Files
uv/crates/uv-cli/src/options.rs
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Charlie Marsh 04c445a3db Respect --index-url in uv pip list (#8942)
## Summary

As an oversight, these arguments weren't being respected from the CLI or
elsewhere -- we always hit PyPI, ignored `--exclude-newer`, etc. It has
to do with the way that the `PipOptions` are setup -- there's a global
struct that we pass around everywhere and fill in with defaults, so
there's no type safety to guarantee that we provide whatever it is we
need to use in the command. The newer APIs are much better about this.

Closes #8927.
2024-11-08 09:52:32 -05:00

422 lines
13 KiB
Rust

use uv_cache::Refresh;
use uv_configuration::ConfigSettings;
use uv_distribution_types::{PipExtraIndex, PipFindLinks, PipIndex};
use uv_resolver::PrereleaseMode;
use uv_settings::{Combine, PipOptions, ResolverInstallerOptions, ResolverOptions};
use crate::{
BuildOptionsArgs, FetchArgs, IndexArgs, InstallerArgs, Maybe, RefreshArgs, ResolverArgs,
ResolverInstallerArgs,
};
/// Given a boolean flag pair (like `--upgrade` and `--no-upgrade`), resolve the value of the flag.
pub fn flag(yes: bool, no: bool) -> Option<bool> {
match (yes, no) {
(true, false) => Some(true),
(false, true) => Some(false),
(false, false) => None,
(..) => unreachable!("Clap should make this impossible"),
}
}
impl From<RefreshArgs> for Refresh {
fn from(value: RefreshArgs) -> Self {
let RefreshArgs {
refresh,
no_refresh,
refresh_package,
} = value;
Self::from_args(flag(refresh, no_refresh), refresh_package)
}
}
impl From<ResolverArgs> for PipOptions {
fn from(args: ResolverArgs) -> Self {
let ResolverArgs {
index_args,
upgrade,
no_upgrade,
upgrade_package,
index_strategy,
keyring_provider,
resolution,
prerelease,
pre,
config_setting,
no_build_isolation,
no_build_isolation_package,
build_isolation,
exclude_newer,
link_mode,
no_sources,
} = args;
Self {
upgrade: flag(upgrade, no_upgrade),
upgrade_package: Some(upgrade_package),
index_strategy,
keyring_provider,
resolution,
prerelease: if pre {
Some(PrereleaseMode::Allow)
} else {
prerelease
},
config_settings: config_setting
.map(|config_settings| config_settings.into_iter().collect::<ConfigSettings>()),
no_build_isolation: flag(no_build_isolation, build_isolation),
no_build_isolation_package: Some(no_build_isolation_package),
exclude_newer,
link_mode,
no_sources: if no_sources { Some(true) } else { None },
..PipOptions::from(index_args)
}
}
}
impl From<InstallerArgs> for PipOptions {
fn from(args: InstallerArgs) -> Self {
let InstallerArgs {
index_args,
reinstall,
no_reinstall,
reinstall_package,
index_strategy,
keyring_provider,
config_setting,
no_build_isolation,
build_isolation,
exclude_newer,
link_mode,
compile_bytecode,
no_compile_bytecode,
no_sources,
} = args;
Self {
reinstall: flag(reinstall, no_reinstall),
reinstall_package: Some(reinstall_package),
index_strategy,
keyring_provider,
config_settings: config_setting
.map(|config_settings| config_settings.into_iter().collect::<ConfigSettings>()),
no_build_isolation: flag(no_build_isolation, build_isolation),
exclude_newer,
link_mode,
compile_bytecode: flag(compile_bytecode, no_compile_bytecode),
no_sources: if no_sources { Some(true) } else { None },
..PipOptions::from(index_args)
}
}
}
impl From<ResolverInstallerArgs> for PipOptions {
fn from(args: ResolverInstallerArgs) -> Self {
let ResolverInstallerArgs {
index_args,
upgrade,
no_upgrade,
upgrade_package,
reinstall,
no_reinstall,
reinstall_package,
index_strategy,
keyring_provider,
resolution,
prerelease,
pre,
config_setting,
no_build_isolation,
no_build_isolation_package,
build_isolation,
exclude_newer,
link_mode,
compile_bytecode,
no_compile_bytecode,
no_sources,
} = args;
Self {
upgrade: flag(upgrade, no_upgrade),
upgrade_package: Some(upgrade_package),
reinstall: flag(reinstall, no_reinstall),
reinstall_package: Some(reinstall_package),
index_strategy,
keyring_provider,
resolution,
prerelease: if pre {
Some(PrereleaseMode::Allow)
} else {
prerelease
},
config_settings: config_setting
.map(|config_settings| config_settings.into_iter().collect::<ConfigSettings>()),
no_build_isolation: flag(no_build_isolation, build_isolation),
no_build_isolation_package: Some(no_build_isolation_package),
exclude_newer,
link_mode,
compile_bytecode: flag(compile_bytecode, no_compile_bytecode),
no_sources: if no_sources { Some(true) } else { None },
..PipOptions::from(index_args)
}
}
}
impl From<FetchArgs> for PipOptions {
fn from(args: FetchArgs) -> Self {
let FetchArgs {
index_args,
index_strategy,
keyring_provider,
exclude_newer,
} = args;
Self {
index_strategy,
keyring_provider,
exclude_newer,
..PipOptions::from(index_args)
}
}
}
impl From<IndexArgs> for PipOptions {
fn from(args: IndexArgs) -> Self {
let IndexArgs {
default_index,
index,
index_url,
extra_index_url,
no_index,
find_links,
} = args;
Self {
index: default_index
.and_then(Maybe::into_option)
.map(|default_index| vec![default_index])
.combine(
