dosh/tests/release_scripts.rs

#[test]
fn quiet_update_keeps_prebuilt_enabled_by_default() {
    let install = include_str!("../install.sh");
    assert!(install.contains("use_prebuilt=\"${DOSH_USE_PREBUILT:-1}\""));
    assert!(
        !install.contains("use_prebuilt=0"),
        "quiet updates must not force source builds"
    );
    assert!(install.contains("[ \"$quiet\" != \"1\" ] && echo \"Trying Dosh prebuilt"));
    assert!(install.contains("[ \"$quiet\" != \"1\" ] && echo \"Building Dosh $role\""));
    assert!(
        !install.contains("[ \"$quiet\" = \"1\" ] && echo"),
        "quiet updates must suppress informational installer output"
    );
}

#[test]
fn release_scripts_skip_stale_artifacts_when_auto_discovering() {
    let upload = include_str!("../scripts/upload-gitea-release.sh");
    assert!(upload.contains("skipping $artifact: version"));
    assert!(upload.contains("expected_version"));

    let publish = include_str!("../scripts/publish-gitea-release.sh");
    assert!(publish.contains("skipping stale artifact"));
    assert!(publish.contains("actual=\"$(artifact_version \"$artifact\" || true)\""));
}

#[test]
fn release_upload_refuses_partial_platform_sets_by_default() {
    let upload = include_str!("../scripts/upload-gitea-release.sh");
    assert!(upload.contains("require_complete_release_artifacts \"$@\""));
    assert!(upload.contains("DOSH_RELEASE_ALLOW_PARTIAL=1"));
    assert!(upload.contains("refusing partial release upload"));
    for name in [
        "dosh-linux-x86_64.tar.gz",
        "dosh-macos-aarch64.tar.gz",
        "dosh-macos-x86_64.tar.gz",
        "dosh-windows-x86_64.zip",
        "dosh-windows-aarch64.zip",
    ] {
        assert!(
            upload.contains(name),
            "release upload completeness check must require {name}"
        );
    }
}

#[test]
fn release_upload_marks_prerelease_tags_as_prereleases() {
    let upload = include_str!("../scripts/upload-gitea-release.sh");
    assert!(upload.contains("release_prerelease=false"));
    assert!(upload.contains("*-*) release_prerelease=true"));
    assert!(upload.contains("\"prerelease\":%s"));
    assert!(upload.contains("metadata_payload="));
    assert!(
        upload.contains("-X PATCH"),
        "existing Gitea releases must be corrected when prerelease metadata changes"
    );
}

#[test]
fn release_gates_test_all_targets() {
    let makefile = include_str!("../Makefile");
    let ci = include_str!("../.github/workflows/ci.yml");
    assert!(makefile.contains("test:\n\tcargo test --all-targets"));
    assert!(makefile.contains("cargo test --all-targets\n\t$(MAKE) tui-harness"));
    assert!(ci.contains("run: sh -n install.sh scripts/*.sh"));
    assert!(ci.contains("run: cargo clippy --all-targets -- -D warnings"));
    assert!(ci.contains("run: cargo test --all-targets"));
    assert!(ci.contains("run: sh scripts/tui-harness.sh"));
    let macos_client = ci
        .split("macos-client:")
        .nth(1)
        .and_then(|tail| tail.split("\n  windows-client:").next())
        .expect("macos-client job");
    assert!(macos_client.contains("name: macos-aarch64"));
    assert!(macos_client.contains("name: macos-x86_64"));
    assert!(macos_client.contains("os: macos-14"));
    assert!(macos_client.contains("os: macos-13"));
    assert!(macos_client.contains("name: Test macOS client"));
    assert!(
        macos_client.contains("run: cargo test --all-targets"),
        "macOS CI must run Rust tests, not only release packaging"
    );
    assert!(
        macos_client.contains("run: node --test vscode-extension/extension.test.js"),
        "macOS CI must exercise VS Code helper quoting"
    );
    let windows_client = ci
        .split("windows-client:")
        .nth(1)
        .and_then(|tail| tail.split("\n  package-release:").next())
        .expect("windows-client job");
    assert!(windows_client.contains("runs-on: windows-latest"));
    assert!(windows_client.contains("name: Test Windows client"));
    assert!(windows_client.contains("name: PowerShell syntax check"));
    assert!(windows_client.contains("shell: pwsh"));
    assert!(
        windows_client
            .contains("[System.Management.Automation.Language.Parser]::ParseFile(\"install.ps1\""),
        "Windows CI must parse the installer with PowerShell"
    );
    assert!(
        windows_client.contains("run: cargo test --all-targets"),
        "Windows CI must run Rust tests, not only build/package"
    );
    assert!(
        windows_client.contains("run: node --test vscode-extension/extension.test.js"),
        "Windows CI must exercise VS Code helper quoting"
    );
}

