Streams

Overview

These intrinsics enable the AI Engine to access the input/output streams. Some of these intrinsics are "blocking" and will stall the AIE when trying to read from an empty stream, or write to a full one. Non blocking intrinsics have "_nb" in their name.

Concerning performance :

• 32-bit streams can be read/written every clock cycle.
• 128-bit streams can be read/written every 4 clock cycles.

See Also

Control register

Status register

Packet headers
These intrinsics are designed to facilitate the headers creation. They do not write directly to stream and should always be combined with a "put_ms" call.
unsigned int	packet_header (unsigned dstID, unsigned pcktType)
	Generate a packet header.

Generate 32-bit Packet headers and Write to output stream port MS0 or MS1
These intrinsics are designed to facilitate the headers creation. They write directly to stream.
void	put_ms_packet_header (int idx_ms, int tlast, unsigned dstID, unsigned pcktType)
	Generate a packet header and Write to 32-bit streams.
void	put_ms_packet_header (int idx_ms, unsigned dstID, unsigned pcktType)
	Generate a packet header and Write to 32-bit streams.
unsigned int	ctrl_packet_header (unsigned Addr, unsigned n_words, unsigned op_type, unsigned rspID)
	Generate a control packet header.
void	put_ms_ctrl_packet_header (int idx_ms, int tlast, unsigned Addr, unsigned n_words, unsigned op_type, unsigned rspID)
	Generate a control packet header and Write to 32-bit streams.
void	put_ms_ctrl_packet_header (int idx_ms, unsigned Addr, unsigned n_words, unsigned op_type, unsigned rspID)
	Generate a packet header and Write to 32-bit streams.

Unpack accumulator types into vectors after reading from cascade
v32int8	unpackb (v8acc48)
	Unpack a 256-bit vector received from the input cascade stream.
v32uint8	unpackub (v8acc48)
	Unpack a 256-bit vector received from the input cascade stream.
v16int16	unpack (v8acc48)
	Unpack a 256-bit vector received from the input cascade stream.
v8cint16	unpackc (v8acc48)
	Unpack a 256-bit vector received from the input cascade stream.
v8int32	unpackl (v8acc48)
	Unpack a 256-bit vector received from the input cascade stream.
v4cint32	unpacklc (v4cacc48)
	Unpack a 256-bit vector received from the input cascade stream.
v8float	unpackf (v8acc48)
	Unpack a 256-bit vector received from the input cascade stream.
v4cfloat	unpackfc (v4cacc48)
	Unpack a 256-bit vector received from the input cascade stream.

Read cascade stream
v8acc48	get_scd ()
	Read 384 bit data into accumulator from cascade stream.
v4cacc48	getc_scd ()
	Read 384 bit data into accumulator from cascade stream.
v4acc80	getl_scd ()
	Read 384 bit data into accumulator from cascade stream.
v2cacc80	getlc_scd ()
	Read 384 bit data into accumulator from cascade stream.
v8acc48	get_scd_v8acc48 ()
	Read 384 bit data into accumulator from cascade stream.
v4cacc48	get_scd_v4cacc48 ()
	Read 384 bit data into accumulator from cascade stream.
v4acc80	get_scd_v4acc80 ()
	Read 384 bit data into accumulator from cascade stream.
v2cacc80	get_scd_v2cacc80 ()
	Read 384 bit data into accumulator from cascade stream.
v32int8	get_scd_v32int8 ()
	Read 384 bit data into accumulator from cascade stream.
v32uint8	get_scd_v32uint8 ()
	Read 384 bit data into accumulator from cascade stream.
v16int16	get_scd_v16int16 ()
	Read 384 bit data into accumulator from cascade stream.
v8cint16	get_scd_v8cint16 ()
	Read 384 bit data into accumulator from cascade stream.
v8int32	get_scd_v8int32 ()
	Read 384 bit data into accumulator from cascade stream.
v4cint32	get_scd_v4cint32 ()
	Read 384 bit data into accumulator from cascade stream.
v8float	get_scd_v8float ()
	Read 384 bit data into accumulator from cascade stream.
v4cfloat	get_scd_v4cfloat ()
	Read 384 bit data into accumulator from cascade stream.

Pack vectors into accumulator types for cascade writing
v8acc48	packa (v32int8)
	Pack a 256-bit vector for sending via the output cascade stream.
v8acc48	packa (v32uint8)
	Pack a 256-bit vector for sending via the output cascade stream.
v8acc48	packa (v16int16)
	Pack a 256-bit vector for sending via the output cascade stream.
v8acc48	packa (v8cint16)
	Pack a 256-bit vector for sending via the output cascade stream.
v8acc48	packa (v8int32)
	Pack a 256-bit vector for sending via the output cascade stream.
v4cacc48	packa (v4cint32)
	Pack a 256-bit vector for sending via the output cascade stream.
v8acc48	packa (v8float)
	Pack a 256-bit vector for sending via the output cascade stream.
v4cacc48	packa (v4cfloat)
	Pack a 256-bit vector for sending via the output cascade stream.

