Memory

Functions

Return Type	Name	Description
`number`	`memory.base()`	Base address of the game
`number`	`memory.size()`	Size of the game
`allocated_memory`	`memory.alloc(number size)`	Allocates memory
`allocated_memory`	`memory.free(allocated_memory mem)`	Frees alocated memory
`memory_address`	`memory.scan(string signature, string? module)`	Scans memory for a signature
`memory_address`	`memory.call(number address, ... params)`	Calls a function by address

Types

`allocated_memory`

Operator	Description
`[]`	Read and write to memory, index is per byte

`memory_address`

Property	Name	Description
`number`	value	The address
`number`	int8	Reads the address as this type
`number`	int16	Reads the address as this type
`number`	int32	Reads the address as this type
`number`	int64	Reads the address as this type
`number`	uint8	Reads the address as this type
`number`	uint16	Reads the address as this type
`number`	uint32	Reads the address as this type
`number`	uint64	Reads the address as this type
`number`	float	Reads the address as this type
`number`	double	Reads the address as this type
`bool`	bool	Reads the address as this type
`string`	str	Reads the address as this type
`vec2`	vec2	Reads the address as this type
`vec3`	vec3	Reads the address as this type
`scr_vec3`	scr_vec3	Reads the address as this type
`number`	as_int8	Casts the address to this type
`number`	as_int16	Casts the address to this type
`number`	as_int32	Casts the address to this type
`number`	as_int64	Casts the address to this type
`number`	as_uint8	Casts the address to this type
`number`	as_uint16	Casts the address to this type
`number`	as_uint32	Casts the address to this type
`number`	as_uint64	Casts the address to this type
`number`	as_float	Casts the address to this type
`number`	as_double	Casts the address to this type
`bool`	as_bool	Casts the address to this type
`string`	as_str	Casts the address to this type
`vec2`	as_vec2	Casts the address to this type
`vec3`	as_vec3	Casts the address to this type
`scr_vec3`	as_scr_vec3	Casts the address to this type

Return Type	Name	Description
`memory_address`	`memory_address(number address)`	Constructs a `memory_address`
`memory_address`	`add(number offset)`	Adds an offset to the address and returns the new `memory_address`
`memory_address`	`sub(number offset)`	Subtracts an offset from the address and returns the new `memory_address`
`memory_address`	`nop(number count)`	Writes `count` `NOP` instructions at the address.
`memory_address`	`rip(number opsize, number instsize)`	Extracts data from an instruction at the address using `opsize` and `instsize`

Examples

-- Get the extra content crc hash
local extra_content = memory.scan('48 8B 0D ? ? ? ? 33 D2 E8 ? ? ? ? 45 33 C0 48 8D 4C')
if extra_content.value ~= 0 then
  local manager = extra_content:rip(3, 7).uint64
  local get_crc = extra_content:add(9):rip(1, 5)

  local crc = memory.call(get_crc.value, manager, 0).as_int32
  print('CRC hash: ', crc)
end