gem-hunter
Language: Go
Metadata-driven CLI for AI Agent Bots — 48 operations across 7 domains, structured JSON envelope I/O, zero interactive prompts.
octo-cli is the command-line interface for the Octo ecosystem — a thin,
single-binary REST client designed for AI Agent Bots to call via exec
from agent runtimes (OpenClaw, Claude Code, and similar). Every invocation
emits a structured JSON envelope on stdout; errors go to stderr with a
deterministic taxonomy. There is no interactive I/O.
octo-cli is metadata-driven. The command tree is auto-registered at startup from OpenAPI 3.x specs embedded into the binary. Adding or changing an endpoint means editing a spec, not the code.
OpenAPI specs ──► Registry ──► Service Engine ──► Factory ──► Client ──► Output
(embedded) (parsed) (cobra commands) (DI) (HTTP) (envelope)
Key properties:
OCTO_API_BASE_URL.internal/cmdutil.Factory is the dependency container.
No mutable package-level globals; tests inject stubs through ConfigFunc
/ CredentialFunc / ClientFunc / RegistryFunc.| Domain | Ops | Purpose |
|---|---|---|
docs |
45 | Documents, spreadsheets, whiteboards & PPT — lifecycle, full-text search, body content, worksheet discovery and scoped/paged reads, sheet edits (atomic replace, conditional formats, split/deduplication), board scenes, members, comments, versions, attachments |
html |
22 | Interactive HTML documents (octo-doc, separate backend from docs) — read source with its version, publish immutable versions, drafts, per-doc share codes & per-uid grants, media assets, inline comments, agent element read/replace |
drive |
46 | Network drive — spaces & members, folder/file tree, full-text search, single-part and resumable-style multipart blob upload, signed download, online-document mounts, share links, invites, IM-attachment transfer. Six hand-written composites bring the command tree to 49 leaves |
matter |
14 | Todos/tasks — temporarily withheld while the backend API stabilizes |
summary |
4 | Personal-bot summaries — create owner-only summaries from explicit sources, then discover/read/cite. Temporarily withheld while the create backend (Mininglamp-OSS/octo-smart-summary#181) is merged, deployed, and enabled |
group |
9 | Groups — list, get, members, metadata; create/update (User Bot) |
thread |
8 | Threads — create, list, get, members, join/leave, metadata |
bot |
6 | Bot lifecycle — register, user-info, space-members, heartbeat |
message |
10 | Messaging — send, edit, sync, read-receipt; search (search/all/files/media/around/groups, in-channel or cross-channel) |
file |
4 | Files — upload, download, credentials, presigned URLs |
event |
2 | Event polling — list, ack |
loop |
126 | Fleet control plane — tasks and assignees, Loop projects/resources, Project member rosters, experts, expert teams, workspaces, runtimes, skills, automations, and attachments |
For Node-based agent runtimes (OpenClaw, etc.):
npm install -g @mininglamp-oss/octo-cli
# Or use the global package manager for your runtime:
bun install -g @mininglamp-oss/octo-cli
pnpm add -g @mininglamp-oss/octo-cliThe npm package resolves the matching platform sub-package, which already contains the prebuilt binary. Install does not download binaries from GitHub.
go install github.com/Mininglamp-OSS/octo-cli/cmd/octo-cli@latest
brew install Mininglamp-OSS/tap/octo-cli
Download the latest binary for your platform from GitHub Releases:
# Archives are named octo-cli_<version>_<os>_<arch>.tar.gz for every platform, # including Windows. Pick the one for your platform and substitute <version> # (e.g. 0.5.0): curl -LO https://github.com/Mininglamp-OSS/octo-cli/releases/download/v<version>/octo-cli_<version>_linux_amd64.tar.gz tar xzf octo-cli_<version>_linux_amd64.tar.gz sudo mv octo-cli /usr/local/bin/
Windows release archives are .tar.gz as well; Windows 10+ includes tar.exe.
curl -fsSL https://raw.githubusercontent.com/Mininglamp-OSS/octo-cli/main/install.sh | shocto-cli upgrade --dry-run octo-cli upgrade
upgrade identifies the npm, Bun or pnpm installation that owns the invoked
command and updates it to the configured registry's stable latest release.
