kicad-pinout-generator

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kicad-pinout-generator

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This KiCad plugin generates pinouts from the PCB file to various formats.

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# KiCad Pinout Generator

## Plugin overview

This KiCad plugin generates pinouts of components from a PCB file to various formats:

* **Text** formats for documentation:
  * Markdown table
  * HTML table
  * CSV
  * List (tab separated)
  * [WireViz](https://github.com/formatc1702/WireViz)
* **Code** format for software development:
  * C/C++ enums
  * C/C++ const int
  * C/C++ #define
  * Python/MicroPython dict.
  * Rust enum (thanks to [olFi95](https://github.com/olFi95))
  * Xilinx XDC constraint (FPGA)
  * Microsemi PDC constraint (FPGA)

Example applications:

* Automatically create the pin assignment from a microcontroller to C code,
* Generate interface documents for connectors.

![HTML and C sample output](https://raw.githubusercontent.com/CGrassin/kicad-pinout-generator/main/resources/sample_output.png)
*Example of a export as HTML (left) and C/C++ enum (right)*

## Install instructions

### Method A: Plugin and Content Manager (recommended)

The easiest way to install this plugin is to open KiCad's Plugin and Content Manager, look for "Pinout Generator" and press "Install"!

![Pinout Generator in the PCM](https://raw.githubusercontent.com/CGrassin/kicad-pinout-generator/main/resources/pcm.png)

### Method B: Manual install (for development versions)

To install the plugin from GitHub:

1. Clone/download this repository and extract it to your KiCad plugin folder. You can find it by opening the PCB editor, and using "Tools" > "Externals Plugins" > "Open Plugin Directory".
2. Refresh the plugins by restarting the PCB editor or using "Tools" > "Externals Plugins" > "Refresh Plugins".

## Usage instructions

To use the plugin:

1. Select one component (or more),
2. Run the plugin by using the toolbar button or the Plugins menu,
3. Choose the desired format with the drop-down menu and copy-paste the result!

**This plugins only gives useful output if the pins have net names.** Use labels in the schematic editor to give the nets a human-readable name.

Note: in the generated code, both unconnected and power nets are ignored (commented in the output).

For C/C++ and Python format, there is a checkbox to use the pin name instead of pin number as the variable value. When checked, a filter can also be entered:

* If the filter is left empty, the full pin name is used.
* If something is entered, the plugin looks for this in the pin name, and extract the number after this string. For instance, if a pin name is "GPIO64/SPI", entering "GPIO" as filter will result in "64" in the output.

## License

This plugin is published under MIT license.

*View my other KiCad plugin:* https://github.com/CGrassin/kicad-auto-silkscreen

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