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sorear and prattmic runtime: add the rest of the sys_linux_riscv wrappers
Change-Id: I0641ccf864ac8562b220f75cd4808c21946bf469
Reviewed-on: https://review.gerrithub.io/352842
Reviewed-by: Michael Pratt <michael@pratt.im>
Latest commit c996bd7 Mar 19, 2017

README.md

The Go Programming Language

RISC-V Go Port

This repository is home of the RISC-V port of the Go programming language.

The upstream Go project can be found at https://github.com/golang/go.

Quick Start

Setup:

$ git clone https://review.gerrithub.io/riscv/riscv-go riscv-go
$ cd riscv-go
$ git checkout riscvdev  # RISC-V work happens on this branch
$ export GOROOT_BOOTSTRAP=/path/to/prebuilt/go/tree
$ export PATH="$(pwd)/misc/riscv:$(pwd)/bin:$PATH"
$ cd src
$ ./make.bash

Compile and run in qemu-riscv64 (which is expected to be in PATH):

$ GOARCH=riscv GOOS=linux go run ../riscvtest/add.go

Build:

$ GOARCH=riscv GOOS=linux go build ../riscvtest/add.go

Test:

Our basic tests are in the riscvtest directory:

$ cd ../riscvtest
$ go run run.go

If this exits without error, all is well!

QEMU

Spike plus pk support only a small subset of Linux syscalls and will not be capable of supporting the full Go runtime.

The RISC-V QEMU port supports a much wider set of syscalls with its "User Mode Simulation". See Method 2 in the QEMU README for instructions.

Contributing

All contributors must sign the upstream Contributor License Agreement, as this port will be merged into upstream Go upon completion.

Code review occurs via our GerritHub project, rather than via GitHub Pull Requests.

The upstream contribution guidelines include a basic overview of using Gerrit. While the upstream Go Gerrit server is different from ours, codereview.cfg will configure git-codereview to send CLs to GerritHub.