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    {
      "User": {
        "id": "2e46ee1d-2ae1-413c-a151-cc24ef2f73b2",
        "content": [
          {
            "Text": "[Mon 2026-04-13 17:23 GMT+9] ai-usage-dashboard repo에서 다음 auth 수정 단계만 진행해줘.\n\n목표:\nOpenClaw가 실제로 생성하는 Codex authorize URL과 최대한 동일하게 맞추기.\n\n반영해야 할 기준 URL 특성:\n- authorization endpoint: https://auth.openai.com/oauth/authorize\n- client_id: app_EMoamEEZ73f0CkXaXp7hrann\n- redirect_uri host는 localhost 사용 (`http://localhost:1455/auth/callback`)\n- scopes: openid profile email offline_access\n- extra params:\n  - id_token_add_organizations=true\n  - codex_cli_simplified_flow=true\n  - originator=pi\n- PKCE: S256 유지\n\n수정 대상 파일 범위:\n- packages/provider-adapters/src/codex/codex-auth-constants.js\n- packages/provider-adapters/src/codex/build-codex-authorization-url.js\n- packages/agent/src/auth/localhost-callback.js\n- packages/agent/src/cli/auth-login-command.js (필요 최소 수정)\n- docs/auth-architecture.md\n- docs/auth-cli.md\n- packages/agent/README.md\n- packages/provider-adapters/README.md\n\n구체 요구사항:\n1. callback URL 생성은 `localhost` host를 기본으로 사용하게 맞출 것\n2. buildCodexAuthorizationUrl()가 위 extra params와 offline_access scope를 포함하게 할 것\n3. 기존 mock/live-exchange 구조는 유지\n4. 문서에는 '현재는 OpenClaw authorize URL과 최대한 동일하게 정렬했다'고 쓰되, 공식 문서 확정이 아니라 observed alignment라는 점 유지\n5. 커밋하지 말 것\n\n주의:\n- token exchange 함수는 이번 단계에서 수정하지 말 것\n- 실제 외부 호출 추가 금지\n- 과장 금지\n\n출력 형식:\n- 수정 파일 목록\n- authorize URL에서 달라진 점\n- OpenClaw와 아직 차이날 수 있는 부분\n- 재테스트 방법\n\n반드시 실제 파일 수정까지 하고 끝내줘."
          }
        ]
      }
    },
    {
      "Agent": {
        "content": [
          {
            "Thinking": {
              "text": "Let me start by reading the relevant files to understand the current state.",
              "signature": null
            }
          },
          {
            "ToolUse": {
              "id": "toolu_01ULxRU7YgHymR1YL92dtaFM",
              "name": "Read packages/provider-adapters/src/codex/codex-auth-constants.js",
              "raw_input": "{\"file_path\":\"/home/lagoon3/.openclaw/workspace/ai-usage-dashboard/packages/provider-adapters/src/codex/codex-auth-constants.js\"}",
              "input": {
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              },
              "is_input_complete": true,
              "thought_signature": null
            }
          },
          {
            "ToolUse": {
              "id": "toolu_01XKsCiJcr2smx1piABDLETs",
              "name": "Read packages/provider-adapters/src/codex/build-codex-authorization-url.js",
              "raw_input": "{\"file_path\":\"/home/lagoon3/.openclaw/workspace/ai-usage-dashboard/packages/provider-adapters/src/codex/build-codex-authorization-url.js\"}",
              "input": {
                "file_path": "/home/lagoon3/.openclaw/workspace/ai-usage-dashboard/packages/provider-adapters/src/codex/build-codex-authorization-url.js"
              },
              "is_input_complete": true,
              "thought_signature": null
            }
          },
          {
            "ToolUse": {
              "id": "toolu_01VpAjXnVhgHkJjxs2y786Fo",
              "name": "Read packages/agent/src/auth/localhost-callback.js",
              "raw_input": "{\"file_path\":\"/home/lagoon3/.openclaw/workspace/ai-usage-dashboard/packages/agent/src/auth/localhost-callback.js\"}",
              "input": {
                "file_path": "/home/lagoon3/.openclaw/workspace/ai-usage-dashboard/packages/agent/src/auth/localhost-callback.js"
              },
              "is_input_complete": true,
              "thought_signature": null
            }
          },
          {
            "ToolUse": {
              "id": "toolu_012WpQsBqdaioB7ptkpW8Ksg",
              "name": "Read packages/agent/src/cli/auth-login-command.js",
              "raw_input": "{\"file_path\":\"/home/lagoon3/.openclaw/workspace/ai-usage-dashboard/packages/agent/src/cli/auth-login-command.js\"}",
              "input": {
                "file_path": "/home/lagoon3/.openclaw/workspace/ai-usage-dashboard/packages/agent/src/cli/auth-login-command.js"
              },
              "is_input_complete": true,
              "thought_signature": null
            }
          },
          {
            "ToolUse": {
              "id": "toolu_01NjT1yzF2KfBW3JLe7kNHob",
              "name": "Read docs/auth-architecture.md",
              "raw_input": "{\"file_path\":\"/home/lagoon3/.openclaw/workspace/ai-usage-dashboard/docs/auth-architecture.md\"}",
              "input": {
                "file_path": "/home/lagoon3/.openclaw/workspace/ai-usage-dashboard/docs/auth-architecture.md"
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              "is_input_complete": true,
              "thought_signature": null
            }
          },
          {
            "ToolUse": {
              "id": "toolu_01KpRfieLzHojUdZFRZ843BP",
              "name": "Read docs/auth-cli.md",
              "raw_input": "{\"file_path\":\"/home/lagoon3/.openclaw/workspace/ai-usage-dashboard/docs/auth-cli.md\"}",
              "input": {
                "file_path": "/home/lagoon3/.openclaw/workspace/ai-usage-dashboard/docs/auth-cli.md"
              },
              "is_input_complete": true,
              "thought_signature": null
            }
          },
          {
            "ToolUse": {
              "id": "toolu_01XN7a4ZQNwzAfRPjQ7pkkC2",
              "name": "Read packages/agent/README.md",
              "raw_input": "{\"file_path\":\"/home/lagoon3/.openclaw/workspace/ai-usage-dashboard/packages/agent/README.md\"}",
              "input": {
                "file_path": "/home/lagoon3/.openclaw/workspace/ai-usage-dashboard/packages/agent/README.md"
              },
              "is_input_complete": true,
              "thought_signature": null
            }
          },
          {
            "ToolUse": {
              "id": "toolu_012P4BsnCjWLezvPtLABb3Cn",
              "name": "Read packages/provider-adapters/README.md",
              "raw_input": "{\"file_path\":\"/home/lagoon3/.openclaw/workspace/ai-usage-dashboard/packages/provider-adapters/README.md\"}",
              "input": {
                "file_path": "/home/lagoon3/.openclaw/workspace/ai-usage-dashboard/packages/provider-adapters/README.md"
              },
              "is_input_complete": true,
              "thought_signature": null
            }
          },
          {
            "Thinking": {
              "text": "Now I have a clear picture. Let me identify what needs to change:\n\n1. **codex-auth-constants.js**: \n   - `callbackUrl`: `127.0.0.1` → `localhost`\n   - `defaultScopes`: add `offline_access`\n   - Add extra params constants\n\n2. **build-codex-authorization-url.js**: Add extra params (`id_token_add_organizations`, `codex_cli_simplified_flow`, `originator`)\n\n3. **localhost-callback.js**: `buildCallbackUrl` should use `localhost` instead of `127.0.0.1`\n\n\n4. **auth-login-command.js**: Likely doesn't need changes since it relies on the functions above\n5. **docs**: Update auth-architecture.md and auth-cli.md\n6. **READMEs**: Update\n\nLet me start making these edits.",
              "signature": null
            }
          },
          {
            "Text": "현재 상태를 파악했습니다. 수정을 진행합니다.\n\n**변경 사항 요약:**\n- `callbackUrl`: `127.0.0.1` → `localhost`\n- `defaultScopes`: `offline_access` 추가\n- `buildCodexAuthorizationUrl`: extra params 3개 추가\n- 문서: observed alignment 언급 반영"
          },
          {
            "ToolUse": {
              "id": "toolu_01TvQWhxRyigiNgA8qKEW3BV",
              "name": "Edit packages/provider-adapters/src/codex/codex-auth-constants.js",
              "raw_input": "{\"replace_all\":false,\"file_path\":\"/home/lagoon3/.openclaw/workspace/ai-usage-dashboard/packages/provider-adapters/src/codex/codex-auth-constants.js\",\"old_string\":\"  /**\\n   * Expected localhost callback URL — verified via OpenClaw docs/concepts/oauth.md.\\n   * Port 1455 is the value documented in OpenClaw; our agent may use a different port.\\n   */\\n  callbackUrl: 'http://127.0.0.1:1455/auth/callback',\",\"new_string\":\"  /**\\n   * Expected localhost callback URL — aligned with OpenClaw observed authorize URL.\\n   * Port 1455 is the value documented in OpenClaw; our agent may use a different port.\\n   * Host is `localhost` (not `127.0.0.1`) to match the redirect_uri OpenClaw actually sends.\\n   */\\n  callbackUrl: 'http://localhost:1455/auth/callback',\"}",
              "input": {
                "replace_all": false,
                "file_path": "/home/lagoon3/.openclaw/workspace/ai-usage-dashboard/packages/provider-adapters/src/codex/codex-auth-constants.js",
                "old_string": "  /**\n   * Expected localhost callback URL — verified via OpenClaw docs/concepts/oauth.md.\n   * Port 1455 is the value documented in OpenClaw; our agent may use a different port.\n   */\n  callbackUrl: 'http://127.0.0.1:1455/auth/callback',",
                "new_string": "  /**\n   * Expected localhost callback URL — aligned with OpenClaw observed authorize URL.\n   * Port 1455 is the value documented in OpenClaw; our agent may use a different port.\n   * Host is `localhost` (not `127.0.0.1`) to match the redirect_uri OpenClaw actually sends.\n   */\n  callbackUrl: 'http://localhost:1455/auth/callback',"
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              "is_input_complete": true,
              "thought_signature": null
            }
          },
          {
            "ToolUse": {
              "id": "toolu_01F8EcEUfzj66YPLnSfy3qjH",
              "name": "Edit packages/provider-adapters/src/codex/codex-auth-constants.js",
              "raw_input": "{\"replace_all\":false,\"file_path\":\"/home/lagoon3/.openclaw/workspace/ai-usage-dashboard/packages/provider-adapters/src/codex/codex-auth-constants.js\",\"old_string\":\"  /** Default scopes to request (placeholder — not yet verified against provider) */\\n  defaultScopes: ['openid', 'profile', 'email'],\",\"new_string\":\"  /** Default scopes — aligned with OpenClaw observed authorize URL */\\n  defaultScopes: ['openid', 'profile', 'email', 'offline_access'],\\n\\n  /**\\n   * Extra query parameters observed in OpenClaw's authorize URL.\\n   * These are not part of the OAuth spec but are sent by the Codex CLI flow.\\n   * Treat as observed alignment, not officially documented.\\n   */\\n  extraAuthorizeParams: {\\n    id_token_add_organizations: 'true',\\n    codex_cli_simplified_flow: 'true',\\n    originator: 'pi',\\n  },\"}",
              "input": {
                "replace_all": false,
                "file_path": "/home/lagoon3/.openclaw/workspace/ai-usage-dashboard/packages/provider-adapters/src/codex/codex-auth-constants.js",
                "old_string": "  /** Default scopes to request (placeholder — not yet verified against provider) */\n  defaultScopes: ['openid', 'profile', 'email'],",
                "new_string": "  /** Default scopes — aligned with OpenClaw observed authorize URL */\n  defaultScopes: ['openid', 'profile', 'email', 'offline_access'],\n\n  /**\n   * Extra query parameters observed in OpenClaw's authorize URL.\n   * These are not part of the OAuth spec but are sent by the Codex CLI flow.\n   * Treat as observed alignment, not officially documented.\n   */\n  extraAuthorizeParams: {\n    id_token_add_organizations: 'true',\n    codex_cli_simplified_flow: 'true',\n    originator: 'pi',\n  },"
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              "thought_signature": null
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          {
            "ToolUse": {
              "id": "toolu_01McNSrYX2VASu5QoTNrkivJ",
              "name": "Edit packages/provider-adapters/src/codex/build-codex-authorization-url.js",
              "raw_input": "{\"replace_all\":false,\"file_path\":\"/home/lagoon3/.openclaw/workspace/ai-usage-dashboard/packages/provider-adapters/src/codex/build-codex-authorization-url.js\",\"old_string\":\"  url.searchParams.set('code_challenge', codeChallenge);\\n  url.searchParams.set('code_challenge_method', codeChallengeMethod);\\n\\n  return url.toString();\",\"new_string\":\"  url.searchParams.set('code_challenge', codeChallenge);\\n  url.searchParams.set('code_challenge_method', codeChallengeMethod);\\n\\n  // Extra params observed in OpenClaw's authorize URL (not OAuth spec)\\n  const extra = CODEX_AUTH.extraAuthorizeParams ?? {};\\n  for (const [key, value] of Object.entries(extra)) {\\n    url.searchParams.set(key, value);\\n  }\\n\\n  return url.toString();\"}",
              "input": {
                "replace_all": false,
                "file_path": "/home/lagoon3/.openclaw/workspace/ai-usage-dashboard/packages/provider-adapters/src/codex/build-codex-authorization-url.js",
                "old_string": "  url.searchParams.set('code_challenge', codeChallenge);\n  url.searchParams.set('code_challenge_method', codeChallengeMethod);\n\n  return url.toString();",
                "new_string": "  url.searchParams.set('code_challenge', codeChallenge);\n  url.searchParams.set('code_challenge_method', codeChallengeMethod);\n\n  // Extra params observed in OpenClaw's authorize URL (not OAuth spec)\n  const extra = CODEX_AUTH.extraAuthorizeParams ?? {};\n  for (const [key, value] of Object.entries(extra)) {\n    url.searchParams.set(key, value);\n  }\n\n  return url.toString();"
              },
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              "thought_signature": null
            }
          },
          {
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              "id": "toolu_01Nqfz6E424sRHTMQXmouVZZ",
              "name": "Edit packages/agent/src/auth/localhost-callback.js",
              "raw_input": "{\"replace_all\":false,\"file_path\":\"/home/lagoon3/.openclaw/workspace/ai-usage-dashboard/packages/agent/src/auth/localhost-callback.js\",\"old_string\":\"export function buildCallbackUrl(port) {\\n  return `http://127.0.0.1:${port}/auth/callback`;\\n}\",\"new_string\":\"export function buildCallbackUrl(port) {\\n  return `http://localhost:${port}/auth/callback`;\\n}\"}",
              "input": {
                "replace_all": false,
                "file_path": "/home/lagoon3/.openclaw/workspace/ai-usage-dashboard/packages/agent/src/auth/localhost-callback.js",
                "old_string": "export function buildCallbackUrl(port) {\n  return `http://127.0.0.1:${port}/auth/callback`;\n}",
                "new_string": "export function buildCallbackUrl(port) {\n  return `http://localhost:${port}/auth/callback`;\n}"
              },
              "is_input_complete": true,
              "thought_signature": null
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          },
          {
            "Text": "이제 문서 수정을 진행합니다."
