using System; // -*- Mode: Java -*- class PIMP_ERROR_UNEXPECTED_MESSAGE : Message { public const byte MessageType = 0xFE; override public byte GetMessageType() { return MessageType; } public byte Field1; public PIMP_ERROR_UNEXPECTED_MESSAGE() : base() { } public PIMP_ERROR_UNEXPECTED_MESSAGE(byte field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_ERROR_UNPARSEABLE : Message { public const byte MessageType = 0xFD; override public byte GetMessageType() { return MessageType; } public PIMP_ERROR_UNPARSEABLE() : base() { } } class PIMP_ERROR_INVALID_PAYLOAD : Message { public const byte MessageType = 0xFC; override public byte GetMessageType() { return MessageType; } public byte Field1; public PIMP_ERROR_INVALID_PAYLOAD() : base() { } public PIMP_ERROR_INVALID_PAYLOAD(byte field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_HANDSHAKE : Message { public const byte MessageType = 0x00; override public byte GetMessageType() { return MessageType; } public byte Field1; public PIMP_HANDSHAKE() : base() { } public PIMP_HANDSHAKE(byte field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_HANDSHAKE_ACKNOWLEDGE : Message { public const byte MessageType = 0x01; override public byte GetMessageType() { return MessageType; } public uint Field1; public PIMP_HANDSHAKE_ACKNOWLEDGE() : base() { } public PIMP_HANDSHAKE_ACKNOWLEDGE(uint field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_ERROR_UNKNOWN_PROTOCOL : Message { public const byte MessageType = 0xF0; override public byte GetMessageType() { return MessageType; } public PIMP_ERROR_UNKNOWN_PROTOCOL() : base() { } } class PIMP_JOIN : Message { public const byte MessageType = 0x02; override public byte GetMessageType() { return MessageType; } public byte Field1; public bool Field2; public string Field3; public PIMP_JOIN() : base() { } public PIMP_JOIN(byte field1, bool field2, string field3) : base() { Field1 = field1; Field2 = field2; Field3 = field3; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); Write(Field3, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); Read(out Field3, ref payload, ref index); } } class PIMP_QUERY_JOIN_PLAY : Message { public const byte MessageType = 0x06; override public byte GetMessageType() { return MessageType; } public uint Field1; public string Field2; public PIMP_QUERY_JOIN_PLAY() : base() { } public PIMP_QUERY_JOIN_PLAY(uint field1, string field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_QUERY_JOIN_OBSERVE : Message { public const byte MessageType = 0x07; override public byte GetMessageType() { return MessageType; } public uint Field1; public string Field2; public PIMP_QUERY_JOIN_OBSERVE() : base() { } public PIMP_QUERY_JOIN_OBSERVE(uint field1, string field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_JOIN_PENDING : Message { public const byte MessageType = 0x10; override public byte GetMessageType() { return MessageType; } public PIMP_JOIN_PENDING() : base() { } } class PIMP_ACCEPT_JOIN : Message { public const byte MessageType = 0x08; override public byte GetMessageType() { return MessageType; } public uint Field1; public PIMP_ACCEPT_JOIN() : base() { } public PIMP_ACCEPT_JOIN(uint field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_REFUSE_JOIN : Message { public const byte MessageType = 0x09; override public byte GetMessageType() { return MessageType; } public uint Field1; public PIMP_REFUSE_JOIN() : base() { } public PIMP_REFUSE_JOIN(uint field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_JOIN_REFUSED : Message { public const byte MessageType = 0x0F; override public byte GetMessageType() { return MessageType; } public uint Field1; public string Field2; public PIMP_JOIN_REFUSED() : base() { } public PIMP_JOIN_REFUSED(uint field1, string field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_ERROR_TOO_MANY_USERS : Message { public const byte MessageType = 0xF1; override public byte GetMessageType() { return MessageType; } public PIMP_ERROR_TOO_MANY_USERS() : base() { } } class PIMP_ERROR_NAME_IN_USE : Message { public const byte MessageType = 0xF2; override public byte GetMessageType() { return MessageType; } public PIMP_ERROR_NAME_IN_USE() : base() { } } class PIMP_ERROR_NOT_WELCOME : Message { public const byte MessageType = 0xF3; override public byte GetMessageType() { return MessageType; } public PIMP_ERROR_NOT_WELCOME() : base() { } } class PIMP_WELCOME_DETAILS : Message { public const byte MessageType = 0x03; override public byte GetMessageType() { return MessageType; } public byte Field1; public uint Field2; public PIMP_WELCOME_DETAILS() : base() { } public PIMP_WELCOME_DETAILS(byte field1, uint field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_WELCOME_PLAYER : Message { public const byte MessageType = 0x04; override public byte GetMessageType() { return MessageType; } public byte Field1; public byte Field2; public string Field3; public PIMP_WELCOME_PLAYER() : base() { } public PIMP_WELCOME_PLAYER(byte field1, byte field2, string field3) : base() { Field1 = field1; Field2 = field2; Field3 = field3; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); Write(Field3, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); Read(out Field3, ref payload, ref index); } } class PIMP_WELCOME_OBSERVER : Message { public const byte MessageType = 0x05; override public byte GetMessageType() { return MessageType; } public byte Field1; public byte Field2; public string Field3; public PIMP_WELCOME_OBSERVER() : base() { } public PIMP_WELCOME_OBSERVER(byte field1, byte field2, string field3) : base() { Field1 = field1; Field2 = field2; Field3 = field3; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); Write(Field3, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); Read(out Field3, ref payload, ref index); } } class PIMP_REJOIN : Message { public const byte MessageType = 0x0A; override public byte GetMessageType() { return MessageType; } public byte Field1; public uint Field2; public PIMP_REJOIN() : base() { } public PIMP_REJOIN(byte field1, uint field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_WELCOME_BACK : Message { public const byte MessageType = 0x0B; override public byte GetMessageType() { return MessageType; } public byte Field1; public byte Field2; public string Field3; public bool Field4; public PIMP_WELCOME_BACK() : base() { } public PIMP_WELCOME_BACK(byte field1, byte field2, string field3, bool field4) : base() { Field1 = field1; Field2 = field2; Field3 = field3; Field4 = field4; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); Write(Field3, ref payload, ref index); Write(Field4, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); Read(out Field3, ref payload, ref index); Read(out Field4, ref payload, ref index); } } class PIMP_ERROR_WRONG_PASSWORD : Message { public const byte MessageType = 0xF4; override public byte GetMessageType() { return MessageType; } public PIMP_ERROR_WRONG_PASSWORD() : base() { } } class PIMP_PING : Message { public const byte MessageType = 0xD0; override public byte GetMessageType() { return MessageType; } public uint Field1; public PIMP_PING() : base() { } public PIMP_PING(uint field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_PONG : Message { public const byte MessageType = 0xD1; override public byte GetMessageType() { return MessageType; } public uint Field1; public PIMP_PONG() : base() { } public PIMP_PONG(uint field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_LINK_DEAD : Message { public const byte MessageType = 0xD2; override public byte GetMessageType() { return MessageType; } public byte Field1; public PIMP_LINK_DEAD() : base() { } public PIMP_LINK_DEAD(byte field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_KICK : Message { public const byte MessageType = 0xD3; override public byte GetMessageType() { return MessageType; } public byte Field1; public PIMP_KICK() : base() { } public PIMP_KICK(byte field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_PLAYER_BECAME_OBSERVER_KICKED : Message { public const byte MessageType = 0xDC; override public byte GetMessageType() { return MessageType; } public byte Field1; public PIMP_PLAYER_BECAME_OBSERVER_KICKED() : base() { } public PIMP_PLAYER_BECAME_OBSERVER_KICKED(byte field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_TRANSFER : Message { public const byte MessageType = 0xD4; override public byte GetMessageType() { return MessageType; } public byte Field1; public PIMP_TRANSFER() : base() { } public PIMP_TRANSFER(byte field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_ERROR_CANNOT_TRANSFER_DURING_TRANSACTION : Message { public const byte MessageType = 0xEC; override public byte GetMessageType() { return MessageType; } public uint Field1; public PIMP_ERROR_CANNOT_TRANSFER_DURING_TRANSACTION() : base() { } public PIMP_ERROR_CANNOT_TRANSFER_DURING_TRANSACTION(uint field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_PLAYER_TAKEOVER : Message { public const byte MessageType = 0x0C; override public byte GetMessageType() { return MessageType; } public byte Field1; public byte Field2; public PIMP_PLAYER_TAKEOVER() : base() { } public PIMP_PLAYER_TAKEOVER(byte field1, byte field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_AFK : Message { public const byte MessageType = 0xD5; override public byte GetMessageType() { return MessageType; } public PIMP_AFK() : base() { } } class PIMP_SWITCH_PLAY : Message { public const byte MessageType = 0x0D; override public byte GetMessageType() { return MessageType; } public PIMP_SWITCH_PLAY() : base() { } } class PIMP_OBSERVER_BECAME_PLAYER : Message { public const byte MessageType = 0x0E; override public byte GetMessageType() { return MessageType; } public byte Field1; public PIMP_OBSERVER_BECAME_PLAYER() : base() { } public PIMP_OBSERVER_BECAME_PLAYER(byte field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_PLAYER_BECAME_OBSERVER_TRANSFER : Message { public const byte MessageType = 0xDA; override public byte GetMessageType() { return MessageType; } public byte Field1; public PIMP_PLAYER_BECAME_OBSERVER_TRANSFER() : base() { } public PIMP_PLAYER_BECAME_OBSERVER_TRANSFER(byte field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_PLAYER_BECAME_OBSERVER_BANKRUPT : Message { public const byte MessageType = 0xDB; override public byte GetMessageType() { return MessageType; } public byte Field1; public PIMP_PLAYER_BECAME_OBSERVER_BANKRUPT() : base() { } public PIMP_PLAYER_BECAME_OBSERVER_BANKRUPT(byte field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_PLAYER_WON : Message { public const byte MessageType = 0xDF; override public byte GetMessageType() { return MessageType; } public byte Field1; public PIMP_PLAYER_WON() : base() { } public PIMP_PLAYER_WON(byte field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_REQUEST_STATE : Message { public const byte MessageType = 0x11; override public byte GetMessageType() { return MessageType; } public PIMP_REQUEST_STATE() : base() { } } class PIMP_STATE_BOARD : Message { public const byte MessageType = 0x12; override public byte GetMessageType() { return MessageType; } public byte Field1; public PIMP_STATE_BOARD() : base() { } public PIMP_STATE_BOARD(byte field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_STATE_PLAYER : Message { public const byte MessageType = 0x13; override public byte GetMessageType() { return MessageType; } public byte Field1; public byte Field2; public string Field3; public byte Field4; public uint Field5; public byte Field6; public PIMP_STATE_PLAYER() : base() { } public PIMP_STATE_PLAYER(byte field1, byte field2, string field3, byte field4, uint field5, byte field6) : base() { Field1 = field1; Field2 = field2; Field3 = field3; Field4 = field4; Field5 = field5; Field6 = field6; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); Write(Field3, ref payload, ref index); Write(Field4, ref payload, ref index); Write(Field5, ref payload, ref index); Write(Field6, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); Read(out Field3, ref payload, ref index); Read(out Field4, ref payload, ref index); Read(out Field5, ref payload, ref index); Read(out Field6, ref payload, ref index); } } class PIMP_STATE_OBSERVER : Message { public const byte MessageType = 0x14; override public byte GetMessageType() { return MessageType; } public byte Field1; public byte Field2; public string Field3; public PIMP_STATE_OBSERVER() : base() { } public PIMP_STATE_OBSERVER(byte field1, byte field2, string field3) : base() { Field1 = field1; Field2 = field2; Field3 = field3; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); Write(Field3, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); Read(out Field3, ref payload, ref index); } } class PIMP_STATE_PROPERTY : Message { public const byte MessageType = 0x15; override public byte GetMessageType() { return MessageType; } public byte Field1; public byte Field2; public bool Field3; public byte Field4; public byte Field5; public PIMP_STATE_PROPERTY() : base() { } public PIMP_STATE_PROPERTY(byte field1, byte field2, bool field3, byte field4, byte field5) : base() { Field1 = field1; Field2 = field2; Field3 = field3; Field4 = field4; Field5 = field5; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); Write(Field3, ref payload, ref index); Write(Field4, ref payload, ref index); Write(Field5, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); Read(out Field3, ref payload, ref index); Read(out Field4, ref payload, ref index); Read(out Field5, ref payload, ref index); } } class PIMP_STATE_CARD : Message { public const byte MessageType = 0x16; override public byte GetMessageType() { return MessageType; } public byte Field1; public byte Field2; public PIMP_STATE_CARD() : base() { } public PIMP_STATE_CARD(byte field1, byte field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_STATE_POT : Message { public const byte MessageType = 0x1F; override public byte GetMessageType() { return MessageType; } public uint Field1; public PIMP_STATE_POT() : base() { } public PIMP_STATE_POT(uint field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_START_OF_TURN : Message { public const byte MessageType = 0x20; override public byte GetMessageType() { return MessageType; } public byte Field1; public bool Field2; public PIMP_START_OF_TURN() : base() { } public PIMP_START_OF_TURN(byte field1, bool field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_THROW_DICE : Message { public const byte MessageType = 0x21; override public byte GetMessageType() { return MessageType; } public PIMP_THROW_DICE() : base() { } } class PIMP_DICE_ROLLED : Message { public const byte MessageType = 0x22; override public byte GetMessageType() { return MessageType; } public byte Field1; public byte Field2; public byte Field3; public PIMP_DICE_ROLLED() : base() { } public PIMP_DICE_ROLLED(byte field1, byte field2, byte field3) : base() { Field1 = field1; Field2 = field2; Field3 = field3; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); Write(Field3, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); Read(out Field3, ref payload, ref index); } } class PIMP_THREE_DOUBLES : Message { public const byte MessageType = 0x23; override public byte GetMessageType() { return MessageType; } public byte Field1; public PIMP_THREE_DOUBLES() : base() { } public PIMP_THREE_DOUBLES(byte field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_DICE_MOVED_PLAYER : Message { public const byte MessageType = 0x24; override public byte GetMessageType() { return MessageType; } public byte Field1; public byte Field2; public byte Field3; public PIMP_DICE_MOVED_PLAYER() : base() { } public PIMP_DICE_MOVED_PLAYER(byte field1, byte field2, byte field3) : base() { Field1 = field1; Field2 = field2; Field3 = field3; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); Write(Field3, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); Read(out Field3, ref payload, ref index); } } class PIMP_CARD_MOVED_PLAYER : Message { public const byte MessageType = 0x25; override public byte GetMessageType() { return MessageType; } public byte Field1; public byte Field2; public byte Field3; public PIMP_CARD_MOVED_PLAYER() : base() { } public PIMP_CARD_MOVED_PLAYER(byte field1, byte field2, byte field3) : base() { Field1 = field1; Field2 = field2; Field3 = field3; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); Write(Field3, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); Read(out Field3, ref payload, ref index); } } class PIMP_SQUARE_MOVED_PLAYER : Message { public const byte MessageType = 0x26; override public byte GetMessageType() { return MessageType; } public byte Field1; public byte Field2; public byte Field3; public PIMP_SQUARE_MOVED_PLAYER() : base() { } public PIMP_SQUARE_MOVED_PLAYER(byte field1, byte field2, byte field3) : base() { Field1 = field1; Field2 = field2; Field3 = field3; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); Write(Field3, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); Read(out Field3, ref payload, ref index); } } class PIMP_PLAYER_PASSING_BY_SQUARE : Message { public const byte MessageType = 0x27; override public byte GetMessageType() { return