func GetArticlesByOntologyWithSentencesAndMeter(ontologyName string, ontologyValue string, meter string, syllabi *rhyme.Syllabi, maxArticles int, maxMillis int) (*[]*ArticleWithSentencesAndMeter, *[]*MatchedPhraseWithUrl) {
start := time.Now()
maxDurationNanoseconds := int64(maxMillis * 1e6)
// sapiResult := sapi.Search( sapi.SearchParams{ Author: author } )
articles := []*ArticleWithSentencesAndMeter{}
// if sapiResult != nil && *(sapiResult.Items) != nil && len(*(sapiResult.Items)) > 0 {
// for _,item := range (*(sapiResult.Items))[0:maxArticles] {
// if item != nil {
// aws := GetArticleWithSentencesAndMeter(item.Id, meter, syllabi)
// articles = append( articles, aws )
// }
// if time.Since(start).Nanoseconds() > maxDurationNanoseconds {
// break
// }
// }
// }
sRequest := &content.SearchRequest{
QueryType: ontologyName,
QueryText: ontologyValue,
MaxArticles: maxArticles,
MaxDurationMillis: maxMillis,
SearchOnly: true,
}
sapiResult := content.Search(sRequest)
if sapiResult != nil && *(sapiResult.Articles) != nil && len(*(sapiResult.Articles)) > 0 {
for i, item := range *(sapiResult.Articles) {
if i >= maxArticles {
break
}
if item != nil {
aws := GetArticleWithSentencesAndMeter(item.Uuid, meter, syllabi)
articles = append(articles, aws)
}
if time.Since(start).Nanoseconds() > maxDurationNanoseconds {
break
}
}
}
mpwus := []*MatchedPhraseWithUrl{}
for _, article := range articles {
for _, mp := range *(article.MatchedPhrases) {
mpwu := &MatchedPhraseWithUrl{
mp,
&article.SiteUrl,
}
mpwus = append(mpwus, mpwu)
}
}
return &articles, &mpwus
}
func Search(text string, source string) *ResultParams {
// sapiResults := sapi.Search( params )
var textForSearch string
if source != "title-only" {
source = "keyword"
textForSearch = `\"` + text + `\"`
} else {
textForSearch = text
}
sRequest := &content.SearchRequest{
QueryType: source,
QueryText: textForSearch,
MaxArticles: 100,
MaxDurationMillis: 3000,
SearchOnly: true, // i.e. don't bother looking up articles
}
// fmt.Println("align.Search: sRequest=", sRequest)
sapiResults := content.Search(sRequest)
// fmt.Println("align.Search: sapiResults=", sapiResults)
// fmt.Println("align.Search: sapiResults.Articles=", sapiResults.Articles)
var (
maxIndent int = 0
phrases []PhraseBits = []PhraseBits{}
)
for _, resultItem := range *(*sapiResults).Articles {
var phrase string
if source == "title-only" {
phrase = resultItem.Title
} else {
phrase = resultItem.Excerpt
}
splitPhrase := FullOnPartial(phrase, text)
// fmt.Println("align.Search: resultItem.Excerpt=", resultItem.Excerpt, ", text=", text, ", splitPhrase=", splitPhrase)
if splitPhrase.Indent >= 0 {
bits := &PhraseBits{
Before: splitPhrase.Before,
Common: splitPhrase.Common,
After: splitPhrase.After,
Excerpt: resultItem.Excerpt,
Title: resultItem.Title,
LocationUri: resultItem.SiteUrl,
}
phrases = append(phrases, *bits)
if maxIndent < splitPhrase.Indent {
maxIndent = splitPhrase.Indent
}
}
// because it looks better this way
sort.Sort(ByBeforeBit(phrases))
}
var (
titleOnlyChecked string = ""
anyChecked string = ""
)
if source == "title-only" {
titleOnlyChecked = "checked"
} else {
anyChecked = "checked"
}
p := &ResultParams{
Text: text,
Source: source,
MaxIndent: maxIndent,
Phrases: phrases,
FtcomUrl: sapiResults.SiteUrl,
FtcomSearchUrl: sapiResults.SiteSearchUrl,
TitleOnlyChecked: titleOnlyChecked,
AnyChecked: anyChecked,
}
return p
}
