Golem - executable APP

[itsparser]

/claim #1189
/resolves #1189

Download - https://www.dropbox.com/scl/fi/esuyaha0yddm2pjjtocsq/Golem_0.1.0_aarch64.dmg?rlkey=a2jhyludo63eoabtw094rnsdt&st=f59q6dv1&dl=0

if you are looking for windows and linux
https://github.com/itsparser/golem/actions/runs/12619370974

Objectives

1. Build a TypeScript-based GUI application for managing Golem components, workers, APIs, and plugins.
2. Integrate the application into the single executable build of Golem.
3. Provide a developer-friendly experience with polished UI/UX design.
4. Ensure functionality supports all Golem backend APIs.

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Plan

Phase 1: Core Decisions

• Set up a Tauri + React project for single executable build
• Choose a UI framework TailwindCSS, shadcn for consistent and modern design. (since console.golem.cloud use samesetup it is easy for developer to use it)
• Integrate cross-platform support Tauri for bundling as an executable.
• Set up backend API connections using Golem REST API.
• Create a development environment with live reloading.

Phase 2: Core Features Implementation

Component Management

• Create new components.
• List existing components.
• Update component versions.
• Delete components.
• Export components.
• Link workers to components.
• Display component status.
• Manage file permissions and download components.
• Support to add file as part of component creation and update

Worker Management

• Provide an overview of worker information.
• Create new workers from components.
• Delete running workers.
• Pause/suspend workers.
• Invoke worker functionality.
• Display logs of worker invocations.

API Management

• Create new APIs.
• Manage API versions.
• Create and manage routes for invoking APIs.
• Delete API versions.
• Delete all routes.

Plugin Management

• Create plugins.
• List available plugins.
• Update/version plugins.
• Delete plugins.

Phase 3: Integration into Single Executable

• Integrate the GUI application with the Golem CLI using Rust.
• Bundle the GUI application into the single executable build.
• Test cross-platform compatibility (Linux, macOS, Windows).

Phase 4: UI/UX Enhancements

• Design a consistent and modern interface.
• Ensure responsive design for cross-platform usability.

Phase 5: Testing and Validation

• Conduct unit testing for each module.
• Perform integration testing for GUI and backend APIs.
• Validate the application on different operating systems.

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Deliverables

• Screenshots of all major UI sections.
• Documentation for installation and usage.
• Add GitHub Action to bundle binaries for all platforms (Linux, macOS, Windows).

Clarification Needed

• code path - current path of /crates/app/ is it right to be here
• Clarification on the route creation

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Screenshot of major pages

[itsparser]

@jdegoes its been done can you review this and share your feedback