Results for “tmux”

Automate tmux, a tool for managing multiple terminal workspaces, to inspect output, send commands, monitor stalled tasks, and record logs. Coordinate multiple AI terminals with task queues, file locks, status tracking, and handoff reports.

• Inspect output and errors across multiple AI terminals
• Resume tasks waiting for confirmation
• Coordinate tasks and file locks across AI workers

Test Qwen Code through realistic keyboard interactions in tmux, a terminal session tool. Capture readable screen snapshots at each step and produce a report documenting dialogs, commands, outcomes, and observed side effects.

• Testing authentication dialogs and keyboard navigation
• Checking slash command interactions
• Reviewing intermediate screens for regressions

Inspect and control interactive command-line programs running in tmux, a terminal session manager. List sessions and panes, capture current output or history, send text and special keys, and watch for prompts or completion markers.

• Inspect output from an interactive terminal program
• Send text or special keys to a running session
• Monitor input prompts and command completion

Control interactive command-line programs through tmux by sending keystrokes, reading terminal output, and waiting for prompts. Use separate sessions to operate Python consoles or run multiple coding agents while checking their progress and results.

• Operate an interactive Python console
• Run multiple coding agents in parallel
• Wait for prompts and inspect terminal output

Coordinate multiple agents in tmux, a terminal session manager, using shared tasks and persistent messages. Assign work, monitor progress and blockers, verify worker results, and shut down the team after tasks and state updates are complete.

• Divide a task among multiple agents
• Track progress through a shared task list
• Coordinate workers with persistent messages

Control interactive command-line programs through tmux by sending keystrokes, reading terminal output, and waiting for prompts. Use separate sessions to operate Python consoles or run multiple coding agents while checking their progress and results.

• Operate an interactive Python console
• Run multiple coding agents in parallel
• Wait for prompts and inspect terminal output

組織の生きているペイン（secretary / dispatcher / worker）へ tmux で**直接入る** ための **コマンドを出力するだけ** の read-only スキル。`mcp__org-broker__list_panes`（論理ペイン） と `/usr/bin/tmux -L claude-org-broker list-panes -a`（pane_id ↔ session マッピング）を pane_id（%N）で突き合わせ、各ペインに role + name(task_id) ラベル付きの attach コマンドを 生成する（既定は読取書込 = `-r` 無し / 読取専用 `-r` はオプション / デタッチは `Ctrl-b d`）。 外側が tmux のときに今の tmux を分割してワーカー（と dispatcher）を並べる `split-window` コマンドも出す。 特定のペインの画面を直接見たい・入りたい・並べて見たい、attach コマンドを知りたいという依頼で発動。 自分で attach / split はせず・ペインも一切変更しない（コマンド文字列とペイン一覧表を表示するのみ）。 作業委譲（org-delegate）・ダッシュボードで状況一覧（org-dashboard）・watcher 停止（org-attention-stop） には発動しない。

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Build temporary OpenClaw terminal interfaces with fixed sample data and compare two to six interactive designs side by side in tmux, a terminal pane manager, using the actual rendering components without running the full application.

• Comparing onboarding screen designs
• Trying chat or selector layouts
• Comparing an existing screen with alternatives

Control a running iTerm2 workspace from the command line. Inspect processes and directories across panes, send commands, read terminal history, arrange windows and tabs, and manage preferences or tmux integration.

• Check processes and directories across panes
• Send commands and read output history
• Create split panes and restore layouts

Coordinate multiple local command-line agents through tmux sessions in an authorized workspace. This guide covers starting and stopping agents, assigning tasks, monitoring logs, and checking results, while requiring a separately installed and reviewed manager runtime.

• Running multiple local agents in parallel
• Assigning tasks to configured agents
• Following agent logs and output

Control interactive command-line tools through tmux by sending keystrokes, capturing terminal output, and waiting for prompts. Supports session management and running multiple coding agents in parallel, with helper scripts for finding sessions and detecting text.