An equal or newer installed version is a successful no-op. It verifies the
installed package, platform binary and command before reporting success.
Updates enable optional dependencies for npm/pnpm and explicitly install Bun's matching platform package, because its executable is required to run the CLI.
Registry mirrors, scoped registries and authentication use the owning manager's
native settings: npm's user/global .npmrc and environment, Bun's supported
.npmrc and global .bunfig.toml, or pnpm's native configuration. The invoking
project's registry settings do not redirect the upgrade.
Dry run checks local ownership without contacting a registry or installing.
Upgrade requires no Octo credentials and preserves --format / --jq.
Use the original installation method for raw binaries, go install, project-local
or temporary installs. Loop task mode does not allow upgrades. Package-manager
failures stop the command; an installation failure can leave partially changed
files, so inspect the structured error before retrying.
# Authenticate as a bot (`OCTO_BOT_TOKEN` remains a compatible alias). export OCTO_TOKEN="bf_your_user_bot_token" # Optional for test or self-hosted deployments; production is the default. # export OCTO_API_BASE_URL="https://im-test.deepminer.com.cn" # NOTE: the `matter` domain is temporarily withheld (backend API stabilizing). # Messaging octo-cli message send --data '{"channel_id":"chat-1","channel_type":1,"payload":{"type":1,"content":"hi"}}' octo-cli message edit --data '{"message_id":"m-1","channel_id":"chat-1","channel_type":1,"content_edit":"{\"type\":1,\"content\":\"updated\"}"}' # Message search (User Bot bf_ or user API key uk_ token; App Bot app_ is rejected locally). octo-cli message search --chat-id chat-1 --keyword "quarterly report" # in-channel octo-cli message search --keyword "quarterly report" # cross-channel (mixed feed) octo-cli message search files --chat-id chat-1 --keyword "*.pdf" # files in a channel octo-cli message search groups --keyword "quarterly report" # which channels matched (L1) octo-cli message search all --keyword "budget" --on-behalf-of u-alice # OBO: as a real person # Groups and threads octo-cli group list octo-cli group members group-abc octo-cli thread list group-abc octo-cli thread create group-abc --name "design review" # Files octo-cli file upload --file ./report.pdf octo-cli file download abc123 --jq '.data.url' # Drive — the server chooses single-part or multipart upload; the same command # handles both. Its single prepare request declares multipart-v1; the server # returns `single` below its threshold or a multipart snapshot above it. # Multipart progress goes to stderr. octo-cli drive upload file ./large.bin --space-id <drive-space-id> # Agent Mail — policy-aware send; the server may accept it or save a Draft # depending on the mailbox's current outbound mode. octo-cli mail message send-intent \ --to recipient@example.com --subject "Status update" --text "Ready." \ --idempotency-key "send-example-001" octo-cli mail thread get T123 octo-cli mail draft list # Draft update replaces the entire Draft. Read it first and resend every field # that must remain; omitted cc/bcc/text/html/attachments are removed. octo-cli mail message read E123 octo-cli mail draft update E123 --draft-version 1 \ --to recipient@example.com --cc teammate@example.com \ --bcc archive@example.com --subject "Updated draft" --text "Updated body" # Retaining attachments requires a complete attachments array containing the # exact base64 content, supplied through --data. # Send an ordinary human-authored Draft without --draft-version. octo-cli mail draft send E120 # Send an Agent-prepared Draft with its current version. octo-cli mail draft send E124 --draft-version 2 octo-cli mail