/// <summary>
/// Convert an instance of this class into a byte-array representation inside the .exbin-format
/// </summary>
/// <param name="bytesLeft">How much bytes we can occupy for this order at max</param>
public void SerializeExbin(ref List <byte> target, int bytesLeft)
{
Debug.Assert(bytesLeft >= 3, "No bytes left for 'unknown'");
target.AddRange(unknown);
Debug.Assert(bytesLeft >= 1, "No bytes left for 'ID'");
target.Add(_ID);
Debug.Assert(bytesLeft >= 64, "No bytes left for 'unknown2'");
target.AddRange(unknown2);
fruitType.SerializeExbin(ref target, fruitType_LENGTH);
Debug.Assert(bytesLeft >= 13, "No bytes left for 'unknown3'");
target.AddRange(unknown3);
}
public void SerializeExbin(ref List <byte> serializedData, int bytesLeft)
{
serializedData.AddRange(tutorialText1);
serializedData.AddRange(tutorialText2);
serializedData.AddRange(tutorialTextbuffer);
serializedData.AddRange(unknownCP);
serializedData.AddRange(unknownPostCP);
serializedData.Add((byte)(_ID == 99 ? 0 : ++_ID));
backgroundID.SerializeExbin(ref serializedData, backgroundID_LENGTH);
notDoor.SerializeExbin(ref serializedData, notDoor_LENGTH);
teleportIndices.SerializeExbin(ref serializedData, teleportIndices_LENGTH);
foreach (byte key in HOLE_DEFINITION_KEYS)
{
serializedData.Add((byte)holeDefinitions[key]);
for (int i = 0; i < holeDefinitions_LENGTH - 1; i++)
{
serializedData.Add(0x00);
}
}
for (int contentFlagIndex = 0; contentFlagIndex < MAXIMUM_CONTENT_FLAGS; contentFlagIndex++)
{
if (contentFlagIndex < contentFlags.Count)
{
serializedData.Add((byte)contentFlags[contentFlagIndex]);
if (contentFlagIndex + 1 < contentFlags.Count)
{
serializedData.Add(0x20);
}
else
{
serializedData.Add(0x00);
}
}
else
{
serializedData.Add(0x00);
serializedData.Add(0x00);
}
}
for (int switchOrPepperIndex = 0; switchOrPepperIndex < SWITCHORPEPPER_DEFINITIONS; switchOrPepperIndex++)
{
serializedData.Add((byte)switchOrPepperDefinitions[switchOrPepperIndex]);
for (int i = 0; i < switchOrPepperDefinitions_LENGTH - 1; i++)
{
serializedData.Add(0x00);
}
}
for (int patternIndex = 0; patternIndex < MOVEMENTPATTERN_DEFINITIONS; patternIndex++)
{
movementPatterns[patternIndex].SerializeExbin(ref serializedData, movementPattern_LENGTH);
}
for (int FDefinitionIndex = 0; FDefinitionIndex < FRUIT_ORDER_DEFINITIONS; FDefinitionIndex++)
{
orderedFruitDefinition[FDefinitionIndex].SerializeExbin(ref serializedData, orderedFruitDefinition_LENGTH);
}
for (int fruitAssociationIndex = 0; fruitAssociationIndex < FRUIT_ASSOCIATIONS_DEFINITIONS; fruitAssociationIndex++)
{
fruitAssociations[fruitAssociationIndex].SerializeExbin(ref serializedData, fruitAssociations_LENGTH);
}
}