Finally, Code-Types and a cheat code manager for PC!
This tool allows you to execute Cheat Codes similar to the Action Replay or GameShark ones. You can create, edit and save cheat lists for each game. This tool comes with a Memory viewer which can be opened multiple times to watch more than one memory area. Last but not least it can be used to create memory dumps.
General information:
P: Pointer State - 0 = no pointer, 1 = uses pointer
S: Value Size - 0 = 8 Bits, 1 = 16 Bits, 2 = 32 Bits, 3 = 64 Bits
L: Address in BE (right-justified), if P = 1 then L can be used to determine an unsigned offset
Q: If p = 1, then L is replaced by Q
V: Value (right-justified). Length depends on S
| Formatting | Example |
|---|---|
| 00PSLLLL LLLLLLLL VVVVVVVV VVVVVVVV *This writes the value VVVVVVVV VVVVVVVV of size S to LLLL LLLLLLLL. |
00001122 33445566 00000000 000000FF *This writes the 8-bit value of 0xFF to 0x112233445566 |
| Formatting | Example |
|---|---|
| 01P0YYYY 00000000 0000LLLL LLLLLLLL VVVVVVVV VVVVVVVV VVVVV.... Y = How many bytes to write V = Array of bytes starting at the top left. Fill unused bytes of a line with 0 |
0100000A 00000000 00000000 0ED1454C 53617565 726b7261 75740000 00000000 *This writes the 0x0A (10) bytes to 0x0ED1454C. |
| Formatting | Example |
|---|---|
| 02PSLLLL LLLLLLLL VVVVVVVV VVVVVVVV IIIIIIII MYYYYYYY *I: Address increment (unsigned) M: Mode. 0 = add increment, 1 = subtract increment Y: Count, how many skip writes to perform |
02001122 33445566 00000000 000000FF IIIIIIII MYYYYYYY *This writes the 8-bit value of 0xFF to 0x112233445566 |
| Formatting | Example |
|---|---|
| 080000XX 000000VV *XX: interleave level. Determines to which end-if to jump if the condition is false VV: Key Value (ASCII hex) *Note, as of now only one of these codes can be used at a time |
080000XX 000000VV D00000XX BADF000D |
| Formatting | Example |
|---|---|
| 09PS00XX 00000000 0000LLLL LLLLLLLL VVVVVVVV VVVVVVVV D00000XX BADF000D *T: Type 0 = if equal to 1 = if not equal to 2 = if greater than 3 = if greater than or equal 4 = if less than 5 = if less than or equal 6 = AND (if at least VV bits are present) 7 = OR (if at least one of VV bits is present) XX: interleave level. Determine to which end if to jump if the condition is false |
090000XX 00000000 00001122 33445566 00000000 000000FF D00000XX BADF000D *This writes the 8-bit value of 0xFF to 0x112233445566 |
| Formatting | Example |
|---|---|
| 0APS00XX 00000000 0000LLLL LLLLLLLL VVVVVVVV VVVVVVVV WWWWWWWW WWWWWWWW D00000XX BADF000D *T: Type. 0 = value between V and W 1 = value not between V and W XX: interleave level. Determine to which end if to jump if the condition is false |
0A0000XX 00000000 00001122 33445566 00000000 000000FF 00000000 000000FF D00000XX BADF000D *This writes the 8-bit value of 0xFF to 0x112233445566 |
| Formatting | Example |
|---|---|
| 20PSRRMM 00000000 0000LLLL LLLLLLLL *RR = Register in which the value should be stored MM = Mode 00 and 01 = Scalar. Loads single int of size S into RR 02 - FF = Packed. Number of consecutive values of size S to store into registers starting at RR |
20020400 00000000 00007FFE 15ED5418 *This loads one 32-bit integer from 0x7FFE15ED5418 into register 4. |
| Formatting | Example |
|---|---|
| 21PSRRMM 00000000 0000LLLL LLLLLLLL *RR = Register from where the value should be loaded MM = Mode 00 and 01 = Scalar. Loads single int of size S from RR 02 - FF = Packed. Number of values of size S to store from registers starting at RR and to be stored at LLLL LLLLLLLL consecutively. |
21020400 00000000 00007FFE 15ED5418 *This loads one 32-bit integer from register 4 and stores it at 0x7FFE15ED5418. |
| Formatting | Example |
|---|---|
| 220SMMTT RRЯЯ0000 VVVVVVVV VVVVVVVV RR = First register of which to operate with. This one will hold the result of the operation. ЯЯ = Second Register of which value to operate with. Usage depents on type. MM = Mode: 00 and 01 = Scalar. Reads single int of size S from RR/ЯЯ. 02 - FF = Packed. Number of consecutive values of size S to read from registers starting at RR/ЯЯ.