draft delete E125 # Docs — create/list/search, then read and incrementally edit the live body. octo-cli docs create --title "Design notes" octo-cli docs list --sort updatedAt:desc octo-cli docs search --keyword "quarterly plan" --doc-type doc --page-all octo-cli docs get doc-123 octo-cli docs content get doc-123 # returns the body + base version token octo-cli docs import doc-123 --file ./notes.md # replaces a doc from .md/.markdown/.docx octo-cli docs export doc-123 --export-format pdf -o ./notes.pdf # PPT: use the dedicated live revision API; preserve all fields when editing. octo-cli docs create --docType html_ppt --title "Quarterly Review" --templateId signal --idempotency-key <unique-key> # Native gallery: signal, terra, orbital, picnic; requires the matching backend catalogue. # The server clones a template; the agent fills it through docs ppt get/edit (see skills/octo-docs/ppt.md). octo-cli docs ppt get ppt-7 octo-cli docs ppt edit ppt-7 --data @edit.json # {"baseRevision":7,"deck":{...}} octo-cli docs ppt get ppt-7 # read back to verify the change octo-cli docs ppt export ppt-7 --file-format html --output slides.html # Anchors, comment replies, versions and restore: skills/octo-docs/ppt.md. # Boards: portable export and point/element comments. octo-cli docs scene export board-7 --image-format excalidraw -o ./board.excalidraw octo-cli docs comments add board-7 --body "Review this" --point 120,240 # For --element-id anchors, dry-run still reads the live board scene to resolve geometry. octo-cli docs members set doc-123 --uid u-1 --role writer # Member mutations are Space-qualified. Set defaults to the authenticated Bot # Space when omitted; removal always requires the exact principal Space. octo-cli docs members set doc-123 --uid u-1 --role writer --principal-space-id space-2 octo-cli docs members remove doc-123 u-1 --principal-space-id space-2 # Fleet/Loop uses the same gateway under /fleet/api/v1. octo-cli loop task list --workspace-id <workspace-uuid> # Multica-style assignment: --to accepts a name with an optional leading @; use --to-id for a complete ID. # Automatic name/ID lookup reads at most 10 pages per roster; use explicit typed fields for larger rosters. octo-cli loop task assign TASK-42 --workspace-id <workspace-uuid> --to "@Alice" octo-cli loop task assign TASK-42 --workspace-id <workspace-uuid> --to-id <member-or-expert-or-team-id> --suppress-run octo-cli loop task assign TASK-42 --workspace-id <workspace-uuid> --unassign octo-cli loop task create --workspace-id <workspace-uuid> --title "Example" --assignee "Alice" octo-cli loop task update TASK-42 --workspace-id <workspace-uuid> --assignee-type expert --assignee-id <expert-uuid> octo-cli loop task update TASK-42 --workspace-id <workspace-uuid> \ --assignee-type member --assignee-member-id <project-member-id> --suppress-run octo-cli loop task list --workspace-id <workspace-uuid> --assignee "Alice" # ID filters go directly to Loop, so historical assignees remain searchable. octo-cli loop task list --workspace-id <workspace-uuid> --assignee-id <expert-or-team-or-native-member-uuid> octo-cli loop task list --workspace-id <workspace-uuid> --assignee-member-id <project-member-id> # Project members use Fleet authorization, including its verified Bot-owner fallback. octo-cli loop workspace member list <project-uuid> # Alternatively select the Project with --workspace-id; results are in .data[]. octo-cli loop workspace member list --workspace-id <project-uuid> --page 2 --page-size 50 # Existing flags still work for offsets aligned to the page size. octo-cli loop workspace member list --workspace-id <project-uuid> --limit 50 --offset 50 octo-cli docs comments add doc-123 --data '{"body":"looks good"}' # HTML documents registered in docs-backend