| project('rust compiles', 'rust') |
| |
| rustc = meson.get_compiler('rust') |
| |
| # Test that compiles() works without and with a main function |
| assert(rustc.compiles('pub fn foo() {}'), 'compiles() without main should work') |
| assert(rustc.compiles('pub fn main() {}'), 'compiles() with main should work') |
| |
| # Test with a simple expression |
| assert(rustc.compiles('pub fn bar() { let _x: i32 = 1; }'), 'compiles() with simple code should work') |
| |
| # Test that invalid code fails |
| assert(not rustc.compiles('pub fn baz() { invalid_syntax }'), 'compiles() should fail on invalid code') |
| |
| |
| rustmod = import('rust') |
| |
| cargo_target = rustmod.compiler_target() |
| message('Host Rust target triple: ' + cargo_target) |
| assert(cargo_target != '', 'compiler_target() should return a non-empty string') |
| assert(cargo_target == rustmod.compiler_target(native: false), 'compiler_target(native: false) should match the default') |
| assert(cargo_target.contains('-'), 'compiler_target() should return a triple containing dashes') |
| |
| cargo_host = rustmod.compiler_target(native: true) |
| message('Build Rust target triple: ' + cargo_host) |
| assert(cargo_host != '', 'compiler_target(native: true) should return a non-empty string') |
| assert(cargo_host.contains('-'), 'compiler_target(native: true) should return a triple containing dashes') |