          },
          {
            "ToolUse": {
              "id": "toolu_01V3FY17Ejs5ysAd2j7XS4sg",
              "name": "Edit docs/auth-architecture.md",
              "raw_input": "{\"replace_all\":false,\"file_path\":\"/home/lagoon3/.openclaw/workspace/ai-usage-dashboard/docs/auth-architecture.md\",\"old_string\":\"### 검증됨 (출처: OpenClaw docs/concepts/oauth.md, provider-openai-codex-oauth-tls-*.js)\\n- authorize: `https://auth.openai.com/oauth/authorize`\\n- token: `https://auth.openai.com/oauth/token`\\n- callback: `http://127.0.0.1:1455/auth/callback`\\n- JWT issuer: `https://auth.openai.com` (로컬 ~/.codex/auth.json 관찰)\",\"new_string\":\"### 검증됨 (출처: OpenClaw docs/concepts/oauth.md, provider-openai-codex-oauth-tls-*.js)\\n- authorize: `https://auth.openai.com/oauth/authorize`\\n- token: `https://auth.openai.com/oauth/token`\\n- callback: `http://localhost:1455/auth/callback` (host는 `localhost` — OpenClaw 관찰 기준)\\n- JWT issuer: `https://auth.openai.com` (로컬 ~/.codex/auth.json 관찰)\"}",
              "input": {
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                "old_string": "### 검증됨 (출처: OpenClaw docs/concepts/oauth.md, provider-openai-codex-oauth-tls-*.js)\n- authorize: `https://auth.openai.com/oauth/authorize`\n- token: `https://auth.openai.com/oauth/token`\n- callback: `http://127.0.0.1:1455/auth/callback`\n- JWT issuer: `https://auth.openai.com` (로컬 ~/.codex/auth.json 관찰)",
                "new_string": "### 검증됨 (출처: OpenClaw docs/concepts/oauth.md, provider-openai-codex-oauth-tls-*.js)\n- authorize: `https://auth.openai.com/oauth/authorize`\n- token: `https://auth.openai.com/oauth/token`\n- callback: `http://localhost:1455/auth/callback` (host는 `localhost` — OpenClaw 관찰 기준)\n- JWT issuer: `https://auth.openai.com` (로컬 ~/.codex/auth.json 관찰)"
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          },
          {
            "ToolUse": {
              "id": "toolu_01NJXjADWfcDokgG8unVmG2a",
              "name": "Edit docs/auth-architecture.md",
              "raw_input": "{\"replace_all\":false,\"file_path\":\"/home/lagoon3/.openclaw/workspace/ai-usage-dashboard/docs/auth-architecture.md\",\"old_string\":\"### 구현 완료\\n- PKCE S256 code_challenge 생성 (plain에서 S256으로 교체)\\n- redirect_uri 경로를 `/auth/callback`으로 통일\\n- 기본 콜백 포트를 1455로 변경 (OpenClaw 문서 기준)\\n\\n### 여전히 미확정\\n- client_secret 필요 여부\\n- refresh token rotation 정책\\n- scopes 정확한 목록\",\"new_string\":\"### 구현 완료\\n- PKCE S256 code_challenge 생성 (plain에서 S256으로 교체)\\n- redirect_uri 경로를 `/auth/callback`으로 통일\\n- 기본 콜백 포트를 1455로 변경 (OpenClaw 문서 기준)\\n- redirect_uri host를 `localhost`로 변경 (OpenClaw 관찰 기준)\\n- scopes를 `openid profile email offline_access`로 정렬 (OpenClaw 관찰 기준)\\n- extra authorize params 반영: `id_token_add_organizations`, `codex_cli_simplified_flow`, `originator`\\n\\n### observed alignment 참고\\n현재는 OpenClaw가 실제로 생성하는 authorize URL과 최대한 동일하게 정렬했다.\\n단, 이것은 OpenClaw 동작 관찰 기반 정렬(observed alignment)이며, OpenAI 공식 문서에\\n의한 확정이 아니다. provider 측 변경이 있으면 재정렬이 필요할 수 있다.\\n\\n### 여전히 미확정\\n- client_secret 필요 여부\\n- refresh token rotation 정책\"}",
              "input": {
                "replace_all": false,
                "file_path": "/home/lagoon3/.openclaw/workspace/ai-usage-dashboard/docs/auth-architecture.md",
                "old_string": "### 구현 완료\n- PKCE S256 code_challenge 생성 (plain에서 S256으로 교체)\n- redirect_uri 경로를 `/auth/callback`으로 통일\n- 기본 콜백 포트를 1455로 변경 (OpenClaw 문서 기준)\n\n### 여전히 미확정\n- client_secret 필요 여부\n- refresh token rotation 정책\n- scopes 정확한 목록",
                "new_string": "### 구현 완료\n- PKCE S256 code_challenge 생성 (plain에서 S256으로 교체)\n- redirect_uri 경로를 `/auth/callback`으로 통일\n- 기본 콜백 포트를 1455로 변경 (OpenClaw 문서 기준)\n- redirect_uri host를 `localhost`로 변경 (OpenClaw 관찰 기준)\n- scopes를 `openid profile email offline_access`로 정렬 (OpenClaw 관찰 기준)\n- extra authorize params 반영: `id_token_add_organizations`, `codex_cli_simplified_flow`, `originator`\n\n### observed alignment 참고\n현재는 OpenClaw가 실제로 생성하는 authorize URL과 최대한 동일하게 정렬했다.\n단, 이것은 OpenClaw 동작 관찰 기반 정렬(observed alignment)이며, OpenAI 공식 문서에\n의한 확정이 아니다. provider 측 변경이 있으면 재정렬이 필요할 수 있다.\n\n### 여전히 미확정\n- client_secret 필요 여부\n- refresh token rotation 정책"
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              "id": "toolu_01Ex35PaV1v3brMhiVaZJE3x",
              "name": "Edit docs/auth-cli.md",
              "raw_input": "{\"replace_all\":false,\"file_path\":\"/home/lagoon3/.openclaw/workspace/ai-usage-dashboard/docs/auth-cli.md\",\"old_string\":\"아래 endpoint는 OpenClaw 로컬 문서/코드로부터 검증됨:\\n- authorize: `https://auth.openai.com/oauth/authorize`\\n- token: `https://auth.openai.com/oauth/token`\\n- callback: `http://127.0.0.1:1455/auth/callback`\\n\\nclient_id `app_EMoamEEZ73f0CkXaXp7hrann`은 로컬 JWT에서 관찰된 값이며, 공식 확정이 아님.\",\"new_string\":\"아래 endpoint는 OpenClaw 로컬 문서/코드로부터 검증됨:\\n- authorize: `https://auth.openai.com/oauth/authorize`\\n- token: `https://auth.openai.com/oauth/token`\\n- callback: `http://localhost:1455/auth/callback` (host는 `localhost` — OpenClaw 관찰 기준)\\n\\nclient_id `app_EMoamEEZ73f0CkXaXp7hrann`은 로컬 JWT에서 관찰된 값이며, 공식 확정이 아님.\\n\\n현재 authorize URL은 OpenClaw가 실제로 생성하는 URL과 최대한 동일하게 정렬했다 (observed alignment).\\n- scopes: `openid profile email offline_access`\\n- extra params: `id_token_add_organizations=true`, `codex_cli_simplified_flow=true`, `originator=pi`\\n\\n이 정렬은 관찰 기반이며 공식 문서 확정이 아니므로, provider 변경 시 재정렬이 필요할 수 있다.\"}",
              "input": {
                "replace_all": false,
                "file_path": "/home/lagoon3/.openclaw/workspace/ai-usage-dashboard/docs/auth-cli.md",
                "old_string": "아래 endpoint는 OpenClaw 로컬 문서/코드로부터 검증됨:\n- authorize: `https://auth.openai.com/oauth/authorize`\n- token: `https://auth.openai.com/oauth/token`\n- callback: `http://127.0.0.1:1455/auth/callback`\n\nclient_id `app_EMoamEEZ73f0CkXaXp7hrann`은 로컬 JWT에서 관찰된 값이며, 공식 확정이 아님.",
                "new_string": "아래 endpoint는 OpenClaw 로컬 문서/코드로부터 검증됨:\n- authorize: `https://auth.openai.com/oauth/authorize`\n- token: `https://auth.openai.com/oauth/token`\n- callback: `http://localhost:1455/auth/callback` (host는 `localhost` — OpenClaw 관찰 기준)\n\nclient_id `app_EMoamEEZ73f0CkXaXp7hrann`은 로컬 JWT에서 관찰된 값이며, 공식 확정이 아님.\n\n현재 authorize URL은 OpenClaw가 실제로 생성하는 URL과 최대한 동일하게 정렬했다 (observed alignment).\n- scopes: `openid profile email offline_access`\n- extra params: `id_token_add_organizations=true`, `codex_cli_simplified_flow=true`, `originator=pi`\n\n이 정렬은 관찰 기반이며 공식 문서 확정이 아니므로, provider 변경 시 재정렬이 필요할 수 있다."
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              "id": "toolu_01TpaTsshs1armyKD5oxRGGa",
              "name": "Edit packages/agent/README.md",
              "raw_input": "{\"replace_all\":false,\"file_path\":\"/home/lagoon3/.openclaw/workspace/ai-usage-dashboard/packages/agent/README.md\",\"old_string\":\"- `ai-usage-agent auth login codex`\\n  - localhost callback 서버가 code/state 수신까지 동작 (placeholder/mock 저장)\",\"new_string\":\"- `ai-usage-agent auth login codex`\\n  - localhost callback 서버가 code/state 수신까지 동작 (placeholder/mock 저장)\\n  - authorize URL은 OpenClaw 관찰 기준으로 정렬됨 (observed alignment, 공식 확정 아님)\"}",
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                "old_string": "- `ai-usage-agent auth login codex`\n  - localhost callback 서버가 code/state 수신까지 동작 (placeholder/mock 저장)",
                "new_string": "- `ai-usage-agent auth login codex`\n  - localhost callback 서버가 code/state 수신까지 동작 (placeholder/mock 저장)\n  - authorize URL은 OpenClaw 관찰 기준으로 정렬됨 (observed alignment, 공식 확정 아님)"
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            "ToolUse": {
              "id": "toolu_01Dc3w67LCP4WjHEWS9sZcFn",
              "name": "Edit packages/provider-adapters/README.md",
              "raw_input": "{\"replace_all\":false,\"file_path\":\"/home/lagoon3/.openclaw/workspace/ai-usage-dashboard/packages/provider-adapters/README.md\",\"old_string\":\"- Codex authorization URL generation 골격\",\"new_string\":\"- Codex authorization URL generation 골격 (OpenClaw observed authorize URL과 정렬됨)\"}",
              "input": {
                "replace_all": false,
                "file_path": "/home/lagoon3/.openclaw/workspace/ai-usage-dashboard/packages/provider-adapters/README.md",
                "old_string": "- Codex authorization URL generation 골격",
                "new_string": "- Codex authorization URL generation 골격 (OpenClaw observed authorize URL과 정렬됨)"
              },
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          {
            "Text": "`auth-login-command.js`는 이미 `buildCodexAuthorizationUrl()`과 `buildCallbackUrl()`을 호출하는 구조이므로 추가 수정 불필요합니다. 수정 결과를 확인합니다."
