Use for Telegram-as-me requests on this Mac: reading, sending, replying, or waiting as the user's real Telegram account. Do not use it for the normal Telegram bot channel, BotFather setup, or generic bot onboarding.
Installation
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Use for Telegram-as-me requests on this Mac: reading, sending, replying, or waiting as the user's real Telegram account. Do not use it for the normal Telegram bot channel, BotFather setup, or generic bot onboarding.
Telegram User
Use telegram-user only for Telegram-as-me flows on this machine: the user's
own Telegram account, not a bot token and not BotFather setup.
Use it when the user means:
"send from my Telegram account"
"read my real Telegram messages"
"download/transcribe a voice note from my real Telegram messages"
"wait for their reply to land in my Telegram account"
"connect or repair Telegram-as-me on this Mac"
"post this into that Telegram topic as me"
"make a Telegram topic and hand this prompt to Jarvis there"
"send this to the Telegram thread so the bot in that thread sees it"
Do not use this skill for:
the normal Telegram bot-account channel
BotFather token creation or bot onboarding
generic "set up Telegram" requests when the user really means the bot channel
Telegram Desktop UI automation
updating the user about your own progress unless they asked for a real-account
Telegram send
This skill is the Telegram analogue of the WhatsApp CLI surface: a narrow,
deterministic command layer on top of the existing in-repo MTProto backend. It
is not macOS UI automation and not a second Telegram runtime.
Bot Channel vs Telegram-as-Me
If the user says "message me", "update me", "tell me in Telegram", or asks
for a progress/status note, default to the current assistant reply or the
normal Telegram bot/status channel. That is the bot talking to the user.
If the user says "send as me", "post into the topic/thread", "open a new
Telegram topic and hand this to Jarvis", or "make the bot in that Telegram
topic aware", use Telegram-as-me. That is the user's account talking inside
Telegram.
For multi-step topic creation plus handoff, read telegram-chat-management
first when it is available; this skill owns the actual telegram-user
commands.
Automation Rule
Prefer the installed OpenClaw CLI first:
openclaw telegram-user <subcommand> ...
In packaged Jarvis, the active state is app-owned. Preserve the runtime
environment when running CLI checks: OPENCLAW_HOME,
OPENCLAW_STATE_DIR, OPENCLAW_CONFIG_PATH, OPENCLAW_LOG_DIR,
OPENCLAW_PROFILE, and OPENCLAW_LAUNCHD_LABEL. If doctor --json
reports paths under ~/.openclaw while the Jarvis runtime metadata points to
~/Library/Application Support/Jarvis/.jarvis, treat that as a wrong-runtime
probe and rerun with the active Jarvis env before saying Telegram-as-me is
missing.
Use the bundled wrapper only as a human/operator fallback when you are
already inside this repo and explicitly want the lane-local entrypoint:
skills/telegram-user/scripts/telegram-user-cli.sh <subcommand> ...
Run one command per call. Do not add shell chains, pipes, or redirection
around the wrapper unless the user explicitly asks for raw shell plumbing.
Use structured CLI filters before shell parsing. If you need to find a known
chat or message, prefer inbox --contains ..., read --contains ..., or
wait --contains ...; do not pipe Telegram JSON to grep when one of those
options fits.
Start with the cheapest truthful check:
openclaw telegram-user doctor --json
Use raw status --json only when you need the underlying state object. If
setup is not ready, doctor --json is the clearest interpreter because it
names the expected env file, expected session path, missing setup piece, and
next product step.
For broad unread triage, start with inbox discovery before picking a chat:
openclaw telegram-user inbox --json
To focus only on unread conversations, use:
openclaw telegram-user inbox --unread --json
Narrow scope with --dm-only or --limit when the user wants a lighter inbox sweep.
For a target-specific read/send workflow, prove the session first with
status --json or precheck --chat <chat> --json before write actions.
Use read --chat <chat> only after inbox triage or the user has already named
the target chat.
Before drafting a message to a specific person or chat, read the recent
conversation context for that exact target. Telegram is live chat, so never
draft from memory, stale user-provided snippets, or an earlier read when the
current thread can be checked.
When reporting the context or proposing a draft, include the exact full text
of the latest relevant inbound Telegram message(s) from the other person,
plus a concise context summary only if it helps. Do not replace the other
person's wording with only an AI summary when the actual message text is
available.
Immediately before sending any Telegram-as-me message, re-read the target
chat with read --chat <chat> --limit 5 --format compact (or the narrowest
equivalent) and compare it with the context used for the draft. If newer
relevant thread movement, inbound or outbound, changes or duplicates the
reply, stop and update the draft or ask the user before sending. This is the
same basic safety step a human would take before replying in Telegram.
If read shows media_kind for a voice/audio message, download the payload
with telegram-user download, then use the generic media transcribe
command. Do not inspect Telethon internals or write a one-off downloader.
Prefer direct repo-local execution on this machine. Do not invent a second
Python backend or wrap a third-party Telegram CLI.
When To Use
Read recent messages from a Telegram chat as the user's real account.
Download a known Telegram message media payload by chat and message id.
Transcribe downloaded Telegram voice/audio through the generic media command.
Triage broad unread Telegram activity before drilling into one chat.
Send or reply to a Telegram chat as the user's real account.
Wait for a matching reply in a Telegram DM/thread/topic-aware flow.
Check Telegram-as-me auth/session health.
When Not To Use
Normal Telegram bot-account routing in OpenClaw.
