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view tests/minicomplex/arrays1.d @ 1168:ab186e535e72
A different fix to #218 and DMD2682 that does not lead to constant folding regressions.
Fixes run/const_15, run/c/const_16_B.
The price is removing the lvalueness of struct literals. If it turns out too
much code depends on this behavior or we don't want to break with DMD, we
could keep struct literals as lvalues and instead convert struct literals used
as expression initializers into struct initializers.
author | Christian Kamm <kamm incasoftware de> |
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date | Sun, 29 Mar 2009 11:43:45 +0200 |
parents | 1bb99290e03a |
children |
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module tangotests.arrays1; import tango.stdc.stdio; void main() { real[] arr; print(arr); main2(); } void main2() { real[] arr = void; fill(arr); print(arr); main3(); } void main3() { } void print(real[] arr) { printf("len=%u ; ptr=%p\n", arr.length, arr.ptr); } void fill(ref real[] arr) { auto ptr = cast(void**)&arr; *ptr++ = cast(void*)0xbeefc0de; *ptr = cast(void*)0xbeefc0de; } void dg1(void delegate(int[]) dg) { dg2(dg); } void dg2(void delegate(int[]) dg) { dg(null); } void sarr1(int[16] sa) { sarr1(sa); } struct Str { size_t length; char* ptr; } void str1(Str str) { str1(str); } void str2(ref Str str) { str2(str); } void str3(out Str str) { str3(str); } void str4(Str* str) { str4(str); } void str5(Str);