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c11-hotload

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Atualizado30 de junho de 2026 às 00:45

Hot-reload workflow for c11 development: initial setup, tagged Debug builds via reload.sh, Release variants, the debug event log, and the tagged-build reporting format. Use when building, rebuilding, or launching c11 during development.

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Stage-11-Agentics

Stage-11-Agentics/c11

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Ocupações relacionadasSOC

Baseado na classificação ocupacional SOC

Desenvolvedores de softwareInformática e Matemática·SOC 15-1252

SKILL.md

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name	c11-hotload
description	Hot-reload workflow for c11 development: initial setup, tagged Debug builds via reload.sh, Release variants, the debug event log, and the tagged-build reporting format. Use when building, rebuilding, or launching c11 during development.

c11 hotload

How to build, reload, and tail a c11 dev instance.

Initial setup

./scripts/setup.sh

Initializes submodules and builds GhosttyKit.

The tagged-build rule

Never run bare xcodebuild or open an untagged c11 DEV.app. Untagged builds share the default debug socket and bundle ID with any other agent's running instance, causing conflicts and stealing focus. Always reload with a tag:

./scripts/reload.sh --tag <your-branch-slug>

A tagged build gets its own name, bundle ID, socket, and derived data path so it runs isolated alongside anything else.

Reload variants

Command	What it does
`./scripts/reload.sh --tag <tag>`	Build and launch Debug, tagged (required tag)
`./scripts/reloadp.sh`	Build and launch Release (tears down running c11 via `pkill -x c11`)
`./scripts/reloads.sh`	Build and launch Release as "c11 STAGING" (isolated from production c11)
`./scripts/reload2.sh --tag <tag>`	Reload both Debug and Release (tag required for Debug)

Apply Release changes without killing the running app. reloadp.sh starts with pkill -x c11, which tears down every c11 pane — fatal if another agent is mid-task in a sibling pane, or if the current agent session is itself hosted inside c11. To update the .app on disk without disturbing any running process, build only:

xcodebuild -project GhosttyTabs.xcodeproj -scheme c11 -configuration Release -destination 'platform=macOS' build

macOS lets you overwrite a running app's bundle — the already-loaded binary stays in memory, and the rebuilt .app is picked up on the next manual launch (⌘Q then relaunch). Use this when collaborating with other agents or when the user explicitly asks to avoid session churn.

A rebuild-and-relaunch keeps agent resume only on a clean quit. When a reload does restart the app over a running instance, let the script's clean quit drive the teardown — do not pkill -9 / pre-kill it first. Browser and markdown surfaces restore either way, but agent terminals only resume their conversation when the prior process shut down cleanly; SIGKILL'd, they come back as bare shells.

Build-only verification (no launch)

If you only need to verify the build compiles, use a tagged derivedDataPath:

xcodebuild -project GhosttyTabs.xcodeproj -scheme c11 -configuration Debug -destination 'platform=macOS' -derivedDataPath /tmp/c11-<your-tag> build

Driving a Release/staging build over the socket

A Release/staging build (reloads.sh, or a published c11 STAGING …) binds its own socket (e.g. /tmp/c11-rel-<ver>.sock) that a CLI running in a production-c11 shell cannot write to — the writes fail even with the path pointed at it. To run c11 CLI or socket checks against such a build, run them from a terminal inside that build. For socket-level validation during development, prefer a tagged Debug build, whose socket is reachable from any shell via C11_SOCKET=/tmp/c11-debug-<tag>.sock.

QA / automation launch (suppress the startup dialogs)

A normal launch can present two blocking dialogs before the GUI is usable: the Agent Skills install/update sheet and the "Resume previous session?" picker. For automated QA they're just modals in the way. The C11_QA_LAUNCH env var suppresses both and makes the resume decision deterministic:

`C11_QA_LAUNCH`	Skill sheet	Resume picker	Session
`fresh` (or any non-`resume` value)	suppressed	suppressed	clean slate, no restore
`resume`	suppressed	suppressed	silently restores the prior session
unset / empty	may show	may show	normal interactive launch

It's read fresh each launch and never persisted, so it can't leak into a later non-QA run. Default is fresh — automation usually wants a known-empty start; resume is the deliberate opt-in.

# Tagged automation launcher — dedicated flag:
./scripts/launch-tagged-automation.sh <tag> --qa           # fresh (clean slate)
./scripts/launch-tagged-automation.sh <tag> --qa resume    # restore prior session

# Any other launch path — set the env var directly:
C11_QA_LAUNCH=fresh open "/path/to/c11 DEV <tag>.app"

The launcher unsets any inherited C11_QA_LAUNCH/CMUX_QA_LAUNCH and only sets it when --qa is passed, so a stray value in your shell can't silently flip a normal run into QA mode.

Rebuilding GhosttyKit

When rebuilding GhosttyKit.xcframework, always use Release optimizations:

cd ghostty && zig build -Demit-xcframework=true -Dxcframework-target=universal -Doptimize=ReleaseFast

Reporting a tagged reload in chat

When reporting a tagged reload result to the user, use the format for your agent type.

Claude Code (markdown link, cmd+clickable):

=======================================================
[c11 DEV <tag-name>.app](file:///Users/<user>/Library/Developer/Xcode/DerivedData/c11-<tag-name>/Build/Products/Debug/c11%20DEV%20<tag-name>.app)
=======================================================

Codex (plain text):

=======================================================
[<tag-name>: file:///Users/<user>/Library/Developer/Xcode/DerivedData/c11-<tag-name>/Build/Products/Debug/c11%20DEV%20<tag-name>.app](file:///Users/<user>/Library/Developer/Xcode/DerivedData/c11-<tag-name>/Build/Products/Debug/c11%20DEV%20<tag-name>.app)
=======================================================

Never use /tmp/c11-<tag>/... app links in chat output. If the expected DerivedData path is missing, resolve the real .app path and report that file:// URL.

Tag hygiene

Before launching a new tagged run, clean up any older tags you started in this session (quit the old tagged app, remove its /tmp socket / derived data).

Prune stale tags periodically. Each reload.sh --tag leaves ~3.5G behind in DerivedData and /tmp that nothing auto-cleans — across many iterations this consumes hundreds of GB:

./scripts/prune-tags.sh           # dry run
./scripts/prune-tags.sh --yes     # actually delete
./scripts/prune-tags.sh --keep <tag>   # protect an additional tag

Running tags are auto-protected. A weekly launchd job (scripts/launchd/com.stage11.c11-prune-tags.plist) runs --yes automatically; reach for manual prune when you want space back sooner.

Debug event log

All debug events (keys, mouse, focus, splits, tabs) go to a unified log in DEBUG builds:

tail -f "$(cat /tmp/c11-last-debug-log-path 2>/dev/null || echo /tmp/c11-debug.log)"

Untagged Debug app: /tmp/c11-debug.log
Tagged Debug app (reload.sh --tag <tag>): /tmp/c11-debug-<tag>.log
reload.sh writes the current path to /tmp/c11-last-debug-log-path
reload.sh writes the selected dev CLI path to /tmp/c11-last-cli-path
reload.sh updates /tmp/c11-cli, $HOME/.local/bin/c11-dev, and $HOME/.local/bin/cmux-dev (compat alias) to that CLI

Adding a log call

The dlog("message") free function lives in vendor/bonsplit/Sources/Bonsplit/Public/DebugEventLog.swift. The whole file is #if DEBUG, so every call site must also be wrapped in #if DEBUG / #endif. Existing event names include focus.*, tab.*, pane.*, and divider.*; grep for a nearby category before inventing a new one.