svh | simple server for html - javascript web client app | Runtime Evironment library

Within any procedural block, variable declarations must precede any other statements. Change

You're out of luck unless the tool you are using gives you an API to access and modify the coverage database. Bins are very difficult to access because they have no easy names to reference them, you have to scan through them. It's very easy to exclude coverpoints externally by setting their weights to 0.

Without knowing exactly what your coverage model looks like, it's hard to give you a better answer.

I found the issue. In my compile script I gave it the right path to the .sv files. However, my earlier version of the path in the environment variable UVM_HOME did not set the directory including the src folder. Once I reran my source.sh script and updated the environment variable, the .svh files were able to locate the dependency files appropriately.

It was in front of me the whole time as well with the error message showing no src folder in the path it was looking in: ..../1800.2-2017-1.1//seq/uvm_sequence.svh

ovm_test_top is the string name of the top level test. You can do

I don't know why that is, but it happened to me as well. I found a workaround that I cannot explain (user error? bug?), by removing these lines from the gtags.conf file (in the one for universal-ctags|setting to use Universal Ctags plug-in parser part):

First you have to know how to sort the items on the list according to your needs, to do that you have to create a class that implements Comparator usually you want to do this class(es) within your Model Class SupplementsItem, this is how it could look your SupplementsItem, note that I added an extra property expiryDate, the idea is that you understand how to use the comparator to sort your list.

You need a uvm_sequencer with seq_item_export to connect to the driver's seq_item_port. You do not have one.

If you want to use the fifo path, you need to create and connect a generic port in the driver class.

This is a message generated by vcs:

UVM run-time phases are used to control the order of things happening. If things are done in different phases, then you can guarantee that something done in a later phase will happen before something done in an earlier phase.

Your original code creates two new phase domains and puts the two agents into these new domains. The rest of the test bench is in the original domain. If you do not synchronise domains, then you can no longer guarantee which order things will happen in.

So, I have made a few changes to your code:

i) I have added a reference to the sequence in the agent:

You're pushing the unitialized variable $_ onto the array rather than $filelist, which is misleadingly named (it's just one file name).

You can use: