* chore(format): one Prettier config at the repository root Every formatting rule in this repository lived under Client/ and covered exactly two globs: Client/src/**/*.ts and Client/tests/**/*.ts. Root Markdown, all of docs/, every YAML and JSON, all CSS, the root scripts and tools/mcp-introspect were formatted by nothing. There was no .editorconfig. The obvious fix -- a second Prettier config at the root for "everything else" -- gives two configs and two ignore files that can silently disagree about the same file. So the root takes ownership instead: config, ignore file and gate move up, and Client/ folds in. Client's inline "prettier" block, its .prettierignore, its format/format:check scripts and its now-unused prettier devDependency are all deleted; knip would have failed client-check on that last one. The .prettierrc.json values are lifted byte-for-byte from Client/package.json, which is what keeps the reformat commit free of client TypeScript churn: 87 tracked files need reformatting and not one of them is under Client/src or Client/tests. .prettierignore carries only what .gitignore does not. Prettier 3 reads the root .gitignore by default, so node_modules/, dist/, coverage/, Client/src/generated/ and docs/security-findings/ need no entry. It does NOT read nested .gitignore files, which is why .remember/ is listed explicitly -- 38 untracked per-machine scratch files were otherwise able to turn a shared gate red. graphify-out/ is listed because its seven files are tracked and .graphify_labels.json is signed byte-for-byte by its .sig, so formatting it would silently invalidate the signature. check:hygiene is registered in scripts/run.mjs and folded into check and release:preflight. It deliberately contains no `gofmt -l` step: gofmt -l prints offenders and still exits 0, so it cannot fail a build. Go formatting is enforced separately. shellcheck and actionlint take their file lists from `git ls-files`, never a filesystem glob -- .claude/worktrees/ holds a gitignored pre-flatten copy of the tree with three .sh files a glob would happily lint. This commit leaves the tree non-conformant on purpose. The reformat is the next commit, so the 87-file diff is reviewable separately from the rule that caused it. Not included: editorconfig-checker. .editorconfig is the editor baseline the audit asked for; Prettier, gofmt and rustfmt already fail CI on the same indentation and newline rules, so a fourth tool checking them again is a gate with no failure mode of its own. Verified: `npx prettier --check .` names 87 tracked files and zero untracked ones; the same command listed 38 .remember/ scratch files before the ignore entry and none after. `node scripts/run.mjs --list` resolves check:hygiene to 8 shell targets and 4 workflow targets. Both package.json files parse. Refs RL-19 / L-13, S-05. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com> * chore(format): reformat the tree to the repository Prettier rules Mechanical. This commit is `npx prettier --write .` and nothing else -- the rule that caused it landed in the previous commit so this diff can be reviewed as a transformation rather than as 84 files of hunks. 84 tracked files: 54 Markdown, 7 .mjs, 7 JSON, 6 YAML, 4 .js, 3 CSS, 2 TypeScript (the two Playwright configs at Client's root, which the old Client/src + Client/tests globs never covered). No file under Client/src or Client/tests moves, because .prettierrc.json carries Client's former inline values byte-for-byte. Prettier rewrote 87 files, not 84. The three in .github/ISSUE_TEMPLATE/ had CRLF on disk and differ only in line endings, which .gitattributes (`* text=auto eol=lf`) already normalises, so their committed blobs are unchanged. Worth knowing before someone reconciles the two numbers. The largest single diff is .superpowers/findings-ledger.json at 7976 lines rewritten. That is safe to format: nothing writes the ledger programmatically -- render-ledger.mjs reads it and writes only FINDINGS.md -- so no tool will fight Prettier over its style on the next hunt. FINDINGS.md itself is ignored as generated. Verified: `npx prettier --check .` reports "All matched files use Prettier code style", so the pass is both complete and idempotent. All 7 reformatted JSON files were parsed before and after and compared as values: semantically identical, zero content changes. `node .superpowers/render-ledger.mjs --check` still reports 348 valid findings and leaves FINDINGS.md untouched. `node scripts/check-doc-counts.mjs` still passes its selftest and still agrees on 27 claims across 9 watched documents -- table realignment did not break the patterns it matches on. `node scripts/run.mjs --list` still parses. Refs RL-19 / L-13, S-05. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com> * chore(lint): enforce Go formatting in the Server linter S-05: repository-wide Go formatting was not a required gate. The only gofmt enforcement anywhere was .githooks/pre-commit, which is opt-in per clone (`npm run hooks:install`), only sees staged files, and warns-and-skips when gofmt is off PATH. The obvious fix -- a `gofmt -l` step in CI -- does not work: `gofmt -l` prints its offenders and still exits 0, so the step passes no matter what it finds. scripts/run.mjs has the same problem, which is why check:hygiene has no Go step either. So gofmt goes where it can actually fail something: Server/.golangci.yml. The file was already `version: "2"` but had no `formatters:` block at all, so the 19 enabled linters ran with zero formatters. In v2 gofmt/gofumpt/goimports moved out of `linters.enable` into their own section with its own exclusions. Adding it there means the gate reports through the Lint step of "Server Build & Test", which is already pinned as required on dev -- no new job and no new pin. Every tracked .go file is under Server/ (551 of them, one go.mod), so Server-scoped is repository-wide here. One file was genuinely misformatted: a one-space struct field alignment in Server/admin/handlers_users_broadcast_test.go, fixed in the same commit because a single line does not need its own reformat commit. Trap worth recording: `gofmt -l .` on a Windows working tree lists every file that has CRLF on disk, because gofmt normalises line endings. That reported 18 offenders here, 17 of them ghosts. The blobs are all LF -- .gitattributes forces `eol=lf` -- so CI never saw them, and the honest test is to run gofmt over `git show HEAD:<file>` rather than the working copy. Doing that across all 551 tracked Go files found exactly the one real offender above. Verified both directions with golangci-lint v2 locally: `golangci-lint run ./...` reports 0 issues on the formatted tree; appending a misformatted function to Server/auth/constants.go produces 2 gofmt findings; appending the same misformatted function to Server/db/dbgen/admin.sql.go produces 0, so the exclusion holds. Both files restored and verified clean afterwards. Refs RL-19 / L-13, S-05. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com> * fix(scripts): escape the NUL separator instead of embedding one The `tracked()` helper added earlier in this branch splits `git ls-files -z` output on NUL. The separator was written as a literal NUL byte rather than the two-character JavaScript escape, so scripts/run.mjs became a binary file: `git diff` refused to show it, `grep` reported "Binary file matches" instead of the line, and `* text=auto` in .gitattributes stops normalising line endings for a blob it detects as binary. The code worked -- splitting on a raw NUL and splitting on "\0" are the same operation -- which is exactly why this is worth fixing before it is inherited. A source file that tooling classifies as binary is a file nobody can review. Verified: zero NUL bytes remain, `grep -n "split("` now prints line 50 instead of "Binary file matches", `node scripts/run.mjs --list` still resolves the same 8 shell and 4 workflow targets, and prettier still reports the file clean. * chore(lint): enforce Rust formatting Rust had no formatting gate of any kind: no rustfmt.toml, no `cargo fmt` anywhere in CI, in scripts/run.mjs, in the Makefile or in the git hooks. Clippy was the only Rust gate, and clippy does not check layout. `cargo fmt --all -- --check` now runs in the rust-tests job, ahead of clippy: a formatting failure is cheap to produce and cheap to fix, and there is no reason to spend a clippy pass to surface one. The stable toolchain in that job requested `components: clippy` only, so rustfmt is added there. Only that job. ci.yml has a second, byte-identical `Install Rust` block in tauri-build; it stays clippy-only, because a full desktop build is the wrong place to discover a misplaced brace. No rustfmt.toml. The default profile is the point of a baseline -- a config file here would be a second opinion about style with nothing to say. Client/src-tauri is a single `[package]`, not a workspace, so `--all` is a safeguard against a future member rather than a fan-out today. Verified: `node scripts/run.mjs --list` resolves check:rust to three steps with `cargo fmt --all -- --check` first, `npm run format` now also runs `cargo fmt --all`, and prettier reports ci.yml, run.mjs and the ci-check skill clean. `cargo fmt --all -- --check` currently fails on 13 files -- that is the reformat, and it is the next commit. Refs RL-19 / L-13. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com> * chore(format): reformat the Rust crate to rustfmt defaults Mechanical. This commit is `cargo fmt --all` and nothing else; the gate that demands it landed in the previous commit so this diff is reviewable on its own. 13 of the 17 tracked .rs files, +343/-164. The crate had never been formatted, so the changes are the usual first-run set: aligned trailing comments collapsed to single spaces, single-element slice literals folded onto one line, long method chains broken across lines, closure bodies expanded into blocks. Verified: `cargo fmt --all -- --check` is clean, so the pass is complete and idempotent. `cargo clippy --all-targets -- -D warnings` finishes with no warnings, and `cargo test --lib` reports 115 passed / 0 failed -- identical to before the reformat, which is what "mechanical" has to mean for a commit that touches this much of the crate. Refs RL-19 / L-13. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com> * fix(scripts): make the root facade actually run on Windows Adding the first gate that a contributor would run from the repository root exposed two bugs in the facade, both of which made it silently wrong on the platform this project is developed on. 1. Every npm and npx step failed. bin() appends `.cmd` on Windows, but Node refuses to spawn a .cmd or .bat with shell:false -- the CVE-2024-27980 mitigation -- and fails with EINVAL and a *null* exit status. run.mjs only special-cased ENOENT, so the result was `FAILED: npx prettier --check . exited null` with nothing to explain it. check:client has three npm steps and has never been able to run here. Fixed by spawning only the npm shims through a shell. They are concatenated into a single command string rather than passed as an args array, because shell:true plus a separate array is deprecated (DEP0190) and prints a warning on every invocation; no argument in this file contains a space. 2. Every optional() step was skipped, always. onPath() shelled out to `where` on Windows, but where.exe lives in C:\WINDOWS\System32, which a Git Bash PATH does not necessarily contain -- on this machine PATH carries System32\Wbem, System32\WindowsPowerShell\v1.0 and System32\OpenSSH but not System32 itself. The probe could not start, `probe.status === 0` was false, and golangci-lint and sqlc reported as "not installed" while installed. Fixed by resolving against PATH and PATHEXT directly. No subprocess, and no dependency on which directories happen to be on PATH. A spawn error other than ENOENT now reports its code instead of surfacing as a null exit status. Verified: before, `node scripts/run.mjs check:hygiene` died with "exited null" and both optional steps printed SKIP with the tools present on PATH. After, the same command runs prettier, shellcheck and actionlint and prints "check:hygiene: passed", with no deprecation warning. `golangci-lint` is detected by the new onPath where the old one missed it. Refs RL-20 / L-14. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com> * chore(format): ignore build output that nested gitignores hide Prettier honours the root .gitignore and no other. Every build and scratch directory in this repository is ignored by a *nested* one -- Client/.gitignore, .serena/.gitignore, .superpowers/sdd/.gitignore -- so none of them were excluded from the new repository-wide gate. The effect is not subtle. Running `cargo test` once drops roughly 850 formattable files into Client/src-tauri/target/, and the hygiene gate goes from clean to "Code style issues found in 939 files". CI never sees it, because a fresh checkout has no build output; every contributor sees it on their second command. Mirrors the three nested files rather than inventing a list: dist, coverage, playwright-report, test-results, .vite, src-tauri/target and src-tauri/gen from Client/.gitignore, plus .serena/ and .superpowers/sdd/. node_modules needs no entry -- Prettier ignores it by default. Verified: `npx prettier --check .` reports "All matched files use Prettier code style" with a fully populated Client/src-tauri/target/ present on disk, and still names README.md when a misformatted table is appended to it. Refs RL-19 / L-13. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com> * chore(ci): shellcheck, actionlint, and a repository hygiene job The last two gates RL-19 asks for. Neither existed: the shell scripts were never linted, the workflows were never syntax-checked, and .githooks/pre-commit carried hand-written `# shellcheck disable=` directives that nothing had ever read. New `hygiene` job, ubuntu-only and root-scoped, modelled on docs-consistency for the same reason: every gate in it is platform-independent text analysis, and .gitattributes pins eol=lf so a second OS would only re-prove line endings. It runs `npm run check:hygiene` -- the same entry point a contributor runs, not a parallel copy of the commands. shellcheck ships in the runner image. actionlint does not, so it is pinned by version and verified by sha256: an installer script piped from a branch would be the one unverified download in a workflow file that pins every action by commit SHA. Prettier's step moves here from client-check, where it no longer belongs. Both linters found real defects. shellcheck, 3 findings in 8 