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azure-pipelines.yml (793, 2019-10-30)
build.gradle (3396, 2019-10-30)
examples (0, 2019-10-30)
examples\fibonacci.s (820, 2019-10-30)
gradle (0, 2019-10-30)
gradle\jlink (0, 2019-10-30)
gradle\jlink\jupiter.bat (118, 2019-10-30)
gradle\spotless (0, 2019-10-30)
gradle\spotless\HEADER (663, 2019-10-30)
gradle\wrapper (0, 2019-10-30)
gradle\wrapper\gradle-wrapper.jar (55616, 2019-10-30)
gradle\wrapper\gradle-wrapper.properties (202, 2019-10-30)
gradlew (5916, 2019-10-30)
gradlew.bat (2941, 2019-10-30)
lib (0, 2019-10-30)
lib\java-cup-11b-runtime.jar (31626, 2019-10-30)
lib\java-cup-11b.jar (122080, 2019-10-30)
lib\jflex-full-1.7.0.jar (1292580, 2019-10-30)
src (0, 2019-10-30)
src\deb (0, 2019-10-30)
src\deb\debian (0, 2019-10-30)
src\deb\debian\changelog (299, 2019-10-30)
src\deb\debian\compat (2, 2019-10-30)
src\deb\debian\control (444, 2019-10-30)
src\deb\debian\copyright (1124, 2019-10-30)
src\deb\debian\files (48, 2019-10-30)
src\deb\debian\install (16, 2019-10-30)
src\deb\debian\preinst (244, 2019-10-30)
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**Jupiter** is an open source and education-oriented RISC-V assembler and runtime simulator. It is written in Java and capable of simulate all the instructions of the base integer ISA (`I` extension) plus the `M` and `F` extensions (**RV32IMF**), including all the pseudo-instructions described in the user-level instruction set manual¹. It was developed taking into account that it could be used in various courses such as: _Computer Architecture, Compilers_ and _Assembly Programming_. ### Features * **User Friendly**: Jupiter was designed focused on education and for all the people that are getting to know the RISC-V architecture. It places for priority the user experience. Jupiter has two modes of operation (_Command Line Interface_ and _Graphical User Interface_) and both of these were developed to be intuitive and easy to use. * **Modularity**: Jupiter can assemble and simulate several files at once, not everything has to be one file of 1,000 lines of code. Simply indicate by a global label what is the main starting point of the program. This permits modularity and enables the creation of projects and laboratories more easily. * **Feedback**: People using Jupiter gets feedback on what they are doing wrong :100:. The simulator shows different types of errors like: syntax errors, when trying to access reserved memory or when trying to write to a read-only memory. * **Cross-platform**: Jupiter is available for **Linux** (_Ubuntu_), **macOS** and **Windows**. ### Documentation Please visit the following [link](https://docs.riscvsim.com/) for more info and documentation. ### Screenshots

GUI Mode

CLI Mode

### Installation Download the app image for your operating system and unzip the file: * [Jupiter v3.1 - Linux (Ubuntu)](https://github.com/andrescv/Jupiter/releases/download/v3.1/Jupiter-3.1-linux.zip) * [Jupiter v3.1 - macOS](https://github.com/andrescv/Jupiter/releases/download/v3.1/Jupiter-3.1-mac.zip) * [Jupiter v3.1 - Windows](https://github.com/andrescv/Jupiter/releases/download/v3.1/Jupiter-3.1-win.zip) #### Running Jupiter on Linux or macOS ```shell ./image/bin/jupiter # for GUI mode ./image/bin/jupiter [options] # for CLI mode ``` #### Running Jupiter on Windows ```shell image\bin\jupiter # for GUI mode image\bin\jupiter [options] # for CLI mode ``` ### Contributing Pull requests and stars are always welcome. For bugs and feature requests, [please create an issue](https://github.com/andrescv/Jupiter/issues/new). ### Other great simulators * [Venus](https://github.com/ThaumicMekanism/venusbackend): Berkeley's Web-based simulator originally developed by [@kvakil](https://github.com/kvakil) and then updated and improved by [@ThaumicMekanism](https://github.com/ThaumicMekanism). * [RARS](https://github.com/TheThirdOne/rars): RISC-V Assembler and Runtime Simulator (RARS), based on the originally MARS simulator, but refactored for the RISC-V architecture by [@TheThirdOne](https://github.com/TheThirdOne). * [Ripes](https://github.com/mortbopet/Ripes): A graphical 5-stage RISC-V pipeline simulator & assembly editor developed by [@mortbopet](https://github.com/mortbopet). * [Spike](https://github.com/riscv/riscv-isa-sim): The original RISC-V ISA simulator that implements a functional model of one or more RISC-V harts. ### Acknowledgments A big thank you to all the people working on the RISC-V project. ### References 1. https://github.com/riscv/riscv-isa-manual 2. http://courses.missouristate.edu/KenVollmar/mars/index.htm 3. https://github.com/kvakil/venus 4. https://en.wikipedia.org/wiki/Jupiter 5. https://en.wikipedia.org/wiki/DLX

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