diff --git a/README.md b/README.md index 612bf56ba..01c531149 100644 --- a/README.md +++ b/README.md @@ -92,10 +92,31 @@ npm install --global rea-agents rea setup ``` -Installing the CLI does not update Homebrew, Node.js, npm, Hopper, or agent configuration. `rea setup` detects what is already present, prints every proposed change, and asks before applying it. +Installing the CLI does not update Homebrew, Node.js, npm, Hopper, or agent +configuration. `rea setup` opens with the work it enables: investigate local +apps from an agent, recover evidence through a deep-analysis provider, and +reuse REA's guided workflow. It summarizes the detected agents, then offers +**Set up all available capabilities (recommended)**, **Customize**, or +**No thanks**. Customize shows every concrete target with an `MCP`, `provider`, +or `skill` label. + +REA keeps the journey inline so its history remains in the terminal. Before +anything changes, it validates existing configuration, prints exact paths and +external effects, and asks for final approval with **No** as the default. The +screen keeps the available keys visible while you choose; Ctrl-C and declining +leave the system unchanged. REA detects Claude Code, Claude Desktop, Codex, Cursor, Gemini CLI, Windsurf, and Devin. It configures the first six when detected; Devin is reported but left unchanged because it has no documented local MCP configuration boundary. Registrations are additive, backup-first, and read back after writing. You can safely rerun setup. +Use `rea setup --dry-run` to inspect the plan, repeat `--client` to select exact +agents, and `--accessible` for sequential vertical prompts. Machine output +remains available through `--json`; prompt UI and progress go to stderr. + +After a successful setup, REA reports the capabilities now ready to use and a +concrete next step, such as restarting a configured agent before asking it to +investigate an application. It does not claim an integration or provider is +ready unless setup and its final diagnostic check verified it. + An optional curl wrapper installs the same CLI package and starts setup only when a terminal is available: ```bash diff --git a/docs/api/assets/hierarchy.js b/docs/api/assets/hierarchy.js index 5864366d0..652a60943 100644 --- a/docs/api/assets/hierarchy.js +++ b/docs/api/assets/hierarchy.js @@ -1 +1 @@ -window.hierarchyData = 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\ No newline at end of file diff --git a/docs/api/assets/navigation.js b/docs/api/assets/navigation.js index ffe768cae..9063daf99 100644 --- a/docs/api/assets/navigation.js +++ b/docs/api/assets/navigation.js @@ -1 +1 @@ -window.navigationData = 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" 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"; \ No newline at end of file diff --git a/docs/api/classes/application_PermissionAuthority.PermissionPathError.html b/docs/api/classes/application_PermissionAuthority.PermissionPathError.html index 74a748bcb..0233c70fb 100644 --- a/docs/api/classes/application_PermissionAuthority.PermissionPathError.html +++ b/docs/api/classes/application_PermissionAuthority.PermissionPathError.html @@ -14,7 +14,7 @@

Failure to establish a filesystem object's canonical authorization identity.

-
+

Hierarchy

diff --git a/docs/api/functions/application_LinuxHopper.installLinuxHopper.html b/docs/api/functions/application_LinuxHopper.installLinuxHopper.html index ef49a6cdb..578aa1fb5 100644 --- a/docs/api/functions/application_LinuxHopper.installLinuxHopper.html +++ b/docs/api/functions/application_LinuxHopper.installLinuxHopper.html @@ -25,7 +25,7 @@
  • options: {
        releases?: Readonly<Record<LinuxPackageFamily, LinuxHopperRelease>>;
        signal?: AbortSignal;
    } = {}

    • Returns Promise<LinuxHopperInstallResult>

    +
  • Defined in src/application/LinuxHopper.ts:160
    • diff --git a/docs/api/functions/application_LinuxHopper.linuxHopperBinarySupported.html b/docs/api/functions/application_LinuxHopper.linuxHopperBinarySupported.html index 41c649c11..eb4d48182 100644 --- a/docs/api/functions/application_LinuxHopper.linuxHopperBinarySupported.html +++ b/docs/api/functions/application_LinuxHopper.linuxHopperBinarySupported.html @@ -24,7 +24,7 @@
  • path: string

    • Returns Promise<boolean>

    +
  • Defined in src/application/LinuxHopper.ts:244
    • diff --git a/docs/api/functions/application_LinuxHopper.linuxHopperInstallDisclosure.html b/docs/api/functions/application_LinuxHopper.linuxHopperInstallDisclosure.html new file mode 100644 index 000000000..3be3b4762 --- /dev/null +++ b/docs/api/functions/application_LinuxHopper.linuxHopperInstallDisclosure.html @@ -0,0 +1,45 @@ +linuxHopperInstallDisclosure | rea-agents - v2.0.0
    +
    rea-agents - v2.0.0 + +
      +
      +
      Preparing search index...
      +
      +
      +
      + +

      Function linuxHopperInstallDisclosure

      +
      +
      +
      +
      +
      +
      +

      Settings

       +
      +
      Member Visibility +
        +
        • +
      +
      +
      +
      +
      diff --git a/docs/api/functions/application_LinuxHopper.linuxHopperLauncherPath.html b/docs/api/functions/application_LinuxHopper.linuxHopperLauncherPath.html index efbc6ecdd..9b60f3985 100644 --- a/docs/api/functions/application_LinuxHopper.linuxHopperLauncherPath.html +++ b/docs/api/functions/application_LinuxHopper.linuxHopperLauncherPath.html @@ -24,7 +24,7 @@
    • home: string

      • Returns string

      +
    • Defined in src/application/LinuxHopper.ts:209
      • diff --git a/docs/api/functions/application_LinuxHopper.linuxPackageManagerCommands.html b/docs/api/functions/application_LinuxHopper.linuxPackageManagerCommands.html index 7571b02f7..9072d998c 100644 --- a/docs/api/functions/application_LinuxHopper.linuxPackageManagerCommands.html +++ b/docs/api/functions/application_LinuxHopper.linuxPackageManagerCommands.html @@ -26,7 +26,7 @@
    • isRoot: boolean

      • Returns readonly { args: readonly string[]; executable: string }[]

      +
    • Defined in src/application/LinuxHopper.ts:278
      • diff --git a/docs/api/functions/application_LinuxHopper.linuxSharedLibrariesAvailable.html b/docs/api/functions/application_LinuxHopper.linuxSharedLibrariesAvailable.html index cc661c8b6..8dc6a963d 100644 --- a/docs/api/functions/application_LinuxHopper.linuxSharedLibrariesAvailable.html +++ b/docs/api/functions/application_LinuxHopper.linuxSharedLibrariesAvailable.html @@ -24,7 +24,7 @@
    • output: string

      • Returns boolean

      +
    • Defined in src/application/LinuxHopper.ts:257
      • diff --git a/docs/api/functions/application_LinuxHopper.parseLinuxDistribution.html b/docs/api/functions/application_LinuxHopper.parseLinuxDistribution.html index de3956395..c1cf06b34 100644 --- a/docs/api/functions/application_LinuxHopper.parseLinuxDistribution.html +++ b/docs/api/functions/application_LinuxHopper.parseLinuxDistribution.html @@ -24,7 +24,7 @@
    • text: string

      • Returns LinuxDistribution

      +
    • Defined in src/application/LinuxHopper.ts:119
      • diff --git a/docs/api/functions/application_LinuxHopper.readLinuxDistribution.html b/docs/api/functions/application_LinuxHopper.readLinuxDistribution.html index 114f70250..d0724cb00 100644 --- a/docs/api/functions/application_LinuxHopper.readLinuxDistribution.html +++ b/docs/api/functions/application_LinuxHopper.readLinuxDistribution.html @@ -20,7 +20,7 @@

      Returns Promise<LinuxDistribution | undefined>

      +
    • Defined in src/application/LinuxHopper.ts:149
      • diff --git a/docs/api/functions/application_MacHopper.installMacHopper.html b/docs/api/functions/application_MacHopper.installMacHopper.html index 20e4824ae..3b65aac0a 100644 --- a/docs/api/functions/application_MacHopper.installMacHopper.html +++ b/docs/api/functions/application_MacHopper.installMacHopper.html @@ -25,7 +25,7 @@
    • host: MacHopperInstallHost = ...

      • Returns Promise<MacHopperInstallResult>

      +
    • Defined in src/application/MacHopper.ts:78
      • diff --git a/docs/api/functions/application_Setup.configureJsonClient.html b/docs/api/functions/application_Setup.configureJsonClient.html index 10b55467c..c621004d7 100644 --- a/docs/api/functions/application_Setup.configureJsonClient.html +++ b/docs/api/functions/application_Setup.configureJsonClient.html @@ -26,7 +26,7 @@
    • command: readonly string[] = ...

      • Returns Promise<ClientConfigurationResult>

      +
    • Defined in src/application/Setup.ts:595
      • diff --git a/docs/api/functions/application_Setup.configureTomlClient.html b/docs/api/functions/application_Setup.configureTomlClient.html index 4f5acffc1..e1ec7fb95 100644 --- a/docs/api/functions/application_Setup.configureTomlClient.html +++ b/docs/api/functions/application_Setup.configureTomlClient.html @@ -26,7 +26,7 @@
    • command: readonly string[] = ...

      • Returns Promise<ClientConfigurationResult>

      +
    • Defined in src/application/Setup.ts:673
      • diff --git a/docs/api/functions/application_Setup.detectClients.html b/docs/api/functions/application_Setup.detectClients.html index 8fd8049d2..8be5ed2f2 100644 --- a/docs/api/functions/application_Setup.detectClients.html +++ b/docs/api/functions/application_Setup.detectClients.html @@ -24,7 +24,7 @@
    • home: string

      • Returns Promise<readonly SetupClient[]>

      +
    • Defined in src/application/Setup.ts:584
      • diff --git a/docs/api/functions/application_Setup.runSetup.html b/docs/api/functions/application_Setup.runSetup.html index 97548245a..b17287b28 100644 --- a/docs/api/functions/application_Setup.runSetup.html +++ b/docs/api/functions/application_Setup.runSetup.html @@ -28,7 +28,7 @@ unattended options authorize only the actions represented in the result.

    • Optionalconfirm: SetupConfirmation

      • Returns Promise<SetupResult>

      +
    • Defined in src/application/Setup.ts:179
      • diff --git a/docs/api/functions/application_Setup.systemSetupHost.html b/docs/api/functions/application_Setup.systemSetupHost.html index c26064a3e..92faee855 100644 --- a/docs/api/functions/application_Setup.systemSetupHost.html +++ b/docs/api/functions/application_Setup.systemSetupHost.html @@ -24,7 +24,7 @@
    • doctorHost: DoctorHost = ...

      • Returns SetupHost

      +
    • Defined in src/application/Setup.ts:539
      • diff --git a/docs/api/functions/application_SetupClients.configureDetectedClients.html b/docs/api/functions/application_SetupClients.configureDetectedClients.html index ada7ac203..7feb8b278 100644 --- a/docs/api/functions/application_SetupClients.configureDetectedClients.html +++ b/docs/api/functions/application_SetupClients.configureDetectedClients.html @@ -14,17 +14,17 @@

      Returns Promise<string | undefined>

      +
    • Defined in src/application/SetupClients.ts:22
      • diff --git a/docs/api/functions/application_SetupPlan.setupPlan.html b/docs/api/functions/application_SetupPlan.setupPlan.html index 74902efb3..3726591b5 100644 --- a/docs/api/functions/application_SetupPlan.setupPlan.html +++ b/docs/api/functions/application_SetupPlan.setupPlan.html @@ -14,21 +14,17 @@
      • - +

        Build the complete setup mutation plan before approval.

        Parameters

        +
      • input: {
            clients: readonly Readonly<
                {
                    backupPath?: string;
                    client: SetupClient;
                    operation: "update"
                    | "create";
                },
            >[];
            installHopper: boolean;
            installSkill: boolean;
            linuxPackageFamily?: LinuxPackageFamily;
            platform: Platform;
            providerEnvironment: SetupProviderEnvironment;
        }

      Returns readonly SetupAction[]

      +
    • Defined in src/application/SetupPlan.ts:23
      • diff --git a/docs/api/functions/application_SupportedClients.supportedClients.html b/docs/api/functions/application_SupportedClients.supportedClients.html index 76cdf49ee..61dd6bc20 100644 --- a/docs/api/functions/application_SupportedClients.supportedClients.html +++ b/docs/api/functions/application_SupportedClients.supportedClients.html @@ -24,7 +24,7 @@
    • home: string

      • Returns readonly SetupClient[]

      +
    • Defined in src/application/SupportedClients.ts:71
      • diff --git a/docs/api/functions/cli.createCli.html b/docs/api/functions/cli.createCli.html index f4c2b0669..55bae6a68 100644 --- a/docs/api/functions/cli.createCli.html +++ b/docs/api/functions/cli.createCli.html @@ -22,7 +22,7 @@ Analysis commands acquire and close their own sessions; bare mcp an

      Returns Cli<{}>

      +
    • Defined in src/cli.ts:57
      • diff --git a/docs/api/hierarchy.html b/docs/api/hierarchy.html index 2c1c6f604..809cb0c37 100644 --- a/docs/api/hierarchy.html +++ b/docs/api/hierarchy.html @@ -42,7 +42,7 @@
    • BinaryTargetError
    • PermissionRequiredError
    • ReplayPlanStaleError
      • -
    • ProcessCaptureError
      • +
    • ProcessCaptureError
      • AnalysisOperationPort
          diff --git a/docs/api/interfaces/application_Doctor.SystemDoctorHostOptions.html b/docs/api/interfaces/application_Doctor.SystemDoctorHostOptions.html index 76bdffe20..b1e03dfc3 100644 --- a/docs/api/interfaces/application_Doctor.SystemDoctorHostOptions.html +++ b/docs/api/interfaces/application_Doctor.SystemDoctorHostOptions.html @@ -16,7 +16,7 @@
      interface SystemDoctorHostOptions {
          javascriptReplayCheck?: () => Promise<DoctorCheck>;
          providerInspections?: () => Promise<readonly DoctorProviderInspection[]>;
      }
      +
    • Defined in src/application/Doctor.ts:381
      • @@ -34,12 +34,12 @@
      javascriptReplayCheck?: () => Promise<DoctorCheck>
      +
    • Defined in src/application/Doctor.ts:385
      • providerInspections?: () => Promise<readonly DoctorProviderInspection[]>
      +
    • Defined in src/application/Doctor.ts:382
      • diff --git a/docs/api/interfaces/application_LinuxHopper.LinuxDistribution.html b/docs/api/interfaces/application_LinuxHopper.LinuxDistribution.html index ccdad9531..5fff8f081 100644 --- a/docs/api/interfaces/application_LinuxHopper.LinuxDistribution.html +++ b/docs/api/interfaces/application_LinuxHopper.LinuxDistribution.html @@ -16,7 +16,7 @@
      interface LinuxDistribution {
          id: string;
          packageFamily: LinuxPackageFamily | undefined;
          supported: boolean;
          versionId?: string;
      }
      +
    • Defined in src/application/LinuxHopper.ts:68
      • @@ -36,22 +36,22 @@
      id: string
      +
    • Defined in src/application/LinuxHopper.ts:69
      • packageFamily: LinuxPackageFamily | undefined
      +
    • Defined in src/application/LinuxHopper.ts:71
      • supported: boolean
      +
    • Defined in src/application/LinuxHopper.ts:72
      • versionId?: string
      +
    • Defined in src/application/LinuxHopper.ts:70
      • diff --git a/docs/api/interfaces/application_LinuxHopper.LinuxHopperDownload.html b/docs/api/interfaces/application_LinuxHopper.LinuxHopperDownload.html index cf4661b1a..84263ed04 100644 --- a/docs/api/interfaces/application_LinuxHopper.LinuxHopperDownload.html +++ b/docs/api/interfaces/application_LinuxHopper.LinuxHopperDownload.html @@ -16,7 +16,7 @@
      interface LinuxHopperDownload {
          bytes: Uint8Array;
          ok: boolean;
      }
      +
    • Defined in src/application/LinuxHopper.ts:76
      • @@ -34,12 +34,12 @@
      bytes: Uint8Array
      +
    • Defined in src/application/LinuxHopper.ts:78
      • ok: boolean
      +
    • Defined in src/application/LinuxHopper.ts:77
      • diff --git a/docs/api/interfaces/application_LinuxHopper.LinuxHopperInstallDisclosure.html b/docs/api/interfaces/application_LinuxHopper.LinuxHopperInstallDisclosure.html new file mode 100644 index 000000000..0985a6db4 --- /dev/null +++ b/docs/api/interfaces/application_LinuxHopper.LinuxHopperInstallDisclosure.html @@ -0,0 +1,76 @@ +LinuxHopperInstallDisclosure | rea-agents - v2.0.0
      +
      rea-agents - v2.0.0 + +
        +
        +
        Preparing search index...
        +
        +
        +
        + +

        Interface LinuxHopperInstallDisclosure

        +
        +

        Exact stable external effects disclosed before a Linux Hopper installation.

