The dist-zip directory will contain the builds for all platforms. This will result in a dist-zip directory being copied into the current directory. Sudo docker cp $containerId:/i2p-zero/dist-zip. & cd i2p-zero & bash bin/build-all-and-zip.sh' & apt-get -y install git wget zip unzip \ Sudo docker exec -ti $containerId bash -c '\ To build using Docker on Mac:ĬontainerId=$(sudo docker run -td -rm ubuntu) Use the Docker build method for reproducible builds. Building the launchersĪll binary releases for Windows, Mac and Linux can be built from either Linux or Mac. Official releases will always be built using Docker. Due to JDK differences, Builds on Mac will consistently have different hashes than builds on Linux. Note: Reproducible builds are currently experimental. Downloadsĭownload the latest binary releases for Mac/Windows/Linux here: GUI Screenshots The launchers will include the I2P router, a SAM listener, simple tunnel and socks tunnel functionality and a minimal JVM. This project will run under Linux, and build native launchers for Linux, MacOS and Windows. I2P-zero is a build script that produces a zero-dependency installation of the official I2P release, and includes a simplified front end interface. It uses the exact I2P source code from the official I2P GitHub repository. Note that I2P-zero is not a re-implementation of I2P. It is also available as part of legacy IDS embedded edition for older FPGA device families like Spartan™ 6.Zero dependency, small footprint, cross-platform I2P Java Router with GUI, simple tunnel/socks controller and SAM interface Starting from one of these configurable presets, further customization is possible from a variety of specific processor options and a catalog of driver-enabled drag n’ drop peripherals such as PWMs, UARTs, DMAs, serial interfaces, to satisfy the specific needs of the application. Application Processor: Embedded Linux capableĮxperienced FPGA designers can use the Vivado™ HL Edition design tools to target the MicroBlaze processor to any supported AMD device at no extra cost.Real-Time Processor: Deterministic real-time processing on an RTOS. Microcontroller: Suitable for running baremetal code.To help you quickly deploy your application, the MicroBlaze processor includes three preset configurations analogous to familiar processor classes. The MicroBlaze processor meets the requirements of many diverse applications including Industrial, Medical, Automotive, Consumer, and Communications markets. System designers can leverage the Vitis™ core development kit in 2019.2, or the Eclipse-based Software Development Kit (SDK) in 2019.1 or earlier to start developing for the MicroBlaze processor using select evaluation kits, with no prior FPGA experience. The MicroBlaze™ CPU is a family of drop-in, modifiable preset 32-bit/64-bit RISC microprocessor configurations.
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