          },
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              "id": "toolu_01FUQpw4v84WgBR16ckhnSpx",
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              "input": {
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            "ToolUse": {
              "id": "toolu_01EZRwR9U2C9jee4Gam5rGSu",
              "name": "Read packages/provider-adapters/src/codex/build-codex-authorization-url.js",
              "raw_input": "{\"file_path\":\"/home/lagoon3/.openclaw/workspace/ai-usage-dashboard/packages/provider-adapters/src/codex/build-codex-authorization-url.js\"}",
              "input": {
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          {
            "Text": "모든 수정 완료. 결과 정리:\n\n---\n\n## 수정 파일 목록\n\n| 파일 | 변경 내용 |\n|------|----------|\n| `packages/provider-adapters/src/codex/codex-auth-constants.js` | callbackUrl host `127.0.0.1`→`localhost`, scopes에 `offline_access` 추가, `extraAuthorizeParams` 추가 |\n| `packages/provider-adapters/src/codex/build-codex-authorization-url.js` | `extraAuthorizeParams`를 URL에 append하는 루프 추가 |\n| `packages/agent/src/auth/localhost-callback.js` | `buildCallbackUrl()` host `127.0.0.1`→`localhost` |\n| `packages/agent/src/cli/auth-login-command.js` | 변경 없음 (상위 함수가 이미 반영) |\n| `docs/auth-architecture.md` | callback host, scopes, extra params, observed alignment 언급 추가 |\n| `docs/auth-cli.md` | callback host, scopes, extra params, observed alignment 언급 추가 |\n| `packages/agent/README.md` | observed alignment 한 줄 추가 |\n| `packages/provider-adapters/README.md` | observed alignment 한 줄 추가 |\n\n## authorize URL에서 달라진 점\n\n| 항목 | 이전 | 이후 |\n|------|------|------|\n| `redirect_uri` host | `127.0.0.1` | `localhost` |\n| `scope` | `openid profile email` | `openid profile email offline_access` |\n| `id_token_add_organizations` | 없음 | `true` |\n| `codex_cli_simplified_flow` | 없음 | `true` |\n| `originator` | 없음 | `pi` |\n\n## OpenClaw와 아직 차이날 수 있는 부분\n\n- **client_secret**: 필요 여부 미확인 (token exchange 단계에서 영향)\n- **audience / resource param**: OpenClaw가 보내는지 관찰 안 됨 — 있다면 추가 필요\n- **prompt / login_hint**: OpenClaw가 특정 상황에서 추가할 수 있으나 미관찰\n- **token exchange**: 이번 단계 수정 대상 아님 — authorize URL만 정렬됨\n\n## 재테스트 방법\n\n```bash\n# 1. authorize URL 생성 확인 (실제 외부 호출 없음)\nnode -e \"\n  import { buildCodexAuthorizationUrl } from './packages/provider-adapters/src/codex/index.js';\n  import { generatePkce, generateState, buildCallbackUrl } from './packages/agent/src/auth/localhost-callback.js';\n  const pkce = generatePkce();\n  const url = buildCodexAuthorizationUrl({\n    callbackUrl: buildCallbackUrl(1455),\n    state: generateState(),\n    ...pkce,\n  });\n  console.log(url);\n\"\n\n# 2. URL에 아래 항목이 포함되는지 확인:\n#   - redirect_uri=http%3A%2F%2Flocalhost%3A1455%2Fauth%2Fcallback\n#   - scope=openid+profile+email+offline_access\n#   - id_token_add_organizations=true\n#   - codex_cli_simplified_flow=true\n#   - originator=pi\n#   - code_challenge_method=S256\n\n# 3. mock flow 전체 경로 (외부 호출 없음)\nnode packages/agent/bin/ai-usage-agent.js auth login codex --port 1455\n# → 콜백 URL이 http://localhost:1455/auth/callback 인지 확인\n```"
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            "tool_name": "Read packages/provider-adapters/src/codex/codex-auth-constants.js",
            "is_error": false,
            "content": {
              "Text": "1\t/**\n2\t * Codex (OpenAI) OAuth provider metadata and constants.\n3\t *\n4\t * Verified sources:\n5\t * - OpenClaw docs/concepts/oauth.md (authorize, token, callback URLs)\n6\t * - OpenClaw provider-openai-codex-oauth-tls-*.js (authorize URL preflight)\n7\t * - Local ~/.codex/auth.json JWT payload (iss, client_id)\n8\t *\n9\t * See inline comments for confidence level of each value.\n10\t */\n11\t\n12\texport const CODEX_AUTH = {\n13\t  /** OAuth authorization endpoint — verified via OpenClaw docs + code */\n14\t  authorizationEndpoint: 'https://auth.openai.com/oauth/authorize',\n15\t\n16\t  /** OAuth token endpoint — verified via OpenClaw docs/concepts/oauth.md */\n17\t  tokenEndpoint: 'https://auth.openai.com/oauth/token',\n18\t\n19\t  /**\n20\t   * Expected localhost callback URL — verified via OpenClaw docs/concepts/oauth.md.\n21\t   * Port 1455 is the value documented in OpenClaw; our agent may use a different port.\n22\t   */\n23\t  callbackUrl: 'http://127.0.0.1:1455/auth/callback',\n24\t\n25\t  /** Provider identifier used in auth store */\n26\t  provider: 'openai-codex',\n27\t\n28\t  /**\n29\t   * Observed client_id from local ~/.codex/auth.json JWT payload.\n30\t   * NOT officially confirmed — treat as default candidate, not guaranteed stable.\n31\t   */\n32\t  observedClientId: 'app_EMoamEEZ73f0CkXaXp7hrann',\n33\t\n34\t  /** Default scopes to request (placeholder — not yet verified against provider) */\n35\t  defaultScopes: ['openid', 'profile', 'email'],\n36\t\n37\t  /** Response type for authorization code flow */\n38\t  responseType: 'code',\n39\t};\n40\t"
            },
            "output": "1\t/**\n2\t * Codex (OpenAI) OAuth provider metadata and constants.\n3\t *\n4\t * Verified sources:\n5\t * - OpenClaw docs/concepts/oauth.md (authorize, token, callback URLs)\n6\t * - OpenClaw provider-openai-codex-oauth-tls-*.js (authorize URL preflight)\n7\t * - Local ~/.codex/auth.json JWT payload (iss, client_id)\n8\t *\n9\t * See inline comments for confidence level of each value.\n10\t */\n11\t\n12\texport const CODEX_AUTH = {\n13\t  /** OAuth authorization endpoint — verified via OpenClaw docs + code */\n14\t  authorizationEndpoint: 'https://auth.openai.com/oauth/authorize',\n15\t\n16\t  /** OAuth token endpoint — verified via OpenClaw docs/concepts/oauth.md */\n17\t  tokenEndpoint: 'https://auth.openai.com/oauth/token',\n18\t\n19\t  /**\n20\t   * Expected localhost callback URL — verified via OpenClaw docs/concepts/oauth.md.\n21\t   * Port 1455 is the value documented in OpenClaw; our agent may use a different port.\n22\t   */\n23\t  callbackUrl: 'http://127.0.0.1:1455/auth/callback',\n24\t\n25\t  /** Provider identifier used in auth store */\n26\t  provider: 'openai-codex',\n27\t\n28\t  /**\n29\t   * Observed client_id from local ~/.codex/auth.json JWT payload.\n30\t   * NOT officially confirmed — treat as default candidate, not guaranteed stable.\n31\t   */\n32\t  observedClientId: 'app_EMoamEEZ73f0CkXaXp7hrann',\n33\t\n34\t  /** Default scopes to request (placeholder — not yet verified against provider) */\n35\t  defaultScopes: ['openid', 'profile', 'email'],\n36\t\n37\t  /** Response type for authorization code flow */\n38\t  responseType: 'code',\n39\t};\n40\t"
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            "content": {
              "Text": "1\t/**\n2\t * Build the Codex (OpenAI) OAuth authorization URL.\n3\t *\n4\t * This generates the URL that the user should open in a browser to start the\n5\t * OAuth authorization code flow. It does NOT perform any HTTP calls.\n6\t *\n7\t * NOTE: The generated URL uses verified auth.openai.com endpoints and an\n8\t * observed client_id candidate from the local Codex CLI token payload.\n9\t * The client_id is still not officially confirmed, so success is not guaranteed.\n10\t *\n11\t * @param {object} params\n12\t * @param {string} params.callbackUrl - The localhost redirect_uri\n13\t * @param {string} params.state - OAuth state parameter for CSRF protection\n14\t * @param {string} params.codeChallenge - PKCE code_challenge value\n15\t * @param {string} params.codeChallengeMethod - PKCE method ('plain' or 'S256')\n16\t * @param {string} [params.clientId] - Override client ID (default: observed candidate)\n17\t * @param {string[]} [params.scopes] - Override scopes (default: CODEX_AUTH.defaultScopes)\n18\t * @returns {string} The full authorization URL with query parameters\n19\t */\n20\t\n21\timport { CODEX_AUTH } from './codex-auth-constants.js';\n22\t\n23\texport function buildCodexAuthorizationUrl({\n24\t  callbackUrl,\n25\t  state,\n26\t  codeChallenge,\n27\t  codeChallengeMethod,\n28\t  clientId = CODEX_AUTH.observedClientId,\n29\t  scopes = CODEX_AUTH.defaultScopes,\n30\t}) {\n31\t  const url = new URL(CODEX_AUTH.authorizationEndpoint);\n32\t\n33\t  url.searchParams.set('response_type', CODEX_AUTH.responseType);\n34\t  url.searchParams.set('client_id', clientId);\n35\t  url.searchParams.set('redirect_uri', callbackUrl);\n36\t  url.searchParams.set('state', state);\n37\t  url.searchParams.set('scope', scopes.join(' '));\n38\t  url.searchParams.set('code_challenge', codeChallenge);\n39\t  url.searchParams.set('code_challenge_method', codeChallengeMethod);\n40\t\n41\t  return url.toString();\n42\t}\n43\t"
            },
            "output": "1\t/**\n2\t * Build the Codex (OpenAI) OAuth authorization URL.\n3\t *\n4\t * This generates the URL that the user should open in a browser to start the\n5\t * OAuth authorization code flow. It does NOT perform any HTTP calls.\n6\t *\n7\t * NOTE: The generated URL uses verified auth.openai.com endpoints and an\n8\t * observed client_id candidate from the local Codex CLI token payload.\n9\t * The client_id is still not officially confirmed, so success is not guaranteed.\n10\t *\n11\t * @param {object} params\n12\t * @param {string} params.callbackUrl - The localhost redirect_uri\n13\t * @param {string} params.state - OAuth state parameter for CSRF protection\n14\t * @param {string} params.codeChallenge - PKCE code_challenge value\n15\t * @param {string} params.codeChallengeMethod - PKCE method ('plain' or 'S256')\n16\t * @param {string} [params.clientId] - Override client ID (default: observed candidate)\n17\t * @param {string[]} [params.scopes] - Override scopes (default: CODEX_AUTH.defaultScopes)\n18\t * @returns {string} The full authorization URL with query parameters\n19\t */\n20\t\n21\timport { CODEX_AUTH } from './codex-auth-constants.js';\n22\t\n23\texport function buildCodexAuthorizationUrl({\n24\t  callbackUrl,\n25\t  state,\n26\t  codeChallenge,\n27\t  codeChallengeMethod,\n28\t  clientId = CODEX_AUTH.observedClientId,\n29\t  scopes = CODEX_AUTH.defaultScopes,\n30\t}) {\n31\t  const url = new URL(CODEX_AUTH.authorizationEndpoint);\n32\t\n33\t  url.searchParams.set('response_type', CODEX_AUTH.responseType);\n34\t  url.searchParams.set('client_id', clientId);\n35\t  url.searchParams.set('redirect_uri', callbackUrl);\n36\t  url.searchParams.set('state', state);\n37\t  url.searchParams.set('scope', scopes.join(' '));\n38\t  url.searchParams.set('code_challenge', codeChallenge);\n39\t  url.searchParams.set('code_challenge_method', codeChallengeMethod);\n40\t\n41\t  return url.toString();\n42\t}\n43\t"
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            "is_error": false,
            "content": {
              "Text": "1\t/**\n2\t * Localhost callback preparation for OAuth login flow.\n3\t *\n4\t * This module provides the scaffolding for:\n5\t * - Callback URL construction\n6\t * - PKCE S256 code_verifier / code_challenge generation\n7\t * - OAuth state parameter generation\n8\t * - Localhost callback server that receives code/state from browser redirect\n9\t *\n10\t * NOTE: This is still a placeholder/mock flow — no real token exchange occurs.\n11\t */\n12\t\n13\timport { randomBytes, createHash } from 'node:crypto';\n14\timport { createServer } from 'node:http';\n15\timport { resolveCallbackPort } from './port-fallback.js';\n16\t\n17\t/**\n18\t * Generate a random URL-safe string for OAuth state parameter.\n19\t */\n20\texport function generateState(bytes = 32) {\n21\t  return randomBytes(bytes).toString('base64url');\n22\t}\n23\t\n24\t/**\n25\t * PKCE S256 — generates code_verifier and SHA-256 code_challenge.\n26\t */\n27\texport function generatePkce(bytes = 32) {\n28\t  const codeVerifier = randomBytes(bytes).toString('base64url');\n29\t  const codeChallenge = createHash('sha256')\n30\t    .update(codeVerifier)\n31\t    .digest('base64url');\n32\t  return {\n33\t    codeVerifier,\n34\t    codeChallenge,\n35\t    codeChallengeMethod: 'S256',\n36\t  };\n37\t}\n38\t\n39\t/**\n40\t * Build the localhost callback URL for a given port.\n41\t */\n42\texport function buildCallbackUrl(port) {\n43\t  return `http://127.0.0.1:${port}/auth/callback`;\n44\t}\n45\t\n46\t/**\n47\t * Prepare everything needed before starting the OAuth browser flow.\n48\t *\n49\t * @param {object} options\n50\t * @param {number|null} options.preferredPort - --port flag value (null = auto)\n51\t * @returns {Promise<{ ready: boolean, params: object|null, reason: string|null }>}\n52\t */\n53\texport async function prepareLocalhostCallback({ preferredPort = null } = {}) {\n54\t  const { port, fallbackExhausted } = await resolveCallbackPort({ preferredPort });\n55\t\n56\t  if (port == null) {\n57\t    const reason = preferredPort != null\n58\t      ? `지정된 포트 ${preferredPort}을(를) 사용할 수 없습니다.`\n59\t      : '사용 가능한 콜백 포트를 찾지 못했습니다. manual paste 모드로 전환합니다.';\n60\t    return { ready: false, params: null, reason, fallbackExhausted };\n61\t  }\n62\t\n63\t  const state = generateState();\n64\t  const pkce = generatePkce();\n65\t  const callbackUrl = buildCallbackUrl(port);\n66\t\n67\t  return {\n68\t    ready: true,\n69\t    params: { port, callbackUrl, state, ...pkce },\n70\t    reason: null,\n71\t    fallbackExhausted: false,\n72\t  };\n73\t}\n74\t\n75\t/**\n76\t * Start a one-shot HTTP server on 127.0.0.1 that waits for an OAuth callback.\n77\t *\n78\t * Resolves with { code, state } on success. Rejects on:\n79\t * - timeout (default 120 000 ms)\n80\t * - missing code query parameter\n81\t * - state mismatch\n82\t *\n83\t * The server closes itself after the first valid or invalid /auth/callback request,\n84\t * or when the timeout fires — whichever comes first.\n85\t *\n86\t * @param {object} options\n87\t * @param {number} options.port\n88\t * @param {string} options.expectedState\n89\t * @param {number} [options.timeoutMs=120000]\n90\t * @returns {Promise<{ code: string, state: string }>}\n91\t */\n92\texport function startLocalhostCallbackServer({ port, expectedState, timeoutMs = 120_000 }) {\n93\t  return new Promise((resolve, reject) => {\n94\t    let settled = false;\n95\t    let timer;\n96\t\n97\t    const server = createServer((req, res) => {\n98\t      const url = new URL(req.url, `http://127.0.0.1:${port}`);\n99\t\n100\t      if (url.pathname !== '/auth/callback') {\n101\t        res.writeHead(404, { 'Content-Type': 'text/plain; charset=utf-8' });\n102\t        res.end('Not found');\n103\t        return;\n104\t      }\n105\t\n106\t      const code = url.searchParams.get('code');\n107\t      const state = url.searchParams.get('state');\n108\t\n109\t      if (!code) {\n110\t        respond(res, 400, '[placeholder/mock] 오류: code 파라미터가 없습니다.');\n111\t        finish(new Error('callback에 code 파라미터가 없습니다.'));\n112\t        return;\n113\t      }\n114\t\n115\t      if (state !== expectedState) {\n116\t        respond(res, 400, '[placeholder/mock] 오류: state 값이 일치하지 않습니다.');\n117\t        finish(new Erro..."
