath(relpath)
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osutils.check_legal_path(path)
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fp = atomicfile.AtomicFile(path, 'wb', new_mode=mode)
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check_legal_path(path)
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fp = AtomicFile(path, 'wb', new_mode=mode)
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except (IOError, OSError),e:
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self._translate_error(e, path)
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def put_bytes(self, relpath, bytes, mode=None):
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"""Copy the string into the location.
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:param relpath: Location to put the contents, relative to base.
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path = self._abspath(relpath)
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osutils.check_legal_path(path)
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fp = atomicfile.AtomicFile(path, 'wb', new_mode=mode)
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except (IOError, OSError),e:
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self._translate_error(e, path)
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def _put_non_atomic_helper(self, relpath, writer,
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create_parent_dir=False,
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"""Common functionality information for the put_*_non_atomic.
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This tracks all the create_parent_dir stuff.
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:param relpath: the path we are putting to.
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:param writer: A function that takes an os level file descriptor
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and writes whatever data it needs to write there.
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:param mode: The final file mode.
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:param create_parent_dir: Should we be creating the parent directory
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abspath = self._abspath(relpath)
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# os.open() will automatically use the umask
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fd = os.open(abspath, _put_non_atomic_flags, local_mode)
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except (IOError, OSError),e:
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# We couldn't create the file, maybe we need to create
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# the parent directory, and try again
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if (not create_parent_dir
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or e.errno not in (errno.ENOENT,errno.ENOTDIR)):
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self._translate_error(e, relpath)
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parent_dir = os.path.dirname(abspath)
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self._translate_error(e, relpath)
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self._mkdir(parent_dir, mode=dir_mode)
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# We created the parent directory, lets try to open the
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fd = os.open(abspath, _put_non_atomic_flags, local_mode)
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except (IOError, OSError), e:
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self._translate_error(e, relpath)
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if mode is not None and mode != S_IMODE(st.st_mode):
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# Because of umask, we may still need to chmod the file.
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# But in the general case, we won't have to
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os.chmod(abspath, mode)
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def put_file_non_atomic(self, relpath, f, mode=None,
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create_parent_dir=False,
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"""Copy the file-like object into the target location.
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This function is not strictly safe to use. It is only meant to
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be used when you already know that the target does not exist.
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It is not safe, because it will open and truncate the remote
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file. So there may be a time when the file has invalid contents.
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:param relpath: The remote location to put the contents.
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:param f: File-like object.
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:param mode: Possible access permissions for new file.
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None means do not set remote permissions.
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:param create_parent_dir: If we cannot create the target file because
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the parent directory does not exist, go ahead and
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create it, and then try again.
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self._pump_to_fd(f, fd)
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self._put_non_atomic_helper(relpath, writer, mode=mode,
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create_parent_dir=create_parent_dir,
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def put_bytes_non_atomic(self, relpath, bytes, mode=None,
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create_parent_dir=False, dir_mode=None):
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self._put_non_atomic_helper(relpath, writer, mode=mode,
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create_parent_dir=create_parent_dir,
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def iter_files_recursive(self):
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"""Iter the relative paths of files in the transports sub-tree."""
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queue = list(self.list_dir(u'.'))
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def _mkdir(self, abspath, mode=None):
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"""Create a real directory, filtering through mode"""
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# os.mkdir() will filter through umask
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def mkdir(self, relpath, mode=None):
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"""Create a directory at the given path."""
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os.mkdir(abspath, local_mode)
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# os.mkdir() will filter through umask
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path = self._abspath(relpath)
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os.mkdir(path, local_mode)
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if mode is not None:
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# It is probably faster to just do the chmod, rather than
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# doing a stat, and then trying to compare
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os.chmod(abspath, mode)
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except (IOError, OSError),e:
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self._translate_error(e, abspath)
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def mkdir(self, relpath, mode=None):
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"""Create a directory at the given path."""
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self._mkdir(self._abspath(relpath), mode=mode)
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def _get_append_file(self, relpath, mode=None):
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"""Call os.open() for the given relpath"""
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file_abspath = self._abspath(relpath)
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self._translate_error(e, path)
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def append(self, relpath, f, mode=None):
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"""Append the text in the file-like object into the final location."""
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abspath = self._abspath(relpath)
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# os.open() will automatically use the umask
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local_mode = 0666
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local_mode = mode
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return file_abspath, os.open(file_abspath, _append_flags, local_mode)
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fd = os.open(abspath, _append_flags, local_mode)
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except (IOError, OSError),e:
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self._translate_error(e, relpath)
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def _check_mode_and_size(self, file_abspath, fd, mode=None):
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"""Check the mode of the file, and return the current size"""
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if mode is not None and mode != S_IMODE(st.st_mode):
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# Because of umask, we may still need to chmod the file.
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# But in the general case, we won't have to
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os.chmod(file_abspath, mode)
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def append_file(self, relpath, f, mode=None):
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"""Append the text in the file-like object into the final location."""
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file_abspath, fd = self._get_append_file(relpath, mode=mode)
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result = self._check_mode_and_size(file_abspath, fd, mode=mode)
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if mode is not None and mode != S_IMODE(st.st_mode):
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# Because of umask, we may still need to chmod the file.
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# But in the general case, we won't have to
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os.chmod(abspath, mode)
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self._pump_to_fd(f, fd)
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def append_bytes(self, relpath, bytes, mode=None):
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"""Append the text in the string into the final location."""
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file_abspath, fd = self._get_append_file(relpath, mode=mode)
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result = self._check_mode_and_size(file_abspath, fd, mode=mode)
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def _pump_to_fd(self, fromfile, to_fd):
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"""Copy contents of one file to another."""
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class EmulatedWin32LocalTransport(LocalTransport):
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"""Special transport for testing Win32 [UNC] paths on non-windows"""
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def __init__(self, base):
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super(LocalTransport, self).__init__(base)
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self._local_base = urlutils._win32_local_path_from_url(base)
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def abspath(self, relpath):
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assert isinstance(relpath, basestring), (type(relpath), relpath)
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path = osutils.normpath(osutils.pathjoin(
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self._local_base, urlutils.unescape(relpath)))
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return urlutils._win32_local_path_to_url(path)
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def clone(self, offset=None):
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"""Return a new LocalTransport with root at self.base + offset
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Because the local filesystem does not require a connection,
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we can just return a new object.
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return EmulatedWin32LocalTransport(self.base)
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abspath = self.abspath(offset)
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if abspath == 'file://':
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# fix upwalk for UNC path
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# when clone from //HOST/path updir recursively
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# we should stop at least at //HOST part
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return EmulatedWin32LocalTransport(abspath)
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class LocalRelpathServer(Server):
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"""A pretend server for local transports, using relpaths."""
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"""See Transport.Server.get_url."""
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class LocalAbspathServer(Server):
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"""A pretend server for local transports, using absolute paths."""
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"""See Transport.Server.get_url."""
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return os.path.abspath("")
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class LocalURLServer(Server):
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"""A pretend server for local transports, using file:// urls.
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Of course no actual server is required to access the local filesystem, so
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this just exists to tell the test code how to get to it.
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"""A pretend server for local transports, using file:// urls."""
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def get_url(self):
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"""See Transport.Server.get_url."""
added
removed
bzrlib/transport/local.py
