func GetArticleWithSentencesAndMeter(uuid string, meter string, syllabi *rhyme.Syllabi) *ArticleWithSentencesAndMeter {
aws := getArticleWithSentences(uuid)
rams := FindRhymeAndMetersInSentences(aws.Sentences, meter, syllabi)
// sort.Sort(rhyme.RhymeAndMeters(*rams))
awsam := ArticleWithSentencesAndMeter{
aws,
meter,
rams,
syllabi.KnownUnknowns(),
}
return &awsam
}
func FindRhymeAndMetersInSentences(sentences *[]string, meter string, syllabi *rhyme.Syllabi) *[]*rhyme.RhymeAndMeter {
rams := []*rhyme.RhymeAndMeter{}
if meter == "" {
meter = rhyme.DefaultMeter
}
emphasisRegexp, emphasisRegexpSecondary := rhyme.ConvertToEmphasisPointsStringRegexp(meter)
for _, s := range *(sentences) {
syllabiRams := syllabi.RhymeAndMetersOfPhrase(s, emphasisRegexp, emphasisRegexpSecondary)
for _, ram := range *syllabiRams {
if ram.EmphasisRegexpMatch2 != "" {
rams = append(rams, ram)
}
}
}
return &rams
}
func GetDetails(syllabi *rhyme.Syllabi, ontologyName string, ontologyValue string, meter string, maxArticles int, maxMillis int) (*Details, bool) {
if maxArticles < 1 {
maxArticles = 1
} else if maxArticles > maxMaxArticles {
maxArticles = maxMaxArticles
}
articles, matchedPhrasesWithUrl := article.GetArticlesByOntologyWithSentencesAndMeter(ontologyName, ontologyValue, meter, syllabi, maxArticles, maxMillis)
finalSyllablesMap := &map[string][]*(article.MatchedPhraseWithUrl){}
badFinalSyllablesMap := &map[string][]*(article.MatchedPhraseWithUrl){}
secondaryMatchedPhrasesWithUrl := []*(article.MatchedPhraseWithUrl){}
badSecondaryMatchedPhrasesWithUrl := []*(article.MatchedPhraseWithUrl){}
secondaryMatchedPhrasesWithUrlByUrl := map[string]*[]*(article.MatchedPhraseWithUrl){}
for _, mpwu := range *matchedPhrasesWithUrl {
if mpwu.MatchesOnMeter.SecondaryMatch != nil {
// fwwiem := mpwu.MatchesOnMeter.SecondaryMatch.FinalWordWordInEachMatch
isBadEnd := false
for _, w := range *(mpwu.MatchesOnMeter.SecondaryMatch.FinalWordWordInEachMatch) {
if w.IsBadEnd {
isBadEnd = true
break
}
}
// isBadEnd := (*fwwiem)[len(*fwwiem)-1].IsBadEnd
if isBadEnd {
badSecondaryMatchedPhrasesWithUrl = append(badSecondaryMatchedPhrasesWithUrl, mpwu)
} else {
secondaryMatchedPhrasesWithUrl = append(secondaryMatchedPhrasesWithUrl, mpwu)
url := *mpwu.Url
if _, ok := secondaryMatchedPhrasesWithUrlByUrl[url]; !ok {
secondaryMatchedPhrasesWithUrlByUrl[url] = &[]*(article.MatchedPhraseWithUrl){}
}
listOfSMPWU := *(secondaryMatchedPhrasesWithUrlByUrl[url])
listOfSMPWU = append(listOfSMPWU, mpwu)
secondaryMatchedPhrasesWithUrlByUrl[url] = &listOfSMPWU
}
}
fsAZ := mpwu.MatchesOnMeter.FinalDuringSyllableAZ
isBadEnd := (mpwu.MatchesOnMeter.FinalDuringWordWord == nil) || mpwu.MatchesOnMeter.FinalDuringWordWord.IsBadEnd
fsMap := finalSyllablesMap
if isBadEnd {
fsMap = badFinalSyllablesMap
}
if _, ok := (*fsMap)[fsAZ]; !ok {
(*fsMap)[fsAZ] = []*(article.MatchedPhraseWithUrl){}
}
(*fsMap)[fsAZ] = append((*fsMap)[fsAZ], mpwu)
}
processFSMapIntoSortedMPWUs := func(fsMap *map[string][]*(article.MatchedPhraseWithUrl)) *[]*MatchedPhraseWithUrlWithFirst {
fsCounts := []*FSandCount{}
for fs, list := range *fsMap {
fsCounts = append(fsCounts, &FSandCount{fs, len(list)})
}
sort.Sort(FSandCounts(fsCounts))
sortedMpwus := []*MatchedPhraseWithUrlWithFirst{}
for _, fsc := range fsCounts {
fsList := (*fsMap)[fsc.FinalSyllable]
for i, mpwu := range fsList {
isFirst := (i == 0)
mpwuf := &MatchedPhraseWithUrlWithFirst{
mpwu,
isFirst,
}
sortedMpwus = append(sortedMpwus, mpwuf)
}
}
return &sortedMpwus
}
sortedMpwus := processFSMapIntoSortedMPWUs(finalSyllablesMap)
sortedBadMpwus := processFSMapIntoSortedMPWUs(badFinalSyllablesMap)
listOfArticleAndMPWUs := []*(ArticleAndMPWUs){}
if len(secondaryMatchedPhrasesWithUrlByUrl) > 0 {
for _, article := range *articles {
url := article.SiteUrl
if mpwus, ok := secondaryMatchedPhrasesWithUrlByUrl[url]; ok {
articleAndMPWUs := ArticleAndMPWUs{
Article: article,
MPWUs: mpwus,
}
listOfArticleAndMPWUs = append(listOfArticleAndMPWUs, &articleAndMPWUs)
}
}
}
details := Details{
OntologyName: ontologyName,
OntologyValue: ontologyValue,
Meter: meter,
Articles: articles,
MatchedPhrasesWithUrl: sortedMpwus,
BadMatchedPhrasesWithUrl: sortedBadMpwus,
KnownUnknowns: syllabi.KnownUnknowns(),
MaxArticles: maxArticles,
NumArticles: len(*articles),
SecondaryMatchedPhrasesWithUrl: &secondaryMatchedPhrasesWithUrl,
BadSecondaryMatchedPhrasesWithUrl: &badSecondaryMatchedPhrasesWithUrl,
MaxMillis: maxMillis,
SecondaryMatchedPhrasesWithUrlArticlesAndMPWUs: &listOfArticleAndMPWUs,
}
containsHaikus := (len(secondaryMatchedPhrasesWithUrl) > 0)
return &details, containsHaikus
}