hyperframes/scripts/test-skills-fresh.sh at main · sinloss/hyperframes

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#!/usr/bin/env bash

# test-skills-fresh.sh

# Generic sandbox for the `test/skills-fresh` branch — fully simulates a real

# user's `npx` install, with BOTH channels coming from the working tree:

# • skills → installed from skills/ via `npx skills add <repo>` (exactly what

# `npx skills add heygen-com/hyperframes` does for a real user)

# • CLI → wired via a `file:` dep so `npx hyperframes` resolves to the LOCAL

# build, which carries this branch's packages/cli/src/capture changes.

# It adds NO CLAUDE.md / AGENTS.md — it mirrors the plain install, nothing more.

# You then launch your agent in the sandbox and type whatever request you want.

# Agents: works for Claude Code (default) and Codex. `--agent` is passed straight

# to `skills add`, so the skills land in that agent's project dir:

# • claude-code → .claude/skills/ (launch: claude --dangerously-skip-permissions)

# • codex → .agents/skills/ (launch: codex --dangerously-bypass-approvals-and-sandbox)

# ← both launch fully auto (no approval prompts); codex stays

# project-local and does NOT touch your global ~/.codex/skills.

# Why a sandbox (and not `npx skills add heygen-com/hyperframes#test/skills-fresh`):

# `skills add` only copies skills/. The capture tool you changed lives in

# packages/cli (the @hyperframes/cli package), so an online skills-only install

# would pull this branch's skills but the PUBLISHED CLI's old capture. This

# script builds + file:-links the local CLI so capture comes from the branch too.

# Usage:

# bash scripts/test-skills-fresh.sh # Claude Code (default)

# bash scripts/test-skills-fresh.sh --agent codex # Codex

# bash scripts/test-skills-fresh.sh --rebuild # force a CLI rebuild

# bash scripts/test-skills-fresh.sh --no-build # skip the build step

# bash scripts/test-skills-fresh.sh -h # help

# What it does:

# 1. Verifies prerequisites (bun, npm, the chosen agent, optionally Chrome).

# 2. Builds the local CLI if dist/cli.js is missing OR any packages/cli source

# is newer than the built bundle (so your capture edits are never tested stale).

# 3. Creates a fresh WORKSPACE ROOT under /tmp/skills-fresh-<timestamp>/ with a

# package.json (`file:` CLI dep). It does NOT init a hyperframes project here

# — the video workflows run `npx hyperframes init` inside their own subdirs.

# 4. Runs npm install so `npx hyperframes` resolves to the local CLI build.

# 5. Installs the full skills tree from the LOCAL repo via `npx skills add

# --agent <agent>`, then prunes the internal _meta/ authoring skills so the

# installed set matches what an end user gets.

# 6. Verifies the router + 10 workflows + 6 domain skills landed.

# 7. Prints the command to start the agent + example prompts to try.

# Iterate after editing:

# • skills → re-run this script (fresh dir), or in the existing test dir:

# rm -rf <skills-dir>/<name> && npx --yes skills add <repo> \

# --skill <name> --agent <agent> --yes

# • capture / CLI → just re-run this script; step 2's staleness check rebuilds.

set -uo pipefail

# --------- defaults ---------

EXPECTED_BRANCH="test/skills-fresh"

AGENT="claude-code"

# --------- arg parse ---------

BUILD_MODE="auto" # auto | force | skip

while [[ $# -gt 0 ]]; do

case "$1" in

-h|--help)

sed -n '2,40p' "$0" | sed 's/^# \{0,1\}//'

exit 0

;;

--agent) AGENT="${2:-}"; shift 2 ;;

--rebuild) BUILD_MODE="force"; shift ;;

--no-build) BUILD_MODE="skip"; shift ;;

echo "Unknown arg: $1" >&2

echo "Run with --help for usage." >&2

exit 1

;;

esac

done

if [[ -z "$AGENT" ]]; then

echo "--agent needs a value (e.g. claude-code, codex)" >&2

exit 1

# Map the agent to its project skills dir + launch binary.

case "$AGENT" in

claude-code) SKILLS_DIR=".claude/skills"; AGENT_BIN="claude"; LAUNCH="claude --dangerously-skip-permissions" ;;

codex) SKILLS_DIR=".agents/skills"; AGENT_BIN="codex"; LAUNCH="codex --dangerously-bypass-approvals-and-sandbox" ;;

*) SKILLS_DIR=".agents/skills"; AGENT_BIN="$AGENT"; LAUNCH="$AGENT" ;;

esac

# --------- self-locate the hyperframes repo ---------

SCRIPT_DIR="$(cd "$(dirname "${BASH_SOURCE[0]}")" && pwd)"

