Added sorting of the output lines for items which match both name and
contents (previously wasn't done), and also added sorting for items with non-matching names which have only one item in the group for each circuit (so they must be matching in some sense). This makes the output a bit more readable without re-enabling the compute-intensive sorting method for non-matching entries.
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@ -1367,8 +1367,8 @@ void SortUnmatchedLists(nlists1, nlists2, n1max, n2max)
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nlists2[n1] = temp;
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HashPtrInstall(nlists2[n1]->name, (void *)((long)n1 + 1), &n2hash);
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HashPtrInstall(nlists2[n2]->name, (void *)((long)n2 + 1), &n2hash);
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SortFanoutLists(nlists1[n1], nlists2[n1]);
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}
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SortFanoutLists(nlists1[n1], nlists2[n1]);
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}
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}
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@ -1423,8 +1423,13 @@ void SortUnmatchedLists(nlists1, nlists2, n1max, n2max)
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nlists1[n2] = temp;
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HashPtrInstall(nlists1[n1]->name, (void *)((long)n1 + 1), &n1hash);
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HashPtrInstall(nlists1[n2]->name, (void *)((long)n2 + 1), &n1hash);
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SortFanoutLists(nlists2[n2], nlists1[n2]);
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}
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SortFanoutLists(nlists2[n2], nlists1[n2]);
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}
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else if ((n1max == 1) && (n2max == 1)) {
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/* Names didn't match but there's only one entry on each side, */
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/* so do a sort anyway. */
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SortFanoutLists(nlists2[n2], nlists1[n2]);
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}
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}
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/* For all nets that didn't match by name, match by content */
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