            },
            "output": "1\t/**\n2\t * Localhost callback preparation for OAuth login flow.\n3\t *\n4\t * This module provides the scaffolding for:\n5\t * - Callback URL construction\n6\t * - PKCE S256 code_verifier / code_challenge generation\n7\t * - OAuth state parameter generation\n8\t * - Localhost callback server that receives code/state from browser redirect\n9\t *\n10\t * NOTE: This is still a placeholder/mock flow — no real token exchange occurs.\n11\t */\n12\t\n13\timport { randomBytes, createHash } from 'node:crypto';\n14\timport { createServer } from 'node:http';\n15\timport { resolveCallbackPort } from './port-fallback.js';\n16\t\n17\t/**\n18\t * Generate a random URL-safe string for OAuth state parameter.\n19\t */\n20\texport function generateState(bytes = 32) {\n21\t  return randomBytes(bytes).toString('base64url');\n22\t}\n23\t\n24\t/**\n25\t * PKCE S256 — generates code_verifier and SHA-256 code_challenge.\n26\t */\n27\texport function generatePkce(bytes = 32) {\n28\t  const codeVerifier = randomBytes(bytes).toString('base64url');\n29\t  const codeChallenge = createHash('sha256')\n30\t    .update(codeVerifier)\n31\t    .digest('base64url');\n32\t  return {\n33\t    codeVerifier,\n34\t    codeChallenge,\n35\t    codeChallengeMethod: 'S256',\n36\t  };\n37\t}\n38\t\n39\t/**\n40\t * Build the localhost callback URL for a given port.\n41\t */\n42\texport function buildCallbackUrl(port) {\n43\t  return `http://127.0.0.1:${port}/auth/callback`;\n44\t}\n45\t\n46\t/**\n47\t * Prepare everything needed before starting the OAuth browser flow.\n48\t *\n49\t * @param {object} options\n50\t * @param {number|null} options.preferredPort - --port flag value (null = auto)\n51\t * @returns {Promise<{ ready: boolean, params: object|null, reason: string|null }>}\n52\t */\n53\texport async function prepareLocalhostCallback({ preferredPort = null } = {}) {\n54\t  const { port, fallbackExhausted } = await resolveCallbackPort({ preferredPort });\n55\t\n56\t  if (port == null) {\n57\t    const reason = preferredPort != null\n58\t      ? `지정된 포트 ${preferredPort}을(를) 사용할 수 없습니다.`\n59\t      : '사용 가능한 콜백 포트를 찾지 못했습니다. manual paste 모드로 전환합니다.';\n60\t    return { ready: false, params: null, reason, fallbackExhausted };\n61\t  }\n62\t\n63\t  const state = generateState();\n64\t  const pkce = generatePkce();\n65\t  const callbackUrl = buildCallbackUrl(port);\n66\t\n67\t  return {\n68\t    ready: true,\n69\t    params: { port, callbackUrl, state, ...pkce },\n70\t    reason: null,\n71\t    fallbackExhausted: false,\n72\t  };\n73\t}\n74\t\n75\t/**\n76\t * Start a one-shot HTTP server on 127.0.0.1 that waits for an OAuth callback.\n77\t *\n78\t * Resolves with { code, state } on success. Rejects on:\n79\t * - timeout (default 120 000 ms)\n80\t * - missing code query parameter\n81\t * - state mismatch\n82\t *\n83\t * The server closes itself after the first valid or invalid /auth/callback request,\n84\t * or when the timeout fires — whichever comes first.\n85\t *\n86\t * @param {object} options\n87\t * @param {number} options.port\n88\t * @param {string} options.expectedState\n89\t * @param {number} [options.timeoutMs=120000]\n90\t * @returns {Promise<{ code: string, state: string }>}\n91\t */\n92\texport function startLocalhostCallbackServer({ port, expectedState, timeoutMs = 120_000 }) {\n93\t  return new Promise((resolve, reject) => {\n94\t    let settled = false;\n95\t    let timer;\n96\t\n97\t    const server = createServer((req, res) => {\n98\t      const url = new URL(req.url, `http://127.0.0.1:${port}`);\n99\t\n100\t      if (url.pathname !== '/auth/callback') {\n101\t        res.writeHead(404, { 'Content-Type': 'text/plain; charset=utf-8' });\n102\t        res.end('Not found');\n103\t        return;\n104\t      }\n105\t\n106\t      const code = url.searchParams.get('code');\n107\t      const state = url.searchParams.get('state');\n108\t\n109\t      if (!code) {\n110\t        respond(res, 400, '[placeholder/mock] 오류: code 파라미터가 없습니다.');\n111\t        finish(new Error('callback에 code 파라미터가 없습니다.'));\n112\t        return;\n113\t      }\n114\t\n115\t      if (state !== expectedState) {\n116\t        respond(res, 400, '[placeholder/mock] 오류: state 값이 일치하지 않습니다.');\n117\t        finish(new Erro..."
          },
          "toolu_012WpQsBqdaioB7ptkpW8Ksg": {
            "tool_use_id": "toolu_012WpQsBqdaioB7ptkpW8Ksg",
            "tool_name": "Read packages/agent/src/cli/auth-login-command.js",
            "is_error": false,
            "content": {
              "Text": "1\timport { prepareLocalhostCallback, startLocalhostCallbackServer } from '../auth/localhost-callback.js';\n2\timport { readManualPasteInput, extractCodeFromPaste } from '../auth/manual-paste.js';\n3\timport { createMockCodexAccountFromManualInput } from '../auth/mock-auth-exchange.js';\n4\timport { loadAuthStore, saveAuthStore, upsertProviderAccount } from '../auth/auth-store.js';\n5\timport { createAccount } from '../auth/auth-store-schema.js';\n6\timport { buildCodexAuthorizationUrl, exchangeCodexAuthorizationCode } from '../../../provider-adapters/src/codex/index.js';\n7\t\n8\texport async function runAuthLoginCommand(provider, args = []) {\n9\t  if (!provider) {\n10\t    console.log('사용법: ai-usage-agent auth login <provider> [--manual] [--no-open] [--port <number>] [--live-exchange]');\n11\t    return;\n12\t  }\n13\t\n14\t  if (provider !== 'codex') {\n15\t    console.log(`아직 login은 codex만 골격이 준비되어 있어. 입력된 provider: ${provider}`);\n16\t    return;\n17\t  }\n18\t\n19\t  const options = parseLoginOptions(args);\n20\t\n21\t  if (options.device) {\n22\t    console.log('device code flow는 후순위 항목이라 아직 구현되지 않았어.');\n23\t    return;\n24\t  }\n25\t\n26\t  if (options.manual) {\n27\t    await runManualPasteFlow();\n28\t    return;\n29\t  }\n30\t\n31\t  const prepared = await prepareLocalhostCallback({ preferredPort: options.port });\n32\t\n33\t  console.log('ai-usage-agent auth login codex');\n34\t  console.log('--------------------------------');\n35\t\n36\t  if (!prepared.ready) {\n37\t    console.log(prepared.reason);\n38\t    if (prepared.fallbackExhausted) {\n39\t      console.log('다음 단계에서 manual paste fallback으로 이어지도록 연결할 예정이야.');\n40\t    }\n41\t    return;\n42\t  }\n43\t\n44\t  const { port, callbackUrl, state, codeChallenge, codeChallengeMethod } = prepared.params;\n45\t  const authorizationUrl = buildCodexAuthorizationUrl({\n46\t    callbackUrl,\n47\t    state,\n48\t    codeChallenge,\n49\t    codeChallengeMethod,\n50\t  });\n51\t\n52\t  console.log(`콜백 URL 준비됨: ${callbackUrl}`);\n53\t  console.log(`선택된 포트: ${port}`);\n54\t  console.log('OAuth state/PKCE placeholder 생성 완료');\n55\t  console.log('');\n56\t  console.log('주의: 이 흐름은 placeholder/mock입니다.');\n57\t  console.log('- 실제 OAuth token exchange는 수행하지 않습니다.');\n58\t  console.log('- 아래 authorization URL은 placeholder client/endpoints 기반 생성 결과일 수 있습니다.');\n59\t  console.log('- 브라우저 자동 실행은 하지 않습니다.');\n60\t  console.log('');\n61\t  console.log('브라우저에서 열 URL:');\n62\t  console.log(`  ${authorizationUrl}`);\n63\t  console.log('');\n64\t  console.log('로그인 완료 후 localhost callback 서버가 code/state 수신을 대기 중입니다...');\n65\t\n66\t  try {\n67\t    const result = await startLocalhostCallbackServer({\n68\t      port,\n69\t      expectedState: state,\n70\t      timeoutMs: 120_000,\n71\t    });\n72\t    console.log('');\n73\t    console.log(`code 수신 완료: ${result.code}`);\n74\t\n75\t    if (options.liveExchange) {\n76\t      await runLiveExchange({\n77\t        code: result.code,\n78\t        callbackUrl,\n79\t        codeVerifier: prepared.params.codeVerifier,\n80\t      });\n81\t    } else {\n82\t      await saveMockAccountFromCallback(result.code);\n83\t    }\n84\t  } catch (err) {\n85\t    console.log('');\n86\t    console.log(`콜백 수신 실패: ${err.message}`);\n87\t  }\n88\t}\n89\t\n90\tasync function runManualPasteFlow() {\n91\t  console.log('ai-usage-agent auth login codex --manual');\n92\t  console.log('-----------------------------------------');\n93\t  console.log('주의: 이 흐름은 아직 실제 OAuth token exchange가 아니라 placeholder/mock 저장이야.');\n94\t\n95\t  const pasteResult = await readManualPasteInput();\n96\t  const extracted = extractCodeFromPaste(pasteResult);\n97\t\n98\t  if (extracted.error || !extracted.code) {\n99\t    console.log(`입력 처리 실패: ${extracted.error ?? 'unknown-error'}`);\n100\t    return;\n101\t  }\n102\t\n103\t  const account = createMockCodexAccountFromManualInput({\n104\t    code: extracted.code,\n105\t    rawInput: pasteResult.value,\n106\t  });\n107\t\n108\t  const store = await loadAuthStore();\n109\t  const nextStore = upsertProviderAccount(store, 'openai-codex', account);\n110\t  await saveAuthStore(nextStore);\n111\t\n112\t  console.log('placeholder/mock 계정을 auth store에 저장했어.');\n113\t  con..."
