Symbol

read

namespace read

function f32(ptr: Pointer, byteOffset?: number): number
The read function behaves similarly to DataView, but it's usually faster because it doesn't need to create a DataView or ArrayBuffer.
@param ptr
The memory address to read
@param byteOffset
bytes to skip before reading
While there are some checks to catch invalid pointers, this is a difficult thing to do safely. Passing an invalid pointer can crash the program and reading beyond the bounds of the pointer will crash the program or cause undefined behavior. Use with care!
function f64(ptr: Pointer, byteOffset?: number): number
The read function behaves similarly to DataView, but it's usually faster because it doesn't need to create a DataView or ArrayBuffer.
@param ptr
The memory address to read
@param byteOffset
bytes to skip before reading
While there are some checks to catch invalid pointers, this is a difficult thing to do safely. Passing an invalid pointer can crash the program and reading beyond the bounds of the pointer will crash the program or cause undefined behavior. Use with care!
function i16(ptr: Pointer, byteOffset?: number): number
The read function behaves similarly to DataView, but it's usually faster because it doesn't need to create a DataView or ArrayBuffer.
@param ptr
The memory address to read
@param byteOffset
bytes to skip before reading
While there are some checks to catch invalid pointers, this is a difficult thing to do safely. Passing an invalid pointer can crash the program and reading beyond the bounds of the pointer will crash the program or cause undefined behavior. Use with care!
function i32(ptr: Pointer, byteOffset?: number): number
The read function behaves similarly to DataView, but it's usually faster because it doesn't need to create a DataView or ArrayBuffer.
@param ptr
The memory address to read
@param byteOffset
bytes to skip before reading
While there are some checks to catch invalid pointers, this is a difficult thing to do safely. Passing an invalid pointer can crash the program and reading beyond the bounds of the pointer will crash the program or cause undefined behavior. Use with care!
function i64(ptr: Pointer, byteOffset?: number): bigint
The read function behaves similarly to DataView, but it's usually faster because it doesn't need to create a DataView or ArrayBuffer.
@param ptr
The memory address to read
@param byteOffset
bytes to skip before reading
While there are some checks to catch invalid pointers, this is a difficult thing to do safely. Passing an invalid pointer can crash the program and reading beyond the bounds of the pointer will crash the program or cause undefined behavior. Use with care!
function i8(ptr: Pointer, byteOffset?: number): number
The read function behaves similarly to DataView, but it's usually faster because it doesn't need to create a DataView or ArrayBuffer.
@param ptr
The memory address to read
@param byteOffset
bytes to skip before reading
While there are some checks to catch invalid pointers, this is a difficult thing to do safely. Passing an invalid pointer can crash the program and reading beyond the bounds of the pointer will crash the program or cause undefined behavior. Use with care!
function intptr(ptr: Pointer, byteOffset?: number): number
The read function behaves similarly to DataView, but it's usually faster because it doesn't need to create a DataView or ArrayBuffer.
@param ptr
The memory address to read
@param byteOffset
bytes to skip before reading
While there are some checks to catch invalid pointers, this is a difficult thing to do safely. Passing an invalid pointer can crash the program and reading beyond the bounds of the pointer will crash the program or cause undefined behavior. Use with care!
function ptr(ptr: Pointer, byteOffset?: number): number
The read function behaves similarly to DataView, but it's usually faster because it doesn't need to create a DataView or ArrayBuffer.
@param ptr
The memory address to read
@param byteOffset
bytes to skip before reading
While there are some checks to catch invalid pointers, this is a difficult thing to do safely. Passing an invalid pointer can crash the program and reading beyond the bounds of the pointer will crash the program or cause undefined behavior. Use with care!
function u16(ptr: Pointer, byteOffset?: number): number
The read function behaves similarly to DataView, but it's usually faster because it doesn't need to create a DataView or ArrayBuffer.
@param ptr
The memory address to read
@param byteOffset
bytes to skip before reading
While there are some checks to catch invalid pointers, this is a difficult thing to do safely. Passing an invalid pointer can crash the program and reading beyond the bounds of the pointer will crash the program or cause undefined behavior. Use with care!
function u32(ptr: Pointer, byteOffset?: number): number
The read function behaves similarly to DataView, but it's usually faster because it doesn't need to create a DataView or ArrayBuffer.
@param ptr
The memory address to read
@param byteOffset
bytes to skip before reading
While there are some checks to catch invalid pointers, this is a difficult thing to do safely. Passing an invalid pointer can crash the program and reading beyond the bounds of the pointer will crash the program or cause undefined behavior. Use with care!
function u64(ptr: Pointer, byteOffset?: number): bigint
The read function behaves similarly to DataView, but it's usually faster because it doesn't need to create a DataView or ArrayBuffer.
@param ptr
The memory address to read
@param byteOffset
bytes to skip before reading
While there are some checks to catch invalid pointers, this is a difficult thing to do safely. Passing an invalid pointer can crash the program and reading beyond the bounds of the pointer will crash the program or cause undefined behavior. Use with care!
function u8(ptr: Pointer, byteOffset?: number): number
The read function behaves similarly to DataView, but it's usually faster because it doesn't need to create a DataView or ArrayBuffer.
@param ptr
The memory address to read
@param byteOffset
bytes to skip before reading
While there are some checks to catch invalid pointers, this is a difficult thing to do safely. Passing an invalid pointer can crash the program and reading beyond the bounds of the pointer will crash the program or cause undefined behavior. Use with care!