MessageType; } public byte Field1; public byte Field2; public PIMP_PLAYER_PASSING_BY_SQUARE() : base() { } public PIMP_PLAYER_PASSING_BY_SQUARE(byte field1, byte field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_PLAYER_LANDING_ON_SQUARE : Message { public const byte MessageType = 0x28; override public byte GetMessageType() { return MessageType; } public byte Field1; public byte Field2; public PIMP_PLAYER_LANDING_ON_SQUARE() : base() { } public PIMP_PLAYER_LANDING_ON_SQUARE(byte field1, byte field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_GOING_TO_JAIL : Message { public const byte MessageType = 0x29; override public byte GetMessageType() { return MessageType; } public byte Field1; public byte Field2; public PIMP_GOING_TO_JAIL() : base() { } public PIMP_GOING_TO_JAIL(byte field1, byte field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_WAITING_FOR_TRANSACTION : Message { public const byte MessageType = 0x2A; override public byte GetMessageType() { return MessageType; } public byte Field1; public uint Field2; public PIMP_WAITING_FOR_TRANSACTION() : base() { } public PIMP_WAITING_FOR_TRANSACTION(byte field1, uint field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_CLAIM_RENT : Message { public const byte MessageType = 0x2B; override public byte GetMessageType() { return MessageType; } public byte Field1; public byte Field2; public PIMP_CLAIM_RENT() : base() { } public PIMP_CLAIM_RENT(byte field1, byte field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_ERROR_INVALID_RENT_CLAIM : Message { public const byte MessageType = 0xE0; override public byte GetMessageType() { return MessageType; } public PIMP_ERROR_INVALID_RENT_CLAIM() : base() { } } class PIMP_CLAIM_GO : Message { public const byte MessageType = 0x2C; override public byte GetMessageType() { return MessageType; } public byte Field1; public PIMP_CLAIM_GO() : base() { } public PIMP_CLAIM_GO(byte field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_ERROR_INVALID_GO_CLAIM : Message { public const byte MessageType = 0xE1; override public byte GetMessageType() { return MessageType; } public PIMP_ERROR_INVALID_GO_CLAIM() : base() { } } class PIMP_MONEY_BEING_HELD_IN_ESCROW : Message { public const byte MessageType = 0xED; override public byte GetMessageType() { return MessageType; } public byte Field1; public uint Field2; public uint Field3; public PIMP_MONEY_BEING_HELD_IN_ESCROW() : base() { } public PIMP_MONEY_BEING_HELD_IN_ESCROW(byte field1, uint field2, uint field3) : base() { Field1 = field1; Field2 = field2; Field3 = field3; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); Write(Field3, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); Read(out Field3, ref payload, ref index); } } class PIMP_RENT_COLLECTION_MORATORIUM : Message { public const byte MessageType = 0x2E; override public byte GetMessageType() { return MessageType; } public PIMP_RENT_COLLECTION_MORATORIUM() : base() { } } class PIMP_ROLL_AGAIN : Message { public const byte MessageType = 0x2F; override public byte GetMessageType() { return MessageType; } public byte Field1; public PIMP_ROLL_AGAIN() : base() { } public PIMP_ROLL_AGAIN(byte field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_PROPERTY_SALE : Message { public const byte MessageType = 0x30; override public byte GetMessageType() { return MessageType; } public byte Field1; public byte Field2; public uint Field3; public PIMP_PROPERTY_SALE() : base() { } public PIMP_PROPERTY_SALE(byte field1, byte field2, uint field3) : base() { Field1 = field1; Field2 = field2; Field3 = field3; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); Write(Field3, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); Read(out Field3, ref payload, ref index); } } class PIMP_BUY_PROPERTY : Message { public const byte MessageType = 0x31; override public byte GetMessageType() { return MessageType; } public PIMP_BUY_PROPERTY() : base() { } } class PIMP_ERROR_PROPERTY_TOO_EXPENSIVE : Message { public const byte MessageType = 0xE2; override public byte GetMessageType() { return MessageType; } public byte Field1; public uint Field2; public PIMP_ERROR_PROPERTY_TOO_EXPENSIVE() : base() { } public PIMP_ERROR_PROPERTY_TOO_EXPENSIVE(byte field1, uint field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_ERROR_PROPERTY_WOULD_REDUCE_NET_WORTH : Message { public const byte MessageType = 0xEE; override public byte GetMessageType() { return MessageType; } public byte Field1; public uint Field2; public PIMP_ERROR_PROPERTY_WOULD_REDUCE_NET_WORTH() : base() { } public PIMP_ERROR_PROPERTY_WOULD_REDUCE_NET_WORTH(byte field1, uint field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_AUCTION_PROPERTY : Message { public const byte MessageType = 0x32; override public byte GetMessageType() { return MessageType; } public PIMP_AUCTION_PROPERTY() : base() { } } class PIMP_PROPERTY_AUCTION : Message { public const byte MessageType = 0x33; override public byte GetMessageType() { return MessageType; } public byte Field1; public PIMP_PROPERTY_AUCTION() : base() { } public PIMP_PROPERTY_AUCTION(byte field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_BID : Message { public const byte MessageType = 0x34; override public byte GetMessageType() { return MessageType; } public uint Field1; public PIMP_BID() : base() { } public PIMP_BID(uint field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_PROPERTY_AUCTION_BID : Message { public const byte MessageType = 0x35; override public byte GetMessageType() { return MessageType; } public byte Field1; public uint Field2; public PIMP_PROPERTY_AUCTION_BID() : base() { } public PIMP_PROPERTY_AUCTION_BID(byte field1, uint field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_NO_BID : Message { public const byte MessageType = 0x36; override public byte GetMessageType() { return MessageType; } public PIMP_NO_BID() : base() { } } class PIMP_PROPERTY_AUCTION_NO_BID : Message { public const byte MessageType = 0x37; override public byte GetMessageType() { return MessageType; } public byte Field1; public PIMP_PROPERTY_AUCTION_NO_BID() : base() { } public PIMP_PROPERTY_AUCTION_NO_BID(byte field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_PROPERTY_AUCTION_WON : Message { public const byte MessageType = 0x38; override public byte GetMessageType() { return MessageType; } public byte Field1; public PIMP_PROPERTY_AUCTION_WON() : base() { } public PIMP_PROPERTY_AUCTION_WON(byte field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_PROPERTY_AUCTION_VOID : Message { public const byte MessageType = 0x39; override public byte GetMessageType() { return MessageType; } public PIMP_PROPERTY_AUCTION_VOID() : base() { } } class PIMP_ERROR_HOUSES_NOT_OWNED : Message { public const byte MessageType = 0x91; override public byte GetMessageType() { return MessageType; } public byte Field1; public PIMP_ERROR_HOUSES_NOT_OWNED() : base() { } public PIMP_ERROR_HOUSES_NOT_OWNED(byte field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_ERROR_HOUSES_NEED_MONOPOLY : Message { public const byte MessageType = 0x92; override public byte GetMessageType() { return MessageType; } public byte Field1; public PIMP_ERROR_HOUSES_NEED_MONOPOLY() : base() { } public PIMP_ERROR_HOUSES_NEED_MONOPOLY(byte field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_ERROR_HOUSES_MORTGAGED : Message { public const byte MessageType = 0x93; override public byte GetMessageType() { return MessageType; } public byte Field1; public PIMP_ERROR_HOUSES_MORTGAGED() : base() { } public PIMP_ERROR_HOUSES_MORTGAGED(byte field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_ERROR_HOUSES_NOT_COLOUR_GROUP : Message { public const byte MessageType = 0x94; override public byte GetMessageType() { return MessageType; } public byte Field1; public PIMP_ERROR_HOUSES_NOT_COLOUR_GROUP() : base() { } public PIMP_ERROR_HOUSES_NOT_COLOUR_GROUP(byte field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_ERROR_HOUSES_NOT_YOUR_TURN : Message { public const byte MessageType = 0x95; override public byte GetMessageType() { return MessageType; } public PIMP_ERROR_HOUSES_NOT_YOUR_TURN() : base() { } } class PIMP_ERROR_HOUSES_TOO_EXPENSIVE : Message { public const byte MessageType = 0x96; override public byte GetMessageType() { return MessageType; } public uint Field1; public PIMP_ERROR_HOUSES_TOO_EXPENSIVE() : base() { } public PIMP_ERROR_HOUSES_TOO_EXPENSIVE(uint field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_ERROR_HOUSES_NO_HOUSE_PIECES_LEFT : Message { public const byte MessageType = 0x97; override