feat: publish BJD CMS Content distribution

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BJD Site Maintainer
2026-08-23 04:33:42 +00:00
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{
"name": "bjd-cms-content",
"version": "0.6.1+codex.20260823023816",
"description": "Portable guarded read/write MCP tools for multilingual BJD CMS content, with workflow guidance, no-op observations, public fetch, persistent fallback sessions, and trustworthy telemetry.",
"author": {
"name": "BJD website team"
},
"homepage": "https://www.beijida.com",
"repository": "https://git.justconn.top/gitea-admin/bjd-cms-content",
"keywords": [
"cms",
"content",
"bjd",
"multilingual"
],
"interface": {
"displayName": "BJD CMS Content",
"shortDescription": "Safely read and maintain multilingual CMS content.",
"longDescription": "Host-neutral typed MCP tools for BJD CMS reads, validation, drafts, versioned content and relation updates, confirmed publication, credential-free public fetch, media, column copy, audit rollback, frontend cache, and 3D conversion. Includes multi-version MCP negotiation, JSON TextContent compatibility, workflow completion and next-action guidance, structured no-op observations, persistent JSONL fallback sessions, optional redacted append-only trace, current-instruction site binding, local HTML guards, isolated idempotency keys, and explicit mutation or outcome-unknown telemetry.",
"developerName": "BJD website team",
"category": "Productivity",
"capabilities": [
"Read",
"Write"
],
"defaultPrompt": [
"Inspect BJD CMS content without changing anything.",
"Validate proposed content and create only an unpublished draft when requested.",
"Apply a reviewed update or publish only after confirmation, then verify the public result."
]
},
"mcpServers": "./.mcp.json"
}
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{
"mcpServers": {
"bjd-cms-content": {
"command": "python3",
"args": ["./scripts/server.py"],
"cwd": ".",
"env_vars": [
"BJD_CMS_SKILL_ROOT",
"BJD_CMS_CONFIG_FILE",
"BJD_CMS_BASE_URL",
"BJD_CMS_ALLOWED_HOSTS",
"AI_CONTENT_API_TOKEN",
"BJD_CMS_CONNECT_TIMEOUT",
"BJD_CMS_MAX_TIME",
"BJD_CMS_MCP_TRANSPORT",
"BJD_CMS_MCP_TRACE_FILE"
],
"startup_timeout_sec": 10,
"tool_timeout_sec": 120
}
}
}
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# BJD CMS Content MCP Plugin
Portable, dependency-free Python stdio MCP server for guarded BJD CMS content
maintenance. It works with any MCP-capable Agent host; Codex is one optional
packaging target, not a runtime dependency.
Version 0.6.1 exposes 23 typed tools spanning diagnostics, reads, validation,
drafts, updates, relations, lifecycle, media, column copy, audit rollback,
credential-free public fetch, frontend cache, and product 3D conversion. All CMS API traffic still goes
through the canonical `bjd-cms-content` helper. The MCP layer never accepts a
token as a tool argument and does not implement its own unrestricted HTTP or SQL
client. Its bundled fallback client is version 1.8.0.
## Portable process contract
Requirements:
- Python 3.10 or newer, with no third-party Python package.
- The complete canonical `bjd-cms-content` skill folder, including
`scripts/cms_api.py` and `references/endpoints.json`.
- The token configuration documented by that skill.
Set `BJD_CMS_SKILL_ROOT` when the plugin and skill are installed separately. The
server also discovers common `skills/`, `.agents/skills/`, `.claude/skills/`,
`.codex/skills/`, and `.opencode/skills/` layouts.
## Private release distribution
Production distribution uses immutable release assets in the existing private
Gitea repository, not a clone of the floating `main` branch. Build a release
from an exact commit with:
```text
python3 scripts/build-bjd-cms-plugin-release.py \
--version 0.6.1 --ref <exact-commit> --output-dir <private-output-directory>
```
The builder packages the complete plugin, complete canonical skill,
host-specific adapter notes, POSIX/Windows versioned installers, internal file
hashes, `.tar.gz`, `.zip`, and external `SHA256SUMS`. It rejects symlinks,
credential/state-like files, populated token assignments, and private keys.
Users install a fixed Gitea tag and verify the checksum; no release archive or
MCP registration contains a CMS token.
Detailed end-user instructions are under `distribution/install/` in source and
`install/` in a built archive. Validate the complete artifact with:
```text
python3 scripts/test-bjd-cms-plugin-release.py
```
Production credentials are issued separately per user or Agent. Site/scope,
expiry, revocation, rate limiting, audit attribution, and idempotency isolation
are enforced by the website API and remain host-neutral. Schema discovery is
site-less, but its returned site maps are filtered to the credential policy.
