stage0-posix was ported to RISC-V

• mescc-tools-seed

  8 85 6.6 C

  A place for public review of the posix port of stage0

stage0-posix just gained initial support for RISC-V (64-bit). It starts with 392 byte hex assembler, 361 byte "shell" and bootstraps simple linker (hex2), macro assembler (M0). Then it builds cc_riscv64 RISC-V compiler written in RISC-V assembly and uses it to build simple C compiler written in C (M2-Planet). Then it builds a few extra utilities (cp, mkdir, untar, ungz, sha256sum, chmod)

• bootstrap-seeds

  6 72 5.2 Assembly

  The roots of trust for all architectures

stage0-posix just gained initial support for RISC-V (64-bit). It starts with 392 byte hex assembler, 361 byte "shell" and bootstraps simple linker (hex2), macro assembler (M0). Then it builds cc_riscv64 RISC-V compiler written in RISC-V assembly and uses it to build simple C compiler written in C (M2-Planet). Then it builds a few extra utilities (cp, mkdir, untar, ungz, sha256sum, chmod)

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• M2-Planet

  1 91 5.9 C

  The PLAtform NEutral Transpiler

stage0-posix just gained initial support for RISC-V (64-bit). It starts with 392 byte hex assembler, 361 byte "shell" and bootstraps simple linker (hex2), macro assembler (M0). Then it builds cc_riscv64 RISC-V compiler written in RISC-V assembly and uses it to build simple C compiler written in C (M2-Planet). Then it builds a few extra utilities (cp, mkdir, untar, ungz, sha256sum, chmod)

• live-bootstrap

  28 264 9.4 Shell

  Use of a Linux initramfs to fully automate the bootstrapping process

For now, RISC-V ports ends soon after that although x86 version can be used to reproducibly build up all the way to GCC (https://github.com/fosslinux/live-bootstrap/blob/master/parts.rst).

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