public byte GetMessageType() { return MessageType; } public byte Field1; public byte Field2; public PIMP_ERROR_HOUSES_NO_HOUSE_PIECES_LEFT() : base() { } public PIMP_ERROR_HOUSES_NO_HOUSE_PIECES_LEFT(byte field1, byte field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_ERROR_HOUSES_CANNOT_BUILD_THAT_NUMBER : Message { public const byte MessageType = 0x98; override public byte GetMessageType() { return MessageType; } public byte Field1; public PIMP_ERROR_HOUSES_CANNOT_BUILD_THAT_NUMBER() : base() { } public PIMP_ERROR_HOUSES_CANNOT_BUILD_THAT_NUMBER(byte field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_ERROR_HOUSES_UNBALANCED : Message { public const byte MessageType = 0x99; override public byte GetMessageType() { return MessageType; } public byte Field1; public PIMP_ERROR_HOUSES_UNBALANCED() : base() { } public PIMP_ERROR_HOUSES_UNBALANCED(byte field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_ERROR_HOUSES_WOULD_REDUCE_NET_WORTH : Message { public const byte MessageType = 0x9A; override public byte GetMessageType() { return MessageType; } public uint Field1; public PIMP_ERROR_HOUSES_WOULD_REDUCE_NET_WORTH() : base() { } public PIMP_ERROR_HOUSES_WOULD_REDUCE_NET_WORTH(uint field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_ERROR_HOUSES_TERMITES : Message { public const byte MessageType = 0x9B; override public byte GetMessageType() { return MessageType; } public PIMP_ERROR_HOUSES_TERMITES() : base() { } } class PIMP_DELTA_HOUSES_PURCHASED : Message { public const byte MessageType = 0xC3; override public byte GetMessageType() { return MessageType; } public byte Field1; public byte Field2; public byte Field3; public byte Field4; public PIMP_DELTA_HOUSES_PURCHASED() : base() { } public PIMP_DELTA_HOUSES_PURCHASED(byte field1, byte field2, byte field3, byte field4) : base() { Field1 = field1; Field2 = field2; Field3 = field3; Field4 = field4; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); Write(Field3, ref payload, ref index); Write(Field4, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); Read(out Field3, ref payload, ref index); Read(out Field4, ref payload, ref index); } } class PIMP_MORTGAGE_PROPERTY : Message { public const byte MessageType = 0x3B; override public byte GetMessageType() { return MessageType; } public byte Field1; public PIMP_MORTGAGE_PROPERTY() : base() { } public PIMP_MORTGAGE_PROPERTY(byte field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_DELTA_PROPERTY_MORTGAGED : Message { public const byte MessageType = 0xC5; override public byte GetMessageType() { return MessageType; } public byte Field1; public PIMP_DELTA_PROPERTY_MORTGAGED() : base() { } public PIMP_DELTA_PROPERTY_MORTGAGED(byte field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_UNMORTGAGE_PROPERTY : Message { public const byte MessageType = 0x3C; override public byte GetMessageType() { return MessageType; } public byte Field1; public PIMP_UNMORTGAGE_PROPERTY() : base() { } public PIMP_UNMORTGAGE_PROPERTY(byte field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_DELTA_PROPERTY_UNMORTGAGED : Message { public const byte MessageType = 0xC6; override public byte GetMessageType() { return MessageType; } public byte Field1; public PIMP_DELTA_PROPERTY_UNMORTGAGED() : base() { } public PIMP_DELTA_PROPERTY_UNMORTGAGED(byte field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_ERROR_MORTGAGE_TOO_EXPENSIVE : Message { public const byte MessageType = 0xE3; override public byte GetMessageType() { return MessageType; } public byte Field1; public uint Field2; public PIMP_ERROR_MORTGAGE_TOO_EXPENSIVE() : base() { } public PIMP_ERROR_MORTGAGE_TOO_EXPENSIVE(byte field1, uint field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_GOT_CARD : Message { public const byte MessageType = 0x40; override public byte GetMessageType() { return MessageType; } public byte Field1; public byte Field2; public byte Field3; public PIMP_GOT_CARD() : base() { } public PIMP_GOT_CARD(byte field1, byte field2, byte field3) : base() { Field1 = field1; Field2 = field2; Field3 = field3; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); Write(Field3, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); Read(out Field3, ref payload, ref index); } } class PIMP_CARD_COLLECT_OR_RETRY : Message { public const byte MessageType = 0x41; override public byte GetMessageType() { return MessageType; } public byte Field1; public PIMP_CARD_COLLECT_OR_RETRY() : base() { } public PIMP_CARD_COLLECT_OR_RETRY(byte field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_CARD_SELECT_COLLECT : Message { public const byte MessageType = 0x42; override public byte GetMessageType() { return MessageType; } public PIMP_CARD_SELECT_COLLECT() : base() { } } class PIMP_CARD_SELECT_RETRY : Message { public const byte MessageType = 0x43; override public byte GetMessageType() { return MessageType; } public PIMP_CARD_SELECT_RETRY() : base() { } } class PIMP_TAX_SELECT_OPTION : Message { public const byte MessageType = 0x45; override public byte GetMessageType() { return MessageType; } public byte Field1; public byte Field2; public PIMP_TAX_SELECT_OPTION() : base() { } public PIMP_TAX_SELECT_OPTION(byte field1, byte field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_TAX_PAY_TEN_PERCENT : Message { public const byte MessageType = 0x46; override public byte GetMessageType() { return MessageType; } public PIMP_TAX_PAY_TEN_PERCENT() : base() { } } class PIMP_TAX_PAY_FLAT_FEE : Message { public const byte MessageType = 0x47; override public byte GetMessageType() { return MessageType; } public PIMP_TAX_PAY_FLAT_FEE() : base() { } } class PIMP_JAIL_PAY_OR_ROLL : Message { public const byte MessageType = 0x4A; override public byte GetMessageType() { return MessageType; } public byte Field1; public byte Field2; public bool Field3; public PIMP_JAIL_PAY_OR_ROLL() : base() { } public PIMP_JAIL_PAY_OR_ROLL(byte field1, byte field2, bool field3) : base() { Field1 = field1; Field2 = field2; Field3 = field3; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); Write(Field3, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); Read(out Field3, ref payload, ref index); } } class PIMP_JAIL_PAY_BAIL : Message { public const byte MessageType = 0x4B; override public byte GetMessageType() { return MessageType; } public PIMP_JAIL_PAY_BAIL() : base() { } } class PIMP_JAIL_ROLL_DICE : Message { public const byte MessageType = 0x4C; override public byte GetMessageType() { return MessageType; } public PIMP_JAIL_ROLL_DICE() : base() { } } class PIMP_JAIL_FREE : Message { public const byte MessageType = 0x4D; override public byte GetMessageType() { return MessageType; } public byte Field1; public PIMP_JAIL_FREE() : base() { } public PIMP_JAIL_FREE(byte field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_TRANSACTION_REQUEST_TRADE : Message { public const byte MessageType = 0x50; override public byte GetMessageType() { return MessageType; } public byte Field1; public PIMP_TRANSACTION_REQUEST_TRADE() : base() { } public PIMP_TRANSACTION_REQUEST_TRADE(byte field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_TRANSACTION_TRADE_REQUESTED : Message { public const byte MessageType = 0x51; override public byte GetMessageType() { return MessageType; } public uint Field1; public byte Field2; public PIMP_TRANSACTION_TRADE_REQUESTED() : base() { } public PIMP_TRANSACTION_TRADE_REQUESTED(uint field1, byte field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_TRANSACTION_RENT_REQUESTED : Message { public const byte MessageType = 0x52; override public byte GetMessageType() { return MessageType; } public uint Field1; public byte Field2; public byte Field3; public byte Field4; public uint Field5; public PIMP_TRANSACTION_RENT_REQUESTED() : base() { } public PIMP_TRANSACTION_RENT_REQUESTED(uint field1, byte field2, byte field3, byte field4, uint field5) : base() { Field1 = field1; Field2 = field2; Field3 = field3; Field4 = field4; Field5 = field5; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); Write(Field3, ref payload, ref index); Write(Field4, ref payload, ref index); Write(Field5, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); Read(out Field3, ref payload, ref index); Read(out Field4, ref payload, ref index); Read(out Field5, ref payload, ref index); } } class PIMP_TRANSACTION_CARD_REQUESTED : Message { public const byte MessageType = 0x53; override public byte GetMessageType() { return MessageType; } public uint Field1; public byte Field2; public byte Field3; public byte Field4; public uint Field5; public