/// <summary>
/// Whether or not the present entity is identitical to <paramref name="other" />, in the sense that they have the same (set of) intrinsic identifiers.
/// </summary>
/// <param name="other">The entity to be compared to.</param>
/// <returns>
/// The result of comparison.
/// </returns>
public bool IsEntityTheSame(MemberNotification other)
{
if (other == null)
{
return(false);
}
else
{
return(ID == other.ID);
}
}
/// <summary>
/// Merge changes inside entity <paramref name="from" /> to the entity <paramref name="to" />. Any changes in <paramref name="from" /> that is not changed in <paramref name="to" /> is updated inside <paramref name="to" />.
/// </summary>
/// <param name="from">The "old" entity acting as merging source.</param>
/// <param name="to">The "new" entity which inherits changes made in <paramref name="from" />.</param>
/// <returns>
/// </returns>
public static void MergeChanges(MemberNotification from, MemberNotification to)
{
if (to.IsPersisted)
{
if (from.IsReadCountModified && !to.IsReadCountModified)
{
to.ReadCount = from.ReadCount;
to.IsReadCountModified = true;
}
if (from.IsBoockmarkedModified && !to.IsBoockmarkedModified)
{
to.Boockmarked = from.Boockmarked;
to.IsBoockmarkedModified = true;
}
if (from.IsNoticeDataModified && !to.IsNoticeDataModified)
{
to.NoticeData = from.NoticeData;
to.IsNoticeDataModified = true;
}
if (from.IsProcessedModified && !to.IsProcessedModified)
{
to.Processed = from.Processed;
to.IsProcessedModified = true;
}
if (from.IsProcessedDateModified && !to.IsProcessedDateModified)
{
to.ProcessedDate = from.ProcessedDate;
to.IsProcessedDateModified = true;
}
}
else
{
to.IsPersisted = from.IsPersisted;
to.ID = from.ID;
to.CreatedDate = from.CreatedDate;
to.PriorityLevel = from.PriorityLevel;
to.Title = from.Title;
to.NoticeMsg = from.NoticeMsg;
to.ReadOnce = from.ReadOnce;
to.ReadCount = from.ReadCount;
to.IsReadCountModified = from.IsReadCountModified;
to.Boockmarked = from.Boockmarked;
to.IsBoockmarkedModified = from.IsBoockmarkedModified;
to.NoticeData = from.NoticeData;
to.IsNoticeDataModified = from.IsNoticeDataModified;
to.Processed = from.Processed;
to.IsProcessedModified = from.IsProcessedModified;
to.ProcessedDate = from.ProcessedDate;
to.IsProcessedDateModified = from.IsProcessedDateModified;
to.ApplicationID = from.ApplicationID;
to.TypeID = from.TypeID;
to.UserID = from.UserID;
}
}
/// <summary>
/// <see cref="NotificationTaskSchedule.MemberNotificationRef" /> is not initialized when the entity is created. Clients could call this method to load it provided a proper delegate <see cref="NotificationTaskSchedule.DelLoadMemberNotificationRef" /> was setup
/// before calling it.
/// </summary>
public void LoadMemberNotificationRef()
{
if (_MemberNotificationRef != null)
{
return;
}
if (DelLoadMemberNotificationRef != null)
{
_MemberNotificationRef = DelLoadMemberNotificationRef();
}
}
/// <summary>
/// Whether or not the present entity is identitical to <paramref name="other" />, in the sense that they have the same (set of) primary key(s).
/// </summary>
/// <param name="other">The entity to be compared to.</param>
/// <returns>
/// The result of comparison.
/// </returns>
public bool IsEntityIdentical(MemberNotification other)
{
if (other == null)
{
return(false);
}
if (ID != other.ID)
{
return(false);
}
return(true);
}
/// <summary>
/// Update changes to the current entity compared to an input <paramref name="newdata" /> and set the entity to a proper state for updating.
