##// END OF EJS Templates
fix: allow tools to use :linerange, but also run if a file is unchanged...
fix: allow tools to use :linerange, but also run if a file is unchanged The definition of "unchanged" here is subtle, because pure deletion diff hunks are ignored. That means this is different from using the --whole flag. This change allows you to configure, for example, a code formatter that: 1. Formats specific line ranges if specified via flags 2. Does not format the entire file when there are no line ranges provided 3. Performs some other kind of formatting regardless of provided line ranges This sounds a little far fetched, but it is meant to address a specific corner case encountered in Google's use of the fix extension. The default behavior is kept because it exists to prevent mistakes that could erase uncommitted changes. Differential Revision: https://phab.mercurial-scm.org/D6723

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copymap.rs
116 lines | 3.0 KiB | application/rls-services+xml | RustLexer
Raphaël Gomès
rust-dirstate: rust-cpython bridge for dirstatemap...
r42999 // copymap.rs
//
// Copyright 2019 Raphaël Gomès <rgomes@octobus.net>
//
// This software may be used and distributed according to the terms of the
// GNU General Public License version 2 or any later version.
//! Bindings for `hg::dirstate::dirstate_map::CopyMap` provided by the
//! `hg-core` package.
use cpython::{PyBytes, PyClone, PyDict, PyObject, PyResult, Python};
use std::cell::RefCell;
use crate::dirstate::dirstate_map::{DirstateMap, DirstateMapLeakedRef};
py_class!(pub class CopyMap |py| {
data dirstate_map: DirstateMap;
def __getitem__(&self, key: PyObject) -> PyResult<PyBytes> {
(*self.dirstate_map(py)).copymapgetitem(py, key)
}
def __len__(&self) -> PyResult<usize> {
self.dirstate_map(py).copymaplen(py)
}
def __contains__(&self, key: PyObject) -> PyResult<bool> {
self.dirstate_map(py).copymapcontains(py, key)
}
def get(
&self,
key: PyObject,
default: Option<PyObject> = None
) -> PyResult<Option<PyObject>> {
self.dirstate_map(py).copymapget(py, key, default)
}
def pop(
&self,
key: PyObject,
default: Option<PyObject> = None
) -> PyResult<Option<PyObject>> {
self.dirstate_map(py).copymappop(py, key, default)
}
def __iter__(&self) -> PyResult<CopyMapKeysIterator> {
self.dirstate_map(py).copymapiter(py)
}
// Python's `dict()` builtin works with either a subclass of dict
// or an abstract mapping. Said mapping needs to implement `__getitem__`
// and `keys`.
def keys(&self) -> PyResult<CopyMapKeysIterator> {
self.dirstate_map(py).copymapiter(py)
}
def items(&self) -> PyResult<CopyMapItemsIterator> {
self.dirstate_map(py).copymapitemsiter(py)
}
def iteritems(&self) -> PyResult<CopyMapItemsIterator> {
self.dirstate_map(py).copymapitemsiter(py)
}
def __setitem__(
&self,
key: PyObject,
item: PyObject
) -> PyResult<()> {
self.dirstate_map(py).copymapsetitem(py, key, item)?;
Ok(())
}
def copy(&self) -> PyResult<PyDict> {
self.dirstate_map(py).copymapcopy(py)
}
});
impl CopyMap {
pub fn from_inner(py: Python, dm: DirstateMap) -> PyResult<Self> {
Self::create_instance(py, dm)
}
fn translate_key(
py: Python,
res: (&Vec<u8>, &Vec<u8>),
) -> PyResult<Option<PyBytes>> {
Ok(Some(PyBytes::new(py, res.0)))
}
fn translate_key_value(
py: Python,
res: (&Vec<u8>, &Vec<u8>),
) -> PyResult<Option<(PyBytes, PyBytes)>> {
let (k, v) = res;
Ok(Some((PyBytes::new(py, k), PyBytes::new(py, v))))
}
}
py_shared_mapping_iterator!(
CopyMapKeysIterator,
DirstateMapLeakedRef,
Vec<u8>,
Vec<u8>,
CopyMap::translate_key,
Option<PyBytes>
);
py_shared_mapping_iterator!(
CopyMapItemsIterator,
DirstateMapLeakedRef,
Vec<u8>,
Vec<u8>,
CopyMap::translate_key_value,
Option<(PyBytes, PyBytes)>
);