func getTransitionTableData(itemsets *items.ItemSets) []transitionTableRowData {
data := make([]transitionTableRowData, itemsets.Size())
for setNo, set := range itemsets.List() {
if set.SymbolClasses.MatchAny {
data[setNo].MatchAny = true
data[setNo].MatchAnyState = set.DotTransition
} else {
data[setNo].MatchAnyState = -1
}
data[setNo].SymRange = make([]transitionTableSymRangeData, set.SymbolClasses.Size())
for rngNo, rng := range set.SymbolClasses.List() {
data[setNo].SymRange[rngNo].Range = rng.String()
data[setNo].SymRange[rngNo].Test = rangeTest(rng)
data[setNo].SymRange[rngNo].State = set.Transitions[rngNo]
}
data[setNo].Imports = make([]importTransitionData, len(set.Symbols.ImportIdList))
for impI, imprt := range set.Symbols.ImportIdList {
if nextSet := set.ImportTransitions[impI]; nextSet != -1 {
data[setNo].Imports[impI].Import = imprt
data[setNo].Imports[impI].ExtFunc = set.Symbols.ExternalFunction(imprt)
data[setNo].Imports[impI].State = nextSet
}
}
}
return data
}
func getActTab(pkg string, itemsets *items.ItemSets, tokMap *token.TokenMap) *actTab {
actab := &actTab{
TokenImport: path.Join(pkg, "token"),
Actions: make([]action, itemsets.Size()),
}
for sno, set := range itemsets.List() {
if act := set.Action(); act != nil {
switch act1 := act.(type) {
case items.Accept:
actab.Actions[sno].Accept = tokMap.IdMap[string(act1)]
actab.Actions[sno].Ignore = ""
case items.Ignore:
actab.Actions[sno].Accept = -1
actab.Actions[sno].Ignore = string(act1)
}
}
}
return actab
}