Per user direction: the low-level abi(.compiler) primitive surface is the comptime 'compiler' library, so name the file compiler.sx (a peer of build.sx) instead of the interim std/build.sx — which also frees the 'build' name for the default build IMPLEMENTATION (default_build + on_build slot), which will live in modules/build.sx alongside the BuildOptions DSL. Updated the two example imports + the plan's Phase 5 file-split note. 704/0 both gates.
32 lines
1.1 KiB
Plaintext
32 lines
1.1 KiB
Plaintext
#import "modules/std.sx";
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#import "modules/build.sx";
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#import "modules/compiler.sx";
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// P5.2b smoke test — the `link` build-pipeline ACTION runs on the comptime VM,
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// dispatching through the host-installed linker hook (the VM can't link itself).
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// The post-link callback (which runs on the VM — core.invokeByFuncId) re-links
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// the build's own objects into a temp output via the sx `link` primitive. A link
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// failure bails → the build fails; success → the callback returns true and the
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// build's binary runs ("runtime main"). AOT snapshots the binary, so the link's
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// success is observed via the build exit code.
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relink :: () -> bool abi(.compiler) {
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objs := List(string).{};
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cobjs := c_object_paths();
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i : i64 = 0;
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while i < cobjs.len { objs.append(cobjs.items[i]); i += 1; }
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objs.append(emit_object());
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fws := List(string).{};
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flags := List(string).{};
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link(objs, ".sx-tmp/1663-link-out", link_libraries(), fws, flags, "");
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return true;
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}
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configure :: () abi(.compiler) {
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opts := build_options();
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opts.set_post_link_callback(relink);
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}
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#run configure();
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main :: () { print("runtime main\n"); }
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