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* feat(cli): add RISC-V 64-bit pre-built binary support Add riscv64gc-unknown-linux-gnu target to the tauri-cli release workflow, enabling pre-built binaries for RISC-V 64-bit Linux systems. This eliminates the multi-hour QEMU compilation time that currently blocks RISC-V adoption of Tauri apps. Native compilation on RISC-V hardware takes ~63 minutes. Changes: - Add RISC-V entry to build matrix with self-hosted runner support - Support custom `runs_on` field for matrix entries (falls back to `os`) - Skip dtolnay/rust-toolchain and rust-cache for self-hosted runners - Source ~/.cargo/env for self-hosted runners where Rust is pre-installed Tested on: - Hardware: Banana Pi F3 (RISC-V64, 16GB RAM) - OS: Debian Trixie (required for WebKit2GTK RISC-V support) - Build time: 1h 2m 28s - Binary: ELF 64-bit RISC-V, 16MB stripped * feat(cli): use cross for RISC-V cross-compilation Switch from self-hosted runners to cross-rs for building RISC-V binaries. This approach is simpler and doesn't require maintaining self-hosted infrastructure. Local testing confirms cross builds a valid RISC-V binary in ~4 minutes. * refactor(cli): address review feedback for RISC-V workflow - Skip Rust toolchain and cache setup for cross builds (unnecessary) - Pin cross version to 0.2.5 for reproducibility - Fix Linux dependencies condition to match ubuntu-* variants |
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| covector-comment-on-fork.yml | ||
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| covector-version-or-publish.yml | ||
| deploy-schema-worker.yml | ||
| docker.yml | ||
| fmt.yml | ||
| lint-js.yml | ||
| lint-rust.yml | ||
| publish-cli-js.yml | ||
| publish-cli-rs.yml | ||
| supply-chain.yml | ||
| test-android.yml | ||
| test-cli-js.yml | ||
| test-cli-rs.yml | ||
| test-core.yml | ||
| udeps.yml | ||