Write cascade stream
void	put_mcd (v8acc48 a)
	Write 384 bit data out to cascade stream.
void	put_mcd (v4cacc48 a)
	Write 384 bit data out to cascade stream.
void	put_mcd (v4acc80 a)
	Write 384 bit data out to cascade stream.
void	put_mcd (v2cacc80 a)
	Write 384 bit data out to cascade stream.
void	put_mcd (v32int8 a)
	Write 384 bit data out to cascade stream.
void	put_mcd (v32uint8 a)
	Write 384 bit data out to cascade stream.
void	put_mcd (v16int16 a)
	Write 384 bit data out to cascade stream.
void	put_mcd (v8cint16 a)
	Write 384 bit data out to cascade stream.
void	put_mcd (v8int32 a)
	Write 384 bit data out to cascade stream.
void	put_mcd (v4cint32 a)
	Write 384 bit data out to cascade stream.
void	put_mcd (v8float a)
	Write 384 bit data out to cascade stream.
void	put_mcd (v4cfloat a)
	Write 384 bit data out to cascade stream.

Write 32-bit streams
void	put_ms (int idx_ms, int val, int tlast)
	Write a 32-bit value to output stream port MS0 or MS1 The optional tlast parameter indicates the last word in a packet and the default is false. Intrinsics suffixed with _nb perform a non-blocking write. All others are blocking.
void	put_ms_nb (int idx_ms, int val, int tlast)
	Write a 32-bit value to output stream port MS0 or MS1 The optional tlast parameter indicates the last word in a packet and the default is false. Intrinsics suffixed with _nb perform a non-blocking write. All others are blocking.
void	put_ms (int idx_ms, unsigned int a, int tlast)
	Write a 32-bit value to output stream port MS0 or MS1 The optional tlast parameter indicates the last word in a packet and the default is false. Intrinsics suffixed with _nb perform a non-blocking write. All others are blocking.
void	put_ms (int idx_ms, float a, int tlast)
	Write a 32-bit value to output stream port MS0 or MS1 The optional tlast parameter indicates the last word in a packet and the default is false. Intrinsics suffixed with _nb perform a non-blocking write. All others are blocking.
void	put_ms (int idx_ms, int a)
	Write a 32-bit value to output stream port MS0 or MS1 The optional tlast parameter indicates the last word in a packet and the default is false. Intrinsics suffixed with _nb perform a non-blocking write. All others are blocking.
void	put_ms (int idx_ms, unsigned int a)
	Write a 32-bit value to output stream port MS0 or MS1 The optional tlast parameter indicates the last word in a packet and the default is false. Intrinsics suffixed with _nb perform a non-blocking write. All others are blocking.
void	put_ms (int idx_ms, float a)
	Write a 32-bit value to output stream port MS0 or MS1 The optional tlast parameter indicates the last word in a packet and the default is false. Intrinsics suffixed with _nb perform a non-blocking write. All others are blocking.
void	put_ms_nb (int idx_ms, unsigned int a, int tlast)
	Write a 32-bit value to output stream port MS0 or MS1 The optional tlast parameter indicates the last word in a packet and the default is false. Intrinsics suffixed with _nb perform a non-blocking write. All others are blocking.
void	put_ms_nb (int idx_ms, float a, int tlast)
	Write a 32-bit value to output stream port MS0 or MS1 The optional tlast parameter indicates the last word in a packet and the default is false. Intrinsics suffixed with _nb perform a non-blocking write. All others are blocking.
void	put_ms_nb (int idx_ms, int a)
	Write a 32-bit value to output stream port MS0 or MS1 The optional tlast parameter indicates the last word in a packet and the default is false. Intrinsics suffixed with _nb perform a non-blocking write. All others are blocking.
void	put_ms_nb (int idx_ms, unsigned int a)
	Write a 32-bit value to output stream port MS0 or MS1 The optional tlast parameter indicates the last word in a packet and the default is false. Intrinsics suffixed with _nb perform a non-blocking write. All others are blocking.
void	put_ms_nb (int idx_ms, float a)
	Write a 32-bit value to output stream port MS0 or MS1 The optional tlast parameter indicates the last word in a packet and the default is false. Intrinsics suffixed with _nb perform a non-blocking write. All others are blocking.

