EditTimeEntryViewModel (TimeEntryData data, List<TagData> tagList)
{
this.data = data;
// Save previous state.
initialState = new TimeEntryData (data);
initialTagList = new List<TagData> (tagList);
durationTimer = new Timer ();
durationTimer.Elapsed += DurationTimerCallback;
TagList = tagList;
IsManual = data.Id == Guid.Empty;
if (IsManual) {
data.StartTime = Time.UtcNow.AddMinutes (-5);
data.StopTime = Time.UtcNow;
data.State = TimeEntryState.Finished;
initialTagList = new List<TagData> ();
}
UpdateView ();
UpdateRelationships (data.ProjectId);
ServiceContainer.Resolve<ITracker> ().CurrentScreen = "Edit Time Entry";
}
public void Dispose ()
{
timeEntryDataList.Clear ();
timeEntryData = new TimeEntryData ();
projectData = new ProjectData ();
clientData = new ClientData ();
taskData = new TaskData ();
}
public TimeEntryHolder (IEnumerable<TimeEntryData> timeEntryGroup)
{
if (timeEntryGroup == null || !timeEntryGroup.Any ()) {
throw new ArgumentException ("Must be specified", "timeEntryGroup");
}
timeEntryDataList.AddRange (timeEntryGroup);
timeEntryData = new TimeEntryData (timeEntryGroup.Last ());
projectData = new ProjectData ();
clientData = new ClientData ();
taskData = new TaskData ();
}
public TimeEntryGroup (TimeEntryData data, ITimeEntryHolder previous = null)
{
var previous2 = previous as TimeEntryGroup;
if (previous2 != null) {
Group = previous2.Group.ReplaceOrAppend (data, x => x.Id == data.Id)
.OrderByDescending (x => x.StartTime).ToList ();
// Recycle entry info if possible
Info = previous2.Data.Id == Data.Id ? previous2.Info : null;
} else {
Group = new List<TimeEntryData> { data };
}
}
public TimeEntryData (TimeEntryData other) : base (other)
{
State = other.State;
Description = other.Description;
StartTime = other.StartTime;
StopTime = other.StopTime;
DurationOnly = other.DurationOnly;
IsBillable = other.IsBillable;
UserId = other.UserId;
WorkspaceId = other.WorkspaceId;
ProjectId = other.ProjectId;
TaskId = other.TaskId;
}
private async Task<ListEntryData> ConvertToListEntryData (TimeEntryData entry)
{
var project = await FetchProjectData (entry.ProjectId ?? Guid.Empty);
var entryData = new ListEntryData();
entryData.Id = entry.Id;
entryData.Description = entry.Description;
entryData.Duration = GetDuration (entry.StartTime, entry.StopTime ?? DateTime.Now);
entryData.Project = project.Name;
entryData.HasProject = !String.IsNullOrEmpty (project.Name);
entryData.ProjectColor = project.Color;
entryData.State = entry.State;
return entryData;
}
public static async Task<EditTimeEntryViewModel> Init (Guid timeEntryId)
{
TimeEntryData data;
List<TagData> tagList;
if (timeEntryId == Guid.Empty) {
data = TimeEntryModel.GetDraft ();
tagList = await GetDefaultTagList (data.WorkspaceId);
} else {
data = await TimeEntryModel.GetTimeEntryDataAsync (timeEntryId);
tagList = await ServiceContainer.Resolve<IDataStore> ().GetTimeEntryTags (timeEntryId);;
}
return new EditTimeEntryViewModel (data, tagList);
}
private static async Task<ProjectData> UpdateProject (TimeEntryData newTimeEntry, ProjectData oldProjectData)
{
if (!newTimeEntry.ProjectId.HasValue) {
return new ProjectData ();
}
if (oldProjectData.Id == Guid.Empty && newTimeEntry.ProjectId.HasValue) {
return await GetProjectDataAsync (newTimeEntry.ProjectId.Value);
}
if (newTimeEntry.ProjectId.Value != oldProjectData.Id) {
return await GetProjectDataAsync (newTimeEntry.ProjectId.Value);
}
return oldProjectData;
}
public ITimeEntryHolder UpdateOrDelete (TimeEntryData data, out bool isAffectedByDelete)
{
isAffectedByDelete = Group.Any (x => x.Id == data.Id);
if (isAffectedByDelete) {
if (Group.Count == 1) {
return null; // Delete
} else {
var updated = new TimeEntryGroup ();
updated.Group = Group.Where (x => x.Id != data.Id).ToList ();
updated.Info = updated.Data.Id == Data.Id ? Info : null; // Recycle entry info if possible
return updated;
}
} else {
return null;
}
}
public static async Task<TimeEntryInfo> LoadAsync (TimeEntryData timeEntryData)
