// 查看是否有子notebook
// 先查看该notebookId下是否有notes, 没有则删除
func (this *NotebookService) DeleteNotebook(userId, notebookId string) (bool, string) {
if db.Count(db.Notebooks, bson.M{"ParentNotebookId": bson.ObjectIdHex(notebookId),
"UserId": bson.ObjectIdHex(userId)}) == 0 { // 无
if db.Count(db.Notes, bson.M{"NotebookId": bson.ObjectIdHex(notebookId),
"UserId": bson.ObjectIdHex(userId),
"IsTrash": false}) == 0 { // 不包含trash
return db.DeleteByIdAndUserId(db.Notebooks, notebookId, userId), ""
}
return false, "笔记本下有笔记"
} else {
return false, "笔记本下有子笔记本"
}
}
// 重新统计笔记本下的笔记数目
// noteSevice: AddNote, CopyNote, CopySharedNote, MoveNote
// trashService: DeleteNote (recove不用, 都统一在MoveNote里了)
func (this *NotebookService) ReCountNotebookNumberNotes(notebookId string) bool {
notebookIdO := bson.ObjectIdHex(notebookId)
count := db.Count(db.Notes, bson.M{"NotebookId": notebookIdO, "IsTrash": false})
Log(count)
Log(notebookId)
return db.UpdateByQField(db.Notebooks, bson.M{"_id": notebookIdO}, "NumberNotes", count)
}
// list images
// if albumId == "" get default album images
func (this *FileService) ListImagesWithPage(userId, albumId, key string, pageNumber, pageSize int) info.Page {
skipNum, sortFieldR := parsePageAndSort(pageNumber, pageSize, "CreatedTime", false)
files := []info.File{}
q := bson.M{"UserId": bson.ObjectIdHex(userId), "Type": ""} // life
if albumId != "" {
q["AlbumId"] = bson.ObjectIdHex(albumId)
} else {
q["IsDefaultAlbum"] = true
}
if key != "" {
q["Title"] = bson.M{"$regex": bson.RegEx{".*?" + key + ".*", "i"}}
}
// LogJ(q)
count := db.Count(db.Files, q)
db.Files.
Find(q).
Sort(sortFieldR).
Skip(skipNum).
Limit(pageSize).
All(&files)
return info.Page{Count: count, List: files}
}
// 查看是否有子notebook
// 先查看该notebookId下是否有notes, 没有则删除
func (this *NotebookService) DeleteNotebook(userId, notebookId string) (bool, string) {
if db.Count(db.Notebooks, bson.M{"ParentNotebookId": bson.ObjectIdHex(notebookId),
"UserId": bson.ObjectIdHex(userId)}) == 0 { // 无
if db.Count(db.Notes, bson.M{"NotebookId": bson.ObjectIdHex(notebookId),
"UserId": bson.ObjectIdHex(userId),
"IsTrash": false}) == 0 { // 不包含trash
// 不是真删除 1/20, 为了同步笔记本
ok := db.UpdateByQMap(db.Notebooks, bson.M{"_id": bson.ObjectIdHex(notebookId)}, bson.M{"IsDeleted": true, "Usn": userService.IncrUsn(userId)})
return ok, ""
// return db.DeleteByIdAndUserId(db.Notebooks, notebookId, userId), ""
}
return false, "笔记本下有笔记"
} else {
return false, "笔记本下有子笔记本"
}
}
func (this *NoteService) CountBlog(userId string) int {
q := bson.M{"IsBlog": true, "IsTrash": false, "IsDeleted": false}
if userId != "" {
q["UserId"] = bson.ObjectIdHex(userId)
}
return db.Count(db.Notes, q)
}
//------------
// 统计
func (this *NoteService) CountNote(userId string) int {
q := bson.M{"IsTrash": false}
if userId != "" {
q["UserId"] = bson.ObjectIdHex(userId)
}
return db.Count(db.Notes, q)
}
// delete album
// presupposition: has no images under this ablum
func (this *AlbumService) DeleteAlbum(userId, albumId string) (bool, string) {
if db.Count(db.Files, bson.M{"AlbumId": bson.ObjectIdHex(albumId),
"UserId": bson.ObjectIdHex(userId),
}) == 0 {
return db.DeleteByIdAndUserId(db.Albums, albumId, userId), ""
}
return false, "has images"
}
// 通过标签来查询
func (this *NoteService) CountNoteByTag(userId string, tag string) int {
if tag == "" {
return 0
}
query := bson.M{"UserId": bson.ObjectIdHex(userId),
// "IsTrash": false,
"IsDeleted": false,
"Tags": bson.M{"$in": []string{tag}}}
return db.Count(db.Notes, query)
}
// 更新笔记的附件个数
// addNum 1或-1
func (this *AttachService) updateNoteAttachNum(noteId bson.ObjectId, addNum int) bool {
num := db.Count(db.Attachs, bson.M{"NoteId": noteId})
/*
note := info.Note{}
note = noteService.GetNoteById(noteId.Hex())
note.AttachNum += addNum
if note.AttachNum < 0 {
note.AttachNum = 0
}
Log(note.AttachNum)
*/
return db.UpdateByQField(db.Notes, bson.M{"_id": noteId}, "AttachNum", num)
}
// 是否存在该用户 username
func (this *UserService) IsExistsUserByUsername(username string) bool {
return db.Count(db.Users, bson.M{"Username": username}) >= 1
}
// 统计
func (this *UserService) CountUser() int {
return db.Count(db.Users, bson.M{})
}