use the same search endpoint. # Resolve a hit's HTML document reference with docs get, then continue in the separate html domain. octo-cli docs search --keyword "interactive roadmap" --doc-type html --page-all octo-cli docs get html-doc-id # returns octoDocSlug for HTML documents octo-cli html get <octoDocSlug> # Spreadsheets — read the live cells + base version, then batch-edit under If-Match. octo-cli docs sheet get sheet-9 # whole sheet + rules + base version token octo-cli docs sheet list sheet-9 octo-cli docs sheet get sheet-9 --sheet-name "Sales" --limit 500 octo-cli docs sheet get sheet-9 --sheet-id sales --limit 500 octo-cli docs sheet get sheet-9 --cursor '<nextCursor>' --limit 500 octo-cli docs sheet split sheet-9 --base-version '<token>' --data '{"logicalId":"default","delimiter":",","range":{"startRow":0,"endRow":9,"startColumn":0,"endColumn":0}}' octo-cli docs sheet deduplicate sheet-9 --base-version '<token>' --header --data '{"logicalId":"default","range":{"startRow":0,"endRow":9,"startColumn":0,"endColumn":3}}' octo-cli docs import sheet-9 --file ./report.xlsx # imports the first visible worksheet octo-cli docs export sheet-9 --export-format xlsx -o ./report.xlsx octo-cli docs sheet get sheet-9 --limit 500 # page a large sheet; follow --cursor <nextCursor> octo-cli docs sheet edit sheet-9 --base-version "<token>" \ --data '{"cells":{"default!0:0":{"v":"hi"},"default!1:0":null}}' # Structurally add/remove rows or columns and shift affected resources atomically. # Coordinates are zero-based. The server refuses formula-bearing workbooks. octo-cli docs sheet rows insert sheet-9 --base-version "<token>" \ --logical-id default --after-row 9 --count 5 octo-cli docs sheet rows delete sheet-9 --base-version "<token>" \ --logical-id default --start-row 10 --count 5 octo-cli docs sheet columns insert sheet-9 --base-version "<token>" \ --logical-id default --after-column 3 --count 2 octo-cli docs sheet columns delete sheet-9 --base-version "<token>" \ --logical-id default --start-column 4 --count 2 # Create a checkbox in A2 on a sheet that has no other validation rules. # dataValidations.default replaces that sheet's complete rule set: otherwise first # read sheetDataValidations and include every existing rule you need to keep. octo-cli docs sheet edit sheet-9 --base-version "<token>" \ --data '{"cells":{"default!1:0":{"v":0}},"dataValidations":{"default":[{"uid":"checkbox-a2","type":"checkbox","formula1":"1","formula2":"0","ranges":[{"startRow":1,"startColumn":0,"endRow":1,"endColumn":0}]}]}}' # Whiteboards — read the live scene + base version, then upsert/delete elements under If-Match. octo-cli docs scene get board-7 # elements (z-order) + files + base version token octo-cli docs scene edit board-7 --base-version "<token>" \ --data '{"elements":[{"id":"e1","type":"rectangle","version":4}],"deletedElementIds":["e2"],"files":{}}' octo-cli docs import board-7 --file ./board.excalidraw # merge (default): preserves existing elements octo-cli docs import board-7 --file ./board.excalidraw --mode replace # explicit overwrite; backend safety snapshot + concurrency protection octo-cli docs export board-7 --export-format png -o ./board.png # HTML docs (octo-doc) — a SEPARATE backend from `docs`. Publish self-contained # interactive HTML as immutable versions, then edit a single stamped artifact. # Rollout: the HTML backend will be deployed first. Release this CLI workflow # and updated skills only after octo-docs-html#34 is deployed and verified on # every HTML-serving instance, after the backend rollout has completed. # Canonical create has no doc reference: omit --slug. The CLI generates a key. octo-cli html publish --html '<h1>hi</h1>' \ --mount-type group --group-no <group_no> --data '{"meta":{"title":"Launch