HF_REPO="$(cd "$SCRIPT_DIR/.." && pwd)"

HF_CLI_PKG="$HF_REPO/packages/cli"

HF_CLI_BIN="$HF_CLI_PKG/dist/cli.js"

# --------- pretty output helpers ---------

say() { printf "\033[1;36m→ %s\033[0m\n" "$*"; }

ok() { printf " \033[0;32m✓\033[0m %s\n" "$*"; }

warn() { printf " \033[0;33m! %s\033[0m\n" "$*"; }

fail() { printf " \033[0;31m✗ %s\033[0m\n" "$*"; exit 1; }

# --------- step 1: prerequisites ---------

say "Checking prerequisites (agent: $AGENT)..."

command -v bun >/dev/null 2>&1 || fail "bun not installed. Install: curl -fsSL https://bun.sh/install | bash"

command -v npm >/dev/null 2>&1 || fail "npm not installed (need Node.js — install Node 22+)."

ok "bun: $(bun --version)"

ok "node: $(node --version)"

ok "npm: $(npm --version)"

if command -v "$AGENT_BIN" >/dev/null 2>&1; then

ok "$AGENT_BIN on PATH"

else

warn "$AGENT_BIN not on PATH — install the $AGENT CLI before running the test."

CHROME_MAC="/Applications/Google Chrome.app/Contents/MacOS/Google Chrome"

CHROME_LINUX="/usr/bin/chromium"

if [[ -x "$CHROME_MAC" ]] || [[ -x "$CHROME_LINUX" ]]; then

ok "Chrome / Chromium found (capture / web-extraction needs headless Chrome)"

else

warn "No Chrome at $CHROME_MAC or $CHROME_LINUX — capture-based workflows will fail without it"

CURRENT_BRANCH="$(cd "$HF_REPO" && git rev-parse --abbrev-ref HEAD 2>/dev/null || echo unknown)"

if [[ "$CURRENT_BRANCH" != "$EXPECTED_BRANCH" ]]; then

warn "Repo is on '$CURRENT_BRANCH', not '$EXPECTED_BRANCH' — you'll be testing whatever is checked out."

else

ok "repo on branch: $CURRENT_BRANCH"

# --------- step 2: build local CLI (staleness-aware) ---------

say "Checking local CLI build..."

needs_build() {

[[ ! -f "$HF_CLI_BIN" ]] && return 0

# any CLI source (incl. capture/) newer than the built bundle → rebuild,

# so your working-tree edits are never silently tested against a stale dist.

local newer

newer="$(find "$HF_CLI_PKG/src" "$HF_CLI_PKG/scripts" -type f -newer "$HF_CLI_BIN" 2>/dev/null | head -1)"

[[ -n "$newer" ]] && return 0

return 1

}

DO_BUILD=0

case "$BUILD_MODE" in

force) DO_BUILD=1; warn "--rebuild: forcing a fresh CLI build" ;;

skip) warn "--no-build: skipping build; using existing dist (may be stale!)" ;;

auto) if needs_build; then

DO_BUILD=1

[[ -f "$HF_CLI_BIN" ]] && warn "CLI source is newer than dist — rebuilding to pick up your capture/CLI edits" \

|| warn "CLI not built — building (~1-2 min)..."

fi ;;

esac

if [[ "$DO_BUILD" == "1" ]]; then

(cd "$HF_REPO" && bun install && bun run build) || fail "CLI build failed."

[[ -f "$HF_CLI_BIN" ]] || fail "Build completed but $HF_CLI_BIN still missing."

ok "local CLI: $(node "$HF_CLI_BIN" --version 2>/dev/null || echo unknown)"

# --------- step 3: scaffold a fresh test project ---------

TEST_PARENT="${TEST_PARENT:-/tmp}"

TEST_NAME="skills-fresh-$(date +%H%M%S)"

TEST_DIR="$TEST_PARENT/$TEST_NAME"

say "Creating test project at $TEST_DIR ..."

mkdir -p "$TEST_PARENT"

cd "$TEST_PARENT"

[[ -e "$TEST_NAME" ]] && fail "$TEST_DIR already exists. Wait 1s and re-run."

# WORKSPACE ROOT, not a hyperframes project: the video workflows run

# `npx hyperframes init` inside their own subdirs, so a project at the root would

# make a skill find a stray composition here. We only need a package.json with the

# `file:` CLI dep so `npx hyperframes` (and the skills' init/render calls from

# subdirs) resolve to the local build.

mkdir -p "$TEST_NAME"

cd "$TEST_NAME"

cat > package.json <<JSON

{

"name": "$TEST_NAME",

"private": true,

"type": "module",

"dependencies": {

"hyperframes": "file:$HF_CLI_PKG"

}

JSON

ok "package.json points hyperframes → file:$HF_CLI_PKG"

# --------- step 4: npm install (NOT bun) ---------

# MUST be npm: bun follows the cli pkg's `workspace:*` devDependencies and fails.

# npm only resolves the file: package's `dependencies`.

say "Running npm install (must be npm here, not bun)..."

npm install --no-audit --no-fund --silent || fail "npm install failed."