Read 32-bit streams
int	get_ss (int idx_ss)
	Read a 32-bit value from input stream port SS0 or SS1 Intrinsics suffixed with _nb perform a non-blocking read. All others are blocking.
int	get_ss_nb (int idx_ss)
	Read a 32-bit value from input stream port SS0 or SS1 Intrinsics suffixed with _nb perform a non-blocking read. All others are blocking.
float	getf_ss (int idx)
	Read a 32-bit value from input stream port SS0 or SS1 Intrinsics suffixed with _nb perform a non-blocking read. All others are blocking.
float	getf_ss_nb (int idx)
	Read a 32-bit value from input stream port SS0 or SS1 Intrinsics suffixed with _nb perform a non-blocking read. All others are blocking.
cint16	getc_ss (int idx)
	Read a 32-bit value from input stream port SS0 or SS1 Intrinsics suffixed with _nb perform a non-blocking read. All others are blocking.
cint16	getc_ss_nb (int idx)
	Read a 32-bit value from input stream port SS0 or SS1 Intrinsics suffixed with _nb perform a non-blocking read. All others are blocking.

Read 128-bit streams
v4int32	getl_wss (int idx_ss)
	Reads a 128-bit vector from input stream port WSS0 or WSS1.
v16int8	getb_wss (int idx_ss)
	Reads a 128-bit vector from input stream port WSS0 or WSS1.
v16uint8	getub_wss (int idx_ss)
	Reads a 128-bit vector from input stream port WSS0 or WSS1.
v8int16	get_wss (int idx_ss)
	Reads a 128-bit vector from input stream port WSS0 or WSS1.
v4cint16	getc_wss (int idx_ss)
	Reads a 128-bit vector from input stream port WSS0 or WSS1.
v2cint32	getlc_wss (int idx_ss)
	Reads a 128-bit vector from input stream port WSS0 or WSS1.
v4float	getf_wss (int idx_ss)
	Reads a 128-bit vector from input stream port WSS0 or WSS1.
v2cfloat	getfc_wss (int idx_ss)
	Reads a 128-bit vector from input stream port WSS0 or WSS1.

Write 128-bit streams
void	put_wms (int idx_ms, v4int32 val, int tlast)
	Writes a 128-bit vector to output stream port WMS0 or WMS1 The optional tlast parameter indicates the last word in a packet and the default is false.
void	put_wms (int idx_ms, v16int8 a, int tlast)
	Writes a 128-bit vector to output stream port WMS0 or WMS1 The optional tlast parameter indicates the last word in a packet and the default is false.
void	put_wms (int idx_ms, v16uint8 a, int tlast)
	Writes a 128-bit vector to output stream port WMS0 or WMS1 The optional tlast parameter indicates the last word in a packet and the default is false.
void	put_wms (int idx_ms, v8int16 a, int tlast)
	Writes a 128-bit vector to output stream port WMS0 or WMS1 The optional tlast parameter indicates the last word in a packet and the default is false.
void	put_wms (int idx_ms, v4cint16 a, int tlast)
	Writes a 128-bit vector to output stream port WMS0 or WMS1 The optional tlast parameter indicates the last word in a packet and the default is false.
void	put_wms (int idx_ms, v2cint32 a, int tlast)
	Writes a 128-bit vector to output stream port WMS0 or WMS1 The optional tlast parameter indicates the last word in a packet and the default is false.
void	put_wms (int idx_ms, v4float a, int tlast)
	Writes a 128-bit vector to output stream port WMS0 or WMS1 The optional tlast parameter indicates the last word in a packet and the default is false.
void	put_wms (int idx_ms, v2cfloat a, int tlast)
	Writes a 128-bit vector to output stream port WMS0 or WMS1 The optional tlast parameter indicates the last word in a packet and the default is false.
void	put_wms (int idx_ms, v16int8 a)
	Writes a 128-bit vector to output stream port WMS0 or WMS1 The optional tlast parameter indicates the last word in a packet and the default is false.
void	put_wms (int idx_ms, v16uint8 a)
	Writes a 128-bit vector to output stream port WMS0 or WMS1 The optional tlast parameter indicates the last word in a packet and the default is false.
void	put_wms (int idx_ms, v8int16 a)
	Writes a 128-bit vector to output stream port WMS0 or WMS1 The optional tlast parameter indicates the last word in a packet and the default is false.
void	put_wms (int idx_ms, v4cint16 a)
	Writes a 128-bit vector to output stream port WMS0 or WMS1 The optional tlast parameter indicates the last word in a packet and the default is false.
void	put_wms (int idx_ms, v4int32 a)
	Writes a 128-bit vector to output stream port WMS0 or WMS1 The optional tlast parameter indicates the last word in a packet and the default is false.
void	put_wms (int idx_ms, v2cint32 a)
	Writes a 128-bit vector to output stream port WMS0 or WMS1 The optional tlast parameter indicates the last word in a packet and the default is false.
void	put_wms (int idx_ms, v4float a)
	Writes a 128-bit vector to output stream port WMS0 or WMS1 The optional tlast parameter indicates the last word in a packet and the default is false.
void	put_wms (int idx_ms, v2cfloat a)
	Writes a 128-bit vector to output stream port WMS0 or WMS1 The optional tlast parameter indicates the last word in a packet and the default is false.

