8908e78943
K : [4]s64 : .[...] and the untyped A :: .[1, 2, 3] register as is_const globals: one storage, reads GEP it, dead-global elimination drops unused ones, source-aware reads come free via selectGlobalAuthor. - registerConstArrayGlobal (scanDecls pass 2): typed via the annotation (array-ness + dimension/count checked), untyped via element-type unification — all ints s64; ANY float promotes the element type to f64 with ints converting exactly; bool/string homogeneous; a non-numeric mix or non-inferable element asks for an annotation. - constExprValue converts int elements into float destinations exactly (the int+float promotion rule, element-wise). - emitGlobals marks is_const globals LLVMSetGlobalConstant — also flips the comptime-backed #run globals and __sx_default_context to 'constant' (37 pinned IR snapshots regenerated; runtime unchanged). - Element shapes: nested arrays, struct elements, strings, bools. Non-constant elements / dim mismatch / mixed types diagnose loudly. Examples: 0177 (feature matrix incl. @K reads through *[4]s64 — needs the 0117 fix), 1159/1160/1161 (diagnostics), 0837 repointed to values.
12 lines
438 B
Plaintext
12 lines
438 B
Plaintext
error: constant 'BAD' must be initialized by compile-time constant elements
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--> examples/1160-diagnostics-array-const-runtime-element.sx:8:16
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8 | BAD : [2]s64 : .[1, f()];
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| ^^^^^^^^^
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error: unresolved 'BAD' (in examples/1160-diagnostics-array-const-runtime-element.sx fn main)
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--> examples/1160-diagnostics-array-const-runtime-element.sx:11:19
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11 | print("{}\n", BAD[0]);
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| ^^^
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