Difference between revisions of "Auto Assembler:Commands"
Jump to navigation
Jump to search
(→Auto Assembler Commands) |
(→Auto Assembler Commands) |
||
| Line 8: | Line 8: | ||
* [[Auto_Assembler:aobScan|aobScan]]: Will scan the memory for the given array of byte (Wildcards are supported) and places a [[label]] at the first match | * [[Auto_Assembler:aobScan|aobScan]]: Will scan the memory for the given array of byte (Wildcards are supported) and places a [[label]] at the first match | ||
| − | * [[Auto_Assembler:aobScanModule|aobScanModule]]: Will scan the specific module for the given array of byte (Wildcards are supported) and places a [[label]] at the first match | + | * [[Auto_Assembler:aobScanModule|aobScanModule]]: Will scan the specific module for the given array of byte (Wildcards are supported) and places a [[Auto_Assembler:label|label]] at the first match |
| − | * [[Auto_Assembler:aobScanRegion|aobScanRegion]]: Will scan the specific range for the given array of byte (Wildcards are supported) and places a [[label]] at the first match | + | * [[Auto_Assembler:aobScanRegion|aobScanRegion]]: Will scan the specific range for the given array of byte (Wildcards are supported) and places a [[Auto_Assembler:label|label]] at the first match |
* [[Auto_Assembler:label|label]]: Enables the word labelname to be used as a address | * [[Auto_Assembler:label|label]]: Enables the word labelname to be used as a address | ||
* [[Auto_Assembler:alloc|alloc]]: Allocates a region of memory with a label that points to it | * [[Auto_Assembler:alloc|alloc]]: Allocates a region of memory with a label that points to it | ||
| − | * [[Auto_Assembler:dealloc|dealloc]]: Deallocates a block of memory allocated with [[alloc]] | + | * [[Auto_Assembler:dealloc|dealloc]]: Deallocates a block of memory allocated with [[Auto_Assembler:alloc|alloc]] |
* [[Auto_Assembler:globalAlloc|globalAlloc]]: Will allocate a certain amount of memory and registers the specified name | * [[Auto_Assembler:globalAlloc|globalAlloc]]: Will allocate a certain amount of memory and registers the specified name | ||
* [[Auto_Assembler:kAlloc|kAlloc]]: Kernal allocate <!-- kalloc(x,size) x=variable name size=bytes --> | * [[Auto_Assembler:kAlloc|kAlloc]]: Kernal allocate <!-- kalloc(x,size) x=variable name size=bytes --> | ||
Revision as of 22:42, 4 January 2018
Auto Assembler Commands
This is a list of all the Auto Assembler commands
- aobScan: Will scan the memory for the given array of byte (Wildcards are supported) and places a label at the first match
- aobScanModule: Will scan the specific module for the given array of byte (Wildcards are supported) and places a label at the first match
- aobScanRegion: Will scan the specific range for the given array of byte (Wildcards are supported) and places a label at the first match
- label: Enables the word labelname to be used as a address
- alloc: Allocates a region of memory with a label that points to it
- dealloc: Deallocates a block of memory allocated with alloc
- globalAlloc: Will allocate a certain amount of memory and registers the specified name
- kAlloc: Kernal allocate
- fullAccess: Makes a memory region readable, writable and executable
- reassemble:
- readMem: Read a memory region and writes it at the location this instruction is placed
- registerSymbol: Adds the symbol to the userdefined symbol list
- unregisterSymbol: Removes the symbol from the userdefined symbol list
- define: Will replace all tokens with the specified name with the text of whatever
- assert: Will check the memory address for the given bytes
- include: Includes another auto assembler file at that spot
- createThread: Will spawn a thread in the process at the specified address
- loadLibrary: Will inject the specified dll into the target process
- loadBinary: Will load a binary file at the specified address
- struct: With STRUCT and ENDSTRUCT you can define an internal structure in your auto assembler script
- endStruct: With STRUCT and ENDSTRUCT you can define an internal structure in your auto assembler script
- luaCall: Executes the give code a Lua code
- {$LUA}/{$ASM}: {$LUA} (Lua) and {$ASM} (Assembler) will begine the given parser
