(adsbygoogle = window.adsbygoogle || []).push({}); This is an awesome noob friendly tool I use all the time to find quick cheat codes like infinite ammo for any game. It allows you to read and constantly write dynamic codes, search the memory, and run plugins. It's the best tool to use for making quick cheats. Similar to the nitepr cheat engine made on the PSP.


What's New?
Fixed ghost results in search results after you delete results
Added custom alignment to Text and X Bytes searches (leave as 1 if you don't understand)
Fixed API template's API.cs class type (IAPI)
Fixed CCAPI staying on Connecting... on boot of NC
Fixed Memory Viewer PS3 plugin resetting address on resize

4.51
Fixed bug with PS3Lib extension functions (PluginInterface) writing reversed bytes

4.50
Added online code database
Made Dump Memory less confusing
Fixed settings file format error (caused donation form to always appear, and probably other bugs...)
Made NetCheat resizable
Fixed CCAPI 2.5 not working
Fixed booting up for first time with it saying CCAPI, yet TMAPI is being used
Fixed search type being set to 1 byte after Pointer is selected
Fixed search methods, like Pointer, being visible in Next Scan when search type is invalid for that method
Fixed game resuming, when already paused, during/after scan
Added double search method
Added support for CCAPI 2.60
Made the Pointer scan method actually useful
Made Copy results a lot faster
Next Scan stops crashing when scanning past 0x80000000
Added little/big endian support
Made MemoryViewer plugin a lot better
- Multiple Windows (saved on close and opened on shown)
- Assembly, Text, Bytes, Float, Double, Decimal, Notes
- Load/Save windows individually
- Notes (displayed on the side)
- Todo:
-- Color changed bytes
-- Add Options menu
Added Stop Dump button when Dump is in progress
Added conversion tools to codes tab (highlight/select codes in textbox and right click)
Added Joker/Pad Finding search method
Added support for PS3 Manager API by NzV (Not to be confused with TMAPI)
Added support for custom APIs
No longer dependant on PS3Lib
If one plugin fails to load, NetCheat will still open fully functional


Code Types

    

---------- Codetype 0, X Byte Write

0 address bytes



For example if I wanted to store the bytes 010203 at the address 00100000, I'd create the code 0 00100000 010203.

The number of bytes written can be as long as you wish.



Example:

0 00B1F4A1 FFFFFF01FFFFFF02FFFFFF03



---------- Codetype 1, Text Write

1 address text



If I wanted to store the string "Apples are cool" at the address 00100000, the code would be 1 00100000 Apples.are cool

Take note a null byte (00) is inserted at the end of the string when written.



Example:

1 00B1F4A6 This is an example of a text write



---------- 2 -- Float write

Writes the float to a (address)



2 aaaaaaaa float



Example:

2 00B1F4A0 -3.14159



---------- 4 -- Multi/Condensed write

Starting at a, the value v is written and then a is incremented by the value i. This is done c many times.

So if you look at the example below, the start address is 00B36E40.

It then writes FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF to 00B36E40 and increments by 00000010 (i).

So the address becomes 00B36E50 and FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF is written there.

That happens 0x27 times, which if you do the math, will end at 00B36E40 + (0x27 * 0x10) or 00B370B0.

This is the alternative to having a huge X write that, in this case, would be 0x270 bytes in length



4 aaaaaaaa vvvv

4 iiiiiiii cc



Example:

4 00B36E40 FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF

4 00000010 27



---------- Codetype 6, Pointer Write

6 address offset

code



This will take the value at address and add offset to it. The following code's address will be replaced with the resulting value.

So if the memory looked like this:

00100000 : 00100080

and the address I wanted to write to was 001000C0 (in this instance, pointers are used when the address moves) the code would look like:

6 00100000 00000040

0 00000000 010203040506



Notice how the address in the code is set to 0 because it will get set when executed.



---------- B -- Find/Replace

Searches the memory starting at a and going until b is reached.

