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Add Rhai script for installing, building, and running hero_runner_v2 #29

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opened 2026-03-30 11:10:45 +00:00 by timur · 15 comments
timur commented 2026-03-30 11:10:45 +00:00
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Summary

Create a Rhai script that automates the full lifecycle of hero_runner_v2 — cloning the repository, building it, installing the binaries, and running the service via hero_proc.

Context

  • hero_proc has a Hero Script tab in the web UI that allows writing, managing, and executing .rhai scripts from ~/hero/cfg/proc/.
  • hero_lib_rhai provides comprehensive Rhai bindings for git operations (git_tree_new, get_path, clone_repo_pull), process execution (run/execute), file system operations, and Rust project building (rust_builder_from).
  • hero_runner_v2 (at https://forge.ourworld.tf/lhumina_code/hero_runner_v2) is a Rhai+Python script execution engine with server, UI, and SDK crates. It integrates with hero_proc for service lifecycle management.

Requirements

  1. Clone the hero_runner_v2 repository using existing Rhai git functions (e.g., git_tree_new + get_path or clone_repo_pull).
  2. Build the project in release mode — either via rust_builder_from() or by invoking make build / cargo build --release.
  3. Install the resulting binaries (hero_runner, hero_runner_server, hero_runner_ui) to ~/hero/bin/.
  4. Register and start the services via hero_proc (the server and UI daemons).
  5. The script should be placed in ~/hero/cfg/proc/ (or in the repo's examples/rhai/ for reference) so it can be run from the Hero Script tab in the hero_proc dashboard.

Acceptance Criteria

  • Script clones hero_runner_v2 from forge (development branch)
  • Script builds all workspace binaries in release mode
  • Script copies binaries to ~/hero/bin/
  • Script registers hero_runner_server and hero_runner_ui as hero_proc services with health checks
  • Script starts the services and verifies they are running
  • Script is idempotent — re-running it updates (pull + rebuild) rather than failing
  • Uses existing Rhai API from hero_lib_rhai (git, process, os, optionally rust_builder)
  • Well-documented with comments explaining each step
## Summary Create a Rhai script that automates the full lifecycle of `hero_runner_v2` — cloning the repository, building it, installing the binaries, and running the service via `hero_proc`. ## Context - `hero_proc` has a **Hero Script tab** in the web UI that allows writing, managing, and executing `.rhai` scripts from `~/hero/cfg/proc/`. - `hero_lib_rhai` provides comprehensive Rhai bindings for git operations (`git_tree_new`, `get_path`, `clone_repo_pull`), process execution (`run`/`execute`), file system operations, and Rust project building (`rust_builder_from`). - `hero_runner_v2` (at `https://forge.ourworld.tf/lhumina_code/hero_runner_v2`) is a Rhai+Python script execution engine with server, UI, and SDK crates. It integrates with `hero_proc` for service lifecycle management. ## Requirements 1. **Clone** the `hero_runner_v2` repository using existing Rhai git functions (e.g., `git_tree_new` + `get_path` or `clone_repo_pull`). 2. **Build** the project in release mode — either via `rust_builder_from()` or by invoking `make build` / `cargo build --release`. 3. **Install** the resulting binaries (`hero_runner`, `hero_runner_server`, `hero_runner_ui`) to `~/hero/bin/`. 4. **Register and start** the services via `hero_proc` (the server and UI daemons). 5. The script should be placed in `~/hero/cfg/proc/` (or in the repo's `examples/rhai/` for reference) so it can be run from the Hero Script tab in the hero_proc dashboard. ## Acceptance Criteria - [ ] Script clones `hero_runner_v2` from forge (development branch) - [ ] Script builds all workspace binaries in release mode - [ ] Script copies binaries to `~/hero/bin/` - [ ] Script registers `hero_runner_server` and `hero_runner_ui` as hero_proc services with health checks - [ ] Script starts the services and verifies they are running - [ ] Script is idempotent — re-running it updates (pull + rebuild) rather than failing - [ ] Uses existing Rhai API from `hero_lib_rhai` (git, process, os, optionally rust_builder) - [ ] Well-documented with comments explaining each step
timur commented 2026-03-30 11:11:15 +00:00
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Research Findings & Implementation Notes

I've explored hero_proc, hero_lib_rhai, and hero_runner_v2 in depth. Here's my understanding and open questions.

What I understand

hero_runner_v2 architecture:

  • Workspace with 6 crates: hero_runner (CLI), hero_runner_server (daemon), hero_runner_ui (web dashboard), hero_runner_sdk, hero_runner_lib, hero_runner_integration_test
  • CLI uses hero_proc_sdk to register server + UI as hero_proc services, then --start/--stop manages them
  • Server listens on ~/hero/var/sockets/hero_runner_server.sock
  • UI listens on ~/hero/var/sockets/hero_runner_ui.sock
  • Build produces 3 binaries: hero_runner, hero_runner_server, hero_runner_ui

Available Rhai API for this task:

Step Rhai Function Notes
Clone repo git_tree_new(path) → .get_path(url) or .clone_repo_pull(url) Clones + pulls latest. Hierarchical layout.
Build rust_builder_from(path).release().all_bins().copy_to_hero_bin().build() From code_rhai crate. Or fallback to run("make build").execute()
Install copy_bin(src) or file copy to ~/hero/bin/ rust_builder has .copy_to_hero_bin()
Register services Via hero_proc Rhai module: z.service_new().name(...).exec(...).register() Or just run hero_runner --start which does registration internally
Health check tcp_check() or service status via hero_proc SDK

Proposed script flow:

1. git_tree_new("~/hero/code") → clone_repo_pull(forge_url)
2. rust_builder_from(repo_path).release().all_bins().copy_to_hero_bin().build()
3. Either:
   a. run("hero_runner --start") — uses hero_runner's built-in hero_proc registration
   b. OR manually register services via hero_proc Rhai API
4. Verify services are running

Open Questions

  1. Build approach — rust_builder vs make build?

    • rust_builder_from() gives us native Rhai integration with .copy_to_hero_bin(). But hero_runner_v2 has a Makefile with make install that handles the full flow (build + copy to ~/hero/bin). Which is preferred?
    • Does rust_builder handle workspace builds correctly (building all 3 binaries)?

  2. Service registration — hero_runner --start vs manual?

    • hero_runner --start already uses hero_proc_sdk to register both server and UI with proper health checks, restart policies, and dependency ordering. Running this seems simpler and more maintainable than duplicating the registration logic in Rhai.
    • Should the script just call hero_runner --start after building, or should we manually register services for more visibility/control?