Telegram group/bot setup through BotFather.
macOS UI clicking/typing in Telegram Desktop.
Broad history sync/search features that the current telegram-user backend
does not promise yet.
Triage Pattern
For broad Telegram triage, start with inbox --json or
inbox --unread --json; add --dm-only, --limit, or --contains to keep
the first pass small.
Shortlist from chat title, unread state, latest preview, sender, timestamp,
and known priority signals before reading full chat histories.
Filter obvious noise early: bot alerts, low-signal group chatter, stale
notifications, and routine FYI messages. Deep-read only likely actionable
chats, active conversations, media-bearing messages, or ambiguous previews.
Bucket results as Urgent, Needs reply soon, Waiting on them, Schedule,
Delegate, Archive / no action, or FYI when presenting a triage pass.
State the scope and confidence: for example, "checked unread DMs, limit 10;
confidence medium because group chats were excluded."
Treat "needs reply" as an inference. Telegram previews do not prove who owes
the next turn unless you read enough context.
Before drafting or sending, read the target chat with the narrowest useful
read --chat ... --limit ... --json command and use the latest relevant
inbound text, not only a preview.
Setup Routing
If doctor --json returns missing_credentials, route through
consumer-setup.
Explain plainly that Telegram-as-me is not connected yet because this Mac
still needs the user's Telegram API credentials from my.telegram.org/apps.
If doctor --json returns missing_session, route through consumer-setup.
Explain that Telegram-as-me is not logged in yet and offer to connect it now.
If doctor --json returns awaiting_code, ask the user for the Telegram OTP
that was just sent to their Telegram app/SMS.
If doctor --json returns awaiting_password, explain that Telegram 2FA is
still required before the real-account session can be used.
If doctor --json returns needs_reauth, say the saved Telegram session is
no longer accepted and must be logged in again.
Do not use repo-local scripts/telegram-e2e/.env.local or
scripts/telegram-e2e/tmp/userbot.session as the normal consumer setup
answer. Those files are test/operator compatibility only; consumers need the
packaged Telegram User setup path.
Do not use ~/.openclaw/telegram-user as proof that packaged Jarvis is
missing Telegram-as-me. Packaged Jarvis uses the active
$OPENCLAW_STATE_DIR/telegram-user/, normally
~/Library/Application Support/Jarvis/.jarvis/telegram-user/.
If the user explicitly wants the terminal path, use the exact commands below.
Otherwise keep the explanation in product language first.
If Telegram 2FA is enabled, prefer the interactive prompt path or set
OPENCLAW_TELEGRAM_USER_LOGIN_PASSWORD in the environment.
Do not pass the Telegram account password on argv.
Re-check state after each login step:
openclaw telegram-user status --json
Default Commands
Doctor / setup-state interpreter:
openclaw telegram-user doctor --json
Status:
openclaw telegram-user status --json
Inbox overview across recent chats:
openclaw telegram-user inbox --json
Download media from a known message:
openclaw telegram-user download --chat @jarvis_tester_1_bot --message-id 52830 --output /tmp/openclaw-media --json
Transcribe the downloaded audio file:
openclaw media transcribe --file /tmp/openclaw-media/telegram-jarvis_tester_1_bot-52830.oga --json
Reply to a specific message:
openclaw telegram-user send --chat @jarvis_tester_1_bot --reply-to 12345 --message "on it" --json
Create a forum topic:
openclaw telegram-user topic-create --chat -1003783709877 --title "strategy follow-up" --json
Send into a forum topic:
openclaw telegram-user send --chat -1003783709877 --topic-anchor 12345 --message "seed prompt" --json
Delete a temporary forum topic:
openclaw telegram-user topic-delete --chat -1003783709877 --topic-anchor 12345 --json
Wait for a reply:
openclaw telegram-user wait --chat @jarvis_tester_1_bot --after-id 12345 --sender-id 67890 --json
Logout / clear local session:
openclaw telegram-user logout --json
Behavior Notes
This surface reads and writes as the user's real Telegram account.
telegram-user login persists pending login state so the caller does not
manage phone_code_hash by hand.
Use inbox for discovery and unread triage across chats.
Use read --chat only once the target chat is known.
Prefer read --format compact for agent-facing context. It returns
newest-first message rows with ids, direction, sender, reply/topic metadata,
media kind, text, and paging hints. Use raw read --json only when debugging
backend metadata.
read exposes media_kind for media-bearing messages; use download for
the payload and keep transcription generic through openclaw media transcribe.
wait is thread-aware through the existing backend semantics around
reply_to_msg_id, reply_to_top_id, and DM topic metadata.
topic-create returns topic_anchor. Use that value as --topic-anchor
(or --reply-to) when sending into the newly created Telegram forum topic.
topic-delete deletes a forum topic by explicit topic_anchor. Use it only
for temporary test topics you created or topics the user explicitly asks you
to remove.
Do not promise broad media/history search features beyond the explicit
read/download/transcribe path the CLI supports.
Safety
Require an explicit chat target and explicit message text before sending.
Confirm the intended recipient when the target is ambiguous.
Do not expose Telegram API hash, session files, OTPs, or 2FA secrets in logs
or chat transcripts.
After sending, if follow-up handling would clearly help, offer a scoped wait
or monitor for that same chat. Do not create a new monitor or imply fully
autonomous conversation driving unless the user explicitly approves the scope,
cadence or wait condition, stop condition, and whether replies should only be
drafted or can be sent.