If COUNT is given and is greater than 0, the search will last until the number of replaces is equal to COUNT, or if b is reached.

For every instance of o (aka OGP) found, it will be replaced with n (COP).

Both o and n should be the same length.

Game regions are used in the searching, so to make the code faster do specify/find/import the game's regions in the Range tab.



Because of how complicated the use of this can be in regard to multiple codes using the same o (OGP) value... I've added another window to help manage the find/replace results

If you got a code from somewhere but it is in OGP/COP format (no start/stop specified), just use the first region for the game (Range tab->Find Ranges).



B[COUNT] aaaaaaaa bbbbbbbb

B oooooooo nnnnnnnn



Example:

-- All within region

B 00010000 01CC0000

B 1234567890ABCDEF FEDCBA0987654321

-- First 4 found

B4 00010000 FFFFFFFC

B 1234567890ABCDEF FEDCBA0987654321



---------- Codetype D, Equal To Comparison

D[COUNT] address compValue

codes



This will read the bytes (length is the same of the length of compValue) from address and compare it with compValue.

If the two are equal then it will execute COUNT (hex) many codes below it.

Take note that codes like Pointer Write are two lines and are therefore counted as two codes.



D2 00200000 B0

6 00100000 00000040

0 00000000 010203040506



D is the code type, and the 2 is the count.



---------- Codetype E, Mask Unset

E[COUNT] address compValue

codes



This will read the bytes (length is the same of the length of compValue) from address and compare it with compValue.

If the same bits in compValue are set in the grabbed value, it will execute COUNT (hex) many codes below it.

Take note that codes like Pointer Write are two lines and are therefore counted as two codes.



E2 00200000 01

6 00100000 00000040

0 00000000 010203040506



If the memory at 00200000 is equal to FF then it would execute.

This is because in binary, FF = 1111 1111 and 01 is 0000 0001. Since the only bit set in 01 is also set in FF, it returns true.



---------- Codetype F, Copy Bytes

F[COUNT] addressFrom addressTo



This codetype will copy COUNT number of bytes from addressFrom to addressTo. COUNT is in hex.



F1F0 00100000 00200000

Search Methods and Types

    Method: Equal To

Argument(s): Value

Mode: Initial Scan and Next Scan

Incompatibilities: None

Description: Given the type, it scans the memory from start to stop and will add a result if the data in memory is equal to the argument Value.



Method: Not Equal To

Argument(s): Value

Mode: Initial Scan and Next Scan

Incompatibilities: None

Description: Given the type, it scans the memory from start to stop and will add a result if the data in memory is not equal to the argument Value.



Method: Less Than (S)

Argument(s): Value

Mode: Initial Scan and Next Scan

Incompatibilities: None

Description: Given the type, it scans the memory from start to stop and will add a result if the data (signed) in memory is less than the argument Value.



Method: Less Than or Equal To (S)

Argument(s): Value

Mode: Initial Scan and Next Scan

Incompatibilities: None

Description: Given the type, it scans the memory from start to stop and will add a result if the data (signed) in memory is less than or equal to the argument Value.



Method: Less Than (U)

Argument(s): Value

Mode: Initial Scan and Next Scan

Incompatibilities: None

Description: Given the type, it scans the memory from start to stop and will add a result if the data (unsigned) in memory is less than the argument Value.



Method: Less Than or Equal To (U)

Argument(s): Value

Mode: Initial Scan and Next Scan

Incompatibilities: None

Description: Given the type, it scans the memory from start to stop and will add a result if the data (unsigned) in memory is less than or equal to the argument Value.



Method: Greater Than (S)

Argument(s): Value

Mode: Initial Scan and Next Scan

Incompatibilities: None

Description: Given the type, it scans the memory from start to stop and will add a result if the data (signed) in memory is greater than to the argument Value.



Method: Greater Than or Equal (S)

Argument(s): Value

Mode: Initial Scan and Next Scan

Incompatibilities: None

Description: Given the type, it scans the memory from start to stop and will add a result if the data (signed) in memory is greater than or equal to the argument Value.



