use gh_workflow::*; use crate::tasks::workflows::{runners::Platform, vars}; pub const BASH_SHELL: &str = "bash -euxo pipefail {0}";// https://docs.github.com/en/actions/reference/workflows-and-actions/workflow-syntax#jobsjob_idstepsshellpub const PWSH_SHELL: &str = "pwsh"; pub fn checkout_repo() -> Step<Use> {    named::uses(        "actions",        "checkout",        "11bd71901bbe5b1630ceea73d27597364c9af683", // v4    )    // prevent checkout action from running `git clean -ffdx` which    // would delete the target directory    .add_with(("clean", false))} pub fn setup_pnpm() -> Step<Use> {    named::uses(        "pnpm",        "action-setup",        "fe02b34f77f8bc703788d5817da081398fad5dd2", // v4.0.0    )    .add_with(("version", "9"))} pub fn setup_node() -> Step<Use> {    named::uses(        "actions",        "setup-node",        "49933ea5288caeca8642d1e84afbd3f7d6820020", // v4    )    .add_with(("node-version", "20"))} pub fn setup_sentry() -> Step<Use> {    named::uses(        "matbour",        "setup-sentry-cli",        "3e938c54b3018bdd019973689ef984e033b0454b",    )    .add_with(("token", vars::SENTRY_AUTH_TOKEN))} pub fn cargo_fmt() -> Step<Run> {    named::bash("cargo fmt --all -- --check")} pub fn cargo_install_nextest() -> Step<Use> {    named::uses("taiki-e", "install-action", "nextest")} pub fn cargo_nextest(platform: Platform) -> Step<Run> {    named::run(        platform,        "cargo nextest run --workspace --no-fail-fast --failure-output immediate-final",    )} pub fn setup_cargo_config(platform: Platform) -> Step<Run> {    match platform {        Platform::Windows => named::pwsh(indoc::indoc! {r#"            New-Item -ItemType Directory -Path "./../.cargo" -Force            Copy-Item -Path "./.cargo/ci-config.toml" -Destination "./../.cargo/config.toml"        "#}),         Platform::Linux | Platform::Mac => named::bash(indoc::indoc! {r#"            mkdir -p ./../.cargo            cp ./.cargo/ci-config.toml ./../.cargo/config.toml        "#}),    }} pub fn cleanup_cargo_config(platform: Platform) -> Step<Run> {    let step = match platform {        Platform::Windows => named::pwsh(indoc::indoc! {r#"            Remove-Item -Recurse -Path "./../.cargo" -Force -ErrorAction SilentlyContinue        "#}),        Platform::Linux | Platform::Mac => named::bash(indoc::indoc! {r#"            rm -rf ./../.cargo        "#}),    };     step.if_condition(Expression::new("always()"))} pub fn clear_target_dir_if_large(platform: Platform) -> Step<Run> {    match platform {        Platform::Windows => named::pwsh("./script/clear-target-dir-if-larger-than.ps1 250"),        Platform::Linux => named::bash("./script/clear-target-dir-if-larger-than 250"),        Platform::Mac => named::bash("./script/clear-target-dir-if-larger-than 300"),    }} pub fn clippy(platform: Platform) -> Step<Run> {    match platform {        Platform::Windows => named::pwsh("./script/clippy.ps1"),        _ => named::bash("./script/clippy"),    }} pub fn cache_rust_dependencies_namespace() -> Step<Use> {    named::uses("namespacelabs", "nscloud-cache-action", "v1").add_with(("cache", "rust"))} pub fn setup_linux() -> Step<Run> {    named::bash("./script/linux")} fn install_mold() -> Step<Run> {    named::bash("./script/install-mold")} fn download_wasi_sdk() -> Step<Run> {    named::bash("./script/download-wasi-sdk")} pub(crate) fn install_linux_dependencies(job: Job) -> Job {    job.add_step(setup_linux())        .add_step(install_mold())        .add_step(download_wasi_sdk())} pub fn script(name: &str) -> Step<Run> {    if name.ends_with(".ps1") {        Step::new(name).run(name).shell(PWSH_SHELL)    } else {        Step::new(name).run(name).shell(BASH_SHELL)    }} pub struct NamedJob {    pub name: String,    pub job: Job,} // impl NamedJob {//     pub fn map(self, f: impl FnOnce(Job) -> Job) -> Self {//         NamedJob {//             name: self.name,//             job: f(self.job),//         }//     }// } pub fn repository_owner_guard_expression(trigger_always: bool) -> Expression {    Expression::new(format!(        "(github.repository_owner == 'zed-industries' || github.repository_owner == 'zed-extensions'){}",        trigger_always.then_some(" && always()").unwrap_or_default()    ))} pub trait CommonJobConditions: Sized {    fn with_repository_owner_guard(self) -> Self;} impl CommonJobConditions for Job {    fn with_repository_owner_guard(self) -> Self {        self.cond(repository_owner_guard_expression(false))    }} pub(crate) fn release_job(deps: &[&NamedJob]) -> Job {    dependant_job(deps)        .with_repository_owner_guard()        .timeout_minutes(60u32)} pub(crate) fn dependant_job(deps: &[&NamedJob]) -> Job {    let job = Job::default();    if deps.len() > 0 {        job.needs(deps.iter().map(|j| j.name.clone()).collect::<Vec<_>>())    } else {        job    }} impl FluentBuilder for Job {}impl FluentBuilder for Workflow {} /// A helper trait for building complex objects with imperative conditionals in a fluent style./// Copied from GPUI to avoid adding GPUI as dependency/// todo(ci) just put this in gh-workflow#[allow(unused)]pub trait FluentBuilder {    /// Imperatively modify self with the given closure.    