        +
        +
        interface LinuxHopperInstallDisclosure {
            commands: readonly string[];
            downloadUrl: string;
            expectedBytes: number;
            expectedSha1: string;
        }
        +
        +
        +
        +
        Index
         +
        +
        + +
        commands +downloadUrl +expectedBytes +expectedSha1 +
        +
        + +
        +
        + +
        commands: readonly string[]
        +
        + +
        downloadUrl: string
        +
        + +
        expectedBytes: number
        +
        + +
        expectedSha1: string
        +
        +
        +
        +
        +

        Settings

         +
        +
        Member Visibility +
          +
          • +
        +
        +
        +

        On This Page

         +
        +
        Properties +
        +
        +
        +
        diff --git a/docs/api/interfaces/application_LinuxHopper.LinuxHopperInstallHost.html b/docs/api/interfaces/application_LinuxHopper.LinuxHopperInstallHost.html index 510dc01d7..dee6b4d30 100644 --- a/docs/api/interfaces/application_LinuxHopper.LinuxHopperInstallHost.html +++ b/docs/api/interfaces/application_LinuxHopper.LinuxHopperInstallHost.html @@ -16,7 +16,7 @@
        interface LinuxHopperInstallHost {
            cleanup(path: string): Promise<void>;
            createTemporaryDirectory(): Promise<string>;
            distribution(): Promise<LinuxDistribution | undefined>;
            download(
                url: string,
                options: { signal?: AbortSignal },
            ): Promise<LinuxHopperDownload>;
            installPackage(
                family: LinuxPackageFamily,
                archive: string,
            ): Promise<boolean>;
            launcherStatus(path: string): Promise<LinuxHopperLauncherStatus>;
            writeArchive(path: string, bytes: Uint8Array): Promise<void>;
        }
        +
      • Defined in src/application/LinuxHopper.ts:82
        • @@ -47,7 +47,7 @@
      • path: string

        • Returns Promise<void>

        +
      • Defined in src/application/LinuxHopper.ts:92
        • +
      • Defined in src/application/LinuxHopper.ts:88
        • +
      • Defined in src/application/LinuxHopper.ts:83

        • Returns Promise<LinuxHopperDownload>

        +
      • Defined in src/application/LinuxHopper.ts:84

        • Returns Promise<boolean>

        +
      • Defined in src/application/LinuxHopper.ts:90

        • Returns Promise<LinuxHopperLauncherStatus>

        +
      • Defined in src/application/LinuxHopper.ts:91

        • Returns Promise<void>

        +
      • Defined in src/application/LinuxHopper.ts:89
        • diff --git a/docs/api/interfaces/application_MacHopper.MacHopperInstallHost.html b/docs/api/interfaces/application_MacHopper.MacHopperInstallHost.html index 06278f60c..a331f0cb8 100644 --- a/docs/api/interfaces/application_MacHopper.MacHopperInstallHost.html +++ b/docs/api/interfaces/application_MacHopper.MacHopperInstallHost.html @@ -16,7 +16,7 @@
        interface MacHopperInstallHost {
            appBundle(mountPath: string): Promise<string | undefined>;
            cleanup(path: string): Promise<void>;
            createMountDirectory(path: string): Promise<void>;
            createTemporaryDirectory(): Promise<string>;
            destination(): string;
            destinationExists(path: string): Promise<boolean>;
            download(url: string): Promise<{ bytes: Uint8Array; ok: boolean }>;
            installBundle(
                source: string,
                destination: string,
                stage: string,
                replaceExisting: boolean,
            ): Promise<boolean>;
            launcherReady(path: string): Promise<boolean>;
            mount(packagePath: string, mountPath: string): Promise<boolean>;
            openApplication(path: string): Promise<void>;
            unmount(mountPath: string): Promise<void>;
            validBundle(appPath: string): Promise<boolean>;
            writePackage(path: string, bytes: Uint8Array): Promise<void>;
        }
        +
      • Defined in src/application/MacHopper.ts:53
        • @@ -54,7 +54,7 @@
      • mountPath: string

        • Returns Promise<string | undefined>

        +
      • Defined in src/application/MacHopper.ts:62

        • Returns Promise<void>

        +
      • Defined in src/application/MacHopper.ts:73

        • Returns Promise<void>

        +
      • Defined in src/application/MacHopper.ts:58
        • +
      • Defined in src/application/MacHopper.ts:57
        • +
      • Defined in src/application/MacHopper.ts:74

        • Returns Promise<boolean>

        +
      • Defined in src/application/MacHopper.ts:64

        • Returns Promise<{ bytes: Uint8Array; ok: boolean }>

        +
      • Defined in src/application/MacHopper.ts:54

        • Returns Promise<boolean>

        +
      • Defined in src/application/MacHopper.ts:65

        • Returns Promise<boolean>

        +
      • Defined in src/application/MacHopper.ts:71

        • Returns Promise<boolean>

        +
      • Defined in src/application/MacHopper.ts:60

        • Returns Promise<void>

        +
      • Defined in src/application/MacHopper.ts:72

        • Returns Promise<void>

        +
      • Defined in src/application/MacHopper.ts:61

        • Returns Promise<boolean>

        +
      • Defined in src/application/MacHopper.ts:63

        • Returns Promise<void>

        +
      • Defined in src/application/MacHopper.ts:59
        • diff --git a/docs/api/interfaces/application_Setup.SetupAction.html b/docs/api/interfaces/application_Setup.SetupAction.html index 697299904..1cbb40c38 100644 --- a/docs/api/interfaces/application_Setup.SetupAction.html +++ b/docs/api/interfaces/application_Setup.SetupAction.html @@ -14,9 +14,9 @@

        One concrete setup mutation disclosed before approval.

        -
        interface SetupAction {
            detail: string;
            external: boolean;
            kind: "install_hopper" | "install_skill" | "configure_client";
            target: string;
        }
        @@ -24,34 +24,76 @@
        -
        detail +
        backupPath? +commands? +detail external +id +integrity? kind +label +networkOrigins? +operation target
        + +
        backupPath?: string
        +
        + +
        commands?: readonly string[]
        +
        detail: string
        +
      • Defined in src/application/Setup.ts:135
        • external: boolean
        +
      • Defined in src/application/Setup.ts:136
        • +
        + +
        id: string
        +
        + +
        integrity?: string
        kind: "install_hopper" | "install_skill" | "configure_client"
        +
      • Defined in src/application/Setup.ts:132
        • +
        + +
        label: string
        +
        + +
        networkOrigins?: readonly string[]
        +
        + +
        operation: "update" | "install" | "create"
        target: string
        +
      • Defined in src/application/Setup.ts:134
        • @@ -67,7 +109,7 @@

        On This Page

        Properties -
        +
        backupPathcommandsdetailexternalidintegritykindlabelnetworkOriginsoperationtarget
        -
        interface SetupHost {
            nodeVersion: string;
            platform: Platform;
            clientNeedsConfigure(
                client: SetupClient,
                providerEnvironment: SetupProviderEnvironment,
                command: readonly string[],
            ): Promise<boolean>;
            configureClient(
                client: SetupClient,
                providerEnvironment: SetupProviderEnvironment,
                command: readonly string[],
            ): Promise<ClientConfigurationResult>;
            detectedClients(): Promise<readonly SetupClient[]>;
            doctor(): Promise<
                {
                    checks: readonly DoctorCheck[];
                    healthy: boolean;
                    hopperPath?: string;
                    identity?: {
                        catalog: {
                            counts: {
                                cli_commands: number;
                                mcp_prompts: number;
                                mcp_resource_templates: 8;
                                mcp_resources: 2;
                                mcp_tools: number;
                            };
                            digests: {
                                combined_sha256: string;
                                prompts_sha256: string;
                                resources_sha256: string;
                                tools_sha256: string;
                            };
                            tools: {
                                annotations: {
                                    destructive: boolean;
                                    idempotent: boolean;
                                    open_world: boolean;
                                    read_only: boolean;
                                };
                                effects: {
                                    accessesNetwork: boolean;
                                    changesUiState: boolean;
                                    idempotent: boolean;
                                    launchesProcess: boolean;
                                    mayDiscardData: boolean;
                                    mutatesSession: boolean;
                                    mutatesTarget: boolean;
                                    writesFilesystem: boolean;
                                };
                                name: | "open_binary"
                                | "list_browser_targets"
                                | "inspect_web_page"
                                | "analyze_web_bundle"
                                | "observe_web_session"
                                | "discover_webmcp_tools"
                                | "compare_web_captures"
                                | "capture_web_screenshot"
                                | "compare_web_screenshots"
                                | "list_electron_targets"
                                | "inspect_electron_page"
                                | "inventory_artifact"
                                | "extract_artifact"
                                | "analyze_javascript_application"
                                | "swift_classes"
                                | "get_objc_classes"
                                | "get_objc_protocols"
                                | "batch_decompile"
                                | "get_call_graph"
                                | "analyze_swift_types"
                                | "find_xrefs_to_name"
                                | "binary_overview"
                                | "analyze_function"
                                | "trace_feature"
                                | "comment"
                                | "compare_artifacts"
                                | "find_changed_behavior"
                                | "compare_process_captures"
                                | "compare_functions"
                                | "capture_process_scenario"
                                | "inspect_managed_members"
                                | "inspect_managed_native_boundaries"
                                | "inspect_macho"
                                | "inspect_managed_artifact"
                                | "address_name"
                                | "current_address"
                                | "current_procedure"
                                | "current_document"
                                | "goto_address"
                                | "inline_comment"
                                | "list_bookmarks"
                                | "list_documents"
                                | "list_names"
                                | "list_procedures"
                                | "list_segments"
                                | "list_strings"
                                | "next_address"
                                | "prev_address"
                                | "procedure_address"
                                | "procedure_assembly"
                                | "procedure_callees"
                                | "procedure_callers"
                                | "procedure_info"
                                | "procedure_references"
                                | "procedure_pseudo_code"
                                | "resolve_containing_procedure"
                                | "search_procedures"
                                | "search_strings"
                                | "set_address_name"
                                | "set_addresses_names"
                                | "set_bookmark"
                                | "set_comment"
                                | "set_current_document"
                                | "set_inline_comment"
                                | "unset_bookmark"
                                | "xrefs"
                                | "inspect_signature"
                                | "inspect_plist"
                                | "list_architectures"
                                | "demangle_swift"
                                | "compare_managed_members"
                                | "verify_managed_native_boundaries"
                                | "import_managed_reconstruction"
                                | "plan_managed_runtime_correlation"
                                | "project_managed_application_graph"
                                | "close_binary"
                                | "binary_session"
                                | "export_evidence_bundle"
                                | "import_evidence_bundle"
                                | "compare_bundles"
                                | "build_call_path"
                                | "correlate_static_and_runtime"
                                | "verify_reconstruction"
                                | "list_unknowns"
                                | "record_unknown"
                                | "update_unknown"
                                | "verify_unknown_resolution"
                                | "reconcile_javascript_runtime"
                                | "trace_application_feature"
                                | "compare_application_versions"
                                | "run_controlled_replay"
                                | "prepare_node_characterization"
                                | "execute_node_characterization"
                                | "commit_reconstruction_coverage"
                                | "query_reconstruction_coverage";
                                surface: ToolKind;
                            }[];
                        };
                        cli_package_version: string;
                        expected_skill_version: string;
                        installations: {
                            paths: readonly string[];
                            state: "unknown"
                            | "single"
                            | "multiple";
                        };
                        live_server: { remediation: string; state: "unknown" };
                        registrations: readonly ClientRegistrationStatus[];
                        runtime_executables: RuntimeExecutableInventory | null;
                        sdk: {
                            client_test: "2.0.0-beta.4";
                            core: "2.0.0-beta.4";
                            server: "2.0.0-beta.4";
                        };
                        skill: {
                            installed_catalog_digest: string
                            | null;
                            installed_tool_count: number | null;
                            installed_version: string | null;
                            remediation: string | null;
                            state: "missing" | "aligned" | "stale";
                        };
                    };
                    providerInspections?: readonly DoctorProviderInspection[];
                },
            >;
            hopperPath(): Promise<string | undefined>;
            installHopper(replaceExisting: boolean): Promise<SetupHopperInstallResult>;
            installSkill(): Promise<"failed" | "unchanged" | "installed">;
            linuxDistribution(): Promise<LinuxDistribution | undefined>;
            macosVersion(): Promise<string | undefined>;
            providerEnvironment?(): Promise<Readonly<Record<string, string>>>;
            skillNeedsInstall(): Promise<boolean>;
        }
        @@ -36,6 +36,7 @@ indefinitely for stdin or a GUI response in an unattended agent invocation.

        detectedClients doctor hopperPath +inspectClientConfiguration? installHopper installSkill linuxDistribution @@ -50,12 +51,12 @@ indefinitely for stdin or a GUI response in an unattended agent invocation.

        nodeVersion: string
        +
      • Defined in src/application/Setup.ts:88
        • platform: Platform
        +
      • Defined in src/application/Setup.ts:87
        • @@ -73,7 +74,7 @@ indefinitely for stdin or a GUI response in an unattended agent invocation.

