public static UT_PolyBaseFactory GetInstance()
{
if (s_Instance == null)
{
s_Instance = new UT_PolyBaseFactory();
}
return s_Instance;
}
public UT_HugeCompoundClass()
{
int initSeed = m_ValueSeed;
int valueSeed = m_ValueSeed;
// ints
for (int i = 0; i < m_TestInts.Length; ++i)
{
m_TestInts[i] = valueSeed++;
}
// floats
for (int i = 0; i < m_TestFloats.Length; ++i)
{
m_TestFloats[i] = (valueSeed++) * 0.31f;
}
// double
for (int i = 0; i < m_TestDoubles.Length; ++i)
{
m_TestDoubles[i] = (valueSeed++) * 0.13;
}
// string
for (int i = 0; i < m_TestStrings.Length; ++i)
{
int curSeed = valueSeed++;
if (curSeed % 3 == 0)
{
m_TestStrings[i] = (curSeed) + "äüösChina";
for (int j = 0; j < 10; ++j)
{
m_TestStrings[i] += GetRandomUnicodeChar(curSeed++);
}
}
else if (curSeed % 3 == 1)
{
m_TestStrings[i] = "";
}
else
{
m_TestStrings[i] = null;
}
}
// bool
for (int i = 0; i < m_TestBools.Length; ++i)
{
m_TestBools[i] = (valueSeed++) % 2 == 0;
}
// char
for (int i = 0; i < m_TestChars.Length; ++i)
{
m_TestChars[i] = GetRandomUnicodeChar(valueSeed++);
}
// enum
for (int i = 0; i < m_TestEnums.Length; ++i)
{
m_TestEnums[i] = (UT_TestEnum) ((valueSeed++) % (int)UT_TestEnum.Count);
}
///////////////////////////////////////////////////////////////////////////
// simple serializables
for (int i = 0; i < m_SimpleSerializables.Length; ++i)
{
m_SimpleSerializables[i] = ((initSeed + i) % 2 == 0) ? null : new UT_SimpleSerializable(valueSeed++);
}
// Sub 1
for (int i = 0; i < m_PolySub1s.Length; ++i)
{
m_PolySub1s[i] = ((initSeed + i) % 2 == 0) ? null : new UT_PolySub1(valueSeed++);
}
// Sub 2
for (int i = 0; i < m_PolySub2s.Length; ++i)
{
m_PolySub2s[i] = ((initSeed + i) % 2 == 0) ? null : new UT_PolySub2(valueSeed++, valueSeed++);
}
// Mixed
for (int i = 0; i < m_PolyBases.Length; ++i)
{
m_PolyBases[i] = UT_PolyBaseFactory.GetRandomPolyBase(initSeed + i, ref valueSeed);
}
///////////////////////////////////////////////////////////////////////////
// Lists
m_ListInt = new List<int> { valueSeed++, valueSeed++, valueSeed++ };
m_ListSimpleSerializables = new List<UT_SimpleSerializable> { new UT_SimpleSerializable(valueSeed++), new UT_SimpleSerializable(valueSeed++)};
m_ListPolyBase = new List<UT_IPolyBase> { UT_PolyBaseFactory.GetRandomPolyBase(initSeed, ref valueSeed), UT_PolyBaseFactory.GetRandomPolyBase(initSeed + 1, ref valueSeed), UT_PolyBaseFactory.GetRandomPolyBase(initSeed + 1, ref valueSeed) };
m_ListPolySub = new List<UT_PolySub2> { new UT_PolySub2(valueSeed++, valueSeed++), new UT_PolySub2(valueSeed++, valueSeed++) };
}
///////////////////////////////////////////////////////////////////////////
public void Serialize(Serializer serializer)
{
bool foundStructureSeed = serializer.Serialize("structureSeed", ref m_StructureSeed, -1);
if (!foundStructureSeed)
{
Debug.LogError("Did not found [structureSeed]");
}
m_StructureRand = new System.Random(m_StructureSeed);
m_ManualStructureDepth = 0;
// ints
AddRandomTreeStructure(serializer);
bool foundAllTags = serializer.Serialize("testInt01", ref m_TestInts[0], -1);
AddRandomTreeStructure(serializer);
foundAllTags &= serializer.Serialize("testInt01", ref m_TestInts[1], -1);
AddRandomTreeStructure(serializer);
// floats
AddRandomTreeStructure(serializer);
foundAllTags &= serializer.Serialize("testFoat01", ref m_TestFloats[0], -1);
AddRandomTreeStructure(serializer);
foundAllTags &= serializer.Serialize("testFoat01", ref m_TestFloats[1], -1);
AddRandomTreeStructure(serializer);
// double
AddRandomTreeStructure(serializer);
foundAllTags &= serializer.Serialize("testDouble01", ref m_TestDoubles[0], -1.0);
AddRandomTreeStructure(serializer);
foundAllTags &= serializer.Serialize("testDouble01", ref m_TestDoubles[1], -1.0);
AddRandomTreeStructure(serializer);
// string
AddRandomTreeStructure(serializer);