PIMP_TRANSACTION_CARD_REQUESTED() : base() { } public PIMP_TRANSACTION_CARD_REQUESTED(uint field1, byte field2, byte field3, byte field4, uint field5) : base() { Field1 = field1; Field2 = field2; Field3 = field3; Field4 = field4; Field5 = field5; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); Write(Field3, ref payload, ref index); Write(Field4, ref payload, ref index); Write(Field5, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); Read(out Field3, ref payload, ref index); Read(out Field4, ref payload, ref index); Read(out Field5, ref payload, ref index); } } class PIMP_TRANSACTION_SQUARE_REQUESTED : Message { public const byte MessageType = 0x54; override public byte GetMessageType() { return MessageType; } public uint Field1; public byte Field2; public uint Field3; public PIMP_TRANSACTION_SQUARE_REQUESTED() : base() { } public PIMP_TRANSACTION_SQUARE_REQUESTED(uint field1, byte field2, uint field3) : base() { Field1 = field1; Field2 = field2; Field3 = field3; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); Write(Field3, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); Read(out Field3, ref payload, ref index); } } class PIMP_TRANSACTION_BANK_REQUESTED : Message { public const byte MessageType = 0x55; override public byte GetMessageType() { return MessageType; } public uint Field1; public uint Field2; public PIMP_TRANSACTION_BANK_REQUESTED() : base() { } public PIMP_TRANSACTION_BANK_REQUESTED(uint field1, uint field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_TRANSACTION_JAIL_REQUESTED : Message { public const byte MessageType = 0x56; override public byte GetMessageType() { return MessageType; } public uint Field1; public uint Field2; public PIMP_TRANSACTION_JAIL_REQUESTED() : base() { } public PIMP_TRANSACTION_JAIL_REQUESTED(uint field1, uint field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_TRANSACTION_SET_CASH : Message { public const byte MessageType = 0x60; override public byte GetMessageType() { return MessageType; } public uint Field1; public uint Field2; public PIMP_TRANSACTION_SET_CASH() : base() { } public PIMP_TRANSACTION_SET_CASH(uint field1, uint field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_ERROR_TRANSACTION_TOO_EXPENSIVE : Message { public const byte MessageType = 0xE4; override public byte GetMessageType() { return MessageType; } public uint Field1; public uint Field2; public PIMP_ERROR_TRANSACTION_TOO_EXPENSIVE() : base() { } public PIMP_ERROR_TRANSACTION_TOO_EXPENSIVE(uint field1, uint field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_TRANSACTION_CASH_SET : Message { public const byte MessageType = 0x61; override public byte GetMessageType() { return MessageType; } public uint Field1; public uint Field2; public PIMP_TRANSACTION_CASH_SET() : base() { } public PIMP_TRANSACTION_CASH_SET(uint field1, uint field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_TRANSACTION_OTHER_CASH_SET : Message { public const byte MessageType = 0x62; override public byte GetMessageType() { return MessageType; } public uint Field1; public uint Field2; public PIMP_TRANSACTION_OTHER_CASH_SET() : base() { } public PIMP_TRANSACTION_OTHER_CASH_SET(uint field1, uint field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_TRANSACTION_ADD_PROPERTY : Message { public const byte MessageType = 0x63; override public byte GetMessageType() { return MessageType; } public uint Field1; public byte Field2; public PIMP_TRANSACTION_ADD_PROPERTY() : base() { } public PIMP_TRANSACTION_ADD_PROPERTY(uint field1, byte field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_ERROR_TRANSACTION_PROPERTY_NOT_OWNED : Message { public const byte MessageType = 0xE5; override public byte GetMessageType() { return MessageType; } public uint Field1; public byte Field2; public PIMP_ERROR_TRANSACTION_PROPERTY_NOT_OWNED() : base() { } public PIMP_ERROR_TRANSACTION_PROPERTY_NOT_OWNED(uint field1, byte field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_TRANSACTION_REMOVE_PROPERTY : Message { public const byte MessageType = 0x64; override public byte GetMessageType() { return MessageType; } public uint Field1; public byte Field2; public PIMP_TRANSACTION_REMOVE_PROPERTY() : base() { } public PIMP_TRANSACTION_REMOVE_PROPERTY(uint field1, byte field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_TRANSACTION_PROPERTY_ADDED : Message { public const byte MessageType = 0x65; override public byte GetMessageType() { return MessageType; } public uint Field1; public byte Field2; public PIMP_TRANSACTION_PROPERTY_ADDED() : base() { } public PIMP_TRANSACTION_PROPERTY_ADDED(uint field1, byte field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_TRANSACTION_PROPERTY_REMOVED : Message { public const byte MessageType = 0x66; override public byte GetMessageType() { return MessageType; } public uint Field1; public byte Field2; public PIMP_TRANSACTION_PROPERTY_REMOVED() : base() { } public PIMP_TRANSACTION_PROPERTY_REMOVED(uint field1, byte field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_TRANSACTION_OTHER_PROPERTY_ADDED : Message { public const byte MessageType = 0x67; override public byte GetMessageType() { return MessageType; } public uint Field1; public byte Field2; public PIMP_TRANSACTION_OTHER_PROPERTY_ADDED() : base() { } public PIMP_TRANSACTION_OTHER_PROPERTY_ADDED(uint field1, byte field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_TRANSACTION_OTHER_PROPERTY_REMOVED : Message { public const byte MessageType = 0x68; override public byte GetMessageType() { return MessageType; } public uint Field1; public byte Field2; public PIMP_TRANSACTION_OTHER_PROPERTY_REMOVED() : base() { } public PIMP_TRANSACTION_OTHER_PROPERTY_REMOVED(uint field1, byte field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_TRANSACTION_ADD_CARD : Message { public const byte MessageType = 0x69; override public byte GetMessageType() { return MessageType; } public uint Field1; public byte Field2; public PIMP_TRANSACTION_ADD_CARD() : base() { } public PIMP_TRANSACTION_ADD_CARD(uint field1, byte field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_ERROR_TRANSACTION_CARD_NOT_OWNED : Message { public const byte MessageType = 0xE6; override public byte GetMessageType() { return MessageType; } public uint Field1; public byte Field2; public PIMP_ERROR_TRANSACTION_CARD_NOT_OWNED() : base() { } public PIMP_ERROR_TRANSACTION_CARD_NOT_OWNED(uint field1, byte field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_TRANSACTION_REMOVE_CARD : Message { public const byte MessageType = 0x6A; override public byte GetMessageType() { return MessageType; } public uint Field1; public byte Field2; public PIMP_TRANSACTION_REMOVE_CARD() : base() { } public PIMP_TRANSACTION_REMOVE_CARD(uint field1, byte field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_TRANSACTION_CARD_ADDED : Message { public const byte MessageType = 0x6B; override public byte GetMessageType() { return MessageType; } public uint Field1; public byte Field2; public PIMP_TRANSACTION_CARD_ADDED() : base() { } public PIMP_TRANSACTION_CARD_ADDED(uint field1, byte field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_TRANSACTION_CARD_REMOVED : Message { public const byte MessageType = 0x6C; override public byte GetMessageType() { return MessageType; } public uint Field1; public byte Field2; public PIMP_TRANSACTION_CARD_REMOVED() : base() { } public PIMP_TRANSACTION_CARD_REMOVED(uint field1, byte field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_TRANSACTION_OTHER_CARD_ADDED : Message { public const byte MessageType = 0x6D; override public byte GetMessageType() { return MessageType; } public uint Field1; public byte Field2; public PIMP_TRANSACTION_OTHER_CARD_ADDED() : base() { } public PIMP_TRANSACTION_OTHER_CARD_ADDED(uint field1, byte field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_TRANSACTION_OTHER_CARD_REMOVED : Message { public const byte MessageType = 0x6E; override public byte GetMessageType() { return MessageType; } public uint Field1; public byte Field2; public PIMP_TRANSACTION_OTHER_CARD_REMOVED() : base() { } public PIMP_TRANSACTION_OTHER_CARD_REMOVED(uint field1, byte field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_TRANSACTION_FINISH : Message { public const byte MessageType = 0x70; override public byte GetMessageType() { return MessageType; } public uint Field1; public PIMP_TRANSACTION_FINISH() : base() { } public PIMP_TRANSACTION_FINISH(uint field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_TRANSACTION_FINISHED : Message { public const byte MessageType = 0x71; override