func FetchByRelevanceAndDistance(s *solr.Solr, keywords string, lat float64, long float64, labels []string, startIndex int, limit int, maxDistance int) (result *solr.Result, err error) {
var filterQuery string
if len(labels) > 0 {
filterQuery = "labels: (" + strings.Join(labels, " AND ") + ")"
}
query := solr.NewQuery(solr.AddFuzzyLogic(keywords), startIndex, limit)
query.DefType(`edismax`)
query.FilterQuery(filterQuery)
query.QueryFields(`keywords^0.2 skills^0.7`)
query.FilterQuery(`accounttype:FREE`)
query.SpacialParam(lat, long, `location`, maxDistance)
query.Sort(`score desc`)
query.BoostFunction(solr.Recip(`geodist()`, 1, 1, 1, 4))
query.AddHighlighter(`skills`, 2)
result, err = s.Search(query)
for _, val := range result.Highlights {
fmt.Println(val.Id)
if terms, ok := val.HighlightTerms[`skills`].([]interface{}); ok {
for _, v := range terms {
fmt.Println(v)
}
}
}
return
}
func FetchSampleRecordsByRelevance(s *solr.Solr, keywords string, startIndex int, limit int) (result *solr.Result, err error) {
query := solr.NewQuery(solr.AddFuzzyLogic(keywords), startIndex, limit)
query.DefType(`edismax`)
query.QueryFields(`keywords^0.2 skills^0.7`)
query.FilterQuery(`accounttype:EXAMPLE`)
query.Sort(`score desc`)
query.SpellcheckQuery(keywords)
result, err = s.Search(query)
return
}