use of org.robovm.compiler.llvm.StructureType in project robovm by robovm.
the class BridgeMethodCompilerTest method testCreateBridgeCWrapperPointerParameters.
@Test
public void testCreateBridgeCWrapperPointerParameters() {
FunctionType functionType = new FunctionType(VOID, I8_PTR, new PointerType(new StructureType(I32)));
assertEquals("void f(void* target, void* p0, void* p1) {\n" + " ((void (*)(void*, void*)) target)(p0, p1);\n" + "}\n", BridgeMethodCompiler.createBridgeCWrapper(functionType.getReturnType(), functionType.getParameterTypes(), functionType.getParameterTypes(), "f"));
}
use of org.robovm.compiler.llvm.StructureType in project robovm by robovm.
the class BridgeMethodCompilerTest method testCreateBridgeCWrapperComplexNestedStructByValReturnAndParameter.
@Test
public void testCreateBridgeCWrapperComplexNestedStructByValReturnAndParameter() {
StructureType structType = new StructureType(new StructureType(I8, I16), new StructureType(I32, I64), new StructureType(FLOAT, DOUBLE), new ArrayType(100, I32), new ArrayType(10, new StructureType(FLOAT, FLOAT)), new ArrayType(5, new ArrayType(10, I32)), new StructureType(I8_PTR, new PointerType(new StructureType(I32))));
FunctionType functionType = new FunctionType(structType, structType);
assertEquals("void f(void* target, void* ret, void* p0) {\n" + " struct f_0001_0006 {void* m0;void* m1;};\n" + " struct f_0001_0004 {float m0;float m1;};\n" + " struct f_0001_0002 {float m0;double m1;};\n" + " struct f_0001_0001 {int m0;long long m1;};\n" + " struct f_0001_0000 {char m0;short m1;};\n" + " struct f_0001 {struct f_0001_0000 m0;struct f_0001_0001 m1;struct f_0001_0002 m2;int m3[100];struct f_0001_0004 m4[10];int m5[5][10];struct f_0001_0006 m6;};\n" + " struct f_0000_0006 {void* m0;void* m1;};\n" + " struct f_0000_0004 {float m0;float m1;};\n" + " struct f_0000_0002 {float m0;double m1;};\n" + " struct f_0000_0001 {int m0;long long m1;};\n" + " struct f_0000_0000 {char m0;short m1;};\n" + " struct f_0000 {struct f_0000_0000 m0;struct f_0000_0001 m1;struct f_0000_0002 m2;int m3[100];struct f_0000_0004 m4[10];int m5[5][10];struct f_0000_0006 m6;};\n" + " *((struct f_0000*)ret) = ((struct f_0000 (*)(struct f_0001)) target)(*((struct f_0001*)p0));\n" + "}\n", BridgeMethodCompiler.createBridgeCWrapper(functionType.getReturnType(), functionType.getParameterTypes(), functionType.getParameterTypes(), "f"));
}
use of org.robovm.compiler.llvm.StructureType in project robovm by robovm.
the class BridgeMethodCompilerTest method testCreateBridgeCWrapperIgnoresEmptyStructAsFirstMember.
@Test
public void testCreateBridgeCWrapperIgnoresEmptyStructAsFirstMember() {
FunctionType functionType = new FunctionType(VOID, new StructureType(new StructureType(), I32));
assertEquals("void f(void* target, void* p0) {\n" + " struct f_0001 {int m1;};\n" + " ((void (*)(struct f_0001)) target)(*((struct f_0001*)p0));\n" + "}\n", BridgeMethodCompiler.createBridgeCWrapper(functionType.getReturnType(), functionType.getParameterTypes(), functionType.getParameterTypes(), "f"));
}
use of org.robovm.compiler.llvm.StructureType in project robovm by robovm.
the class BridgeMethodCompilerTest method testCreateBridgeCWrapperNestedStructByValReturn.
@Test
public void testCreateBridgeCWrapperNestedStructByValReturn() {
FunctionType functionType = new FunctionType(new StructureType(new StructureType(I32), new StructureType(I32)));
assertEquals("void f(void* target, void* ret) {\n" + " struct f_0000_0001 {int m0;};\n" + " struct f_0000_0000 {int m0;};\n" + " struct f_0000 {struct f_0000_0000 m0;struct f_0000_0001 m1;};\n" + " *((struct f_0000*)ret) = ((struct f_0000 (*)(void)) target)();\n" + "}\n", BridgeMethodCompiler.createBridgeCWrapper(functionType.getReturnType(), functionType.getParameterTypes(), functionType.getParameterTypes(), "f"));
}
use of org.robovm.compiler.llvm.StructureType in project robovm by robovm.
the class BroMethodCompiler method mergeStructMemberTypes.
static Type mergeStructMemberTypes(DataLayout dataLayout, Type t1, Type t2) {
int align1 = dataLayout.getAlignment(t1);
int align2 = dataLayout.getAlignment(t2);
int size1 = dataLayout.getStoreSize(t1);
int size2 = dataLayout.getStoreSize(t2);
Type result = align1 < align2 ? t2 : t1;
int size = align1 < align2 ? size2 : size1;
int pad = Math.max(size1, size2) - size;
if (pad > 0) {
return new StructureType(result, new ArrayType(pad, I8));
} else {
return result;
}
}
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