  3. Git clone location — where should the repo live?

    • git_tree_new("~/hero/code") would put it at ~/hero/code/forge.ourworld.tf/lhumina_code/hero_runner_v2/
    • Or should it use the user's existing code root (e.g., ~/code/forge.ourworld.tf/lhumina_code/hero_runner_v2)?
    • Is there a standard CODEROOT convention?

  4. Script location — examples/rhai/ or ~/hero/cfg/proc/?

    • Should this be committed to the repo under examples/rhai/hero_runner/install.rhai?
    • Or placed directly in ~/hero/cfg/proc/ for the Hero Script tab?
    • Or both (repo example + installed copy)?

  5. Branch — should the script clone development or main?

    • hero_runner_v2 uses development as the default/active branch. Should we hardcode this or make it configurable?

  6. Dependencies — does hero_runner_v2 need hero_proc running first?

    • Since hero_runner --start talks to hero_proc to register services, hero_proc_server must already be running. Is it safe to assume this when the script runs from the Hero Script tab (which implies hero_proc is already up)?

Waiting for guidance on these questions before creating the implementation plan.

## Research Findings & Implementation Notes I've explored `hero_proc`, `hero_lib_rhai`, and `hero_runner_v2` in depth. Here's my understanding and open questions. --- ### What I understand **hero_runner_v2 architecture:** - Workspace with 6 crates: `hero_runner` (CLI), `hero_runner_server` (daemon), `hero_runner_ui` (web dashboard), `hero_runner_sdk`, `hero_runner_lib`, `hero_runner_integration_test` - CLI uses `hero_proc_sdk` to register server + UI as hero_proc services, then `--start`/`--stop` manages them - Server listens on `~/hero/var/sockets/hero_runner_server.sock` - UI listens on `~/hero/var/sockets/hero_runner_ui.sock` - Build produces 3 binaries: `hero_runner`, `hero_runner_server`, `hero_runner_ui` **Available Rhai API for this task:** | Step | Rhai Function | Notes | |------|--------------|-------| | Clone repo | `git_tree_new(path)` → `.get_path(url)` or `.clone_repo_pull(url)` | Clones + pulls latest. Hierarchical layout. | | Build | `rust_builder_from(path).release().all_bins().copy_to_hero_bin().build()` | From `code_rhai` crate. Or fallback to `run("make build").execute()` | | Install | `copy_bin(src)` or file copy to `~/hero/bin/` | `rust_builder` has `.copy_to_hero_bin()` | | Register services | Via `hero_proc` Rhai module: `z.service_new().name(...).exec(...).register()` | Or just run `hero_runner --start` which does registration internally | | Health check | `tcp_check()` or service status via hero_proc SDK | | **Proposed script flow:** ``` 1. git_tree_new("~/hero/code") → clone_repo_pull(forge_url) 2. rust_builder_from(repo_path).release().all_bins().copy_to_hero_bin().build() 3. Either: a. run("hero_runner --start") — uses hero_runner's built-in hero_proc registration b. OR manually register services via hero_proc Rhai API 4. Verify services are running ``` --- ### Open Questions 1. **Build approach — `rust_builder` vs `make build`?** - `rust_builder_from()` gives us native Rhai integration with `.copy_to_hero_bin()`. But `hero_runner_v2` has a `Makefile` with `make install` that handles the full flow (build + copy to `~/hero/bin`). Which is preferred? - Does `rust_builder` handle workspace builds correctly (building all 3 binaries)? 2. **Service registration — `hero_runner --start` vs manual?** - `hero_runner --start` already uses `hero_proc_sdk` to register both server and UI with proper health checks, restart policies, and dependency ordering. Running this seems simpler and more maintainable than duplicating the registration logic in Rhai. - Should the script just call `hero_runner --start` after building, or should we manually register services for more visibility/control? 3. **Git clone location — where should the repo live?** - `git_tree_new("~/hero/code")` would put it at `~/hero/code/forge.ourworld.tf/lhumina_code/hero_runner_v2/` - Or should it use the user's existing code root (e.g., `~/code/forge.ourworld.tf/lhumina_code/hero_runner_v2`)? - Is there a standard `CODEROOT` convention? 4. **Script location — `examples/rhai/` or `~/hero/cfg/proc/`?** - Should this be committed to the repo under `examples/rhai/hero_runner/install.rhai`? - Or placed directly in `~/hero/cfg/proc/` for the Hero Script tab? - Or both (repo example + installed copy)? 5. **Branch — should the script clone `development` or `main`?** - `hero_runner_v2` uses `development` as the default/active branch. Should we hardcode this or make it configurable? 6. **Dependencies — does hero_runner_v2 need hero_proc running first?** - Since `hero_runner --start` talks to hero_proc to register services, hero_proc_server must already be running. Is it safe to assume this when the script runs from the Hero Script tab (which implies hero_proc is already up)? --- Waiting for guidance on these questions before creating the implementation plan.
timur commented 2026-03-30 11:32:53 +00:00
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Keep in mind the actual purpose of this issue is to have a POC for running services via heroscripts. Once this works we will add more.

Q&A:

  1. rust_builder, native rhai all the way
  2. manual via rhai
  3. hero code root is better. users existing code root is for editing and developing
  4. both
  5. development, can be hardcoded in the script, the script is the configuration
  6. yes hero proc can be assumed to be running

what would also be cool, and necessary for the future, since this is a paradigm shift from using the make file and binary to manage server and ui lifecycle to using rhai scripts on hero_proc, is if we had a scripts dir in hero_runner_v2 with rhai scripts for installing, building running etc, and if the make commands actually used hero_proc client to simply post these to hero_proc to manage the lifecycle and installation and building of services

Keep in mind the actual purpose of this issue is to have a POC for running services via heroscripts. Once this works we will add more. Q&A: 1. rust_builder, native rhai all the way 2. manual via rhai 3. hero code root is better. users existing code root is for editing and developing 4. both 5. development, can be hardcoded in the script, the script is the configuration 6. yes hero proc can be assumed to be running what would also be cool, and necessary for the future, since this is a paradigm shift from using the make file and binary to manage server and ui lifecycle to using rhai scripts on hero_proc, is if we had a scripts dir in hero_runner_v2 with rhai scripts for installing, building running etc, and if the make commands actually used hero_proc client to simply post these to hero_proc to manage the lifecycle and installation and building of services
timur commented 2026-03-30 11:37:34 +00:00
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Implementation Complete

Created examples/rhai/hero_runner/install_and_run.rhai with the following flow:

  1. Clone/update — git_tree_new(~/hero/code) + clone_repo_full() with development branch, reset + pull (idempotent)
  2. Build — rust_builder_from().release().all_bins().copy_to_hero_bin().build() (native Rhai, no Makefile)
  3. Register — Manual service registration via hero_proc Rhai API with restart policies, env vars, and ordering (hero_runner_ui starts after hero_runner_server)
  4. Start + verify — Starts both services and prints status

The script is idempotent: re-running stops existing services, pulls latest code, rebuilds, and restarts.

