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@ -1,5 +1,7 @@
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package models
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import "sort"
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// List represents a list of tasks
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type List struct {
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ID int64 `xorm:"int(11) autoincr not null unique pk" json:"id" param:"list"`
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@ -26,32 +28,11 @@ func GetListsByNamespaceID(nID int64) (lists []*List, err error) {
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// ReadAll gets all lists a user has access to
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func (l *List) ReadAll(u *User) (interface{}, error) {
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lists := []*List{}
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fullUser, err := GetUserByID(u.ID)
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lists, err := getRawListsForUser(u)
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if err != nil {
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return lists, err
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return nil, err
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}
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// Gets all Lists where the user is either owner or in a team which has access to the list
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// Or in a team which has namespace read access
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err = x.Select("l.*").
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Table("list").
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Alias("l").
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Join("INNER", []string{"namespaces", "n"}, "l.namespace_id = n.id").
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Join("LEFT", []string{"team_namespaces", "tn"}, "tn.namespace_id = n.id").
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Join("LEFT", []string{"team_members", "tm"}, "tm.team_id = tn.team_id").
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Join("LEFT", []string{"team_list", "tl"}, "l.id = tl.list_id").
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Join("LEFT", []string{"team_members", "tm2"}, "tm2.team_id = tl.team_id").
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Join("LEFT", []string{"users_list", "ul"}, "ul.list_id = l.id").
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Join("LEFT", []string{"users_namespace", "un"}, "un.namespace_id = l.namespace_id").
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Where("tm.user_id = ?", fullUser.ID).
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Or("tm2.user_id = ?", fullUser.ID).
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Or("l.owner_id = ?", fullUser.ID).
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Or("ul.user_id = ?", fullUser.ID).
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Or("un.user_id = ?", fullUser.ID).
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GroupBy("l.id").
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Find(&lists)
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// Add more list details
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AddListDetails(lists)
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@ -98,6 +79,36 @@ func (l *List) GetSimpleByID() (err error) {
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return
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}
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// Gets the lists only, without any tasks or so
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func getRawListsForUser(u *User) (lists []*List, err error) {
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fullUser, err := GetUserByID(u.ID)
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if err != nil {
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return lists, err
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}
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// Gets all Lists where the user is either owner or in a team which has access to the list
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// Or in a team which has namespace read access
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err = x.Select("l.*").
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Table("list").
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Alias("l").
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Join("INNER", []string{"namespaces", "n"}, "l.namespace_id = n.id").
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Join("LEFT", []string{"team_namespaces", "tn"}, "tn.namespace_id = n.id").
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Join("LEFT", []string{"team_members", "tm"}, "tm.team_id = tn.team_id").
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Join("LEFT", []string{"team_list", "tl"}, "l.id = tl.list_id").
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Join("LEFT", []string{"team_members", "tm2"}, "tm2.team_id = tl.team_id").
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Join("LEFT", []string{"users_list", "ul"}, "ul.list_id = l.id").
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Join("LEFT", []string{"users_namespace", "un"}, "un.namespace_id = l.namespace_id").
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Where("tm.user_id = ?", fullUser.ID).
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Or("tm2.user_id = ?", fullUser.ID).
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Or("l.owner_id = ?", fullUser.ID).
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Or("ul.user_id = ?", fullUser.ID).
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Or("un.user_id = ?", fullUser.ID).
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GroupBy("l.id").
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Find(&lists)
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return lists, err
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}
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// AddListDetails adds owner user objects and list tasks to all lists in the slice
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func AddListDetails(lists []*List) (err error) {
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var listIDs []int64
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@ -141,3 +152,38 @@ func AddListDetails(lists []*List) (err error) {
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return
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}
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// ListTasksDummy is a dummy we use to be able to use the crud handler
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type ListTasksDummy struct {
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CRUDable
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Rights
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}
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// ReadAll gets all tasks for a user
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func (lt *ListTasksDummy) ReadAll(u *User) (interface{}, error) {
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// Get all lists
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lists, err := getRawListsForUser(u)
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if err != nil {
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return nil, err
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}
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// Get all list IDs and get the tasks
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var listIDs []int64
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for _, l := range lists {
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listIDs = append(listIDs, l.ID)
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}
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// Then return all tasks for that lists
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var tasks []*ListTask
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if err := x.In("list_id", listIDs).Find(&tasks); err != nil {
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return nil, err
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}
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// Sort it by due date
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sort.Slice(tasks, func(i, j int) bool {
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return tasks[i].DueDateUnix > tasks[j].DueDateUnix
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})
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return tasks, err
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}
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