generic streaming device layer, shared by every bus and both device frameworks More...

Classes
class	channels
	one client's planar channel double buffers for one pin More...
class	client
	streaming state of one control client More...
class	clock
	one client's registration with a clock domain: its buffer switch bookkeeping, its planar channel buffers per direction, its own cursors in the device's rings and the converters those rings are moved with - everything a client's tick needs, none of it shared More...
struct	converter
class	device
	generic streaming device: the control interface every bus's clients share More...
class	domain
	the clock domain every client rides on: the DAW clock More...
struct	entry
struct	iosize_server
	the buffer size a client asks for: aligned to the clock's granularity and the desc's limits, and left where it stands while the device streams or a stream is open More...
struct	offset_server
	the client side safety offset in clock ticks: it is committed and then handed to the domain's registered clients as a margin in bytes, which their cursors take at the next seat More...
struct	opened_server
	the count of open streams, committed as it stands - the flag every setting below refuses a change against More...
struct	samplerate_server
	server functors of device's promoted values More...
struct	switching
	one client's share of a clock domain: its buffer switch event and iosize, and the channel buffers that switch More...

Typedefs
typedef bool(dx::circular::*)	read_t(volatile uint64_t &, int const , uint64_t, uint32_t, uint32_t, uint32_t, uint32_t)
typedef bool(dx::circular::*)	write_t(volatile uint64_t &, const int const , uint64_t, uint32_t, uint32_t, uint32_t, uint32_t)
	the ring access a format asks for, keyed by the whole format - endian and alignment included, as the engine keys its own

Detailed Description

generic streaming device layer, shared by every bus and both device frameworks

Typedef Documentation

typedef bool(dx::circular::*) dxd::streaming::read_t(volatile uint64_t &, int *const *, uint64_t, uint32_t, uint32_t, uint32_t, uint32_t)

typedef bool(dx::circular::*) dxd::streaming::write_t(volatile uint64_t &, const int *const *, uint64_t, uint32_t, uint32_t, uint32_t, uint32_t)

the ring access a format asks for, keyed by the whole format - endian and alignment included, as the engine keys its own