{
var info = new TimeEntryInfo ();
info.ProjectData = timeEntryData.ProjectId.HasValue
? await GetProjectDataAsync (timeEntryData.ProjectId.Value)
: new ProjectData ();
info.ClientData = info.ProjectData.ClientId.HasValue
? await GetClientDataAsync (info.ProjectData.ClientId.Value)
: new ClientData ();
info.TaskData = timeEntryData.TaskId.HasValue
? await GetTaskDataAsync (timeEntryData.TaskId.Value)
: new TaskData ();
info.Description = timeEntryData.Description;
info.Color = (info.ProjectData.Id != Guid.Empty) ? info.ProjectData.Color : -1;
info.IsBillable = timeEntryData.IsBillable;
info.NumberOfTags = await GetNumberOfTagsAsync (timeEntryData.Id);
return info;
}
private static long EncodeDuration (TimeEntryData data)
{
var now = Time.UtcNow;
// Calculate time entry duration
TimeSpan duration;
if (data.StartTime == DateTime.MinValue) {
duration = TimeSpan.Zero;
} else {
duration = (data.StopTime ?? now) - data.StartTime;
if (duration < TimeSpan.Zero) {
duration = TimeSpan.Zero;
}
}
// Encode the duration
var encoded = (long)duration.TotalSeconds;
if (data.State == TimeEntryState.Running) {
encoded = (long) (encoded - now.ToUnix ().TotalSeconds);
}
return encoded;
}
private static void DecodeDuration (TimeEntryData data, TimeEntryJson json)
{
var now = Time.UtcNow.Truncate (TimeSpan.TicksPerSecond);
// Decode duration:
TimeSpan duration;
if (json.Duration < 0) {
data.State = TimeEntryState.Running;
duration = now.ToUnix () + TimeSpan.FromSeconds (json.Duration);
} else {
data.State = TimeEntryState.Finished;
duration = TimeSpan.FromSeconds (json.Duration);
}
// Set start and stop times based on the duration:
if (data.State == TimeEntryState.Finished) {
data.StartTime = json.StartTime.ToUtc ();
data.StopTime = json.StartTime.ToUtc () + duration;
} else {
data.StartTime = now - duration;
data.StopTime = null;
}
}
public TimeEntryJson Export (IDataStoreContext ctx, TimeEntryData data)
{
var userId = GetRemoteId<UserData> (ctx, data.UserId);
var workspaceId = GetRemoteId<WorkspaceData> (ctx, data.WorkspaceId);
var projectId = GetRemoteId<ProjectData> (ctx, data.ProjectId);
var taskId = GetRemoteId<TaskData> (ctx, data.TaskId);
var tags = GetTimeEntryTags (ctx, data.Id);
return new TimeEntryJson () {
Id = data.RemoteId,
ModifiedAt = data.ModifiedAt.ToUtc (),
Description = data.Description,
IsBillable = data.IsBillable,
StartTime = data.StartTime.ToUtc (),
StopTime = data.StopTime.ToUtc (),
DurationOnly = data.DurationOnly,
Duration = EncodeDuration (data),
Tags = tags,
UserId = userId,
WorkspaceId = workspaceId,
ProjectId = projectId,
TaskId = taskId,
};
}
private static void ResetTags (IDataStoreContext ctx, TimeEntryData timeEntryData, TimeEntryJson json)
{
// Don't touch the tags when the field is null
if (json.Tags == null) {
return;
}
var con = ctx.Connection;
// Resolve tags to IDs:
var tagIds = new List<Guid> ();
foreach (var tagName in json.Tags) {
// Prevent importing empty (invalid) tags:
if (String.IsNullOrWhiteSpace (tagName)) {
continue;
}
var id = ctx.GetTagIdFromName (timeEntryData.WorkspaceId, tagName);
if (id == Guid.Empty) {
// Need to create a new tag:
var tagData = new TagData () {
Name = tagName,
WorkspaceId = timeEntryData.WorkspaceId,
};
con.Insert (tagData);
id = timeEntryData.Id;
}
tagIds.Add (id);
}
// Iterate over TimeEntryTags and determine which to keep and which to discard:
var inters = con.Table<TimeEntryTagData> ().Where (m => m.TimeEntryId == timeEntryData.Id);
var toDelete = new List<TimeEntryTagData> ();
foreach (var inter in inters) {
if (tagIds.Contains (inter.TagId)) {
tagIds.Remove (inter.TagId);
} else {
toDelete.Add (inter);
}
}
// Delete unused tags intermediate rows:
foreach (var inter in toDelete) {
ctx.Delete (inter);
}
// Create new intermediate rows:
foreach (var tagId in tagIds) {
ctx.Put (new TimeEntryTagData () {
TagId = tagId,
TimeEntryId = timeEntryData.Id,
});
}
}
private static void ImportJson (IDataStoreContext ctx, TimeEntryData data, TimeEntryJson json)
