direction-determiner-T180

Digital IO signal direction for T180 pin configuration is determined by applying priority-based rules: user explicit instructions first, then dictionary lookups, and finally T180-specific mandatory signal examples and heuristics.

The priority order for assigning signal directions in T180 IO ring design strictly follows user-specified directions first, provided dictionaries second, and then mandatory examples or pattern matching heuristics.

Automate pin direction assignment for semiconductor signals like CKAZ and DA0 by applying pattern matching against T180 technology node conventions to classify signals as input or output.

Yes, user explicit instructions take the highest priority in T180 signal direction classification, overriding both dictionary lookups and mandatory examples during pin configuration.

Pattern matching applies T180 technology node conventions to classify digital IO signals, but it serves as the lowest priority fallback behind user instructions and dictionary lookups.

Heuristics for T180 signal direction assignment rely on naming patterns and mandatory examples, meaning non-standard signal names may require explicit user instructions or dictionary entries for accurate classification.