Method: Greater Than (U)

Argument(s): Value

Mode: Initial Scan and Next Scan

Incompatibilities: None

Description: Given the type, it scans the memory from start to stop and will add a result if the data (unsigned) in memory is greater than to the argument Value.



Method: Greater Than or Equal (U)

Argument(s): Value

Mode: Initial Scan and Next Scan

Incompatibilities: None

Description: Given the type, it scans the memory from start to stop and will add a result if the data (unsigned) in memory is greater than or equal to the argument Value.



Method: Value Between (U)

Argument(s): Min, Max

Mode: Initial Scan and Next Scan

Incompatibilities: Text

Description: Given the type, it scans the memory from start to stop and will add a result if the data (unsigned) in memory is between (or equal to) the arguments Min and Max.



Method: Pointer

Argument(s): Value

Mode: Initial Scan and Next Scan

Incompatibilities: All but 4 bytes

Description: It scans the memory from start to stop and will add a result if the 4 bytes from the memory is between (or equal to) the arguments (Value - 0x7FFF) and (Value + 0x7FFF).



Method: Unknown Value

Argument(s): None

Mode: Initial Scan

Incompatibilities: X bytes, Text

Description: Given the type, it scans the memory from start to stop and will add a result if the data in memory is between (or equal to) the arguments Min and Max.



Method: Joker/Pad Address Finder

Argument(s): None

Mode: Initial Scan and Next Scan

Incompatibilities: All but 4 bytes

Description: It scan the memory from start to stop, prompting the user to press different buttons, and adds a results based on the pattern pad address tend to follow (bits)



Method: Increased (S)

Argument(s): None

Mode: Next Scan

Incompatibilities: Text

Description: Given the type, it scans the memory based on previous results and will add a result if the data (signed) in memory is greater than the previous value held in the results list



Method: Increased By (U)

Argument(s): Value

Mode: Next Scan

Incompatibilities: Text

Description: Given the type, it scans the memory based on previous results and will add a result if the data (unsigned) in memory is equal to the previous value held in the results list + Value



Method: Decreased (S)

Argument(s): None

Mode: Next Scan

Incompatibilities: Text

Description: Given the type, it scans the memory from based on previous results and will add a result if the data (signed) in memory is less than the previous value held in the results list



Method: Decreased By (U)

Argument(s): Value

Mode: Next Scan

Incompatibilities: Text

Description: Given the type, it scans the memory from based on previous results and will add a result if the data (unsigned) in memory is equal to the previous value held in the results list - Value



Method: Changed

Argument(s): None

Mode: Next Scan

Incompatibilities: None

Description: Given the type, it scans the memory from based on previous results and will add a result if the data in memory is not equal to the previous value held in the results list



Method: Unchanged

Argument(s): None

Mode: Next Scan

Incompatibilities: None

Description: Given the type, it scans the memory from based on previous results and will add a result if the data in memory is equal to the previous value held in the results list





Search Types

Type: 1 byte

Options: Hex or Decimal

Description: 1 byte



Type: 2 bytes

Options: Hex or Decimal

Description: 2 bytes



Type: 4 byte

Options: Hex or Decimal

Description: 4 byte



Type: 8 byte

Options: Hex or Decimal

Description: 8 byte



Type: X byte

Options: None

Description: Defined as the number of bytes you search for. 010203 => 3 bytes



Type: Text

Options: Match Case or Don't Match Case

Description: ASCII Text



Type: Float

Options: None

Description: Float (4 bytes)



Type: Double

Options: None

Description: Double (8 bytes)

Plugins

    

[CENTER][B]Interface Functions[/B][/CENTER]

Function: GetMemory

Arguments: ulong addr, int size

Return: byte[]

Description: Gets the memory at addr of length size from the PS3 and returns the result as a byte array