            },
            "output": "1\timport { prepareLocalhostCallback, startLocalhostCallbackServer } from '../auth/localhost-callback.js';\n2\timport { readManualPasteInput, extractCodeFromPaste } from '../auth/manual-paste.js';\n3\timport { createMockCodexAccountFromManualInput } from '../auth/mock-auth-exchange.js';\n4\timport { loadAuthStore, saveAuthStore, upsertProviderAccount } from '../auth/auth-store.js';\n5\timport { createAccount } from '../auth/auth-store-schema.js';\n6\timport { buildCodexAuthorizationUrl, exchangeCodexAuthorizationCode } from '../../../provider-adapters/src/codex/index.js';\n7\t\n8\texport async function runAuthLoginCommand(provider, args = []) {\n9\t  if (!provider) {\n10\t    console.log('사용법: ai-usage-agent auth login <provider> [--manual] [--no-open] [--port <number>] [--live-exchange]');\n11\t    return;\n12\t  }\n13\t\n14\t  if (provider !== 'codex') {\n15\t    console.log(`아직 login은 codex만 골격이 준비되어 있어. 입력된 provider: ${provider}`);\n16\t    return;\n17\t  }\n18\t\n19\t  const options = parseLoginOptions(args);\n20\t\n21\t  if (options.device) {\n22\t    console.log('device code flow는 후순위 항목이라 아직 구현되지 않았어.');\n23\t    return;\n24\t  }\n25\t\n26\t  if (options.manual) {\n27\t    await runManualPasteFlow();\n28\t    return;\n29\t  }\n30\t\n31\t  const prepared = await prepareLocalhostCallback({ preferredPort: options.port });\n32\t\n33\t  console.log('ai-usage-agent auth login codex');\n34\t  console.log('--------------------------------');\n35\t\n36\t  if (!prepared.ready) {\n37\t    console.log(prepared.reason);\n38\t    if (prepared.fallbackExhausted) {\n39\t      console.log('다음 단계에서 manual paste fallback으로 이어지도록 연결할 예정이야.');\n40\t    }\n41\t    return;\n42\t  }\n43\t\n44\t  const { port, callbackUrl, state, codeChallenge, codeChallengeMethod } = prepared.params;\n45\t  const authorizationUrl = buildCodexAuthorizationUrl({\n46\t    callbackUrl,\n47\t    state,\n48\t    codeChallenge,\n49\t    codeChallengeMethod,\n50\t  });\n51\t\n52\t  console.log(`콜백 URL 준비됨: ${callbackUrl}`);\n53\t  console.log(`선택된 포트: ${port}`);\n54\t  console.log('OAuth state/PKCE placeholder 생성 완료');\n55\t  console.log('');\n56\t  console.log('주의: 이 흐름은 placeholder/mock입니다.');\n57\t  console.log('- 실제 OAuth token exchange는 수행하지 않습니다.');\n58\t  console.log('- 아래 authorization URL은 placeholder client/endpoints 기반 생성 결과일 수 있습니다.');\n59\t  console.log('- 브라우저 자동 실행은 하지 않습니다.');\n60\t  console.log('');\n61\t  console.log('브라우저에서 열 URL:');\n62\t  console.log(`  ${authorizationUrl}`);\n63\t  console.log('');\n64\t  console.log('로그인 완료 후 localhost callback 서버가 code/state 수신을 대기 중입니다...');\n65\t\n66\t  try {\n67\t    const result = await startLocalhostCallbackServer({\n68\t      port,\n69\t      expectedState: state,\n70\t      timeoutMs: 120_000,\n71\t    });\n72\t    console.log('');\n73\t    console.log(`code 수신 완료: ${result.code}`);\n74\t\n75\t    if (options.liveExchange) {\n76\t      await runLiveExchange({\n77\t        code: result.code,\n78\t        callbackUrl,\n79\t        codeVerifier: prepared.params.codeVerifier,\n80\t      });\n81\t    } else {\n82\t      await saveMockAccountFromCallback(result.code);\n83\t    }\n84\t  } catch (err) {\n85\t    console.log('');\n86\t    console.log(`콜백 수신 실패: ${err.message}`);\n87\t  }\n88\t}\n89\t\n90\tasync function runManualPasteFlow() {\n91\t  console.log('ai-usage-agent auth login codex --manual');\n92\t  console.log('-----------------------------------------');\n93\t  console.log('주의: 이 흐름은 아직 실제 OAuth token exchange가 아니라 placeholder/mock 저장이야.');\n94\t\n95\t  const pasteResult = await readManualPasteInput();\n96\t  const extracted = extractCodeFromPaste(pasteResult);\n97\t\n98\t  if (extracted.error || !extracted.code) {\n99\t    console.log(`입력 처리 실패: ${extracted.error ?? 'unknown-error'}`);\n100\t    return;\n101\t  }\n102\t\n103\t  const account = createMockCodexAccountFromManualInput({\n104\t    code: extracted.code,\n105\t    rawInput: pasteResult.value,\n106\t  });\n107\t\n108\t  const store = await loadAuthStore();\n109\t  const nextStore = upsertProviderAccount(store, 'openai-codex', account);\n110\t  await saveAuthStore(nextStore);\n111\t\n112\t  console.log('placeholder/mock 계정을 auth store에 저장했어.');\n113\t  con..."
          },
          "toolu_01NjT1yzF2KfBW3JLe7kNHob": {
            "tool_use_id": "toolu_01NjT1yzF2KfBW3JLe7kNHob",
            "tool_name": "Read docs/auth-architecture.md",
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              "Text": "1\t# 인증 독립화 아키텍처\n2\t\n3\t## 목표\n4\t\n5\t`ai-usage-agent`가 OpenClaw의 `auth-profiles.json` 없이도 독립적으로 인증, 토큰 저장, 갱신, 사용을 처리할 수 있게 한다.\n6\t\n7\t## 현재 문제\n8\t\n9\t현재 Codex adapter는 OpenClaw auth store를 직접 읽는다.\n10\t\n11\t- 결합도가 높음\n12\t- OpenClaw 미설치 환경에서 단독 동작 불가\n13\t- 향후 배포형 CLI 패키지로 사용할 때 UX가 제한됨\n14\t\n15\t## 목표 상태\n16\t\n17\t로컬 에이전트가 자체 auth broker를 가진다.\n18\t\n19\t```text\n20\t[ai-usage-agent CLI]\n21\t  ├─ Auth Commands\n22\t  ├─ Auth Broker\n23\t  │   ├─ OAuth localhost callback flow\n24\t  │   ├─ Manual callback/paste fallback\n25\t  │   └─ Device code fallback (후순위)\n26\t  ├─ Credential Store\n27\t  ├─ Provider Adapters\n28\t  └─ Usage / Event Pipeline\n29\t```\n30\t\n31\t## 권장 인증 흐름\n32\t\n33\t### 1. 기본: localhost callback OAuth\n34\t\n35\t기본 경로는 브라우저 로그인 + localhost callback 방식이다.\n36\t\n37\t흐름:\n38\t1. `ai-usage-agent auth login codex`\n39\t2. 로컬 임시 서버 실행 (`127.0.0.1` 기반)\n40\t3. PKCE/state 생성\n41\t4. 로그인 URL 생성 후 브라우저 열기\n42\t5. 사용자가 로그인 완료\n43\t6. provider가 localhost callback으로 code 전달\n44\t7. agent가 token exchange 수행\n45\t8. access/refresh token을 자체 저장소에 저장\n46\t\n47\t장점:\n48\t- UX가 가장 자연스러움\n49\t- 사용자가 기존 웹 로그인 흐름에 익숙함\n50\t- refresh token 기반 재사용 설계가 쉬움\n51\t\n52\t### 2. 우선 fallback: manual paste\n53\t\n54\t현 시점 우선 fallback은 manual paste 방식이다.\n55\t\n56\t지원해야 할 흐름:\n57\t- callback URL 전체를 붙여넣기\n58\t- authorization code를 수동 입력\n59\t- 브라우저는 사용자 쪽에서 직접 열기 (`--no-open`)\n60\t\n61\t이 방식이면 localhost callback이 실패하는 데스크톱/SSH 환경도 우선 커버할 수 있다.\n62\t\n63\t### 3. 후순위 조사: device code flow\n64\t\n65\tprovider가 device code를 안정적으로 지원하는지 확인되면 이후 단계에서 추가한다.\n66\t\n67\t현재는 구현 우선순위를 낮춘다.\n68\t\n69\t## Credential Source 추상화\n70\t\n71\t현재의 OpenClaw reader는 최종 형태가 아니라 migration source 중 하나로 내려가야 한다.\n72\t\n73\t권장 추상화:\n74\t- `agent-store`\n75\t- `openclaw-import`\n76\t- `env`\n77\t- `manual`\n78\t\n79\t기본 우선순위:\n80\t1. `agent-store`\n81\t2. `env`\n82\t3. `openclaw-import` (명시적 import 또는 migration 용도)\n83\t\n84\t즉 런타임 기본 경로는 OpenClaw 의존이 아니어야 한다.\n85\t\n86\t## 저장소 설계 원칙\n87\t\n88\t- normalized auth metadata와 민감 토큰은 논리적으로 분리 가능해야 함\n89\t- 초기 버전은 `auth.json` + `0600` 파일 저장으로 시작\n90\t- 이후 keychain으로 확장 가능해야 함\n91\t- 서버로 refresh token / session cookie / sessionKey 업로드 금지\n92\t\n93\t## 보안 원칙\n94\t\n95\t- callback 서버는 기본적으로 `127.0.0.1`에만 bind\n96\t- state 검증 필수\n97\t- PKCE 사용 권장\n98\t- refresh token은 필요 최소 범위로 저장\n99\t- 로그에 access token / refresh token 출력 금지\n100\t- raw provider 응답에서 민감 auth 값은 저장 금지\n101\t\n102\t## Provider adapter 역할\n103\t\n104\tauth broker는 공통이지만, provider별 전략은 adapter가 정의한다.\n105\t\n106\t예:\n107\t- auth URL 생성 규칙\n108\t- token exchange endpoint\n109\t- refresh endpoint\n110\t- 지원 가능한 fallback 종류\n111\t- account 식별 방식\n112\t\n113\t## CLI와의 연결\n114\t\n115\t예상 명령:\n116\t- `ai-usage-agent auth login codex`\n117\t- `ai-usage-agent auth list`\n118\t- `ai-usage-agent auth logout codex`\n119\t- `ai-usage-agent auth doctor`\n120\t- `ai-usage-agent auth import openclaw`\n121\t\n122\t## 단계별 구현 제안\n123\t\n124\t### Phase 1\n125\t- auth architecture 문서화\n126\t- credential store schema 정의\n127\t- CLI 인터페이스 초안 정의\n128\t\n129\t### 현재까지 반영된 골격\n130\t- auth store 저장/조회 로직 구현\n131\t- multi-account resolver 구현\n132\t- `auth login codex` CLI 골격 구현\n133\t- localhost callback 준비 코드 및 포트 fallback 뼈대 구현\n134\t- manual paste fallback의 placeholder/mock 저장 흐름 구현\n135\t\n136\t### 다음 단계\n137\t- localhost callback 서버 골격 구현\n138\t- callback code/state 수신 처리\n139\t- placeholder token exchange를 callback 경로와 연결\n140\t- Codex token exchange draft 함수 시그니처와 endpoint/params 정리\n141\t- 이후 실제 provider token exchange로 교체\n142\t- `auth list/logout/doctor` 및 `auth import openclaw` 확장\n143\t\n144\t### 후순위 단계\n145\t- device code fallback 조사/도입\n146\t- keychain 연동\n147\t\n148\t## Codex OAuth endpoint 검증 현황\n149\t\n150\t아래는 OpenClaw 로컬 문서/코드 및 JWT 관찰값으로부터 확인된 사실이다.\n151\t\n152\t### 검증됨 (출처: OpenClaw docs/concepts/oauth.md, provider-openai-codex-oauth-tls-*.js)\n153\t- authorize: `https://auth.openai.com/oauth/authorize`\n154\t- token: `https://auth.openai.com/oauth/token`\n155\t- callback: `http://127.0.0.1:1455/auth/callback`\n156\t- JWT issuer: `https://auth.openai.com` (로컬 ~/.codex/auth.json 관찰)\n157\t\n158\t### 관찰됨 — 미확정\n159\t- client_id `app_EMoamEEZ73f0CkXaXp7hrann` — 로컬 JWT payload에서 관찰. 공식 문서로 확정된 값이 아니므로 변경 가능성 있음.\n160\t\n161\t### 구현 완료\n162\t- PKCE S256 code_challenge 생성..."
