Simplify task automation with an arduino and some 3D printing. This lets you create shortcuts and run them at the press of a button, customizable through a YAML config file.

No device? No problem! You can still click on the buttons to run the macros.

Here's what the GUI looks like, you can click the buttons to run the macro, or use the arduino to press them.

Most of my keybinds are for an FPS shooter, for example typing "gg" in the chat.

• Mini Macro Pad (go-mmp)
  • What kind of macros can you make?
    • You can add multiple "actions" to a macro
  • Hardware
  • 3D Printed housing
  • Getting started
    • Don't have an arduino but still want to run macros?
    • CLI Usage:
  • Actions:
    • The following Actions are available:
      • PressRelease
      • Press
      • Release
      • SendText
      • Shortcut
      • Delay
      • Repeat
  • Building
    • Installing binary version
    • Get the code
    • Build the code
  • Docs / References:
  • LICENSE

What kind of macros can you make?

• Shortcuts:
  • CTRL + C, CTRL + V, etc.
• Press whatever key you want, as long as it's in the list.
  • Skip song, type "enter", etc.
• Repeat keypresses (or mouse button presses)
  • Playing cookie clicker? Press your macro to repeatedly press your mouse button down until you click the macro again
• Whatever you can think of, feel free to submit PRs!

You can add multiple "actions" to a macro

If you want a single button to type "ggez" for you in VALORANT or CS, you can!

• You just need to add 3 actions:
  • Shortcut: shift+enter
  • SendText: ggez
  • PressRelease: enter

Hardware

You'll need an arduino with some buttons. I'm using a Teensy LC, but you could use an Arduino Micro or ESP32.

Pic of mine below:

Wiring under the hood

3D Printed housing

There are many available, but if you like the one I designed, check out my thangs.com profile.

Getting started

• You'll need an arduino/serial based device that sends [0-9] numbers over a serial connection.
  • See arduino-mmp.ino source code to see how I did this.
  • Connecting and understanding baudrate, etc. is out of the scope of this guide.
• Download the app
  • Download go-mmp.exe
  • Build from source
• Double click the go-mmp.exe file
• It will generate a config for you at $HOME/mmpConfig.yml
  • e.g. C:\Users\ssebs\mmpConfig.yml or /home/ssebs/mmpConfig.yml
  • You can see what will be generated by looking at the defaulyConfig.yml file
    • Take a look here to see what the file format should look like
  • You can edit this config from a text editor like Notepad, VSCode, or vim
    • All config changes must be made in this file, this is how you create macros
    • If someone would like to create a GUI based editor, please feel free 😁
    • If you want to choose a specific config file, you can use the --path CLI flag.
• In the config file, this is where you configure:
  • The MacroPad's layout (3x3 buttons)
  • The serial device info (portname, buad, etc)
    • You'll need to find out what the Serial port name is
  • The Macros themselves
    • The digit is used to position the macros, so keep the 1,2,3,4... for each macro you want.
    • Name:
      • This is what shows up on the buttons in the GUI. You can use emojis here.
    • Actions:
      • List of Actions, see Actions section below
• When you press a button on the Arduino based MacroPad, it should run the macro.
• You can also click the button in the UI to run the macro.

Don't have an arduino but still want to run macros?

You can still run this in GUI only mode, but you'll need to open up a CLI terminal

Open a terminal to where the go-mmp.exe file is

• Run PS> go-mmp.exe --mode GUIOnly and hit enter.

CLI Usage:

Not sure why, but the print statements stop working after I export to exe, so no help message.

Usage of go-mmp.exe:
  -m, --mode           GUI Mode, defaults to 'NORMAL', use 'GUIOnly' to run without a serial device.
  -p, --path string    Path to your mmpConfig.yml. If used with reset-config, the specifified file will be reset. (default "mmpConfig.yml")
  -r, --reset-config   Reset your ~/mmpConfig.yml file to default. If using config-path, reset that file.

