public int ModifySourceInstance(Common.Data.Models.SourceInstanceDto existingSourceInstance)
{
using (var context = new ExodusPrototype1Entities())
{
var matchingSourceInstance = context.SourceInstances.Find(existingSourceInstance.Id);
if (matchingSourceInstance == null)
{
return(-1);
}
var toCopy = SourceInstanceMapper.GetEntSourceInstanceFromDtoSourceInstance(existingSourceInstance);
matchingSourceInstance.X = toCopy.X;
matchingSourceInstance.Y = toCopy.Y;
matchingSourceInstance.Width = toCopy.Width;
matchingSourceInstance.Height = toCopy.Height;
matchingSourceInstance.WallId = toCopy.WallId;
context.SaveChanges();
Clients.All.SourceInstanceModified(SourceInstanceMapper.GetDtoSourceInstanceFromEntSourceInstance(matchingSourceInstance));
this.WriteToWindowConsole($"Client: {Context.ConnectionId} - Modified Source Instance With Id: {matchingSourceInstance.Id}");
return(matchingSourceInstance.Id);
}
}
public async Task <int> ModifySourceInstance(UcSourceInstance sourceInstance)
{
var sourceInstanceDto = SourceInstanceMapper.GetDtoSourceInstanceFromUcSourceInstance(sourceInstance);
int id = await HubProxy.Invoke <int>("ModifySourceInstance", sourceInstanceDto);
return(id);
}
public void RequestSourceInstances()
{
using (var context = new ExodusPrototype1Entities())
{
Clients.Caller.ReceivedSourceInstances(SourceInstanceMapper.GetDtoSourceInstanceListFromEntSourceInstanceList(context.SourceInstances));
}
}
public void TryProcessStartupCache()
{
//If we've already processed the startup cache, we don't need to.
if (this._startupCacheProcessed)
{
return;
}
//If the startup cache does not contain all the necessary data, we can't process it yet.
if ((this._startupCache.ContainsKey(StartupCacheKey.Sources) &&
this._startupCache.ContainsKey(StartupCacheKey.SourceInstances) &&
this._startupCache.ContainsKey(StartupCacheKey.DigitalWalls) &&
this._startupCache.ContainsKey(StartupCacheKey.SpaceSessions)) == false)
{
return;
}
var context = SynchronizationContext.Current;
App.Current.Dispatcher.Invoke((Action) delegate
{
this._profile.Sources = SourceMapper.GetDcSourceListFromDtoSourceList((IEnumerable <SourceDto>) this._startupCache[StartupCacheKey.Sources]);
var sourceInstances = SourceInstanceMapper.GetDcSourceInstanceListFromDcSourceListAndDtoSourceInstanceList(this._profile.Sources, (IEnumerable <SourceInstanceDto>) this._startupCache[StartupCacheKey.SourceInstances]);
this._profile.DigitalWalls = DigitalWallMapper.GetDcDigitalWallListFromDtoDigitalWallList(sourceInstances, (IEnumerable <DigitalWallDto>) this._startupCache[StartupCacheKey.DigitalWalls]);
this._profile.SpaceSessions = SpaceSessionMapper.GetDcSpaceSessionListFromDcDigitalWallListAndDtoSpaceSessionList(this._profile.DigitalWalls, (IEnumerable <SpaceSessionDto>) this._startupCache[StartupCacheKey.SpaceSessions]);
});
this._startupCacheProcessed = true;
}
public void TryProcessStartupCache()
{
//If we've already processed the startup cache, we don't need to.
if (this._startupCacheProcessed)
{
return;
}
//If the startup cache does not contain all the necessary data, we can't process it yet.