#[test]
fn one_dot_zero_gates_default_to_full_length_soaks() {
    let makefile = include_str!("../Makefile");
    let reconnect_check = makefile
        .split("reconnect-check:")
        .nth(1)
        .and_then(|tail| tail.split("\nhostile-network-check:").next())
        .expect("reconnect-check target");
    assert!(reconnect_check.contains("DOSH_SOAK_SECONDS=$${DOSH_SOAK_SECONDS:-1800}"));
    assert!(!reconnect_check.contains("DOSH_SOAK_SECONDS=$${DOSH_SOAK_SECONDS:-300}"));

    let hostile_check = makefile
        .split("hostile-network-check:")
        .nth(1)
        .and_then(|tail| tail.split("\npersistence-check:").next())
        .expect("hostile-network-check target");
    assert!(hostile_check.contains("DOSH_BADNET_SOAK_SECONDS=$${DOSH_BADNET_SOAK_SECONDS:-1800}"));
    assert!(!hostile_check.contains("DOSH_BADNET_SOAK_SECONDS=$${DOSH_BADNET_SOAK_SECONDS:-300}"));
}

#[test]
fn installers_skip_stale_latest_release_prebuilts() {
    let install = include_str!("../install.sh");
    assert!(install.contains("latest_release_is_stale"));
    assert!(install.contains("current_source_version"));
    assert!(install.contains("latest release $latest is older than source $current"));
    assert!(install.contains("version_prerelease"));
    assert!(install.contains("prerelease_less_than"));
    assert!(
        install.contains("if latest_release_is_stale; then"),
        "unix installer must skip stale latest before downloading a prebuilt"
    );

    let ps1 = include_str!("../install.ps1");
    assert!(ps1.contains("Latest-ReleaseIsStale"));
    assert!(ps1.contains("Current-SourceVersion"));
    assert!(ps1.contains("latest release $latestVersion is older than source $current"));
    assert!(ps1.contains("Version-Prerelease"));
    assert!(ps1.contains("Compare-Prerelease"));
    assert!(
        ps1.contains("if (Latest-ReleaseIsStale)"),
        "windows installer must skip stale latest before downloading a prebuilt"
    );
}

#[test]
fn installers_refuse_prebuilts_without_checksums() {
    let install = include_str!("../install.sh");
    assert!(install.contains("verify_archive_checksum"));
    assert!(install.contains("refusing unverified binary for $url"));
    assert!(
        !install.contains("continuing without sidecar verification"),
        "unix installer must not silently install an unverifiable prebuilt"
    );

    let ps1 = include_str!("../install.ps1");
    assert!(ps1.contains("Verify-ArchiveChecksum"));
    assert!(ps1.contains("refusing unverified binary for $Url"));
    assert!(
        !ps1.contains("continuing without sidecar verification"),
        "windows installer must not silently install an unverifiable prebuilt"
    );
}