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            "output": "1\t# 인증 독립화 아키텍처\n2\t\n3\t## 목표\n4\t\n5\t`ai-usage-agent`가 OpenClaw의 `auth-profiles.json` 없이도 독립적으로 인증, 토큰 저장, 갱신, 사용을 처리할 수 있게 한다.\n6\t\n7\t## 현재 문제\n8\t\n9\t현재 Codex adapter는 OpenClaw auth store를 직접 읽는다.\n10\t\n11\t- 결합도가 높음\n12\t- OpenClaw 미설치 환경에서 단독 동작 불가\n13\t- 향후 배포형 CLI 패키지로 사용할 때 UX가 제한됨\n14\t\n15\t## 목표 상태\n16\t\n17\t로컬 에이전트가 자체 auth broker를 가진다.\n18\t\n19\t```text\n20\t[ai-usage-agent CLI]\n21\t  ├─ Auth Commands\n22\t  ├─ Auth Broker\n23\t  │   ├─ OAuth localhost callback flow\n24\t  │   ├─ Manual callback/paste fallback\n25\t  │   └─ Device code fallback (후순위)\n26\t  ├─ Credential Store\n27\t  ├─ Provider Adapters\n28\t  └─ Usage / Event Pipeline\n29\t```\n30\t\n31\t## 권장 인증 흐름\n32\t\n33\t### 1. 기본: localhost callback OAuth\n34\t\n35\t기본 경로는 브라우저 로그인 + localhost callback 방식이다.\n36\t\n37\t흐름:\n38\t1. `ai-usage-agent auth login codex`\n39\t2. 로컬 임시 서버 실행 (`127.0.0.1` 기반)\n40\t3. PKCE/state 생성\n41\t4. 로그인 URL 생성 후 브라우저 열기\n42\t5. 사용자가 로그인 완료\n43\t6. provider가 localhost callback으로 code 전달\n44\t7. agent가 token exchange 수행\n45\t8. access/refresh token을 자체 저장소에 저장\n46\t\n47\t장점:\n48\t- UX가 가장 자연스러움\n49\t- 사용자가 기존 웹 로그인 흐름에 익숙함\n50\t- refresh token 기반 재사용 설계가 쉬움\n51\t\n52\t### 2. 우선 fallback: manual paste\n53\t\n54\t현 시점 우선 fallback은 manual paste 방식이다.\n55\t\n56\t지원해야 할 흐름:\n57\t- callback URL 전체를 붙여넣기\n58\t- authorization code를 수동 입력\n59\t- 브라우저는 사용자 쪽에서 직접 열기 (`--no-open`)\n60\t\n61\t이 방식이면 localhost callback이 실패하는 데스크톱/SSH 환경도 우선 커버할 수 있다.\n62\t\n63\t### 3. 후순위 조사: device code flow\n64\t\n65\tprovider가 device code를 안정적으로 지원하는지 확인되면 이후 단계에서 추가한다.\n66\t\n67\t현재는 구현 우선순위를 낮춘다.\n68\t\n69\t## Credential Source 추상화\n70\t\n71\t현재의 OpenClaw reader는 최종 형태가 아니라 migration source 중 하나로 내려가야 한다.\n72\t\n73\t권장 추상화:\n74\t- `agent-store`\n75\t- `openclaw-import`\n76\t- `env`\n77\t- `manual`\n78\t\n79\t기본 우선순위:\n80\t1. `agent-store`\n81\t2. `env`\n82\t3. `openclaw-import` (명시적 import 또는 migration 용도)\n83\t\n84\t즉 런타임 기본 경로는 OpenClaw 의존이 아니어야 한다.\n85\t\n86\t## 저장소 설계 원칙\n87\t\n88\t- normalized auth metadata와 민감 토큰은 논리적으로 분리 가능해야 함\n89\t- 초기 버전은 `auth.json` + `0600` 파일 저장으로 시작\n90\t- 이후 keychain으로 확장 가능해야 함\n91\t- 서버로 refresh token / session cookie / sessionKey 업로드 금지\n92\t\n93\t## 보안 원칙\n94\t\n95\t- callback 서버는 기본적으로 `127.0.0.1`에만 bind\n96\t- state 검증 필수\n97\t- PKCE 사용 권장\n98\t- refresh token은 필요 최소 범위로 저장\n99\t- 로그에 access token / refresh token 출력 금지\n100\t- raw provider 응답에서 민감 auth 값은 저장 금지\n101\t\n102\t## Provider adapter 역할\n103\t\n104\tauth broker는 공통이지만, provider별 전략은 adapter가 정의한다.\n105\t\n106\t예:\n107\t- auth URL 생성 규칙\n108\t- token exchange endpoint\n109\t- refresh endpoint\n110\t- 지원 가능한 fallback 종류\n111\t- account 식별 방식\n112\t\n113\t## CLI와의 연결\n114\t\n115\t예상 명령:\n116\t- `ai-usage-agent auth login codex`\n117\t- `ai-usage-agent auth list`\n118\t- `ai-usage-agent auth logout codex`\n119\t- `ai-usage-agent auth doctor`\n120\t- `ai-usage-agent auth import openclaw`\n121\t\n122\t## 단계별 구현 제안\n123\t\n124\t### Phase 1\n125\t- auth architecture 문서화\n126\t- credential store schema 정의\n127\t- CLI 인터페이스 초안 정의\n128\t\n129\t### 현재까지 반영된 골격\n130\t- auth store 저장/조회 로직 구현\n131\t- multi-account resolver 구현\n132\t- `auth login codex` CLI 골격 구현\n133\t- localhost callback 준비 코드 및 포트 fallback 뼈대 구현\n134\t- manual paste fallback의 placeholder/mock 저장 흐름 구현\n135\t\n136\t### 다음 단계\n137\t- localhost callback 서버 골격 구현\n138\t- callback code/state 수신 처리\n139\t- placeholder token exchange를 callback 경로와 연결\n140\t- Codex token exchange draft 함수 시그니처와 endpoint/params 정리\n141\t- 이후 실제 provider token exchange로 교체\n142\t- `auth list/logout/doctor` 및 `auth import openclaw` 확장\n143\t\n144\t### 후순위 단계\n145\t- device code fallback 조사/도입\n146\t- keychain 연동\n147\t\n148\t## Codex OAuth endpoint 검증 현황\n149\t\n150\t아래는 OpenClaw 로컬 문서/코드 및 JWT 관찰값으로부터 확인된 사실이다.\n151\t\n152\t### 검증됨 (출처: OpenClaw docs/concepts/oauth.md, provider-openai-codex-oauth-tls-*.js)\n153\t- authorize: `https://auth.openai.com/oauth/authorize`\n154\t- token: `https://auth.openai.com/oauth/token`\n155\t- callback: `http://127.0.0.1:1455/auth/callback`\n156\t- JWT issuer: `https://auth.openai.com` (로컬 ~/.codex/auth.json 관찰)\n157\t\n158\t### 관찰됨 — 미확정\n159\t- client_id `app_EMoamEEZ73f0CkXaXp7hrann` — 로컬 JWT payload에서 관찰. 공식 문서로 확정된 값이 아니므로 변경 가능성 있음.\n160\t\n161\t### 구현 완료\n162\t- PKCE S256 code_challenge 생성..."
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              "Text": "1\t# Auth CLI 인터페이스 초안\n2\t\n3\t## 목표\n4\t\n5\t`ai-usage-agent`가 OpenClaw 없이도 자체 인증을 수행할 수 있도록 auth 관련 CLI 명령 집합을 정의한다.\n6\t\n7\t## 기본 명령 구조\n8\t\n9\t```text\n10\tai-usage-agent auth <subcommand> [provider] [options]\n11\t```\n12\t\n13\t## 우선 구현 후보\n14\t\n15\t### 1. login\n16\t\n17\t```bash\n18\tai-usage-agent auth login codex\n19\t```\n20\t\n21\t현재 구현 상태:\n22\t- localhost callback 준비 및 callback code/state 수신 골격까지 동작\n23\t- authorization URL generation 골격이 추가됨\n24\t- 브라우저 자동 열기와 실제 token exchange는 아직 미구현\n25\t- `--manual`에서는 placeholder/mock 저장 흐름이 동작\n26\t\n27\t옵션 예시:\n28\t\n29\t```bash\n30\tai-usage-agent auth login codex --no-open\n31\tai-usage-agent auth login codex --manual\n32\tai-usage-agent auth login codex --device\n33\tai-usage-agent auth login codex --port 38123\n34\tai-usage-agent auth login codex --live-exchange\n35\t```\n36\t\n37\t옵션 의미:\n38\t- `--no-open`: 브라우저 자동 실행 안 함\n39\t- `--manual`: callback URL 또는 code 수동 입력 흐름 강제\n40\t- `--device`: 후순위 실험용 옵션, provider 지원 확인 전까지는 기본 경로로 사용하지 않음\n41\t- `--port`: localhost callback 포트 지정\n42\t- `--live-exchange`: **실험적** — callback에서 수신한 code로 실제 token endpoint에 POST를 시도.\n43\t  기본 동작(mock 저장)을 대체하며, 실패 시 mock fallback 없이 에러를 표시.\n44\t  주의: PKCE S256이 적용되어 있으나, client_id는 관찰값(observed)이므로 성공이 보장되지 않음.\n45\t\n46\t### 2. list\n47\t\n48\t```bash\n49\tai-usage-agent auth list\n50\tai-usage-agent auth list codex\n51\t```\n52\t\n53\t출력 예시:\n54\t- provider\n55\t- accountKey\n56\t- email\n57\t- authType\n58\t- expiresAt\n59\t- source\n60\t\n61\t### 3. logout\n62\t\n63\t```bash\n64\tai-usage-agent auth logout codex\n65\tai-usage-agent auth logout codex --account choonarm3@gmail.com\n66\t```\n67\t\n68\t동작:\n69\t- 저장소에서 해당 계정 제거\n70\t- 필요 시 revoke endpoint 지원 가능\n71\t\n72\t### 4. doctor\n73\t\n74\t```bash\n75\tai-usage-agent auth doctor\n76\tai-usage-agent auth doctor codex\n77\t```\n78\t\n79\t점검 항목:\n80\t- auth store 존재 여부\n81\t- provider 계정 존재 여부\n82\t- expiresAt 만료 여부\n83\t- refresh 가능 여부\n84\t- callback 포트/환경 문제 힌트\n85\t- 현재 기본 선택될 계정이 무엇인지\n86\t\n87\t### 5. import\n88\t\n89\t```bash\n90\tai-usage-agent auth import openclaw\n91\t```\n92\t\n93\t목적:\n94\t- 기존 OpenClaw 사용자의 migration 지원\n95\t- 런타임 기본 의존이 아니라 초기 전환 도구로만 제공\n96\t\n97\t## 추천 UX 원칙\n98\t\n99\t- 기본 명령은 최대한 짧게\n100\t- 세부 제어는 옵션으로 열기\n101\t- 실패 시 단순한 에러 대신 다음 행동을 안내\n102\t- headless 환경을 위한 fallback 경로를 명확히 제공\n103\t- multi-account는 자동 선택 + 명시 override 방식으로 단순하게 유지\n104\t\n105\t## 예시 시나리오\n106\t\n107\t### 일반 데스크톱 환경\n108\t\n109\t```bash\n110\tai-usage-agent auth login codex\n111\t```\n112\t\n113\t출력:\n114\t1. 브라우저를 여는 중...\n115\t2. 로그인 완료 후 callback 수신 대기...\n116\t3. 저장 완료\n117\t\n118\t### SSH / 원격 환경\n119\t\n120\t```bash\n121\tai-usage-agent auth login codex --manual --no-open\n122\t```\n123\t\n124\t현재 출력/동작:\n125\t1. callback URL 전체 또는 code 입력 요청\n126\t2. placeholder/mock 계정을 auth store에 저장\n127\t3. 실제 OAuth 교환은 아직 수행하지 않음\n128\t\n129\t## 포트 충돌 정책\n130\t\n131\t- 기본 포트: `1455` (OpenClaw 문서 기준)\n132\t- 포트 충돌 시 `1456`, `1457` 순으로 최대 3회 자동 재시도\n133\t- 3회 모두 실패하면 manual paste 모드로 자동 전환\n134\t- 사용자가 `--port`를 명시한 경우는 해당 포트만 시도하고 실패 시 에러 반환\n135\t\n136\t## multi-account 정책\n137\t\n138\t- 계정이 1개면 자동 선택\n139\t- 계정이 여러 개면 `lastUsedAt`이 가장 최근인 active 계정 사용\n140\t- `--account`로 명시 지정 가능\n141\t\n142\t## Codex OAuth endpoint 검증 현황\n143\t\n144\t아래 endpoint는 OpenClaw 로컬 문서/코드로부터 검증됨:\n145\t- authorize: `https://auth.openai.com/oauth/authorize`\n146\t- token: `https://auth.openai.com/oauth/token`\n147\t- callback: `http://127.0.0.1:1455/auth/callback`\n148\t\n149\tclient_id `app_EMoamEEZ73f0CkXaXp7hrann`은 로컬 JWT에서 관찰된 값이며, 공식 확정이 아님.\n150\t\n151\t## token exchange guard 정책\n152\t\n153\t`exchangeCodexAuthorizationCode()`와 `refreshCodexToken()`은 실제 fetch 코드가 포함되어 있지만,\n154\t기본 동작은 `allowLiveExchange: false`로 보호되어 외부 호출을 하지 않는다.\n155\t\n156\t- CLI에서 `--live-exchange` 옵션을 명시하면 `allowLiveExchange: true`로 실제 token endpoint POST가 수행된다.\n157\t- `--live-exchange` 없이 실행하면 기존과 동일한 mock 저장 흐름을 유지한다.\n158\t- live exchange 실패 시 mock fallback 없이 에러를 표시한다 (사용자 혼동 방지).\n159\t- PKCE S256은 구현 완료됨. 이 guard는 client_id 공식 확정 시점까지 유지한다.\n160\t\n161\t## 아직 미정인 부분\n162\t\n163\t- client_id 공식 확정 (현재는 관찰값만 존재)\n164\t- client_secret 요구사항\n165\t- revoke endpoint를 각 provider에서 어디까지 지원할지\n166\t- `auth import openclaw`를 기본 노출할지 숨길지\n167\t- device code를 실제로 도입할 provider 범위\n168\t"
            },
            "output": "1\t# Auth CLI 인터페이스 초안\n2\t\n3\t## 목표\n4\t\n5\t`ai-usage-agent`가 OpenClaw 없이도 자체 인증을 수행할 수 있도록 auth 관련 CLI 명령 집합을 정의한다.\n6\t\n7\t## 기본 명령 구조\n8\t\n9\t```text\n10\tai-usage-agent auth <subcommand> [provider] [options]\n11\t```\n12\t\n13\t## 우선 구현 후보\n14\t\n15\t### 1. login\n16\t\n17\t```bash\n18\tai-usage-agent auth login codex\n19\t```\n20\t\n21\t현재 구현 상태:\n22\t- localhost callback 준비 및 callback code/state 수신 골격까지 동작\n23\t- authorization URL generation 골격이 추가됨\n24\t- 브라우저 자동 열기와 실제 token exchange는 아직 미구현\n25\t- `--manual`에서는 placeholder/mock 저장 흐름이 동작\n26\t\n27\t옵션 예시:\n28\t\n29\t```bash\n30\tai-usage-agent auth login codex --no-open\n31\tai-usage-agent auth login codex --manual\n32\tai-usage-agent auth login codex --device\n33\tai-usage-agent auth login codex --port 38123\n34\tai-usage-agent auth login codex --live-exchange\n35\t```\n36\t\n37\t옵션 의미:\n38\t- `--no-open`: 브라우저 자동 실행 안 함\n39\t- `--manual`: callback URL 또는 code 수동 입력 흐름 강제\n40\t- `--device`: 후순위 실험용 옵션, provider 지원 확인 전까지는 기본 경로로 사용하지 않음\n41\t- `--port`: localhost callback 포트 지정\n42\t- `--live-exchange`: **실험적** — callback에서 수신한 code로 실제 token endpoint에 POST를 시도.\n43\t  기본 동작(mock 저장)을 대체하며, 실패 시 mock fallback 없이 에러를 표시.\n44\t  주의: PKCE S256이 적용되어 있으나, client_id는 관찰값(observed)이므로 성공이 보장되지 않음.