Architecture is based on just a single process. More...

Detailed Description

Architecture is based on just a single process.

An assertion has also been added to check that ACTIVE_VALUE is set to a non-ambiguous strong value (either '0' or '1').

Definition at line 34 of file led_emu.vhd.

Processes
PROCESS_1	( led_input )
	Report led state each time there is an event in `led_input`.

Member Function Documentation

◆ PROCESS_1()

PROCESS_1	(		led_input
	)

Process

Report led state each time there is an event in led_input.

We don't actually need to check for led_input'event, since putting led_input in the sensitivity list of the process does it for us. We use the report statement to print a string to the simulation log, and the slv2string function in the vhdl_verification package to convert the std_logic_vector value to a printable string.

Definition at line 50 of file led_emu.vhd.

process (led_input)

50 begin

51 report "led_emu: current state of leds: " & slv2string(led_input);

52 end process;

53

led_emu.led_input

in led_inputstd_logic_vector( NUM_LEDS- 1 downto 0)

Connect here the signal that drives the leds.

Definition: led_emu.vhd:27

The documentation for this class was generated from the following file:

src/led_emu.vhd

Detailed Description

Processes

Member Function Documentation

◆ PROCESS_1()