Actions:

All the available actions are listed below, the format is:

Actions:
  - FuncName: parameter

Example Actions:

Actions:
  - Shortcut: SHIFT+ENTER
  - SendText: ggez
  - PressRelease: enter

The following Actions are available:

The keyname must be found in https://github.com/go-vgo/robotgo/blob/master/docs/keys.md#keys, or if it's a mouse button then it should be "LMB", "RMB", "MMB"

PressRelease

• e.g. enter, a, alt, LMB
• Press and release a key or mouse button.

Press

• e.g. enter, a, alt, LMB
• Press and hold a key, to release a key use "Release".

Release

• e.g. enter, a, alt, LMB
• Release a key from being held.

SendText

• e.g. ggez, Thanks, ssebs, git-gud
• Type out text from the keyboard.

Shortcut

• e.g. CTRL+SHIFT+ESC, CMD+C, CMD+R
  • Hotkey sequence, split up by "+" chars. All keys between the "+"'s will be pressed at the same time.
  • NOTE: The "Windows" button is "CMD", same for the "Command" button on a Mac.
• Run a shortcut by typing multiple keys at once.

Delay

• e.g. 10ms
• You must enter a duration string. A duration string is a possibly signed sequence of decimal numbers, each with optional fraction and a unit suffix, such as "300ms", "-1.5h" or "2h45m". Valid time units are "ns", "us" (or "µs"), "ms", "s", "m", "h".
  • This will add a delay of the time you select.
  • This is useful if your set of actions are too fast and you need to slow them down.

Repeat

• e.g. LMB+50ms, z+500ms
  • KeyName + delay sequence, split up by "+" chars. Only 1 "+" is allowed, so you MUST only put 1 key/mouse button on the left, and a duration string on the right.
• Press and repeat a key or mouse button over and over with the delay between each press.
  • The delay must be formatted as a duration string like above.

Building

Installing binary version

• Download latest release from https://github.com/ssebs/go-mmp/releases
  • Download either the .exe.zip for Windows or .tar.xz if you're on Linux.
• If you have fyne installed and setup, you can run
  • go install github.com/ssebs/go-mmp@latest

Get the code

• Source:
  • Git clone https://github.com/ssebs/go-mmp
    • Install Golang
    • Follow the install docs at https://docs.fyne.io/started/
      • This takes a while but is required to get this working.
    • If running on linux, add yourself to the dialout group
      • sudo usermod -aG dialout <username>
• Go pkg
  • go get github.com/ssebs/go-mmp

Build the code

• go run main.go to run go-mmp file
• Unit tests:
  • go test ./...
• Coverage
  • go test ./... -coverpkg=./... -coverprofile ./coverage.out
  • go tool cover -func ./coverage.out
• To package:
  • Make sure fyne CLI is installed
    • go install fyne.io/fyne/v2/cmd/fyne@latest
    • go install github.com/fyne-io/fyne-cross@latest for cross platform pkging
  • Windows:
    • PS go-mmp> fyne package -os windows
      • Linux pkg for Win:
        • fyne-cross windows
  • Mac:
    • $ fyne package -os darwin
  • Linux:
    • $ fyne package -os linux
• Updates:
  • Make code changes
  • Run upgrades: go get -u && go mod tidy
  • Update Version in FyneApp.toml
  • Create Pull Request
  • Once committed, git tag & push with same version from FyneApp.toml
  • go get github.com/ssebs/go-mmp@<version>

If you're curious, check out the older python code at https://github.com/ssebs/MiniMacroPad/

Docs / References:

• GUI (fyne)
  • https://developer.fyne.io/
  • https://github.com/fyne-io/fyne/tree/master/cmd/fyne_demo
• Serial
  • https://github.com/bugst/go-serial
• Keyboard & Mouse
  • https://github.com/go-vgo/robotgo
• Existing thing I want to improve
  • https://github.com/ssebs/MiniMacroPad/
• For testing macros, check out https://keyboard-test.space/

LICENSE

Apache 2 License