{
var userId = GetUserLocalId (ctx, json.UserId);
var workspaceId = GetLocalId<WorkspaceData> (ctx, json.WorkspaceId);
var projectId = GetLocalId<ProjectData> (ctx, json.ProjectId);
var taskId = GetLocalId<TaskData> (ctx, json.TaskId);
data.Description = json.Description;
data.IsBillable = json.IsBillable;
data.DurationOnly = json.DurationOnly;
data.UserId = userId;
data.WorkspaceId = workspaceId;
data.ProjectId = projectId;
data.TaskId = taskId;
DecodeDuration (data, json);
ImportCommonJson (data, json);
}
private void UpdateView (TimeEntryData data)
{
ServiceContainer.Resolve<IPlatformUtils> ().DispatchOnUIThread (async () => {
if (data.State == TimeEntryState.Running) {
Description = string.IsNullOrEmpty (data.Description) ? string.Empty : data.Description;
if (data.ProjectId != null) {
try {
var prj = await TimeEntryModel.GetProjectDataAsync (data.ProjectId.Value);
ProjectName = prj.Name;
} catch (Exception ex) {
var logger = ServiceContainer.Resolve<ILogger>();
logger.Warning ("LogTimeEntriesViewModel", ex, "Error reading project.");
}
} else {
ProjectName = string.Empty;
}
IsTimeEntryRunning = true;
durationTimer.Start ();
} else {
IsTimeEntryRunning = false;
Description = string.Empty;
ProjectName = string.Empty;
durationTimer.Stop ();
Duration = TimeSpan.FromSeconds (0).ToString ().Substring (0, 8);
}
});
}
public async Task<TimeEntryData> ContinueTimeEntryAsync (int index)
{
var newTimeEntry = new TimeEntryData ();
var timeEntryHolder = Collection.ElementAt (index) as ITimeEntryHolder;
if (timeEntryHolder == null) {
return newTimeEntry;
}
if (timeEntryHolder.Data.State == TimeEntryState.Running) {
newTimeEntry = await TimeEntryModel.StopAsync (timeEntryHolder.Data);
ServiceContainer.Resolve<ITracker>().SendTimerStopEvent (TimerStopSource.App);
} else {
newTimeEntry = await TimeEntryModel.ContinueAsync (timeEntryHolder.Data);
ServiceContainer.Resolve<ITracker>().SendTimerStartEvent (TimerStartSource.AppContinue);
}
return newTimeEntry;
}
public TimeEntryData Import (IDataStoreContext ctx, TimeEntryJson json, Guid? localIdHint = null, TimeEntryData mergeBase = null)
{
var data = GetByRemoteId<TimeEntryData> (ctx, json.Id.Value, localIdHint);
var merger = mergeBase != null ? new TimeEntryMerger (mergeBase) : null;
if (merger != null && data != null)
merger.Add (new TimeEntryData (data));
if (json.DeletedAt.HasValue) {
if (data != null) {
// TODO: Delete TimeEntryTag intermediate data
ctx.Delete (data);
data = null;
}
} else if (merger != null || ShouldOverwrite (data, json)) {
data = data ?? new TimeEntryData ();
ImportJson (ctx, data, json);
if (merger != null) {
merger.Add (data);
data = merger.Result;
}
data = ctx.Put (data);
// Also update tags from the JSON we are merging:
if (mergeBase == null || (mergeBase != null && mergeBase.ModifiedAt != data.ModifiedAt)) {
ResetTags (ctx, data, json);
}
}
return data;
}
private bool FindExistingEntry (TimeEntryData dataObject, out DateGroup dateGroup, out TimeEntryData existingDataObject)
{
foreach (var grp in dateGroups) {
foreach (var obj in grp.TimeEntryList) {
if (dataObject.Matches (obj)) {
dateGroup = grp;
existingDataObject = obj;
return true;
}
}
}
dateGroup = null;
existingDataObject = null;
return false;
}
public EditTimeEntryViewController (TimeEntryData data, List<TagData> tagList)
{
this.tagList = tagList;
this.data = data;
ViewModel = EditTimeEntryViewModel.Init (data, tagList);
}
protected async override Task AddOrUpdateEntryAsync (TimeEntryData entry)
{
int groupIndex;
int newIndex;
NotifyCollectionChangedAction groupAction;
TimeEntryData existingEntry;
DateGroup grp;
bool isNewGroup;
if (FindExistingEntry (entry, out grp, out existingEntry)) {
if (entry.StartTime != existingEntry.StartTime) {
var date = entry.StartTime.ToLocalTime ().Date;
var oldIndex = GetTimeEntryIndex (existingEntry);
// Move TimeEntry to another DateGroup
if (grp.Date != date) {
// Remove entry from previous DateGroup: //TODO: remove dateGroup too?