page"}}' # Save data.slug from the publish response. For a new document data.slug == data.doc_id, mounted or # unmounted. Every later operation uses data.slug. Old documents keep their legacy # slug as data.slug; do not infer this from mount_type or doc_id being non-empty. # Read the latest HTML and its matching version before editing. octo-cli html source <doc-ref> # data: {slug, version, html} # If source returns a route-level 404 but html get can read the same reference, the # document exists; check backend deployment/routing and stop the update. # Metadata cannot replace source. Do not create a replacement or publish # without a version to work around an unavailable source endpoint. # Edit data.html; if data.version was 1, publish version 2. octo-cli html publish --slug <doc-ref> --version 2 --html "$(cat edited.html)" # Omit --idempotency-key on updates. On version_conflict/version_required, the # bot rereads, merges and republishes within the same task (up to 3 recovery # attempts); never only increase --version and resend stale HTML. # Never invent a reference: an unknown legacy slug does not create a canonical # document and will not appear in the sidebar file list. octo-cli html list octo-cli html versions <doc-ref> octo-cli html draft create --html '<h1>wip</h1>' octo-cli html draft save <doc-ref> --data '{"html":"<h1>wip</h1>"}' # then: html draft promote <doc-ref> octo-cli html share <doc-ref> # mint a reader share code octo-cli html grant add <doc-ref> --data '{"uid":"u-1"}' # per-uid authorization octo-cli html element get --slug <doc-ref> --aid <content-hash> # wire flag remains named slug octo-cli html element replace --slug <doc-ref> --aid <content-hash> --new-html '<p>new</p>' # Discover the API — fully offline, specs are embedded. octo-cli schema --list # all operations across all domains octo-cli schema --list message # operations in one domain octo-cli schema message.send # request/response schema for one op octo-cli config show # resolved config (token masked) octo-cli auth update --api-base-url https://octo.example # persist endpoint for the active profile (wins over OCTO_API_BASE_URL) octo-cli auth update --clear-api-base-url # remove the stored endpoint; env or default applies # Generic passthrough for ops that aren't auto-registered. octo-cli api GET /v1/messages --params '{"chat_id":"chat-1"}' octo-cli api POST /v1/messages --data @body.json octo-cli api GET /fleet/api/v1/custom --workspace-id <workspace-uuid>
octo-cli is bot-only — there is no interactive user login. The token comes
from OCTO_TOKEN (preferred) or OCTO_BOT_TOKEN, and carries an App Bot
(app_*), a User Bot (bf_*), a user API key (uk_*, a real-person
identity used for message search and drive), or a short-lived Loop task
credential (octo_loop_*):
| Prefix | Type | DM | Group read | Group write | Thread | Voice | Search |
|---|---|---|---|---|---|---|---|
app_* |
App Bot | yes | yes | no | no | no | no |
bf_* |
User Bot | yes | yes | yes | yes | yes | yes |
uk_* |
User API key | — | — | — | — | — | yes |
octo_loop_* |
Loop task credential | Fleet policy | Fleet policy | Fleet policy | — | — | — |
(drive accepts all three prefixes: uk_* acts as the real person, bf_* /
app_* as the bot. A bot still has to be added as a member of a shared drive
space, exactly like a person.)
The CLI does not enforce capability locally; the backend rejects unsupported
operations with FORBIDDEN. Two local exceptions: an app_* token running
message search, and a credential whose kind a domain's spec does not allow
(TOKEN_KIND_NOT_ALLOWED) — both are validation errors raised before any
request. uk_* tokens are routed to /v1/user/*; a bf_* token can search as
a real person with --on-behalf-of <uid> (OBO, requires an active grant).
