Cheat Engine:Auto Assembler - Revision history

Dark Byte: createthreadandwait

2026-08-02T00:07:55Z

createthreadandwait

2026-08-02T00:06:33Z

add some info about hook/unhook

2026-08-01T23:57:34Z

add info about ccode and luacode

2019-06-20T06:11:30Z

‎General Information

2019-05-19T08:03:49Z

‎Value Notation

2018-09-24T13:40:41Z

‎Injecting a DLL

2018-01-13T15:35:13Z

2018-01-04T22:40:23Z

‎General Information

2017-11-03T11:36:26Z

‎Example using ALLOC

2017-05-05T18:46:38Z

‎General Information

@@ Line 44: / Line 44: @@
 |-
 | [[Auto Assembler:createThread|CREATETHREAD]](address) || Will spawn a thread in the process at the specified address
 |-
 | [[Auto Assembler:define|DEFINE]](name,whatever) || Creates a token with the specified name that will be replaced with the text of whatever

@@ Line 60: / Line 60: @@
 |-
 | [[Auto Assembler:readMem|READMEM]](address,size) || Writes the memory at the specified address with the specified size to the current location
 |-
 | [[Auto Assembler:registerSymbol|REGISTERSYMBOL]](symbolName) || Adds a symbol to the user-defined symbol list so cheat tables and the memory browser can use that name instead of a address (The symbol has to be declared in the script when using it)

@@ Line 73: / Line 73: @@
 NOTE:Use 'dq (double)100.1' instead of 'dd'!
-=== {$lua} ===
+=== {$lua}/{$asm} ===
 Auto assembler scripts support section written in Lua.You can start such a section using the [[Auto Assembler:LUA ASM|{$lua}]] keyword, and end it with [[Auto Assembler:LUA ASM|{$asm}]].
@@ Line 84: / Line 84: @@
 </pre>
 Of course, if your script is meant to generate code, do make it return code so that it passes the initial syntax check. (e.g label definitions etc...)
 == Examples ==

@@ Line 37: / Line 37: @@
 | [[Auto Assembler:aobScanModule|AOBSCANMODULE]](name, moduleName, xx xx xx xx xx) || Scans the memory of a specific module for the given array of byte and sets the result to the symbol names "name"
 |-
-| [[Auto Assembler:aobScanREGION|AOBSCANREGION]](name, Sadd$, Fadd$, xx xx xx)  || Will scan the specific range from start address to finish addressfor the given AOB and labels it with the given name
+| [[Auto Assembler:aobScanRegion|AOBSCANREGION]](name, Sadd$, Fadd$, xx xx xx)  || Will scan the specific range from start address to finish addressfor the given AOB and labels it with the given name
 |-
 | [[Auto Assembler:alloc|ALLOC]](allocName, sizeInBytes, Optional: AllocateNearThisAddress) || Allocates a certain amount of memory and defines the specified name in the script. If AllocateNearThisAddress is specified CE will try to allocate the memory near that address. This is useful for 64-bit targets where the jump distance could be bigger than 2GB otherwise

@@ Line 71: / Line 71: @@
 for floating point value like 100.1 you can use (float)100.1
 and for a double, you could use (double)100.1
 === {$lua} ===

@@ Line 20: / Line 20: @@
 == Injecting a DLL ==
 loadlibrary(name) can be used to load a dll and register it's symbols for
-use by your assembly code.  Note that you should not put quotes around the DLL name.  Here's an examle:
+use by your assembly code.  Note that you should not put quotes around the DLL name.  Here's an example:
 [[Auto Assembler Example 3|LoadLibrary Example]]
 == General Information ==

@@ Line 66: / Line 66: @@
 | [[Auto Assembler:unregisterSymbol|UNREGISTERSYMBOL]](symbolName) || Removes a symbol from the user-defined symbol list. No error will occur if the symbol doesn't exist.
 |}
 === {$lua} ===

@@ Line 27: / Line 27: @@
 == General Information ==
 Auto assemble allows you to write assembler code at different locations using a script. It can be found in the memory view part of cheat engine under extra.
 {| class="gallery" style="background-color:#f4f4f4"

@@ Line 116: / Line 116: @@
 === Example using ALLOC ===
 <pre>
-alloc(memloc1,4)
+alloc(alloc1,4)
 00451029:
@@ Line 130: / Line 130: @@
 jmp 00451031
 </pre>
 === Example using ALLOC and LABEL ===