public static Response ProcessRequest(Request request, List<Device> devices)
{
IPTVLib.RequestModel.Response response = new IPTVLib.RequestModel.Response();
response.Successful = false;
response.FailReason = "Unable to process request. Bad Data.";
//Process Request
//Build a request to send on to the relevant devices
IPTVLib.RequestModel.Request responseRequest = new IPTVLib.RequestModel.Request();
response.Successful = true;
//Switch and do something using the given data
switch (request.Action)
{
case RequestAction.RequestHosts:
response = ProcessHostsRequest(request, devices, response, responseRequest);
break;
case RequestAction.RequestRemotes:
response = ProcessRemotesRequest(request, devices, response, responseRequest);
break;
case RequestAction.RequestDevices:
response = ProcessDevicesRequest(request, devices, response, responseRequest);
break;
default:
response = PassThroughRequest(request, devices, responseRequest, response); // By Default just pass the request on to the specified devices -- ones that require extra processing are above
break;
}//switch
//Return the response
return response;
}
public ActionResult Sample()
{
Request newRequest = new Request
{
AccountName = "Lee",
Action = RequestAction.RequestId,
FriendlyName = "Lee iPhone",
CurrentOperationMode = DeviceMode.Remote
};
return this.Json(newRequest);
}
private static IPTVLib.RequestModel.Response ProcessDevicesRequest(Request request, List<Device> devices, IPTVLib.RequestModel.Response response, IPTVLib.RequestModel.Request responseRequest)
{
var hosts = devices.Where(d => d.Mode == DeviceMode.Host).ToList();
var remotes = devices.Where(d => d.Mode == DeviceMode.Remote).ToList();
responseRequest.AccountName = request.AccountName;
responseRequest.Action = RequestAction.DeviceInfo;
responseRequest.DeviceGuid = request.DeviceGuid;
responseRequest.FriendlyName = request.FriendlyName;
responseRequest.RelatedHostIds = Device.GetDeviceIds(hosts);
responseRequest.RelatedRemoteIds = Device.GetDeviceIds(remotes);
responseRequest.CurrentOperationMode = request.CurrentOperationMode;
response.ActionDevices = devices.Where(d => d.Id.ToString() == request.DeviceGuid).ToList();
response.DataToSend = responseRequest;
response.Successful = true;
return response;
}
private static IPTVLib.RequestModel.Response PassThroughRequest(Request request, List<Device> devices, IPTVLib.RequestModel.Request responseRequest, IPTVLib.RequestModel.Response response)
{
responseRequest.AccountName = request.AccountName;
responseRequest.Action = request.Action;
responseRequest.DeviceGuid = request.DeviceGuid;
responseRequest.FriendlyName = request.FriendlyName;
responseRequest.Message = request.Message;
responseRequest.CurrentOperationMode = request.CurrentOperationMode;
response.DataToSend = responseRequest;
//Find all devices that the alert has been targeted at.
var devicesToNotify = new List<string>(); //Ids only
if (request.RelatedRemoteIds != null)
{
foreach (var remote in request.RelatedRemoteIds)
devicesToNotify.Add(remote.Key);
//devicesToNotify.AddRange(request.RelatedRemoteIds.Select(rri => rri.Key));
}//if
if (request.RelatedHostIds != null)
{
foreach (var remote in request.RelatedHostIds)
devicesToNotify.Add(remote.Key);
}//if
if (request.IncludeAllHosts)
{
var hosts = devices.Where(d => d.Mode == DeviceMode.Host);
devicesToNotify.AddRange(hosts.Select(r => r.Id.ToString()));
}//if
if (request.IncludeAllRemotes)
{
var remotes = devices.Where(d => d.Mode == DeviceMode.Remote);
devicesToNotify.AddRange(remotes.Select(r => r.Id.ToString()));
}//if
response.ActionDevices = devices.Where(d => devicesToNotify.Contains(d.Id.ToString())).ToList();
return response;
}
public Response()
{
ActionDevices = new List<Device>();
DataToSend = new Request();
FailReason = string.Empty;
}