Outside task mode, explicit CLI profile selectors win first. Otherwise, environment credentials override implicit stored profiles; the two environment names have identical semantics and differ only in priority:
| Priority | Source | Notes |
|---|---|---|
| 1 | --bot-id / --profile |
Explicit stored-profile selector; fails closed if it does not match |
| 2 | OCTO_TOKEN |
Canonical environment variable; accepts every supported credential kind |
| 3 | OCTO_BOT_TOKEN |
Fully compatible legacy alias |
| 4 | stored profile | Selected by OCTO_BOT_ID, or selected implicitly when it is the only profile |
OCTO_TOKEN lets you run a single command as a different identity without
disturbing an existing setup:
OCTO_TOKEN="$BOT_TOKEN" octo-cli message syncThe success envelope's identity.source names the variable actually used
(env:OCTO_TOKEN or env:OCTO_BOT_TOKEN), so a mix-up is visible.
All backend services are accessed through a single API base URL.
The value is a gateway origin (http(s)://host[:port]) rather than a
service-specific path; query strings, fragments, credentials, and API paths are
rejected. Precedence is the active profile's api_base_url, then
OCTO_API_BASE_URL, then https://im.deepminer.com.cn; config show and
auth status report the winning layer as api_base_url_source
(profile, env, or default).
| Var | Purpose |
|---|---|
OCTO_TOKEN |
Canonical token variable (app_*, bf_*, uk_*, or octo_loop_*); wins over OCTO_BOT_TOKEN. |
OCTO_BOT_TOKEN |
Fully compatible legacy alias; used when OCTO_TOKEN is unset. |
OCTO_TASK_TOKEN |
Dedicated daemon-issued task credential; read only when task mode is explicitly selected. |
OCTO_CREDENTIAL_MODE |
Set to task for one task-workflow invocation; unset for ordinary authentication. |
OCTO_API_BASE_URL |
API base URL for environment credentials or profiles that record none; defaults to https://im.deepminer.com.cn. |
OCTO_BOT_ID |
Select a stored profile by robot id when no environment credential is set. |
OCTO_CONFIG_DIR |
Override the config/credential directory (default ~/.octo-cli). |
OCTO_SPACE_ID |
Space context for platform-scoped bots. |
OCTO_FORMAT |
Default output format (json | table | csv | ndjson). |
The daemon provides OCTO_TASK_TOKEN to its task process without selecting a
default credential mode or placing the task credential in OCTO_TOKEN /
OCTO_BOT_TOKEN. The agent selects task mode for each task-workflow call:
# Task workflow and collaboration use the identity of this execution. OCTO_CREDENTIAL_MODE=task "$OCTO_CLI_PATH" loop task get <task-id> --workspace-id <workspace-id> # Independent business operations keep ordinary authentication. "$OCTO_CLI_PATH" docs list
Task mode reads only OCTO_TASK_TOKEN. A missing or blank task token fails
without falling back to other environment variables or stored profiles.
The CLI does not infer the authenticated principal from the token's prefix;
Fleet verifies the bearer and enforces its bindings and actions. Ordinary mode
ignores OCTO_TASK_TOKEN and preserves the existing credential precedence.
Task mode retains its existing Loop command boundary and offline discovery
commands. auth, config, api, native services, --profile, --bot-id,
OCTO_BOT_ID, and --space remain unavailable in task mode. It discards native
OCTO_SPACE_ID; workspace-scoped Loop calls use --workspace-id.
The daemon's task prompts explain when to use each identity and include
per-invocation task mode in workflow examples. Do not export mode for an entire
session or switch identities to retry an authentication failure. Independent
business calls use their ordinary, separately authorized credentials.
On Windows, the generated PowerShell task examples restore the previous mode
in finally after the invocation.
Upgrade the CLI and daemon together: older task-token aliases are not accepted by the updated task mode. Credential mode is a selection policy, not a filesystem sandbox; host-file access remains a separate isolation concern.
Every successful invocation prints a JSON envelope on stdout:
{
"ok": true,
"identity": "bot",
"data": { ... },
"_pagination": { "has_more": true, "next_cursor": "..." },
"_rate_limit": { "remaining": 99, "reset": 1730000000 }
}Every failure prints an error envelope on stderr and exits non-zero:
{
"ok": false,
"error": {
"type": "validation",
"code": "VALIDATION_ERROR",
"message": "title is required",
"hint": "check params with `octo-cli schema <op>`",
"detail": { ... }
}
}Exit codes: 3 auth, 2 validation/config, 1 everything else.