      • command: readonly string[]

        • Returns Promise<boolean>

        +
      • Defined in src/application/Setup.ts:100

        • Returns Promise<ClientConfigurationResult>

        +
      • Defined in src/application/Setup.ts:95
        • +
      • Defined in src/application/Setup.ts:94
        • +
      • Defined in src/application/Setup.ts:112
        • +
      • Defined in src/application/Setup.ts:91
        • +
        + +

        Returns Promise<SetupHopperInstallResult>

        +
      • Defined in src/application/Setup.ts:92
        • +
      • Defined in src/application/Setup.ts:111
        • +
      • Defined in src/application/Setup.ts:90
        • +
      • Defined in src/application/Setup.ts:89
        • +
      • Defined in src/application/Setup.ts:93
        • +
      • Defined in src/application/Setup.ts:110
        • @@ -191,7 +207,7 @@ indefinitely for stdin or a GUI response in an unattended agent invocation.

        Properties
        nodeVersionplatform
        Methods -
        clientNeedsConfigureconfigureClientdetectedClientsdoctorhopperPathinstallHopperinstallSkilllinuxDistributionmacosVersionproviderEnvironmentskillNeedsInstall
        +
        clientNeedsConfigureconfigureClientdetectedClientsdoctorhopperPathinspectClientConfigurationinstallHopperinstallSkilllinuxDistributionmacosVersionproviderEnvironmentskillNeedsInstall
        @@ -35,17 +39,37 @@
        approved: boolean
        +
      • Defined in src/application/Setup.ts:146
        • +
        + +
        clientIds?: readonly string[]
        installHopper: boolean
        +
      • Defined in src/application/Setup.ts:147
        • +
        + +
        installSkill?: boolean
        +
        + +
        onProgress?: (event: SetupProgressEvent) => void
        +
        + +
        proposeHopper?: boolean
        structured: boolean
        +
      • Defined in src/application/Setup.ts:148
        • @@ -61,7 +85,7 @@

        On This Page

        Properties -
        +
        approvedclientIdsinstallHopperinstallSkillonProgressproposeHopperstructured
        interface SetupResult {
            appliedActions: readonly string[];
            clients: Readonly<Record<string, ClientConfigurationResult>>;
            code?: SetupFailureCode;
            doctor: {
                checks: readonly DoctorCheck[];
                healthy: boolean;
                hopperPath?: string;
                identity?: {
                    catalog: {
                        counts: {
                            cli_commands: number;
                            mcp_prompts: number;
                            mcp_resource_templates: 8;
                            mcp_resources: 2;
                            mcp_tools: number;
                        };
                        digests: {
                            combined_sha256: string;
                            prompts_sha256: string;
                            resources_sha256: string;
                            tools_sha256: string;
                        };
                        tools: {
                            annotations: {
                                destructive: boolean;
                                idempotent: boolean;
                                open_world: boolean;
                                read_only: boolean;
                            };
                            effects: {
                                accessesNetwork: boolean;
                                changesUiState: boolean;
                                idempotent: boolean;
                                launchesProcess: boolean;
                                mayDiscardData: boolean;
                                mutatesSession: boolean;
                                mutatesTarget: boolean;
                                writesFilesystem: boolean;
                            };
                            name: | "open_binary"
                            | "list_browser_targets"
                            | "inspect_web_page"
                            | "analyze_web_bundle"
                            | "observe_web_session"
                            | "discover_webmcp_tools"
                            | "compare_web_captures"
                            | "capture_web_screenshot"
                            | "compare_web_screenshots"
                            | "list_electron_targets"
                            | "inspect_electron_page"
                            | "inventory_artifact"
                            | "extract_artifact"
                            | "analyze_javascript_application"
                            | "swift_classes"
                            | "get_objc_classes"
                            | "get_objc_protocols"
                            | "batch_decompile"
                            | "get_call_graph"
                            | "analyze_swift_types"
                            | "find_xrefs_to_name"
                            | "binary_overview"
                            | "analyze_function"
                            | "trace_feature"
                            | "comment"
                            | "compare_artifacts"
                            | "find_changed_behavior"
                            | "compare_process_captures"
                            | "compare_functions"
                            | "capture_process_scenario"
                            | "inspect_managed_members"
                            | "inspect_managed_native_boundaries"
                            | "inspect_macho"
                            | "inspect_managed_artifact"
                            | "address_name"
                            | "current_address"
                            | "current_procedure"
                            | "current_document"
                            | "goto_address"
                            | "inline_comment"
                            | "list_bookmarks"
                            | "list_documents"
                            | "list_names"
                            | "list_procedures"
                            | "list_segments"
                            | "list_strings"
                            | "next_address"
                            | "prev_address"
                            | "procedure_address"
                            | "procedure_assembly"
                            | "procedure_callees"
                            | "procedure_callers"
                            | "procedure_info"
                            | "procedure_references"
                            | "procedure_pseudo_code"
                            | "resolve_containing_procedure"
                            | "search_procedures"
                            | "search_strings"
                            | "set_address_name"
                            | "set_addresses_names"
                            | "set_bookmark"
                            | "set_comment"
                            | "set_current_document"
                            | "set_inline_comment"
                            | "unset_bookmark"
                            | "xrefs"
                            | "inspect_signature"
                            | "inspect_plist"
                            | "list_architectures"
                            | "demangle_swift"
                            | "compare_managed_members"
                            | "verify_managed_native_boundaries"
                            | "import_managed_reconstruction"
                            | "plan_managed_runtime_correlation"
                            | "project_managed_application_graph"
                            | "close_binary"
                            | "binary_session"
                            | "export_evidence_bundle"
                            | "import_evidence_bundle"
                            | "compare_bundles"
                            | "build_call_path"
                            | "correlate_static_and_runtime"
                            | "verify_reconstruction"
                            | "list_unknowns"
                            | "record_unknown"
                            | "update_unknown"
                            | "verify_unknown_resolution"
                            | "reconcile_javascript_runtime"
                            | "trace_application_feature"
                            | "compare_application_versions"
                            | "run_controlled_replay"
                            | "prepare_node_characterization"
                            | "execute_node_characterization"
                            | "commit_reconstruction_coverage"
                            | "query_reconstruction_coverage";
                            surface: ToolKind;
                        }[];
                    };
                    cli_package_version: string;
                    expected_skill_version: string;
                    installations: {
                        paths: readonly string[];
                        state: "unknown"
                        | "single"
                        | "multiple";
                    };
                    live_server: { remediation: string; state: "unknown" };
                    registrations: readonly ClientRegistrationStatus[];
                    runtime_executables: RuntimeExecutableInventory | null;
                    sdk: {
                        client_test: "2.0.0-beta.4";
                        core: "2.0.0-beta.4";
                        server: "2.0.0-beta.4";
                    };
                    skill: {
                        installed_catalog_digest: string
                        | null;
                        installed_tool_count: number | null;
                        installed_version: string | null;
                        remediation: string | null;
                        state: "missing" | "aligned" | "stale";
                    };
                };
                providerInspections?: readonly DoctorProviderInspection[];
            };
            plannedActions: readonly SetupAction[];
            remediation?: string;
            status: "ready"
            | "planned"
            | "needs_confirmation"
            | "needs_human";
        }
        +
      • Defined in src/application/Setup.ts:119
        • @@ -41,37 +41,37 @@ prompt, avoiding deadlocks in stdio and other unattended environments.

        appliedActions: readonly string[]
        +
      • Defined in src/application/Setup.ts:122
        • clients: Readonly<Record<string, ClientConfigurationResult>>
        +
      • Defined in src/application/Setup.ts:123
        • code?: SetupFailureCode
        +
      • Defined in src/application/Setup.ts:126
        • doctor: {
            checks: readonly DoctorCheck[];
            healthy: boolean;
            hopperPath?: string;
            identity?: {
                catalog: {
                    counts: {
                        cli_commands: number;
                        mcp_prompts: number;
                        mcp_resource_templates: 8;
                        mcp_resources: 2;
                        mcp_tools: number;
                    };
                    digests: {
                        combined_sha256: string;
                        prompts_sha256: string;
                        resources_sha256: string;
                        tools_sha256: string;
                    };
                    tools: {
                        annotations: {
                            destructive: boolean;
                            idempotent: boolean;
                            open_world: boolean;
                            read_only: boolean;
                        };
                        effects: {
                            accessesNetwork: boolean;
                            changesUiState: boolean;
                            idempotent: boolean;
                            launchesProcess: boolean;
                            mayDiscardData: boolean;
                            mutatesSession: boolean;
                            mutatesTarget: boolean;
                            writesFilesystem: boolean;
                        };
                        name: | "open_binary"
                        | "list_browser_targets"
                        | "inspect_web_page"
                        | "analyze_web_bundle"
                        | "observe_web_session"
                        | "discover_webmcp_tools"
                        | "compare_web_captures"
                        | "capture_web_screenshot"
                        | "compare_web_screenshots"
                        | "list_electron_targets"
                        | "inspect_electron_page"
                        | "inventory_artifact"
                        | "extract_artifact"
                        | "analyze_javascript_application"
                        | "swift_classes"
                        | "get_objc_classes"
                        | "get_objc_protocols"
                        | "batch_decompile"
                        | "get_call_graph"
                        | "analyze_swift_types"
                        | "find_xrefs_to_name"
                        | "binary_overview"
                        | "analyze_function"
                        | "trace_feature"
                        | "comment"
                        | "compare_artifacts"
                        | "find_changed_behavior"
                        | "compare_process_captures"
                        | "compare_functions"
                        | "capture_process_scenario"
                        | "inspect_managed_members"
                        | "inspect_managed_native_boundaries"
                        | "inspect_macho"
                        | "inspect_managed_artifact"
                        | "address_name"
                        | "current_address"
                        | "current_procedure"
                        | "current_document"
                        | "goto_address"
                        | "inline_comment"
                        | "list_bookmarks"
                        | "list_documents"
                        | "list_names"
                        | "list_procedures"
                        | "list_segments"
                        | "list_strings"
                        | "next_address"
                        | "prev_address"
                        | "procedure_address"
                        | "procedure_assembly"
                        | "procedure_callees"
                        | "procedure_callers"
                        | "procedure_info"
                        | "procedure_references"
                        | "procedure_pseudo_code"
                        | "resolve_containing_procedure"
                        | "search_procedures"
                        | "search_strings"
                        | "set_address_name"
                        | "set_addresses_names"
                        | "set_bookmark"
                        | "set_comment"
                        | "set_current_document"
                        | "set_inline_comment"
                        | "unset_bookmark"
                        | "xrefs"
                        | "inspect_signature"
                        | "inspect_plist"
                        | "list_architectures"
                        | "demangle_swift"
                        | "compare_managed_members"
                        | "verify_managed_native_boundaries"
                        | "import_managed_reconstruction"
                        | "plan_managed_runtime_correlation"
                        | "project_managed_application_graph"
                        | "close_binary"
                        | "binary_session"
                        | "export_evidence_bundle"
                        | "import_evidence_bundle"
                        | "compare_bundles"
                        | "build_call_path"
                        | "correlate_static_and_runtime"
                        | "verify_reconstruction"
                        | "list_unknowns"
                        | "record_unknown"
                        | "update_unknown"
                        | "verify_unknown_resolution"
                        | "reconcile_javascript_runtime"
                        | "trace_application_feature"
                        | "compare_application_versions"
                        | "run_controlled_replay"
                        | "prepare_node_characterization"
                        | "execute_node_characterization"
                        | "commit_reconstruction_coverage"
                        | "query_reconstruction_coverage";
                        surface: ToolKind;
                    }[];
                };
                cli_package_version: string;
                expected_skill_version: string;
                installations: {
                    paths: readonly string[];
                    state: "unknown"
                    | "single"
                    | "multiple";
                };
                live_server: { remediation: string; state: "unknown" };
                registrations: readonly ClientRegistrationStatus[];
                runtime_executables: RuntimeExecutableInventory | null;
                sdk: {
                    client_test: "2.0.0-beta.4";
                    core: "2.0.0-beta.4";
                    server: "2.0.0-beta.4";
                };
                skill: {
                    installed_catalog_digest: string
                    | null;
                    installed_tool_count: number | null;
                    installed_version: string | null;
                    remediation: string | null;
                    state: "missing" | "aligned" | "stale";
                };
            };
            providerInspections?: readonly DoctorProviderInspection[];
        }
        +
      • Defined in src/application/Setup.ts:124
        • plannedActions: readonly SetupAction[]
        +
      • Defined in src/application/Setup.ts:121
        • remediation?: string
        +
      • Defined in src/application/Setup.ts:125
        • status: "ready" | "planned" | "needs_confirmation" | "needs_human"
        +
      • Defined in src/application/Setup.ts:120
        • diff --git a/docs/api/interfaces/application_SupportedClients.SetupClient.html b/docs/api/interfaces/application_SupportedClients.SetupClient.html index 77ca0f468..c0da9f60d 100644 --- a/docs/api/interfaces/application_SupportedClients.SetupClient.html +++ b/docs/api/interfaces/application_SupportedClients.SetupClient.html @@ -14,7 +14,7 @@

        One supported client configuration location.

        -
        interface SetupClient {
            configPath: string;
            format?: "json" | "unsupported" | "toml";
            markerPath?: string;
            name: string;
        }
        markerPath?: string
        +
      • Defined in src/application/SupportedClients.ts:8
        • name: string
        +
        configPathdisplayNameformatmarkerPathname
        -
        LinuxDistribution
        LinuxHopperDownload
        LinuxHopperInstallHost
        +
        LinuxDistribution
        LinuxHopperDownload
        LinuxHopperInstallDisclosure
        LinuxHopperInstallHost
        LinuxHopperInstallResult
        LinuxHopperLauncherStatus
        LinuxPackageFamily
        -
        installLinuxHopper
        linuxHopperBinarySupported
        linuxHopperLauncherPath
        linuxPackageManagerCommands
        linuxSharedLibrariesAvailable
        parseLinuxDistribution
        readLinuxDistribution
        +
        installLinuxHopper
        linuxHopperBinarySupported
        linuxHopperInstallDisclosure
        linuxHopperLauncherPath
        linuxPackageManagerCommands
        linuxSharedLibrariesAvailable
        parseLinuxDistribution
        readLinuxDistribution
        @@ -31,11 +31,11 @@

        On This Page

        Interfaces -
        +
        LinuxDistributionLinuxHopperDownloadLinuxHopperInstallDisclosureLinuxHopperInstallHost
        Type Aliases
        Functions -
        +
        installLinuxHopperlinuxHopperBinarySupportedlinuxHopperInstallDisclosurelinuxHopperLauncherPathlinuxPackageManagerCommandslinuxSharedLibrariesAvailableparseLinuxDistributionreadLinuxDistribution
        @@ -34,6 +36,8 @@
        MacHopperInstallHost
        Type Aliases
        MacHopperInstallResult
        +
        Variables +
        macHopperInstallDisclosure
        Functions
        installMacHopper
        diff --git a/docs/api/modules/application_Setup.html b/docs/api/modules/application_Setup.html index 3e72f967b..d3c0e48ef 100644 --- a/docs/api/modules/application_Setup.html +++ b/docs/api/modules/application_Setup.html @@ -11,9 +11,9 @@
      • application/Setup

        • Module application/Setup

        -
        SetupAction
        SetupHost
        SetupOptions
        SetupResult
        +
        SetupAction
        SetupConfirmationDecision
        SetupHost
        SetupOptions
        SetupProgressEvent
        SetupResult
        -
        ClientConfigurationResult
        SetupConfirmation
        SetupProviderEnvironment
        +
        ClientConfigurationInspection
        ClientConfigurationResult
        SetupConfirmation
        SetupProviderEnvironment
        configureJsonClient
        configureTomlClient
        detectClients
        runSetup
        systemSetupHost
        @@ -33,9 +33,9 @@

        On This Page
        Interfaces -
        SetupActionSetupHostSetupOptionsSetupResult
        +
        SetupActionSetupConfirmationDecisionSetupHostSetupOptionsSetupProgressEventSetupResult
        Type Aliases -
        ClientConfigurationResultSetupConfirmationSetupProviderEnvironment
        +
        ClientConfigurationInspectionClientConfigurationResultSetupConfirmationSetupProviderEnvironment
        Functions
        configureJsonClientconfigureTomlClientdetectClientsrunSetupsystemSetupHost
        References diff --git a/docs/api/modules/application_SetupPlan.html b/docs/api/modules/application_SetupPlan.html index 4ce65fdad..8a546088f 100644 --- a/docs/api/modules/application_SetupPlan.html +++ b/docs/api/modules/application_SetupPlan.html @@ -10,6 +10,8 @@

        Module application/SetupPlan

        +
        +
        SetupClientPlan
        setupPlan
        @@ -26,6 +28,8 @@

        On This Page
        +
        Type Aliases +
        Functions
        diff --git a/docs/api/types/application_LinuxHopper.LinuxHopperInstallResult.html b/docs/api/types/application_LinuxHopper.LinuxHopperInstallResult.html index 7d3b48b5c..d3ede921f 100644 --- a/docs/api/types/application_LinuxHopper.LinuxHopperInstallResult.html +++ b/docs/api/types/application_LinuxHopper.LinuxHopperInstallResult.html @@ -15,7 +15,7 @@

        Structured outcome for every expected Linux installation failure.