#[test]
fn windows_installer_reuses_persistent_source_update_cache() {
    let ps1 = include_str!("../install.ps1");
    assert!(ps1.contains("DOSH_UPDATE_CACHE"));
    assert!(ps1.contains("elseif ($env:LOCALAPPDATA)"));
    assert!(ps1.contains("Join-Path $env:LOCALAPPDATA \"dosh\\source\""));
    assert!(ps1.contains("Join-Path $HOME \".cache\\dosh\\source\""));
    assert!(ps1.contains("Assert-NoRelativePathSegments($Path)"));
    assert!(ps1.contains("Assert-NoRelativePathSegments $Path"));
    assert!(ps1.contains("$segment -eq \".\" -or $segment -eq \"..\""));
    assert!(ps1.contains("$localAppData = Normalize-PathForCompare $env:LOCALAPPDATA"));
    assert!(ps1.contains(
        "$localAppDataDosh = Normalize-PathForCompare (Join-Path $env:LOCALAPPDATA \"dosh\")"
    ));
    assert!(ps1.contains("$full -eq $localAppData -or $full -eq $localAppDataDosh"));
    assert!(ps1.contains("$sourceCache = Assert-SafeUpdateCache $UpdateCache"));
    assert!(ps1.contains(
        "$fetchArgs = @(\"-C\", $sourceCache, \"fetch\", \"--depth\", \"1\", \"origin\", \"main\")"
    ));
    assert!(ps1.contains("$fetchArgs = @(\"-C\", $sourceCache, \"fetch\", \"-q\", \"--depth\", \"1\", \"origin\", \"main\")"));
    assert!(ps1.contains("git @fetchArgs"));
    assert!(ps1.contains("git -C $sourceCache checkout -q -B main FETCH_HEAD"));
    assert!(ps1.contains(
        "$cloneArgs = @(\"clone\", \"--depth\", \"1\", \"--branch\", \"main\", $Repo, $sourceCache)"
    ));
    assert!(ps1.contains("$cloneArgs = @(\"clone\", \"-q\", \"--depth\", \"1\", \"--branch\", \"main\", $Repo, $sourceCache)"));
    assert!(ps1.contains("git @cloneArgs | Out-Null"));
    assert!(
        !ps1.contains("git clone --depth 1 $Repo $tmp"),
        "Windows source updates should reuse a persistent cache instead of recloning into temp"
    );
}

#[test]
fn windows_quiet_source_updates_silence_git_like_unix() {
    let install = include_str!("../install.sh");
    let ps1 = include_str!("../install.ps1");
    assert!(install.contains("git -C \"$update_cache\" fetch -q --depth 1 origin main"));
    assert!(install.contains("git clone -q --depth 1 --branch main \"$repo\" \"$update_cache\""));
    assert!(ps1.contains("if ($Quiet)"));
    assert!(ps1.contains("\"fetch\", \"-q\", \"--depth\""));
    assert!(ps1.contains("\"clone\", \"-q\", \"--depth\""));
}

#[test]
fn windows_installer_bootstraps_rust_for_source_fallback_like_unix() {
    let install = include_str!("../install.sh");
    let ps1 = include_str!("../install.ps1");
    assert!(install.contains("ensure_cargo()"));
    assert!(install.contains("cargo not found; installing Rust toolchain with rustup"));
    assert!(ps1.contains("function Ensure-Cargo"));
    assert!(ps1.contains("cargo not found; installing Rust toolchain with winget/rustup"));
    assert!(ps1.contains("winget install --id Rustlang.Rustup"));
    assert!(ps1.contains("--accept-package-agreements --accept-source-agreements"));
    assert!(ps1.contains("PathList-Contains $env:Path $cargoBin"));
    assert!(ps1.contains("$env:Path = \"$cargoBin;$env:Path\""));
    assert!(ps1.contains("Ensure-Cargo"));
    assert!(!ps1.contains("Require-Command cargo"));
}