scripts. Two are SC1125 errors in .githooks/pre-commit: `# shellcheck disable=SC2086 - repo paths contain no spaces` is not a valid directive. Trailing prose makes shellcheck discard the rest of the line, so neither suppression was ever in effect -- and one of the two was written earlier in this same branch, which is a fair demonstration of why the gate is worth having. The prose moves to its own line above. The third is SC2015 in start-server.sh, rewritten as an explicit if. actionlint, 5 findings, all inside `run:` blocks it shellchecks once shellcheck is on PATH. Three SC2015 in load-baseline.yml, rewritten as explicit ifs. Two SC2035 in release.yml, where `sha256sum *` should not become `sha256sum ./*`: the comment four lines above records that ParseChecksumFile exact-matches the last field, so a "./" prefix would strand every deployed server exactly as a "windows/" prefix would. `sha256sum -- *` satisfies the linter and leaves the output bytes identical. Verified all three gates in both directions with shellcheck 0.10.0 and actionlint 1.7.7 on PATH. Passing: `node scripts/run.mjs check:hygiene` prints "check:hygiene: passed" with all three steps run, not skipped. Failing: appending `bait_fn() { cat $1; }` to Server/scripts/voice-test.sh fails on SC2086; changing a runs-on to `ubunt-latest` fails on runner-label; appending a misformatted table to README.md fails prettier. All three files restored and confirmed clean afterwards. actionlint validates the new job in ci.yml itself. Refs RL-19 / L-13, S-05. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com> * docs(plans): record B1 progress through B1-3 The header still read "B1-0 is complete; B1-1 is the next step" three merged phases later. A plan that misstates where it is costs a reader the same confusion whether it is stale by one phase or three. B1-0 (#1410), B1-1 (#1411), B1-2 (#1412) and B1-3 (this branch) are done; B1-4, dependency automation, is next. Verified: `node scripts/check-doc-counts.mjs` still agrees on 27 claims across 9 watched documents -- this file is one of them -- and prettier reports it clean. * chore(ci): pin Repository Hygiene as a required check on dev The second half of S-05. Its acceptance criterion is "tree is formatted AND a fast required gate fails future drift" -- a check that runs but is not pinned lets a formatting regression merge, so the gate is not a gate until this lands. The name was read off PR #1414 with `gh pr checks` after the job reported `pass` in 26s, not copied out of ci.yml. That order matters: the B0 script records that three pinned names exist in no workflow file at all, and that a required check which never reports blocks every PR forever. Extends the existing script rather than adding a second one, per the B1 plan. Also records, in the "deliberately NOT pinned" list, that Docs & Ledger Consistency reports and passes on a dev PR yet is unpinned. That reads as an oversight from the 2026-08-25 pass rather than a decision, but it belongs to G-04, so it is documented here and not changed. NOT APPLIED YET. Running this script now would pin a check that PR #1413 cannot report -- its branch predates the hygiene job, so the job does not exist in its workflow file and the check would never arrive. Run it after #1414 merges; #1413 needs a rebase onto dev regardless. Verified: shellcheck clean, the embedded JSON parses, and `check:hygiene` passes with prettier, shellcheck and actionlint all running. Refs S-05, RL-14 / G-03. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com> --------- Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com>
14 KiB
OwnCord Introspection MCP Server
tools/mcp-introspect/ is a small Model Context Protocol
(MCP) server that lets an AI agent — Claude Code — inspect a locally running OwnCord
instance: read its logs, query any REST endpoint, and tail the desktop client's log file.
It is a development tool, not part of the shipped product. It ships no data of its own and adds nothing to the server binary — it is a thin wrapper over OwnCord's existing REST API plus the client's on-disk log.
- Code:
tools/mcp-introspect/index.mjs(one file, ~270 lines) - Runtime: Node ≥ 24, ESM. One real dependency:
@modelcontextprotocol/sdk(+zod) - Registration:
/.mcp.json(committed) and.claude/settings.local.json(local)
How it works
flowchart LR
CC["Claude Code<br/>(MCP client)"] -->|"stdio<br/>JSON-RPC"| MCP["owncord-introspect<br/>index.mjs"]
MCP -->|"Bearer API token<br/>over pinned TLS"| SRV["OwnCord server<br/>https://127.0.0.1:8443"]
SRV -->|"REST JSON / SSE"| MCP
MCP -->|"readFile"| LOG[("owncord-client.log")]
Claude Code launches index.mjs as a child process (node tools/mcp-introspect/index.mjs) and
speaks MCP over stdin/stdout. When you (or the agent) call one of its tools, the server makes a
request to the local OwnCord instance — or reads a file — and returns the result.
