func (s *Segment) processAfterSegment(text string, result *list.List) {
// 匹配同义词
if s.options.SynonymOutput {
node := result.Front()
for node != nil {
pW := node.Value.(*dict.WordInfo)
synonyms := s.synonym.GetSynonyms(pW.Word)
if synonyms != nil {
for _, word := range synonyms {
node = result.InsertAfter(dict.NewWordInfo(word, pW.Position, pW.Pos, pW.Frequency, s.params.SymbolRank, dict.TSynonym, pW.WordType), node)
}
}
node = node.Next()
}
}
// 通配符匹配
if s.options.WildcardOutput {
// todo: >>>>>>>
}
}
func (s *Segment) preSegment(text string) *list.List {
result := s.getInitSegment(text)
runes := utils.ToRunes(text)
cur := result.Front()
for cur != nil {
if s.options.IgnoreSpace {
if cur.Value.(*dict.WordInfo).WordType == dict.TSpace {
lst := cur
cur = cur.Next()
result.Remove(lst)
continue
}
}
switch cur.Value.(*dict.WordInfo).WordType {
case dict.TSimplifiedChinese:
inputText := cur.Value.(*dict.WordInfo).Word
originalWordType := dict.TSimplifiedChinese
pls := s.wordDictionary.GetAllMatchs(inputText, s.options.ChineseNameIdentify)
chsMatch := match.NewChsFullTextMatch(s.wordDictionary)
chsMatch.SetOptionParams(s.options, s.params)
chsMatchWords := chsMatch.Match(pls, inputText)
curChsMatch := chsMatchWords.Front()
for curChsMatch != nil {
wi := curChsMatch.Value.(*dict.WordInfo)
wi.Position += cur.Value.(*dict.WordInfo).Position
wi.OriginalWordType = originalWordType
wi.WordType = originalWordType
curChsMatch = curChsMatch.Next()
}
rcur := utils.InsertAfterList(result, chsMatchWords, cur)
removeItem := cur
cur = rcur.Next()
result.Remove(removeItem)
case dict.TEnglish:
cur.Value.(*dict.WordInfo).Rank = s.params.EnglishRank
cur.Value.(*dict.WordInfo).Word = s.convertChineseCapicalToAsiic(cur.Value.(*dict.WordInfo).Word)
if s.options.IgnoreCapital {
cur.Value.(*dict.WordInfo).Word = strings.ToLower(cur.Value.(*dict.WordInfo).Word)
}
if s.options.EnglishSegment {
lower := strings.ToLower(cur.Value.(*dict.WordInfo).Word)
if lower != cur.Value.(*dict.WordInfo).Word {
result.InsertBefore(dict.NewWordInfo(lower, cur.Value.(*dict.WordInfo).Position, dict.POS_A_NX, 1, s.params.EnglishLowerRank, dict.TEnglish, dict.TEnglish), cur)
}
stem := s.getStem(lower)
if len(stem) > 0 {
if lower != stem {
result.InsertBefore(dict.NewWordInfo(stem, cur.Value.(*dict.WordInfo).Position, dict.POS_A_NX, 1, s.params.EnglishStemRank, dict.TEnglish, dict.TEnglish), cur)
}
}
}
if s.options.EnglishMultiDimensionality {
needSplit := false
for _, c := range cur.Value.(*dict.WordInfo).Word {
if (c >= '0' && c <= '9') || (c == '_') {
needSplit = true
break
}
}
if needSplit {
output := s.re.FindAllString(cur.Value.(*dict.WordInfo).Word, -1)
if len(output) > 1 {
position := cur.Value.(*dict.WordInfo).Position
for _, splitWord := range output {
if len(splitWord) == 0 {
continue
}
var wi *dict.WordInfo
r := utils.FirstRune(splitWord)
if r >= '0' && r <= '9' {
wi = dict.NewWordInfoSome(splitWord, dict.POS_A_M, 1)
wi.Position = position
wi.Rank = s.params.NumericRank
wi.OriginalWordType = dict.TEnglish
wi.WordType = dict.TNumeric
} else {
wi = dict.NewWordInfoSome(splitWord, dict.POS_A_NX, 1)
wi.Position = position
wi.Rank = s.params.EnglishRank
wi.OriginalWordType = dict.TEnglish
wi.WordType = dict.TEnglish
}
result.InsertBefore(wi, cur)
position += utils.RuneLen(splitWord)
}
}
}
}
var ok bool
if ok, cur = s.mergeEnglishSpecialWord(runes, result, cur); !ok {
cur = cur.Next()
}
case dict.TNumeric:
cur.Value.(*dict.WordInfo).Word = s.convertChineseCapicalToAsiic(cur.Value.(*dict.WordInfo).Word)
cur.Value.(*dict.WordInfo).Rank = s.params.NumericRank
var ok bool
if ok, cur = s.mergeEnglishSpecialWord(runes, result, cur); !ok {
cur = cur.Next()
}
case dict.TSymbol:
cur.Value.(*dict.WordInfo).Rank = s.params.SymbolRank
cur = cur.Next()
default:
cur = cur.Next()
}
}
return result
}