#[test]
fn windows_installer_bootstraps_git_for_source_fallback_like_unix() {
    let ps1 = include_str!("../install.ps1");
    assert!(ps1.contains("function Ensure-Git"));
    assert!(ps1.contains("git not found; installing Git with winget"));
    assert!(ps1.contains("winget install --id Git.Git"));
    assert!(ps1.contains("--accept-package-agreements --accept-source-agreements"));
    assert!(ps1.contains("Join-Path $env:ProgramFiles \"Git\\cmd\""));
    assert!(ps1.contains("Join-Path ${env:ProgramFiles(x86)} \"Git\\cmd\""));
    assert!(ps1.contains("Join-Path $env:LOCALAPPDATA \"Programs\\Git\\cmd\""));
    assert!(ps1.contains("PathList-Contains $env:Path $gitBin"));
    assert!(ps1.contains("$env:Path = \"$gitBin;$env:Path\""));
    assert!(ps1.contains("Ensure-Git"));
    assert!(!ps1.contains("Require-Command git"));
}

#[test]
fn windows_cmd_installer_wraps_native_powershell_installer() {
    let cmd = include_str!("../install.cmd");
    let readme = include_str!("../README.md");
    assert!(cmd.contains("@echo off"));
    assert!(cmd.contains("https://git.palav.dev/Palav/dosh/raw/branch/main/install.ps1"));
    assert!(cmd.contains("for %%P in (powershell.exe pwsh.exe powershell pwsh) do"));
    assert!(cmd.contains("set \"TMP_BINDIR=%TEMP%\\dosh-install-%RANDOM%-%RANDOM%.bindir\""));
    assert!(cmd.contains("set \"DOSH_INSTALL_BINDIR_FILE=%TMP_BINDIR%\""));
    assert!(cmd.contains("Invoke-WebRequest -UseBasicParsing"));
    assert!(cmd.contains("-ExecutionPolicy Bypass -File \"%TMP_PS%\" %*"));
    assert!(cmd.contains(
        "for /f \"usebackq delims=\" %%D in (\"%TMP_BINDIR%\") do if not defined DOSH_CMD_BINDIR set \"DOSH_CMD_BINDIR=%%D\""
    ));
    assert!(cmd.contains("if not defined DOSH_CMD_BINDIR ("));
    assert!(
        cmd.contains(
            "if \"%DOSH_CMD_PREFIX%\"==\"\" set \"DOSH_CMD_PREFIX=%USERPROFILE%\\.local\""
        )
    );
    assert!(cmd.contains("set \"DOSH_CMD_BINDIR=%DOSH_CMD_PREFIX%\\bin\""));
    assert!(cmd.contains("echo ;%PATH%; | find /I \";%DOSH_CMD_BINDIR%;\""));
    assert!(cmd.contains("set \"DOSH_NEXT_PATH=%DOSH_CMD_BINDIR%;%PATH%\""));
    assert!(cmd.contains("endlocal & set \"PATH=%DOSH_NEXT_PATH%\" & exit /b %RC%"));
    assert!(readme.contains("Windows client from `cmd.exe`:"));
    assert!(readme.contains("install.cmd"));
}

#[test]
fn windows_installer_honors_quiet_update_mode() {
    let ps1 = include_str!("../install.ps1");
    assert!(ps1.contains("$Quiet = $env:DOSH_UPDATE_QUIET"));
    assert!(ps1.contains("function Write-Info($Message)"));
    assert!(ps1.contains("if (-not $Quiet)"));
    assert!(ps1.contains("Write-Info \"Trying Dosh prebuilt"));
    assert!(ps1.contains("Write-Info \"Falling back to source build\""));
    assert!(ps1.contains("Write-Info \"Installed Dosh client to $bindir\""));
    assert!(
        !ps1.contains("Write-Host \"Trying Dosh prebuilt"),
        "Windows quiet update must not print prebuilt progress directly"
    );
    assert!(
        !ps1.contains("Write-Host \"Installed Dosh client"),
        "Windows quiet update must not print install summary directly"
    );
}

