Dqn/Data/DqnInspect_TestDataGenerated.cpp

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// This is an auto generated file using Dqn_Inspect
//
// ..\Data\DqnInspect_TestData.h
//
#ifndef DQN_INSPECT_DQNINSPECT_TESTDATA_H
#define DQN_INSPECT_DQNINSPECT_TESTDATA_H
// NOTE: These macros are undefined at the end of the file so to not pollute namespace
#define ARRAY_COUNT(array) sizeof(array)/sizeof((array)[0])
#define CHAR_COUNT(str) (ARRAY_COUNT(str) - 1)
#define STR_AND_LEN(str) str, CHAR_COUNT(str)
DqnInspect_StructMember const DqnInspect_SampleStruct_StructMembers[] =
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{
{
STR_AND_LEN("int const *c"), STR_AND_LEN("b"),
nullptr, 0, // template_expr and template_expr_len
1 // array_dimensions
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},
{
STR_AND_LEN("int"), STR_AND_LEN("c"),
nullptr, 0, // template_expr and template_expr_len
0 // array_dimensions
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},
{
STR_AND_LEN("int const *const b, c, *"), STR_AND_LEN("d"),
nullptr, 0, // template_expr and template_expr_len
1 // array_dimensions
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},
{
STR_AND_LEN("int const *const b, c, *d, *"), STR_AND_LEN("e"),
nullptr, 0, // template_expr and template_expr_len
1 // array_dimensions
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},
{
STR_AND_LEN("Array"), STR_AND_LEN("lights"),
nullptr, 0, // template_expr and template_expr_len
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0 // array_dimensions
},
{
STR_AND_LEN("Array"), STR_AND_LEN("camera_matrixes"),
nullptr, 0, // template_expr and template_expr_len
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0 // array_dimensions
},
{
STR_AND_LEN("char **"), STR_AND_LEN("bitmaps"),
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nullptr, 0, // template_expr and template_expr_len
2 // array_dimensions
},
{
STR_AND_LEN("int"), STR_AND_LEN("shaders"),
nullptr, 0, // template_expr and template_expr_len
1 // array_dimensions
},
{
STR_AND_LEN("void *"), STR_AND_LEN("win32_handle"),
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nullptr, 0, // template_expr and template_expr_len
1 // array_dimensions
},
{
STR_AND_LEN("int"), STR_AND_LEN("ebo"),
nullptr, 0, // template_expr and template_expr_len
0 // array_dimensions
},
{
STR_AND_LEN("vao"), STR_AND_LEN("DQN_INSPECT_META"),
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nullptr, 0, // template_expr and template_expr_len
0 // array_dimensions
},
{
STR_AND_LEN("V4"), STR_AND_LEN("draw_color"),
nullptr, 0, // template_expr and template_expr_len
0 // array_dimensions
},
{
STR_AND_LEN("V3"), STR_AND_LEN("lighting_ambient_coeff"),
nullptr, 0, // template_expr and template_expr_len
0 // array_dimensions
},
{
STR_AND_LEN("int"), STR_AND_LEN("draw_call_count"),
nullptr, 0, // template_expr and template_expr_len
0 // array_dimensions
},
{
STR_AND_LEN("const"), STR_AND_LEN("int"),
nullptr, 0, // template_expr and template_expr_len
0 // array_dimensions
},
{
STR_AND_LEN("const"), STR_AND_LEN("a"),
nullptr, 0, // template_expr and template_expr_len
0 // array_dimensions
},
{
STR_AND_LEN("const"), STR_AND_LEN("int"),
nullptr, 0, // template_expr and template_expr_len
0 // array_dimensions
},
{
STR_AND_LEN("int"), STR_AND_LEN("g"),
nullptr, 0, // template_expr and template_expr_len
0 // array_dimensions
},
{
STR_AND_LEN("int *c"), STR_AND_LEN("h"),
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nullptr, 0, // template_expr and template_expr_len
1 // array_dimensions
},
{
STR_AND_LEN("int const*"), STR_AND_LEN("i"),
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nullptr, 0, // template_expr and template_expr_len
1 // array_dimensions
},
{
STR_AND_LEN("int *********c"), STR_AND_LEN("j"),
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nullptr, 0, // template_expr and template_expr_len
9 // array_dimensions
},
{
STR_AND_LEN("int"), STR_AND_LEN("k"),
nullptr, 0, // template_expr and template_expr_len
0 // array_dimensions
},
{
STR_AND_LEN("int *********const j, k, ******"), STR_AND_LEN("l"),
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nullptr, 0, // template_expr and template_expr_len
6 // array_dimensions
},
{
STR_AND_LEN("int *********const j, k, ******l, *"), STR_AND_LEN("m"),
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nullptr, 0, // template_expr and template_expr_len
1 // array_dimensions
},
};
DqnInspect_Struct const DqnInspect_SampleStruct_Struct =
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{
STR_AND_LEN("SampleStruct"),
DqnInspect_SampleStruct_StructMembers, // members
ARRAY_COUNT(DqnInspect_SampleStruct_StructMembers) // members_len
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};
DqnInspect_Struct const *DqnInspect_GetStruct(SampleStruct const *val)
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{
(void)val;
DqnInspect_Struct const *result = &DqnInspect_SampleStruct_Struct;
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return result;
}
char const *DqnInspect_EnumWithMetadata_Strings[] = {"Rect", "Square", "Count", };
char const *DqnInspectEnum_Stringify(EnumWithMetadata val, int *len = nullptr)
{
if (val == EnumWithMetadata::Rect) { if (len) *len = CHAR_COUNT("Rect"); return DqnInspect_EnumWithMetadata_Strings[0]; }
if (val == EnumWithMetadata::Square) { if (len) *len = CHAR_COUNT("Square"); return DqnInspect_EnumWithMetadata_Strings[1]; }
if (val == EnumWithMetadata::Count) { if (len) *len = CHAR_COUNT("Count"); return DqnInspect_EnumWithMetadata_Strings[2]; }
return nullptr;
}
char const * DqnInspectMetadata_FilePath(EnumWithMetadata val)
{
if (val == EnumWithMetadata::Rect) { return "Rect.vert"; }
if (val == EnumWithMetadata::Square) { return "Square.vert"; }
return nullptr;
}
bool DqnInspectMetadata_Coords(EnumWithMetadata val, V3 *value)
{
if (val == EnumWithMetadata::Rect) { *value = V3(1, 2, 3); return true; }
return false;
}
void Function1(int a, float b = {}, char const * c = nullptr, bool e = false, int f = 1, char * g = "Hello world");
void * Function2(V3 foo = V3(10, 20, 50), V3 bar = {120, 150, 20}, ...);
Array<int const *, 3> const *const Function3(Array<int, 32> const * foobar);
#undef ARRAY_COUNT
#undef CHAR_COUNT
#undef STR_AND_LEN
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#endif // DQN_INSPECT_DQNINSPECT_TESTDATA_H