Function Documentation

unsigned int ctrl_packet_header	(	unsigned	Addr,
		unsigned	n_words,
		unsigned	op_type,
		unsigned	rspID
	)

Generate a control packet header.

Parameters

Addr	unsigned Local Byte Address (two LSB not used). Accesses are 128 bit aligned.
n_words	unsigned 2 bits. 1 to 4 words of 32 bit data to follow. This must be a compile time constant.
op_type	unsigned Operation modes - 2 bit (LSB). 3 modes. 0 - Write without return, 1 - Read with return, 2 - Write with return. The response to a read will be a packet switched stream header and 1 to 4 32 bit word data. The response to a write will be a packet switched stream header. This must be a compile time constant.
rspID	unsigned Response ID: 5 bit (LSB). Identifies the return destination for operation modes with a return. (The return packet's header's 'dstID' is set to this).

This intrinsic takes an address, number of words, operation type and response ID and returns a control packet header.

Note

Parameters 'n_words' and 'op_type' must be compile time constants.

Deprecated:

Please use 'void put_ms_ctrl_packet_header(int, int, unsigned, unsigned, unsigned, unsigned)' instead.

v8acc48 get_scd

(

)

Read 384 bit data into accumulator from cascade stream.

v16int16 get_scd_v16int16

(

)

Read 384 bit data into accumulator from cascade stream.

v2cacc80 get_scd_v2cacc80

(

)

Read 384 bit data into accumulator from cascade stream.

v32int8 get_scd_v32int8

(

)

Read 384 bit data into accumulator from cascade stream.

v32uint8 get_scd_v32uint8

(

)

Read 384 bit data into accumulator from cascade stream.

v4acc80 get_scd_v4acc80

(

)

Read 384 bit data into accumulator from cascade stream.

v4cacc48 get_scd_v4cacc48

(

)

Read 384 bit data into accumulator from cascade stream.

v4cfloat get_scd_v4cfloat

(

)

Read 384 bit data into accumulator from cascade stream.

v4cint32 get_scd_v4cint32

(

)

Read 384 bit data into accumulator from cascade stream.

v8acc48 get_scd_v8acc48

(

)

Read 384 bit data into accumulator from cascade stream.

v8cint16 get_scd_v8cint16

(

)

Read 384 bit data into accumulator from cascade stream.

v8float get_scd_v8float

(

)

Read 384 bit data into accumulator from cascade stream.

v8int32 get_scd_v8int32

(

)

Read 384 bit data into accumulator from cascade stream.

int get_ss

(

int

idx_ss

)

Read a 32-bit value from input stream port SS0 or SS1 Intrinsics suffixed with _nb perform a non-blocking read. All others are blocking.

int get_ss_nb

(

int

idx_ss

)

Read a 32-bit value from input stream port SS0 or SS1 Intrinsics suffixed with _nb perform a non-blocking read. All others are blocking.

v8int16 get_wss

(

int

idx_ss

)

Reads a 128-bit vector from input stream port WSS0 or WSS1.

v16int8 getb_wss

(

int

idx_ss

)

Reads a 128-bit vector from input stream port WSS0 or WSS1.

v4cacc48 getc_scd

(

)

Read 384 bit data into accumulator from cascade stream.

cint16 getc_ss

(

int

idx

)

Read a 32-bit value from input stream port SS0 or SS1 Intrinsics suffixed with _nb perform a non-blocking read. All others are blocking.

cint16 getc_ss_nb

(

int

idx

)

Read a 32-bit value from input stream port SS0 or SS1 Intrinsics suffixed with _nb perform a non-blocking read. All others are blocking.

v4cint16 getc_wss

(

int

idx_ss

)

Reads a 128-bit vector from input stream port WSS0 or WSS1.

float getf_ss

(

int

idx

)

Read a 32-bit value from input stream port SS0 or SS1 Intrinsics suffixed with _nb perform a non-blocking read. All others are blocking.

float getf_ss_nb

(

int

idx

)

Read a 32-bit value from input stream port SS0 or SS1 Intrinsics suffixed with _nb perform a non-blocking read. All others are blocking.

v4float getf_wss

(

int

idx_ss

)

Reads a 128-bit vector from input stream port WSS0 or WSS1.

v2cfloat getfc_wss

(

int

idx_ss

)

Reads a 128-bit vector from input stream port WSS0 or WSS1.

v4acc80 getl_scd

(

)

Read 384 bit data into accumulator from cascade stream.

v4int32 getl_wss

(

int

idx_ss

)

Reads a 128-bit vector from input stream port WSS0 or WSS1.

v2cacc80 getlc_scd

(

)

Read 384 bit data into accumulator from cascade stream.

v2cint32 getlc_wss

(

int

idx_ss

)

Reads a 128-bit vector from input stream port WSS0 or WSS1.

v16uint8 getub_wss

(

int

idx_ss

)

Reads a 128-bit vector from input stream port WSS0 or WSS1.

v8acc48 packa

(

v32int8

)

Pack a 256-bit vector for sending via the output cascade stream.