Decisions made per Q&A:

  • rust_builder native Rhai (no make/cargo shell commands)
  • Manual hero_proc service registration (not hero_runner --start)
  • Code cloned to ~/hero/code/ (hero code root)
  • Script in examples/rhai/hero_runner/ in hero_proc repo
  • development branch hardcoded
  • Connectivity check to forge before cloning

Ready for review and testing.

## Implementation Complete Created `examples/rhai/hero_runner/install_and_run.rhai` with the following flow: 1. **Clone/update** — `git_tree_new(~/hero/code)` + `clone_repo_full()` with `development` branch, reset + pull (idempotent) 2. **Build** — `rust_builder_from().release().all_bins().copy_to_hero_bin().build()` (native Rhai, no Makefile) 3. **Register** — Manual service registration via `hero_proc` Rhai API with restart policies, env vars, and ordering (`hero_runner_ui` starts after `hero_runner_server`) 4. **Start + verify** — Starts both services and prints status The script is idempotent: re-running stops existing services, pulls latest code, rebuilds, and restarts. ### Decisions made per Q&A: - `rust_builder` native Rhai (no make/cargo shell commands) - Manual hero_proc service registration (not `hero_runner --start`) - Code cloned to `~/hero/code/` (hero code root) - Script in `examples/rhai/hero_runner/` in hero_proc repo - `development` branch hardcoded - Connectivity check to forge before cloning Ready for review and testing.
timur commented 2026-03-30 12:08:23 +00:00
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Testing Complete — Script Works End-to-End ✅

Commit 66b1e4b — script fully tested and working.

Issues Found & Fixed

  1. run() is overridden by hero_do — hero_do's main.rs registers a custom run(path) that treats the argument as a script file path (calls fetch_content() → fs::read_to_string). This shadows the process module's run() builder. Fix: use execute() instead, which is an alias that isn't overridden.

  2. rust_builder_from().all_bins().copy_to_hero_bin().build() — the build itself succeeds (exit code 0) but artifact discovery throws an error. Fix: use execute("cargo build --release").execute() + manual copy() + chmod_exec().

  3. hero_proc.log_level(2).connect() — this API doesn't exist. The real API from herolib_proc_rhai is proc_client().log_level(2).connect(). Fix: updated to correct API.

  4. hero_runner_v2 has no development branch — only main. Fix: hardcoded BRANCH = "main".

  5. quick_service_delete throws on first run — when services don't exist yet. Fix: wrapped stop/delete in try {} catch {} for idempotency.

  6. Status shows inactive immediately after start — services need time to initialize. Fix: added sleep(2000) before status check.

Test Output (second run — proves idempotency)

=== Step 1: Clone / Update hero_runner_v2 ===
Repository ready at: /Users/.../hero_runner_v2

=== Step 2: Build hero_runner_v2 (release) ===
Build successful
  Installed: hero_runner
  Installed: hero_runner_server
  Installed: hero_runner_ui

=== Step 3: Register and start services ===
Connected to hero_proc: 0.4.1
Registering hero_runner_server...
Registering hero_runner_ui...
Starting hero_runner_server...
Starting hero_runner_ui...

=== Status ===
  hero_runner_server: running
  hero_runner_ui: running

hero_runner_v2 is installed and running.

Key Learnings for the Paradigm

  • execute() not run() — this is a gotcha in hero_do; should be documented
  • proc_client() not hero_proc — the Rhai entry point for hero_proc SDK
  • quick_service_* methods are the simplest path for exec-based services
  • The pattern works well: clone → build → install → register → start → verify
## Testing Complete — Script Works End-to-End ✅ Commit `66b1e4b` — script fully tested and working. ### Issues Found & Fixed 1. **`run()` is overridden by hero_do** — hero_do's `main.rs` registers a custom `run(path)` that treats the argument as a script file path (calls `fetch_content()` → `fs::read_to_string`). This shadows the process module's `run()` builder. **Fix:** use `execute()` instead, which is an alias that isn't overridden. 2. **`rust_builder_from().all_bins().copy_to_hero_bin().build()`** — the build itself succeeds (exit code 0) but artifact discovery throws an error. **Fix:** use `execute("cargo build --release").execute()` + manual `copy()` + `chmod_exec()`. 3. **`hero_proc.log_level(2).connect()`** — this API doesn't exist. The real API from `herolib_proc_rhai` is `proc_client().log_level(2).connect()`. **Fix:** updated to correct API. 4. **hero_runner_v2 has no `development` branch** — only `main`. **Fix:** hardcoded `BRANCH = "main"`. 5. **`quick_service_delete` throws on first run** — when services don't exist yet. **Fix:** wrapped stop/delete in `try {} catch {}` for idempotency. 6. **Status shows `inactive` immediately after start** — services need time to initialize. **Fix:** added `sleep(2000)` before status check. ### Test Output (second run — proves idempotency) ``` === Step 1: Clone / Update hero_runner_v2 === Repository ready at: /Users/.../hero_runner_v2 === Step 2: Build hero_runner_v2 (release) === Build successful Installed: hero_runner Installed: hero_runner_server Installed: hero_runner_ui === Step 3: Register and start services === Connected to hero_proc: 0.4.1 Registering hero_runner_server... Registering hero_runner_ui... Starting hero_runner_server... Starting hero_runner_ui... === Status === hero_runner_server: running hero_runner_ui: running hero_runner_v2 is installed and running. ``` ### Key Learnings for the Paradigm - **`execute()` not `run()`** — this is a gotcha in hero_do; should be documented - **`proc_client()` not `hero_proc`** — the Rhai entry point for hero_proc SDK - **`quick_service_*` methods** are the simplest path for exec-based services - The pattern works well: clone → build → install → register → start → verify
timur commented 2026-03-30 12:46:31 +00:00
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okay, can we now experiment with using the same paradigm for running rhai scripts in repo via hero_proc as make cmds

okay, can we now experiment with using the same paradigm for running rhai scripts in repo via hero_proc as make cmds
timur commented 2026-03-30 13:04:03 +00:00
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Rhai Scripts as Make Command Replacements — Done

Commit 3afbacc in hero_runner_v2 — 8 Rhai scripts in scripts/rhai/ that mirror Makefile targets.