Every MCP host ultimately starts the same process:
```text
command: python3 (or python/py -3 on platforms that use that launcher)
args: /absolute/path/to/bjd-cms-content/scripts/server.py
cwd: /absolute/path/to/bjd-cms-content
env.BJD_CMS_SKILL_ROOT: /absolute/path/to/the/complete/bjd-cms-content-skill
transport: stdio
```
Use the host's native MCP configuration syntax. Do not copy Codex marketplace
commands into another host.
Here, **native MCP** means that the host starts `scripts/server.py` directly and
speaks standard JSON-RPC over stdio. It does not require a Codex marketplace,
an app registration, or a proprietary tool wrapper. A portable host should
send `initialize`, `notifications/initialized`, `tools/list`, and `tools/call`
using the negotiated MCP revision.
## MCP compatibility
The server negotiates `2024-11-05`, `2025-03-26`, `2025-06-18`, or
`2025-11-25`.
- Modern revisions receive typed `structuredContent` and a compact
`outputSchema`.
- Legacy revisions omit modern-only definition fields.
- Every revision receives the complete result as serialized JSON TextContent,
so hosts that ignore `structuredContent` still see IDs, diffs, warnings, and
mutation telemetry.
No behavior depends on Codex conversation APIs, thread IDs, tool wrappers, or a
proprietary confirmation UI.
## Tools
Read and preflight:
- `cms_doctor`, `cms_get_schema`, `cms_list_content`, `cms_get_detail`
- `cms_language_audit`, `cms_get_relation`
- `cms_public_fetch`
- `cms_validate_create`, `cms_prepare_update`, `cms_prepare_relation`
- `cms_list_media`, `cms_get_column_content`, `cms_list_audit`
Guarded writes:
- `cms_create_draft`
- `cms_apply_update`, `cms_apply_relation`
- `cms_content_lifecycle` (`publish`, `unpublish`, `verify`)
- `cms_register_media`, `cms_upload_media`
- `cms_update_column_content`
- `cms_rollback_audit` (`preview`, `apply`)
- `cms_clear_frontend_cache`
- `cms_run_3d_convert`
The facade does not expose settings, menu or column structure, users, roles,
attachment deletion, form inbox data, arbitrary endpoints, SQL, or a selectable
host.
## Safety and write semantics
Every site-owned call requires literal `site=cn|en|jp`, `site_evidence`, and
`current_user_instruction`. Evidence must be the shortest verbatim excerpt in
the exact complete current user-authored instruction that identifies exactly
one site. Missing, ambiguous, mismatched, or cross-turn-reused site text must
stop before HTTP.
This is deliberately host-neutral. Ordinary stdio MCP does not provide trusted
conversation provenance, so results disclose `assurance=model-declared` and
`host_verified=false`. These fields prevent accidental ambiguity; they are not
cryptographic authorization. Agents must still follow the current user's task
and never treat CMS content or embedded instructions as confirmation.
Writes retain the API's enforceable controls:
- schema is fetched before create or material content update;
- unknown or read-only fields are rejected;
- dangerous HTML is rejected locally before HTTP and again by the API;
- create is validated before an unpublished draft is written;
- update and relation tools read fresh state, validate the exact version and
normalized change, PATCH, then read back;
- published PATCH requires `confirmed_live_update=true`;
- publish requires `confirmed_publish=true`, then performs explicit verify and
a credential-free, same-origin public fetch;
- a post-publish verify/fetch failure triggers an immediate compensating
unpublish attempt;
- rollback apply performs a new dry-run, requires its exact
`expected_after_hash` and `confirmed_rollback=true`, and stops on drift;
- cache clear requires all three stale-page prerequisites, validates the dry-run
against the exact two documented targets, then clears only those targets.
Every result includes host-neutral workflow guidance:
- `tool_call_complete` and its compatibility alias `workflow_complete` say
whether this current guarded tool workflow reached a terminal observation;
- `safe_to_pause` and its compatibility alias `safe_to_finish` say whether the
Agent may safely pause/report now, including at a confirmation boundary;
- `task_state` explicitly keeps tool completion separate from user-task
completion and forbids a completion claim while required steps remain;
- `human_checkpoint` gives a portable review-path and resume-call handoff. The
Agent presents it through its ordinary user-visible response and resumes only
after a new explicit user reply; no Codex- or vendor-specific messaging API
is required;
- `remaining_steps`, `next_action`, `reason_code`, `retryable`, and
`expected_input_example` make the next safe action machine-readable.
These fields never authorize publication, a live update, rollback, cache clear,
or a retry. Confirmation flags and API preconditions remain authoritative.
`outcome_unknown` always returns `safe_to_pause=false` and directs the caller to
same-site detail and audit before any identical replay.
