package model import ( "github.com/ewhal/nyaa/config" "github.com/ewhal/nyaa/util" "fmt" "html/template" "strconv" "strings" "time" ) type Feed struct { ID int Name string Hash string Magnet string Timestamp string } type Torrent struct { ID uint `gorm:"column:torrent_id;primary_key"` Name string `gorm:"column:torrent_name"` Hash string `gorm:"column:torrent_hash"` Category int `gorm:"column:category"` SubCategory int `gorm:"column:sub_category"` Status int `gorm:"column:status"` Date time.Time `gorm:"column:date"` UploaderID uint `gorm:"column:uploader"` Downloads int `gorm:"column:downloads"` Stardom int `gorm:"column:stardom"` Filesize int64 `gorm:"column:filesize"` Description string `gorm:"column:description"` WebsiteLink string `gorm:"column:website_link"` DeletedAt *time.Time Uploader *User `gorm:"ForeignKey:UploaderId"` OldUploader string `gorm:"-"` // ??????? OldComments []OldComment `gorm:"ForeignKey:torrent_id"` Comments []Comment `gorm:"ForeignKey:torrent_id"` } // Returns the total size of memory recursively allocated for this struct // FIXME: doesn't go have sizeof or something nicer for this? func (t Torrent) Size() (s int) { s += 8 + // ints 2*3 + // time.Time 2 + // pointers 4*2 + // string pointers // string array sizes len(t.Name) + len(t.Hash) + len(t.Description) + len(t.WebsiteLink) + 2*2 // array pointers s *= 8 // Assume 64 bit OS if t.Uploader != nil { s += t.Uploader.Size() } for _, c := range t.OldComments { s += c.Size() } for _, c := range t.Comments { s += c.Size() } return } // TODO Add field to specify kind of reports // TODO Add CreatedAt field // INFO User can be null (anonymous reports) // FIXME can't preload field Torrents for model.TorrentReport type TorrentReport struct { ID uint `gorm:"column:torrent_report_id;primary_key"` Description string `gorm:"column:type"` TorrentID uint UserID uint Torrent Torrent `gorm:"AssociationForeignKey:TorrentID;ForeignKey:ID"` User User `gorm:"AssociationForeignKey:UserID;ForeignKey:ID"` } /* We need a JSON object instead of a Gorm structure because magnet URLs are not in the database and have to be generated dynamically */ type ApiResultJSON struct { Torrents []TorrentJSON `json:"torrents"` QueryRecordCount int `json:"queryRecordCount"` TotalRecordCount int `json:"totalRecordCount"` } type CommentJSON struct { Username string `json:"username"` Content template.HTML `json:"content"` Date time.Time `json:"date"` } type TorrentJSON struct { ID string `json:"id"` Name string `json:"name"` Status int `json:"status"` Hash string `json:"hash"` Date string `json:"date"` Filesize string `json:"filesize"` Description template.HTML `json:"description"` Comments []CommentJSON `json:"comments"` SubCategory string `json:"sub_category"` Category string `json:"category"` Downloads int `json:"downloads"` UploaderID uint `json:"uploader_id"` UploaderName template.HTML `json:"uploader_name"` OldUploader template.HTML `json:"uploader_old"` WebsiteLink template.URL `json:"website_link"` Magnet template.URL `json:"magnet"` TorrentLink template.URL `json:"torrent"` } type TorrentReportJson struct { ID uint `json:"id"` Description string `json:"description"` Torrent TorrentJSON `json:"torrent"` User string } /* Model Conversion to Json */ func (report *TorrentReport) ToJson() TorrentReportJson { json := TorrentReportJson{report.ID, report.Description, report.Torrent.ToJSON(), report.User.Username} return json } // ToJSON converts a model.Torrent to its equivalent JSON structure func (t *Torrent) ToJSON() TorrentJSON { magnet := util.InfoHashToMagnet(strings.TrimSpace(t.Hash), t.Name, config.Trackers...) commentsJSON := make([]CommentJSON, 0, len(t.OldComments)+len(t.Comments)) for _, c := range t.OldComments { commentsJSON = append(commentsJSON, CommentJSON{Username: c.Username, Content: template.HTML(c.Content), Date: c.Date}) } for _, c := range t.Comments { commentsJSON = append(commentsJSON, CommentJSON{Username: c.User.Username, Content: util.MarkdownToHTML(c.Content), Date: c.CreatedAt}) } uploader := "" if t.Uploader != nil { uploader = t.Uploader.Username } torrentlink := "" if t.ID <= config.LastOldTorrentID && len(config.TorrentCacheLink) > 0 { torrentlink = fmt.Sprintf(config.TorrentCacheLink, t.Hash) } else if t.ID > config.LastOldTorrentID && len(config.TorrentStorageLink) > 0 { torrentlink = fmt.Sprintf(config.TorrentStorageLink, t.Hash) // TODO: Fix as part of configuration changes } res := TorrentJSON{ ID: strconv.FormatUint(uint64(t.ID), 10), Name: t.Name, Status: t.Status, Hash: t.Hash, Date: t.Date.Format(time.RFC3339), Filesize: util.FormatFilesize2(t.Filesize), Description: util.MarkdownToHTML(t.Description), Comments: commentsJSON, SubCategory: strconv.Itoa(t.SubCategory), Category: strconv.Itoa(t.Category), Downloads: t.Downloads, UploaderID: t.UploaderID, UploaderName: util.SafeText(uploader), OldUploader: util.SafeText(t.OldUploader), WebsiteLink: util.Safe(t.WebsiteLink), Magnet: util.Safe(magnet), TorrentLink: util.Safe(torrentlink)} return res } /* Complete the functions when necessary... */ // Map Torrents to TorrentsToJSON without reallocations func TorrentsToJSON(t []Torrent) []TorrentJSON { // TODO: Convert to singular version json := make([]TorrentJSON, len(t)) for i := range t { json[i] = t[i].ToJSON() } return json } func TorrentReportsToJSON(reports []TorrentReport) []TorrentReportJson { json := make([]TorrentReportJson, len(reports)) for i := range reports { json[i] = reports[i].ToJson() } return json }