DKGL2_Test/TestApp1/TestApp1.cpp

// TestApp1.cpp : Defines the entry point for the application.
//

#ifdef _WIN32
#include "Win32/stdafx.h"
#endif

#include <DK.h>


void PrintVariant(const DKString& name, const DKVariant& var, int indent = 0)
{
	char ind[1024];
	{
		int i = 0;
		while (i < indent)
		{
			ind[i++] = ' ';
		}
		ind[i] = 0;
	}

	switch (var.ValueType())
	{
	case DKVariant::TypeUndefined:
		DKLog("%s \"%ls\" (Undefined)", ind, (const wchar_t*)name);
		break;
	case DKVariant::TypeInteger:
		DKLog("%s \"%ls\" (Integer) : %lld", ind, (const wchar_t*)name, var.Integer());
		break;
	case DKVariant::TypeFloat:
		DKLog("%s \"%ls\" (Float) : %f", ind, (const wchar_t*)name, var.Float());
		break;
	case DKVariant::TypeVector2:
		DKLog("%s \"%ls\" (Vector2)", ind, (const wchar_t*)name);
		break;
	case DKVariant::TypeVector3:
		DKLog("%s \"%ls\" (Vector3)", ind, (const wchar_t*)name);
		break;
	case DKVariant::TypeVector4:
		DKLog("%s \"%ls\" (Vector4)", ind, (const wchar_t*)name);
		break;
	case DKVariant::TypeMatrix2:
		DKLog("%s \"%ls\" (Matrix2x2)", ind, (const wchar_t*)name);
		break;
	case DKVariant::TypeMatrix3:
		DKLog("%s \"%ls\" (Matrix3x3)", ind, (const wchar_t*)name);
		break;
	case DKVariant::TypeMatrix4:
		DKLog("%s \"%ls\" (Matrix4x4)", ind, (const wchar_t*)name);
		break;
	case DKVariant::TypeQuaternion:
		DKLog("%s \"%ls\" (Quat)", ind, (const wchar_t*)name);
		break;
	case DKVariant::TypeRational:
		DKLog("%s \"%ls\" (Rational) %lld / %lld", ind, (const wchar_t*)name, var.Rational().Numerator(), var.Rational().Denominator());
		break;
	case DKVariant::TypeString:
		DKLog("%s \"%ls\" (String) : %ls", ind, (const wchar_t*)name, (const wchar_t*)var.String());
		break;
	case DKVariant::TypeDateTime:
		DKLog("%s \"%ls\" (DateTime)", ind, (const wchar_t*)name);
		break;
	case DKVariant::TypeData:
		DKLog("%s \"%ls\" (Data)", ind, (const wchar_t*)name);
		break;
	case DKVariant::TypeStructData:
		DKLog("%s \"%ls\" (StructData)", ind, (const wchar_t*)name);
		break;
	case DKVariant::TypeArray:
		DKLog("%s \"%ls\" (Array)", ind, (const wchar_t*)name);
		for (int i = 0; i < var.Array().Count(); ++i)
		{
			const DKVariant& sub = var.Array().Value(i);
			PrintVariant(DKString::Format("%ls[%d]", name, i), sub, indent + 4);
		}
		break;
	case DKVariant::TypePairs:
		DKLog("%s \"%ls\" (Pairs)", ind, (const wchar_t*)name);
		var.Pairs().EnumerateForward([indent](const DKVariant::VPairs::Pair& pair)
		{
			PrintVariant(pair.key, pair.value, indent+4);
		});
		break;
	default:
		DKLog("%s %ls (Unknown)");
		break;
	}
}

#ifdef _WIN32
int APIENTRY wWinMain(_In_ HINSTANCE hInstance,
	_In_opt_ HINSTANCE hPrevInstance,
	_In_ LPWSTR    lpCmdLine,
	_In_ int       nCmdShow)
#else
int main(int argc, const char * argv[])
#endif
{
	DKApplication app;	// for DKLog to console

	DKVariant prop = DKVariant::TypePairs;

	prop.NewValueAtKeyPath("Root.Group1.Sub1.Container1.Item1", "1");
	prop.NewValueAtKeyPath("Root.Group1.Sub1.Container1.Item1", "2");
	prop.NewValueAtKeyPath("Root.Group1.Sub1.Container1.Item1", "3");
	prop.NewValueAtKeyPath("Root.Group1.Sub1.Container1.Item1", "4");
	prop.NewValueAtKeyPath("Root.Group1.Sub1.Container1.Item1", "5");
	prop.NewValueAtKeyPath("Root.Group1.Sub1.Container1.Item1", "6");
	prop.NewValueAtKeyPath("Root.Group1.Sub1.Container1.Item1", "7");
	prop.NewValueAtKeyPath("Root.Group1.Sub1.Container1.Item1", "8");
	prop.NewValueAtKeyPath("Root.Group1.Sub1.Container1.Item1", "9");
	prop.NewValueAtKeyPath("Root.Group1.Sub1.Container1.Item1", "10");
	prop.NewValueAtKeyPath("Root.Group1.Sub1.Container1.Item1", "11");
	prop.NewValueAtKeyPath("Root.Group1.Sub1.Container1.Item1", "12");
	prop.NewValueAtKeyPath("Root.Group1.Sub1.Container1.Item1", "13");
	prop.NewValueAtKeyPath("Root.Group1.Sub1.Container1.Item1", "14");
	prop.NewValueAtKeyPath("Root.Group1.Sub1.Container1.Item1", "15");

	
	PrintVariant("ROOT", prop);
	DKLog("-------------------");
	DKString findKey = "Root.Group1.Sub1.Container1.Item1";
	bool b = prop.FindObjectAtKeyPath(findKey, DKFunction([&](DKVariant& var)
	{
		PrintVariant(DKString::Format("(%ls)", (const wchar_t*)findKey), var);
		return false;
	}));
	DKLog("FindObjectAtKeyPath result: %d", (int)b);


	return 0;
}