        +
      • Defined in src/application/LinuxHopper.ts:96
        • diff --git a/docs/api/types/application_LinuxHopper.LinuxHopperLauncherStatus.html b/docs/api/types/application_LinuxHopper.LinuxHopperLauncherStatus.html index 2b5542bb2..30c008d45 100644 --- a/docs/api/types/application_LinuxHopper.LinuxHopperLauncherStatus.html +++ b/docs/api/types/application_LinuxHopper.LinuxHopperLauncherStatus.html @@ -13,7 +13,7 @@

        Type Alias LinuxHopperLauncherStatus

        LinuxHopperLauncherStatus:
            | "ready"
            | "missing"
            | "runtime_dependencies"
            | "unsupported_hopper_build"
        +
      • Defined in src/application/LinuxHopper.ts:112
        • diff --git a/docs/api/types/application_MacHopper.MacHopperInstallResult.html b/docs/api/types/application_MacHopper.MacHopperInstallResult.html index 7ce472ec9..b80116d2a 100644 --- a/docs/api/types/application_MacHopper.MacHopperInstallResult.html +++ b/docs/api/types/application_MacHopper.MacHopperInstallResult.html @@ -15,7 +15,7 @@

        Result of installing the official Hopper macOS application.

        +
      • Defined in src/application/MacHopper.ts:37
        • diff --git a/docs/api/types/application_Setup.ClientConfigurationInspection.html b/docs/api/types/application_Setup.ClientConfigurationInspection.html new file mode 100644 index 000000000..476e65626 --- /dev/null +++ b/docs/api/types/application_Setup.ClientConfigurationInspection.html @@ -0,0 +1,35 @@ +ClientConfigurationInspection | rea-agents - v2.0.0
        +
        rea-agents - v2.0.0 + +
          +
          +
          Preparing search index...
          +
          +
          +
          + +

          Type Alias ClientConfigurationInspection

          +
          ClientConfigurationInspection:
              | { status: "already_current" }
              | { backupPath?: string; status: "create" | "update" }
              | { remediation: string; status: "invalid" }
          +

          Read-only state used to block unsafe setup plans before any mutation.

          +
          +
          +
          +
          +
          +

          Settings

           +
          +
          Member Visibility +
            +
            • +
          +
          +
          +
          +
          diff --git a/docs/api/types/application_Setup.SetupConfirmation.html b/docs/api/types/application_Setup.SetupConfirmation.html index a97a1f2e1..d5d20f416 100644 --- a/docs/api/types/application_Setup.SetupConfirmation.html +++ b/docs/api/types/application_Setup.SetupConfirmation.html @@ -11,7 +11,7 @@
        • application/Setup
        • SetupConfirmation

          • Type Alias SetupConfirmation

          -
          SetupConfirmation: (actions: readonly SetupAction[]) => Promise<boolean>
          +
          SetupConfirmation: (
              actions: readonly SetupAction[],
          ) => Promise<boolean | SetupConfirmationDecision>

          Adapter-owned interactive confirmation for a fully discovered setup plan.

          @@ -19,15 +19,15 @@
          +
        • Defined in src/application/Setup.ts:170
          • diff --git a/docs/api/types/application_SetupPlan.SetupClientPlan.html b/docs/api/types/application_SetupPlan.SetupClientPlan.html new file mode 100644 index 000000000..e7c39920a --- /dev/null +++ b/docs/api/types/application_SetupPlan.SetupClientPlan.html @@ -0,0 +1,35 @@ +SetupClientPlan | rea-agents - v2.0.0
          +
          rea-agents - v2.0.0 + +
            +
            +
            Preparing search index...
            +
            +
            +
            + +

            Type Alias SetupClientPlan

            +
            SetupClientPlan: Readonly<
                {
                    backupPath?: string;
                    client: SetupClient;
                    operation: "create"
                    | "update";
                },
            >
            +

            Preflighted client mutation admitted into the setup plan.

            +
            +
            +
            +
            +
            +

            Settings

             +
            +
            Member Visibility +
              +
              • +
            +
            +
            +
            +
            diff --git a/docs/api/variables/application_MacHopper.macHopperInstallDisclosure.html b/docs/api/variables/application_MacHopper.macHopperInstallDisclosure.html new file mode 100644 index 000000000..b5b00d6a8 --- /dev/null +++ b/docs/api/variables/application_MacHopper.macHopperInstallDisclosure.html @@ -0,0 +1,42 @@ +macHopperInstallDisclosure | rea-agents - v2.0.0
            +
            rea-agents - v2.0.0 + +
              +
              +
              Preparing search index...
              +
              +
              +
              + +

              Variable macHopperInstallDisclosureConst

              +
              macHopperInstallDisclosure: {
                  commands: readonly [
                      "hdiutil attach -readonly -nobrowse -mountpoint <private-mount> <verified-hopper.dmg>",
                      "codesign --verify --deep --strict <mounted-hopper.app>",
                      "ditto <mounted-hopper.app> <user-Applications-stage>",
                      "open <installed-hopper.app>",
                  ];
                  networkOrigins: readonly [
                      "https://www.hopperapp.com/include/files-api.php?request=releases&public=true",
                      "https://www.hopperapp.com:443/downloader/public/",
                  ];
              } = ...
              +

              Stable network and command effects disclosed before macOS Hopper setup.

              +
              +
              +

              Type Declaration

              +
                +
              • +
                commands: readonly [
                    "hdiutil attach -readonly -nobrowse -mountpoint <private-mount> <verified-hopper.dmg>",
                    "codesign --verify --deep --strict <mounted-hopper.app>",
                    "ditto <mounted-hopper.app> <user-Applications-stage>",
                    "open <installed-hopper.app>",
                ]
                • +
              • +
                networkOrigins: readonly [
                    "https://www.hopperapp.com/include/files-api.php?request=releases&public=true",
                    "https://www.hopperapp.com:443/downloader/public/",
                ]
              +
              +
              +
              +
              +

              Settings

               +
              +
              Member Visibility +
                +
                • +
              +
              +
              +
              +
              diff --git a/docs/api/variables/application_SupportedClients.SUPPORTED_CLIENT_DEFINITIONS.html b/docs/api/variables/application_SupportedClients.SUPPORTED_CLIENT_DEFINITIONS.html index e4b024d48..ce220c3e9 100644 --- a/docs/api/variables/application_SupportedClients.SUPPORTED_CLIENT_DEFINITIONS.html +++ b/docs/api/variables/application_SupportedClients.SUPPORTED_CLIENT_DEFINITIONS.html @@ -15,7 +15,7 @@

              Stable product metadata used to derive setup discovery and documentation.

