166 lines
3.8 KiB
Objective-C
166 lines
3.8 KiB
Objective-C
// RUN: %clang_cc1 -fblocks -fobjc-gc -triple x86_64-apple-darwin -fobjc-runtime=macosx-fragile-10.5 -print-ivar-layout -emit-llvm -o /dev/null %s > %t-64.layout
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// RUN: FileCheck -check-prefix CHECK-LP64 --input-file=%t-64.layout %s
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// rdar://12752901
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struct S {
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int i1;
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id o1;
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struct V {
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int i2;
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id o2;
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} v1;
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int i3;
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id o3;
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};
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__weak id wid;
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void x(id y) {}
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void y(int a) {}
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extern id opaque_id();
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void f() {
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__block int byref_int = 0;
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char ch = 'a';
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char ch1 = 'b';
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char ch2 = 'c';
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short sh = 2;
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const id bar = (id) opaque_id();
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id baz = 0;
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__strong void *strong_void_sta;
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__block id byref_bab = (id)0;
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__block void *bl_var1;
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int i; double dob;
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// The patterns here are a sequence of bytes, each saying first how
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// many sizeof(void*) chunks to skip (high nibble) and then how many
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// to scan (low nibble). A zero byte says that we've reached the end
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// of the pattern.
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//
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// All of these patterns start with 01 3x because the block header on
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// LP64 consists of an isa pointer (which we're supposed to scan for
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// some reason) followed by three words (2 ints, a function pointer,
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// and a descriptor pointer).
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// FIXME: do these really have to be named L_OBJC_CLASS_NAME_xxx?
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// FIXME: sequences should never end in x0 00 instead of just 00
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// Test 1
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// byref int, short, char, char, char, id, id, strong void*, byref id
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// CHECK-LP64: block variable layout for block: 0x01, 0x35, 0x10, 0x00
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void (^b)() = ^{
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byref_int = sh + ch+ch1+ch2 ;
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x(bar);
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x(baz);
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x((id)strong_void_sta);
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x(byref_bab);
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};
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b();
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// Test 2
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// byref int, short, char, char, char, id, id, strong void*, byref void*, byref id
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// 01 36 10 00
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// CHECK-LP64: block variable layout for block: 0x01, 0x36, 0x10, 0x00
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void (^c)() = ^{
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byref_int = sh + ch+ch1+ch2 ;
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x(bar);
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x(baz);
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x((id)strong_void_sta);
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x(wid);
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bl_var1 = 0;
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x(byref_bab);
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};
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c();
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// Test 3
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// byref int, short, char, char, char, id, id, byref void*, int, double, byref id
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// 01 34 11 30 00
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// FIXME: we'd get a better format here if we sorted by scannability, not just alignment
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// CHECK-LP64: block variable layout for block: 0x01, 0x35, 0x30, 0x00
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void (^d)() = ^{
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byref_int = sh + ch+ch1+ch2 ;
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x(bar);
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x(baz);
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x(wid);
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bl_var1 = 0;
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y(i + dob);
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x(byref_bab);
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};
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d();
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// Test 4
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// struct S (int, id, int, id, int, id)
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// 01 41 11 11 00
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// CHECK-LP64: block variable layout for block: 0x01, 0x41, 0x11, 0x11, 0x00
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struct S s2;
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void (^e)() = ^{
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x(s2.o1);
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};
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e();
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}
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// Test 5 (unions/structs and their nesting):
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void Test5() {
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struct S5 {
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int i1;
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id o1;
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struct V {
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int i2;
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id o2;
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} v1;
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int i3;
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union UI {
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void * i1;
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id o1;
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int i3;
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id o3;
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}ui;
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};
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union U {
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void * i1;
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id o1;
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int i3;
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id o3;
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}ui;
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struct S5 s2;
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union U u2;
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// struct s2 (int, id, int, id, int, id?), union u2 (id?)
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// 01 41 11 12 00
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// CHECK-LP64: block variable layout for block: 0x01, 0x41, 0x11, 0x12, 0x00
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void (^c)() = ^{
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x(s2.ui.o1);
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x(u2.o1);
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};
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c();
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}
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// rdar: //8417746
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void CFRelease(id);
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void notifyBlock(id dependentBlock) {
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id singleObservationToken;
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id token;
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void (^b)();
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// id, id, void(^)()
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// 01 33 00
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// CHECK-LP64: block variable layout for block: 0x01, 0x33, 0x00
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void (^wrapperBlock)() = ^() {
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CFRelease(singleObservationToken);
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CFRelease(singleObservationToken);
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CFRelease(token);
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CFRelease(singleObservationToken);
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b();
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};
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wrapperBlock();
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}
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void test_empty_block() {
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// 01 00
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// CHECK-LP64: block variable layout for block: 0x01, 0x00
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void (^wrapperBlock)() = ^() {
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};
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wrapperBlock();
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}
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