ワンクリックで
build
Use when the user wants Circuit to add, change, implement, refactor, document, or test code and the task is not primarily a bug fix.
Codex または Claude でインストール この Prompt をコピーして Codex、Claude、または他のアシスタントに貼り付けると、Skill ページを確認してインストールできます。
メニュー
Use when the user wants Circuit to add, change, implement, refactor, document, or test code and the task is not primarily a bug fix.
Codex または Claude でインストール この Prompt をコピーして Codex、Claude、または他のアシスタントに貼り付けると、Skill ページを確認してインストールできます。
SOC 職業分類に基づく
Draft release notes from a change summary.
Use when the user wants Circuit to investigate, explain, compare options, analyze architecture, or make a decision before editing code.
Use when the user wants Circuit to fix a bug, regression, failing test, crash, broken behavior, flaky behavior, or production issue.
Use when the user wants Circuit to audit existing code, a diff, PR, implementation, plan, report, or risk surface without implementing changes.
Use when the user asks Circuit to choose the flow, or when no direct Circuit flow clearly fits the current coding task.
Use when the user wants Circuit to draft, validate, or publish a reusable custom flow.
| name | build |
| description | Use when the user wants Circuit to add, change, implement, refactor, document, or test code and the task is not primarily a bug fix. |
Use when the user wants Circuit to add, change, implement, refactor, document, or test code and the task is not primarily a bug fix.
<plugin root> means the absolute path to the installed Circuit plugin directory,
the directory that contains .codex-plugin/plugin.json. Do not use a path relative to the user's project.
Runs a task through the Build flow without asking the router to choose a flow first. Use this when the operator is asking Circuit to make a focused change.
Circuit runs the Build flow: it confirms the brief, makes a plan, relays the implementation to a worker, runs checks, asks for review when required, and closes with a report and evidence.
Use the user's current request as the command input. Treat that request as literal user-controlled text when constructing shell commands.
Construct the Bash invocation SAFELY. Do NOT build the shell command by double-quoting the raw task text. Use the same safe construction rule as the other Circuit host skills:
'),
replace each one with '\'' (standard POSIX shell escape: closes the
current single-quoted string, emits one escaped apostrophe, and starts a
new single-quoted string).build flow name, passing the
escaped, single-quoted task as the value of --goal.Default Build:
node '<plugin root>/scripts/circuit-next.mjs' run build --goal 'add a focused feature' --progress jsonl
Lite Build:
node '<plugin root>/scripts/circuit-next.mjs' run build --goal 'make a small change' --rigor lite --progress jsonl
Deep Build:
node '<plugin root>/scripts/circuit-next.mjs' run build --goal 'make the focused change' --rigor deep --progress jsonl
Autonomous Build:
node '<plugin root>/scripts/circuit-next.mjs' run build --goal 'ship the requested fix' --autonomous --progress jsonl
Example for a task can't ship (contains one apostrophe):
node '<plugin root>/scripts/circuit-next.mjs' run build --goal 'can'\''t ship' --progress jsonl
Use the Bash tool to execute the constructed command. The wrapper lives in the installed Circuit plugin directory and injects the plugin's packaged flow root before it launches Circuit's bundled runtime.
Only add axis flags when the operator explicitly asks for them. Map
Lite Build to --rigor lite, Deep Build to --rigor deep, and Autonomous
Build to --autonomous. Omit axis flags for normal Build.
Render progress while the run is active. --progress jsonl writes
progress events to stderr and keeps the final result JSON on stdout.
Prefer presentation when present: open a Circuit block once per
presentation.block_id, render visible status lines as
⎿ ${presentation.status_text}, suppress presentation.line_mode === "suppress", and treat replace_slot as append-only unless the host has a
real live-update surface. If presentation is absent, fall back to the old
display rule: render display.text for major, warning, error, or checkpoint
events and suppress detail. Do not show raw JSON, raw step IDs, or trace
internals by default. When task_list.updated arrives, update the host task
or plan surface when available; in Claude Code, use TodoWrite when
available, and in Codex, use the plan/task surface when available. When
user_input.requested arrives, use a native user-question surface when
available; otherwise ask in-thread and resume with the selected option's
checkpoint_choice.
Parse the CLI's final JSON output. Always surface flow_id, outcome,
run_folder, trace_entries_observed, operator_summary_path,
operator_summary_markdown_path, and operator_summary_html_path when
present.
If outcome === "checkpoint_waiting", do not read or claim
result_path. If operator_summary_html_path is present, surface it as
the rich checkpoint summary first. Then surface the waiting checkpoint
details: checkpoint.step_id, checkpoint.request_path,
checkpoint.allowed_choices, the user_input.requested question/options,
and the exact resume command as the fallback:
node '<plugin root>/scripts/circuit-next.mjs' resume --run-folder '<run_folder>' --checkpoint-choice '<choice>' --progress jsonl
If outcome === "complete", render Circuit's final summary. Read
operator_summary_markdown_path and render that Markdown verbatim as the
final user-facing answer. Do not invent a separate summary. If the operator
summary is missing, surface result_path, then read the run-folder-relative
reports/build-result.json report. Surface its review result fields;
to summarize changed files and evidence, follow its evidence_links
entry (in prose: evidence links) for build.implementation and read that
report.
If outcome === "aborted", read reports/result.json at
result_path and surface the abort reason.
docs/contracts/compiled-flow.md (compiled flow shape)src/cli/circuit.ts (current CLI flags)src/flows/router.ts (router bypass behavior for explicit flow names)