              +
            • Defined in src/application/SupportedClients.ts:13
              • diff --git a/docs/installation.md b/docs/installation.md index 91cfd4fd7..c7e398d43 100644 --- a/docs/installation.md +++ b/docs/installation.md @@ -37,19 +37,72 @@ Supported options are `--version `, `--dry-run`, `--no-setup`, `--no-pro ## Review setup changes -`rea setup` discovers the current state, prints one plan, and asks `Continue? [Y/n]`. The plan identifies: +`rea setup` uses an inline, scroll-preserving journey inspired by the clarity of +PostHog's CLI wizard. It begins with the outcome instead of the installer +mechanics: + +- investigate local applications from a supported agent; +- recover evidence through an available deep-analysis provider; +- use the bundled skill for a repeatable investigation workflow. + +REA then summarizes the detected clients and presents one gateway: + +- **Set up all available capabilities (recommended)** selects the complete + resolved plan; +- **Customize** opens the concrete action picker; +- **No thanks** exits without making changes. + +The custom picker labels each target by its role: `MCP` for an agent +registration, `provider` for Hopper or a validated bring-your-own provider, and +`skill` for the REA investigation skill. These labels describe different setup +modalities rather than suggesting that every target is an MCP registration. +The picker keeps its navigation, selection, confirmation, and cancellation keys +visible instead of relying on a transient hint. + +Both recommended and custom paths converge on the same exact preflight. REA +validates the current state, prints the proposed effects, and asks for final +approval with **No** as the default. Selection alone never authorizes a +mutation. The plan identifies: - an existing Hopper installation, a validated bring-your-own Ghidra environment, or the official Hopper package it proposes to install; - each detected agent configuration path; - the REA skill destination; -- external software and package-manager effects. +- external software, network origins, integrity evidence, and package-manager + commands. -Declining makes no changes. Agent configuration writes preserve unrelated entries, create backups, use atomic replacement, and verify their result. +Malformed or unsafe existing configuration blocks the whole transaction before +Hopper installation or any file write. Declining, pressing Ctrl-C, or selecting +nothing makes no changes. Agent configuration writes preserve unrelated +entries, create backups, use atomic replacement, and verify their result. -For automation, `rea setup --json` reports the plan without applying it. `rea setup --yes` applies user-owned registrations and the skill. Installing missing Hopper non-interactively additionally requires `--install-hopper`: +Progress remains append-only so completed and failed operations stay visible in +terminal history. After a successful run, the completion message names the +verified capabilities now available—for example configured MCP clients, the +selected analysis provider, and the installed skill—and gives the corresponding +next action. When an agent must restart to load its registration, REA says so; +otherwise it suggests beginning an investigation. It does not advertise a +capability that the final diagnostic check did not verify. + +Select exact clients in scripts with repeatable `--client` flags, or retain +automatic discovery explicitly with `--all-detected`. Use `--skill=false` to +omit the bundled skill and `--dry-run` for a read-only plan: ```bash -rea setup --yes --install-hopper --json +rea setup --client codex --client cursor --skill=false --dry-run +``` + +Prompt UI and progress are written to stderr so stdout remains available for +structured results and pipelines. `NO_COLOR=1` disables color. Use +`--accessible` for sequential, vertically rendered yes/no prompts. + +For automation, `rea setup --json` reports the plan without applying it. +Prefer pairing `--yes` with explicit scope such as `--client codex`, +`--all-detected`, or `--skill`. Legacy unscoped `--yes` remains compatible for +this release but emits a deprecation warning. Installing missing Hopper +non-interactively additionally requires `--install-hopper`: + +```bash +rea setup --yes --all-detected --install-hopper --json ``` ## Hopper diff --git a/package-lock.json b/package-lock.json index b0739f07c..2c4a8e99a 100644 --- a/package-lock.json +++ b/package-lock.json @@ -11,6 +11,7 @@ "dependencies": { "@babel/parser": "8.0.4", "@babel/types": "8.0.4", + "@clack/prompts": "1.7.0", "@electron/asar": "4.2.0", "@jridgewell/trace-mapping": "0.3.31", "@lydell/node-pty": "1.1.0", @@ -120,6 +121,34 @@ "integrity": "sha512-gAmrUZSGtKc3AiBL71iNWxDsyUC5uMaKKGdvzYsBoTW/xi42JQHl7eKV2OYzCUqvc+D2RCcf7EXY2iCyFIk6og==", "license": "MIT" }, + "node_modules/@clack/core": { + "version": "1.4.3", + "resolved": "https://registry.npmjs.org/@clack/core/-/core-1.4.3.tgz", + "integrity": "sha512-/kr3UWNtdJfxZtPgDqUOmG2pvwlmcLGheex5yiZKdwbzZJxhV+HMNR9QNmyY5cGwTNV6LrR7Jtp+KjhUAP1qBQ==", + "license": "MIT", + "dependencies": { + "fast-wrap-ansi": "^0.2.0", + "sisteransi": "^1.0.5" + }, + "engines": { + "node": ">= 20.12.0" + } + }, + "node_modules/@clack/prompts": { + "version": "1.7.0", + "resolved": "https://registry.npmjs.org/@clack/prompts/-/prompts-1.7.0.tgz", + "integrity": "sha512-y7/yvZ2TPAnR9+jnc00klvNNLkJiXFFrQA/hlLCcxA9a2A4zQIOimyFQ9XfwYKiGD1fb5GY8vbKIIgO8d5Tb2A==", + "license": "MIT", + "dependencies": { + "@clack/core": "1.4.3", + "fast-string-width": "^3.0.2", + "fast-wrap-ansi": "^0.2.0", + "sisteransi": "^1.0.5" + }, + "engines": { + "node": ">= 20.12.0" + } + }, "node_modules/@electron/asar": { "version": "4.2.0", "resolved": "https://registry.npmjs.org/@electron/asar/-/asar-4.2.0.tgz", @@ -2599,6 +2628,30 @@ "node": ">=12.17.0" } }, + "node_modules/fast-string-truncated-width": { + "version": "3.0.3", + "resolved": "https://registry.npmjs.org/fast-string-truncated-width/-/fast-string-truncated-width-3.0.3.tgz", + "integrity": "sha512-0jjjIEL6+0jag3l2XWWizO64/aZVtpiGE3t0Zgqxv0DPuxiMjvB3M24fCyhZUO4KomJQPj3LTSUnDP3GpdwC0g==", + "license": "MIT" + }, + "node_modules/fast-string-width": { + "version": "3.0.2", + "resolved": "https://registry.npmjs.org/fast-string-width/-/fast-string-width-3.0.2.tgz", + "integrity": "sha512-gX8LrtNEI5hq8DVUfRQMbr5lpaS4nMIWV+7XEbXk2b8kiQIizgnlr12B4dA3ZEx3308ze0O4Q1R+cHts8kyUJg==", + "license": "MIT", + "dependencies": { + "fast-string-truncated-width": "^3.0.2" + } + }, + "node_modules/fast-wrap-ansi": { + "version": "0.2.2", + "resolved": "https://registry.npmjs.org/fast-wrap-ansi/-/fast-wrap-ansi-0.2.2.tgz", + "integrity": "sha512-7F2Fl+TjRSenLqlU3UjSH0iyqopqoZIu7eZVpEirP2g1GtWa2G/ecEmBdgz31+Mxr+ELclgg6sokpSFIQiZ02Q==", + "license": "MIT", + "dependencies": { + "fast-string-width": "^3.0.2" + } + }, "node_modules/fd-package-json": { "version": "2.0.0", "resolved": "https://registry.npmjs.org/fd-package-json/-/fd-package-json-2.0.0.tgz", @@ -4563,6 +4616,12 @@ "simple-concat": "^1.0.0" } }, + "node_modules/sisteransi": { + "version": "1.0.5", + "resolved": "https://registry.npmjs.org/sisteransi/-/sisteransi-1.0.5.tgz", + "integrity": "sha512-bLGGlR1QxBcynn2d5YmDX4MGjlZvy2MRBDRNHLJ8VI6l6+9FUiyTFNJ0IveOSP0bcXgVDPRcfGqA0pjaqUpfVg==", + "license": "MIT" + }, "node_modules/slice-ansi": { "version": "8.0.0", "resolved": "https://registry.npmjs.org/slice-ansi/-/slice-ansi-8.0.0.tgz", diff --git a/package.json b/package.json index 40655c9c3..be8ed139c 100644 --- a/package.json +++ b/package.json @@ -102,6 +102,7 @@ "dependencies": { "@babel/parser": "8.0.4", "@babel/types": "8.0.4", + "@clack/prompts": "1.7.0", "@electron/asar": "4.2.0", "@jridgewell/trace-mapping": "0.3.31", "@lydell/node-pty": "1.1.0", diff --git a/scripts/verify-package.mjs b/scripts/verify-package.mjs index 8fde6da1d..adfb70514 100644 --- a/scripts/verify-package.mjs +++ b/scripts/verify-package.mjs @@ -772,6 +772,12 @@ try { ); const planned = json(plannedExecution.stdout); if (supportedSetupHost) { + const scopedExecution = await runWithStatus( + cli, + ["setup", "--client", "codex", "--dry-run", "--json"], + environment, + ); + const scoped = json(scopedExecution.stdout); const plannedClaudeConfig = await readFile(claudeConfig, "utf8"); const plannedCodexConfig = await readFile(codexTarget, "utf8"); const plannedCursorConfig = await readFile(cursorConfig, "utf8"); @@ -788,6 +794,14 @@ try { throw new Error( `packaged setup plan was not read-only: ${JSON.stringify({ status: planned.status, exitCode: plannedExecution.status, plannedKinds: planned.plannedActions.map(({ kind }) => kind), appliedKinds: planned.appliedActions.map(({ kind }) => kind), claudeConfig: plannedClaudeConfig, codexConfig: plannedCodexConfig, cursorConfig: plannedCursorConfig })}`, ); + if ( + scopedExecution.status !== 1 || + scoped.plannedActions.length !== 1 || + scoped.plannedActions[0]?.id !== "configure_client:codex" + ) + throw new Error( + `packaged explicit setup scope admitted implicit actions: ${JSON.stringify(scoped)}`, + ); } const firstExecution = await runWithStatus( cli, @@ -888,15 +902,13 @@ try { if ( failed.status !== "needs_human" || failedExecution.status !== 1 || - failed.clients?.claude_desktop?.status !== "failed" || - failed.clients?.cursor?.status !== "configured" || - !failed.appliedActions.includes("configured_cursor") || + Object.keys(failed.clients ?? {}).length !== 0 || + failed.appliedActions.length !== 0 || (await readFile(claudeConfig, "utf8")) !== "malformed" || - json(await readFile(cursorConfig, "utf8")).mcpServers?.rea?.command !== - cli + json(await readFile(cursorConfig, "utf8")).mcpServers?.rea !== undefined ) throw new Error( - `packaged setup did not continue after an earlier client failure: ${JSON.stringify(failed)}`, + `packaged setup did not block all mutation after malformed preflight: ${JSON.stringify(failed)}`, ); await writeFile(claudeConfig, "{}\n"); const recoveredExecution = await runWithStatus( @@ -924,8 +936,8 @@ try { if ( dangling.status !== "needs_human" || danglingExecution.status !== 1 || - dangling.clients?.gemini_cli?.status !== "failed" || - dangling.clients?.gemini_cli?.reason !== "path" || + Object.keys(dangling.clients ?? {}).length !== 0 || + dangling.appliedActions.length !== 0 || !(await lstat(geminiConfig)).isSymbolicLink() || (await pathExists(`${geminiConfig}.rea.backup`)) ) diff --git a/src/application/Doctor.ts b/src/application/Doctor.ts index c703deeb6..a62164838 100644 --- a/src/application/Doctor.ts +++ b/src/application/Doctor.ts @@ -195,15 +195,16 @@ export const runDoctor = async ( SYSTEM_LINUX_HOPPER, linuxHopperLauncherPath(homedir()), ...(await host.manualHopperPaths()), - await host.brewHopperPath(), - ].filter((value): value is string => value !== undefined) + ] : [host.configuredHopperPath]; - let hopperPath: string | undefined; - for (const candidate of new Set(candidates)) - if (await host.executable(candidate)) { - hopperPath = candidate; - break; - } + let hopperPath = await firstExecutable(host, candidates); + if (hopperPath === undefined && host.configuredHopperPath === undefined) { + const brewCandidate = await host.brewHopperPath(); + hopperPath = await firstExecutable( + host, + brewCandidate === undefined ? [] : [brewCandidate], + ); + } checks.push( check( "hopper", @@ -562,6 +563,15 @@ const uniqueLines = (value: string): string[] => [ ), ]; +const firstExecutable = async ( + host: DoctorHost, + candidates: readonly string[], +): Promise => { + for (const candidate of new Set(candidates)) + if (await host.executable(candidate)) return candidate; + return undefined; +}; + const firstIlspyVersionLine = (value: string): string | undefined => uniqueLines(value).find((line) => line.startsWith("ilspycmd:")); diff --git a/src/application/LinuxHopper.ts b/src/application/LinuxHopper.ts index 0c2e32cfb..2c3b27db3 100644 --- a/src/application/LinuxHopper.ts +++ b/src/application/LinuxHopper.ts @@ -38,6 +38,32 @@ const SUPPORTED_RELEASES: Readonly< export type LinuxPackageFamily = "deb" | "rpm" | "arch"; +/** Exact stable external effects disclosed before a Linux Hopper installation. */ +export interface LinuxHopperInstallDisclosure { + readonly downloadUrl: string; + readonly expectedBytes: number; + readonly expectedSha1: string; + readonly commands: readonly string[]; +} + +/** Describe the release and package-manager commands without downloading or writing. */ +export const linuxHopperInstallDisclosure = ( + family: LinuxPackageFamily, + isRoot: boolean, +): LinuxHopperInstallDisclosure => { + const release = SUPPORTED_RELEASES[family]; + return { + downloadUrl: release.filename, + expectedBytes: Number(release.file_length), + expectedSha1: release.file_hash, + commands: linuxPackageManagerCommands( + family, + ``, + isRoot, + ).map(({ executable, args }) => `${executable} ${args.join(" ")}`), + }; +}; + /** Parsed Linux distribution information used for support and package selection. */ export interface LinuxDistribution { readonly id: string; diff --git a/src/application/MacHopper.ts b/src/application/MacHopper.ts index 17286aa91..c5e17f20e 100644 --- a/src/application/MacHopper.ts +++ b/src/application/MacHopper.ts @@ -22,6 +22,17 @@ const DOWNLOAD_PREFIX = "https://www.hopperapp.com:443/downloader/public/"; const MAX_PACKAGE_BYTES = 100_000_000; const BUNDLE_IDENTIFIER = "com.cryptic-apps.hopper-web-4"; +/** Stable network and command effects disclosed before macOS Hopper setup. */ +export const macHopperInstallDisclosure = { + networkOrigins: [RELEASES_URL, DOWNLOAD_PREFIX] as const, + commands: [ + "hdiutil attach -readonly -nobrowse -mountpoint ", + "codesign --verify --deep --strict ", + "ditto ", + "open ", + ] as const, +}; + /** Result of installing the official Hopper macOS application. */ export type MacHopperInstallResult = | { readonly status: "installed"; readonly launcherPath: string } diff --git a/src/application/Setup.ts b/src/application/Setup.ts index 625fe5dae..2fac9799c 100644 --- a/src/application/Setup.ts +++ b/src/application/Setup.ts @@ -66,6 +66,18 @@ export type ClientConfigurationResult = readonly status: "failed"; readonly reason: "path" | "backup" | "write" | "readback"; }; + +/** Read-only state used to block unsafe setup plans before any mutation. */ +export type ClientConfigurationInspection = + | { readonly status: "already_current" } + | { + readonly status: "create" | "update"; + readonly backupPath?: string; + } + | { + readonly status: "invalid"; + readonly remediation: string; + }; /** * Effects required by the idempotent setup workflow. * Implementations report interrupted installers as values: setup must not wait @@ -90,6 +102,11 @@ export interface SetupHost { providerEnvironment: SetupProviderEnvironment, command: readonly string[], ): Promise; + inspectClientConfiguration?( + client: SetupClient, + providerEnvironment: SetupProviderEnvironment, + command: readonly string[], + ): Promise; skillNeedsInstall(): Promise; installSkill(): Promise<"installed" | "unchanged" | "failed">; doctor(): Promise>>; @@ -111,10 +128,17 @@ export interface SetupResult { /** One concrete setup mutation disclosed before approval. */ export interface SetupAction { + readonly id: string; readonly kind: "install_hopper" | "configure_client" | "install_skill"; + readonly label: string; readonly target: string; readonly detail: string; readonly external: boolean; + readonly operation: "create" | "update" | "install"; + readonly backupPath?: string; + readonly networkOrigins?: readonly string[]; + readonly commands?: readonly string[]; + readonly integrity?: string; } /** Explicit authorization supplied by an interactive or unattended CLI adapter. */ @@ -122,12 +146,30 @@ export interface SetupOptions { readonly approved: boolean; readonly installHopper: boolean; readonly structured: boolean; + readonly proposeHopper?: boolean; + readonly clientIds?: readonly string[]; + readonly installSkill?: boolean; + readonly onProgress?: (event: SetupProgressEvent) => void; +} + +/** One settled or active setup operation projected to the interactive adapter. */ +export interface SetupProgressEvent { + readonly actionId: string; + readonly label: string; + readonly state: "started" | "completed" | "warning" | "failed"; + readonly detail?: string; +} + +/** Interactive selection and final consent returned by the CLI adapter. */ +export interface SetupConfirmationDecision { + readonly approved: boolean; + readonly selectedActionIds: readonly string[]; } /** Adapter-owned interactive confirmation for a fully discovered setup plan. */ export type SetupConfirmation = ( actions: readonly SetupAction[], -) => Promise; +) => Promise; /** * Install prerequisites and configure detected clients idempotently. @@ -154,19 +196,40 @@ export const runSetup = async ( if (unsupported !