This intrinsic sign extends each 32bit word to 48bit and then assigns the result to a accumulator of the return type. This intrinsic can only be used coupled with put_mcd and cannot be used alone.

Deprecated:

Better use put_mcd(), which now supports all the datatypes that can be stored in an accumulator.

v8acc48 packa

(

v32uint8

)

Pack a 256-bit vector for sending via the output cascade stream.

This intrinsic sign extends each 32bit word to 48bit and then assigns the result to a accumulator of the return type. This intrinsic can only be used coupled with put_mcd and cannot be used alone.

Deprecated:

Better use put_mcd(), which now supports all the datatypes that can be stored in an accumulator.

v8acc48 packa

(

v16int16

)

Pack a 256-bit vector for sending via the output cascade stream.

This intrinsic sign extends each 32bit word to 48bit and then assigns the result to a accumulator of the return type. This intrinsic can only be used coupled with put_mcd and cannot be used alone.

Deprecated:

Better use put_mcd(), which now supports all the datatypes that can be stored in an accumulator.

v8acc48 packa

(

v8cint16

)

Pack a 256-bit vector for sending via the output cascade stream.

This intrinsic sign extends each 32bit word to 48bit and then assigns the result to a accumulator of the return type. This intrinsic can only be used coupled with put_mcd and cannot be used alone.

Deprecated:

Better use put_mcd(), which now supports all the datatypes that can be stored in an accumulator.

v8acc48 packa

(

v8int32

)

Pack a 256-bit vector for sending via the output cascade stream.

This intrinsic sign extends each 32bit word to 48bit and then assigns the result to a accumulator of the return type. This intrinsic can only be used coupled with put_mcd and cannot be used alone.

Deprecated:

Better use put_mcd(), which now supports all the datatypes that can be stored in an accumulator.

v4cacc48 packa

(

v4cint32

)

Pack a 256-bit vector for sending via the output cascade stream.

This intrinsic sign extends each 32bit word to 48bit and then assigns the result to a accumulator of the return type. This intrinsic can only be used coupled with put_mcd and cannot be used alone.

Deprecated:

Better use put_mcd(), which now supports all the datatypes that can be stored in an accumulator.

v8acc48 packa

(

v8float

)

Pack a 256-bit vector for sending via the output cascade stream.

This intrinsic sign extends each 32bit word to 48bit and then assigns the result to a accumulator of the return type. This intrinsic can only be used coupled with put_mcd and cannot be used alone.

Deprecated:

Better use put_mcd(), which now supports all the datatypes that can be stored in an accumulator.

v4cacc48 packa

(

v4cfloat

)

Pack a 256-bit vector for sending via the output cascade stream.

This intrinsic sign extends each 32bit word to 48bit and then assigns the result to a accumulator of the return type. This intrinsic can only be used coupled with put_mcd and cannot be used alone.

Deprecated:

Better use put_mcd(), which now supports all the datatypes that can be stored in an accumulator.

unsigned int packet_header	(	unsigned	dstID,
		unsigned	pcktType
	)

Generate a packet header.

Parameters

dstID	unsigned 5 bit (LSB). Identifies the destination of the packet. Should be unique amongst all streams it shares ports with. Can be 32 destinations or more with nested headers.
pcktType	unsigned 3 bit (LSB). Can be used to distinguish packets with the same source and destination. Control packets set this to 7 if there is an error. This must be a compile time constant.

This intrinsic takes a destination ID and a packet type and returns a packet header.

Note

Parameter 'pcktType' must be a compile time constant.

A packet with nested headers has a number of headers at the beginning (instead of the usual single header). For every level of header nesting, the number of possible destinations is multiplied by 32, thus for a two-nested header approach, the number of destinations is already 1024.