public byte GetMessageType() { return MessageType; } public uint Field1; public PIMP_TRANSACTION_FINISHED() : base() { } public PIMP_TRANSACTION_FINISHED(uint field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_TRANSACTION_OTHER_FINISHED : Message { public const byte MessageType = 0x72; override public byte GetMessageType() { return MessageType; } public uint Field1; public PIMP_TRANSACTION_OTHER_FINISHED() : base() { } public PIMP_TRANSACTION_OTHER_FINISHED(uint field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_ERROR_TRANSACTION_NOT_SUITABLE : Message { public const byte MessageType = 0xE7; override public byte GetMessageType() { return MessageType; } public uint Field1; public uint Field2; public PIMP_ERROR_TRANSACTION_NOT_SUITABLE() : base() { } public PIMP_ERROR_TRANSACTION_NOT_SUITABLE(uint field1, uint field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_TRANSACTION_REOPEN : Message { public const byte MessageType = 0x73; override public byte GetMessageType() { return MessageType; } public uint Field1; public PIMP_TRANSACTION_REOPEN() : base() { } public PIMP_TRANSACTION_REOPEN(uint field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_TRANSACTION_REOPENED : Message { public const byte MessageType = 0x74; override public byte GetMessageType() { return MessageType; } public uint Field1; public PIMP_TRANSACTION_REOPENED() : base() { } public PIMP_TRANSACTION_REOPENED(uint field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_TRANSACTION_OTHER_REOPENED : Message { public const byte MessageType = 0x75; override public byte GetMessageType() { return MessageType; } public uint Field1; public PIMP_TRANSACTION_OTHER_REOPENED() : base() { } public PIMP_TRANSACTION_OTHER_REOPENED(uint field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_TRANSACTION_AGREE : Message { public const byte MessageType = 0x76; override public byte GetMessageType() { return MessageType; } public uint Field1; public PIMP_TRANSACTION_AGREE() : base() { } public PIMP_TRANSACTION_AGREE(uint field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_ERROR_TRANSACTION_PROPERTY_HAS_HOUSE : Message { public const byte MessageType = 0xE8; override public byte GetMessageType() { return MessageType; } public uint Field1; public byte Field2; public PIMP_ERROR_TRANSACTION_PROPERTY_HAS_HOUSE() : base() { } public PIMP_ERROR_TRANSACTION_PROPERTY_HAS_HOUSE(uint field1, byte field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_ERROR_TRANSACTION_WOULD_REDUCE_NET_WORTH : Message { public const byte MessageType = 0xE9; override public byte GetMessageType() { return MessageType; } public uint Field1; public uint Field2; public PIMP_ERROR_TRANSACTION_WOULD_REDUCE_NET_WORTH() : base() { } public PIMP_ERROR_TRANSACTION_WOULD_REDUCE_NET_WORTH(uint field1, uint field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_TRANSACTION_AGREED : Message { public const byte MessageType = 0x77; override public byte GetMessageType() { return MessageType; } public uint Field1; public PIMP_TRANSACTION_AGREED() : base() { } public PIMP_TRANSACTION_AGREED(uint field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_TRANSACTION_OTHER_AGREED : Message { public const byte MessageType = 0x78; override public byte GetMessageType() { return MessageType; } public uint Field1; public PIMP_TRANSACTION_OTHER_AGREED() : base() { } public PIMP_TRANSACTION_OTHER_AGREED(uint field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_TRANSACTION_FINALISED : Message { public const byte MessageType = 0x79; override public byte GetMessageType() { return MessageType; } public uint Field1; public PIMP_TRANSACTION_FINALISED() : base() { } public PIMP_TRANSACTION_FINALISED(uint field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_BANKRUPT_TRANSACTION : Message { public const byte MessageType = 0x7A; override public byte GetMessageType() { return MessageType; } public uint Field1; public PIMP_BANKRUPT_TRANSACTION() : base() { } public PIMP_BANKRUPT_TRANSACTION(uint field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_ERROR_TRANSACTION_NOT_BANKRUPT : Message { public const byte MessageType = 0xEA; override public byte GetMessageType() { return MessageType; } public uint Field1; public uint Field2; public PIMP_ERROR_TRANSACTION_NOT_BANKRUPT() : base() { } public PIMP_ERROR_TRANSACTION_NOT_BANKRUPT(uint field1, uint field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_TRANSACTION_UNUSUAL : Message { public const byte MessageType = 0x7D; override public byte GetMessageType() { return MessageType; } public uint Field1; public PIMP_TRANSACTION_UNUSUAL() : base() { } public PIMP_TRANSACTION_UNUSUAL(uint field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_TRANSACTION_CANCEL : Message { public const byte MessageType = 0x7E; override public byte GetMessageType() { return MessageType; } public uint Field1; public PIMP_TRANSACTION_CANCEL() : base() { } public PIMP_TRANSACTION_CANCEL(uint field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_TRANSACTION_CANCELLED : Message { public const byte MessageType = 0x7F; override public byte GetMessageType() { return MessageType; } public uint Field1; public PIMP_TRANSACTION_CANCELLED() : base() { } public PIMP_TRANSACTION_CANCELLED(uint field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_ERROR_TRANSACTION_CANNOT_BE_CANCELLED : Message { public const byte MessageType = 0xEB; override public byte GetMessageType() { return MessageType; } public uint Field1; public PIMP_ERROR_TRANSACTION_CANNOT_BE_CANCELLED() : base() { } public PIMP_ERROR_TRANSACTION_CANNOT_BE_CANCELLED(uint field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class PIMP_SQUARE_GIVES_CASH : Message { public const byte MessageType = 0x80; override public byte GetMessageType() { return MessageType; } public byte Field1; public byte Field2; public uint Field3; public PIMP_SQUARE_GIVES_CASH() : base() { } public PIMP_SQUARE_GIVES_CASH(byte field1, byte field2, uint field3) : base() { Field1 = field1; Field2 = field2; Field3 = field3; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); Write(Field3, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); Read(out Field3, ref payload, ref index); } } class PIMP_SQUARE_TAKES_CASH : Message { public const byte MessageType = 0x81; override public byte GetMessageType() { return MessageType; } public byte Field1; public byte Field2; public uint Field3; public PIMP_SQUARE_TAKES_CASH() : base() { } public PIMP_SQUARE_TAKES_CASH(byte field1, byte field2, uint field3) : base() { Field1 = field1; Field2 = field2; Field3 = field3; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); Write(Field3, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); Read(out Field3, ref payload, ref index); } } class PIMP_SQUARE_GIVES_CARD : Message { public const byte MessageType = 0x82; override public byte GetMessageType() { return MessageType; } public byte Field1; public byte Field2; public byte Field3; public PIMP_SQUARE_GIVES_CARD() : base() { } public PIMP_SQUARE_GIVES_CARD(byte field1, byte field2, byte field3) : base() { Field1 = field1; Field2 = field2; Field3 = field3; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); Write(Field3, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); Read(out Field3, ref payload, ref index); } } class PIMP_SQUARE_TAKES_CARD : Message { public const byte MessageType = 0x83; override public byte GetMessageType() { return MessageType; } public byte Field1; public byte Field2; public byte Field3; public PIMP_SQUARE_TAKES_CARD() : base() { } public PIMP_SQUARE_TAKES_CARD(byte field1, byte field2, byte field3) : base() { Field1 = field1; Field2 = field2; Field3 = field3; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); Write(Field3, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); Read(out Field3, ref payload, ref index); } } class PIMP_CONSTRUCTION_TAKES_CASH : Message { public const byte MessageType = 0x84; override public byte GetMessageType() { return MessageType; } public byte Field1; public uint Field2; public PIMP_CONSTRUCTION_TAKES_CASH() : base() { } public PIMP_CONSTRUCTION_TAKES_CASH(byte field1, uint field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_DESTRUCTION_GIVES_CASH : Message { public const byte MessageType = 0x85; override public byte GetMessageType() { return MessageType; } public byte Field1; public uint Field2; public PIMP_DESTRUCTION_GIVES_CASH() : base() { } public PIMP_DESTRUCTION_GIVES_CASH(byte field1, uint field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_PLAYER_CLAIMED_RENT : Message { public const byte MessageType = 0x86; override public byte GetMessageType() { return MessageType; } public byte Field1; public byte Field2; public byte Field3; public uint Field4; public PIMP_PLAYER_CLAIMED_RENT() : base() { } public PIMP_PLAYER_CLAIMED_RENT(byte field1, byte field2, byte field3, uint field4) : base() { Field1 = field1; Field2 = field2; Field3 = field3; Field4 = field4; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); Write(Field3, ref payload, ref index); Write(Field4, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); Read(out Field3, ref payload, ref index); Read(out Field4, ref payload, ref index); } } class PIMP_PLAYER_CLAIMED_GO : Message { public const byte MessageType = 0x87; override public byte GetMessageType() { return MessageType; } public byte Field1; public byte Field2; public uint Field3; public PIMP_PLAYER_CLAIMED_GO() : base() { } public PIMP_PLAYER_CLAIMED_GO(byte field1, byte field2, uint field3) : base() { Field1 = field1; Field2 = field2; Field3 = field3; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); Write(Field3, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); Read(out Field3, ref payload, ref index); } } class PIMP_DELTA_CASH : Message { public const byte MessageType = 0xC0; override public byte GetMessageType() { return MessageType; } public byte Field1; public byte Field2; public uint Field3; public PIMP_DELTA_CASH() : base() { } public PIMP_DELTA_CASH(byte field1, byte field2, uint field3) : base() { Field1 = field1; Field2 = field2; Field3 = field3; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); Write(Field3, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); Read(out Field3, ref payload, ref index); } } class PIMP_DELTA_PROPERTY : Message { public const byte MessageType = 0xC1; override public byte GetMessageType() { return MessageType; } public byte Field1; public byte Field2; public byte Field3; public PIMP_DELTA_PROPERTY() : base() { } public PIMP_DELTA_PROPERTY(byte field1, byte field2, byte field3) : base() { Field1 = field1; Field2 = field2; Field3 = field3; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); Write(Field3, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); Read(out Field3, ref payload, ref index); } } class PIMP_DELTA_CARD : Message { public const byte MessageType = 0xC2; override public byte GetMessageType() { return MessageType; } public byte Field1; public byte Field2; public byte Field3; public PIMP_DELTA_CARD() : base() { } public PIMP_DELTA_CARD(byte field1, byte field2, byte field3) : base() { Field1 = field1; Field2 = field2; Field3 = field3; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); Write(Field3, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); Read(out Field3, ref payload, ref index); } } class PIMP_DELTA_BANK : Message { public const byte MessageType = 0xC4; override public byte GetMessageType() { return MessageType; } public byte Field1; public byte Field2; public PIMP_DELTA_BANK() : base() { } public PIMP_DELTA_BANK(byte field1, byte field2) : base() { Field1 = field1; Field2 = field2; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); Write(Field2, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); Read(out Field2, ref payload, ref index); } } class PIMP_DELTA_POT : Message { public const byte MessageType = 0xCF; override public byte GetMessageType() { return MessageType; } public uint Field1; public PIMP_DELTA_POT() : base() { } public PIMP_DELTA_POT(uint field1) : base() { Field1 = field1; } override protected void SerializePayload(ref byte[] payload, ref byte index) { Write(Field1, ref payload, ref index); } override protected void ParsePayload(ref byte[] payload) { byte index = 0; Read(out Field1, ref payload, ref index); } } class MessageMap { public static Message CreateMessage(byte type) { switch (type) { case PIMP_ERROR_UNEXPECTED_MESSAGE.MessageType: return new PIMP_ERROR_UNEXPECTED_MESSAGE(); case PIMP_ERROR_UNPARSEABLE.MessageType: return new PIMP_ERROR_UNPARSEABLE(); case PIMP_ERROR_INVALID_PAYLOAD.MessageType: return new PIMP_ERROR_INVALID_PAYLOAD(); case PIMP_HANDSHAKE.MessageType: return new PIMP_HANDSHAKE(); case PIMP_HANDSHAKE_ACKNOWLEDGE.MessageType: return new PIMP_HANDSHAKE_ACKNOWLEDGE(); case PIMP_ERROR_UNKNOWN_PROTOCOL.MessageType: return new PIMP_ERROR_UNKNOWN_PROTOCOL(); case PIMP_JOIN.MessageType: return new PIMP_JOIN(); case PIMP_QUERY_JOIN_PLAY.MessageType: return new PIMP_QUERY_JOIN_PLAY(); case PIMP_QUERY_JOIN_OBSERVE.MessageType: return new PIMP_QUERY_JOIN_OBSERVE(); case PIMP_JOIN_PENDING.MessageType: return new PIMP_JOIN_PENDING(); case PIMP_ACCEPT_JOIN.MessageType: return new PIMP_ACCEPT_JOIN(); case PIMP_REFUSE_JOIN.MessageType: return new PIMP_REFUSE_JOIN(); case PIMP_JOIN_REFUSED.MessageType: return new PIMP_JOIN_REFUSED(); case PIMP_ERROR_TOO_MANY_USERS.MessageType: return new PIMP_ERROR_TOO_MANY_USERS(); case PIMP_ERROR_NAME_IN_USE.MessageType: return new PIMP_ERROR_NAME_IN_USE(); case PIMP_ERROR_NOT_WELCOME.MessageType: return new PIMP_ERROR_NOT_WELCOME(); case PIMP_WELCOME_DETAILS.MessageType: return new PIMP_WELCOME_DETAILS(); case PIMP_WELCOME_PLAYER.MessageType: return new PIMP_WELCOME_PLAYER(); case PIMP_WELCOME_OBSERVER.MessageType: return new PIMP_WELCOME_OBSERVER(); case PIMP_REJOIN.MessageType: return new PIMP_REJOIN(); case PIMP_WELCOME_BACK.MessageType: return new PIMP_WELCOME_BACK(); case PIMP_ERROR_WRONG_PASSWORD.MessageType: return new PIMP_ERROR_WRONG_PASSWORD(); case PIMP_PING.MessageType: return new PIMP_PING(); case PIMP_PONG.MessageType: return new PIMP_PONG(); case PIMP_LINK_DEAD.MessageType: return new PIMP_LINK_DEAD(); case PIMP_KICK.MessageType: return new PIMP_KICK(); case PIMP_PLAYER_BECAME_OBSERVER_KICKED.MessageType: return new PIMP_PLAYER_BECAME_OBSERVER_KICKED(); case PIMP_TRANSFER.MessageType: return new PIMP_TRANSFER(); case PIMP_ERROR_CANNOT_TRANSFER_DURING_TRANSACTION.MessageType: return new PIMP_ERROR_CANNOT_TRANSFER_DURING_TRANSACTION(); case PIMP_PLAYER_TAKEOVER.MessageType: return new PIMP_PLAYER_TAKEOVER(); case PIMP_AFK.MessageType: return new PIMP_AFK(); case PIMP_SWITCH_PLAY.MessageType: return new PIMP_SWITCH_PLAY(); case PIMP_OBSERVER_BECAME_PLAYER.MessageType: return new PIMP_OBSERVER_BECAME_PLAYER(); case PIMP_PLAYER_BECAME_OBSERVER_TRANSFER.MessageType: return new PIMP_PLAYER_BECAME_OBSERVER_TRANSFER(); case PIMP_PLAYER_BECAME_OBSERVER_BANKRUPT.MessageType: return new PIMP_PLAYER_BECAME_OBSERVER_BANKRUPT(); case PIMP_PLAYER_WON.MessageType: return new PIMP_PLAYER_WON(); case PIMP_REQUEST_STATE.MessageType: return new PIMP_REQUEST_STATE(); case PIMP_STATE_BOARD.MessageType: return new PIMP_STATE_BOARD(); case PIMP_STATE_PLAYER.MessageType: return new PIMP_STATE_PLAYER(); case PIMP_STATE_OBSERVER.MessageType: return new PIMP_STATE_OBSERVER(); case PIMP_STATE_PROPERTY.MessageType: return new PIMP_STATE_PROPERTY(); case PIMP_STATE_CARD.MessageType: return new PIMP_STATE_CARD(); case PIMP_STATE_POT.MessageType: return new PIMP_STATE_POT(); case PIMP_START_OF_TURN.MessageType: return new PIMP_START_OF_TURN(); case PIMP_THROW_DICE.MessageType: return new PIMP_THROW_DICE(); case PIMP_DICE_ROLLED.MessageType: return new PIMP_DICE_ROLLED(); case PIMP_THREE_DOUBLES.MessageType: return new PIMP_THREE_DOUBLES(); case PIMP_DICE_MOVED_PLAYER.MessageType: return new PIMP_DICE_MOVED_PLAYER(); case PIMP_CARD_MOVED_PLAYER.MessageType: return new PIMP_CARD_MOVED_PLAYER(); case PIMP_SQUARE_MOVED_PLAYER.MessageType: return new PIMP_SQUARE_MOVED_PLAYER(); case PIMP_PLAYER_PASSING_BY_SQUARE.MessageType: return new PIMP_PLAYER_PASSING_BY_SQUARE(); case PIMP_PLAYER_LANDING_ON_SQUARE.MessageType: return new PIMP_PLAYER_LANDING_ON_SQUARE(); case PIMP_GOING_TO_JAIL.MessageType: return new PIMP_GOING_TO_JAIL(); case PIMP_WAITING_FOR_TRANSACTION.MessageType: return new PIMP_WAITING_FOR_TRANSACTION(); case PIMP_CLAIM_RENT.MessageType: return new PIMP_CLAIM_RENT(); case PIMP_ERROR_INVALID_RENT_CLAIM.MessageType: return new PIMP_ERROR_INVALID_RENT_CLAIM(); case PIMP_CLAIM_GO.MessageType: return new PIMP_CLAIM_GO(); case PIMP_ERROR_INVALID_GO_CLAIM.MessageType: return new PIMP_ERROR_INVALID_GO_CLAIM(); case PIMP_MONEY_BEING_HELD_IN_ESCROW.MessageType: return new PIMP_MONEY_BEING_HELD_IN_ESCROW(); case PIMP_RENT_COLLECTION_MORATORIUM.MessageType: return new PIMP_RENT_COLLECTION_MORATORIUM(); case PIMP_ROLL_AGAIN.MessageType: return new PIMP_ROLL_AGAIN(); case PIMP_PROPERTY_SALE.MessageType: return new PIMP_PROPERTY_SALE(); case PIMP_BUY_PROPERTY.MessageType: return new PIMP_BUY_PROPERTY(); case