grp.Remove (existingEntry);
groupIndex = GetDateGroupIndex (grp);
await UpdateCollectionAsync (grp, NotifyCollectionChangedAction.Replace, groupIndex);
// Move entry to new DateGroup
grp = GetGroupFor (entry, out isNewGroup);
grp.Add (entry);
Sort ();
newIndex = GetTimeEntryIndex (entry);
await UpdateCollectionAsync (entry, NotifyCollectionChangedAction.Move, newIndex, oldIndex);
// Update new container DateGroup
groupIndex = GetDateGroupIndex (grp);
groupAction = isNewGroup ? NotifyCollectionChangedAction.Add : NotifyCollectionChangedAction.Replace;
await UpdateCollectionAsync (grp, groupAction, groupIndex);
return;
}
// Move TimeEntry inside DateGroup
grp.TimeEntryList.UpdateData (entry);
Sort ();
// Update group
groupIndex = GetDateGroupIndex (grp);
await UpdateCollectionAsync (grp, NotifyCollectionChangedAction.Replace, groupIndex);
newIndex = GetTimeEntryIndex (entry);
if (newIndex != oldIndex) {
// Move if index is differente.
await UpdateCollectionAsync (entry, NotifyCollectionChangedAction.Move, newIndex, oldIndex);
}
// Update in any condition
await UpdateCollectionAsync (entry, NotifyCollectionChangedAction.Replace, newIndex);
} else {
// Update TimeEntry only
grp.TimeEntryList.UpdateData (entry);
// Update entry
newIndex = GetTimeEntryIndex (entry);
await UpdateCollectionAsync (entry, NotifyCollectionChangedAction.Replace, newIndex);
}
} else {
// Add new TimeEntry
grp = GetGroupFor (entry, out isNewGroup);
grp.Add (entry);
Sort ();
// Update group
groupIndex = GetDateGroupIndex (grp);
groupAction = isNewGroup ? NotifyCollectionChangedAction.Add : NotifyCollectionChangedAction.Replace;
await UpdateCollectionAsync (grp, groupAction, groupIndex);
// Add new TimeEntry
newIndex = GetTimeEntryIndex (entry);
await UpdateCollectionAsync (entry, NotifyCollectionChangedAction.Add, newIndex);
}
}
private DateGroup GetGroupFor (TimeEntryData dataObject, out bool isNewGroup)
{
isNewGroup = false;
var date = dataObject.StartTime.ToLocalTime ().Date;
var grp = dateGroups.FirstOrDefault (g => g.Date == date);
if (grp == null) {
grp = new DateGroup (date);
dateGroups.Add (grp);
isNewGroup = true;
}
return grp;
}
private int GetTimeEntryIndex (TimeEntryData dataObject)
{
int count = 0;
foreach (var grp in dateGroups) {
count++;
// Iterate by entry list.