Deprecated:

Please use 'void put_ms_packet_header(int, int, unsigned, unsigned)' instead.

void put_mcd

(

v8acc48

a

)

Write 384 bit data out to cascade stream.

void put_mcd

(

v4cacc48

a

)

Write 384 bit data out to cascade stream.

void put_mcd

(

v4acc80

a

)

Write 384 bit data out to cascade stream.

void put_mcd

(

v2cacc80

a

)

Write 384 bit data out to cascade stream.

void put_mcd

(

v32int8

a

)

Write 384 bit data out to cascade stream.

void put_mcd

(

v32uint8

a

)

Write 384 bit data out to cascade stream.

void put_mcd

(

v16int16

a

)

Write 384 bit data out to cascade stream.

void put_mcd

(

v8cint16

a

)

Write 384 bit data out to cascade stream.

void put_mcd

(

v8int32

a

)

Write 384 bit data out to cascade stream.

void put_mcd

(

v4cint32

a

)

Write 384 bit data out to cascade stream.

void put_mcd

(

v8float

a

)

Write 384 bit data out to cascade stream.

void put_mcd

(

v4cfloat

a

)

Write 384 bit data out to cascade stream.

void put_ms	(	int	idx_ms,
		int	val,
		int	tlast
	)

Write a 32-bit value to output stream port MS0 or MS1 The optional tlast parameter indicates the last word in a packet and the default is false. Intrinsics suffixed with _nb perform a non-blocking write. All others are blocking.

void put_ms	(	int	idx_ms,
		unsigned int	a,
		int	tlast
	)

Write a 32-bit value to output stream port MS0 or MS1 The optional tlast parameter indicates the last word in a packet and the default is false. Intrinsics suffixed with _nb perform a non-blocking write. All others are blocking.

void put_ms	(	int	idx_ms,
		float	a,
		int	tlast
	)

Write a 32-bit value to output stream port MS0 or MS1 The optional tlast parameter indicates the last word in a packet and the default is false. Intrinsics suffixed with _nb perform a non-blocking write. All others are blocking.

void put_ms	(	int	idx_ms,
		int	a
	)

Write a 32-bit value to output stream port MS0 or MS1 The optional tlast parameter indicates the last word in a packet and the default is false. Intrinsics suffixed with _nb perform a non-blocking write. All others are blocking.

void put_ms	(	int	idx_ms,
		unsigned int	a
	)

Write a 32-bit value to output stream port MS0 or MS1 The optional tlast parameter indicates the last word in a packet and the default is false. Intrinsics suffixed with _nb perform a non-blocking write. All others are blocking.

void put_ms	(	int	idx_ms,
		float	a
	)

Write a 32-bit value to output stream port MS0 or MS1 The optional tlast parameter indicates the last word in a packet and the default is false. Intrinsics suffixed with _nb perform a non-blocking write. All others are blocking.

void put_ms_ctrl_packet_header	(	int	idx_ms,
		int	tlast,
		unsigned	Addr,
		unsigned	n_words,
		unsigned	op_type,
		unsigned	rspID
	)

Generate a control packet header and Write to 32-bit streams.

Parameters

idx_ms	master ports
tlast	The optional tlast parameter indicates the last word in a packet and the default is false.
Addr	unsigned Local Byte Address (two LSB not used). Accesses are 128 bit aligned.
n_words	unsigned 2 bits. 1 to 4 words of 32 bit data to follow. This must be a compile time constant.
op_type	unsigned Operation modes - 2 bit (LSB). 3 modes. 0 - Write without return, 1 - Read with return, 2 - Write with return. The response to a read will be a packet switched stream header and 1 to 4 32 bit word data. The response to a write will be a packet switched stream header. This must be a compile time constant.
rspID	unsigned Response ID: 5 bit (LSB). Identifies the return destination for operation modes with a return. (The return packet's header's 'dstID' is set to this).

This intrinsic takes an address, number of words, operation type and response ID and returns a control packet header.

Note

Parameters 'n_words' and 'op_type' must be compile time constants.

void put_ms_ctrl_packet_header	(	int	idx_ms,
		unsigned	Addr,
		unsigned	n_words,
		unsigned	op_type,
		unsigned	rspID
	)

Generate a packet header and Write to 32-bit streams.

Parameters

idx_ms	master ports
tlast	The optional tlast parameter indicates the last word in a packet and the default is false.
dstID	unsigned 5 bit (LSB). Identifies the destination of the packet. Should be unique amongst all streams it shares ports with. Can be 32 destinations or more with nested headers.
pcktType	unsigned 3 bit (LSB). Can be used to distinguish packets with the same source and destination. Control packets set this to 7 if there is an error. This must be a compile time constant.

This intrinsic takes a destination ID and a packet type and returns a packet header.

Note

Parameter 'pcktType' must be a compile time constant.