|
22030326 12000000 CDCDCDCD CDCDCDCD *This operates a 64-bit XOR-Operation with 0xCDCDCDCDCDCDCDCD on each of the 3 registers starting at register 18 (0x12). |
| Formatting | Example |
|---|---|
| 23P0RRMM 00000000 0000LLLL LLLLLLLL *RR = Register in which the value should be stored MM = Mode 00 and 01 = Scalar. Loads float of single precision into RR 02 - FF = Packed. Number of consecutive floats of single precision to store into registers starting at RR |
23000003 00000000 00000220 12D854E0 *This loads 3 floats of single precision starting at 0x022012D854E0 into registers 0, 1 and 2. |
| Formatting | Example |
|---|---|
| 24P0RRMM 00000000 0000LLLL LLLLLLLL *RR = Register where the float should be read from MM = Mode 00 and 01 = Scalar. Writes float of single precision from RR to LLLLLLLLLLLL 02 - FF = Packed. Number of consecutive floats of single precision to write from registers starting at RR to LLLL LLLLLLLL. |
24000003 00000000 00000220 12D854E0 *This writes 3 3 floats of single precision of inside registers 0, 1 and 2 to 0x022012D854E0. |
| Formatting | Example |
|---|---|
| 2500MMTT RRЯЯ0000 00000000 VVVVVVVV RR = First register of which to operate with. This one will hold the result of the operation. ЯЯ = Second Register of which value to operate with. Usage depents on type. MM = Mode: 00 and 01 = Scalar. Reads single Float Single from RR/ЯЯ. 02 - FF = Packed. Number of consecutive Float Single to read from registers starting at RR/ЯЯ.
|
2500030D 00000000 00000000 3E800000 *This operates an Addition with 0x3E800000 on each of the 3 registers starting at register 00. |
| Formatting | Example |
|---|---|
| 26P0RRMM 00000000 0000LLLL LLLLLLLL *RR = Register in which the value should be stored MM = Mode 00 and 01 = Scalar. Loads float of Double precision into RR 02 - FF = Packed. Number of consecutive floats of Double precision to store into registers starting at RR |
26000003 00000000 00000220 12D854E0 *This loads 3 floats of double precision starting at 0x022012D854E0 into registers 0, 1 and 2. |
| Formatting | Example |
|---|---|
| 27P0RRMM 00000000 0000LLLL LLLLLLLL *RR = Register where the float should be read from MM = Mode 00 and 01 = Scalar. Writes float of double precision from RR to LLLLLLLLLLLL 02 - FF = Packed. Number of consecutive floats of double precision to write from registers starting at RR to LLLL LLLLLLLL. |
27000003 00000000 00000220 12D854E0 *This writes 3 3 floats of double precision of inside registers 0, 1 and 2 to 0x022012D854E0. |
| Formatting | Example |
|---|---|
| 2800MMTT RRЯЯ0000 VVVVVVVV VVVVVVVV RR = First register of which to operate with. This one will hold the result of the operation. ЯЯ = Second Register of which value to operate with. Usage depents on type. MM = Mode: 00 and 01 = Scalar. Reads single Float Double from RR/ЯЯ. 02 - FF = Packed. Number of consecutive Float Double to read from registers starting at RR/ЯЯ.
|
2800030D 00000000 3FF00000 00000000 *This operates an Addition with 0x3FF0000000000000 on each of the 3 registers starting at register 00. |
| Formatting | Example |
|---|---|
| 30PSLLLL LLLLLLLL XX00STRT OF-RANGE 0000END- OF-RANGE S = size. 0 = 32-bits, 1 = 64-bits XX = to which branch label to jump if pointer is out of range/invalid STRT OF-RANGE: Smallest pointer to be accepted END- OF-RANGE: Biggest pointer to be accepted |
30001122 33445566 XX00STRT OF-RANGE 0000END- OF-RANGE |
| Formatting | Example |
|---|---|
| 3100000M QQQQQQQQ *M = Mode. 0 = add, 1 = subtract Q = Unsigned offset |
31000000 0080C048 *This permanently adds the unsigned offset of 0x0080C048 to the previosly loaded pointer. |
| Formatting | Example |
|---|---|
| D00000XX BADF000D *XX = Endif level |
D0000000 BADF000D *If the IF condition of XX = 00 is false, the execution will skip all lines of codes until here. |
| Formatting | Example |
|---|---|
| D10000XX ABAD1DEA *XX = Pointer level |
D1000001 ABAD1DEA *If the pointer of level XX = 01 is invalid, the execution will skip all lines of codes until here. |
| Formatting |
|---|
| D1000000 DEADCODE *Does effectively nothing. Used as placeholder sometimes. |