Scripts

Script Replaces Tested
build.rhai make build ✅
install.rhai make install ✅
run.rhai make run ✅
stop.rhai make stop ✅
restart.rhai make restart ✅
status.rhai make status ✅
test.rhai make test ✅ (91 tests pass)
clean.rhai make clean ✅

Usage

cd ~/hero/code/.../hero_runner_v2
hero_do scripts/rhai/run.rhai      # build + install + register + start
hero_do scripts/rhai/stop.rhai     # stop services
hero_do scripts/rhai/status.rhai   # show service status
hero_do scripts/rhai/restart.rhai  # full restart cycle

Key Pattern

Each script is self-contained and uses:

  • execute(cmd).execute() for cargo commands
  • proc_client().log_level(2).connect() for hero_proc
  • quick_service_set_full() / start() / stop() for service lifecycle
  • copy() + chmod_exec() for binary installation

All scripts are idempotent and work from the repo root directory.

## Rhai Scripts as Make Command Replacements — Done Commit `3afbacc` in hero_runner_v2 — 8 Rhai scripts in `scripts/rhai/` that mirror Makefile targets. ### Scripts | Script | Replaces | Tested | |--------|----------|--------| | `build.rhai` | `make build` | ✅ | | `install.rhai` | `make install` | ✅ | | `run.rhai` | `make run` | ✅ | | `stop.rhai` | `make stop` | ✅ | | `restart.rhai` | `make restart` | ✅ | | `status.rhai` | `make status` | ✅ | | `test.rhai` | `make test` | ✅ (91 tests pass) | | `clean.rhai` | `make clean` | ✅ | ### Usage ```bash cd ~/hero/code/.../hero_runner_v2 hero_do scripts/rhai/run.rhai # build + install + register + start hero_do scripts/rhai/stop.rhai # stop services hero_do scripts/rhai/status.rhai # show service status hero_do scripts/rhai/restart.rhai # full restart cycle ``` ### Key Pattern Each script is self-contained and uses: - `execute(cmd).execute()` for cargo commands - `proc_client().log_level(2).connect()` for hero_proc - `quick_service_set_full()` / `start()` / `stop()` for service lifecycle - `copy()` + `chmod_exec()` for binary installation All scripts are idempotent and work from the repo root directory.
timur commented 2026-03-30 13:09:42 +00:00
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and could the lifecycle management be replace with this, and the make cmds run these, so we have a unified way of performing these operations? Also, dont we have rhai functionality to install build etc that we can use? i see everything is manual cmd executions

and could the lifecycle management be replace with this, and the make cmds run these, so we have a unified way of performing these operations? Also, dont we have rhai functionality to install build etc that we can use? i see everything is manual cmd executions
timur commented 2026-03-30 13:17:48 +00:00
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Updated: Native Rhai Functions + Makefile Integration

Changes

hero_runner_v2 (8e1b621):

  • Scripts now use rust_builder_from(path).release().bin(name).copy_to_hero_bin().build() instead of execute("cargo build ...")
  • Makefile targets (build, install, run, stop, restart, status, test, clean) now call hero_do scripts/rhai/*.rhai
  • Single source of truth: Rhai scripts define operations, Makefile is a thin wrapper

hero_proc (745e980):

  • install_and_run.rhai also updated to use rust_builder

What's Native vs Shell

Operation API Used Native?
Build rust_builder_from().release().bin().build() ✅ Native
Install rust_builder...copy_to_hero_bin().build() ✅ Native
Start/Stop proc_client().quick_service_start/stop() ✅ Native
Register proc_client().quick_service_set_full() ✅ Native
Status proc_client().quick_service_status() ✅ Native
Git clone git_tree_new().clone_repo_full() ✅ Native
File ops copy(), chmod_exec(), exist(), ensure_dir() ✅ Native
Test execute("cargo test") ❌ Shell (rust_builder doesn't support test yet)
Clean execute("cargo clean") ❌ Shell (rust_builder doesn't support clean yet)

Unified Flow

make run  →  hero_do scripts/rhai/run.rhai  →  rust_builder + proc_client()
make stop →  hero_do scripts/rhai/stop.rhai →  proc_client().quick_service_stop()

Same scripts work from:

  1. Makefile (make run)
  2. CLI (hero_do scripts/rhai/run.rhai)
  3. hero_proc UI (copy to ~/hero/cfg/proc/)

Note on rust_builder workspace bug

rust_builder_from(workspace).all_bins() fails because workspace root Cargo.toml has no [[bin]] entries — artifact discovery looks at workspace metadata only, not member crates. Workaround: use .bin("name") per binary. This should be fixed in hero_lib.

## Updated: Native Rhai Functions + Makefile Integration ### Changes **hero_runner_v2** (`8e1b621`): - Scripts now use `rust_builder_from(path).release().bin(name).copy_to_hero_bin().build()` instead of `execute("cargo build ...")` - Makefile targets (`build`, `install`, `run`, `stop`, `restart`, `status`, `test`, `clean`) now call `hero_do scripts/rhai/*.rhai` - Single source of truth: Rhai scripts define operations, Makefile is a thin wrapper **hero_proc** (`745e980`): - `install_and_run.rhai` also updated to use `rust_builder` ### What's Native vs Shell | Operation | API Used | Native? | |-----------|----------|--------| | Build | `rust_builder_from().release().bin().build()` | ✅ Native | | Install | `rust_builder...copy_to_hero_bin().build()` | ✅ Native | | Start/Stop | `proc_client().quick_service_start/stop()` | ✅ Native | | Register | `proc_client().quick_service_set_full()` | ✅ Native | | Status | `proc_client().quick_service_status()` | ✅ Native | | Git clone | `git_tree_new().clone_repo_full()` | ✅ Native | | File ops | `copy()`, `chmod_exec()`, `exist()`, `ensure_dir()` | ✅ Native | | Test | `execute("cargo test")` | ❌ Shell (rust_builder doesn't support test yet) | | Clean | `execute("cargo clean")` | ❌ Shell (rust_builder doesn't support clean yet) | ### Unified Flow ``` make run → hero_do scripts/rhai/run.rhai → rust_builder + proc_client() make stop → hero_do scripts/rhai/stop.rhai → proc_client().quick_service_stop() ``` Same scripts work from: 1. Makefile (`make run`) 2. CLI (`hero_do scripts/rhai/run.rhai`) 3. hero_proc UI (copy to ~/hero/cfg/proc/) ### Note on rust_builder workspace bug `rust_builder_from(workspace).all_bins()` fails because workspace root Cargo.toml has no `[[bin]]` entries — artifact discovery looks at workspace metadata only, not member crates. Workaround: use `.bin("name")` per binary. This should be fixed in hero_lib.
timur commented 2026-03-30 13:35:29 +00:00
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Service Lifecycle Audit — All lhumina_code Repos

Analyzed all 25 repos under lhumina_code/. Here's how each service currently manages its lifecycle and what needs to change.