== undefined) return fail(unsupported); let hopperPath = await host.hopperPath(); let providerEnvironment = await initialProviderEnvironment(host, hopperPath); - const discovery = await discoverSetupActions( + const discovery = await discoverSetupActions({ host, providerEnvironment, - options.installHopper, - ); - const { installHopper, installSkill } = discovery; - let { detectedClients } = discovery; + forceHopperInstall: options.installHopper, + proposeHopper: options.proposeHopper ?? true, + selectedClientIds: options.clientIds, + installSkillSelection: options.installSkill, + }); + if (discovery.blocker !== undefined) return fail(discovery.blocker); + let { installHopper, installSkill } = discovery; + let detectedClients: readonly SetupClient[] = discovery.detectedClients; plannedActions = discovery.plannedActions; let approved = options.approved || plannedActions.length === 0; let interactiveApproval = false; if (!approved && confirm !== undefined && !options.structured) { - interactiveApproval = await confirm(plannedActions); - approved = interactiveApproval; + const decision = await confirm(plannedActions); + if (typeof decision === "boolean") { + interactiveApproval = decision; + approved = decision; + } else { + const selected = new Set(decision.selectedActionIds); + plannedActions = plannedActions.filter(({ id }) => selected.has(id)); + installHopper = plannedActions.some( + ({ kind }) => kind === "install_hopper", + ); + installSkill = plannedActions.some( + ({ kind }) => kind === "install_skill", + ); + detectedClients = detectedClients.filter((client) => + selected.has(`configure_client:${client.name}`), + ); + interactiveApproval = decision.approved; + approved = decision.approved || plannedActions.length === 0; + } } if (!approved) return { @@ -180,8 +243,21 @@ export const runSetup = async ( }; if (installHopper && (interactiveApproval || options.installHopper)) { + emitProgress( + options, + "install_hopper", + "Hopper deep-analysis provider", + "started", + ); const installed = await host.installHopper(options.installHopper); - if (installed.status === "failed") + if (installed.status === "failed") { + emitProgress( + options, + "install_hopper", + "Hopper deep-analysis provider", + "failed", + installed.remediation, + ); return { status: "needs_human", plannedActions, @@ -191,12 +267,20 @@ export const runSetup = async ( code: installed.code, remediation: installed.remediation, }; + } hopperPath = installed.launcherPath; providerEnvironment = { ...providerEnvironment, HOPPER_LAUNCHER_PATH: installed.launcherPath, }; appliedActions.push("installed_hopper"); + emitProgress( + options, + "install_hopper", + "Hopper deep-analysis provider", + "completed", + installed.launcherPath, + ); detectedClients = await filterClientsNeedingConfigure( host, detectedClients, @@ -211,15 +295,38 @@ export const runSetup = async ( command: registrationCommand(), clients, appliedActions, + ...(options.onProgress === undefined + ? {} + : { onProgress: options.onProgress }), }); if (clientFailure !== undefined) return fail(clientFailure); if (installSkill) { + emitProgress( + options, + "install_skill", + "REA reverse-engineering skill", + "started", + ); const skill = await host.installSkill(); - if (skill === "failed") + if (skill === "failed") { + emitProgress( + options, + "install_skill", + "REA reverse-engineering skill", + "failed", + ); return fail( "REA analysis skill could not be installed or verified. Check permissions for `~/.agents/skills`, then rerun setup.", ); + } if (skill === "installed") appliedActions.push("installed_skill"); + emitProgress( + options, + "install_skill", + "REA reverse-engineering skill", + skill === "installed" ? "completed" : "warning", + skill === "unchanged" ? "Already current" : undefined, + ); } const doctor = await host.doctor(); const remediation = finalSetupRemediation( @@ -238,11 +345,15 @@ export const runSetup = async ( }; }; -const discoverSetupActions = async ( - host: SetupHost, - providerEnvironment: SetupProviderEnvironment, - forceHopperInstall: boolean, -) => { +const discoverSetupActions = async (input: { + readonly host: SetupHost; + readonly providerEnvironment: SetupProviderEnvironment; + readonly forceHopperInstall: boolean; + readonly proposeHopper: boolean; + readonly selectedClientIds: readonly string[] | undefined; + readonly installSkillSelection: boolean | undefined; +}) => { + const { host, providerEnvironment } = input; const initialDoctor = await host.doctor(); const linuxHopperRepairNeeded = initialDoctor.checks.some( ({ name, ok, detail }) => @@ -251,13 +362,24 @@ const discoverSetupActions = async ( (name === "hopper-version" && detail === "/opt/hopper/bin/Hopper")), ); const installHopper = - forceHopperInstall || - Object.keys(providerEnvironment).length === 0 || - linuxHopperRepairNeeded; - const [detectedClients, installSkill] = await Promise.all([ + input.forceHopperInstall || + (input.proposeHopper && + (Object.keys(providerEnvironment).length === 0 || + linuxHopperRepairNeeded)); + const [allDetectedClients, skillNeedsInstall] = await Promise.all([ host.detectedClients(), host.skillNeedsInstall(), ]); + const selectedClientIdSet = + input.selectedClientIds === undefined + ? undefined + : new Set(input.selectedClientIds); + const detectedClients = allDetectedClients.filter( + ({ name }) => + selectedClientIdSet === undefined || selectedClientIdSet.has(name), + ); + const installSkill = + input.installSkillSelection === false ? false : skillNeedsInstall; const command = registrationCommand(); const clients = installHopper ? detectedClients @@ -267,21 +389,91 @@ const discoverSetupActions = async ( providerEnvironment, command, ); - const plannedActions = setupPlan( - host.platform, - installHopper, - installSkill, + const inspections = await inspectClients( + host, clients, providerEnvironment, + command, ); + const invalid = inspections.find( + ({ inspection }) => inspection.status === "invalid", + ); + const blocker = + invalid?.inspection.status === "invalid" + ? `${invalid.client.displayName ?? invalid.client.name}: ${invalid.inspection.remediation}` + : undefined; + const clientPlans = inspections.flatMap(({ client, inspection }) => + inspection.status === "create" || + inspection.status === "update" || + (installHopper && inspection.status === "already_current") + ? [ + { + client, + operation: + inspection.status === "already_current" + ? ("update" as const) + : inspection.status, + ...(inspection.status !== "already_current" && + inspection.backupPath !== undefined + ? { backupPath: inspection.backupPath } + : {}), + }, + ] + : [], + ); + const linuxDistribution = + host.platform === "linux" ? await host.linuxDistribution() : undefined; + const plannedActions = setupPlan({ + platform: host.platform, + installHopper, + installSkill, + clients: clientPlans, + providerEnvironment, + ...(linuxDistribution?.packageFamily === undefined + ? {} + : { linuxPackageFamily: linuxDistribution.packageFamily }), + }); return { installHopper, installSkill, - detectedClients: clients, + detectedClients: clientPlans.map(({ client }) => client), plannedActions, + blocker, }; }; +const inspectClients = async ( + host: SetupHost, + clients: readonly SetupClient[], + providerEnvironment: SetupProviderEnvironment, + command: readonly string[], +) => + Promise.all( + clients.map(async (client) => ({ + client, + inspection: + (await host.inspectClientConfiguration?.( + client, + providerEnvironment, + command, + )) ?? ({ status: "update" } as const), + })), + ); + +const emitProgress = ( + options: SetupOptions, + actionId: string, + label: string, + state: SetupProgressEvent["state"], + detail?: string, +): void => + options.onProgress?.({ + actionId, + label, + state, + ...(detail === undefined ? {} : { detail }), + }); + const filterClientsNeedingConfigure = async ( host: SetupHost, detectedClients: readonly SetupClient[], @@ -381,6 +573,7 @@ export const systemSetupHost = ( clientConfigurationAligned(client, providerEnvironment, command).then( (aligned) => !aligned, ), + inspectClientConfiguration: inspectClientConfiguration, skillNeedsInstall: () => canonicalSkillNeedsInstall(homedir()), installSkill: () => installCanonicalSkill(homedir()), doctor: () => runDoctor(undefined, doctorHost), @@ -636,6 +829,59 @@ const clientConfigurationAligned = async ( } }; +const inspectClientConfiguration = async ( + client: SetupClient, + providerEnvironment: SetupProviderEnvironment, + command: readonly string[], +): Promise => { + if (client.format === "unsupported") return { status: "already_current" }; + const transactionPath = await resolveClientConfigTransactionPath( + client.configPath, + ); + if (transactionPath === undefined) + return { + status: "invalid", + remediation: + "The configuration path is unsafe or unresolved. Check ownership and symbolic links before rerunning setup.", + }; + let original: string; + try { + original = await readFile(transactionPath, "utf8"); + } catch (cause: unknown) { + if (isMissing(cause)) return { status: "create" }; + return { + status: "invalid", + remediation: + "The configuration file could not be read. Check its permissions before rerunning setup.", + }; + } + const desired = clientConfigurationDesired(providerEnvironment, command); + try { + const document = + client.format === "toml" + ? objectSchema.parse(parseToml(original)) + : parseObject(original); + const servers = parseOptionalObject( + client.format === "toml" ? document.mcp_servers : document.mcpServers, + ); + if ( + JSON.stringify(servers[PRODUCT_IDENTITY.mcpServerKey]) === + JSON.stringify(desired) + ) + return { status: "already_current" }; + } catch { + return { + status: "invalid", + remediation: + "The existing configuration is malformed. Repair it before setup applies any other changes.", + }; + } + return { + status: "update", + backupPath: `${client.configPath}.rea.backup`, + }; +}; + const normalizeProviderEnvironment = ( environment: SetupProviderEnvironment | string, ): SetupProviderEnvironment => diff --git a/src/application/SetupClients.ts b/src/application/SetupClients.ts index ce566c15e..67f6fed95 100644 --- a/src/application/SetupClients.ts +++ b/src/application/SetupClients.ts @@ -3,6 +3,7 @@ import type { SetupClient, SetupHost, SetupProviderEnvironment, + SetupProgressEvent, } from "./Setup.js"; const failedConfigurationMessage = ( @@ -25,19 +26,41 @@ export const configureDetectedClients = async (options: { readonly command: readonly string[]; readonly clients: Record; readonly appliedActions: string[]; + readonly onProgress?: (event: SetupProgressEvent) => void; }): Promise => { let failure: string | undefined; for (const client of options.detectedClients) { + const actionId = `configure_client:${client.name}`; + const label = client.displayName ?? client.name; + options.onProgress?.({ actionId, label, state: "started" }); const result = await options.host.configureClient( client, options.providerEnvironment, options.command, ); options.clients[client.name] = result; - if (result.status === "failed") + if (result.status === "failed") { failure ??= failedConfigurationMessage(result.reason); - else if (result.status === "configured") + options.onProgress?.({ + actionId, + label, + state: "failed", + detail: failedConfigurationMessage(result.reason), + }); + } else if (result.status === "configured") { options.appliedActions.push(`configured_${client.name}`); + options.onProgress?.({ actionId, label, state: "completed" }); + } else { + options.onProgress?.({ + actionId, + label, + state: "warning", + detail: + result.status === "unchanged" + ? "Already current" + : "Manual configuration required", + }); + } } return failure; }; diff --git a/src/application/SetupPlan.ts b/src/application/SetupPlan.ts index 7a16ff908..d934b3610 100644 --- a/src/application/SetupPlan.ts +++ b/src/application/SetupPlan.ts @@ -4,54 +4,107 @@ import type { SetupProviderEnvironment, } from "./Setup.js"; import { PRODUCT_IDENTITY } from "../identity.js"; +import { homedir } from "node:os"; +import { join } from "node:path"; +import { + linuxHopperInstallDisclosure, + type LinuxPackageFamily, +} from "./LinuxHopper.js"; +import { macHopperInstallDisclosure } from "./MacHopper.js"; + +/** Preflighted client mutation admitted into the setup plan. */ +export type SetupClientPlan = Readonly<{ + client: SetupClient; + operation: "create" | "update"; + backupPath?: string; +}>; /** Build the complete setup mutation plan before approval. */ -export const setupPlan = ( - platform: NodeJS.Platform, - installHopper: boolean, - installSkill: boolean, - clients: readonly SetupClient[], - providerEnvironment: SetupProviderEnvironment, -): readonly SetupAction[] => [ - ...(installHopper +export const setupPlan = (input: { + readonly platform: NodeJS.Platform; + readonly installHopper: boolean; + readonly installSkill: boolean; + readonly clients: readonly SetupClientPlan[]; + readonly providerEnvironment: SetupProviderEnvironment; + readonly linuxPackageFamily?: LinuxPackageFamily; +}): readonly SetupAction[] => [ + ...(input.installHopper ? [ { + id: "install_hopper", kind: "install_hopper" as const, + label: "Hopper deep-analysis provider", target: - platform === "darwin" - ? "~/Applications/Hopper Disassembler.app" + input.platform === "darwin" + ? join(homedir(), "Applications/Hopper Disassembler.app") : "system package manager", detail: - platform === "linux" + input.platform === "linux" ? "Download, verify, and install Hopper plus its Xvfb demo-session dependencies. For the supported demo build, REA uses a private display and selects Hopper's offered demo mode for each analysis session." : "Download the official Hopper package, verify it, and install it. Hopper may show its demo or license prompt when first opened.", external: true, + operation: "install" as const, + ...(input.platform === "linux" + ? input.linuxPackageFamily === undefined + ? {} + : linuxDisclosure(input.linuxPackageFamily) + : { + networkOrigins: macHopperInstallDisclosure.networkOrigins, + commands: macHopperInstallDisclosure.commands, + }), }, ] : []), - ...clients - .filter(({ format }) => format !== "unsupported") + ...input.clients + .filter(({ client }) => client.format !== "unsupported") .map( - (client): SetupAction => ({ + ({ client, operation, backupPath }): SetupAction => ({ + id: `configure_client:${client.name}`, kind: "configure_client", + label: client.displayName ?? client.name, target: client.configPath, - detail: clientConfigurationDetail(client.name, providerEnvironment), + detail: clientConfigurationDetail( + client.displayName ?? client.name, + input.providerEnvironment, + ), external: false, + operation, + ...(backupPath === undefined ? {} : { backupPath }), }), ), - ...(installSkill + ...(input.installSkill ? [ { + id: "install_skill", kind: "install_skill" as const, - target: `~/.agents/skills/${PRODUCT_IDENTITY.skillName}/SKILL.md`, + label: "REA reverse-engineering skill", + target: join( + homedir(), + ".agents/skills", + PRODUCT_IDENTITY.skillName, + "SKILL.md", + ), detail: "Install or update the bundled REA reverse-engineering skill.", external: false, + operation: "install" as const, }, ] : []), ]; +const linuxDisclosure = (family: LinuxPackageFamily) => { + const disclosure = linuxHopperInstallDisclosure( + family, + process.getuid?.