A packet with nested headers has a number of headers at the beginning (instead of the usual single header). For every level of header nesting, the number of possible destinations is multiplied by 32, thus for a two-nested header approach, the number of destinations is already 1024.

void put_ms_nb	(	int	idx_ms,
		int	val,
		int	tlast
	)

Write a 32-bit value to output stream port MS0 or MS1 The optional tlast parameter indicates the last word in a packet and the default is false. Intrinsics suffixed with _nb perform a non-blocking write. All others are blocking.

void put_ms_nb	(	int	idx_ms,
		unsigned int	a,
		int	tlast
	)

Write a 32-bit value to output stream port MS0 or MS1 The optional tlast parameter indicates the last word in a packet and the default is false. Intrinsics suffixed with _nb perform a non-blocking write. All others are blocking.

void put_ms_nb	(	int	idx_ms,
		float	a,
		int	tlast
	)

Write a 32-bit value to output stream port MS0 or MS1 The optional tlast parameter indicates the last word in a packet and the default is false. Intrinsics suffixed with _nb perform a non-blocking write. All others are blocking.

void put_ms_nb	(	int	idx_ms,
		int	a
	)

Write a 32-bit value to output stream port MS0 or MS1 The optional tlast parameter indicates the last word in a packet and the default is false. Intrinsics suffixed with _nb perform a non-blocking write. All others are blocking.

void put_ms_nb	(	int	idx_ms,
		unsigned int	a
	)

Write a 32-bit value to output stream port MS0 or MS1 The optional tlast parameter indicates the last word in a packet and the default is false. Intrinsics suffixed with _nb perform a non-blocking write. All others are blocking.

void put_ms_nb	(	int	idx_ms,
		float	a
	)

Write a 32-bit value to output stream port MS0 or MS1 The optional tlast parameter indicates the last word in a packet and the default is false. Intrinsics suffixed with _nb perform a non-blocking write. All others are blocking.

void put_ms_packet_header	(	int	idx_ms,
		int	tlast,
		unsigned	dstID,
		unsigned	pcktType
	)

Generate a packet header and Write to 32-bit streams.

Parameters

idx_ms	master ports
tlast	The optional tlast parameter indicates the last word in a packet and the default is false.
dstID	unsigned 5 bit (LSB). Identifies the destination of the packet. Should be unique amongst all streams it shares ports with. Can be 32 destinations or more with nested headers.
pcktType	unsigned 3 bit (LSB). Can be used to distinguish packets with the same source and destination. Control packets set this to 7 if there is an error. This must be a compile time constant.

This intrinsic takes a destination ID and a packet type and returns a packet header.

Note

Parameter 'pcktType' must be a compile time constant.

A packet with nested headers has a number of headers at the beginning (instead of the usual single header). For every level of header nesting, the number of possible destinations is multiplied by 32, thus for a two-nested header approach, the number of destinations is already 1024.

void put_ms_packet_header	(	int	idx_ms,
		unsigned	dstID,
		unsigned	pcktType
	)

Generate a packet header and Write to 32-bit streams.

Parameters

idx_ms	master ports
tlast	The optional tlast parameter indicates the last word in a packet and the default is false.
dstID	unsigned 5 bit (LSB). Identifies the destination of the packet. Should be unique amongst all streams it shares ports with. Can be 32 destinations or more with nested headers.
pcktType	unsigned 3 bit (LSB). Can be used to distinguish packets with the same source and destination. Control packets set this to 7 if there is an error. This must be a compile time constant.

This intrinsic takes a destination ID and a packet type and returns a packet header.

Note

Parameter 'pcktType' must be a compile time constant.

A packet with nested headers has a number of headers at the beginning (instead of the usual single header). For every level of header nesting, the number of possible destinations is multiplied by 32, thus for a two-nested header approach, the number of destinations is already 1024.

void put_wms	(	int	idx_ms,
		v4int32	val,
		int	tlast
	)

Writes a 128-bit vector to output stream port WMS0 or WMS1 The optional tlast parameter indicates the last word in a packet and the default is false.

void put_wms	(	int	idx_ms,
		v16int8	a,
		int	tlast
	)

Writes a 128-bit vector to output stream port WMS0 or WMS1 The optional tlast parameter indicates the last word in a packet and the default is false.

void put_wms	(	int	idx_ms,
		v16uint8	a,
		int	tlast
	)

Writes a 128-bit vector to output stream port WMS0 or WMS1 The optional tlast parameter indicates the last word in a packet and the default is false.

void put_wms	(	int	idx_ms,
		v8int16	a,
		int	tlast
	)

Writes a 128-bit vector to output stream port WMS0 or WMS1 The optional tlast parameter indicates the last word in a packet and the default is false.

void put_wms	(	int	idx_ms,
		v4cint16	a,
		int	tlast
	)

Writes a 128-bit vector to output stream port WMS0 or WMS1 The optional tlast parameter indicates the last word in a packet and the default is false.

void put_wms	(	int	idx_ms,
		v2cint32	a,
		int	tlast
	)

Writes a 128-bit vector to output stream port WMS0 or WMS1 The optional tlast parameter indicates the last word in a packet and the default is false.

void put_wms	(	int	idx_ms,
		v4float	a,
		int	tlast
	)

Writes a 128-bit vector to output stream port WMS0 or WMS1 The optional tlast parameter indicates the last word in a packet and the default is false.

void put_wms	(	int	idx_ms,
		v2cfloat	a,
		int	tlast
	)

