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clang-format
authored by
Max Bernstein
f81b5c54
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runtime.c
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runtime.c
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static ALWAYS_INLINE bool is_small_string(struct object* obj) {
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return (((uword)obj) & kImmediateTagMask) == kSmallStringTag;
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}
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#define mk_immediate_variant(tag) (struct object*)(((uword)(tag) << kImmediateTagBits) | kVariantTag)
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#define mk_immediate_variant(tag) \
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(struct object*)(((uword)(tag) << kImmediateTagBits) | kVariantTag)
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static ALWAYS_INLINE bool is_immediate_variant(struct object* obj) {
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return ((uword)obj & kImmediateTagMask) == kVariantTag;
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}
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// libc defines __attribute__ as an empty macro if the compiler is not GCC or
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// GCC < 2. We know tcc has supported __attribute__(section(...)) for 20+ years
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// so we can undefine it.
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// See tinycc-devel: https://lists.nongnu.org/archive/html/tinycc-devel/2018-04/msg00008.html
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// and my StackOverflow question: https://stackoverflow.com/q/78638571/569183
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// See tinycc-devel:
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// https://lists.nongnu.org/archive/html/tinycc-devel/2018-04/msg00008.html and
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// my StackOverflow question: https://stackoverflow.com/q/78638571/569183
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#undef __attribute__
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#endif
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···
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// Put something in the const heap so that __start_const_heap and
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// __stop_const_heap are defined by the linker.
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#define CONST_HEAP const __attribute__((section("const_heap")))
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CONST_HEAP __attribute__((used)) struct heap_string private_unused_const_heap = {
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.HEAD.tag = TAG_STRING, .size = 11, .data = "hello world"
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};
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CONST_HEAP
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__attribute__((used)) struct heap_string private_unused_const_heap = {
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.HEAD.tag = TAG_STRING, .size = 11, .data = "hello world"};