foundAllTags &= serializer.Serialize("testString01", ref m_TestStrings[0], "");
AddRandomTreeStructure(serializer);
foundAllTags &= serializer.Serialize("testString01", ref m_TestStrings[1], "");
AddRandomTreeStructure(serializer);
foundAllTags &= serializer.Serialize("testString01", ref m_TestStrings[2], "");
AddRandomTreeStructure(serializer);
// bool
AddRandomTreeStructure(serializer);
foundAllTags &= serializer.Serialize("testBool01", ref m_TestBools[0], true);
AddRandomTreeStructure(serializer);
foundAllTags &= serializer.Serialize("testBool01", ref m_TestBools[1], false);
AddRandomTreeStructure(serializer);
// char
AddRandomTreeStructure(serializer);
foundAllTags &= serializer.Serialize("testchar01", ref m_TestChars[0], 'a');
AddRandomTreeStructure(serializer);
foundAllTags &= serializer.Serialize("testchar01", ref m_TestChars[1], 'b');
AddRandomTreeStructure(serializer);
// enum
AddRandomTreeStructure(serializer);
foundAllTags &= serializer.Serialize("enum1", ref m_TestEnums[0], UT_TestEnum.Count);
AddRandomTreeStructure(serializer);
foundAllTags &= serializer.Serialize("enum2", ref m_TestEnums[1], UT_TestEnum.Count);
AddRandomTreeStructure(serializer);
///////////////////////////////////////////////////////////////////////////
// simple serializables
AddRandomTreeStructure(serializer);
foundAllTags &= serializer.Serialize("testSer0", ref m_SimpleSerializables[0], false);
AddRandomTreeStructure(serializer);
foundAllTags &= serializer.Serialize("testSer1", ref m_SimpleSerializables[1], false);
AddRandomTreeStructure(serializer);
foundAllTags &= serializer.Serialize("testSer2", ref m_SimpleSerializables[2], false);
AddRandomTreeStructure(serializer);
// Sub 1
AddRandomTreeStructure(serializer);
foundAllTags &= serializer.Serialize("testSer", ref m_PolySub1s[0], UT_PolyBaseFactory.GetInstance());
AddRandomTreeStructure(serializer);
foundAllTags &= serializer.Serialize("testSer", ref m_PolySub1s[1], UT_PolyBaseFactory.GetInstance());
AddRandomTreeStructure(serializer);
foundAllTags &= serializer.Serialize("testSer", ref m_PolySub1s[2], UT_PolyBaseFactory.GetInstance());
AddRandomTreeStructure(serializer);
// Sub 2
AddRandomTreeStructure(serializer);
foundAllTags &= serializer.Serialize("testSer", ref m_PolySub2s[0], UT_PolyBaseFactory.GetInstance());
AddRandomTreeStructure(serializer);
foundAllTags &= serializer.Serialize("testSer", ref m_PolySub2s[1], UT_PolyBaseFactory.GetInstance());
AddRandomTreeStructure(serializer);
foundAllTags &= serializer.Serialize("testSer", ref m_PolySub2s[2], UT_PolyBaseFactory.GetInstance());
AddRandomTreeStructure(serializer);
// Mixed
AddRandomTreeStructure(serializer);
foundAllTags &= serializer.Serialize("testSer", ref m_PolyBases[0], UT_PolyBaseFactory.GetInstance());
AddRandomTreeStructure(serializer);
foundAllTags &= serializer.Serialize("testSer", ref m_PolyBases[1], UT_PolyBaseFactory.GetInstance());
AddRandomTreeStructure(serializer);
foundAllTags &= serializer.Serialize("testSer", ref m_PolyBases[2], UT_PolyBaseFactory.GetInstance());
AddRandomTreeStructure(serializer);
///////////////////////////////////////////////////////////////////////////
// Lists
foundAllTags &= serializer.Serialize("laLista", ref m_ListIntNull);
foundAllTags &= serializer.Serialize("laLista", ref m_ListInt);
foundAllTags &= serializer.Serialize("laLista", ref m_ListSimpleSerializablesNull, false);
foundAllTags &= serializer.Serialize("laLista", ref m_ListSimpleSerializables, false);
foundAllTags &= serializer.Serialize("laLista", ref m_ListPolyBase, UT_PolyBaseFactory.GetInstance());
foundAllTags &= serializer.Serialize("laLista", ref m_ListPolySub, UT_PolyBaseFactory.GetInstance());
if (!foundAllTags)
{
Debug.LogError("Did not find all tags :(");
}
FinalizeManualStructureDepths(serializer);
}
