AXI Test IP

This IP-Core is used for testing the AXI communication between PS and PL. The IP-Core calculates \(C=A \cdot B\) with different data types. For all data types except for the float calculation, the input and output values are scalar. The float calculation input and output is a 2x2 matrix.

Use this IP-Core to test read/write operations by AXI between PL and PS using the Hardware Abstraction Layer.

Fig. 321 Top view of the Module.

Fig. 322 Top view of the Module.

Table 103 Interfaces of the AXI test IP

Port Name	Port Type	Data Type	Target Platform Interfaces
A_int32	Input	int32	AXI
B_int32	Input	int32	AXI
C_int32	Output	int32	AXI
A_uint32	Input	uint32	AXI
B_uint32	Input	uint32	AXI
C_uint32	Output	uint32	AXI
A_float	Input Vector (4)	float	AXI
B_float	Input Vector (4)	float	AXI
C_float	Output Vector (4)	float	AXI
A_fx_1_16_5	Input	signed 16 bit fixed point 5 bit fraction	AXI
B_fx_1_16_5	Input	signed 16 bit fixed point 5 bit fraction	AXI
C_fx_1_16_5	Output	signed 16 bit fixed point 5 bit fraction	AXI

Driver function reference

typedef struct uz_myIP2_t uz_myIP2_t

Data type for object myIP2.

struct uz_myIP2_config_t

Configuration struct for myIP2.

Public Members

uint32_t base_address

Base address of the IP-Core

uint32_t ip_clk_frequency_Hz

Clock frequency of the IP-Core

uz_myIP2_t *uz_myIP2_init(struct uz_myIP2_config_t config)

Initializes and instance of the myIP2 driver.

Parameters:

• config – Configuration values for the IP-Core

Returns:

Pointer to initialized instance

int32_t uz_myIP2_multiply(uz_myIP2_t *self, int32_t A, int32_t B)

Calculates C=A*B.

Parameters:

• self – Pointer to IP-Core instance that was initialized with init function

• A – First factor

• B – Second factor

Returns:

Product of A times B