[[ -x "node_modules/.bin/hyperframes" ]] || fail "node_modules/.bin/hyperframes missing after install."

ok "node_modules/.bin/hyperframes → local CLI"

# --------- step 5: install skills from the local repo, then prune _meta ---------

say "Installing skills from the local repo (--agent $AGENT) ..."

npx --yes skills add "$HF_REPO" --skill '*' --agent "$AGENT" --yes \

|| fail "skills add failed."

# Resolve where they actually landed (claude-code → .claude/skills,

# codex/others → .agents/skills); fall back to whichever dir got populated.

if [[ ! -d "$SKILLS_DIR" ]]; then

for d in .claude/skills .agents/skills .cursor/skills; do

[[ -d "$d" ]] && SKILLS_DIR="$d" && break

done

[[ -d "$SKILLS_DIR" ]] || fail "No skills dir found after install (looked for .claude/skills, .agents/skills, .cursor/skills)."

ok "skills installed under $SKILLS_DIR/"

# skills add walks skills/_meta/ too — those are internal authoring skills, not

# part of the end-user set. Prune them so the sandbox matches a real install.

if [[ -d "$HF_REPO/skills/_meta" ]]; then

for meta in "$HF_REPO/skills/_meta"/*/; do

[[ -d "$meta" ]] || continue

name="$(basename "$meta")"

if [[ -d "$SKILLS_DIR/$name" ]]; then

rm -rf "$SKILLS_DIR/$name"

ok "pruned internal meta-skill: $name"

done

# --------- step 6: verify the skills landed ---------

say "Verifying skill installation..."

ROUTER="hyperframes"

WORKFLOWS=(product-launch-video website-to-video faceless-explainer embedded-captions \

talking-head-recut pr-to-video motion-graphics general-video \

remotion-to-hyperframes slideshow)

DOMAIN=(hyperframes-core hyperframes-creative hyperframes-animation hyperframes-cli media-use hyperframes-registry)

MISSING=()

check_skill() { if [[ -d "$SKILLS_DIR/$1" ]]; then ok "$SKILLS_DIR/$1/"; else MISSING+=("$1"); fi; }

check_skill "$ROUTER"

for s in "${WORKFLOWS[@]}"; do check_skill "$s"; done

for s in "${DOMAIN[@]}"; do check_skill "$s"; done

if [[ ${#MISSING[@]} -gt 0 ]]; then

warn "Missing skill(s): ${MISSING[*]}"

warn "Check skills/ in the repo and re-run — routing / dispatch will break without these."

INSTALLED_COUNT=$(find "$SKILLS_DIR" -maxdepth 1 -mindepth 1 -type d 2>/dev/null | wc -l | tr -d ' ')

ok "$INSTALLED_COUNT skill(s) installed under $SKILLS_DIR/"

# --------- step 7: print next steps ---------

echo ""

printf "\033[1;32m========================================================\033[0m\n"

printf "\033[1;32m Sandbox ready — branch skills + branch CLI (capture).\033[0m\n"

printf "\033[1;32m========================================================\033[0m\n"

echo ""

echo "Project: $TEST_DIR"

echo "Agent: $AGENT (skills in $SKILLS_DIR/)"

echo "CLI: file:$HF_CLI_PKG (local build — includes your capture changes)"

echo "Branch: $CURRENT_BRANCH"

echo ""

echo "To start, run:"

echo ""

printf " \033[1;37mcd %s\033[0m\n" "$TEST_DIR"

printf " \033[1;37m%s\033[0m\n" "$LAUNCH"

echo ""

echo "Then type any request you want to test — the agent routes it to a workflow. e.g.:"

echo " • \"make a product launch video for https://your-site.com/\" → product-launch-video (exercises capture)"

echo " • \"explain how transformers work as a faceless explainer video\" → faceless-explainer"

echo " • \"make a video from this PR: owner/repo#123\" → pr-to-video"

echo " • \"add lower-thirds / overlay cards to ./clip.mp4\" → talking-head-recut"

echo " • \"add captions/subtitles to ./clip.mp4\" → embedded-captions"

echo " • \"turn https://your-site.com/ into a site tour video\" → website-to-video"

echo " • \"a logo reveal / title card / data montage\" → general-video"

echo ""

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