Kodewerx

Some code types are 5-bits each, so some bitwise arithmetic will be required to "build" certain codes. (Like 32-bit increment codes, for example.)

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Auto Game Recognizer With Encryption (Code Type 0x0000)
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0000YYYY XXXXXXXX
   YYYY = Game's Header CRC16
        XXXXXXXX = Game's Nintendo ID

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Auto Game Recognizer Without Encryption (Code Type 0x8000)
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8000YYYY XXXXXXXX
   YYYY = Game's Header CRC16
        XXXXXXXX = Game's Nintendo ID

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8-Bit Constant Write (Code Type 0x00)
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0XXXXXXX 000000YY
00 = Code Type Or Byte
 XXXXXXX = Address
              YY = 8-bit Value

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16-Bit Constant Write (Code Type 0x10)
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1XXXXXXX 0000YYYY
10 = Code Type Or Byte
 XXXXXXX = Address
            YYYY = 16-bit Value

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32-Bit Constant Write (Code Type 0x20)
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2XXXXXXX YYYYYYYY
20 = Code Type Or Byte
 XXXXXXX = Address
        YYYYYYYY = 32-bit Value

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8/16-Bit Increment/Decrement (Code Type 0x30)
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3XXXXXXX 000UYYYY
30 = Code Type Or Byte
 XXXXXXX = Address
           U = Bit-type Write, 0 for 8-Bit & 1 for 16-Bit
            YYYY = 8/16-bit Value to increment by
NOTE: YYYY is signed so it can do increment and decrement

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32-Bit Increment/Decrement (Code Type 0x38)
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3XXXXXXX YYYYYYYY
38 = Code Type Or Byte
 XXXXXXX = Address
        YYYYYYYY = 32-bit Value to increment by
NOTE: YYYYYYYY is signed so it can do increment and decrement

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Serial Repeat Constant Write (Code Type 0x40)
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4XXXXXXX TWWWZZZZ
YYYYYYYY VVVVVVVV
40 = Code Type Or Byte
 XXXXXXX = Address
        T = Bit-type Write, 0 for 32-Bit, 1 for 16-Bit & 2 for 8-Bit
         WWW = Number of times to repeat
            ZZZZ = Increase Address by (Multiply by data size (1 << (2 - T)))
YYYYYYYY = Start Value
        VVVVVVVV = Increase Value by
 Example: This code:
 42010000 00050001 <-- 0001 * 4 = 0004 to Increase Address by
 63636363 00000000
 Is the same as:
 22010000 63636363
 22010004 63636363
 22010008 63636363
 2201000C 63636363
 22010010 63636363

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Copy Bytes (Code Type 0x50)
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5XXXXXXX YYYYYYYY
ZZZZZZZZ 00000000
50 = Code Type Or Byte
 XXXXXXX = Address to copy to
        YYYYYYYY = Number of bytes to copy
ZZZZZZZZ = Address to copy from

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Pointer Code (Code Type 0x60)
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6XXXXXXX YYYYYYYY
ZZZZZZZZ BCTUVVVV
60 = Code Type Or Byte
 XXXXXXX = Pointer Address
        YYYYYYYY = 8/16/32-Bit Value
ZZZZZZZZ = Offset to add to the Pointer Address
        B = Bit-type Write, 0 for 8-bit, 1 for 16-Bit & 2 for 32-Bit
         C = Condition Enabled, 0 for disabled, 1 for enabled
          T = Condition type to check against
              0 = If equal to VVVV
              1 = If not equal to VVVV
              2 = If lesser than VVVV
              3 = If greater than VVVV
              4 = If AND VVVV equal to 0000
              5 = If AND VVVV not equal to 0000
              6 = If AND VVVV equal to VVVV
              7 = If AND VVVV not equal to VVVV
           U = Bit-type Load, 0 for 8-Bit & 1 for 16-Bit
            VVVV = Conditional Value to check against

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8/16-Bit Special Bitwise Write (Code Type 0x70)
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7XXXXXXX 00TBYYYY
70 = Code Type Or Byte
 XXXXXXX = Address
          T = Operation type, 0 for OR, 1 for AND, 2 for XOR
           B = Bit-type Write, 0 for 8-Bit & 1 for 16-Bit
            YYYY = 8/16-Bit Value

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32-Bit Write On Bootup-Hook 1 (Code Type 0xA0)
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AXXXXXXX YYYYYYYY
A0 = Code Type Or Byte
 XXXXXXX = Address
        YYYYYYYY = Value

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32-Bit Write On Bootup-Hook 2 (Code Type 0xA8)
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AXXXXXXX YYYYYYYY
A8 = Code Type Or Byte
 XXXXXXX = Address
        YYYYYYYY = Value

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16-Bit Conditional Check (Code Type 0xD0)
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DXXXXXXX ZZTUYYYY
D0 = Code Type Or Byte
 XXXXXXX = Address
        ZZ = Lines to skip, 00 means 01 by default
          T = Condition type to check against
              0 = If equal to YYYY
              1 = If not equal to YYYY
              2 = If lesser than YYYY
              3 = If greater than YYYY
              4 = If AND YYYY equal to 0000
              5 = If AND YYYY not equal to 0000
              6 = If AND YYYY equal to YYYY
              7 = If AND YYYY not equal to YYYY
           U = Bit-type Load, 0 for 16-Bit & 1 for 8-Bit
            YYYY = Conditional Value to check against

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Enable Code-Hook 1 (Code Type 0xF0)
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FXXXXXXX TYYYYYYY
F0 = Code Type Or Byte
 XXXXXXX = Hook Address
        T = Type of Hook to use
            0 = Hook almost any 2 opcodes, LDR PC,=
            1 = Hook almost any BL opcode, BL function
            2 = Hook almost any .long address, DC.D ADDR ; BX
            3 = Hook almost any BX Register opcode, BX Ry
         YYYYYYY = Cheat Engine Address

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Enable Code-Hook 2 (Code Type 0xF8)
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FXXXXXXX TPPPPPPP
F8 = Code Type Or Byte
 XXXXXXX = Cheat Engine Hook Address
        T = Type of Hook to use
            0 = Hook almost any 2 opcodes, LDR PC,=
            1 = Hook almost any BL opcode, BL function
            2 = Hook almost any .long address, DC.D ADDR ; BX
            3 = Hook almost any BX Register opcode, BX Ry
         PPPPPPP = Parameters that will be used later

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Auto Game Recognizer (Code Type 0x0000)
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E000YYYY XXXXXXXX
E = Mode (0 = Encrypted Codes 8 =Raw code)
[Put an 8 to allows CodeBreakerDS to rake Raw codes]
YYYY = Game's Header CRC16
XXXXXXXX = Game's Nintendo ID