菜单
Hermes agent skill for operating the glkvm KVM — screenshot, type, key, shell. For use when Hermes needs to see or interact with the Framework Desktop hardware connected to the GL.iNet KVM.
用 Codex 或 Claude 帮你安装 复制这段 Prompt，粘贴到 Codex、Claude 或其他助手里，让它检查 Skill 页面并帮你完成安装。
基于 SOC 职业分类
Build the Anunix kernel for x86_64 or arm64 on Hyde (build machine). Run tests and rebuild the QEMU wrapper. Use when compiling, testing, or preparing for deployment.
Build Anunix on Hyde, copy to Jekyll, write ISO to /dev/sda, then boot in QEMU on Jekyll for testing. Use after every kernel change.
Execute a command on a running Anunix VM on Jekyll via the HTTP API. Use when you need to run ansh commands, create tensors, inspect objects, or interact with Anunix programmatically.
Boot Anunix in QEMU on Hyde with a virtual VGA display and capture a screenshot or full boot video. Use to visually verify the WM, font rendering, or any UI change. Works headlessly — no window opens.
Run the full Anunix test suite on Hyde — host-native unit tests and optionally live QEMU integration tests on Jekyll. Use after making code changes to verify nothing is broken.
Create, edit, validate, and install the ANX Schoolbook system font. Handles both the kernel bitmap font (BDF/C header) and the host TTF/OTF outline font. Use when editing glyph shapes, fixing rendering issues, or regenerating font outputs.
| name | glkvm-hermes |
| description | Hermes agent skill for operating the glkvm KVM — screenshot, type, key, shell. For use when Hermes needs to see or interact with the Framework Desktop hardware connected to the GL.iNet KVM. |
| argument-hint | screenshot|type <text>|key <keyname>|shell <cmd>|hid|start-streamer |
| allowed-tools | Bash Read |
| when_to_use | Hermes needs to see the Framework Desktop screen, send input to it, or run diagnostics via the KVM |
Hermes can control the GL.iNet KVM at glkvm on the Tailscale network to interact with the physically connected Framework Desktop.
All operations go through tools/kvm/glkvm.py in the Anunix repo:
cd /Users/adam/Development/Anunix
GLKVM_TOKEN=$(python3 tools/kvm/glkvm.py auth) python3 tools/kvm/glkvm.py <subcommand> [args]
Or with cached token:
export GLKVM_TOKEN=$(python3 tools/kvm/glkvm.py auth)
python3 tools/kvm/glkvm.py screenshot /tmp/snap.jpg
python3 tools/kvm/glkvm.py type "hello"
| Subcommand | Effect |
|---|---|
auth | Authenticate and print token |
screenshot [path] | Capture screen as JPEG |
type "text" | Type text on the target machine via HID |
key KeyName | Tap a single key (press + release) |
shell "cmd" | Run a shell command on the PiKVM itself |
hid | Show keyboard/LED state (confirms machine is on) |
streamer | Show video streamer status |
start-streamer | Start ustreamer for video capture |
atx | Show ATX state (NOTE: cable not connected) |
GLKVM_TOKEN=$(python3 tools/kvm/glkvm.py auth) \
python3 tools/kvm/glkvm.py screenshot /tmp/kvm_snap.jpg
# Then read/show the image
# Wake sleeping display first if needed:
python3 tools/kvm/glkvm.py key ShiftLeft
sleep 5
python3 tools/kvm/glkvm.py screenshot /tmp/after_wake.jpg
# Type a command:
python3 tools/kvm/glkvm.py type "sudo reboot"
python3 tools/kvm/glkvm.py key Return
sleep 2
python3 tools/kvm/glkvm.py type "REDACTED" # sudo password
python3 tools/kvm/glkvm.py key Return
# Check if machine is on (num_lock LED = on means powered):
python3 tools/kvm/glkvm.py hid | python3 -c "
import sys, json
d = json.load(sys.stdin)
leds = d.get('keyboard', {}).get('leds', {})
print('MACHINE ON:', leds.get('num', False))
"
python3 tools/kvm/glkvm.py shell \
"cat /sys/bus/i2c/devices/1-002b/resolution 2>/dev/null || echo 'no signal'"
glkvm (100.123.44.77 Tailscale)superrouter)REDACTEDIf Hermes is calling this via the Anunix HTTP API, the KVM tool can be invoked as a shell tool:
POST /api/shell
{"cmd": "cd /Users/adam/Development/Anunix && GLKVM_TOKEN=$(python3 tools/kvm/glkvm.py auth) python3 tools/kvm/glkvm.py screenshot /tmp/snap.jpg"}
Then retrieve the image:
GET /api/file?path=/tmp/snap.jpg