##// END OF EJS Templates
pyoxidizer: support producing MSI installers...
pyoxidizer: support producing MSI installers Newer versions of PyOxidizer have support for building WiX MSI installers "natively." Essentially, you can script the definition of your WiX installer via Starlark and PyOxidizer can invoke WiX tools to produce the installer. This commit teaches our PyOxidizer config file to produce MSI installers similarly to how `contrib/packaging/packging.py wix` would do it. We had to make a very minor change to `mercurial.wxs` to reflect different paths depending on who builds. This is because when PyOxidizer builds WiX installers, it does so from an isolated directory, not Mercurial's source directory. We simply copy the files into the build environment so they are accessible. After this change, running `pyoxidizer build msi` produces a nearly identical install layout to what the previous method produces. When I applied this series on top of the 5.8 tag, here is the list of differences and explanations: * docs/*.html files are missing from the new installer because the Python build environment doesn't have docutils. * .pyd and .exe files differ, likely because I'm using a different Visual Studio toolchain on my local computer than the official build environment. * Various .dist-info/ directories have different names. This is because older versions of PyOxidizer had buggy behavior and weren't properly normalizing package names in .dist-info/ directories. e.g. we went from `cached-property-1.5.2.dist-info` to `cached_property-1.5.2.dist-info`. * Translations (.mo files) may be missing if gettext isn't in %Path%. This is because the packaging.py code installs gettext and ensures it can be found. * Some *.dist-info/RECORD files vary due to SHA-256 content digest divergence due to build environment differences. (This should be harmless.) * The new install layout ships a python3.dll because newer versions of PyOxidizer ship this file. * The new install layout has a different vcruntime140.dll and also a vcruntime140_1.dll because newer versions of PyOxidizer ship a newer version of the Visual C++ Redistributable Runtime. The new PyOxidizer functionality is not yet integrated with packaging.py. This will come in a subsequent commit. So for now, the new functionality introduced here is unused. Differential Revision: https://phab.mercurial-scm.org/D10683

File last commit:

r47577:e8ae91b1 default
r47976:603efb38 default
Show More
revset.rs
62 lines | 1.8 KiB | application/rls-services+xml | RustLexer
//! The revset query language
//!
//! <https://www.mercurial-scm.org/repo/hg/help/revsets>
use crate::errors::HgError;
use crate::repo::Repo;
use crate::revlog::changelog::Changelog;
use crate::revlog::revlog::{Revlog, RevlogError};
use crate::revlog::NodePrefix;
use crate::revlog::{Revision, NULL_REVISION, WORKING_DIRECTORY_HEX};
use crate::Node;
/// Resolve a query string into a single revision.
///
/// Only some of the revset language is implemented yet.
pub fn resolve_single(
input: &str,
repo: &Repo,
) -> Result<Revision, RevlogError> {
let changelog = Changelog::open(repo)?;
match resolve_rev_number_or_hex_prefix(input, &changelog.revlog) {
Err(RevlogError::InvalidRevision) => {} // Try other syntax
result => return result,
}
if input == "null" {
return Ok(NULL_REVISION);
}
// TODO: support for the rest of the language here.
Err(
HgError::unsupported(format!("cannot parse revset '{}'", input))
.into(),
)
}
/// Resolve the small subset of the language suitable for revlogs other than
/// the changelog, such as in `hg debugdata --manifest` CLI argument.
///
/// * A non-negative decimal integer for a revision number, or
/// * An hexadecimal string, for the unique node ID that starts with this
/// prefix
pub fn resolve_rev_number_or_hex_prefix(
input: &str,
revlog: &Revlog,
) -> Result<Revision, RevlogError> {
if let Ok(integer) = input.parse::<i32>() {
if integer >= 0 && revlog.has_rev(integer) {
return Ok(integer);
}
}
if let Ok(prefix) = NodePrefix::from_hex(input) {
if prefix.is_prefix_of(&Node::from_hex(WORKING_DIRECTORY_HEX).unwrap())
{
return Err(RevlogError::WDirUnsupported);
}
return revlog.get_node_rev(prefix);
}
Err(RevlogError::InvalidRevision)
}