foreach (var obj in grp.DataObjects) {
if (dataObject.Matches (obj)) {
return count;
}
count++;
}
}
return -1;
}
public TimeEntryData Import (IDataStoreContext ctx, TimeEntryJson json, Guid? localIdHint = null, TimeEntryData mergeBase = null)
{
var log = ServiceContainer.Resolve<ILogger> ();
var data = GetByRemoteId<TimeEntryData> (ctx, json.Id.Value, localIdHint);
var merger = mergeBase != null ? new TimeEntryMerger (mergeBase) : null;
if (merger != null && data != null) {
merger.Add (new TimeEntryData (data));
}
if (json.DeletedAt.HasValue) {
if (data != null) {
// TODO: Delete TimeEntryTag intermediate data
log.Info (Tag, "Deleting local data for {0}.", data.ToIdString ());
ctx.Delete (data);
data = null;
}
} else if (merger != null || ShouldOverwrite (data, json)) {
data = data ?? new TimeEntryData ();
ImportJson (ctx, data, json);
if (merger != null) {
merger.Add (data);
data = merger.Result;
}
if (merger != null) {
log.Info (Tag, "Importing {0}, merging with local data.", data.ToIdString ());
} else {
log.Info (Tag, "Importing {0}, replacing local data.", data.ToIdString ());
}
data = ctx.Put (data);
// Also update tags from the JSON we are merging:
if (mergeBase == null || (mergeBase != null && mergeBase.ModifiedAt != data.ModifiedAt)) {
log.Info (Tag, "Resetting tags for {0}.", data.ToIdString ());
ResetTags (ctx, data, json);
}
} else {
log.Info (Tag, "Skipping import of {0}.", json.ToIdString ());
}
return data;
}
private void HandleTimeEntryClick (TimeEntryData timeEntry)
{
var intent = new Intent (Activity, typeof (EditTimeEntryActivity));
intent.PutStringArrayListExtra (EditTimeEntryActivity.ExtraGroupedTimeEntriesGuids, new List<string> {timeEntry.Id.ToString()});
StartActivity (intent);
}
protected async override Task RemoveEntryAsync (TimeEntryData entry)
{
int groupIndex;
int entryIndex;
NotifyCollectionChangedAction groupAction = NotifyCollectionChangedAction.Replace;
DateGroup grp;
TimeEntryData oldEntry;
if (FindExistingEntry (entry, out grp, out oldEntry)) {
entryIndex = GetTimeEntryIndex (oldEntry);
groupIndex = GetDateGroupIndex (grp);
grp.Remove (oldEntry);
if (grp.TimeEntryList.Count == 0) {
dateGroups.Remove (grp);
groupAction = NotifyCollectionChangedAction.Remove;
}
// The order affects how the collection is updated.
await UpdateCollectionAsync (entry, NotifyCollectionChangedAction.Remove, entryIndex);
await UpdateCollectionAsync (grp, groupAction, groupIndex);
}
}
public void Add (TimeEntryData dataObject)
{
dataObjects.Add (dataObject);
OnUpdated ();
}
public static TimeEntryData Import (this TimeEntryJson json, IDataStoreContext ctx,
Guid? localIdHint = null, TimeEntryData mergeBase = null)
{
var converter = ServiceContainer.Resolve<TimeEntryJsonConverter> ();
return converter.Import (ctx, json, localIdHint, mergeBase);
}
private async Task CreateTestData ()
{
var workspace = await DataStore.PutAsync (new WorkspaceData () {
RemoteId = 1,
Name = "Unit Testing",
});
var user = await DataStore.PutAsync (new UserData () {
RemoteId = 1,
Name = "Tester",
DefaultWorkspaceId = workspace.Id,
});
tag1 = await DataStore.PutAsync (new TagData () {
RemoteId = 1,
Name = DefaultTag,
WorkspaceId = workspace.Id,
});
tag2 = await DataStore.PutAsync (new TagData () {
RemoteId = 2,
Name = "Tag #2",
WorkspaceId = workspace.Id,
});
tag3 = await DataStore.PutAsync (new TagData () {
RemoteId = 3,
Name = "Tag #3",
WorkspaceId = workspace.Id,
});
timeEntry = await DataStore.PutAsync (new TimeEntryData () {
RemoteId = 1,
Description = "Initial concept",
State = TimeEntryState.Finished,
StartTime = MakeTime (09, 12),
StopTime = MakeTime (10, 1),
WorkspaceId = workspace.Id,
UserId = user.Id,
});
await DataStore.PutAsync (new TimeEntryTagData () {
RemoteId = 1,
TimeEntryId = timeEntry.Id,
TagId = tag1.Id,
});
await DataStore.PutAsync (new TimeEntryTagData () {
RemoteId = 2,
TimeEntryId = timeEntry.Id,
TagId = tag2.Id,
});
}
public void Remove (TimeEntryData dataObject)
{
dataObjects.Remove (dataObject);
OnUpdated ();
}