• Operating an interactive Python session
• Waiting for prompts and reading terminal output
• Running Codex or Claude Code sessions in parallel

Create separate Git working directories for issue fixes, pull request reviews, and feature development. Optional tmux terminal sessions help manage parallel tasks, return to ongoing work, and clean up completed sessions.

• Working on several issue fixes in parallel
• Preparing a separate workspace for a pull request review
• Returning to an ongoing development session

Manage multiple local command-line agents in separate tmux sessions. Start and stop agents, assign tasks, and follow their logs, with support for scheduling recurring work through cron. Requires tmux and python3.

• Run multiple local command-line agents in parallel
• Assign tasks to individual agents
• Follow agent logs and monitor output

Customize cmux keyboard shortcuts for workflows such as tmux-style commands, Vim-style pane movement, or notification handling. It helps inspect existing bindings, apply selected changes, validate supported settings, and provide precise instructions for reverting them.

• Rebind or disable individual shortcuts
• Set up tmux-style commands or Vim-style pane movement
• Review existing shortcut overrides

Use this skill whenever the user wants to create, edit, explain, validate, or troubleshoot a proctmux.yaml/procmux.yaml file, add or change proctmux processes, configure lifecycle behavior such as stop signals/on_kill/autostart, customize unified-mode layout/keybindings/style, or enable Makefile/package.json process discovery. Use it even when the user says this casually, such as "add my dev server to proctmux", "fix this proctmux config", "write a config for these services", or "what YAML option controls focus".

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Manage coding-agent sessions across connected machines through Herdr, tmux, and MSP. See which sessions need attention, review their output, open sessions with a brief, send instructions, answer approval dialogs, and stop or close sessions.

• Find sessions waiting for approval or review
• Read another session and send follow-up instructions
• Open an agent session on a named machine

Control a running iTerm2 workspace from the command line. See what each terminal pane is doing, send commands, read current and past output, arrange windows and tabs, manage tmux integration, and change preferences.

• See what is running in every terminal pane
• Send commands and read terminal output history
• Create and restore layouts with multiple panes

Plan Claude Code agent teams by choosing team size, roles, and agent types with the tools each task needs. Preset compositions cover reviews, debugging, implementation, research, security audits, and migrations, alongside display settings for local or CI environments.

• Choose team size and roles for a development task
• Assign separate review areas to multiple agents
• Split bug investigation across competing hypotheses

Coordinate a worker agent in a tmux-based OMX Team through startup acknowledgements, task claims, status transitions, and mailbox checks. Keep task ownership, completion evidence, and idle status visible to the team.

• Coordinate startup and task assignment for an OMX Team worker
• Record task ownership and completion evidence
• Check and acknowledge team mailbox messages

Lightsail上のClaude Code tmuxセッションをSSH経由で管理。 「セッション確認」「PR同期」「tmuxの状態」等のリクエストで発動。

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Coordinate parallel AI agent sessions with dmux, a tool that manages terminal panes. Split development, research, testing, or review into separate tasks, isolate overlapping file changes, and review results before merging them.

• Running research and implementation in parallel
• Splitting database, API, and UI work across agents
• Coordinating test monitoring and fixes

Reproduce Mastra Code bugs with a real model and compare timestamped logs across network, streaming, execution, and terminal interface layers. Use the evidence to locate timing problems, incorrect token rates, flicker, or stuck status displays.

• Investigating incorrect token rate displays
• Reproducing intermittent bugs with a real model
• Tracing flicker or stuck status displays

Test Omnigent’s native Antigravity integration with a live local server and the real agy CLI. Verify messages traveling between the web interface and terminal, mirrored replies, permission requests, interruption, session resumption, and process cleanup.

• Testing message delivery from the web interface to agy
• Checking terminal output against mirrored session replies
• Verifying permission requests and interruption

Remote control tmux sessions for interactive CLIs (python, gdb, etc.) by sending keystrokes and scraping pane output. TRIGGER when user requests to "operate tmux", "split pane", "run in tmux", "interactive debug", "start REPL", or running interactive CLI commands.

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