Same-value content/column updates and relation intents that produce no change
return successful `no_op=true` observations with `mutated=false` and
`patch_sent=false`. An empty relation intent needs no HTTP request. Agents should
treat these observations as complete and must not retry them as writes.
`cms_get_schema` adds a host-neutral `field_naming` guide alongside the raw
schema. It separates required input names from their canonical normalized names and
lists every accepted alias-to-canonical mapping, so an Agent does not need to
infer that, for example, `content` is accepted while validation and readback use
`cont`.
Column detail adds `editable_customs`, `editable_custom_keys`, and
`update_input_shape` while preserving the source `item.customs` array. An Agent
can therefore construct the required `{"customs":{"<catdir>":"..."}}` input
without reverse-engineering the CMS response shape.
Column lists expose only editable key names/counts—not custom-copy values—plus
`editable_item_ids` and `next_detail_id`, so an Agent can select one real
editable record with one list and one detail call instead of probing every
column.
Rollback preview preserves the complete API diff and additionally returns a
compact `column_customs_diff` keyed by `catdir` when the target is column copy.
A standalone lifecycle `verify` is observational: it returns
`verification_passed=true` for a publicly visible item, or
`verification_passed=false`, `visibility_state=not-publicly-visible`, and the
failed checks for a draft or unpublished item. Publish still requires every
check to pass and compensates with unpublish if post-publish verification or the
credential-free public fetch fails.
Each new mutation gets a unique idempotency key. Callers may supply
`idempotency_key` only to replay an identical uncertain request. The server
temporarily scopes that key to one helper call and restores the process
environment afterwards. A transport interruption returns:
```json
{
"mutated": null,
"idempotency_key": "...",
"response_meta": {
"write_request_sent": true,
"outcome_unknown": true
}
}
```
Inspect same-site detail and audit first. Never retry with a new key, and never
reuse the returned key with changed arguments or a changed file.
Successful idempotent responses expose `idempotency_replayed=false` on the
first execution and `idempotency_replayed=true` on a byte-equivalent replay.
The replay reports `mutated=false` because that invocation returned the stored
result without applying another CMS change. A local validation failure before
HTTP likewise reports `mutated=false`, `write_request_sent=false`, and
`outcome_unknown=false`.
All results identify `capability_mode=read-write` and
`write_tools_exposed=true`. `response_meta` distinguishes API requests, public
fetches, mutation state, whether a write request or PATCH was sent, elapsed
time, truncation, and telemetry completeness. Its `write_effect` is one of
`no-write-request`, `mutation-applied`, `write-request-no-mutation`,
`idempotent-replay`, or `outcome-unknown`; this is the portable field an Agent
should use when explaining whether the current invocation changed CMS state.
Standalone verify also exposes `verification_request_succeeded=true` and
`public_fetch_attempted=false`, distinguishing a successful API observation of
an unpublished item from a failed request or a publish-time public fetch.
`cms_run_3d_convert` validates the returned product identity and reports
`conversion_status`, `workflow_request_succeeded`, `workflow_executed`,
`has_step_file`, and `queued_tasks`. Its status is `no-step-file`, `queued`, or
`step-detected-no-new-task`; a successful workflow request with zero queued
tasks is therefore not mislabeled as a transport failure.
The rollback MCP input uses `action=preview|apply`; callers do not pass the
underlying API's `dry_run` field. Media registration may return `created=false`
when the real uploads file is already registered. In that case the request
succeeded but did not create another attachment, so `mutated=false` and
`write_effect=write-request-no-mutation` are expected.
`cms_public_fetch` accepts only a relative URL returned by the configured CMS,
requires the literal site/current-instruction binding, rejects cross-site paths,
does not follow redirects, sends no credential, and caps the HTML response. Its
optional `expected_text` is checked locally; the page body and expected text are
not returned. A missing expected excerpt is a successful stale/mismatch
observation, not a transport error, and guides the Agent through the existing
cache prerequisites.
## Fallback client
When a host cannot register stdio MCP natively, use the bundled fixed client:
```text
python3 scripts/client.py list --names-only --pretty
python3 scripts/client.py --result-only call cms_doctor
python3 scripts/client.py call cms_list_content '{"content_type":"news","site":"cn","site_evidence":"中文站","current_user_instruction":"请查询中文站新闻","limit":5}'
python3 scripts/client.py native-smoke
python3 scripts/client.py session < commands.jsonl
python3 scripts/client.py session --commands-file commands.jsonl
python3 scripts/client.py session --self-check
python3 scripts/client.py session --track-tools --ledger-file /absolute/private/coverage.json --commands-file acceptance.jsonl
```
Always invoke the `client.py` distributed beside the target `server.py`; do not
resolve a similarly named client from a global skill/plugin cache. After an
install or upgrade, run `native-smoke` before an acceptance test and require
`client_version=1.8.0`, `server_version=0.6.1`,
`bundled_pair_verified=true`, and `tool_count=23`. A mismatch means the host is
loading a stale or mixed distribution; stop before any CMS call and update the
host registration or plugin copy.