Function: GetMemory

Arguments: ulong addr, ref byte[] ret

Return: void

Description: Gets the memory at addr of length ret.Length from the PS3 and returns the result in ret



Function: SetMemory

Arguments: ulong addr, byte[] val

Return: void

Description: Sets the memory at addr to the contents of val



Function: ByteAToULong

Arguments: byte[] val, int index, int size

Return: ulong

Description: Converts val to an unsigned long



Function: ByteAToString

Arguments: byte[] val, string split

Return: string

Description: Converts val to a string. { 0x41, 0x42 } => "AB"



Function: StringToByteA

Arguments: string text

Return: byte[]

Description: Converts text to a byte array. "AB" => { 0x41, 0x42 }



Function: sLeft

Arguments: string text, int length

Return: string

Description: Returns the left most substring in text of length length



Function: sRight

Arguments: string text, int length

Return: string

Description: Returns the right most substring in text of length length



Function: sMid

Arguments: string text, int off, int length

Return: string

Description: Returns the substring at off of length length



Function: ConstCodeAdd

Arguments: string code, bool state

Return: uint

Description: Returns the ID of the Constant Code added



Function: ConstCodeRemove

Arguments: uint ID

Return: void

Description: Removes the code with an ID of ID



Function: ConstCodeSetState

Arguments: uint ID, bool state

Return: void

Description: Sets whether the code is constantly written or not



Function: ConstCodeGetState

Arguments: uint ID

Return: bool

Description: Returns whether the code is constantly writing or not



Function: ConnectAndAttach

Arguments: 

Return: bool

Description: Attempts to connect and attack to the PS3. If it fails it will return false, otherwise it will return true. Only to be used on a different thread



Function: ConnectionState

Arguments: 

Return: int

Description: Returns the current connection state of NetCheat's main thread. 0 = Not connected. 1 = Connected. 2 = Connected and Attached. -1 = NetCheat terminated



Function: isUsingTMAPI

Arguments: 

Return: bool

Description: Returns true if the current API is TM



Function: NotifyPS3 (obsolete)

Arguments: NotifyIcon icon, string message

Return: bool

Description: If CCAPI is the current API, it displays a notify icon on the connected PS3. Returns true if successful



Function: RingBuzzerPS3 (obsolete)

Arguments: BuzzerMode flag

Return: bool

Description: If CCAPI is the current API, it rings the buzzer on the connected PS3. Returns true if successful



Function: GetTemperatureCELL (obsolete)

Arguments: 

Return: string

Description: If CCAPI is the current API, it returns the temperature of the CPU (CELL). Returns "" if the current API is not CCAPI



Function: GetTemperatureRSX (obsolete)

Arguments: 

Return: string

Description: If CCAPI is the current API, it returns the temperature of the GPU (RSX). Returns "" if the current API is not CCAPI



Function: GetFirmwareVersion (obsolete)

Arguments: 

Return: string

Description: If CCAPI is the current API, it returns the firmware version of the connected PS3. Returns "" if the current API is not CCAPI



Function: GetFirmwareType (obsolete)

Arguments: 

Return: string

Description: If CCAPI is the current API, it returns the firmware type of the connected PS3. Returns "" if the current API is not CCAPI



Function: SearchMemory

Arguments: ulong start, ulong stop, int align, (bool, byte, byte[], short, int long, char, string) input

Return: ulong[]

Description: Searches the memory between start and stop (taking into account the users current memory range) searching for input. The argument align marks how many bytes it jumps every search. So if you set it to 4, it would search start, start + 4, start + 8, start + C, start + 10, ect. It must be greater than zero. This then will return an array of each address that held the searched value.







