They are actually stored in a linear bit string that has no byte boundaries.

The bitwise context is a 1 bit followed by the 0 to 7 bits since the last byte boundary.

To preserve cache locality, the hash table can be aligned on a 64 byte boundary.

When an image is less than 8 bits per pixel, each line is padded to the next byte boundary.

Each strip is compressed independently and begins on a byte boundary.

The operator takes a type and returns the power of 2 byte boundary on which the type instances must be allocated (as a ).

Assume we have a data structure that is always aligned to a 16 byte boundary.

Each archive file member begins on an even byte boundary; a newline is inserted between files if necessary.

The memory is shown aligned on 8 byte boundaries.

The operating system finds the system table by searching 16 byte boundaries between physical address and .