Displaying 1 to 12 from 12 results

build - Armbian build tools

  •    Shell

Supported build environment is Ubuntu Bionic 18.04 x64 (minimal iso image). Make sure that full path to the build script does not contain spaces.

PiShrink - Make your pi images smaller!

  •    Shell

PiShrink is a bash script that automatically shrink a pi image that will then resize to the max size of the SD card on boot. This will make putting the image back onto the SD card faster and the shrunk images will compress better. If the -s option is given the script will skip the autoexpanding part of the process. If you specify the newimagefile.img parameter, the script will make a copy of imagefile.img and work off that. You will need enough space to make a full copy of the image to use that option.

Super-NT-Jailbreak - Custom "Jailbreak" firmware for the Analogue Super NT

  •    

Custom "Jailbreak" firmware for the Analogue Super NT that allows loading ROMs from the SD Card slot and an expanded featureset. Format a 2GB (or larger) SD card as FAT32 (FAT16 and exFAT are not supported). In Windows, you must use a tool for cards larger than 32GB, such as fat32format.

RaspberryMatic - :house: A lightweight, Linux/buildroot-based distribution for running a HomeMatic CCU on single board computers (SBC) like the RaspberryPi, Tinkerboard, etc

  •    Makefile

The RaspberryMatic project is a collaborate effort to provide a lightweight, Linux/buildroot-based HomeMatic compatible distribution for embedded devices like the RaspberryPi or Tinkerboard. It is based on the Open-Central-Control-Unit-SDK (OCCU) provided by eQ-3 as part of the HomeMatic home automation platform. The RaspberryMatic distribution is provided as a full operating system image that can be flashed and then used in a RaspberryPi/Tinkerboard as the main operating system for controlling all HomeMatic compatible devices with full compatibility to a CCU device directly sold by eQ-3. As the RaspberryMatic project is an open source based project everyone is invited to contribute to this project. Please note, however, that functionality within the corresponding eQ-3 OCCU binaries can not be modified as the main HomeMatic services (rfd, ReGaHSS, HMServer, etc.) are provided in binary format by the OCCU project and not compiled from sources. Nevertheless, if you are a talented developer and want to contribute to the success of RaspberryMatic feel free to send over pull requests or report issues / enhancement requests.




rpi-can-logger - Project to log CAN bus data from a PiCAN2 and a GPS module

  •    Python

This project provides code for logging CAN Bus data with a Raspberry Pi. It additionally also logs GPS data. All of this data is stored on an SD card and can then be easily uploaded to a server for easy viewing. If you want WiFi to work with the PiCAN2 shield attached, you'll need to unsolder the GPIO pins and drop them to the bottom and reattach the shield.

arduinogameboy - Arduino based Game Boy cartridge reader and writer

  •    Arduino

Arduino based Game Boy cartridge reader and writer. It can dump ROM and RAM to an SD card.

FabScanPi-Build-Raspbian - Build Script for FabScanPi Raspbian Images

  •    Shell

Initial script was taken from the [Klaus Maria Pfeiffer blog] (http://blog.kmp.or.at/2012/05/build-your-own-raspberry-pi-image/).

sdspi - SD-Card controller, using a SPI interface that is (optionally) shared

  •    Verilog

This Verilog core exports an SD card controller interface from internal to an FPGA to the rest of the FPGA core, while taking care of the lower level details internal to the interface. Unlike the other OpenCores SD Card controller which offers a full SD interface, this controller focuses on the SPI interface of the SD Card. While this is a slower interface, the SPI interface is necessary to access the card when using a XuLA2 board, or in general any time the full 9--bit, bi--directional interface to the SD card has not been implemented. Further, for those who are die--hard Verilog authors, this core is written in Verilog as opposed to the XESS provided demonstration SD Card controller found on GitHub, which was written in VHDL. For those who are not such die--hard Verilog authors, this controller provides a lower level interface to the card than these other controllers. Whereas the XESS controller will automatically start up the card and interact with it, this controller requires external software to be used when interacting with the card. This makes this SDSPI controller both more versatile, in the face of potential changes to the card interface, but also less turn-key. While this core was written for the purpose of being used with the ZipCPU, as enhanced by the Wishbone DMA controller used by the ZipCPU, nothing in this core prevents it from being used with any other architecture that supports the 32-bit Wishbone interface of this core.


ESP8266SDUpdater - ESP8266 Prequel to M5Stack-SD-Updater

  •    C++

This is the ESP8266 Prequel to the M5Stack-SD-Updater. ESP8266Updater is an Arduino library to package you apps on a SD card and load them from different contexts such as a menu app or MQTT message.

M5Stack-SD-Updater - Customizable menu system for M5Stack - loads apps from the Micro SD card

  •    C++

M5Stack-SD-Updater is an Platform.io/Arduino library for M5Stack to package you apps on a SD card and load them from a menu. It is inspired by gamebuino, however it does not use a modified bootloader.

bootstrap - Tools to bootstrap micro computers

  •    Go

Join us for a chat on gophers.slack.com/messages/periph, get an invite here. Bootstrapping a micro computer can be tedious. This repository contains a toolbox to enable the complete automation of the deployment of micro computers while making them low maintenance and as secure as reasonably possible.

RiiConnect24-Patcher - This patcher will guide you through RiiConnect24 installation process.

  •    Batchfile

RiiConnect24 Patcher is a program made for easier installation of RiiConnect24. With it, you can just sit back and relax while the patcher does everything for you.