#[test]
fn windows_source_fallback_builds_client_only_like_unix() {
    let install = include_str!("../install.sh");
    let ps1 = include_str!("../install.ps1");
    assert!(install.contains("cargo build -q --release --bin dosh-client"));
    assert!(install.contains("cargo build --release --bin dosh-client"));
    assert!(ps1.contains("$buildArgs = @(\"build\", \"--release\", \"--bin\", \"dosh-client\")"));
    assert!(
        ps1.contains(
            "$buildArgs = @(\"build\", \"-q\", \"--release\", \"--bin\", \"dosh-client\")"
        ),
        "Windows quiet source fallback should use cargo -q like Unix"
    );
    assert!(ps1.contains("cargo @buildArgs"));
    assert!(
        !ps1.contains("cargo build --release --bin dosh-client --bin dosh-bench"),
        "Windows client source fallback must not compile dosh-bench on every update"
    );
    assert!(ps1.contains("if (Test-Path \"target\\release\\dosh-bench.exe\")"));
}

#[test]
fn windows_prebuilt_install_requires_client_but_not_bench() {
    let install = include_str!("../install.sh");
    let ps1 = include_str!("../install.ps1");
    assert!(install.contains("install_extracted_binary \"$tmpdir/extract\" dosh-client"));
    assert!(install.contains("if found_bench=\"$(find_extracted_binary"));
    assert!(ps1.contains("throw \"prebuilt archive missing dosh-client.exe\""));
    assert!(ps1.contains("-Filter \"dosh-bench.exe\""));
    assert!(ps1.contains("if ($bench)"));
    assert!(ps1.contains("Install-Binary $client.FullName (Join-Path $bindir \"dosh.exe\")"));
    assert!(!ps1.contains("Install-Binary (Join-Path $bindir \"dosh-client.exe\")"));
    assert!(
        !ps1.contains("throw \"prebuilt archive missing dosh-bench.exe\""),
        "Windows prebuilt install should not fall back to source just because dosh-bench is absent"
    );
}

#[test]
fn windows_installer_stages_locked_binary_replacements() {
    let ps1 = include_str!("../install.ps1");
    assert!(ps1.contains("function Start-DeferredBinaryReplacement"));
    assert!(ps1.contains("function Apply-PendingBinaryReplacements"));
    assert!(ps1.contains("$pending = \"$Destination.pending.$PID\""));
    assert!(ps1.contains("Move-Item -LiteralPath $tmp -Destination $pending -Force"));
    assert!(ps1.contains("Start-DeferredBinaryReplacement $pending $Destination"));
    assert!(ps1.contains("binary is in use; staged replacement"));
    assert!(ps1.contains("for (`$i = 0; `$i -lt 3600; `$i++)"));
    assert!(ps1.contains(
        "Move-Item -LiteralPath `$payload.Pending -Destination `$payload.Destination -Force"
    ));
    assert!(ps1.contains("[System.Text.Encoding]::Unicode.GetBytes($script)"));
    assert!(ps1.contains("Start-Process -FilePath $ps"));
    assert!(ps1.contains("Get-ChildItem -LiteralPath $Dir -File -Filter \"*.pending.*\""));
    assert!(ps1.contains("$marker = \".pending.\""));
    assert!(ps1.contains("$destinationName = $name.Substring(0, $index)"));
    assert!(ps1.contains("Move-Item -LiteralPath $pending -Destination $destination -Force"));
    assert!(ps1.contains("Apply-PendingBinaryReplacements $bindir"));
    let recovery = ps1.find("Apply-PendingBinaryReplacements $bindir").unwrap();
    let install = ps1.find("if ($UsePrebuilt)").unwrap();
    assert!(
        recovery < install,
        "pending binary replacements must be recovered before installing new binaries"
    );
}

