From arcgentic
Use when the user says Arcgentic, asks to use Arcgentic, or wants an idea taken through a complete plan → development → self-audit → external audit workflow in Codex.
How this skill is triggered — by the user, by Claude, or both
Slash command
/arcgentic:arcgenticThe summary Claude sees in its skill listing — used to decide when to auto-load this skill
This is the Codex-facing entry skill for Arcgentic V2.
This is the Codex-facing entry skill for Arcgentic V2.
Use this before build-feature, executing-plans, or direct coding whenever
the user asks to use Arcgentic.
Do not directly implement, test, or scaffold the requested feature from the Orchestrator, even in a greenfield or empty project. Arcgentic work starts by dispatching Planner.
Orchestrator and rename the current Codex
thread to exactly Orchestrator before dispatching any role.Run:
arcgentic session-mode recommend-v2 --idea '<current user request>'
Present the recommended mode, confidence, reasons, and tradeoff in natural language.
Ask the user to confirm the recommendation or override it.
Do not dispatch Planner until the user has chosen one project-level mode.
single-session-subagent: faster and usually finishes sooner. Planner,
Developer, Test, and Auditor run as named subagents inside the current
Orchestrator session, so audit isolation is weaker. The first use of a
role creates that fixed named role identity; later rounds reuse it.multi-session-subthread: slower. Planner, Developer, Test, and Auditor
run in fixed project threads, so role separation and external-audit
evidence are stronger.multi-session-subthread, use the current project/workspace as the only
valid target for role threads after initialization.Orchestrator in
.agentic-rounds/state.yaml before dispatching Planner. If the host cannot
provide the current Orchestrator thread id, stop because push-return cannot
work.
In Codex delegation-created threads, do not treat the delegation
source_thread_id as the current Orchestrator id. It identifies the upstream
supervising thread, not the project-scoped Orchestrator..agentic-rounds/state.yaml and run
v2-session-plan..agentic-rounds/state.yaml if it does not exist.
If state exists and current_round.state is closed, treat the new user
request as input for Planner only when it asks for new work. Status,
inspection, review, or "is this complete?" requests are terminal idle and
must not rewrite active_user_request or dispatch Planner.v2-session-plan with the user-selected mode on first use, or without
--mode after the mode is already stored:arcgentic v2-session-plan \
--state .agentic-rounds/state.yaml \
--host codex \
--user-request '<current user request>' \
--mode <single-session-subagent|multi-session-subthread>
arcgentic v2-dispatch-role and end the Orchestrator turn in
multi-session-subthread, or create/reuse the named role agent directly in
single-session-subagent.
If state is closed and the plan has no actions, stop: the round is
terminal at the project level, all role threads are idle, and Orchestrator
should wait for a new user request.codex-thread-orchestration and follow it.Find the plugin root:
PLUGIN_ROOT="${ARCGENTIC_PLUGIN_ROOT:-$HOME/plugins/arcgentic}"
Then initialize state:
bash "$PLUGIN_ROOT/scripts/state/init.sh" \
--project-root . \
--project-name "$(basename "$PWD")" \
--round-naming "R<n>"
After init, update the state for V2 Codex mode:
python - <<'PY'
from pathlib import Path
import yaml
path = Path(".agentic-rounds/state.yaml")
state = yaml.safe_load(path.read_text(encoding="utf-8"))
state.setdefault("project", {})["arcgentic_v2"] = {
"host": "codex",
"role_sessions": {},
}
path.write_text(yaml.safe_dump(state, sort_keys=False), encoding="utf-8")
PY
If arcgentic CLI is not available, report installation failure instead of
pretending Arcgentic is active.
If the current thread is projectless or cannot create project-scoped role threads, stop.
If .agentic-rounds/state.yaml records delegation source_thread_id as the
Orchestrator session by mistake, do not create Planner. Repair only that
field with:
arcgentic v2-record-session \
--state .agentic-rounds/state.yaml \
--host codex \
--role orchestrator \
--thread-id <current-orchestrator-thread-id> \
--title Orchestrator \
--repair-current-orchestrator
If .agentic-rounds/state.yaml cannot be created or validated, stop.
If role threads cannot be created in the current project/workspace, stop.
If a role thread is slow, send at most one status/constraint-tightening
message. If it still does not return a valid RoleReturnSignal, stop with a
role-timeout status. Do not continue the workflow in the Orchestrator.
After dispatching a role prompt, call arcgentic v2-dispatch-role and end
the Orchestrator turn. The Orchestrator resumes only when the pending role
actively sends return information back to the Orchestrator thread.
If arcgentic v2-return-signal rejects the role output, stop and report the
rejected signal. Do not repair it by hand in the Orchestrator.
Do not silently fall back to "Arcgentic-style" hand-written evidence.
Do not treat "greenfield" or "empty repo" as permission for Orchestrator implementation.
Do not verify, summarize, or inspect a previous closed round as the response to a new implementation request. Route the request to Planner first.
Do not auto-dispatch Planner from project-level closed unless there is a
new user request. Closed without a new request means the project workflow is
stopped. Round-level PASS is not closed; it must advance through the stored
project plan.
Do not run ordinary coding work before Planner has produced or approved the round plan.
Planner, Developer, Test, and Auditor must not mutate .agentic-rounds/state.yaml,
run transition commands, dispatch roles, consume RoleReturnSignal, or close
rounds. They write their role-owned artifacts and return natural-language
output plus one arcgentic-role-return footer for the Orchestrator to consume.
Role threads must not stop after acknowledging their role. They must complete
role-owned work in the same turn, using tools as needed, before returning
RoleReturnSignal. Developer, Test, and Auditor consume prior-role artifacts
from project.arcgentic_v2.last_signal.artifacts.
Role threads must actively wake the Orchestrator by sending their completed natural-language output and machine footer to the recorded Orchestrator thread. The Orchestrator must not poll role threads to discover completion.
Planner must do discovery before handoff: search GitHub or equivalent public references for reliable comparable projects, scan local skills/plugins/MCP servers/connectors/tools, then write the selected references and tools into a detailed Markdown handoff. Each downstream role must read the handoff artifact named in the Orchestrator prompt before acting.
Planner project-close returns must write a closeout artifact, create a local
closeout commit, include artifacts.closeout and artifacts.commit, and use
next_recommended_role: null. Closed projects are terminal idle unless the
user provides a genuinely new work request.
Auditor PASS fact rows must use lifecycle-stable evidence: committed
artifacts, fixed git hashes, artifact file contents, state history, and
test/build output. Do not use mutable live routing fields such as
current_round.state, project.arcgentic_v2.last_signal.role, or
project.arcgentic_v2.last_signal.state as PASS facts unless the command
reads an immutable committed snapshot.
Do not create source files, tests, handoff docs, self-audits, user-test reports, or external audit verdicts from the Orchestrator. Those belong to Planner, Developer, Test, and Auditor role threads.
Load and follow:
codex-thread-orchestration for Codex V2 fixed-role threads.using-arcgentic for the general round-state vocabulary and state-machine
rules.npx claudepluginhub arch1esun/arcgentic --plugin arcgenticProvides behavioral guidelines to reduce common LLM coding mistakes, focusing on simplicity, surgical changes, assumption surfacing, and verifiable success criteria.
Searches, retrieves, and installs Agent Skills from prompts.chat registry using MCP tools like search_skills and get_skill. Activates for finding skills, browsing catalogs, or extending Claude.
Creates, edits, and optimizes skills for Claude Code, including drafting, evaluating with test prompts, iterating on performance, and improving skill descriptions for better triggering accuracy.