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author_ov4 <ov4@ov4.org>2026-10-22 13:30:00 +0000
committer_ov4 <ov4@ov4.org>2026-10-22 13:30:00 +0000
commit90bf56f456e22dcd98458eca14e0b152a5efb179 (patch)
tree629f46a15ea13d1d71998355f00d77d5c80052a3 /tests/i/extern-c-struct/notes.md
parent4a70e44f06e637762eec0fd875eb94b84c3f4037 (diff)
feat(codegen): accept record pointers as variadic arguments
Pointer types to C-struct records now pass unchanged as variadic EXTERN arguments. Pseudocode values still need a cast to a C type, and records by value stay rejected. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Diffstat (limited to 'tests/i/extern-c-struct/notes.md')
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1 files changed, 1 insertions, 1 deletions
diff --git a/tests/i/extern-c-struct/notes.md b/tests/i/extern-c-struct/notes.md
index 1a0d215..519e835 100644
--- a/tests/i/extern-c-struct/notes.md
+++ b/tests/i/extern-c-struct/notes.md
@@ -4,4 +4,4 @@ Human review: pending. Expected output was independently traced by AI, not captu
Basis: compiler extension (EXTERN "C", INCLUDE_OBJ of a user object); a record whose fields are all C types has the layout of the matching C struct.
-Trace: the harness compiles `lib.c` with the host C compiler. Sample matches `struct Sample {char; double; int}`, including the padding after the char. S is 'S', 1.5, 5. scale_sample(^S, 3) multiplies the value through the pointer to 4.5 and leaves tag and count alone, so the first line is `S 4.500000 5`. shared_sample returns the address of the static struct in lib.c, initialised to 'G', 0.5, 7, giving `G 0.500000 7`. P^.Count <- 9 writes through that pointer into the C object, so shared_count() returns 9.
+Trace: the harness compiles `lib.c` with the host C compiler. Sample matches `struct Sample {char; double; int}`, including the padding after the char. S is 'S', 1.5, 5. scale_sample(^S, 3) multiplies the value through the pointer to 4.5 and leaves tag and count alone, so the first line is `S 4.500000 5`. shared_sample returns the address of the static struct in lib.c, initialised to 'G', 0.5, 7, giving `G 0.500000 7`. P^.Count <- 9 writes through that pointer into the C object, so shared_count() returns 9. sum_counts receives P and Q as variadic arguments; pointers are passed unchanged and read back with va_arg(ap, struct Sample *). P points to the shared struct, whose count is now 9, and Q points to S, whose count is 5, so the last line is 9 + 5 = 14.