##// END OF EJS Templates
log: introduce struct that carries log traversal options...
log: introduce struct that carries log traversal options I tried to refactor logcmdutil.getrevs() without using an options struct, but none of these attempts didn't work out. Since every stage of getrevs() needs various log command options (e.g. both matcher and revset query need file patterns), it isn't possible to cleanly split getrevs() into a command layer and a core logic. So, this patch introduces a named struct to carry command options in slightly abstracted way, which will be later used by "hg grep" and "hg churn". More fields will be added to the walkopt struct. Type hints aren't verified. I couldn't figure out how to teach pytype to load its own attr type stubs in place of our .thirdparty.attr. Conditional import didn't work. s/^from \.thirdparty // is the only way I found pytype could parse the @attr.ib decorator.

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r45917:452ece56 default
r46139:c1d0f83d default
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dirstate_status.rs
73 lines | 2.8 KiB | application/rls-services+xml | RustLexer
Raphaël Gomès
hg-core: define a `dirstate_status` `Operation`...
r45673 // dirstate_status.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.
use crate::dirstate::status::{build_response, Dispatch, HgPathCow, Status};
use crate::matchers::Matcher;
use crate::{DirstateStatus, StatusError};
/// A tuple of the paths that need to be checked in the filelog because it's
/// ambiguous whether they've changed, and the rest of the already dispatched
/// files.
pub type LookupAndStatus<'a> = (Vec<HgPathCow<'a>>, DirstateStatus<'a>);
Antoine Cezar
hg-core: remove the `Operation` trait...
r45917 impl<'a, M: Matcher + Sync> Status<'a, M> {
pub(crate) fn run(&self) -> Result<LookupAndStatus<'a>, StatusError> {
Raphaël Gomès
hg-core: define a `dirstate_status` `Operation`...
r45673 let (traversed_sender, traversed_receiver) =
crossbeam::channel::unbounded();
// Step 1: check the files explicitly mentioned by the user
let (work, mut results) = self.walk_explicit(traversed_sender.clone());
if !work.is_empty() {
// Hashmaps are quite a bit slower to build than vecs, so only
// build it if needed.
let old_results = results.iter().cloned().collect();
// Step 2: recursively check the working directory for changes if
// needed
for (dir, dispatch) in work {
match dispatch {
Dispatch::Directory { was_file } => {
if was_file {
results.push((dir.to_owned(), Dispatch::Removed));
}
if self.options.list_ignored
|| self.options.list_unknown
&& !self.dir_ignore(&dir)
{
self.traverse(
&dir,
&old_results,
&mut results,
traversed_sender.clone(),
)?;
}
}
_ => {
unreachable!("There can only be directories in `work`")
}
}
}
}
if !self.matcher.is_exact() {
if self.options.list_unknown {
self.handle_unknowns(&mut results)?;
} else {
// TODO this is incorrect, see issue6335
// This requires a fix in both Python and Rust that can happen
// with other pending changes to `status`.
self.extend_from_dmap(&mut results);
}
}
drop(traversed_sender);
let traversed = traversed_receiver.into_iter().collect();
Ok(build_response(results, traversed))
}
}