/// </summary>
/// <param name="newdata">The "new" entity acting as the source of the changes, if any.</param>
/// <returns>
/// </returns>
public void UpdateChanges(MemberNotification newdata)
{
int cnt = 0;
if (ReadCount != newdata.ReadCount)
{
ReadCount = newdata.ReadCount;
IsReadCountModified = true;
cnt++;
}
if (Boockmarked != newdata.Boockmarked)
{
Boockmarked = newdata.Boockmarked;
IsBoockmarkedModified = true;
cnt++;
}
if (NoticeData != newdata.NoticeData)
{
NoticeData = newdata.NoticeData;
IsNoticeDataModified = true;
cnt++;
}
if (Processed != newdata.Processed)
{
Processed = newdata.Processed;
IsProcessedModified = true;
cnt++;
}
if (ProcessedDate != newdata.ProcessedDate)
{
ProcessedDate = newdata.ProcessedDate;
IsProcessedDateModified = true;
cnt++;
}
IsEntityChanged = cnt > 0;
}
/// <summary>
/// Internal use
/// </summary>
public MemberNotification ShallowCopy(bool allData = false, bool preserveState = false, bool checkLoadState = false)
{
MemberNotification e = new MemberNotification();
e.StartAutoUpdating = false;
e.ID = ID;
e.CreatedDate = CreatedDate;
e.PriorityLevel = PriorityLevel;
e.Title = Title;
e.ReadOnce = ReadOnce;
e.ReadCount = ReadCount;
if (preserveState)
{
e.IsReadCountModified = IsReadCountModified;
}
else
{
e.IsReadCountModified = false;
}
e.Boockmarked = Boockmarked;
if (preserveState)
{
e.IsBoockmarkedModified = IsBoockmarkedModified;
}
else
{
e.IsBoockmarkedModified = false;
}
e.Processed = Processed;
if (preserveState)
{
e.IsProcessedModified = IsProcessedModified;
}
else
{
e.IsProcessedModified = false;
}
e.ProcessedDate = ProcessedDate;
if (preserveState)
{
e.IsProcessedDateModified = IsProcessedDateModified;
}
else
{
e.IsProcessedDateModified = false;
}
e.ApplicationID = ApplicationID;
e.TypeID = TypeID;
e.UserID = UserID;
if (allData)
{
if (!checkLoadState || IsNoticeMsgLoaded)
{
e.NoticeMsg = NoticeMsg;
}
e.IsNoticeMsgLoaded = IsNoticeMsgLoaded;
if (!checkLoadState || IsNoticeDataLoaded)
{
e.NoticeData = NoticeData;
}
if (preserveState)
{
e.IsNoticeDataModified = IsNoticeDataModified;
}
else
{
e.IsNoticeDataModified = false;
}
e.IsNoticeDataLoaded = IsNoticeDataLoaded;
}
e.DistinctString = GetDistinctString(true);
e.IsPersisted = IsPersisted;
if (preserveState)
{
e.IsEntityChanged = IsEntityChanged;
}
else
{
e.IsEntityChanged = false;
}
e.StartAutoUpdating = true;
return(e);
}
public static async Task<ConnectionStatus> UserConnected(string noticeHubId, string hubId, string peerId, string userId, string connectId, string languages)
{
var mbsvc = new UserAppMemberServiceProxy();
var cntx = Cntx;
cntx.AcceptLanguages = languages;
var memb = await mbsvc.LoadEntityGraphRecursAsync(cntx, AppId, userId, null, null);
if (memb != null)
{
memb.StartAutoUpdating = true;
memb.LastActivityDate = DateTime.UtcNow;
memb.AcceptLanguages = languages;
List<MemberCallback> callbacks;
if (memb.ChangedMemberCallbacks == null)
callbacks = new List<MemberCallback>();
else
callbacks = new List<MemberCallback>(memb.ChangedMemberCallbacks);
var cbk = (from d in callbacks where d.HubID == hubId && d.ChannelID == peerId select d).SingleOrDefault();
if (cbk == null)
{
cbk = new MemberCallback
{
ApplicationID = AppId,
UserID = userId,
HubID = hubId,
ChannelID = peerId,
ConnectionID = connectId,
IsDisconnected = false,
LastActiveDate = DateTime.UtcNow
};
}
else
{
// it is very important to turn this on, otherwise the property will not be marked as modified.
