##// END OF EJS Templates
wirepeer: subclass new `repository.ipeer{,legacy}commands` Proctocol classes...
wirepeer: subclass new `repository.ipeer{,legacy}commands` Proctocol classes This is the same transformation as 3a90a6fd710d did for dirstate, but the CamelCase naming was already cleaned up here. See 4ef6dbc27a99 for the benefits of explicit subclassing. PyCharm is flagging the `wirepeer.getbundle` function with: Type of 'getbundle' is incompatible with 'ipeercommands' I've no idea why- maybe it's because it can infer a `unbundle20 | cg1unpacker` return there, or maybe it's the kwargs. Something to keep an eye on, but pytype doesn't complain. Since we're direct subclassing here and there are only a few methods on these interfaces, also make them abstract like was done in ef119f914fc1.

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rcutil.py
192 lines | 5.9 KiB | text/x-python | PythonLexer
# rcutil.py - utilities about config paths, special config sections etc.
#
# Copyright Mercurial Contributors
#
# This software may be used and distributed according to the terms of the
# GNU General Public License version 2 or any later version.
from __future__ import annotations
import os
from typing import (
Dict,
List,
Optional,
)
from .. import (
configuration as conf_mod,
encoding,
localrepo,
pycompat,
requirements as requirementsmod,
util,
vfs,
)
from ..utils import resourceutil
if pycompat.iswindows:
from .. import scmwindows as scmplatform
else:
from .. import scmposix as scmplatform
fallbackpager = scmplatform.fallbackpager
systemrcpath = scmplatform.systemrcpath
userrcpath = scmplatform.userrcpath
ComponentT = conf_mod.ComponentT
ConfigItemT = conf_mod.ConfigItemT
FileRCT = conf_mod.FileRCT
ResourceIDT = conf_mod.ResourceIDT
def _expandrcpath(path: bytes) -> List[FileRCT]:
'''path could be a file or a directory. return a list of file paths'''
p = util.expandpath(path)
if os.path.isdir(p):
join = os.path.join
return sorted(
join(p, f) for f, k in util.listdir(p) if f.endswith(b'.rc')
)
return [p]
def envrcitems(env: Optional[Dict[bytes, bytes]] = None) -> List[ConfigItemT]:
"""Return [(section, name, value, source)] config items.
The config items are extracted from environment variables specified by env,
used to override systemrc, but not userrc.
If env is not provided, encoding.environ will be used.
"""
if env is None:
env = encoding.environ
checklist = [
(b'EDITOR', b'ui', b'editor'),
(b'VISUAL', b'ui', b'editor'),
(b'PAGER', b'pager', b'pager'),
]
result = []
for envname, section, configname in checklist:
if envname not in env:
continue
result.append((section, configname, env[envname], b'$%s' % envname))
return result
def default_rc_resources() -> List[ResourceIDT]:
"""return rc resource IDs in defaultrc"""
rsrcs = resourceutil.contents(b'mercurial.defaultrc')
return [
(b'mercurial.defaultrc', r)
for r in sorted(rsrcs)
if resourceutil.is_resource(b'mercurial.defaultrc', r)
and r.endswith(b'.rc')
]
def rccomponents(use_hgrcpath=True) -> List[ComponentT]:
"""return an ordered [(type, obj)] about where to load configs.
respect $HGRCPATH. if $HGRCPATH is empty, only .hg/hgrc of current repo is
used. if $HGRCPATH is not set, the platform default will be used. If
`use_hgrcpath` is False, it is never used.
if a directory is provided, *.rc files under it will be used.
type could be either 'path', 'items' or 'resource'. If type is 'path',
obj is a string, and is the config file path. if type is 'items', obj is a
list of (section, name, value, source) that should fill the config directly.
If type is 'resource', obj is a tuple of (package name, resource name).
"""
envrc = (conf_mod.LEVEL_ENV_OVERWRITE, b'items', envrcitems())
_rccomponents = []
comp = _rccomponents.append
if b'HGRCPATH' in encoding.environ and use_hgrcpath:
# assume HGRCPATH is all about user configs so environments can be
# overridden.
comp(envrc)
for p in encoding.environ[b'HGRCPATH'].split(pycompat.ospathsep):
if not p:
continue
for p in _expandrcpath(p):
comp((conf_mod.LEVEL_ENV_OVERWRITE, b'path', p))
else:
for r in default_rc_resources():
comp((conf_mod.LEVEL_BUNDLED_RESOURCE, b'resource', r))
for p in systemrcpath():
comp((conf_mod.LEVEL_GLOBAL, b'path', os.path.normpath(p)))
comp(envrc)
for p in userrcpath():
comp((conf_mod.LEVEL_USER, b'path', os.path.normpath(p)))
return _rccomponents
def _shared_source_component(path: bytes) -> List[FileRCT]:
"""if the current repository is shared one, this tries to read
.hg/hgrc of shared source if we are in share-safe mode
This should be called before reading .hg/hgrc or the main repo
as that overrides config set in shared source"""
try:
with open(os.path.join(path, b".hg", b"requires"), "rb") as fp:
requirements = set(fp.read().splitlines())
if not (
requirementsmod.SHARESAFE_REQUIREMENT in requirements
and requirementsmod.SHARED_REQUIREMENT in requirements
):
return []
hgvfs = vfs.vfs(os.path.join(path, b".hg"))
sharedvfs = localrepo._getsharedvfs(hgvfs, requirements)
return [sharedvfs.join(b"hgrc")]
except IOError:
pass
return []
def repo_components(repo_path: bytes) -> List[ComponentT]:
"""return the list of config file to read for a repository"""
components = []
comp = components.append
for p in _shared_source_component(repo_path):
comp((conf_mod.LEVEL_SHARED, b'path', p))
comp(
(
conf_mod.LEVEL_LOCAL,
b'path',
os.path.join(repo_path, b".hg", b"hgrc"),
)
)
comp(
(
conf_mod.LEVEL_NON_SHARED,
b'path',
os.path.join(repo_path, b".hg", b"hgrc-not-shared"),
)
)
return components
def all_rc_components(repo_path: Optional[bytes]):
components = []
components.extend(rccomponents(use_hgrcpath=False))
if repo_path is not None:
components.extend(repo_components(repo_path))
return components
def defaultpagerenv() -> Dict[bytes, bytes]:
"""return a dict of default environment variables and their values,
intended to be set before starting a pager.
"""
return {b'LESS': b'FRX', b'LV': b'-c'}
def use_repo_hgrc() -> bool:
"""True if repositories `.hg/hgrc` config should be read"""
return b'HGRCSKIPREPO' not in encoding.environ