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.
36 lines
1.3 KiB
Plaintext
36 lines
1.3 KiB
Plaintext
// Value-carrying failable functions (ERR step E2.1a — the producer side of the
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// error-channel tuple ABI). A `-> (T, !E)` function returns EITHER a value OR
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// an error: `return v;` yields the success tuple `{v, 0}` (the compiler appends
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// the no-error slot), and `raise error.X` yields `{undef, tag}` (value slot
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// undefined, error slot = the tag). Today the result is consumed by
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// destructuring `v, err := f()` (which extracts both slots); the value-carrying
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// `try` / `catch` consumers land in E2.1b.
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#import "modules/std.sx";
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E :: error { Bad, Empty }
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parse :: (n: s32) -> (s32, !E) {
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if n < 0 { raise error.Bad; }
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if n == 0 { raise error.Empty; }
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return n * 10; // success → {n*10, 0}
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}
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main :: () -> s32 {
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r : s32 = 0;
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v1, e1 := parse(5); // success → v1 = 50, e1 = no error
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if e1 == error.Bad { r = r + 1000; } // false
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r = r + v1; // +50
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v2, e2 := parse(-1); // Bad
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if e2 == error.Bad { r = r + 7; } // true → +7
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if e2 == error.Empty { r = r + 200; } // false
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v3, e3 := parse(0); // Empty
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if e3 == error.Empty { r = r + 3; } // true → +3
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print("value-failable result: {}\n", r); // 50 + 7 + 3 = 60
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return r;
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}
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