Authentication
OwnCord has no static API key. The only credential its API accepts is a bearer token, and until recently the only way to mint one was a username/password login. This tool instead uses a long-lived API token (added alongside this tool — see API tokens):
- You mint a token once with
server token create(writes directly to the DB, no login). - The tool sends it as
Authorization: Bearer <token>on every request (OWNCORD_API_TOKEN). - Server-side,
auth.ResolveTokenHashresolves the bearer token: it checks login sessions first (unchanged behavior), then falls back to API tokens. The token authenticates as the user it was bound to (the owner by default), inheriting that user's role — which is why it can reach/admin/api/*and the log stream.
The tool never sends an Origin header: the server treats a missing Origin as a non-browser
client and skips CSRF/Origin checks, so a headless client is never blocked on that axis.
TLS (cert pinning, not CA trust)
OwnCord serves HTTPS with a self-signed certificate that has no SAN (Subject Alternative
Name). Trusting it as a CA is not enough — hostname verification against 127.0.0.1 still fails.
So the tool uses node:https and:
- pins the exact certificate bytes (
ca: Server/data/cert.pem), and - skips hostname matching (
checkServerIdentity: () => undefined).
Identity is proven by the pin — a MITM would need the identical cert. This is the same
trust-on-first-use model the desktop client's proxy already uses. (client_logs needs neither
the token nor the cert.)
The three tools
api_request — a single generic passthrough that covers the entire REST API. It issues one
https.request to https://127.0.0.1:<port><path> with the bearer token and returns
{ status, headers, body } (body is JSON-parsed when possible, else raw text). Any HTTP method is
allowed, including destructive admin routes.
server_logs — the server keeps its last 2000 log records in an in-memory ring buffer, exposed
over Server-Sent Events (an EventSource-style stream can't send an auth header, so it's
guarded by a single-use ticket). The tool runs that flow:
sequenceDiagram
participant T as MCP tool
participant S as OwnCord server
T->>S: POST /admin/api/logs/ticket (Bearer)
S-->>T: { "ticket": "<hex>" } (single-use, 30s TTL)
T->>S: GET /admin/api/logs/stream?ticket=<hex>
S-->>T: data: {ts,level,msg,source,attrs} (backfill of ring buffer)
S-->>T: data: {...} (live records, if follow_ms > 0)
T->>T: filter by level/source, apply limit, close
With follow_ms: 0 (default) it returns after the backfill burst goes quiet; with follow_ms > 0
it keeps reading live records for that long. Filtering by level/source and the limit are
applied client-side.
client_logs — reads the desktop client's rotating log file directly
(%LOCALAPPDATA%\com.owncord.client\logs\owncord-client.log); no server involved. Returns the last
N lines with optional level/substring filtering, and degrades gracefully if the file doesn't exist
yet.
Setup
1. Install dependencies
cd tools/mcp-introspect
npm install
2. Mint an API token
cd Server
./server.exe token create --label mcp-introspect
# prints the raw token ONCE — copy it now, it is never recoverable
The token defaults to the owner account (so it can reach the admin API and log stream). Bind it
to a different user with --user <name>, or set an expiry with --expires 720h. Manage tokens with
./server.exe token list and ./server.exe token revoke <id|label>.
The running server must be built from the current source for API-token auth to work — the feature is compiled into the server binary. Rebuild (
go build -o server.exe .) and restart if needed.
3. Put the token in your environment
.mcp.json passes ${OWNCORD_API_TOKEN} through to the tool, so set it once:
setx OWNCORD_API_TOKEN <paste-raw-token> # Windows user env — open a new shell afterwards
4. Enable in Claude Code
owncord-introspect is already listed in .claude/settings.local.json under
enabledMcpjsonServers. Restart Claude Code so it picks up the new MCP server.
Verify
cd tools/mcp-introspect
npx @modelcontextprotocol/inspector node index.mjs
The three tools should appear. Call api_request with { "method": "GET", "path": "/health" } and
expect {status:200, body:{...}}.
Tool reference
api_request
| Param | Type | Notes |
|---|---|---|
method |
string | GET, POST, PATCH, PUT, DELETE |
path |
string | Path beginning with / (e.g. /admin/api/stats) or a full URL |
query |
object? | Query-string params |
body |
any? | JSON body (object or string) |
headers |
object? | Extra request headers |
Returns { status, headers, body }.