Current State

Service Lifecycle Pattern make run hero_proc_sdk Rhai Scripts Binaries
hero_aibroker SDK --start hero_aibroker --start ✅ ❌ server, ui, cli
hero_auth SDK --start hero_auth --start ❌ ❌ server, ui, cli
hero_books Custom bash scripts/run-services.sh ✅ ❌ server, ui, admin
hero_browser_mcp SDK --start hero_browser --start ❌ ✅ (12) server, ui
hero_cloud Custom (zinit) zinit + cargo run ❌ ❌ server, ui
hero_compute_manager Direct cargo cargo run & ❌ ❌ server, ui
hero_embedder SDK --start hero_embedder --start ✅ ❌ server, ui, proxy
hero_fossil SDK --start hero_foundry --start ❌ ❌ server, ui
hero_inspector SDK --start hero_inspector --start ✅ ❌ server, ui
hero_ledger Direct binary ./heroledger ❌ ✅ (65) heroledger, gateway
hero_os SDK --start hero_os --start ❌ ❌ server, ui
hero_osis SDK --start hero_osis --start ❌ ❌ osis, server, ui, bot
hero_proc Custom (self) sources build_lib.sh ✅ ✅ (44) server, ui
hero_proxy SDK --start hero_proxy --start ✅ ❌ server, ui
hero_redis SDK --start hero_redis --start ✅ ❌ server, ui
hero_runner_v2 Rhai scripts ✅ hero_do scripts/rhai/run.rhai ✅ ✅ (8) runner, server, ui
hero_services Custom custom start cmds ❌ ❌ server, ui
hero_shrimp SDK --start hero_shrimp --start ❌ ❌ (Node/TS)
hero_voice SDK --start hero_voice --start ✅ ❌ server, ui
hero_archipelagos Direct (dx) dx serve ❌ ❌ (WASM)
hero_rpc Library only N/A ❌ ❌ (library)
hero_lib / hero_lib_rhai Library only N/A ✅ ✅ hero_do

Target State

All Rust services should follow the hero_runner_v2 pattern:

  1. scripts/rhai/ in each repo — build.rhai, install.rhai, run.rhai, stop.rhai, restart.rhai, status.rhai, test.rhai, clean.rhai
  2. Makefile calls Rhai scripts — make run → hero_do scripts/rhai/run.rhai
  3. hero_proc examples/rhai/<service>/install_and_run.rhai — external install script (clone + build + register + start)
  4. No more --start/--stop binary flags — Rhai scripts handle registration directly via proc_client()

Priority Order for Migration

Phase 1 — Core services (used by other services):

  1. hero_proc (already has Rhai, needs script reorganization)
  2. hero_osis (data layer, widely depended on)
  3. hero_rpc (library, no lifecycle but needs rust_builder support)

Phase 2 — Active development services:
4. hero_inspector
5. hero_embedder
6. hero_fossil
7. hero_books

Phase 3 — Remaining services:
8. hero_aibroker
9. hero_auth
10. hero_cloud
11. hero_compute_manager
12. hero_proxy
13. hero_redis
14. hero_voice
15. hero_services
16. hero_browser_mcp

Phase 4 — Special cases:
17. hero_os (platform-specific)
18. hero_ledger (has extensive Rhai already)
19. hero_shrimp (Node/TS, not Rust)
20. hero_archipelagos (WASM/Dioxus)

Related Issues

  • hero_lib_rhai#3 — rust_builder workspace fix + cargo test/check/clean/fmt support (needed before full migration)
## Service Lifecycle Audit — All lhumina_code Repos Analyzed all 25 repos under `lhumina_code/`. Here's how each service currently manages its lifecycle and what needs to change. ### Current State | Service | Lifecycle Pattern | `make run` | hero_proc_sdk | Rhai Scripts | Binaries | |---------|-------------------|------------|---------------|--------------|----------| | **hero_aibroker** | SDK `--start` | `hero_aibroker --start` | ✅ | ❌ | server, ui, cli | | **hero_auth** | SDK `--start` | `hero_auth --start` | ❌ | ❌ | server, ui, cli | | **hero_books** | Custom bash | `scripts/run-services.sh` | ✅ | ❌ | server, ui, admin | | **hero_browser_mcp** | SDK `--start` | `hero_browser --start` | ❌ | ✅ (12) | server, ui | | **hero_cloud** | Custom (zinit) | zinit + cargo run | ❌ | ❌ | server, ui | | **hero_compute_manager** | Direct cargo | `cargo run &` | ❌ | ❌ | server, ui | | **hero_embedder** | SDK `--start` | `hero_embedder --start` | ✅ | ❌ | server, ui, proxy | | **hero_fossil** | SDK `--start` | `hero_foundry --start` | ❌ | ❌ | server, ui | | **hero_inspector** | SDK `--start` | `hero_inspector --start` | ✅ | ❌ | server, ui | | **hero_ledger** | Direct binary | `./heroledger` | ❌ | ✅ (65) | heroledger, gateway | | **hero_os** | SDK `--start` | `hero_os --start` | ❌ | ❌ | server, ui | | **hero_osis** | SDK `--start` | `hero_osis --start` | ❌ | ❌ | osis, server, ui, bot | | **hero_proc** | Custom (self) | sources build_lib.sh | ✅ | ✅ (44) | server, ui | | **hero_proxy** | SDK `--start` | `hero_proxy --start` | ✅ | ❌ | server, ui | | **hero_redis** | SDK `--start` | `hero_redis --start` | ✅ | ❌ | server, ui | | **hero_runner_v2** | **Rhai scripts** ✅ | `hero_do scripts/rhai/run.rhai` | ✅ | ✅ (8) | runner, server, ui | | **hero_services** | Custom | custom start cmds | ❌ | ❌ | server, ui | | **hero_shrimp** | SDK `--start` | `hero_shrimp --start` | ❌ | ❌ | (Node/TS) | | **hero_voice** | SDK `--start` | `hero_voice --start` | ✅ | ❌ | server, ui | | **hero_archipelagos** | Direct (dx) | `dx serve` | ❌ | ❌ | (WASM) | | **hero_rpc** | Library only | N/A | ❌ | ❌ | (library) | | **hero_lib** / **hero_lib_rhai** | Library only | N/A | ✅ | ✅ | hero_do | ### Target State All Rust services should follow the hero_runner_v2 pattern: 1. **`scripts/rhai/` in each repo** — build.rhai, install.rhai, run.rhai, stop.rhai, restart.rhai, status.rhai, test.rhai, clean.rhai 2. **Makefile calls Rhai scripts** — `make run` → `hero_do scripts/rhai/run.rhai` 3. **hero_proc `examples/rhai/<service>/install_and_run.rhai`** — external install script (clone + build + register + start) 4. **No more `--start`/`--stop` binary flags** — Rhai scripts handle registration directly via `proc_client()` ### Priority Order for Migration **Phase 1 — Core services (used by other services):** 1. hero_proc (already has Rhai, needs script reorganization) 2. hero_osis (data layer, widely depended on) 3. hero_rpc (library, no lifecycle but needs rust_builder support) **Phase 2 — Active development services:** 4. hero_inspector 5. hero_embedder 6. hero_fossil 7. hero_books **Phase 3 — Remaining services:** 8. hero_aibroker 9. hero_auth 10. hero_cloud 11. hero_compute_manager 12. hero_proxy 13. hero_redis 14. hero_voice 15. hero_services 16. hero_browser_mcp **Phase 4 — Special cases:** 17. hero_os (platform-specific) 18. hero_ledger (has extensive Rhai already) 19. hero_shrimp (Node/TS, not Rust) 20. hero_archipelagos (WASM/Dioxus) ### Related Issues - hero_lib_rhai#3 — rust_builder workspace fix + cargo test/check/clean/fmt support (needed before full migration)
timur commented 2026-03-30 14:23:05 +00:00
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Cleanup: Removed accidentally re-introduced files

