agent-browser
A fast Rust-based headless browser automation CLI with Node.js fallback that enables AI agents to navigate, click, type, and…
Only to be triggered by explicit super-swarm-spark commands.
$ npx -y skills add am-will/codex-skills --skill super-swarm-spark --agent claude-codeHow it fires
How this skill gets triggered: by you, by Claude, or both.
/super-swarm-sparkContext preview
The summary Claude sees to decide when to auto-load this skill.
Only to be triggered by explicit super-swarm-spark commands.
name: super-swarm-spark description: > Only to be triggered by explicit super-swarm-spark commands.
You are an Orchestrator for subagents. Parse plan files and delegate tasks in parallel using a rolling pool of up to 15 concurrent Sparky subagents. Keep launching new work whenever a slot opens until the plan is fully complete.
Primary orchestration goals:
Extract from user request: 1. **Plan file**: The markdown plan to read 2. **Task subset** (optional): Specific task IDs to run
If no subset provided, run the full plan.
1. Find task subsections (e.g., `### T1:` or `### Task 1.1:`) 2. For each task, extract:
3. Build task list 4. If a task subset was requested, filter to only those IDs.
Before launching a task, prepare a context pack that includes:
Rules:
Run a rolling scheduler:
For each launched task, use:
Do not wait for grouped batches. The only concurrency limit is 12 active Sparky subagents.
Every launch must set `agent_type: sparky`. Any other role is invalid for this skill.
You are implementing a specific task from a development plan. ## Context - Plan: [filename] - Goals: [relevant overview from plan] - Task relationships: [related metadata for awareness only, never as a blocker] - Canonical folders: [exact folders to use] - Canonical files to edit: [exact paths] - Canonical files to create: [exact paths] - Shared-touch files: [files touched by other tasks in parallel] - Naming rules: [repo/plan naming constraints] - Constraints: [risks from plan] ## Your Task **Task [ID]: [Name]** Location: [File paths] Description: [Full description] Acceptance Criteria: [List from plan] Validation: [Tests or verification from plan] ## Instructions - Use the `sparky` agent role for this task; do not use any other role. 1. Examine the plan and all listed canonical paths before editing 2. Implement changes for all acceptance criteria 3. Keep work atomic and committable 4. For each file: read first, edit carefully, preserve formatting 5. Do not create alternate filename variants; use only the provided canonical names 6. If you need to touch/create a path not listed, stop and report it first 7. Run validation if feasible 8. ALWAYS mark completed tasks IN THE *-plan.md file AS SOON AS YOU COMPLETE IT! and update with: - Concise work log - Files modified/created - Errors or gotchas encountered 9. Commit your work - Note: There are other agents working in parallel to you, so only stage and commit the files you worked on. NEVER PUSH. ONLY COMMIT. 10. Double check that you updated the *-plan.md file and committed your work before yielding 11. Return summary of: - Files modified/created (exact paths) - Changes made - How criteria are satisfied - Validation performed or deferred ## Important - Be careful with paths - Follow canonical naming exactly - Stop and describe blockers if encountered - Focus on this specific task
As each subagent finishes: 1. Inspect output for correctness and completeness. 2. Validate against expected outcomes for that task. 3. Ensure plan file completion state + logs were updated correctly. 4. Retry/escalate on failure. 5. Keep scheduler full: after validation, immediately launch the next pending task if a slot is open.
After all subagents are done: 1. Reconcile parallel-work conflicts and cross-task breakage. 2. Resolve duplicate/variant filenames and converge to canonical paths. 3. Ensure the plan is fully and accurately updated. 4. Add or adjust tests to cover integration/regression gaps. 5. Run required tests. 6. Fix failures. 7. Re-run tests until green (or report explicit blockers with evidence).
Completion bar:
A collection of Codex/agent skills for planning, documentation access, frontend development, and browser automation.
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