func (q *BasicQuery) SearchResults(curRes map[string]indexer.Document) (map[string]indexer.Document, error) {
notop := false
if (q.term.mod == OpUnaryNot) || (q.term.mod == OpUnaryPro) {
notop = true
}
// TODO: add field == ""
searchTerm := fmt.Sprintf("%s:%s", q.field, q.term.term)
i := indexer.GetIndex()
res, err := i.SearchResults(searchTerm, notop, curRes)
return res, err
}
func (q *BasicQuery) SearchIndex(idxName string) (map[string]indexer.Document, error) {
notop := false
if (q.term.mod == OpUnaryNot) || (q.term.mod == OpUnaryPro) {
notop = true
}
i := indexer.GetIndex()
if q.field == "" {
res, err := i.SearchText(idxName, string(q.term.term), notop)
return res, err
}
searchTerm := fmt.Sprintf("%s:%s", q.field, q.term.term)
res, err := i.Search(idxName, searchTerm, notop)
return res, err
}
func (q *GroupedQuery) SearchResults(curRes map[string]indexer.Document) (map[string]indexer.Document, error) {
tmpRes := make([]groupQueryHolder, len(q.terms))
for i, v := range q.terms {
tmpRes[i].op = v.mod
notop := false
if v.mod == OpUnaryNot || v.mod == OpUnaryPro {
notop = true
}
searchTerm := fmt.Sprintf("%s:%s", q.field, v.term)
ix := indexer.GetIndex()
r, err := ix.SearchResults(searchTerm, notop, curRes)
if err != nil {
return nil, err
}
tmpRes[i].res = r
}
res, err := mergeResults(tmpRes)
return res, err
}
func (q *RangeQuery) SearchResults(curRes map[string]indexer.Document) (map[string]indexer.Document, error) {
i := indexer.GetIndex()
res, err := i.SearchResultsRange(string(q.field), string(q.start), string(q.end), q.inclusive, curRes)
return res, err
}
func (q *RangeQuery) SearchIndex(idxName string) (map[string]indexer.Document, error) {
i := indexer.GetIndex()
res, err := i.SearchRange(idxName, string(q.field), string(q.start), string(q.end), q.inclusive)
return res, err
}