Writes a 128-bit vector to output stream port WMS0 or WMS1 The optional tlast parameter indicates the last word in a packet and the default is false.

void put_wms	(	int	idx_ms,
		v16int8	a
	)

Writes a 128-bit vector to output stream port WMS0 or WMS1 The optional tlast parameter indicates the last word in a packet and the default is false.

void put_wms	(	int	idx_ms,
		v16uint8	a
	)

Writes a 128-bit vector to output stream port WMS0 or WMS1 The optional tlast parameter indicates the last word in a packet and the default is false.

void put_wms	(	int	idx_ms,
		v8int16	a
	)

Writes a 128-bit vector to output stream port WMS0 or WMS1 The optional tlast parameter indicates the last word in a packet and the default is false.

void put_wms	(	int	idx_ms,
		v4cint16	a
	)

Writes a 128-bit vector to output stream port WMS0 or WMS1 The optional tlast parameter indicates the last word in a packet and the default is false.

void put_wms	(	int	idx_ms,
		v4int32	a
	)

Writes a 128-bit vector to output stream port WMS0 or WMS1 The optional tlast parameter indicates the last word in a packet and the default is false.

void put_wms	(	int	idx_ms,
		v2cint32	a
	)

Writes a 128-bit vector to output stream port WMS0 or WMS1 The optional tlast parameter indicates the last word in a packet and the default is false.

void put_wms	(	int	idx_ms,
		v4float	a
	)

Writes a 128-bit vector to output stream port WMS0 or WMS1 The optional tlast parameter indicates the last word in a packet and the default is false.

void put_wms	(	int	idx_ms,
		v2cfloat	a
	)

Writes a 128-bit vector to output stream port WMS0 or WMS1 The optional tlast parameter indicates the last word in a packet and the default is false.

v16int16 unpack

(

v8acc48

)

Unpack a 256-bit vector received from the input cascade stream.

This intrinsic truncates each 48bit word to 32bit and then assigns the result to a vector of the result type This intrinsic can only be used coupled with a stream access (getxx_scd() )

Deprecated:

Better use get_scd_T() where T is the type you wish to obtain. E.g. get_scd_v32int8()

v32int8 unpackb

(

v8acc48

)

Unpack a 256-bit vector received from the input cascade stream.

This intrinsic truncates each 48bit word to 32bit and then assigns the result to a vector of the result type This intrinsic can only be used coupled with a stream access (getxx_scd() )

Deprecated:

Better use get_scd_T() where T is the type you wish to obtain. E.g. get_scd_v32int8()

v8cint16 unpackc

(

v8acc48

)

Unpack a 256-bit vector received from the input cascade stream.

This intrinsic truncates each 48bit word to 32bit and then assigns the result to a vector of the result type This intrinsic can only be used coupled with a stream access (getxx_scd() )

Deprecated:

Better use get_scd_T() where T is the type you wish to obtain. E.g. get_scd_v32int8()

v8float unpackf

(

v8acc48

)

Unpack a 256-bit vector received from the input cascade stream.

This intrinsic truncates each 48bit word to 32bit and then assigns the result to a vector of the result type This intrinsic can only be used coupled with a stream access (getxx_scd() )

Deprecated:

Better use get_scd_T() where T is the type you wish to obtain. E.g. get_scd_v32int8()

v4cfloat unpackfc

(

v4cacc48

)

Unpack a 256-bit vector received from the input cascade stream.

This intrinsic truncates each 48bit word to 32bit and then assigns the result to a vector of the result type This intrinsic can only be used coupled with a stream access (getxx_scd() )

Deprecated:

Better use get_scd_T() where T is the type you wish to obtain. E.g. get_scd_v32int8()

v8int32 unpackl

(

v8acc48

)

Unpack a 256-bit vector received from the input cascade stream.

This intrinsic truncates each 48bit word to 32bit and then assigns the result to a vector of the result type This intrinsic can only be used coupled with a stream access (getxx_scd() )

Deprecated:

Better use get_scd_T() where T is the type you wish to obtain. E.g. get_scd_v32int8()

v4cint32 unpacklc

(

v4cacc48

)

Unpack a 256-bit vector received from the input cascade stream.

This intrinsic truncates each 48bit word to 32bit and then assigns the result to a vector of the result type This intrinsic can only be used coupled with a stream access (getxx_scd() )

Deprecated:

Better use get_scd_T() where T is the type you wish to obtain. E.g. get_scd_v32int8()

v32uint8 unpackub

(

v8acc48

)

Unpack a 256-bit vector received from the input cascade stream.

This intrinsic truncates each 48bit word to 32bit and then assigns the result to a vector of the result type This intrinsic can only be used coupled with a stream access (getxx_scd() )

Deprecated:

Better use get_scd_T() where T is the type you wish to obtain. E.g. get_scd_v32int8()