PS3Lib Extension Functions (credits to iMCSx for doing the actual coding and documentation)

Function: PS3Lib_ReadSByte

Arguments: uint offset

Return: sbyte

Description: Read a signed byte



Function: PS3Lib_ReadBool

Arguments: uint offset

Return: bool

Description: Read a byte a check if his value. This return a bool according the byte detected



Function: PS3Lib_ReadInt16

Arguments: uint offset

Return: short

Description: Read and return an integer 16 bits



Function: PS3Lib_ReadInt32

Arguments: uint offset

Return: int

Description: Read and return an integer 32 bits



Function: PS3Lib_ReadInt64

Arguments: uint offset

Return: long

Description: Read and return an integer 64 bits



Function: PS3Lib_ReadByte

Arguments: uint offset

Return: byte

Description: Read and return a byte



Function: PS3Lib_ReadBytes

Arguments: uint offset, int length

Return: byte[]

Description: Read a string with a length to the first byte equal to an value null (0x00)



Function: PS3Lib_ReadUInt16

Arguments: uint offset

Return: ushort

Description: Read and return an unsigned integer 16 bits



Function: PS3Lib_ReadUInt16

Arguments: uint offset

Return: ushort

Description: Read and return an unsigned integer 16 bits



Function: PS3Lib_ReadUInt32

Arguments: uint offset

Return: uint

Description: Read and return an unsigned integer 32 bits



Function: PS3Lib_ReadUInt64

Arguments: uint offset

Return: ulong

Description: Read and return an unsigned integer 64 bits



Function: PS3Lib_ReadFloat

Arguments: uint offset

Return: float

Description: Read and return a Float



Function: PS3Lib_ReadString

Arguments: uint offset

Return: string

Description: Read a string very fast and stop only when a byte null is detected (0x00)



Function: PS3Lib_WriteSByte

Arguments: uint offset, sbyte input

Return: void

Description: Write a signed byte



Function: PS3Lib_WriteBool

Arguments: uint offset, bool input

Return: void

Description: Write a bool



Function: PS3Lib_WriteInt16

Arguments: uint offset, short input

Return: void

Description: Write an integer 16 bits



Function: PS3Lib_WriteInt32

Arguments: uint offset, int input

Return: void

Description: Write an integer 32 bits



Function: PS3Lib_WriteInt64

Arguments: uint offset, long input

Return: void

Description: Write an integer 64 bits



Function: PS3Lib_WriteByte

Arguments: uint offset, byte input

Return: void

Description: Write a byte



Function: PS3Lib_WriteBytes

Arguments: uint offset, byte[] input

Return: void

Description: Write a byte array



Function: PS3Lib_WriteString

Arguments: uint offset, string input

Return: void

Description: Write a string



Function: PS3Lib_WriteUInt16

Arguments: uint offset, ushort input

Return: void

Description: Write an unsigned integer 16 bits



Function: PS3Lib_WriteUInt32

Arguments: uint offset, uint input

Return: void

Description: Write an unsigned integer 32 bits



Function: PS3Lib_WriteUInt64

Arguments: uint offset, ulong input

Return: void

Description: Write an unsigned integer 64 bits



Function: PS3Lib_WriteFloat

Arguments: uint offset, float input

Return: void

Description: Write a float

Credits:
Written by Dnawrkshp
Concept by Veritassdg
Help from Badger41
PS3Lib by iMCSx

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Only custom firmware, ignore what jlovelol said.

ya well that's psp not ps3

Hey guys, I wanted to ask you that every time I open NetcheatPS3 4.53 it closes back automatically. It stays there for around 2 to 3 seconds and then closes. Is there any problem with the exe file? I tried doing everything even troubleshooted the exe file but nothing seems to work. Could you please help me?

EDIT 1: I Uninstalled Lonely Screen, ApowerMirror and APowermanager, it seems to work fine after that. It doesn't close anymore. Might be some conflicting dll or something with those programs. Anyway Thanks.

It's because the updater for it checks netcheat.gamehacking.org, and the site is having connection issues. Either somehow disable or move the updater somewhere else, or do the lazy thing I do and disconnect from the internet and then start netcheat, and then connect to the internet again to fix it.

Can you update link for download netcheat please?

Thank you.