#[test]
fn windows_installer_adds_user_path_idempotently() {
    let ps1 = include_str!("../install.ps1");
    assert!(ps1.contains("function Add-UserPath($PathToAdd)"));
    assert!(ps1.contains("function PathList-Contains($PathValue, $PathToFind)"));
    assert!(ps1.contains("$bindir = Normalize-PathForCompare (Join-Path $Prefix \"bin\")"));
    assert!(ps1.contains("if ($env:DOSH_INSTALL_BINDIR_FILE)"));
    assert!(ps1.contains("Write-Utf8NoBom $env:DOSH_INSTALL_BINDIR_FILE $bindir"));
    assert!(ps1.contains("$wanted = Normalize-PathForCompare $PathToFind"));
    assert!(ps1.contains("foreach ($entry in ($PathValue -split ';' | Where-Object { $_ }))"));
    assert!(ps1.contains("$wanted = Normalize-PathForCompare $PathToAdd"));
    assert!(ps1.contains("-ieq $wanted"));
    assert!(ps1.contains("(@($entries) + $PathToAdd) -join ';'"));
    assert!(ps1.contains("PathList-Contains $env:Path $PathToAdd"));
    assert!(ps1.contains("$env:Path = \"$PathToAdd;$env:Path\""));
    assert!(
        ps1.find("PathList-Contains $env:Path $PathToAdd").unwrap()
            < ps1.find("foreach ($entry in $entries)").unwrap(),
        "Windows installer must refresh the current shell PATH even when user PATH already contains Dosh"
    );
    assert!(
        !ps1.contains("\"$userPath;$bindir\""),
        "Windows installer must not write a leading semicolon when user PATH is empty"
    );
    assert!(ps1.contains("Add-UserPath $bindir"));
}

#[test]
fn windows_installer_prefers_native_wow64_arch_for_prebuilts() {
    let ps1 = include_str!("../install.ps1");
    assert!(ps1.contains("PROCESSOR_ARCHITEW6432"));
    assert!(ps1.contains("$arch = if ($env:PROCESSOR_ARCHITEW6432)"));
    assert!(ps1.contains("\"ARM64\" { \"aarch64\"; break }"));
    assert!(ps1.contains("\"dosh-windows-$(Normalize-Arch).zip\""));
}

#[test]
fn unix_installer_rejects_unsafe_source_update_cache_paths() {
    let install = include_str!("../install.sh");
    assert!(install.contains("normalize_update_cache_path()"));
    assert!(install.contains("safe_update_cache_path()"));
    assert!(install.contains("update_cache=\"$(safe_update_cache_path \"$update_cache\")\""));
    for pattern in [
        "\"\"|\"/\"|\"$home_norm\"|\"$home_cache_norm\"",
        "\".\"|\"..\"|./*|../*|*/.|*/..|*/./*|*/../*",
    ] {
        assert!(
            install.contains(pattern),
            "Unix installer must reject unsafe update cache pattern {pattern}"
        );
    }
    assert!(
        install.contains("rm -rf \"$update_cache\""),
        "source cache replacement remains the destructive operation guarded by safe_update_cache_path"
    );
}

#[test]
fn installers_generate_same_native_auth_client_defaults() {
    let install = include_str!("../install.sh");
    let ps1 = include_str!("../install.ps1");
    for setting in [
        "auth_preference = \"native,ssh\"",
        "trust_on_first_use = false",
        "native_auth_timeout_ms = 700",
        "known_hosts = \"~/.config/dosh/known_hosts\"",
        "identity_files = [\"~/.ssh/id_ed25519\"]",
        "use_ssh_agent = true",
        "forward_agent = false",
    ] {
        assert!(
            install.contains(setting),
            "Unix installer missing client default {setting}"
        );
        assert!(
            ps1.contains(setting),
            "Windows installer missing client default {setting}"
        );
    }
}