index.map(|index| index.into_iter().filter_map(Maybe::into_option).collect()),
),
index_url: index_url.and_then(Maybe::into_option).map(PipIndex::from),
extra_index_url: extra_index_url.map(|extra_index_urls| {
extra_index_urls
.into_iter()
.filter_map(Maybe::into_option)
.map(PipExtraIndex::from)
.collect()
}),
no_index: if no_index { Some(true) } else { None },
find_links: find_links.map(|find_links| {
find_links
.into_iter()
.filter_map(Maybe::into_option)
.map(PipFindLinks::from)
.collect()
}),
..PipOptions::default()
}
}
}
/// Construct the [`ResolverOptions`] from the [`ResolverArgs`] and [`BuildOptionsArgs`].
pub fn resolver_options(
resolver_args: ResolverArgs,
build_args: BuildOptionsArgs,
) -> ResolverOptions {
let ResolverArgs {
index_args,
upgrade,
no_upgrade,
upgrade_package,
index_strategy,
keyring_provider,
resolution,
prerelease,
pre,
config_setting,
no_build_isolation,
no_build_isolation_package,
build_isolation,
exclude_newer,
link_mode,
no_sources,
} = resolver_args;
let BuildOptionsArgs {
no_build,
build,
no_build_package,
no_binary,
binary,
no_binary_package,
} = build_args;
ResolverOptions {
index: index_args
.default_index
.and_then(Maybe::into_option)
.map(|default_index| vec![default_index])
.combine(
index_args
.index
.map(|index| index.into_iter().filter_map(Maybe::into_option).collect()),
),
index_url: index_args.index_url.and_then(Maybe::into_option),
extra_index_url: index_args.extra_index_url.map(|extra_index_url| {
extra_index_url
.into_iter()
.filter_map(Maybe::into_option)
.collect()
}),
no_index: if index_args.no_index {
Some(true)
} else {
None
},
find_links: index_args.find_links.map(|find_links| {
find_links
.into_iter()
.filter_map(Maybe::into_option)
.collect()
}),
upgrade: flag(upgrade, no_upgrade),
upgrade_package: Some(upgrade_package),
index_strategy,
keyring_provider,
resolution,
prerelease: if pre {
Some(PrereleaseMode::Allow)
} else {
prerelease
},
dependency_metadata: None,
config_settings: config_setting
.map(|config_settings| config_settings.into_iter().collect::<ConfigSettings>()),
no_build_isolation: flag(no_build_isolation, build_isolation),
no_build_isolation_package: Some(no_build_isolation_package),
exclude_newer,
link_mode,
no_build: flag(no_build, build),
no_build_package: Some(no_build_package),
no_binary: flag(no_binary, binary),
no_binary_package: Some(no_binary_package),
no_sources: if no_sources { Some(true) } else { None },
}
}
/// Construct the [`ResolverInstallerOptions`] from the [`ResolverInstallerArgs`] and [`BuildOptionsArgs`].
pub fn resolver_installer_options(
resolver_installer_args: ResolverInstallerArgs,
build_args: BuildOptionsArgs,
) -> ResolverInstallerOptions {
let ResolverInstallerArgs {
index_args,
upgrade,
no_upgrade,
upgrade_package,
reinstall,
no_reinstall,
reinstall_package,
index_strategy,
keyring_provider,
resolution,
prerelease,
pre,
config_setting,
no_build_isolation,
no_build_isolation_package,
build_isolation,
exclude_newer,
link_mode,
compile_bytecode,
no_compile_bytecode,
no_sources,
} = resolver_installer_args;
let BuildOptionsArgs {
no_build,
build,
no_build_package,
no_binary,
binary,
no_binary_package,
} = build_args;
let default_index = index_args
.default_index
.and_then(Maybe::into_option)
.map(|default_index| vec![default_index]);
let index = index_args
.index
.map(|index| index.into_iter().filter_map(Maybe::into_option).collect());
ResolverInstallerOptions {
index: default_index.combine(index),
index_url: index_args.index_url.and_then(Maybe::into_option),
extra_index_url: index_args.extra_index_url.map(|extra_index_url| {
extra_index_url
.into_iter()
.filter_map(Maybe::into_option)
.collect()
}),
no_index: if index_args.no_index {
Some(true)
} else {
None
},
find_links: index_args.find_links.map(|find_links| {
find_links
.into_iter()
.filter_map(Maybe::into_option)
.collect()
}),
upgrade: flag(upgrade, no_upgrade),
upgrade_package: if upgrade_package.is_empty() {
None
} else {
Some(upgrade_package)
},
reinstall: flag(reinstall, no_reinstall),
reinstall_package: if reinstall_package.is_empty() {
None
} else {
Some(reinstall_package)
},
index_strategy,
keyring_provider,
resolution,
prerelease: if pre {
Some(PrereleaseMode::Allow)
} else {
prerelease
},
dependency_metadata: None,
config_settings: config_setting
.map(|config_settings| config_settings.into_iter().collect::<ConfigSettings>()),
no_build_isolation: flag(no_build_isolation, build_isolation),
no_build_isolation_package: if no_build_isolation_package.is_empty() {
None
} else {
Some(no_build_isolation_package)
},
exclude_newer,
link_mode,
compile_bytecode: flag(compile_bytecode, no_compile_bytecode),
no_build: flag(no_build, build),
no_build_package: if no_build_package.is_empty() {
None
} else {
Some(no_build_package)
},
no_binary: flag(no_binary, binary),
no_binary_package: if no_binary_package.is_empty() {
None
} else {
Some(no_binary_package)
},
no_sources: if no_sources { Some(true) } else { None },
}
}