Concatenate a list of bytes.

Join a list of utf-8 bytes into a string. Ensures that utf-8 sequences that are split over different bytes are handled correctly.

Convert a string to a sequence of utf-8 encoded bytes.

Convert a vector of integers to bytes (by clamping between 0 and 255).

Concatenate a vector of bytes.

Concatenates two byte arrays.

Adjust the length of the bytes. If enlarged, the added bytes are initialized to zero.

Assign a (clamped) byte value at index i. Throws on out-of-bound.

Create len new zero-initialized bytes.

Iterate through the bytes.

Are the bytes empty?

The count of bytes.

Convert bytes to a list of integers (between 0 and 255).

Convert a sequence of qutf-8 bytes to a string. Take a potential previous-post previous uncompleted utf-8 code point (of at most 3 bytes) (in case the full byte sequence was split over a utf-8 code point). Returns the qutf-8 decoded string and also potential left-over bytes for a final uncompleted utf-8 code point (of at most 3 bytes).

Show bytes as a hexadecimal sequence.

Converts a sequence of qutf-8 bytes to a string.

Return a range of len bytes starting at start. If len < 0, it copies all bytes from start to the end (bs.length (-)std/core/int/(-): (x : int, y : int) -> int start).

Return a range of utf-8 encoded bytes as qutf-8.

Convert a range of bytes to vector of integers. Individual bytes are interpreted as uint8std/core/types/uint8: V.

Assigns the byte at offset i to value. Does not check the bounds!

Create len uninitialized bytes.

Get's the byte at the offset i, without checking the offset is valid.

Convert bytes to vector of integers (between 0 and 255).