## 5.11 Unit: srfi-4

Homogeneous numeric vectors, see the documentation for SRFI-4 17 In addition to that, the following procedures are also provided:

[procedure] (u8vector`->`byte-vector U8VECTOR)
[procedure] (s8vector`->`byte-vector S8VECTOR)
[procedure] (u16vector`->`byte-vector U16VECTOR)
[procedure] (s16vector`->`byte-vector S16VECTOR)
[procedure] (u32vector`->`byte-vector U32VECTOR)
[procedure] (s32vector`->`byte-vector S32VECTOR)
[procedure] (f32vector`->`byte-vector F32VECTOR)
[procedure] (f64vector`->`byte-vector F64VECTOR)
  Each of these procedures return the contents of the given vector as a 'packed' byte-vector. The byte order in that vector is platform-dependent (for example little-endian on an Intel processor). The returned byte-vector shares memory with the contents of the vector.

[procedure] (byte-vector`->`u8vector BYTE-VECTOR)
[procedure] (byte-vector`->`s8vector BYTE-VECTOR)
[procedure] (byte-vector`->`u16vector BYTE-VECTOR)
[procedure] (byte-vector`->`s16vector BYTE-VECTOR)
[procedure] (byte-vector`->`u32vector BYTE-VECTOR)
[procedure] (byte-vector`->`s32vector BYTE-VECTOR)
[procedure] (byte-vector`->`f32vector BYTE-VECTOR)
[procedure] (byte-vector`->`f64vector BYTE-VECTOR)
  Each of these procedures return a vector where the argument `BYTE-VECTOR` is taken as a 'packed' representation of the contents of the vector. The argument-byte-vector shares memory with the contents of the vector.

17 http://srfi.schemers.org/srfi-4/srfi-4.html