PIMP_ERROR_PROPERTY_TOO_EXPENSIVE.MessageType: return new PIMP_ERROR_PROPERTY_TOO_EXPENSIVE(); case PIMP_ERROR_PROPERTY_WOULD_REDUCE_NET_WORTH.MessageType: return new PIMP_ERROR_PROPERTY_WOULD_REDUCE_NET_WORTH(); case PIMP_AUCTION_PROPERTY.MessageType: return new PIMP_AUCTION_PROPERTY(); case PIMP_PROPERTY_AUCTION.MessageType: return new PIMP_PROPERTY_AUCTION(); case PIMP_BID.MessageType: return new PIMP_BID(); case PIMP_PROPERTY_AUCTION_BID.MessageType: return new PIMP_PROPERTY_AUCTION_BID(); case PIMP_NO_BID.MessageType: return new PIMP_NO_BID(); case PIMP_PROPERTY_AUCTION_NO_BID.MessageType: return new PIMP_PROPERTY_AUCTION_NO_BID(); case PIMP_PROPERTY_AUCTION_WON.MessageType: return new PIMP_PROPERTY_AUCTION_WON(); case PIMP_PROPERTY_AUCTION_VOID.MessageType: return new PIMP_PROPERTY_AUCTION_VOID(); case PIMP_PURCHASE_HOUSES.MessageType: return new PIMP_PURCHASE_HOUSES(); case PIMP_ERROR_HOUSES_NOT_OWNED.MessageType: return new PIMP_ERROR_HOUSES_NOT_OWNED(); case PIMP_ERROR_HOUSES_NEED_MONOPOLY.MessageType: return new PIMP_ERROR_HOUSES_NEED_MONOPOLY(); case PIMP_ERROR_HOUSES_MORTGAGED.MessageType: return new PIMP_ERROR_HOUSES_MORTGAGED(); case PIMP_ERROR_HOUSES_NOT_COLOUR_GROUP.MessageType: return new PIMP_ERROR_HOUSES_NOT_COLOUR_GROUP(); case PIMP_ERROR_HOUSES_NOT_YOUR_TURN.MessageType: return new PIMP_ERROR_HOUSES_NOT_YOUR_TURN(); case PIMP_ERROR_HOUSES_TOO_EXPENSIVE.MessageType: return new PIMP_ERROR_HOUSES_TOO_EXPENSIVE(); case PIMP_ERROR_HOUSES_NO_HOUSE_PIECES_LEFT.MessageType: return new PIMP_ERROR_HOUSES_NO_HOUSE_PIECES_LEFT(); case PIMP_ERROR_HOUSES_CANNOT_BUILD_THAT_NUMBER.MessageType: return new PIMP_ERROR_HOUSES_CANNOT_BUILD_THAT_NUMBER(); case PIMP_ERROR_HOUSES_UNBALANCED.MessageType: return new PIMP_ERROR_HOUSES_UNBALANCED(); case PIMP_ERROR_HOUSES_WOULD_REDUCE_NET_WORTH.MessageType: return new PIMP_ERROR_HOUSES_WOULD_REDUCE_NET_WORTH(); case PIMP_ERROR_HOUSES_TERMITES.MessageType: return new PIMP_ERROR_HOUSES_TERMITES(); case PIMP_DELTA_HOUSES_PURCHASED.MessageType: return new PIMP_DELTA_HOUSES_PURCHASED(); case PIMP_MORTGAGE_PROPERTY.MessageType: return new PIMP_MORTGAGE_PROPERTY(); case PIMP_DELTA_PROPERTY_MORTGAGED.MessageType: return new PIMP_DELTA_PROPERTY_MORTGAGED(); case PIMP_UNMORTGAGE_PROPERTY.MessageType: return new PIMP_UNMORTGAGE_PROPERTY(); case PIMP_DELTA_PROPERTY_UNMORTGAGED.MessageType: return new PIMP_DELTA_PROPERTY_UNMORTGAGED(); case PIMP_ERROR_MORTGAGE_TOO_EXPENSIVE.MessageType: return new PIMP_ERROR_MORTGAGE_TOO_EXPENSIVE(); case PIMP_GOT_CARD.MessageType: return new PIMP_GOT_CARD(); case PIMP_CARD_COLLECT_OR_RETRY.MessageType: return new PIMP_CARD_COLLECT_OR_RETRY(); case PIMP_CARD_SELECT_COLLECT.MessageType: return new PIMP_CARD_SELECT_COLLECT(); case PIMP_CARD_SELECT_RETRY.MessageType: return new PIMP_CARD_SELECT_RETRY(); case PIMP_TAX_SELECT_OPTION.MessageType: return new PIMP_TAX_SELECT_OPTION(); case PIMP_TAX_PAY_TEN_PERCENT.MessageType: return new PIMP_TAX_PAY_TEN_PERCENT(); case PIMP_TAX_PAY_FLAT_FEE.MessageType: return new PIMP_TAX_PAY_FLAT_FEE(); case PIMP_JAIL_PAY_OR_ROLL.MessageType: return new PIMP_JAIL_PAY_OR_ROLL(); case PIMP_JAIL_PAY_BAIL.MessageType: return new PIMP_JAIL_PAY_BAIL(); case PIMP_JAIL_ROLL_DICE.MessageType: return new PIMP_JAIL_ROLL_DICE(); case PIMP_JAIL_FREE.MessageType: return new PIMP_JAIL_FREE(); case PIMP_TRANSACTION_REQUEST_TRADE.MessageType: return new PIMP_TRANSACTION_REQUEST_TRADE(); case PIMP_TRANSACTION_TRADE_REQUESTED.MessageType: return new PIMP_TRANSACTION_TRADE_REQUESTED(); case PIMP_TRANSACTION_RENT_REQUESTED.MessageType: return new PIMP_TRANSACTION_RENT_REQUESTED(); case PIMP_TRANSACTION_CARD_REQUESTED.MessageType: return new PIMP_TRANSACTION_CARD_REQUESTED(); case PIMP_TRANSACTION_SQUARE_REQUESTED.MessageType: return new PIMP_TRANSACTION_SQUARE_REQUESTED(); case PIMP_TRANSACTION_BANK_REQUESTED.MessageType: return new PIMP_TRANSACTION_BANK_REQUESTED(); case PIMP_TRANSACTION_JAIL_REQUESTED.MessageType: return new PIMP_TRANSACTION_JAIL_REQUESTED(); case PIMP_TRANSACTION_SET_CASH.MessageType: return new PIMP_TRANSACTION_SET_CASH(); case PIMP_ERROR_TRANSACTION_TOO_EXPENSIVE.MessageType: return new PIMP_ERROR_TRANSACTION_TOO_EXPENSIVE(); case PIMP_TRANSACTION_CASH_SET.MessageType: return new PIMP_TRANSACTION_CASH_SET(); case PIMP_TRANSACTION_OTHER_CASH_SET.MessageType: return new PIMP_TRANSACTION_OTHER_CASH_SET(); case PIMP_TRANSACTION_ADD_PROPERTY.MessageType: return new PIMP_TRANSACTION_ADD_PROPERTY(); case PIMP_ERROR_TRANSACTION_PROPERTY_NOT_OWNED.MessageType: return new PIMP_ERROR_TRANSACTION_PROPERTY_NOT_OWNED(); case PIMP_TRANSACTION_REMOVE_PROPERTY.MessageType: return new PIMP_TRANSACTION_REMOVE_PROPERTY(); case PIMP_TRANSACTION_PROPERTY_ADDED.MessageType: return new PIMP_TRANSACTION_PROPERTY_ADDED(); case PIMP_TRANSACTION_PROPERTY_REMOVED.MessageType: return new PIMP_TRANSACTION_PROPERTY_REMOVED(); case PIMP_TRANSACTION_OTHER_PROPERTY_ADDED.MessageType: return new PIMP_TRANSACTION_OTHER_PROPERTY_ADDED(); case PIMP_TRANSACTION_OTHER_PROPERTY_REMOVED.MessageType: return new PIMP_TRANSACTION_OTHER_PROPERTY_REMOVED(); case PIMP_TRANSACTION_ADD_CARD.MessageType: return new PIMP_TRANSACTION_ADD_CARD(); case PIMP_ERROR_TRANSACTION_CARD_NOT_OWNED.MessageType: return new PIMP_ERROR_TRANSACTION_CARD_NOT_OWNED(); case PIMP_TRANSACTION_REMOVE_CARD.MessageType: return new PIMP_TRANSACTION_REMOVE_CARD(); case PIMP_TRANSACTION_CARD_ADDED.MessageType: return new PIMP_TRANSACTION_CARD_ADDED(); case PIMP_TRANSACTION_CARD_REMOVED.MessageType: return new PIMP_TRANSACTION_CARD_REMOVED(); case PIMP_TRANSACTION_OTHER_CARD_ADDED.MessageType: return new PIMP_TRANSACTION_OTHER_CARD_ADDED(); case PIMP_TRANSACTION_OTHER_CARD_REMOVED.MessageType: return new PIMP_TRANSACTION_OTHER_CARD_REMOVED(); case PIMP_TRANSACTION_FINISH.MessageType: return new PIMP_TRANSACTION_FINISH(); case PIMP_TRANSACTION_FINISHED.MessageType: return new PIMP_TRANSACTION_FINISHED(); case PIMP_TRANSACTION_OTHER_FINISHED.MessageType: return new PIMP_TRANSACTION_OTHER_FINISHED(); case PIMP_ERROR_TRANSACTION_NOT_SUITABLE.MessageType: return new PIMP_ERROR_TRANSACTION_NOT_SUITABLE(); case PIMP_TRANSACTION_REOPEN.MessageType: return new PIMP_TRANSACTION_REOPEN(); case PIMP_TRANSACTION_REOPENED.MessageType: return new PIMP_TRANSACTION_REOPENED(); case PIMP_TRANSACTION_OTHER_REOPENED.MessageType: return new PIMP_TRANSACTION_OTHER_REOPENED(); case PIMP_TRANSACTION_AGREE.MessageType: return new PIMP_TRANSACTION_AGREE(); case PIMP_ERROR_TRANSACTION_PROPERTY_HAS_HOUSE.MessageType: return new PIMP_ERROR_TRANSACTION_PROPERTY_HAS_HOUSE(); case PIMP_ERROR_TRANSACTION_WOULD_REDUCE_NET_WORTH.MessageType: return new PIMP_ERROR_TRANSACTION_WOULD_REDUCE_NET_WORTH(); case PIMP_TRANSACTION_AGREED.MessageType: return new PIMP_TRANSACTION_AGREED(); case PIMP_TRANSACTION_OTHER_AGREED.MessageType: return new PIMP_TRANSACTION_OTHER_AGREED(); case PIMP_TRANSACTION_FINALISED.MessageType: return new PIMP_TRANSACTION_FINALISED(); case PIMP_BANKRUPT_TRANSACTION.MessageType: return new PIMP_BANKRUPT_TRANSACTION(); case PIMP_ERROR_TRANSACTION_NOT_BANKRUPT.MessageType: return new PIMP_ERROR_TRANSACTION_NOT_BANKRUPT(); case PIMP_TRANSACTION_UNUSUAL.MessageType: return new PIMP_TRANSACTION_UNUSUAL(); case PIMP_TRANSACTION_CANCEL.MessageType: return new PIMP_TRANSACTION_CANCEL(); case PIMP_TRANSACTION_CANCELLED.MessageType: return new PIMP_TRANSACTION_CANCELLED(); case PIMP_ERROR_TRANSACTION_CANNOT_BE_CANCELLED.MessageType: return new PIMP_ERROR_TRANSACTION_CANNOT_BE_CANCELLED(); case PIMP_SQUARE_GIVES_CASH.MessageType: return new PIMP_SQUARE_GIVES_CASH(); case PIMP_SQUARE_TAKES_CASH.MessageType: return new PIMP_SQUARE_TAKES_CASH(); case PIMP_SQUARE_GIVES_CARD.MessageType: return new PIMP_SQUARE_GIVES_CARD(); case PIMP_SQUARE_TAKES_CARD.MessageType: return new PIMP_SQUARE_TAKES_CARD(); case PIMP_CONSTRUCTION_TAKES_CASH.MessageType: return new PIMP_CONSTRUCTION_TAKES_CASH(); case PIMP_DESTRUCTION_GIVES_CASH.MessageType: return new PIMP_DESTRUCTION_GIVES_CASH(); case PIMP_PLAYER_CLAIMED_RENT.MessageType: return new PIMP_PLAYER_CLAIMED_RENT(); case PIMP_PLAYER_CLAIMED_GO.MessageType: return new PIMP_PLAYER_CLAIMED_GO(); case PIMP_DELTA_CASH.MessageType: return new PIMP_DELTA_CASH(); case PIMP_DELTA_PROPERTY.MessageType: return new PIMP_DELTA_PROPERTY(); case PIMP_DELTA_CARD.MessageType: return new PIMP_DELTA_CARD(); case PIMP_DELTA_BANK.MessageType: return new PIMP_DELTA_BANK(); case PIMP_DELTA_POT.MessageType: return new PIMP_DELTA_POT(); default: throw new UnexpectedMessageException(); } } }