if ((this._startupCache.ContainsKey(StartupCacheKey.Sources) &&
this._startupCache.ContainsKey(StartupCacheKey.SourceInstances) &&
this._startupCache.ContainsKey(StartupCacheKey.DigitalWalls) &&
this._startupCache.ContainsKey(StartupCacheKey.SpaceSessions)) == false)
{
return;
}
Device.BeginInvokeOnMainThread(() =>
{
this._profile.Sources = SourceMapper.GetMcSourceListFromDtoSourceList((IEnumerable <SourceDto>) this._startupCache[StartupCacheKey.Sources]);
var sourceInstances = SourceInstanceMapper.GetMcSourceInstanceListFromMcSourceListAndDtoSourceInstanceList(this._profile.Sources, (IEnumerable <SourceInstanceDto>) this._startupCache[StartupCacheKey.SourceInstances]);
this._profile.DigitalWalls = DigitalWallMapper.GetMcDigitalWallListFromDtoDigitalWallList(sourceInstances, (IEnumerable <DigitalWallDto>) this._startupCache[StartupCacheKey.DigitalWalls]);
this._profile.SpaceSessions = SpaceSessionMapper.GetMcSpaceSessionListFromMcDigitalWallListAndDtoSpaceSessionList(this._profile.DigitalWalls, (IEnumerable <SpaceSessionDto>) this._startupCache[StartupCacheKey.SpaceSessions]);
});
this._startupCacheProcessed = true;
}
private void SourceInstanceAdded(SourceInstanceDto sourceInstance)
{
var matchingSource = this._profile.Sources.FirstOrDefault(s => s.SourceId == sourceInstance.SourceId);
var newSourceInstance = SourceInstanceMapper.GetUcSourceInstanceFromUcSourceAndDtoSourceInstance(matchingSource, sourceInstance, this._commonValues.PixelToUnityUnitScale, this._unityMainThreadDispatcher);
var matchingWall = this._profile.DigitalWalls.FirstOrDefault(w => w.WallId == newSourceInstance.WallId);
matchingWall.SourceInstances.Add(newSourceInstance);
}
private void SourceInstanceAdded(SourceInstanceDto sourceInstance)
{
Device.BeginInvokeOnMainThread(() =>
{
var matchingSource = this._profile.Sources.FirstOrDefault(s => s.SourceId == sourceInstance.SourceId);
var newSourceInstance = SourceInstanceMapper.GetMcSourceInstanceFromMcSourceAndDtoSourceInstance(matchingSource, sourceInstance);
var matchingWall = this._profile.DigitalWalls.FirstOrDefault(w => w.WallId == newSourceInstance.WallId);
matchingWall.SourceInstances.Add(newSourceInstance);
});
}
private void SourceInstanceAdded(SourceInstanceDto sourceInstance)
{
var context = SynchronizationContext.Current;
App.Current.Dispatcher.Invoke((Action) delegate
{
var matchingSource = this._profile.Sources.FirstOrDefault(s => s.SourceId == sourceInstance.SourceId);
var newSourceInstance = SourceInstanceMapper.GetDcSourceInstanceFromDcSourceAndDtoSourceInstance(matchingSource, sourceInstance);
var matchingWall = this._profile.DigitalWalls.FirstOrDefault(w => w.WallId == newSourceInstance.WallId);
matchingWall.SourceInstances.Add(newSourceInstance);
});
}
public int AddSourceInstance(Common.Data.Models.SourceInstanceDto newSourceInstance)
{
using (var context = new ExodusPrototype1Entities())
{
var newSourceInstanceEnt = SourceInstanceMapper.GetEntSourceInstanceFromDtoSourceInstance(newSourceInstance);
context.SourceInstances.Add(newSourceInstanceEnt);
context.SaveChanges();
Clients.All.SourceInstanceAdded(SourceInstanceMapper.GetDtoSourceInstanceFromEntSourceInstance(newSourceInstanceEnt));
this.WriteToWindowConsole($"Client: {Context.ConnectionId} - Added Source Instance With Id: {newSourceInstanceEnt.Id}");
return(newSourceInstanceEnt.Id);
}
}
private void SourceInstanceModified(SourceInstanceDto sourceInstance)