#[test]
fn windows_installer_uses_native_credential_cache_path() {
    let install = include_str!("../install.sh");
    let ps1 = include_str!("../install.ps1");
    assert!(install.contains("credential_cache = \"~/.local/share/dosh/credentials\""));
    assert!(ps1.contains("$credentialCache = if ($env:LOCALAPPDATA)"));
    assert!(ps1.contains("Join-Path $env:LOCALAPPDATA \"dosh\\credentials\""));
    assert!(ps1.contains(".Replace('\\', '/')"));
    assert!(ps1.contains("credential_cache = \"$credentialCache\""));
}

#[test]
fn windows_installer_generates_hosts_config_like_unix() {
    let install = include_str!("../install.sh");
    let ps1 = include_str!("../install.ps1");
    for setting in [
        "hosts.toml",
        "# default_command = \"tm\"",
        "[default]",
        "predict = true",
    ] {
        assert!(
            install.contains(setting),
            "Unix installer missing host config setting {setting}"
        );
        assert!(
            ps1.contains(setting),
            "Windows installer missing host config setting {setting}"
        );
    }
    assert!(install.contains("host_udp_line=\"# dosh_host = \\\"server.example.com\\\"\""));
    assert!(
        ps1.contains("$hostUdpLine = if ($DoshHost)")
            && ps1.contains("# dosh_host = `\"server.example.com`\""),
        "Windows installer should not bake an SSH target into dosh_host"
    );
    assert!(
        ps1.contains("Write-Utf8NoBom $hostsConfig $hostsToml"),
        "Windows installer should write TOML as UTF-8 without BOM"
    );
    assert!(
        !ps1.contains("Set-Content -NoNewline -Encoding utf8 $hostsConfig"),
        "PowerShell Set-Content -Encoding utf8 can write a BOM on older hosts"
    );
}

#[test]
fn package_check_verifies_only_artifacts_it_builds() {
    let makefile = include_str!("../Makefile");
    let verify = include_str!("../scripts/verify-release-artifacts.sh");
    assert!(
        verify.contains("if [ \"$#\" -gt 0 ]; then"),
        "release verifier must accept an explicit artifact list"
    );
    let package_check = makefile
        .split("package-check:")
        .nth(1)
        .and_then(|tail| tail.split("\ninstall:").next())
        .expect("package-check target");
    assert!(package_check.contains("package-release-linux"));
    assert!(package_check.contains("package-release-windows"));
    assert!(package_check.contains("package-release-windows-arm64"));
    assert!(package_check.contains("aarch64-w64-mingw32-clang"));
    assert!(package_check.contains("aarch64-pc-windows-gnullvm"));
    assert!(package_check.contains("dosh-linux-x86_64.tar.gz"));
    assert!(package_check.contains("dosh-windows-x86_64.zip"));
    assert!(
        !package_check.contains("dosh-macos-aarch64.tar.gz"),
        "Linux package-check does not build macOS artifacts, so it must not depend on one"
    );
}

#[test]
fn complete_release_verifier_requires_all_desktop_architectures() {
    let verify = include_str!("../scripts/verify-release-artifacts.sh");
    assert!(verify.contains("dosh-linux-x86_64.tar.gz"));
    assert!(verify.contains("dosh-macos-aarch64.tar.gz"));
    assert!(verify.contains("dosh-macos-x86_64.tar.gz"));
    assert!(verify.contains("dosh-windows-x86_64.zip"));
    assert!(verify.contains("dosh-windows-aarch64.zip"));
}

#[test]
fn package_release_workflow_builds_both_windows_architectures() {
    let ci = include_str!("../.github/workflows/ci.yml");
    assert!(ci.contains("name: windows-x86_64"));
    assert!(ci.contains("name: windows-aarch64"));
    assert!(ci.contains("DOSH_PACKAGE_ARCH: ${{ matrix.package_arch }}"));
    assert!(ci.contains("aarch64-pc-windows-msvc"));
}