// and the service will not save the change!
cbk.StartAutoUpdating = true;
cbk.ConnectionID = connectId;
cbk.IsDisconnected = false;
cbk.LastActiveDate = DateTime.UtcNow;
}
memb.ChangedMemberCallbacks = new MemberCallback[] { cbk };
await mbsvc.AddOrUpdateEntitiesAsync(cntx, new UserAppMemberSet(), new UserAppMember[] { memb });
UserServiceProxy usvc = new UserServiceProxy();
var u = await usvc.LoadEntityByKeyAsync(cntx, userId);
memb.UserRef = u;
var peerMb = await mbsvc.LoadEntityByKeyAsync(cntx, AppId, peerId);
ConnectionStatus status = new ConnectionStatus();
status.me = cbk;
MemberCallbackServiceProxy mbcsvc = new MemberCallbackServiceProxy();
UserAssociationServiceProxy uasvc = new UserAssociationServiceProxy();
var peerCb = await mbcsvc.LoadEntityByKeyAsync(cntx, userId, hubId, AppId, peerId);
if (peerCb == null || peerCb.ConnectionID == null || peerCb.IsDisconnected)
{
UserAssociation utop = await uasvc.LoadEntityByKeyAsync(cntx, userId, peerId, ApplicationContext.ChatAssocTypeId);
MemberNotificationTypeServiceProxy ntsvc = new MemberNotificationTypeServiceProxy();
var ntype = await ntsvc.LoadEntityByKeyAsync(cntx, ApplicationContext.PrivateChatNoticeTypeId);
var notifier = await mbcsvc.LoadEntityByKeyAsync(cntx, "System", noticeHubId, AppId, peerId);
if (notifier != null && notifier.ConnectionID != null && !notifier.IsDisconnected)
{
if (utop != null && utop.NoMessages != null && utop.NoMessages == true)
{
status.status = PeerStatus.InBlackList;
}
else if (utop != null && utop.DoNotNotify != null && utop.DoNotNotify == true)
{
status.status = PeerStatus.DoNotDisturb;
}
else if (utop != null && utop.NotifyButBlock != null && utop.NotifyButBlock == true)
{
status.peerNotifier = notifier;
status.status = PeerStatus.NotifyButBlock;
}
else
{
status.peerNotifier = notifier;
status.status = PeerStatus.Notifiable;
}
}
else
{
if (utop == null || utop.NoMessages == null || utop.NoMessages == false)
status.status = PeerStatus.LeaveMessage;
}
MemberNotification n = new MemberNotification
{
ID = Guid.NewGuid().ToString(),
Title = string.Format(ResourceUtils.GetString("20dc5913998d0e9ed01360475e46a0f9", "{0} invites you to chat, is waiting ...", peerMb.AcceptLanguages), ""),
CreatedDate = DateTime.UtcNow,
PriorityLevel = 0,
ReadCount = 0,
ApplicationID = AppId,
TypeID = ApplicationContext.PrivateChatNoticeTypeId,
UserID = peerId
};
bool hasIcon = !string.IsNullOrEmpty(memb.IconMime);
n.NoticeMsg = "{ \"peerId\": \"" + userId + "\", \"peer\": \"" + u.Username + "\", \"connectId\": \"" + connectId + "\", \"hasIcon\": " + (hasIcon ? "true" : "false") + ", \"msg\": \"" + n.Title + "\", \"isCancel\": false, ";
if (utop != null && utop.NoMessages != null && utop.NoMessages == true)
n.NoticeMsg += "\"noMessages\": true, ";
else
n.NoticeMsg += "\"noMessages\": false, ";
if (utop != null && utop.DoNotNotify != null && utop.DoNotNotify == true)
n.NoticeMsg += "\"notDisturb\": true, ";
else
n.NoticeMsg += "\"notDisturb\": false, ";
if (utop != null && utop.NotifyButBlock != null && utop.NotifyButBlock == true)
n.NoticeMsg += "\"keepNotified\": true }";
else
n.NoticeMsg += "\"keepNotified\": false }";
n.IsNoticeDataLoaded = true;
