tags - Is there a way to assert that all signals in a design are initialized on rising clock during reset? -

Examiner flow (no change in design) is simply a quick way of claiming that all designs are initialized during signals.

reset?

Design uses synchronous active resetting.

On the rising edge of the reset, I want to claim that every signal in the design 'U' signals or architecture

Using VHDL 2008, Modelsm 10.1 C with HDL Designer.

After the release of the synchronous reset, you can use the modelsim to see 'u' Since the code> can use the command. As it exists, it works with scalers and arrays, but the record members can not be scrutinized.

Note that the rising edge of the reset is not reset, since you are using synchronous reset. I will wait for the first fall of the clock when the reset is high for testing for 'U', it will ensure that after updating your driver after the reset, you see the new state on the signal. When the expression is something like this:

  "clk'event and clk = '0' and reset = '1' and $ sig = [string repeat y [string pending [check $ sig] ]] " 

Another option would be to create a signal signal in TestBench, which evaluates for the correct when the reset is released and when the expression is tested for it:

  signal reset_aniki: boolean; The process (CLK) is being started if raise_gege (clk) then if reset = '1' then reset_inactive & lt; = True; Else reset_inactive & lt; = False; end if; end if; end process; ... When the expression: "reset_inactive'event and reset_inactive = true and $ sig = ..."  

once it is finished canceling the waiter with A good idea would be to wait for every signal in the design to avoid the hit of performance. Now after the << code> command, you only need this test after the reset.