func (q *Query) Get(n int) (subByRef, subByRef) {
var dl []string
needed := make(subIndex)
// Parsing list byhash. Need one file
for _, bylang := range q.byhash { // For each movie
for _, list := range bylang { // For each lang
if len(list) > 1 {
warn("multiple ref for hash matched")
}
sort.Sort(byDownloads{list})
sub := list[0]
needed[sub.IDSubtitleFile] = sub
dl = append(dl, sub.IDSubtitleFile)
}
}
//~ printSubByRef("Matched by Hash", q.byhash)
// Parsing list byimdb to get multiple files.
for imdb, bylang := range q.byimdb { // For each movie
for _, list := range bylang { // For each lang
sort.Sort(byDownloads{list})
count := 0
log.Println(term.Magenta("Movie found"), " imdb:", imdb) //strconv.Itoa(imdb))
for _, sub := range list { // each sub
if n == -1 || count < n { // Unlimited or within limit: add to list.
needed[sub.IDSubtitleFile] = sub
dl = append(dl, sub.IDSubtitleFile)
log.Println(term.Green(sub.SubLanguageID), sub.SubAddDate[:10], term.Yellow(sub.SubDownloadsCnt), sub.UserNickName, term.Bracket(sub.UserRank))
//~ break
} else {
log.Println(term.Magenta(sub.SubLanguageID), sub.SubAddDate, sub.UserNickName, term.Bracket(sub.UserRank), term.Yellow(sub.SubDownloadsCnt))
}
count++
}
}
}
return q.download(dl, needed)
}
func printSubByRef(title string, byref subByRef) {
if len(byref) == 0 {
return
}
fmt.Println(term.Underscore + title + term.Reset)
for imdb, bylang := range byref {
fmt.Println(term.Red("Movie ref :"), imdb)
for lang, list := range bylang {
fmt.Println(" ", term.Yellow(lang))
for index, sub := range list {
fmt.Println(" ", term.FgGreen, index, term.Reset, sub.SubAddDate[:10], term.Yellow(sub.SubDownloadsCnt), sub.UserNickName, term.Bracket(sub.UserRank))
//~ fmt.Printf(" ", " ", "#%d : %# v\n", index,sub)
}
}
}
fmt.Println()
}