Note: The original project by Pine & Peng was abandoned, so I picked up it when it broke back in 2019.

Modifications include:

• Fixed when VS Code switched away from syntax-highlight-copy by default
• Improved performace from inlining multiple files
• Anton Palgunov added buttons for toggling transparency and shadow
• PR’s are welcome!

Polaroid for your code 📸.

MarketPlace Page

By Pine & Peng from VS Code team. Happy Coding!

You have spent countless hours finding the perfect JavaScript grammar, matching it with a sleek-looking VS Code theme, trying out all the best programming fonts.

You take three days porting over your theme before starting to use VS Code. You shell out $200 for italic cursive html attributes.

The code has to look right.

• I like and care about the shadow, padding & rounded corner of macOS’s screenshot. I want an easy way to have those nice visuals for any selection of my snippet.
• I want to hide errors, warnings, color decorators, folding markers, line numbers, scrollbar and minimap.
• It generates something decent on Windows & Linux.

Nord + Input Mono

Monokai Pro + Operator Mono

Material Theme Palenight + Fira Code

• When running out of horizontal space, try the command View: Toggle Editor Group Vertical/Horizontal Layout.

Thanks to @tsayen for making dom-to-image, which Polacode is using for generating the images.

Thanks to Dawn Labs for making Carbon that inspired Polacode.

Many color are taken from the elegant Nord theme by @arcticicestudio.

Download button animation is made with Vivus.

Contribution is extremely unwelcome. Please open an issue first so I can stop you from complicating the UX.

MIT

(C) Martin Väth (martin at mvath.de).
This project is under the GPL-2 license.
SPDX-License-Identifier: GPL-2.0-only

A grub.cfg library/example for GRUB2

The generator tool grub-mkconfig provided by GNU’s GRUB2 bootloader
is far from being optimal for many purposes.

It can be very hard to modify that generator tool to produce a reasonable
configurable menu. Instead of modifying this script, I recommend
to write the desired config directly into your boot/grub/grub.cfg
and to load a “library” of convenient functions to use from your config.

The provided boot/grub/grub-mv.cfg is such a library.
It should be mostly self-explanatory, especially when you see how
it is used in the provided boot/grub/grub.cfg.

The latter assumes that there are two ext4 partitions (sda1 and sda2)
and a further swap (suspend) partition (sda3), all on the first harddisk
with an msdos partition table, the first two partitions containing
two linux installations (one for 64 bit and one for 32 bit).
The files /boot/bzImage, /boot/bzImage.previous and /boot/bzImage.debug
are supposed to be symlinks to the current/previous/debugging kernel
of the corresponding partition.
If you compile/install the kernels with https://github.com/vaeth/kernel
these symlinks will be updated automatically.

No initramfs is supposed to be used – with the exception of
/boot/intel-uc.img so that the kernel can update
your processors microcode before starting (recommended).

Read the grub documentation if you need initramfs for another purpose
or other fancy configuration stuff.

In the example configuration also some further tools (SMB boot manager
and memtest) are supposed to be installed.

Of course, it is not really expected that this is your partition layout:
This is merily an example, and should be easy to modify.
However, even if by accident you should have exactly the same layout,
you have to modify the provided grub.cfg to set appropriate values
for PARTUUID and UUID.

yi-hack Home Assistant is a custom integration for Yi cameras (or Sonoff camera) with one of the following custom firmwares:

• yi-hack-MStar – https://github.com/roleoroleo/yi-hack-MStar
• yi-hack-Allwinner – https://github.com/roleoroleo/yi-hack-Allwinner
• yi-hack-Allwinner-v2 – https://github.com/roleoroleo/yi-hack-Allwinner-v2
• yi-hack-v5 (partial support) – https://github.com/alienatedsec/yi-hack-v5 (seems like full support with 0.4.1j release)
• sonoff-hack – https://github.com/roleoroleo/sonoff-hack

This integration is available from the Lovelace frontend without the need to configure the devices in the file configuration.yaml The wizard will connect to your cam and will install the following entities:

• ffmpeg cam with stream and snapshot capabilities
• mqtt cam with the last frame saved during a motion detection event
• mqtt binary sensor for status (connection)
• mqtt binary sensor for motion detections: human, animal, vehicle, … (*)
• mqtt binary sensor for sound detection (*)
• mqtt binary sensor for baby crying detection (*)
• media player entity useful to play Home Assistant standard tts service (*)
• switches and selects to enable/disable some cam configuration
• ptz service (*)
• speak service (only available if you install the internal tts engine from here https://github.com/roleoroleo/yi-hack-utils)

(*) available only if your cam supports it.

If you configure motion detection in your camera and media source in your home assistant installation, you will be able to view the videos in the “Media” section (left panel of the main page).

1. Home Assistant
   • MQTT Integration installed
   • Mosquitto broker add-on installed and connected to MQTT
2. Camera
   • MQTT enabled
   • Configured with MQTT Broker credentials
   • Default Topics configuration

(1) Copy the custom_components folder your configuration directory. It should look similar to this:

<config directory>/
|-- custom_components/
|   |-- yi_hack/
|       |-- translations/
|       |-- __init__.py
|       |-- binary_sensor.py
|       |-- camera.py
|       |-- config.py
|       |-- config_flow.py
|       |-- const.py
|       |-- manifest.json
|       |-- media_player.py
|       |-- media_source.py
|       |-- select.py
|       |-- services.yaml
|       |-- strings.json
|       |-- switch.py
|       |-- views.py

(2) Restart Home Assistant

(3) Configure device and entities:

• Go to Settings -> Integrations
• Click “Add Integration” in the lower-right corner
• Select “Yi Cam with yi-hack” integration

• Enter the settings to connect to the web interface of your cam: host, port, username, password and ffmpeg parameters

• Confirm and wait for the wizard completion
• Set the “Area” if you need it
• Enjoy your cam
  

If you want to add your live stream to lovelace, use this custom components: https://github.com/AlexxIT/WebRTC/

And add a simple configuration like this:

type: 'custom:webrtc-camera'
entity: camera.yi_hack_m_XXXXXX_cam
ui: true

If you have the camer setup in the motionEye Addon you can display the stream with the following:

type: picture-entity
entity: camera.camera1

The Adress to add the Cam to motionEye is visible on the “Home” webinterface page. In my case it was: rtsp://192.168.178.243/ch0_0.h264

Example for left movement

type: button
tap_action:
  action: call-service
  service: yi_hack.ptz
  target: {}
  data:
    movement: left
    entity_id: camera.yi_hack_v5_abb....
icon: mdi:arrow-left-bold-circle-outline
name: yicam_ptz_left

This component requires MQTT integration to be installed. Please be sure you added MQTT to you Home Assistant configuration.

If you want to browse mp4 files saved on your cam, add media source component to your home assistant installation. Add the linw below to your configuration file:

# Example configuration.yaml entry
media_source:

I AM NOT RESPONSIBLE FOR ANY USE OR DAMAGE THIS SOFTWARE MAY CAUSE. THIS IS INTENDED FOR EDUCATIONAL PURPOSES ONLY. USE AT YOUR OWN RISK.

If you like this project, you can buy me a beer 🙂

Click here or use the below QR code to donate via PayPal