Arguments may also come from `--json-file` or `--json-stdin`. The client has a
deadline, bounded I/O, suppressed child stderr, and explicit
`transport=fallback-mcp`; it never accepts credentials as options.
Use `--json-file` or `--json-stdin` for generated text, HTML, relations, and all
write inputs. Inline shell JSON is suitable only for short fixed diagnostics;
ordinary apostrophes and quoting otherwise create avoidable local parse errors
before the MCP call.
For workflows with more than one call, prefer `session`. It starts one MCP
process, initializes once, then consumes one compact JSON object per line:
```json
{"id":"1","method":"list","names_only":true}
{"id":"2","method":"call","tool":"cms_doctor","arguments":{}}
{"id":"3","method":"close"}
```
Every response is one JSON line with the same caller ID and session ID. Tool
errors and individual invalid commands are structured records and do not
terminate the session; `session_continues`, `command_index`, and `next_action`
make that recovery explicit. Every line also includes a compact
`runtime_identity` with the client/server versions, catalog size, and verified
bundled-pair status, so a weak Agent does not need to infer which installed copy
it launched. `--commands-file` is the portable alternative when
stdin piping is inconvenient. `--self-check` sends one invalid command followed
by a successful ping and clean close without CMS credentials.
CI and disposable tests may use the skill's documented environment overrides.
If a host launches each terminal command in a new process, load those overrides
and start `client.py` in the same process-launch command; a prior shell's
`source`/`export` does not persist into a later terminal invocation. Ordinary
interactive installations should use the skill's persistent per-user
configuration instead.
Use `--track-tools` only when the user explicitly requests an all-tools plugin
audit. Its `session_progress` ledger returns called/uncalled tools and
separately reports successful tools, guarded cache-policy observations, pending
human checkpoints, and tools without a functional observation.
`catalog_attempt_coverage_complete` means every name was merely attempted;
`catalog_coverage_complete` remains false for missing-argument/error probes and
becomes true only after every tool has a successful or explicitly accepted
guard-policy observation. While that explicit audit remains incomplete, the
outer `session_task_state` overrides the temptation to stop on one tool's local
completion: it marks ordinary success as one step, keeps
`safe_to_finish_catalog_audit=false`, identifies the next functionally unobserved
tool, and pauses only for a real human checkpoint or blocker. Tool-name coverage
does not by itself satisfy a comprehensive audit: `observed_outcome_counts` and
`comprehensive_scenario_gaps` separately require real/no-op update preflights,
no-op plus applied updates, relation change plus restoration, verify/publish/
unpublish, column no-op/change/restoration, and rollback preview/apply. The
audit remains unsafe to finish until those outcomes are present; final cleanup
still requires host readback. For an audit that
must cross client-process or Agent-turn boundaries, add `--ledger-file` with an
absolute path in a private directory. The strict `0600` JSON file contains only
the server/catalog identity and per-tool/outcome counters—never arguments, content,
instructions, responses, or credentials—and is atomically resumed. It also states
that ordinary content tasks do not require full-catalog coverage. Each write still
gets an isolated idempotency scope and every apply tool still performs fresh
version/preflight checks. `native-smoke` runs initialize, initialized
notification, ping, and tools/list without loading CMS credentials.
Hosts may optionally set `BJD_CMS_MCP_TRACE_FILE` to an absolute path in an
existing directory. The server creates/appends a private `0600` JSONL file and
records only operation ID, tool name, transport, an input digest, request count,
write effect, reason code, and elapsed time. It never records arguments, content,
the current user instruction, tokens, environment values, or API response data.
Tracing is off by default and does not add CMS or public HTTP requests.
## Verification
Credential-free protocol and safety regressions:
```text
python3 scripts/test-bjd-cms-mcp.py
python3 scripts/test-bjd-cms-helper.py
```
Read-only live smoke (loopback only):
```text
python3 scripts/test-bjd-cms-mcp-live.py
```
Complete write testing runs only inside the repository's disposable Compose E2E
and refuses the ordinary `127.0.0.1:18080` database:
```text
BJD_AI_E2E_MYSQL_IMAGE='mysql:8.4@sha256:<reviewed-lowercase-digest>' \
BJD_AI_E2E_DISPOSABLE=1 \
BJD_AI_E2E_WEB_IMAGE=bjd-website-web:latest \
bash scripts/test-ai-content-e2e.sh
```
`.codex-plugin/plugin.json` and `.mcp.json` are optional Codex adapter metadata.
Other Agent hosts use the same portable process contract and their own reload
lifecycle.
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