> One could, however, construct an explicit internal "forever @(...)" > loop *within* a sequential process. Consider the following: > initial begin > // do some preamble > forever @(a,b,c) begin ... end // I want this to be combinational > end > If such code was written explicitly by the user, Erik's approach would lose the "combinational glitch suppression" behavior > while my approach would not. So, if I'm reading right, you're saying that someone might want this glitch suppression not at the true process granularity, but at the level of an internal subprocess. You're right, this would be hard to do. Can you describe in more detail how this example would be handled with your alternative method? Isn't it inherently impossible for the compiler to know which granularity you really want the glitch-freedom to apply at, unless we provide a mechanism for an explicit user hint? -- This message has been scanned for viruses and dangerous content by MailScanner, and is believed to be clean.Received on Fri Oct 12 07:31:13 2007
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