As I wrote, I did not know what the correct answer is. You say that UDP terminals are like gate terminals. Fine. I just want it to be written explicitly. > UDP connections work like gate terminals. They are scalar > nets. The > UDP instance can be declared with a drive strength, which will > be > driven onto the output, unmodified by any intervening > continuous > assignment. They cannot be connected by name (even though the > UDP > declaration appears to give them names like module ports). If > a > multi-bit expression is connected to an input, it will get > reduction-ORed > to a single bit that gets connected, like a gate terminal. > This is > unlike a connection to a scalar module port, where the value > will get > truncated. [Shalom] Here, tool behavior is not unanimous. See http://boyd.com/1364_btf/report/full_pr/521.html (http://www.eda.org/mantis/bug_view_advanced_page.php?bug_id=0001074) > > In every way I can think of that terminals are different from > ports, > UDP connections work like terminals. Are there any other > aspects that > you are concerned about that I missed? [Shalom] No, I just said I did not know. > > I wouldn't be surprised if the term "port" was used in the > description > of the UDP declaration itself. After all, they look a lot like > module > port declarations, so the term may have sneaked in. [Shalom] It is, and that concerns me. I would propose adding a sentence in 11.6.6 that UDP terminals are like gate terminals, add a similar sentence in 8.1.2 or 8.6, and see whether any of the references to UDP "ports" can be easily changed to "terminals". ShalomReceived on Tue Jan 31 05:37:22 2006
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