() === 0, + ); + return { + networkOrigins: [disclosure.downloadUrl], + commands: disclosure.commands, + integrity: `${String(disclosure.expectedBytes)} bytes · SHA-1 ${disclosure.expectedSha1}`, + }; +}; + const clientConfigurationDetail = ( client: string, environment: SetupProviderEnvironment, diff --git a/src/application/SupportedClients.ts b/src/application/SupportedClients.ts index c68314e0c..469679c60 100644 --- a/src/application/SupportedClients.ts +++ b/src/application/SupportedClients.ts @@ -3,6 +3,7 @@ import { join } from "node:path"; /** One supported client configuration location. */ export interface SetupClient { readonly name: string; + readonly displayName?: string; readonly configPath: string; readonly markerPath?: string; readonly format?: "json" | "toml" | "unsupported"; @@ -70,6 +71,7 @@ export const SUPPORTED_CLIENT_DEFINITIONS = [ export const supportedClients = (home: string): readonly SetupClient[] => SUPPORTED_CLIENT_DEFINITIONS.map((definition) => ({ name: definition.name, + displayName: definition.displayName, configPath: join(home, ...definition.configPath), markerPath: join(home, ...definition.markerPath), format: definition.format, diff --git a/src/cli.ts b/src/cli.ts index 96ae4d745..88799e71e 100644 --- a/src/cli.ts +++ b/src/cli.ts @@ -1,6 +1,5 @@ import { Cli, z } from "incur"; import { fileURLToPath } from "node:url"; -import { createInterface } from "node:readline/promises"; import { runDoctor } from "./application/Doctor.js"; import { @@ -13,11 +12,7 @@ import { projectManagedApplicationGraphEvidence } from "./application/ManagedApp import { verifyManagedNativeBoundariesEvidence } from "./application/ManagedNativeVerificationService.js"; import { importManagedReconstructionEvidence } from "./application/ManagedReconstructionService.js"; import { planManagedRuntimeCorrelationEvidence } from "./application/ManagedRuntimeCorrelationService.js"; -import { - runSetup, - systemSetupHost, - type SetupAction, -} from "./application/Setup.js"; +import { runSetup, systemSetupHost } from "./application/Setup.js"; import { runUninstall } from "./application/Uninstall.js"; import { runUpgrade, systemUpgradeHost } from "./application/Upgrade.js"; import { PRODUCT_IDENTITY } from "./identity.js"; @@ -47,6 +42,12 @@ import { type AnalysisProviderSelector, } from "./contracts/providerSelection.js"; import { createSystemDoctorHost } from "./doctorRuntime.js"; +import { + conciseSetupResult, + confirmInteractiveSetup, + renderInteractiveSetupResult, + renderSetupProgress, +} from "./cliSetup.js"; /** * Build the one-shot Incur CLI without starting Hopper at import time. @@ -188,6 +189,7 @@ const registerSetupCommands = ( ): void => { cli.command(CLI_COMMANDS.setup, { description: "Install requirements and configure agents", + outputPolicy: "agent-only", options: z.object({ yes: z .boolean() @@ -197,21 +199,42 @@ const registerSetupCommands = ( .boolean() .default(false) .describe("Also approve Hopper installation with --yes"), + client: z + .array( + z.enum([ + "claude_code", + "claude_desktop", + "codex", + "cursor", + "gemini_cli", + "windsurf", + ]), + ) + .default([]) + .describe("Agent integration to configure; repeat for multiple agents"), + allDetected: z + .boolean() + .default(false) + .describe("Configure every detected supported agent"), + skill: z + .boolean() + .optional() + .describe("Install or skip the bundled REA skill"), + dryRun: z + .boolean() + .default(false) + .describe("Print the resolved plan without applying it"), + accessible: z + .boolean() + .default(false) + .describe("Use sequential accessible setup prompts"), }), - alias: { yes: "y", installHopper: "install-hopper" }, - run: ({ options, formatExplicit }) => + alias: { + yes: "y", + }, + run: ({ options, formatExplicit, agent }) => logCliCommand(logger, "setup", () => - runSetup( - { - approved: options.yes, - installHopper: options.installHopper, - structured: formatExplicit, - }, - systemSetupHost(createSystemDoctorHost()), - options.yes || formatExplicit || process.stdin.isTTY !== true - ? undefined - : confirmSetup, - ), + runSetupCommand({ options, formatExplicit, agent }), ), }); cli.command(CLI_COMMANDS.doctor, { @@ -249,26 +272,54 @@ const registerSetupCommands = ( }); }; -const confirmSetup = async ( - actions: readonly SetupAction[], -): Promise => { - process.stdout.write("\nREA setup plan\n"); - for (const action of actions) - process.stdout.write( - ` - ${action.detail}\n ${action.target}${action.external ? " (external software)" : ""}\n`, +const runSetupCommand = async (input: { + readonly options: { + readonly yes: boolean; + readonly installHopper: boolean; + readonly client: readonly string[]; + readonly allDetected: boolean; + readonly skill?: boolean | undefined; + readonly dryRun: boolean; + readonly accessible: boolean; + }; + readonly formatExplicit: boolean; + readonly agent: boolean; +}) => { + const { options } = input; + const interactive = + !options.yes && + !options.dryRun && + !input.formatExplicit && + process.stdin.isTTY === true && + process.stderr.isTTY === true; + const hasExplicitScope = + options.allDetected || + options.client.length > 0 || + options.skill !== undefined || + options.installHopper; + if (options.yes && !hasExplicitScope) + process.stderr.write( + "! Implicit `rea setup --yes` scope is deprecated; use `--all-detected --skill` to retain it.\n", ); - const prompt = createInterface({ - input: process.stdin, - output: process.stdout, - }); - try { - const answer = (await prompt.question("Continue? [Y/n] ")) - .trim() - .toLowerCase(); - return answer === "" || answer === "y" || answer === "yes"; - } finally { - prompt.close(); - } + const result = await runSetup( + { + approved: options.yes && !options.dryRun, + installHopper: options.installHopper, + structured: input.formatExplicit || options.dryRun, + proposeHopper: !hasExplicitScope || options.installHopper, + ...(!hasExplicitScope || options.allDetected + ? {} + : { clientIds: options.client }), + ...(!hasExplicitScope ? {} : { installSkill: options.skill ?? false }), + ...(interactive ? { onProgress: renderSetupProgress } : {}), + }, + systemSetupHost(createSystemDoctorHost()), + interactive + ? (actions) => confirmInteractiveSetup(actions, options.accessible) + : undefined, + ); + if (interactive) renderInteractiveSetupResult(result); + return input.formatExplicit ? result : conciseSetupResult(result); }; const registerXrefsCommand = ( diff --git a/src/cliSetup.ts b/src/cliSetup.ts new file mode 100644 index 000000000..94ebe6b3b --- /dev/null +++ b/src/cliSetup.ts @@ -0,0 +1,360 @@ +import { + cancel, + confirm, + intro, + isCancel, + multiselect, + outro, + select, +} from "@clack/prompts"; + +import type { + SetupAction, + SetupConfirmationDecision, + SetupProgressEvent, + SetupResult, +} from "./application/Setup.js"; +import { SUPPORTED_CLIENT_DEFINITIONS } from "./application/SupportedClients.js"; + +const clientDisplayNames: ReadonlyMap = new Map( + SUPPORTED_CLIENT_DEFINITIONS.map(({ name, displayName }) => [ + name, + displayName, + ]), +); + +const promptStreams = { + input: process.stdin, + output: process.stderr, + withGuide: true, +} as const; + +type SetupMode = "recommended" | "custom" | "skip"; + +/** Run the inline setup picker, exact preflight, and default-No consent. */ +export const confirmInteractiveSetup = async ( + actions: readonly SetupAction[], + accessible: boolean, +): Promise => { + intro("REA setup", promptStreams); + renderValueIntroduction(); + renderDetectedSummary(actions); + renderKeyboardHelp(accessible); + const mode = await selectSetupMode(actions, accessible); + if (mode === undefined) return cancelledDecision(actions); + if (mode === "skip") { + cancel("No changes were made.", promptStreams); + return { + approved: false, + selectedActionIds: actions.map(({ id }) => id), + }; + } + const selectedActionIds = + mode === "recommended" + ? actions.map(({ id }) => id) + : accessible + ? await selectActionsAccessibly(actions) + : await selectActions(actions); + if (selectedActionIds === undefined) return cancelledDecision(actions); + if (selectedActionIds.length === 0) { + cancel("Nothing selected. No changes were made.", promptStreams); + return { approved: false, selectedActionIds }; + } + const selected = new Set(selectedActionIds); + const selectedActions = actions.filter(({ id }) => selected.has(id)); + renderPreflight(selectedActions); + const approved = await confirm({ + ...promptStreams, + message: + selectedActions.length === 1 + ? "Apply this change?" + : `Apply these ${String(selectedActions.length)} changes?`, + initialValue: false, + active: "Yes, apply", + inactive: "No, cancel", + }); + if (isCancel(approved) || !approved) { + cancel("Setup cancelled. No changes were made.", promptStreams); + return { approved: false, selectedActionIds }; + } + return { approved: true, selectedActionIds }; +}; + +/** Render stable, append-only progress for real setup operations. */ +export const renderSetupProgress = (event: SetupProgressEvent): void => { + const symbol = + event.state === "started" + ? "◇" + : event.state === "completed" + ? "◆" + : event.state === "warning" + ? "!" + : "✗"; + const suffix = event.detail === undefined ? "" : ` · ${event.detail}`; + writeLine(`${symbol} ${event.label}${suffix}`); +}; + +/** Finish an interactive setup journey without exposing the full doctor catalog. */ +export const renderInteractiveSetupResult = (result: SetupResult): void => { + if (result.status === "ready") { + const changedClients = Object.entries(result.clients) + .filter(([, client]) => client.status === "configured") + .map(([client]) => clientDisplayNames.get(client) ?? client); + const readyClients = readyAgentClients(result, changedClients); + renderReadyCapabilities(result, readyClients); + outro( + changedClients.length === 0 + ? "REA is ready for local app analysis." + : `Restart ${changedClients.join(", ")} to load REA.`, + promptStreams, + ); + return; + } + if (result.status === "planned") return; + writeLine(`! ${result.remediation ?? "Setup needs attention."}`); + outro("Run `rea doctor` for the remaining checks.", promptStreams); +}; + +/** Keep default non-TTY output actionable without emitting the full catalog. */ +export const conciseSetupResult = (result: SetupResult) => ({ + status: result.status, + plannedActions: result.plannedActions, + appliedActions: result.appliedActions, + clients: result.clients, + doctor: { + healthy: result.doctor.healthy, + checks: result.doctor.checks.filter(({ ok }) => !ok), + }, + ...(result.code === undefined ? {} : { code: result.code }), + ...(result.remediation === undefined + ? {} + : { remediation: result.remediation }), +}); + +const selectActions = async ( + actions: readonly SetupAction[], +): Promise => { + const selection = await multiselect({ + ...promptStreams, + message: "Choose what REA should configure", + options: actions.map((action) => ({ + value: action.id, + label: `${action.label} (${actionModality(action)})`, + hint: `${action.operation} · ${action.target}`, + })), + initialValues: actions.map(({ id }) => id), + required: false, + maxItems: Math.max( + 3, + Math.min(actions.length, (process.stderr.rows ?? 24) - 8), + ), + showInstructions: true, + }); + return isCancel(selection) ? undefined : selection; +}; + +const selectActionsAccessibly = async ( + actions: readonly SetupAction[], +): Promise => { + const selected: string[] = []; + for (const action of actions) { + const included = await confirm({ + ...promptStreams, + message: `Include ${action.label} (${actionModality(action)})? ${action.target}`, + initialValue: true, + vertical: true, + }); + if (isCancel(included)) return undefined; + if (included) selected.push(action.id); + } + return selected; +}; + +const selectSetupMode = async ( + actions: readonly SetupAction[], + accessible: boolean, +): Promise => { + if (accessible) return selectSetupModeAccessibly(); + const mode = await select({ + ...promptStreams, + message: "Choose a setup", + options: [ + { + value: "recommended", + label: "Set up all available capabilities", + hint: `recommended · ${actionCount(actions.length)}`, + }, + { + value: "custom", + label: "Customize setup", + hint: "choose integrations and components", + }, + { + value: "skip", + label: "No thanks", + hint: "make no changes", + }, + ], + initialValue: "recommended", + }); + return isCancel(mode) ? undefined : mode; +}; + +const selectSetupModeAccessibly = async (): Promise => { + const recommended = await confirm({ + ...promptStreams, + message: "Use the recommended complete setup?", + initialValue: true, + vertical: true, + }); + if (isCancel(recommended)) return undefined; + if (recommended) return "recommended"; + const customize = await confirm({ + ...promptStreams, + message: "Customize integrations and components?", + initialValue: true, + vertical: true, + }); + if (isCancel(customize)) return undefined; + return customize ? "custom" : "skip"; +}; + +const renderValueIntroduction = (): void => { + writeLine("│ Understand local apps and binaries from your coding agent."); + writeLine("│"); + writeLine("│ • Trace how a feature works with local evidence."); + writeLine( + "│ • Use the same analysis capabilities from REA's CLI and supported agents.", + ); + writeLine( + "│ • Keep analyzed targets on this machine instead of uploading them to a hosted service.", + ); +}; + +const renderDetectedSummary = (actions: readonly SetupAction[]): void => { + const clients = actions.filter(({ kind }) => kind === "configure_client"); + writeLine("│"); + if (clients.length === 0) { + writeLine("◆ No agent integrations need configuration"); + } else { + writeLine(`◆ Detected ${humanList(clients.map(({ label }) => label))}`); + for (const client of clients) { + writeLine( + `│ ${client.label} · ${actionModality(client)} · ${client.operation}`, + ); + writeLine(`│ ${client.target}`); + } + } + const components = actions.filter(({ kind }) => kind !== "configure_client"); + if (components.length > 0) { + writeLine("│"); + writeLine( + `│ Also available: ${components.map((action) => `${action.label} (${actionModality(action)})`).join(", ")}`, + ); + } +}; + +const renderKeyboardHelp = (accessible: boolean): void => { + writeLine("│"); + writeLine( + accessible + ? "│ Keys: Enter answer · Ctrl-C cancel" + : "│ Keys: ↑/↓ navigate · Space toggle · Enter confirm · Ctrl-C cancel", + ); +}; + +const renderReadyCapabilities = ( + result: SetupResult, + readyClients: readonly string[], +): void => { + writeLine("◆ What you can do now"); + const providers = readyProviders(result); + if (providers.length > 0) + writeLine(`│ Deep analysis: ${humanList(providers)}`); + if (readyClients.length > 0) + writeLine(`│ Agent access: ${humanList(readyClients)}`); + if (result.doctor.identity?.skill.state === "aligned") + writeLine("│ Guided reverse-engineering workflows: installed"); + if (providers.length > 0) writeLine("│ CLI: rea analyze /path/to/app"); + const firstClient = readyClients[0]; + if (firstClient !== undefined) + writeLine( + `│ Try in ${firstClient}: "Use REA to explain how a feature works in /path/to/app."`, + ); +}; + +const readyAgentClients = ( + result: SetupResult, + changedClients: readonly string[], +): readonly string[] => { + const alignedClients = (result.doctor.identity?.registrations ?? []) + .filter(({ state }) => state === "aligned") + .map(({ client }) => clientDisplayNames.get(client) ?? client); + return [...new Set([...alignedClients, ...changedClients])]; +}; + +const readyProviders = (result: SetupResult): readonly string[] => { + const providers = [ + ...(result.doctor.hopperPath === undefined ? [] : ["Hopper"]), + ...(result.doctor.providerInspections ?? []) + .filter(({ available }) => available) + .map(({ id }) => displayProviderId(id)), + ]; + return [...new Set(providers)]; +}; + +const displayProviderId = (id: string): string => + id.length === 0 ? id : `${id[0]?.toUpperCase() ?? ""}${id.slice(1)}`; + +const actionModality = (action: SetupAction): string => { + if (action.kind === "configure_client") return "MCP"; + if (action.kind === "install_hopper") return "provider"; + return "skill"; +}; + +const actionCount = (count: number): string => + `${String(count)} ${count === 1 ? "change" : "changes"}`; + +const humanList = (values: readonly string[]): string => { + if (values.length < 2) return values[0] ?? ""; + if (values.length === 2) return `${values[0]} and ${values[1]}`; + return `${values.slice(0, -1).join(", ")}, and ${values.at(-1)}`; +}; + +const renderPreflight = (actions: readonly SetupAction[]): void => { + writeLine("│"); + writeLine("◆ Ready to review"); + for (const action of actions) { + writeLine("│"); + writeLine(`│ ${action.operation.toUpperCase()} ${action.label}`); + writeLine(`│ ${action.target}`); + if (action.backupPath !== undefined) + writeLine(`│ backup: ${action.backupPath}`); + for (const origin of action.networkOrigins ?? []) + writeLine(`│ network: ${origin}`); + if (action.integrity !== undefined) + writeLine(`│ integrity: ${action.integrity}`); + for (const command of action.commands ?? []) + writeLine(`│ command: ${command}`); + writeLine(`│ ${action.detail}`); + if (action.external) writeLine("│ external software"); + } + writeLine("│"); + writeLine( + "│ REA will preserve unrelated configuration and will not install or upgrade Node.js, npm, Homebrew, Java, or Ghidra.", + ); +}; + +const cancelledDecision = ( + actions: readonly SetupAction[], +): SetupConfirmationDecision => { + cancel("Setup cancelled. No changes were made.", promptStreams); + return { + approved: false, + selectedActionIds: actions.map(({ id }) => id), + }; +}; + +const writeLine = (line: string): void => { + process.stderr.write(`${line}\n`); +}; diff --git a/tests/cliSetup.test.ts b/tests/cliSetup.test.ts new file mode 100644 index 000000000..d3f61b73a --- /dev/null +++ b/tests/cliSetup.test.ts @@ -0,0 +1,254 @@ +import { execFile } from "node:child_process"; +import { mkdtemp, rm } from "node:fs/promises"; +import { tmpdir } from "node:os"; +import { join } from "node:path"; +import { promisify } from "node:util"; + +import { spawn } from "@lydell/node-pty"; +import { describe, expect, it } from "vitest"; + +const execute = promisify(execFile); +const decisionMarker = "REA_SETUP_DECISION:"; + +const actions = [ + { + id: "configure_client:codex", + kind: "configure_client", + label: "Codex", + target: "/isolated/.codex/config.toml", + detail: "Add the REA MCP registration for Codex.", + external: false, + operation: "create", + }, + { + id: "install_skill", + kind: "install_skill", + label: "REA reverse-engineering skill", + target: "/isolated/.agents/skills/reverse-engineering/SKILL.md", + detail: "Install the bundled reverse-engineering skill.", + external: false, + operation: "install", + }, + { + id: "install_hopper", + kind: "install_hopper", + label: "Hopper deep-analysis provider", + target: "/isolated/Applications/Hopper Disassembler.app", + detail: "Install the verified Hopper package.", + external: true, + operation: "install", + }, +] as const; + +describe("interactive setup journey", () => { + it("leads with value, detected targets, modality labels, and durable key help", async () => { + const result = await runJourney([step("Choose a setup", "\u0003")]); + + expect(result.output).toContain( + "Understand local apps and binaries from your coding agent.", + ); + expect(result.output).toContain( + "Trace how a feature works with local evidence.", + ); + expect(result.output).toContain("Detected Codex"); + expect(result.output).toContain("Codex · MCP · create"); + expect(result.output).toContain("Hopper deep-analysis provider (provider)"); + expect(result.output).toContain("REA reverse-engineering skill (skill)"); + expect(result.output).toContain( + "Keys: ↑/↓ navigate · Space toggle · Enter confirm · Ctrl-C cancel", + ); + expect(result.decision.approved).toBe(false); + }); + + it("offers recommended, custom, and no-thanks intent before choosing targets", async () => { + const result = await runJourney([ + step("Choose a setup", "\u001b[B\u001b[B\r"), + ]); + + expect(result.output).toContain("Set up all available capabilities"); + expect(result.output).toContain("recommended · 3 changes"); + expect(result.output).toContain("Customize setup"); + expect(result.output).toContain("No thanks"); + expect(result.output).not.toContain("Ready to review"); + expect(result.decision).toMatchObject({ approved: false }); + }); + + it("lets custom mode reach the modality-labelled target picker and cancel safely", async () => { + const result = await runJourney([ + step("Choose a setup", "\u001b[B\r"), + step("Choose what REA should configure", "\u0003"), + ]); + + expect(result.output).toContain("Choose what REA should configure"); + expect(result.output).toContain("Codex (MCP)"); + expect(result.output).toContain("Hopper deep-analysis provider (provider)"); + expect(result.output).toContain("Setup cancelled. No changes were made."); + expect(result.decision.approved).toBe(false); + }); + + it("keeps the recommended path subject to a default-No exact preflight", async () => { + const result = await runJourney([ + step("Choose a setup", "\r"), + step("Apply these 3 changes?", "\r"), + ]); + + expect(result.output).toContain("Ready to review"); + expect(result.output).toContain("CREATE Codex"); + expect(result.output).toContain("/isolated/.codex/config.toml"); + expect(result.output).toContain("No, cancel"); + expect(result.output).toContain("Setup cancelled. No changes were made."); + expect(result.decision).toEqual({ + approved: false, + selectedActionIds: actions.map(({ id }) => id), + }); + }); + + it("frames completion around the capabilities that are now ready", async () => { + const { stderr } = await execute( + process.execPath, + [ + "--input-type=module", + "--eval", + [ + 'import { renderInteractiveSetupResult } from "./dist/cliSetup.js";', + "renderInteractiveSetupResult({", + ' status: "ready",', + " plannedActions: [],", + " appliedActions: [],", + ' clients: { codex: { status: "configured" } },', + " doctor: {", + " healthy: true,", + ' hopperPath: "/Applications/Hopper",', + " checks: [],", + ' providerInspections: [{ id: "ghidra", available: true }],', + ' identity: { skill: { state: "aligned" }, registrations: [{ client: "codex", state: "aligned" }] },', + " },", + "});", + ].join("\n"), + ], + { + cwd: process.cwd(), + env: { ...process.env, NO_COLOR: "1" }, + }, + ); + + expect(stderr).toContain("What you can do now"); + expect(stderr).toContain("Deep analysis: Hopper and Ghidra"); + expect(stderr).toContain("Agent access: Codex"); + expect(stderr).toContain("Guided reverse-engineering workflows: installed"); + expect(stderr).toContain("CLI: rea analyze /path/to/app"); + expect(stderr).toContain( + 'Try in Codex: "Use REA to explain how a feature works in /path/to/app."', + ); + }); +}); + +interface JourneyStep { + readonly prompt: string; + readonly input: string; +} + +interface JourneyResult { + readonly output: string; + readonly decision: { + readonly approved: boolean; + readonly selectedActionIds: readonly string[]; + }; +} + +const step = (prompt: string, input: string): JourneyStep => ({ + prompt, + input, +}); + +const runJourney = async ( + steps: readonly JourneyStep[], +): Promise => { + const isolatedHome = await mkdtemp(join(tmpdir(), "rea-cli-setup-test-")); + const script = [ + 'import { confirmInteractiveSetup } from "./dist/cliSetup.js";', + `const actions = ${JSON.stringify(actions)};`, + "const decision = await confirmInteractiveSetup(actions, false);", + `process.stdout.write(${JSON.stringify(`\n${decisionMarker}`)} + JSON.stringify(decision) + "\\n");`, + ].join("\n"); + + return new Promise((resolvePromise, reject) => { + let output = ""; + let nextStep = 0; + let settled = false; + const terminal = spawn( + process.execPath, + ["--input-type=module", "--eval", script], + { + cwd: process.cwd(), + env: { + ...process.env, + HOME: isolatedHome, + NO_COLOR: "1", + TERM: "xterm-256color", + }, + name: "xterm-256color", + cols: 120, + rows: 40, + }, + ); + const timeout = setTimeout(() => { + terminal.kill(); + finish(new Error(`Timed out after output:\n${output}`)); + }, 10_000); + + terminal.onData((data) => { + output += data; + const pending = steps[nextStep]; + if (pending !== undefined && output.includes(pending.prompt)) { + nextStep += 1; + terminal.write(pending.input); + } + }); + terminal.onExit(({ exitCode }) => { + if (exitCode !== 0) { + finish( + new Error(`Setup journey exited ${String(exitCode)}:\n${output}`), + ); + return; + } + if (nextStep !== steps.length) { + finish(new Error(`Setup journey missed an interaction:\n${output}`)); + return; + } + const markerIndex = output.lastIndexOf(decisionMarker); + if (markerIndex === -1) { + finish(new Error(`Setup journey returned no decision:\n${output}`)); + return; + } + const serialized = output + .slice(markerIndex + decisionMarker.length) + .split(/\r?\n/u, 1)[0]; + if (serialized === undefined) { + finish( + new Error(`Setup journey returned an empty decision:\n${output}`), + ); + return; + } + try { + finish(undefined, { + output, + decision: JSON.parse(serialized) as JourneyResult["decision"], + }); + } catch (cause: unknown) { + finish(cause instanceof Error ? cause : new Error(String(cause))); + } + }); + + function finish(error?: Error, result?: JourneyResult): void { + if (settled) return; + settled = true; + clearTimeout(timeout); + void rm(isolatedHome, { recursive: true, force: true }).finally(() => { + if (error !== undefined) reject(error); + else if (result !== undefined) resolvePromise(result); + else reject(new Error("Setup journey completed without a result")); + }); + } + }); +}; diff --git a/tests/doctor.test.ts b/tests/doctor.test.ts index 93768be25..6d0b3f0e7 100644 --- a/tests/doctor.test.ts +++ b/tests/doctor.test.ts @@ -88,15 +88,21 @@ describe("doctor", () => { }); }); it("detects a manual configured Hopper before Homebrew", async () => { + let brewProbes = 0; const result = await runDoctor( undefined, host({ configuredHopperPath: "/manual/Hopper", executable: (path) => Promise.resolve(path === "/manual/Hopper"), + brewHopperPath: () => { + brewProbes += 1; + return Promise.resolve(undefined); + }, }), ); expect(result.hopperPath).toBe("/manual/Hopper"); expect(result.healthy).toBe(true); + expect(brewProbes).toBe(0); }); it("reports optional BYO ilspycmd diagnostics only when configured", async () => { diff --git a/tests/linuxHopper.test.ts b/tests/linuxHopper.test.ts index 813217a4f..c9fc6716b 100644 --- a/tests/linuxHopper.test.ts +++ b/tests/linuxHopper.test.ts @@ -3,6 +3,7 @@ import { describe, expect, it } from "vitest"; import { installLinuxHopper, + linuxHopperInstallDisclosure, linuxPackageManagerCommands, linuxSharedLibrariesAvailable, parseLinuxDistribution, @@ -92,6 +93,18 @@ describe("Linux Hopper host classification", () => { }); describe("Linux Hopper installation", () => { + it("discloses the exact download, integrity evidence, and privileged command", () => { + expect(linuxHopperInstallDisclosure("deb", false)).toEqual({ + downloadUrl: + "https://www.hopperapp.com:443/downloader/public/Hopper-6.4.2-Linux-demo.deb", + expectedBytes: 35_755_772, + expectedSha1: "e4f79dff602648a8ff4a88b773875b6bfac0dc65", + commands: [ + "pkexec apt-get install -y xvfb xauth python3 libx11-6 libxtst6", + ], + }); + }); + it.each([ ["deb", "apt-get"], ["rpm", "dnf"], diff --git a/tests/macHopper.test.ts b/tests/macHopper.test.ts index 61bc1f26d..e03e64f13 100644 --- a/tests/macHopper.test.ts +++ b/tests/macHopper.test.ts @@ -4,6 +4,7 @@ import { describe, expect, it } from "vitest"; import { installMacHopper, + macHopperInstallDisclosure, type MacHopperInstallHost, } from "../src/application/MacHopper.js"; @@ -74,6 +75,18 @@ class FakeMacHopperHost implements MacHopperInstallHost { } describe("macOS Hopper installation", () => { + it("discloses network and command boundaries before installation", () => { + expect(macHopperInstallDisclosure).toMatchObject({ + networkOrigins: [ + "https://www.hopperapp.com/include/files-api.php?request=releases&public=true", + "https://www.hopperapp.com:443/downloader/public/", + ], + }); + expect(macHopperInstallDisclosure.commands).toContain( + "hdiutil attach -readonly -nobrowse -mountpoint ", + ); + }); + it("installs, verifies, opens, and cleans the official package", async () => { const host = new FakeMacHopperHost(); await expect(installMacHopper({}, host)).resolves.toEqual({ diff --git a/tests/setup.test.ts b/tests/setup.test.ts index d686cfd6c..eee79f3f3 100644 --- a/tests/setup.test.ts +++ b/tests/setup.test.ts @@ -2,11 +2,13 @@ import { describe, expect, it } from "vitest"; import { runSetup, + type ClientConfigurationInspection, type ClientConfigurationResult, type SetupClient, type SetupHost, type SetupOptions, type SetupHopperInstallResult, + type SetupProgressEvent, type SetupProviderEnvironment, } from "../src/application/Setup.js"; import type { DoctorCheck } from "../src/application/Doctor.js"; @@ -24,6 +26,7 @@ class FakeSetupHost implements SetupHost { skill: "installed" | "unchanged" | "failed" = "installed"; clients: readonly SetupClient[] = []; clientResults = new Map(); + clientInspections = new Map(); hopperInstalls = 0; hopperReplaceRequests: boolean[] = []; configurations = 0; @@ -91,6 +94,12 @@ class FakeSetupHost implements SetupHost { this.clientResults.get(client.name)?.status !== "unchanged", ); }; + inspectClientConfiguration = ( + client: SetupClient, + ): Promise => + Promise.resolve( + this.clientInspections.get(client.name) ?? { status: "update" }, + ); skillNeedsInstall = (): Promise => Promise.resolve(this.skill !== "unchanged"); installSkill = (): Promise<"installed" | "unchanged" | "failed"> => { @@ -251,6 +260,41 @@ describe("setup workflow", () => { expect(host.hopperInstalls).toBe(0); }); + it("reports append-only lifecycle progress for each selected action", async () => { + const host = new FakeSetupHost(); + host.hopper = "/Applications/Hopper"; + host.clients = [ + { + name: "codex", + displayName: "Codex", + configPath: "/codex.toml", + }, + ]; + const progress: SetupProgressEvent[] = []; + await runSetup( + { ...options(true), onProgress: (event) => progress.push(event) }, + host, + ); + expect(progress).toEqual([ + { actionId: "configure_client:codex", label: "Codex", state: "started" }, + { + actionId: "configure_client:codex", + label: "Codex", + state: "completed", + }, + { + actionId: "install_skill", + label: "REA reverse-engineering skill", + state: "started", + }, + { + actionId: "install_skill", + label: "REA reverse-engineering skill", + state: "completed", + }, + ]); + }); + it("plans and propagates BYO Ghidra without installing software", async () => { const host = new FakeSetupHost("linux"); host.distribution = { @@ -373,6 +417,98 @@ describe("setup workflow", () => { expect(host.configurations).toBe(0); }); + it("blocks malformed client configuration before Hopper or file mutation", async () => { + const host = new FakeSetupHost(); + host.clients = [ + { name: "codex", displayName: "Codex", configPath: "/codex.toml" }, + ]; + host.clientInspections.set("codex", { + status: "invalid", + remediation: "Repair the existing TOML.", + }); + + const result = await runSetup(options(true, true), host); + + expect(result.status).toBe("needs_human"); + expect(result.remediation).toBe("Codex: Repair the existing TOML."); + expect(host.hopperInstalls).toBe(0); + expect(host.configurations).toBe(0); + expect(host.skillInstalls).toBe(0); + }); + + it("blocks malformed configuration before unrelated writes with an existing provider", async () => { + const host = new FakeSetupHost(); + host.hopper = "/Applications/Hopper"; + host.clients = [ + { + name: "claude_desktop", + displayName: "Claude Desktop", + configPath: "/claude.json", + }, + { name: "cursor", displayName: "Cursor", configPath: "/cursor.json" }, + ]; + host.clientInspections.set("claude_desktop", { + status: "invalid", + remediation: "Repair the existing JSON.", + }); + + const result = await runSetup(options(true), host); + + expect(result.status).toBe("needs_human"); + expect(result.remediation).toBe( + "Claude Desktop: Repair the existing JSON.", + ); + expect(host.configurations).toBe(0); + expect(host.skillInstalls).toBe(0); + }); + + it("plans a client update when Hopper installation changes its desired environment", async () => { + const host = new FakeSetupHost(); + host.clients = [ + { name: "codex", displayName: "Codex", configPath: "/codex.toml" }, + ]; + host.clientInspections.set("codex", { status: "already_current" }); + + const result = await runSetup(options(false), host); + + expect( + result.plannedActions.map(({ id, operation }) => ({ + id, + operation, + })), + ).toContainEqual({ + id: "configure_client:codex", + operation: "update", + }); + expect(host.configurations).toBe(0); + }); + + it("executes only actions selected by the interactive adapter", async () => { + const host = new FakeSetupHost(); + host.hopper = "/Applications/Hopper"; + host.clients = [ + { name: "codex", displayName: "Codex", configPath: "/codex.toml" }, + { name: "cursor", displayName: "Cursor", configPath: "/cursor.json" }, + ]; + + const result = await runSetup( + { ...options(false), structured: false }, + host, + () => + Promise.resolve({ + approved: true, + selectedActionIds: ["configure_client:codex"], + }), + ); + + expect(result.plannedActions.map(({ id }) => id)).toEqual([ + "configure_client:codex", + ]); + expect(result.clients).toEqual({ codex: { status: "configured" } }); + expect(host.configurations).toBe(1); + expect(host.skillInstalls).toBe(0); + }); + it.each([ [ "path",