Some failures are raised locally, before any request is sent: a missing required
body field or one violating minItems (VALIDATION_ERROR), a value outside a
spec-declared enum (ENUM_NOT_ALLOWED), and a malformed or out-of-range
uint64 id. These checks apply to the whole resolved body — promoted flags and
--data alike — and to query parameters, so a bad value costs no round trip.
| Flag | Purpose |
|---|---|
--format |
json (default) | table | csv | ndjson |
--jq, -q |
Apply a jq expression to the envelope before formatting |
--dry-run |
Print the resolved request instead of sending it |
--verbose |
Log request/response trace to stderr |
--timeout |
Per-request deadline, e.g. 30s, 2m |
--no-retry |
Disable retry on transient failures |
--space |
Override OCTO_SPACE_ID for one call |
--page-all |
Walk pages until has_more=false, emit one merged array |
--page-limit |
Hard cap on pages fetched with --page-all (default 10) |
# Dry-run to inspect the resolved request — no side effects. octo-cli message send --data '{"channel_id":"chat-1","channel_type":1,"payload":{"type":1,"content":"Hello"}}' --dry-run # Extract a single field with jq. octo-cli group list --jq '.data[0].id' # Auto-paginate any list operation that reports a cursor. octo-cli group list --page-all --page-limit 20 # Tabular output for human eyes. octo-cli group list --format table
Machine-readable usage docs for AI Agents live under skills/:
octo-shared — fundamentals (auth,
output, flags, error taxonomy). Load first.octo-matter — matter (todo/task) domain. Temporarily withheld while the
backend API stabilizes (not listed by octo-cli skills).octo-messaging — messages, groups,
threads, event polling.octo-files — files and bot housekeeping.octo-drive — network drive: spaces and
members, folder/file tree, upload/download, online-document mounts, share
links, invites, IM-attachment transfer.octo-docs — documents: lifecycle plus
progressive-disclosure references. SKILL.md is a slim router; task detail
lives in sibling files loaded on demand: sheet.md (spreadsheets), doc.md
(rich-text body), board.md (whiteboard), ppt.md (slides), and common.md (comments,
versions, members/sharing, attachments).octo-marketplace — search, install,
publish, and update Marketplace Skills and MCP server listings, plus Experts
(专家) and Squads (专家团).octo-html — HTML docs (octo-doc, a
separate backend from octo-docs): publish immutable versions, drafts,
share codes & per-uid grants, media assets, inline comments, agent element
read/replace.octo-mail — Agent Mail authorization,
mailbox access, message handling, drafts, attachments, and delivery status.octo-summary — create owner-only summaries
from explicit sources, then discover, read, and cite summaries visible to the
personal Agent's human owner. Temporarily withheld while the create
backend (Mininglamp-OSS/octo-smart-summary#181) is merged, deployed, and enabled
(not listed by octo-cli skills).These docs are also embedded in the binary, so a released octo-cli ships them:
octo-cli skills # list embedded skills octo-cli skills octo-mail # load the official Agent Mail guide octo-cli skills octo-docs # print one skill (SKILL.md + its references) octo-cli skills --install ~/.config/octo/skills # write every skill (SKILL.md + references) to a dir
octo-cli completion bash > /etc/bash_completion.d/octo-cli octo-cli completion zsh > "${fpath[1]}/_octo-cli" octo-cli completion fish > ~/.config/fish/completions/octo-cli.fish
See CONTRIBUTING.md. TL;DR: add or change an endpoint
by editing a spec in internal/registry/specs/, not Go code.
Local release tooling and example-only configuration are documented in Optional COS publishing. COS uploads are opt-in; existing release channels remain unchanged.