MemberNotificationServiceProxy nsvc = new MemberNotificationServiceProxy();
var r = await nsvc.AddOrUpdateEntitiesAsync(cntx, new MemberNotificationSet(), new MemberNotification[] { n });
status.noticeType = ntype.TypeName;
status.noticeMsg = n.NoticeMsg;
status.noticeRecId = r.ChangedEntities[0].UpdatedItem.ID;
}
else
{
DateTime dt = DateTime.UtcNow;
UserAssociation utop = await uasvc.LoadEntityByKeyAsync(cntx, userId, peerId, ApplicationContext.ChatAssocTypeId);
if (utop == null)
{
utop = new UserAssociation
{
TypeID = ApplicationContext.ChatAssocTypeId,
FromUserID = userId,
ToUserID = peerId,
CreateDate = dt,
AssocCount = 1,
LastAssoc = dt,
InteractCount = 0,
Votes = 0
};
}
else
utop.AssocCount++;
UserAssociation ptou = await uasvc.LoadEntityByKeyAsync(cntx, peerId, userId, ApplicationContext.ChatAssocTypeId);
if (ptou == null)
{
ptou = new UserAssociation
{
TypeID = ApplicationContext.ChatAssocTypeId,
FromUserID = peerId,
ToUserID = userId,
CreateDate = dt,
AssocCount = 1,
LastAssoc = dt,
InteractCount = 0,
Votes = 0
};
}
else
ptou.AssocCount++;
await uasvc.AddOrUpdateEntitiesAsync(cntx, new UserAssociationSet(), new UserAssociation[] { utop, ptou });
status.status = PeerStatus.Connected;
}
if (peerCb != null)
peerCb.UserAppMemberRef = peerMb;
status.peer = peerCb;
return status;
}
return null;
}
/// <summary>
/// <see cref="NotificationTaskSchedule.MemberNotificationRef" /> is not initialized when the entity is created. Clients could call this method to load it provided a proper delegate <see cref="NotificationTaskSchedule.DelLoadMemberNotificationRef" /> was setup
/// before calling it.
/// </summary>
public void LoadMemberNotificationRef()
{
if (_MemberNotificationRef != null)
return;
if (DelLoadMemberNotificationRef != null)
_MemberNotificationRef = DelLoadMemberNotificationRef();
}
public static async Task<ConnectionStatus> UserCancelInteraction(string noticeHubId, string hubId, string peerId, string userId, string connectId, string languages)
{
var cntx = Cntx;
MemberCallbackServiceProxy mbcsvc = new MemberCallbackServiceProxy();
ConnectionStatus status = new ConnectionStatus();
var notifier = await mbcsvc.LoadEntityByKeyAsync(cntx, "System", noticeHubId, AppId, peerId);
if (notifier != null && notifier.ConnectionID != null && !notifier.IsDisconnected)
{
status.peerNotifier = notifier;
status.status = PeerStatus.Notifiable;
}
UserServiceProxy usvc = new UserServiceProxy();
var u = await usvc.LoadEntityByKeyAsync(cntx, userId);
var mbsvc = new UserAppMemberServiceProxy();
var peerMb = await mbsvc.LoadEntityByKeyAsync(cntx, AppId, peerId);
MemberNotificationTypeServiceProxy ntsvc = new MemberNotificationTypeServiceProxy();
var ntype = await ntsvc.LoadEntityByKeyAsync(cntx, 3);
var peerCb = await mbcsvc.LoadEntityByKeyAsync(cntx, userId, hubId, AppId, peerId);
string title = string.Format(ResourceUtils.GetString("cdc8520b5121c757e6eb79e098d6baef", "{0} cancelled chatting invitation.", peerMb.AcceptLanguages), u.Username);
if (peerCb == null || peerCb.ConnectionID == null || peerCb.IsDisconnected)
{
MemberNotification n = new MemberNotification
{
ID = Guid.NewGuid().ToString(),
Title = title,
CreatedDate = DateTime.UtcNow,