Commit 20e4e74 fixes the issue Jan raised.

What happened

Commit aa3fe74 ("Add Rhai script to install, build, and run hero_runner_v2") accidentally re-introduced 61 files that had been deliberately removed by previous commits. These were staged in the working tree from a prior Claude Code session and got bundled into the commit.

Files removed

Files Originally removed by Commit
crates/hero_proc_pid1/ (entire crate + sysvol) Jan a8b7692
tests/integration/tests/pid1_behavior.rs Jan a8b7692
INSTRUCTIONS.md (TTY integration) Jan 49a6ff0
.forgejo/workflows/build-macos.yaml mik-tf 0766bfe
39 Rhai examples (examples/rhai/git,hero_proc,net,os,process,rsync,ssh/) Jan bfc7994
examples/rust/multiple_process_filters.rs Jan e042636
examples/scripts/01-list.rhai, 02-status.rhai Jan bfc7994

What remains

Only the legitimate work from this issue:

  • examples/rhai/hero_runner/install_and_run.rhai — hero_runner_v2 lifecycle script
  • examples/rhai/hero_proxy/install_and_run.rhai — hero_proxy lifecycle script

Prevention

Will be more careful with git add in future — staging specific files only, not relying on what's already staged from previous sessions.

## Cleanup: Removed accidentally re-introduced files Commit `20e4e74` fixes the issue Jan raised. ### What happened Commit `aa3fe74` ("Add Rhai script to install, build, and run hero_runner_v2") accidentally re-introduced 61 files that had been deliberately removed by previous commits. These were staged in the working tree from a prior Claude Code session and got bundled into the commit. ### Files removed | Files | Originally removed by | Commit | |-------|----------------------|--------| | `crates/hero_proc_pid1/` (entire crate + sysvol) | Jan | `a8b7692` | | `tests/integration/tests/pid1_behavior.rs` | Jan | `a8b7692` | | `INSTRUCTIONS.md` (TTY integration) | Jan | `49a6ff0` | | `.forgejo/workflows/build-macos.yaml` | mik-tf | `0766bfe` | | 39 Rhai examples (`examples/rhai/git,hero_proc,net,os,process,rsync,ssh/`) | Jan | `bfc7994` | | `examples/rust/multiple_process_filters.rs` | Jan | `e042636` | | `examples/scripts/01-list.rhai`, `02-status.rhai` | Jan | `bfc7994` | ### What remains Only the legitimate work from this issue: - `examples/rhai/hero_runner/install_and_run.rhai` — hero_runner_v2 lifecycle script - `examples/rhai/hero_proxy/install_and_run.rhai` — hero_proxy lifecycle script ### Prevention Will be more careful with `git add` in future — staging specific files only, not relying on what's already staged from previous sessions.
timur commented 2026-03-30 14:35:18 +00:00
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hero_aibroker — Rhai Lifecycle Scripts Done ✅

hero_proc (30f7c02)

  • examples/rhai/hero_aibroker/install_and_run.rhai — clone, build, install, start from scratch
  • Handles 5 binaries + 3 services + config installation (modelsconfig.yml)
  • Tested: all services start and run

hero_aibroker (7ff9053)

  • 8 Rhai scripts in scripts/rhai/ (build, install, run, stop, restart, status, test, clean)
  • Makefile updated to delegate to hero_do scripts/rhai/*.rhai
  • Uses rust_builder for all builds, proc_client() for service management
  • Install also copies modelsconfig.yml to ~/hero/var/hero_aibroker/

Services (3)

Service Status
hero_aibroker_server ✅ running
hero_aibroker_ui ✅ running
hero_broker_server ✅ running

Migration Progress

Service hero_proc example In-repo scripts Makefile Tested
hero_runner_v2 ✅ ✅ ✅ ✅
hero_proxy ✅ ✅ ✅ ✅
hero_aibroker ✅ ✅ ✅ ✅
## hero_aibroker — Rhai Lifecycle Scripts Done ✅ ### hero_proc (`30f7c02`) - `examples/rhai/hero_aibroker/install_and_run.rhai` — clone, build, install, start from scratch - Handles 5 binaries + 3 services + config installation (modelsconfig.yml) - Tested: all services start and run ### hero_aibroker (`7ff9053`) - 8 Rhai scripts in `scripts/rhai/` (build, install, run, stop, restart, status, test, clean) - Makefile updated to delegate to `hero_do scripts/rhai/*.rhai` - Uses `rust_builder` for all builds, `proc_client()` for service management - Install also copies `modelsconfig.yml` to `~/hero/var/hero_aibroker/` ### Services (3) | Service | Status | |---------|--------| | hero_aibroker_server | ✅ running | | hero_aibroker_ui | ✅ running | | hero_broker_server | ✅ running | ### Migration Progress | Service | hero_proc example | In-repo scripts | Makefile | Tested | |---------|-------------------|-----------------|----------|--------| | hero_runner_v2 | ✅ | ✅ | ✅ | ✅ | | hero_proxy | ✅ | ✅ | ✅ | ✅ | | **hero_aibroker** | ✅ | ✅ | ✅ | ✅ |
timur commented 2026-03-30 14:56:29 +00:00
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hero_os — Rhai Lifecycle Scripts Done ✅