\n45\t\n46\t### 2. list\n47\t\n48\t```bash\n49\tai-usage-agent auth list\n50\tai-usage-agent auth list codex\n51\t```\n52\t\n53\t출력 예시:\n54\t- provider\n55\t- accountKey\n56\t- email\n57\t- authType\n58\t- expiresAt\n59\t- source\n60\t\n61\t### 3. logout\n62\t\n63\t```bash\n64\tai-usage-agent auth logout codex\n65\tai-usage-agent auth logout codex --account choonarm3@gmail.com\n66\t```\n67\t\n68\t동작:\n69\t- 저장소에서 해당 계정 제거\n70\t- 필요 시 revoke endpoint 지원 가능\n71\t\n72\t### 4. doctor\n73\t\n74\t```bash\n75\tai-usage-agent auth doctor\n76\tai-usage-agent auth doctor codex\n77\t```\n78\t\n79\t점검 항목:\n80\t- auth store 존재 여부\n81\t- provider 계정 존재 여부\n82\t- expiresAt 만료 여부\n83\t- refresh 가능 여부\n84\t- callback 포트/환경 문제 힌트\n85\t- 현재 기본 선택될 계정이 무엇인지\n86\t\n87\t### 5. import\n88\t\n89\t```bash\n90\tai-usage-agent auth import openclaw\n91\t```\n92\t\n93\t목적:\n94\t- 기존 OpenClaw 사용자의 migration 지원\n95\t- 런타임 기본 의존이 아니라 초기 전환 도구로만 제공\n96\t\n97\t## 추천 UX 원칙\n98\t\n99\t- 기본 명령은 최대한 짧게\n100\t- 세부 제어는 옵션으로 열기\n101\t- 실패 시 단순한 에러 대신 다음 행동을 안내\n102\t- headless 환경을 위한 fallback 경로를 명확히 제공\n103\t- multi-account는 자동 선택 + 명시 override 방식으로 단순하게 유지\n104\t\n105\t## 예시 시나리오\n106\t\n107\t### 일반 데스크톱 환경\n108\t\n109\t```bash\n110\tai-usage-agent auth login codex\n111\t```\n112\t\n113\t출력:\n114\t1. 브라우저를 여는 중...\n115\t2. 로그인 완료 후 callback 수신 대기...\n116\t3. 저장 완료\n117\t\n118\t### SSH / 원격 환경\n119\t\n120\t```bash\n121\tai-usage-agent auth login codex --manual --no-open\n122\t```\n123\t\n124\t현재 출력/동작:\n125\t1. callback URL 전체 또는 code 입력 요청\n126\t2. placeholder/mock 계정을 auth store에 저장\n127\t3. 실제 OAuth 교환은 아직 수행하지 않음\n128\t\n129\t## 포트 충돌 정책\n130\t\n131\t- 기본 포트: `1455` (OpenClaw 문서 기준)\n132\t- 포트 충돌 시 `1456`, `1457` 순으로 최대 3회 자동 재시도\n133\t- 3회 모두 실패하면 manual paste 모드로 자동 전환\n134\t- 사용자가 `--port`를 명시한 경우는 해당 포트만 시도하고 실패 시 에러 반환\n135\t\n136\t## multi-account 정책\n137\t\n138\t- 계정이 1개면 자동 선택\n139\t- 계정이 여러 개면 `lastUsedAt`이 가장 최근인 active 계정 사용\n140\t- `--account`로 명시 지정 가능\n141\t\n142\t## Codex OAuth endpoint 검증 현황\n143\t\n144\t아래 endpoint는 OpenClaw 로컬 문서/코드로부터 검증됨:\n145\t- authorize: `https://auth.openai.com/oauth/authorize`\n146\t- token: `https://auth.openai.com/oauth/token`\n147\t- callback: `http://127.0.0.1:1455/auth/callback`\n148\t\n149\tclient_id `app_EMoamEEZ73f0CkXaXp7hrann`은 로컬 JWT에서 관찰된 값이며, 공식 확정이 아님.\n150\t\n151\t## token exchange guard 정책\n152\t\n153\t`exchangeCodexAuthorizationCode()`와 `refreshCodexToken()`은 실제 fetch 코드가 포함되어 있지만,\n154\t기본 동작은 `allowLiveExchange: false`로 보호되어 외부 호출을 하지 않는다.\n155\t\n156\t- CLI에서 `--live-exchange` 옵션을 명시하면 `allowLiveExchange: true`로 실제 token endpoint POST가 수행된다.\n157\t- `--live-exchange` 없이 실행하면 기존과 동일한 mock 저장 흐름을 유지한다.\n158\t- live exchange 실패 시 mock fallback 없이 에러를 표시한다 (사용자 혼동 방지).\n159\t- PKCE S256은 구현 완료됨. 이 guard는 client_id 공식 확정 시점까지 유지한다.\n160\t\n161\t## 아직 미정인 부분\n162\t\n163\t- client_id 공식 확정 (현재는 관찰값만 존재)\n164\t- client_secret 요구사항\n165\t- revoke endpoint를 각 provider에서 어디까지 지원할지\n166\t- `auth import openclaw`를 기본 노출할지 숨길지\n167\t- device code를 실제로 도입할 provider 범위\n168\t"
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              "Text": "1\t# agent\n2\t\n3\t로컬 환경에서 AI 서비스 usage/quota 상태를 수집하고 CLI로 보여주는 패키지.\n4\t\n5\t## 현재 구현 상태\n6\t\n7\t현재 이 패키지는 설치형 CLI 에이전트의 초기 버전이다.\n8\t\n9\t구현된 것:\n10\t- CLI 엔트리포인트: `bin/ai-usage-agent.js`\n11\t- 명령 라우팅 구조\n12\t- 기본 설정 파일 생성 및 로딩\n13\t- agent 전용 `auth.json` store 경로 해석 및 load/save 골격\n14\t- account resolver: provider별 기본 계정 자동 선택 및 명시 선택\n15\t- `auth login codex` CLI 골격\n16\t- localhost callback 준비 코드 및 포트 fallback 뼈대\n17\t- manual paste 입력 처리 및 placeholder/mock auth store 저장 흐름\n18\t- Codex provider live usage 조회 결과 출력\n19\t- 공통 snapshot 스키마 기반 출력 흐름\n20\t\n21\t아직 미구현 또는 초기 상태:\n22\t- Claude adapter 연결\n23\t- `inspect <provider>` 상세 출력\n24\t- `sync` 업로드 기능\n25\t- 정식 formatter / table renderer\n26\t- schema validation\n27\t\n28\t## 현재 가능한 명령\n29\t\n30\t- `ai-usage-agent status`\n31\t  - 현재 설정과 Codex live usage 결과를 출력\n32\t- `ai-usage-agent usage`\n33\t  - 현재는 `status`와 동일한 경로로 usage 요약 출력\n34\t- `ai-usage-agent doctor`\n35\t  - auth/config/path/endpoint 진단용 명령 자리\n36\t- `ai-usage-agent config init`\n37\t  - 기본 설정 파일 생성\n38\t- `ai-usage-agent auth login codex`\n39\t  - localhost callback 서버가 code/state 수신까지 동작 (placeholder/mock 저장)\n40\t- `ai-usage-agent auth login codex --live-exchange`\n41\t  - callback code 수신 후 실제 token endpoint에 POST를 시도 (실험적)\n42\t  - 성공 시 real token을 auth store에 저장, 실패 시 에러 표시 (mock fallback 없음)\n43\t  - PKCE S256 적용됨, client_id는 observed 값이므로 성공 보장 안 됨\n44\t- `ai-usage-agent auth login codex --manual`\n45\t  - callback URL/code 입력을 받아 placeholder/mock 계정을 auth store에 저장\n46\t  - 아직 실제 OAuth token exchange는 아님\n47\t\n48\t## 로컬 개발 실행\n49\t\n50\t프로젝트 루트에서:\n51\t\n52\t```bash\n53\tnpm run agent:status\n54\tnpm run agent:usage\n55\tnpm run agent:doctor\n56\tnpm run agent:config:init\n57\t```\n58\t\n59\t또는 직접 실행:\n60\t\n61\t```bash\n62\tnode packages/agent/bin/ai-usage-agent.js status\n63\t```\n64\t\n65\t## 설정 파일\n66\t\n67\t기본 설정 경로:\n68\t\n69\t```text\n70\t~/.config/ai-usage-agent/config.json\n71\t```\n72\t\n73\t현재 기본 설정에는 아래 항목이 들어간다:\n74\t- 출력 포맷\n75\t- sync 사용 여부\n76\t- provider 활성화 여부\n77\t\n78\t## 현재 Codex 연동 방식\n79\t\n80\t- OpenClaw auth profile 저장소를 읽음\n81\t- Codex usage endpoint를 bearer auth로 호출\n82\t- 응답을 공통 snapshot 구조로 변환\n83\t- 시간 필드는 ISO datetime string으로 정규화\n84\t- provider 원본값은 snapshot의 `raw`에 보존\n85\t\n86\t## 예정 명령\n87\t\n88\t- `ai-usage-agent inspect <provider>`\n89\t- `ai-usage-agent sync`\n90\t"
            },
            "output": "1\t# agent\n2\t\n3\t로컬 환경에서 AI 서비스 usage/quota 상태를 수집하고 CLI로 보여주는 패키지.\n4\t\n5\t## 현재 구현 상태\n6\t\n7\t현재 이 패키지는 설치형 CLI 에이전트의 초기 버전이다.\n8\t\n9\t구현된 것:\n10\t- CLI 엔트리포인트: `bin/ai-usage-agent.js`\n11\t- 명령 라우팅 구조\n12\t- 기본 설정 파일 생성 및 로딩\n13\t- agent 전용 `auth.json` store 경로 해석 및 load/save 골격\n14\t- account resolver: provider별 기본 계정 자동 선택 및 명시 선택\n15\t- `auth login codex` CLI 골격\n16\t- localhost callback 준비 코드 및 포트 fallback 뼈대\n17\t- manual paste 입력 처리 및 placeholder/mock auth store 저장 흐름\n18\t- Codex provider live usage 조회 결과 출력\n19\t- 공통 snapshot 스키마 기반 출력 흐름\n20\t\n21\t아직 미구현 또는 초기 상태:\n22\t- Claude adapter 연결\n23\t- `inspect <provider>` 상세 출력\n24\t- `sync` 업로드 기능\n25\t- 정식 formatter / table renderer\n26\t- schema validation\n27\t\n28\t## 현재 가능한 명령\n29\t\n30\t- `ai-usage-agent status`\n31\t  - 현재 설정과 Codex live usage 결과를 출력\n32\t- `ai-usage-agent usage`\n33\t  - 현재는 `status`와 동일한 경로로 usage 요약 출력\n34\t- `ai-usage-agent doctor`\n35\t  - auth/config/path/endpoint 진단용 명령 자리\n36\t- `ai-usage-agent config init`\n37\t  - 기본 설정 파일 생성\n38\t- `ai-usage-agent auth login codex`\n39\t  - localhost callback 서버가 code/state 수신까지 동작 (placeholder/mock 저장)\n40\t- `ai-usage-agent auth login codex --live-exchange`\n41\t  - callback code 수신 후 실제 token endpoint에 POST를 시도 (실험적)\n42\t  - 성공 시 real token을 auth store에 저장, 실패 시 에러 표시 (mock fallback 없음)\n43\t  - PKCE S256 적용됨, client_id는 observed 값이므로 성공 보장 안 됨\n44\t- `ai-usage-agent auth login codex --manual`\n45\t  - callback URL/code 입력을 받아 placeholder/mock 계정을 auth store에 저장\n46\t  - 아직 실제 OAuth token exchange는 아님\n47\t\n48\t## 로컬 개발 실행\n49\t\n50\t프로젝트 루트에서:\n51\t\n52\t```bash\n53\tnpm run agent:status\n54\tnpm run agent:usage\n55\tnpm run agent:doctor\n56\tnpm run agent:config:init\n57\t```\n58\t\n59\t또는 직접 실행:\n60\t\n61\t```bash\n62\tnode packages/agent/bin/ai-usage-agent.js status\n63\t```\n64\t\n65\t## 설정 파일\n66\t\n67\t기본 설정 경로:\n68\t\n69\t```text\n70\t~/.config/ai-usage-agent/config.json\n71\t```\n72\t\n73\t현재 기본 설정에는 아래 항목이 들어간다:\n74\t- 출력 포맷\n75\t- sync 사용 여부\n76\t- provider 활성화 여부\n77\t\n78\t## 현재 Codex 연동 방식\n79\t\n80\t- OpenClaw auth profile 저장소를 읽음\n81\t- Codex usage endpoint를 bearer auth로 호출\n82\t- 응답을 공통 snapshot 구조로 변환\n83\t- 시간 필드는 ISO datetime string으로 정규화\n84\t- provider 원본값은 snapshot의 `raw`에 보존\n85\t\n86\t## 예정 명령\n87\t\n88\t- `ai-usage-agent inspect <provider>`\n89\t- `ai-usage-agent sync`\n90\t"
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              "Text": "1\t# provider-adapters\n2\t\n3\tprovider별 인증 소스, usage endpoint, 응답 정규화 로직을 모아두는 패키지.\n4\t\n5\t## 현재 구현 상태\n6\t\n7\t현재는 Codex adapter가 구현되어 있다.\n8\t\n9\t구현된 것:\n10\t- OpenClaw auth profile 파일에서 Codex OAuth 프로필 읽기\n11\t- `https://chatgpt.com/backend-api/wham/usage` 호출\n12\t- 선택적 `ChatGPT-Account-Id` 헤더 지원\n13\t- 공통 `usage snapshot` 형태로 결과 정규화\n14\t- provider 원본 응답을 `raw` 필드에 보존\n15\t- Codex auth metadata/constants (auth.openai.com 기반 endpoint 검증 반영)\n16\t- Codex authorization URL generation 골격\n17\t- Codex authorization code / refresh token exchange — guarded real fetch 구현\n18\t  - `allowLiveExchange: true` 전달 시에만 실제 POST 수행\n19\t  - 기본 동작은 guard에 의해 에러를 던지며 외부 호출 없음\n20\t\n21\t## 현재 구조\n22\t\n23\t```text\n24\tsrc/\n25\t  codex/\n26\t    codex-auth-constants.js\n27\t    build-codex-authorization-url.js\n28\t    read-codex-auth-profiles.js\n29\t    fetch-codex-usage.js\n30\t    exchange-codex-authorization-code.js\n31\t    index.js\n32\t  index.js\n33\t```\n34\t\n35\t## Codex adapter 요약\n36\t\n37\t### auth source\n38\t기본적으로 아래 경로를 읽는다:\n39\t\n40\t```text\n41\t~/.openclaw/agents/main/agent/auth-profiles.json\n42\t```\n43\t\n44\t여기서:\n45\t- `provider === \"openai-codex\"`\n46\t- `type === \"oauth\"`\n47\t\n48\t인 프로필만 추출한다.\n49\t\n50\t### endpoint\n51\t```text\n52\thttps://chatgpt.com/backend-api/wham/usage\n53\t```\n54\t\n55\t### normalized output\n56\t현재 출력은 `packages/schemas/usage-snapshot.schema.json` 방향을 따르는 snapshot 구조다.\n57\t\n58\t주요 필드:\n59\t- `provider`\n60\t- `account`\n61\t- `source`\n62\t- `authType`\n63\t- `confidence`\n64\t- `status`\n65\t- `usageWindows`\n66\t- `credits`\n67\t- `raw`\n68\t\n69\t## 다음 예정\n70\t\n71\t- Claude adapter 추가\n72\t- 공통 event 변환 추가\n73\t- auth/account edge case 정리\n74\t- schema validation 연결\n75\t"
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            "output": "1\t# provider-adapters\n2\t\n3\tprovider별 인증 소스, usage endpoint, 응답 정규화 로직을 모아두는 패키지.\n4\t\n5\t## 현재 구현 상태\n6\t\n7\t현재는 Codex adapter가 구현되어 있다.\n8\t\n9\t구현된 것:\n10\t- OpenClaw auth profile 파일에서 Codex OAuth 프로필 읽기\n11\t- `https://chatgpt.com/backend-api/wham/usage` 호출\n12\t- 선택적 `ChatGPT-Account-Id` 헤더 지원\n13\t- 공통 `usage snapshot` 형태로 결과 정규화\n14\t- provider 원본 응답을 `raw` 필드에 보존\n15\t- Codex auth metadata/constants (auth.openai.com 기반 endpoint 검증 반영)\n16\t- Codex authorization URL generation 골격\n17\t- Codex authorization code / refresh token exchange — guarded real fetch 구현\n18\t  - `allowLiveExchange: true` 전달 시에만 실제 POST 수행\n19\t  - 기본 동작은 guard에 의해 에러를 던지며 외부 호출 없음\n20\t\n21\t## 현재 구조\n22\t\n23\t```text\n24\tsrc/\n25\t  codex/\n26\t    codex-auth-constants.js\n27\t    build-codex-authorization-url.js\n28\t    read-codex-auth-profiles.js\n29\t    fetch-codex-usage.js\n30\t    exchange-codex-authorization-code.js\n31\t    index.js\n32\t  index.js\n33\t```\n34\t\n35\t## Codex adapter 요약\n36\t\n37\t### auth source\n38\t기본적으로 아래 경로를 읽는다:\n39\t\n40\t```text\n41\t~/.openclaw/agents/main/agent/auth-profiles.json\n42\t```\n43\t\n44\t여기서:\n45\t- `provider === \"openai-codex\"`\n46\t- `type === \"oauth\"`\n47\t\n48\t인 프로필만 추출한다.\n49\t\n50\t### endpoint\n51\t```text\n52\thttps://chatgpt.com/backend-api/wham/usage\n53\t```\n54\t\n55\t### normalized output\n56\t현재 출력은 `packages/schemas/usage-snapshot.schema.json` 방향을 따르는 snapshot 구조다.\n57\t\n58\t주요 필드:\n59\t- `provider`\n60\t- `account`\n61\t- `source`\n62\t- `authType`\n63\t- `confidence`\n64\t- `status`\n65\t- `usageWindows`\n66\t- `credits`\n67\t- `raw`\n68\t\n69\t## 다음 예정\n70\t\n71\t- Claude adapter 추가\n72\t- 공통 event 변환 추가\n73\t- auth/account edge case 정리\n74\t- schema validation 연결\n75\t"