PriorityLevel = 0,
ReadCount = 0,
ApplicationID = AppId,
TypeID = 3,
UserID = peerId
};
n.NoticeMsg = "{ \"peerId\": \"" + userId + "\", \"peer\": \"" + u.Username + "\", \"connectId\": \"" + connectId + "\", \"msg\": \"" + title + "\", \"isCancel\": true, \"isDisconnect\": false }";
n.IsNoticeDataLoaded = true;
MemberNotificationServiceProxy nsvc = new MemberNotificationServiceProxy();
var r = await nsvc.AddOrUpdateEntitiesAsync(cntx, new MemberNotificationSet(), new MemberNotification[] { n });
status.noticeType = ntype.TypeName;
status.noticeMsg = "{ \"peerId\": \"" + userId + "\", \"peer\": \"" + u.Username + "\", \"connectId\": \"" + connectId + "\", \"msg\": \"" + title + "\", \"isCancel\": true, \"isDisconnect\": false }";
status.noticeRecId = r.ChangedEntities[0].UpdatedItem.ID;
}
else
{
status.noticeMsg = "{ \"peerId\": \"" + userId + "\", \"peer\": \"" + u.Username + "\", \"connectId\": \"" + connectId + "\", \"msg\": \"" + title + "\", \"isCancel\": true, \"isDisconnect\": true }";
}
status.peer = peerCb;
return status;
}
/// <summary>
/// Merge changes inside entity <paramref name="from" /> to the entity <paramref name="to" />. Any changes in <paramref name="from" /> that is not changed in <paramref name="to" /> is updated inside <paramref name="to" />.
/// </summary>
/// <param name="from">The "old" entity acting as merging source.</param>
/// <param name="to">The "new" entity which inherits changes made in <paramref name="from" />.</param>
/// <returns>
/// </returns>
public static void MergeChanges(MemberNotification from, MemberNotification to)
{
if (to.IsPersisted)
{
if (from.IsReadCountModified && !to.IsReadCountModified)
{
to.ReadCount = from.ReadCount;
to.IsReadCountModified = true;
}
if (from.IsBoockmarkedModified && !to.IsBoockmarkedModified)
{
to.Boockmarked = from.Boockmarked;
to.IsBoockmarkedModified = true;
}
if (from.IsNoticeDataModified && !to.IsNoticeDataModified)
{
to.NoticeData = from.NoticeData;
to.IsNoticeDataModified = true;
}
if (from.IsProcessedModified && !to.IsProcessedModified)
{
to.Processed = from.Processed;
to.IsProcessedModified = true;
}
if (from.IsProcessedDateModified && !to.IsProcessedDateModified)
{
to.ProcessedDate = from.ProcessedDate;
to.IsProcessedDateModified = true;
}
}
else
{
to.IsPersisted = from.IsPersisted;
to.ID = from.ID;
to.CreatedDate = from.CreatedDate;
to.PriorityLevel = from.PriorityLevel;
to.Title = from.Title;
to.NoticeMsg = from.NoticeMsg;
to.ReadOnce = from.ReadOnce;
to.ReadCount = from.ReadCount;
to.IsReadCountModified = from.IsReadCountModified;
to.Boockmarked = from.Boockmarked;
to.IsBoockmarkedModified = from.IsBoockmarkedModified;
to.NoticeData = from.NoticeData;
to.IsNoticeDataModified = from.IsNoticeDataModified;
to.Processed = from.Processed;
to.IsProcessedModified = from.IsProcessedModified;
to.ProcessedDate = from.ProcessedDate;
to.IsProcessedDateModified = from.IsProcessedDateModified;
to.ApplicationID = from.ApplicationID;
to.TypeID = from.TypeID;
to.UserID = from.UserID;
}
}
/// <summary>
/// Whether or not the present entity is identitical to <paramref name="other" />, in the sense that they have the same (set of) intrinsic identifiers.