This was the complex one — hero_os has a Dioxus WASM frontend in addition to server binaries.

hero_proc (acc234e)

  • examples/rhai/hero_os/install_and_run.rhai
  • Clones 4 dependency repos (hero_osis, hero_proc, hero_lib, hero_rpc) needed by Cargo.toml [patch] sections
  • Builds 3 server binaries with rust_builder
  • Builds WASM frontend with dx build (285 crates compiled to WASM)
  • Installs assets to ~/hero/share/hero_os/public/ via rsync
  • Registers + starts 2 services

hero_os (d64147c)

  • 9 Rhai scripts in scripts/rhai/ (one extra: build-wasm.rhai for standalone WASM builds)
  • Makefile updated for run, stop, restart, status, install, test, clean
  • Platform-specific targets (web, ios, android, desktop) and CI targets left as-is
  • status.rhai also shows WASM asset status
  • clean.rhai also removes target/dx directory

Services

Service Status
hero_os_server ✅ running
hero_os_ui ✅ running

Migration Progress

Service hero_proc example In-repo scripts Makefile Tested
hero_runner_v2 ✅ ✅ ✅ ✅
hero_proxy ✅ ✅ ✅ ✅
hero_aibroker ✅ ✅ ✅ ✅
hero_os ✅ ✅ ✅ ✅
## hero_os — Rhai Lifecycle Scripts Done ✅ This was the complex one — hero_os has a Dioxus WASM frontend in addition to server binaries. ### hero_proc (`acc234e`) - `examples/rhai/hero_os/install_and_run.rhai` - Clones 4 dependency repos (hero_osis, hero_proc, hero_lib, hero_rpc) needed by Cargo.toml [patch] sections - Builds 3 server binaries with `rust_builder` - Builds WASM frontend with `dx build` (285 crates compiled to WASM) - Installs assets to `~/hero/share/hero_os/public/` via rsync - Registers + starts 2 services ### hero_os (`d64147c`) - 9 Rhai scripts in `scripts/rhai/` (one extra: `build-wasm.rhai` for standalone WASM builds) - Makefile updated for run, stop, restart, status, install, test, clean - Platform-specific targets (web, ios, android, desktop) and CI targets left as-is - `status.rhai` also shows WASM asset status - `clean.rhai` also removes `target/dx` directory ### Services | Service | Status | |---------|--------| | hero_os_server | ✅ running | | hero_os_ui | ✅ running | ### Migration Progress | Service | hero_proc example | In-repo scripts | Makefile | Tested | |---------|-------------------|-----------------|----------|--------| | hero_runner_v2 | ✅ | ✅ | ✅ | ✅ | | hero_proxy | ✅ | ✅ | ✅ | ✅ | | hero_aibroker | ✅ | ✅ | ✅ | ✅ | | **hero_os** | ✅ | ✅ | ✅ | ✅ |
timur reopened this issue 2026-03-31 12:32:40 +00:00
timur commented 2026-03-31 12:33:06 +00:00
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Reopening: Rhai scripts need refactoring to use proper service model

The existing install_and_run scripts (hero_runner, hero_proxy, hero_aibroker, hero_os) all use the same pattern:

for svc in SERVICES {
    proc.quick_service_set_full(svc, HERO_BIN + "/" + svc, "exec", "");
}
for svc in SERVICES {
    proc.quick_service_start(svc);
}

This creates individual quick_services — each with 1 action and 1 run with 1 job. No dependencies between server and UI.

What needs to change

Each service group (e.g., hero_runner) should be registered as one service with multiple actions and inter-action dependencies:

// Define actions with dependency: UI depends on server
let server = proc_process_action("hero_runner_server", HERO_BIN + "/hero_runner_server")
    .interpreter("exec");
let ui = proc_process_action("hero_runner_ui", HERO_BIN + "/hero_runner_ui")
    .interpreter("exec")
    .depends_on("hero_runner_server");

proc.action_set(server);
proc.action_set(ui);

// One service, two actions, proper dependency chain
proc.service_register("hero_runner", ["hero_runner_server", "hero_runner_ui"]);
proc.service_start("hero_runner");
// Result: 1 service, 1 run, 2 jobs with ordering

Benefits

  • 1 service per product instead of 2+ (cleaner Services tab)
  • 1 run with multiple jobs instead of N runs with 1 job (cleaner Runs tab)
  • Proper startup ordering (UI waits for server)
  • Service lifecycle is atomic (stop/restart affects all components together)

Scripts to update

  • examples/rhai/hero_runner/install_and_run.rhai
  • examples/rhai/hero_proxy/install_and_run.rhai
  • examples/rhai/hero_aibroker/install_and_run.rhai
  • examples/rhai/hero_os/install_and_run.rhai

Prerequisite

Need to verify that proc_process_action().depends_on() and proc.service_register() work correctly in Rhai before migrating. May also depend on the Workflow object discussion in a separate issue.

## Reopening: Rhai scripts need refactoring to use proper service model The existing install_and_run scripts (hero_runner, hero_proxy, hero_aibroker, hero_os) all use the same pattern: ```rhai for svc in SERVICES { proc.quick_service_set_full(svc, HERO_BIN + "/" + svc, "exec", ""); } for svc in SERVICES { proc.quick_service_start(svc); } ``` This creates **individual quick_services** — each with 1 action and 1 run with 1 job. No dependencies between server and UI. ### What needs to change Each service group (e.g., hero_runner) should be registered as **one service with multiple actions and inter-action dependencies**: ```rhai // Define actions with dependency: UI depends on server let server = proc_process_action("hero_runner_server", HERO_BIN + "/hero_runner_server") .interpreter("exec"); let ui = proc_process_action("hero_runner_ui", HERO_BIN + "/hero_runner_ui") .interpreter("exec") .depends_on("hero_runner_server"); proc.action_set(server); proc.action_set(ui); // One service, two actions, proper dependency chain proc.service_register("hero_runner", ["hero_runner_server", "hero_runner_ui"]); proc.service_start("hero_runner"); // Result: 1 service, 1 run, 2 jobs with ordering ``` ### Benefits - 1 service per product instead of 2+ (cleaner Services tab) - 1 run with multiple jobs instead of N runs with 1 job (cleaner Runs tab) - Proper startup ordering (UI waits for server) - Service lifecycle is atomic (stop/restart affects all components together) ### Scripts to update - `examples/rhai/hero_runner/install_and_run.rhai` - `examples/rhai/hero_proxy/install_and_run.rhai` - `examples/rhai/hero_aibroker/install_and_run.rhai` - `examples/rhai/hero_os/install_and_run.rhai` ### Prerequisite Need to verify that `proc_process_action().depends_on()` and `proc.service_register()` work correctly in Rhai before migrating. May also depend on the Workflow object discussion in a separate issue.
timur commented 2026-03-31 14:13:02 +00:00
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Architecture note: Rhai scripts are the workflow layer

Per discussion on #33, we decided no Workflow object is needed in hero_proc. Rhai scripts already serve as the workflow/orchestration layer.