fn map<U>(self, f: impl FnOnce(Self) -> U) -> U    where        Self: Sized,    {        f(self)    }     /// Conditionally modify self with the given closure.    fn when(self, condition: bool, then: impl FnOnce(Self) -> Self) -> Self    where        Self: Sized,    {        self.map(|this| if condition { then(this) } else { this })    }     /// Conditionally modify self with the given closure.    fn when_else(        self,        condition: bool,        then: impl FnOnce(Self) -> Self,        else_fn: impl FnOnce(Self) -> Self,    ) -> Self    where        Self: Sized,    {        self.map(|this| if condition { then(this) } else { else_fn(this) })    }     /// Conditionally unwrap and modify self with the given closure, if the given option is Some.    fn when_some<T>(self, option: Option<T>, then: impl FnOnce(Self, T) -> Self) -> Self    where        Self: Sized,    {        self.map(|this| {            if let Some(value) = option {                then(this, value)            } else {                this            }        })    }    /// Conditionally unwrap and modify self with the given closure, if the given option is None.    fn when_none<T>(self, option: &Option<T>, then: impl FnOnce(Self) -> Self) -> Self    where        Self: Sized,    {        self.map(|this| if option.is_some() { this } else { then(this) })    }} // (janky) helper to generate steps with a name that corresponds// to the name of the calling function.pub mod named {    use super::*;     /// Returns a uses step with the same name as the enclosing function.    /// (You shouldn't inline this function into the workflow definition, you must    /// wrap it in a new function.)    pub fn uses(owner: &str, repo: &str, ref_: &str) -> Step<Use> {        Step::new(function_name(1)).uses(owner, repo, ref_)    }     /// Returns a bash-script step with the same name as the enclosing function.    /// (You shouldn't inline this function into the workflow definition, you must    /// wrap it in a new function.)    pub fn bash(script: &str) -> Step<Run> {        Step::new(function_name(1)).run(script).shell(BASH_SHELL)    }     /// Returns a pwsh-script step with the same name as the enclosing function.    /// (You shouldn't inline this function into the workflow definition, you must    /// wrap it in a new function.)    pub fn pwsh(script: &str) -> Step<Run> {        Step::new(function_name(1)).run(script).shell(PWSH_SHELL)    }     /// Runs the command in either powershell or bash, depending on platform.    /// (You shouldn't inline this function into the workflow definition, you must    /// wrap it in a new function.)    pub fn run(platform: Platform, script: &str) -> Step<Run> {        match platform {            Platform::Windows => Step::new(function_name(1)).run(script).shell(PWSH_SHELL),            Platform::Linux | Platform::Mac => {                Step::new(function_name(1)).run(script).shell(BASH_SHELL)            }        }    }     /// Returns a Workflow with the same name as the enclosing module.    pub fn workflow() -> Workflow {        Workflow::default().name(            named::function_name(1)                .split("::")                .next()                .unwrap()                .to_owned(),        )    }     /// Returns a Job with the same name as the enclosing function.    /// (note job names may not contain `::`)    pub fn job(job: Job) -> NamedJob {        NamedJob {            name: function_name(1).split("::").last().unwrap().to_owned(),            job,        }    }     /// Returns the function name N callers above in the stack    /// (typically 1).    /// This only works because xtask always runs debug builds.    pub fn function_name(i: usize) -> String {        let mut name = "<unknown>".to_string();        let mut count = 0;        backtrace::trace(|frame| {            if count < i + 3 {                count += 1;                return true;            }            backtrace::resolve_frame(frame, |cb| {                if let Some(s) = cb.name() {                    name = s.to_string()                }            });            false        });         name.split("::")            .skip_while(|s| s != &"workflows")            .skip(1)            .collect::<Vec<_>>()            .join("::")    }} pub fn git_checkout(ref_name: &dyn std::fmt::Display) -> Step<Run> {    named::bash(&format!(        "git fetch origin {ref_name} && git checkout {ref_name}"    ))}