4e942b5373
Rename all example tests/companions to the XXXX-category-test-name scheme (per-category 100-blocks: basic 0010, types 0100, ... errors 1000, diagnostics 1100, ffi 1200, ffi-objc 1300, ffi-jni 1400, vectors 1500, platform 1600). Companions and dir/C fixtures move in lockstep with their parent test; #import/#source/#include paths rewritten to match. Expected output now lives in examples/expected/ (a sibling dir of the tests) split into three streams per the new convention: <name>.exit / <name>.stdout / <name>.stderr (+ optional <name>.ir) run_examples.sh rewritten: scans examples/ and issues/ for an expected/<name>.exit marker, captures stdout and stderr separately (no more 2>&1), compares each stream + exit + optional IR snapshot. Behavior validated unchanged: every renamed test reproduces its prior merged output + exit (diffs limited to file paths/basenames embedded in diagnostics + traces, which correctly reflect the new names). Suite: 292 passed, 0 failed. 50-smoke.sx split + issue relocation + docs follow in subsequent commits.
80 lines
2.6 KiB
Plaintext
80 lines
2.6 KiB
Plaintext
// Phase 0 baseline (PLAN-FFI.md step 0.9): FFI result chains. The
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// shapes that real sx code uses for opaque C handles (MTLBuffer*,
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// AAssetManager*, file pointers, ...) — passing a C-returned
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// pointer into another C call, stashing it in a struct field,
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// pushing into a `List(*void)`, and iterating that list to feed each
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// handle back through C.
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//
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// No new ABI shape — pointer-in, pointer-out. The lemma locked in:
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// handle-shaped flows survive sx's struct-field assignment, List
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// storage, and iteration-then-call cycles.
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#import "modules/std.sx";
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#import c {
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#include "1217-ffi-09-foreign-result-chain.h";
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#source "1217-ffi-09-foreign-result-chain.c";
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};
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// Struct field hosts an FFI-returned handle.
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Counter :: struct {
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handle: *void = null;
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label: string;
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}
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main :: () -> s32 {
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// ── 1. Chain: make → bump → peek ───────────────────────────────
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a := ffi_chain_make(100);
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print("peek after make = {}\n", ffi_chain_peek(a));
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print("bump(+5) = {}\n", ffi_chain_bump(a, 5));
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print("bump(+3) = {}\n", ffi_chain_bump(a, 3));
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print("peek after bumps = {}\n", ffi_chain_peek(a));
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// ── 2. Stash handle in a struct field, use through `.handle` ──
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c : Counter = .{ handle = ffi_chain_make(50), label = "ctr-a" };
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print("ctr label = {}\n", c.label);
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print("ctr peek = {}\n", ffi_chain_peek(c.handle));
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ffi_chain_bump(c.handle, 7);
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print("ctr after bump = {}\n", ffi_chain_peek(c.handle));
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// ── 3. Push handles into a List, iterate, feed back to C ──────
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handles : List(*void) = .{};
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i : s32 = 0;
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while i < 3 {
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h := ffi_chain_make(i * 10);
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handles.append(h);
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i += 1;
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}
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j : s64 = 0;
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while j < handles.len {
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h := handles.items[j];
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v := ffi_chain_peek(h);
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print("list[{}] peek = {}\n", j, v);
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j += 1;
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}
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// Iterate again, bump each, observe the cumulative effect.
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j = 0;
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while j < handles.len {
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ffi_chain_bump(handles.items[j], 1);
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j += 1;
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}
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j = 0;
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while j < handles.len {
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print("list[{}] after bump= {}\n", j, ffi_chain_peek(handles.items[j]));
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j += 1;
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}
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// ── Cleanup ─────────────────────────────────────────────────────
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ffi_chain_dispose(a);
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ffi_chain_dispose(c.handle);
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j = 0;
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while j < handles.len {
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ffi_chain_dispose(handles.items[j]);
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j += 1;
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}
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0;
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}
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