#[test]
fn release_verifier_checks_checksums_and_expected_binaries() {
    let verify = include_str!("../scripts/verify-release-artifacts.sh");
    assert!(verify.contains("verify_checksum()"));
    assert!(verify.contains("release checksum mismatch"));
    for member in [
        "dosh/bin/dosh",
        "dosh/bin/dosh-client",
        "dosh/bin/dosh-server",
        "dosh/bin/dosh-auth",
        "dosh/bin/dosh-bench",
        "dosh/bin/dosh.exe",
        "dosh/bin/dosh-client.exe",
        "dosh/bin/dosh-bench.exe",
    ] {
        assert!(
            verify.contains(member),
            "release verifier must require archive member {member}"
        );
    }
    assert!(verify.contains("artifact missing expected member"));
}

#[test]
fn package_release_stamps_git_build_info() {
    let package = include_str!("../scripts/package-release.sh");
    let build = include_str!("../build.rs");
    for name in [
        "DOSH_BUILD_GIT_HASH",
        "DOSH_BUILD_COMMIT_DATE",
        "DOSH_BUILD_GIT_DIRTY",
    ] {
        assert!(package.contains(name), "package script must export {name}");
        assert!(build.contains(name), "build.rs must consume {name}");
    }
    assert!(package.contains("git rev-parse --short=12 HEAD"));
    assert!(package.contains("git show -s --format=%cs HEAD"));
    assert!(build.contains("cargo:rerun-if-env-changed=DOSH_BUILD_GIT_HASH"));
}

#[test]
fn package_release_maps_windows_cross_arch_targets() {
    let package = include_str!("../scripts/package-release.sh");
    assert!(package.contains("host_arch=\"$(normalize_arch)\""));
    assert!(package.contains("elif [ \"$arch\" != \"$host_arch\" ]; then"));
    assert!(package.contains("x86_64-pc-windows-msvc"));
    assert!(package.contains("aarch64-pc-windows-msvc"));
}

#[test]
fn package_release_windows_zip_tries_classic_and_core_powershell() {
    let package = include_str!("../scripts/package-release.sh");
    assert!(package.contains("powershell_compress_archive()"));
    assert!(package.contains("powershell_word()"));
    assert!(package.contains("sed \"s/'/''/g\""));
    assert!(package.contains("for ps in powershell.exe powershell pwsh.exe pwsh; do"));
    assert!(package.contains("\"$ps\" -NoProfile -Command"));
    assert!(package.contains("Compress-Archive -Force -LiteralPath $(powershell_word \"$stage\")"));
    assert!(package.contains("-DestinationPath $(powershell_word \"$out_dir/$artifact\")"));
    assert!(package.contains("windows packaging requires PowerShell or zip"));
}

#[test]
fn systemd_service_does_not_sandbox_remote_shells() {
    let service = include_str!("../packaging/systemd/dosh-server.service");
    let install = include_str!("../install.sh");
    for raw in [service, install] {
        assert!(raw.contains("KillMode=process"));
        assert!(
            raw.contains("Restart=always"),
            "dosh-server should come back after accidental SIGTERM while preserving child shells"
        );
        for directive in [
            "NoNewPrivileges=",
            "PrivateTmp=",
            "ProtectSystem=",
            "ProtectHome=",
            "RestrictAddressFamilies=",
            "RestrictRealtime=",
            "LockPersonality=",
            "MemoryDenyWriteExecute=",
        ] {
            assert!(
                !raw.contains(directive),
                "dosh sessions are user shells; systemd sandbox directive {directive} changes terminal/app behavior"
            );
        }
        assert!(
            !raw.contains("ReadWritePaths="),
            "remote shells must not be restricted to dosh config/data paths"
        );
    }
}