// request
{ "method": "GET", "path": "/api/v1/metrics" }
// → { "status": 200, "headers": {...}, "body": { "uptime_seconds": 1820,
// "goroutines": 42, "connected_users": 1, "voice_sessions": 0, ... } }
Useful read-only endpoints: /health, /api/v1/metrics (runtime/process stats),
/admin/api/stats (user/message/channel counts), /api/v1/diagnostics/connectivity,
/admin/api/users, /admin/api/channels, /admin/api/audit-log.
server_logs
| Param | Type | Default | Notes |
|---|---|---|---|
level |
string? | — | DEBUG | INFO | WARN | ERROR |
source |
string? | — | websocket, http, admin, auth, database, storage, updater, config, server |
limit |
number? | 500 | Max records returned |
follow_ms |
number? | 0 | 0 = backfill only; >0 = also stream live for that many ms |
Returns an array of { ts, level, msg, source, attrs } (attrs is parsed from its JSON string when present; req_id/trace_id appear inside attrs).
{ "level": "ERROR", "limit": 50 } // last 50 ERROR records from the ring buffer
{ "source": "websocket", "follow_ms": 3000 } // ws logs, backfill + 3s of live tail
client_logs
| Param | Type | Default | Notes |
|---|---|---|---|
lines |
number? | 200 | Trailing lines to return |
level |
string? | — | Keep only lines tagged [LEVEL] |
grep |
string? | — | Keep only lines containing this substring |
Returns { path, found: true, lines: [...] }, or { path, found: false, note } if the client has
not run yet.
Configuration
All optional except the token (which only the two server-backed tools need).
| Env var | Default | Purpose |
|---|---|---|
OWNCORD_API_TOKEN |
(required for api_request/server_logs) |
Bearer token from server token create. |
OWNCORD_BASE_URL |
https://127.0.0.1:<server.port> |
Override the whole base URL (e.g. a non-TLS endpoint). Port is read from Server/config.yaml. |
OWNCORD_CERT_PATH |
Server/data/cert.pem |
Self-signed cert to pin. |
OWNCORD_CLIENT_LOG |
%LOCALAPPDATA%\com.owncord.client\logs\owncord-client.log |
Desktop client log path. |
Troubleshooting
| Symptom | Cause / fix |
|---|---|
OWNCORD_API_TOKEN is not set |
Mint a token and set the env var; restart the shell/Claude Code so it's inherited. |
OwnCord cert not found at … |
Start the server once to generate Server/data/cert.pem, or set OWNCORD_CERT_PATH / OWNCORD_BASE_URL. |
api_request returns 401 |
Token missing/revoked/expired. Mint a fresh owner-bound token. |
api_request returns 403 on /admin/* |
Either the request didn't come from an allowed IP (the tool must run on the same host as the server; localhost is allowed by default), or the token's user lacks the permission that route requires — see the route table in docs/api.md. |
server_logs fails at the ticket step |
The log stream still needs ADMINISTRATOR (the widened /admin/api/* perimeter does not open it), or the server isn't the current build. |
client_logs → found: false |
The desktop client hasn't run yet, or the path differs — set OWNCORD_CLIENT_LOG. |
Security notes
- Local-only by design. The tool talks to
127.0.0.1and relies on the server's localhost admin IP gate. Do not expose it or point it at a remote host without understanding the trust model. api_requestis full read-write. It can call any endpoint with any method, including destructive admin routes (delete users/channels, restore backups, apply updates). There is no write allowlist — it relies on the operator/agent's discretion.- The API token is a real credential. It never expires by default and inherits the owner's
permissions. Keep it out of version control (it lives in your environment, not
.mcp.json), and revoke it withserver token revokeif leaked.
API tokens (server side)
The MCP tool depends on a server feature added at the same time: revocable, long-lived API
tokens. See the api_tokens table in schema.md and the server token
subcommands. Key points:
- Stored hashed (SHA-256), like sessions; the raw token is shown once at creation.
- Resolved by the same middleware as sessions (
auth.ResolveTokenHash) — sessions are matched first, so existing login behavior is unchanged; API tokens are a fallback. expires_at IS NULLmeans never expires;revoked_at IS NULLmeans active. Revocation takes effect immediately.- Kept in a separate table from
sessions, so bulk logout and the per-user session cap never affect them.