{
Device.BeginInvokeOnMainThread(() =>
{
var matchingWall = this._profile.DigitalWalls.FirstOrDefault(w => w.WallId == sourceInstance.WallId);
var matchingSourceInstance = matchingWall?.SourceInstances.FirstOrDefault(s => s.SourceInstanceId == sourceInstance.Id);
var toCopy = SourceInstanceMapper.GetMcSourceInstanceFromMcSourceAndDtoSourceInstance((McSource)matchingSourceInstance, sourceInstance);
matchingSourceInstance.X = toCopy.X;
matchingSourceInstance.Y = toCopy.Y;
matchingSourceInstance.Width = toCopy.Width;
matchingSourceInstance.Height = toCopy.Height;
matchingSourceInstance.WallId = toCopy.WallId;
});
}
private void SourceInstanceModified(SourceInstanceDto sourceInstance)
{
var context = SynchronizationContext.Current;
App.Current.Dispatcher.Invoke((Action) delegate
{
var matchingWall = this._profile.DigitalWalls.FirstOrDefault(w => w.WallId == sourceInstance.WallId);
var matchingSourceInstance = matchingWall?.SourceInstances.FirstOrDefault(s => s.SourceInstanceId == sourceInstance.Id);
var toCopy = SourceInstanceMapper.GetDcSourceInstanceFromDcSourceAndDtoSourceInstance((DcSource)matchingSourceInstance, sourceInstance);
matchingSourceInstance.X = toCopy.X;
matchingSourceInstance.Y = toCopy.Y;
matchingSourceInstance.Width = toCopy.Width;
matchingSourceInstance.Height = toCopy.Height;
matchingSourceInstance.WallId = toCopy.WallId;
});
}
public void TryProcessStartupCache()
{
//If we've already processed the startup cache, we don't need to.
if (this._startupCacheProcessed)
{
return;
}
//If the startup cache does not contain all the necessary data, we can't process it yet.
if ((this._startupCache.ContainsKey(StartupCacheKey.Sources) &&
this._startupCache.ContainsKey(StartupCacheKey.SourceInstances) &&
this._startupCache.ContainsKey(StartupCacheKey.DigitalWalls) &&
this._startupCache.ContainsKey(StartupCacheKey.SpaceSessions)) == false)
{
return;
}
this._unityMainThreadDispatcher.Enqueue(() =>
{
this._profile.Sources = SourceMapper.GetUcSourceListFromDtoSourceList((IEnumerable <SourceDto>) this._startupCache[StartupCacheKey.Sources]);
var sourceInstances = SourceInstanceMapper.GetUcSourceInstanceListFromUcSourceListAndDtoSourceInstanceList(this._profile.Sources, (IEnumerable <SourceInstanceDto>) this._startupCache[StartupCacheKey.SourceInstances], this._commonValues.PixelToUnityUnitScale, this._unityMainThreadDispatcher);
this._profile.DigitalWalls = DigitalWallMapper.GetUcDigitalWallListFromDtoDigitalWallList(sourceInstances, (IEnumerable <DigitalWallDto>) this._startupCache[StartupCacheKey.DigitalWalls], this._commonValues.PixelToUnityUnitScale, this._commonValues.WallCenter, this._unityMainThreadDispatcher);
this._profile.SpaceSessions = SpaceSessionMapper.GetUcSpaceSessionListFromUcDigitalWallListAndDtoSpaceSessionList(this._profile.DigitalWalls, (IEnumerable <SpaceSessionDto>) this._startupCache[StartupCacheKey.SpaceSessions]);
//If we have any digital walls, render the first.
UcDigitalWall firstWall = this._profile.DigitalWalls.FirstOrDefault();
if (firstWall != null)
{
firstWall.Render();
this._profile.SelectedWall = firstWall;
}
});
this._startupCacheProcessed = true;
}
public async Task <int> AddSourceInstance(UcSourceInstance sourceInstance)
{
int id = await HubProxy.Invoke <int>("AddSourceInstance", SourceInstanceMapper.GetDtoSourceInstanceFromUcSourceInstance(sourceInstance));
return(id);
}