/// </summary>
/// <param name="other">The entity to be compared to.</param>
/// <returns>
/// The result of comparison.
/// </returns>
public bool IsEntityTheSame(MemberNotification other)
{
if (other == null)
return false;
else
return ID == other.ID;
}
/// <summary>
/// Whether or not the present entity is identitical to <paramref name="other" />, in the sense that they have the same (set of) primary key(s).
/// </summary>
/// <param name="other">The entity to be compared to.</param>
/// <returns>
/// The result of comparison.
/// </returns>
public bool IsEntityIdentical(MemberNotification other)
{
if (other == null)
return false;
if (ID != other.ID)
return false;
return true;
}
/// <summary>
/// Internal use
/// </summary>
public MemberNotification ShallowCopy(bool allData = false, bool preserveState = false, bool checkLoadState = false)
{
MemberNotification e = new MemberNotification();
e.StartAutoUpdating = false;
e.ID = ID;
e.CreatedDate = CreatedDate;
e.PriorityLevel = PriorityLevel;
e.Title = Title;
e.ReadOnce = ReadOnce;
e.ReadCount = ReadCount;
if (preserveState)
e.IsReadCountModified = IsReadCountModified;
else
e.IsReadCountModified = false;
e.Boockmarked = Boockmarked;
if (preserveState)
e.IsBoockmarkedModified = IsBoockmarkedModified;
else
e.IsBoockmarkedModified = false;
e.Processed = Processed;
if (preserveState)
e.IsProcessedModified = IsProcessedModified;
else
e.IsProcessedModified = false;
e.ProcessedDate = ProcessedDate;
if (preserveState)
e.IsProcessedDateModified = IsProcessedDateModified;
else
e.IsProcessedDateModified = false;
e.ApplicationID = ApplicationID;
e.TypeID = TypeID;
e.UserID = UserID;
if (allData)
{
if (!checkLoadState || IsNoticeMsgLoaded)
e.NoticeMsg = NoticeMsg;
e.IsNoticeMsgLoaded = IsNoticeMsgLoaded;
if (!checkLoadState || IsNoticeDataLoaded)
e.NoticeData = NoticeData;
if (preserveState)
e.IsNoticeDataModified = IsNoticeDataModified;
else
e.IsNoticeDataModified = false;
e.IsNoticeDataLoaded = IsNoticeDataLoaded;
}
e.DistinctString = GetDistinctString(true);
e.IsPersisted = IsPersisted;
if (preserveState)
e.IsEntityChanged = IsEntityChanged;
else
e.IsEntityChanged = false;
e.StartAutoUpdating = true;
return e;
}
/// <summary>
/// Update changes to the current entity compared to an input <paramref name="newdata" /> and set the entity to a proper state for updating.
/// </summary>
/// <param name="newdata">The "new" entity acting as the source of the changes, if any.</param>
/// <returns>
/// </returns>
public void UpdateChanges(MemberNotification newdata)
{
int cnt = 0;
if (ReadCount != newdata.ReadCount)
{
ReadCount = newdata.ReadCount;
IsReadCountModified = true;
cnt++;
}
if (Boockmarked != newdata.Boockmarked)
{
Boockmarked = newdata.Boockmarked;
IsBoockmarkedModified = true;
cnt++;
}
if (NoticeData != newdata.NoticeData)
{
NoticeData = newdata.NoticeData;
IsNoticeDataModified = true;
cnt++;
}
if (Processed != newdata.Processed)
{
Processed = newdata.Processed;
IsProcessedModified = true;
cnt++;
}
if (ProcessedDate != newdata.ProcessedDate)
{
ProcessedDate = newdata.ProcessedDate;
IsProcessedDateModified = true;
cnt++;
}
IsEntityChanged = cnt > 0;
}