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              "Text": "1\t/**\n2\t * Codex (OpenAI) OAuth provider metadata and constants.\n3\t *\n4\t * Verified sources:\n5\t * - OpenClaw docs/concepts/oauth.md (authorize, token, callback URLs)\n6\t * - OpenClaw provider-openai-codex-oauth-tls-*.js (authorize URL preflight)\n7\t * - Local ~/.codex/auth.json JWT payload (iss, client_id)\n8\t *\n9\t * See inline comments for confidence level of each value.\n10\t */\n11\t\n12\texport const CODEX_AUTH = {\n13\t  /** OAuth authorization endpoint — verified via OpenClaw docs + code */\n14\t  authorizationEndpoint: 'https://auth.openai.com/oauth/authorize',\n15\t\n16\t  /** OAuth token endpoint — verified via OpenClaw docs/concepts/oauth.md */\n17\t  tokenEndpoint: 'https://auth.openai.com/oauth/token',\n18\t\n19\t  /**\n20\t   * Expected localhost callback URL — aligned with OpenClaw observed authorize URL.\n21\t   * Port 1455 is the value documented in OpenClaw; our agent may use a different port.\n22\t   * Host is `localhost` (not `127.0.0.1`) to match the redirect_uri OpenClaw actually sends.\n23\t   */\n24\t  callbackUrl: 'http://localhost:1455/auth/callback',\n25\t\n26\t  /** Provider identifier used in auth store */\n27\t  provider: 'openai-codex',\n28\t\n29\t  /**\n30\t   * Observed client_id from local ~/.codex/auth.json JWT payload.\n31\t   * NOT officially confirmed — treat as default candidate, not guaranteed stable.\n32\t   */\n33\t  observedClientId: 'app_EMoamEEZ73f0CkXaXp7hrann',\n34\t\n35\t  /** Default scopes — aligned with OpenClaw observed authorize URL */\n36\t  defaultScopes: ['openid', 'profile', 'email', 'offline_access'],\n37\t\n38\t  /**\n39\t   * Extra query parameters observed in OpenClaw's authorize URL.\n40\t   * These are not part of the OAuth spec but are sent by the Codex CLI flow.\n41\t   * Treat as observed alignment, not officially documented.\n42\t   */\n43\t  extraAuthorizeParams: {\n44\t    id_token_add_organizations: 'true',\n45\t    codex_cli_simplified_flow: 'true',\n46\t    originator: 'pi',\n47\t  },\n48\t\n49\t  /** Response type for authorization code flow */\n50\t  responseType: 'code',\n51\t};\n52\t"
            },
            "output": "1\t/**\n2\t * Codex (OpenAI) OAuth provider metadata and constants.\n3\t *\n4\t * Verified sources:\n5\t * - OpenClaw docs/concepts/oauth.md (authorize, token, callback URLs)\n6\t * - OpenClaw provider-openai-codex-oauth-tls-*.js (authorize URL preflight)\n7\t * - Local ~/.codex/auth.json JWT payload (iss, client_id)\n8\t *\n9\t * See inline comments for confidence level of each value.\n10\t */\n11\t\n12\texport const CODEX_AUTH = {\n13\t  /** OAuth authorization endpoint — verified via OpenClaw docs + code */\n14\t  authorizationEndpoint: 'https://auth.openai.com/oauth/authorize',\n15\t\n16\t  /** OAuth token endpoint — verified via OpenClaw docs/concepts/oauth.md */\n17\t  tokenEndpoint: 'https://auth.openai.com/oauth/token',\n18\t\n19\t  /**\n20\t   * Expected localhost callback URL — aligned with OpenClaw observed authorize URL.\n21\t   * Port 1455 is the value documented in OpenClaw; our agent may use a different port.\n22\t   * Host is `localhost` (not `127.0.0.1`) to match the redirect_uri OpenClaw actually sends.\n23\t   */\n24\t  callbackUrl: 'http://localhost:1455/auth/callback',\n25\t\n26\t  /** Provider identifier used in auth store */\n27\t  provider: 'openai-codex',\n28\t\n29\t  /**\n30\t   * Observed client_id from local ~/.codex/auth.json JWT payload.\n31\t   * NOT officially confirmed — treat as default candidate, not guaranteed stable.\n32\t   */\n33\t  observedClientId: 'app_EMoamEEZ73f0CkXaXp7hrann',\n34\t\n35\t  /** Default scopes — aligned with OpenClaw observed authorize URL */\n36\t  defaultScopes: ['openid', 'profile', 'email', 'offline_access'],\n37\t\n38\t  /**\n39\t   * Extra query parameters observed in OpenClaw's authorize URL.\n40\t   * These are not part of the OAuth spec but are sent by the Codex CLI flow.\n41\t   * Treat as observed alignment, not officially documented.\n42\t   */\n43\t  extraAuthorizeParams: {\n44\t    id_token_add_organizations: 'true',\n45\t    codex_cli_simplified_flow: 'true',\n46\t    originator: 'pi',\n47\t  },\n48\t\n49\t  /** Response type for authorization code flow */\n50\t  responseType: 'code',\n51\t};\n52\t"
          },
          "toolu_01EZRwR9U2C9jee4Gam5rGSu": {
            "tool_use_id": "toolu_01EZRwR9U2C9jee4Gam5rGSu",
            "tool_name": "Read packages/provider-adapters/src/codex/build-codex-authorization-url.js",
            "is_error": false,
            "content": {
              "Text": "1\t/**\n2\t * Build the Codex (OpenAI) OAuth authorization URL.\n3\t *\n4\t * This generates the URL that the user should open in a browser to start the\n5\t * OAuth authorization code flow. It does NOT perform any HTTP calls.\n6\t *\n7\t * NOTE: The generated URL uses verified auth.openai.com endpoints and an\n8\t * observed client_id candidate from the local Codex CLI token payload.\n9\t * The client_id is still not officially confirmed, so success is not guaranteed.\n10\t *\n11\t * @param {object} params\n12\t * @param {string} params.callbackUrl - The localhost redirect_uri\n13\t * @param {string} params.state - OAuth state parameter for CSRF protection\n14\t * @param {string} params.codeChallenge - PKCE code_challenge value\n15\t * @param {string} params.codeChallengeMethod - PKCE method ('plain' or 'S256')\n16\t * @param {string} [params.clientId] - Override client ID (default: observed candidate)\n17\t * @param {string[]} [params.scopes] - Override scopes (default: CODEX_AUTH.defaultScopes)\n18\t * @returns {string} The full authorization URL with query parameters\n19\t */\n20\t\n21\timport { CODEX_AUTH } from './codex-auth-constants.js';\n22\t\n23\texport function buildCodexAuthorizationUrl({\n24\t  callbackUrl,\n25\t  state,\n26\t  codeChallenge,\n27\t  codeChallengeMethod,\n28\t  clientId = CODEX_AUTH.observedClientId,\n29\t  scopes = CODEX_AUTH.defaultScopes,\n30\t}) {\n31\t  const url = new URL(CODEX_AUTH.authorizationEndpoint);\n32\t\n33\t  url.searchParams.set('response_type', CODEX_AUTH.responseType);\n34\t  url.searchParams.set('client_id', clientId);\n35\t  url.searchParams.set('redirect_uri', callbackUrl);\n36\t  url.searchParams.set('state', state);\n37\t  url.searchParams.set('scope', scopes.join(' '));\n38\t  url.searchParams.set('code_challenge', codeChallenge);\n39\t  url.searchParams.set('code_challenge_method', codeChallengeMethod);\n40\t\n41\t  // Extra params observed in OpenClaw's authorize URL (not OAuth spec)\n42\t  const extra = CODEX_AUTH.extraAuthorizeParams ?? {};\n43\t  for (const [key, value] of Object.entries(extra)) {\n44\t    url.searchParams.set(key, value);\n45\t  }\n46\t\n47\t  return url.toString();\n48\t}\n49\t"
            },
            "output": "1\t/**\n2\t * Build the Codex (OpenAI) OAuth authorization URL.\n3\t *\n4\t * This generates the URL that the user should open in a browser to start the\n5\t * OAuth authorization code flow. It does NOT perform any HTTP calls.\n6\t *\n7\t * NOTE: The generated URL uses verified auth.openai.com endpoints and an\n8\t * observed client_id candidate from the local Codex CLI token payload.\n9\t * The client_id is still not officially confirmed, so success is not guaranteed.\n10\t *\n11\t * @param {object} params\n12\t * @param {string} params.callbackUrl - The localhost redirect_uri\n13\t * @param {string} params.state - OAuth state parameter for CSRF protection\n14\t * @param {string} params.codeChallenge - PKCE code_challenge value\n15\t * @param {string} params.codeChallengeMethod - PKCE method ('plain' or 'S256')\n16\t * @param {string} [params.clientId] - Override client ID (default: observed candidate)\n17\t * @param {string[]} [params.scopes] - Override scopes (default: CODEX_AUTH.defaultScopes)\n18\t * @returns {string} The full authorization URL with query parameters\n19\t */\n20\t\n21\timport { CODEX_AUTH } from './codex-auth-constants.js';\n22\t\n23\texport function buildCodexAuthorizationUrl({\n24\t  callbackUrl,\n25\t  state,\n26\t  codeChallenge,\n27\t  codeChallengeMethod,\n28\t  clientId = CODEX_AUTH.observedClientId,\n29\t  scopes = CODEX_AUTH.defaultScopes,\n30\t}) {\n31\t  const url = new URL(CODEX_AUTH.authorizationEndpoint);\n32\t\n33\t  url.searchParams.set('response_type', CODEX_AUTH.responseType);\n34\t  url.searchParams.set('client_id', clientId);\n35\t  url.searchParams.set('redirect_uri', callbackUrl);\n36\t  url.searchParams.set('state', state);\n37\t  url.searchParams.set('scope', scopes.join(' '));\n38\t  url.searchParams.set('code_challenge', codeChallenge);\n39\t  url.searchParams.set('code_challenge_method', codeChallengeMethod);\n40\t\n41\t  // Extra params observed in OpenClaw's authorize URL (not OAuth spec)\n42\t  const extra = CODEX_AUTH.extraAuthorizeParams ?? {};\n43\t  for (const [key, value] of Object.entries(extra)) {\n44\t    url.searchParams.set(key, value);\n45\t  }\n46\t\n47\t  return url.toString();\n48\t}\n49\t"
          }
        }
      }
    }
  ],
  "updated_at": "2026-04-13T08:25:19.690Z",
  "cumulative_token_usage": {},
  "request_token_usage": {},
  "acpx": {
    "available_commands": [
      "update-config",
      "debug",
      "simplify",
      "batch",
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      "claude-api",
      "compact",
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      "heapdump",
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}