The separation:

  • Rhai script = workflow (finite: clone → build → install → register → start)
  • Service = supervision unit (ongoing: keep processes alive, restart on crash, like systemd)
  • Action = executable template with optional depends_on for intra-service ordering

What the script refactoring should do

Replace quick_service_set_full() per-binary with proper action+service registration:

// Instead of:
proc.quick_service_set_full("hero_runner_server", cmd, "exec", "");
proc.quick_service_set_full("hero_runner_ui", cmd, "exec", "");

// Do:
let server = proc_process_action("hero_runner_server", cmd).interpreter("exec");
let ui = proc_process_action("hero_runner_ui", cmd).interpreter("exec")
    .depends_on("hero_runner_server");
proc.action_set(server);
proc.action_set(ui);
proc.service_register("hero_runner", ["hero_runner_server", "hero_runner_ui"]);
proc.service_start("hero_runner");

The Rhai script handles the build/install workflow. The service handles ongoing supervision. depends_on handles startup ordering within the service.

## Architecture note: Rhai scripts are the workflow layer Per discussion on #33, we decided **no Workflow object is needed** in hero_proc. Rhai scripts already serve as the workflow/orchestration layer. The separation: - **Rhai script** = workflow (finite: clone → build → install → register → start) - **Service** = supervision unit (ongoing: keep processes alive, restart on crash, like systemd) - **Action** = executable template with optional `depends_on` for intra-service ordering ### What the script refactoring should do Replace `quick_service_set_full()` per-binary with proper action+service registration: ```rhai // Instead of: proc.quick_service_set_full("hero_runner_server", cmd, "exec", ""); proc.quick_service_set_full("hero_runner_ui", cmd, "exec", ""); // Do: let server = proc_process_action("hero_runner_server", cmd).interpreter("exec"); let ui = proc_process_action("hero_runner_ui", cmd).interpreter("exec") .depends_on("hero_runner_server"); proc.action_set(server); proc.action_set(ui); proc.service_register("hero_runner", ["hero_runner_server", "hero_runner_ui"]); proc.service_start("hero_runner"); ``` The Rhai script handles the build/install workflow. The service handles ongoing supervision. `depends_on` handles startup ordering within the service.
timur commented 2026-04-01 10:34:25 +00:00
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Rhai scripts refactored to use hero_lib_rhai tools

All Rhai scripts (both in hero_proc/examples/rhai/ and in each service repo's scripts/rhai/) have been updated to use the proper hero_lib_rhai functions instead of manual patterns:

Changes

Old pattern New (hero_lib_rhai)
env_get("HOME") + "/hero/code" hero_init() → env.rootdir, env.coderoot
git_tree_new() + clone_repo_full() forge_client() + forge.pull("org/repo")
execute("which dx") check ensure_installed("dx")
quick_service_set_full(svc, cmd, "exec", "") per binary proc_process_action() + action_set() + service_register()

Service model change

All scripts now use the proper service model: multiple actions grouped under one service.

  • Before: hero_proxy_server and hero_proxy_ui as separate quick_services
  • After: hero_proxy service containing hero_proxy_server + hero_proxy_ui actions

This applies to all 4 products (hero_runner, hero_proxy, hero_aibroker, hero_os).

Commits

  • hero_proc: 6c59561 — example scripts in examples/rhai/
  • hero_proxy: 73792b7 — scripts/rhai/ (run, stop, restart, status)
  • hero_aibroker: 383d733 — scripts/rhai/ (run, stop, restart, status, install)
  • hero_os: 44286fe — scripts/rhai/ (run, stop, restart, status, install)

Remaining for this issue

  • hero_runner_v2 still needs scripts/rhai/ folder (8 scripts) — not yet created
  • The depends_on() method is not yet exposed in the Rhai SDK (only in Rust SDK), so action-level dependencies aren't set from Rhai

The consolidated install_and_run_all.rhai (b6e8961) uses forge_client() + forge.pull() for all repo operations and serves as the reference example for the correct pattern.

## Rhai scripts refactored to use hero_lib_rhai tools All Rhai scripts (both in `hero_proc/examples/rhai/` and in each service repo's `scripts/rhai/`) have been updated to use the proper hero_lib_rhai functions instead of manual patterns: ### Changes | Old pattern | New (hero_lib_rhai) | |---|---| | `env_get("HOME") + "/hero/code"` | `hero_init()` → `env.rootdir`, `env.coderoot` | | `git_tree_new() + clone_repo_full()` | `forge_client()` + `forge.pull("org/repo")` | | `execute("which dx")` check | `ensure_installed("dx")` | | `quick_service_set_full(svc, cmd, "exec", "")` per binary | `proc_process_action()` + `action_set()` + `service_register()` | ### Service model change All scripts now use the proper service model: **multiple actions grouped under one service**. - Before: `hero_proxy_server` and `hero_proxy_ui` as separate quick_services - After: `hero_proxy` service containing `hero_proxy_server` + `hero_proxy_ui` actions This applies to all 4 products (hero_runner, hero_proxy, hero_aibroker, hero_os). ### Commits - hero_proc: `6c59561` — example scripts in `examples/rhai/` - hero_proxy: `73792b7` — `scripts/rhai/` (run, stop, restart, status) - hero_aibroker: `383d733` — `scripts/rhai/` (run, stop, restart, status, install) - hero_os: `44286fe` — `scripts/rhai/` (run, stop, restart, status, install) ### Remaining for this issue - hero_runner_v2 still needs `scripts/rhai/` folder (8 scripts) — not yet created - The `depends_on()` method is not yet exposed in the Rhai SDK (only in Rust SDK), so action-level dependencies aren't set from Rhai The consolidated `install_and_run_all.rhai` (`b6e8961`) uses `forge_client()` + `forge.pull()` for all repo operations and serves as the reference example for the correct pattern.
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