/// <summary>
/// Initializes a new instance of the Push class.
/// </summary>
/// Initializes various data management classes.
public Push()
{
this.devMgr = new DeviceManager();
this.subscriptionMgr = new SubscriptionManager();
this.msgQueue = new PushMessageQueue();
this.subscriptionInfoMgr = new SubscriptionInfoManager();
}
/// <summary>
/// Initializes a new instance of the Push class.
/// </summary>
/// Initializes various data management classes.
public Push()
{
this.devMgr = new DeviceManager();
this.subscriptionMgr = new SubscriptionManager();
this.msgQueue = new PushMessageQueue();
this.subscriptionInfoMgr = new SubscriptionInfoManager();
}
/// <summary>
/// Obligator Run for the Azure worker role
/// </summary>
public override void Run()
{
Trace.WriteLine("APMWorkerRole run", "Information");
// Retrieve a reference to the messages queue
this.msgQueue = new PushMessageQueue();
Type enumType = typeof(MsgHelperLib.Messages.PushMessageType);
// Create our connection objects to two services.
// Create MPNSConnection to send the message immediately. Retry 3 times before logging error.
this.mpnsConnection = new MpnsConnection(WP7BatchingPolicy.Immediately, 3);
// Get the devicetype MPNS supports, only WP7
this.mpnsDevType = this.mpnsConnection.SupportedDeviceType;
// Get the type of messages it handles, toast, raw, tile and common
this.mpnsSupportedMessages = this.mpnsConnection.HandlesMessageTypes(Enum.GetValues(enumType));
// Create APNSConnection for Apple Push notification. Use Sandbox using certs and use 3 retries before logging error
this.apnsConnection = new ApnsConnection(true, ApnsP12File, ApnsP12FilePassword, 3);
// Get the type of device it support
this.apnsDevType = this.apnsConnection.SupportedDeviceType;
// Find the types of messages it supports. iPhone and Common types
this.apnsSupportedMessages = this.apnsConnection.HandlesMessageTypes(Enum.GetValues(enumType));
// Create APNSConnection for Apple Push notification. Use Sandbox using certs and use 3 retries before logging error
this.c2dmConnection = new C2dmConnection(3);
// Get the type of device it support
this.c2dmDevType = this.c2dmConnection.SupportedDeviceType;
// Find the types of messages it supports. iPhone and Common types
this.c2dmSupportedMessages = this.c2dmConnection.HandlesMessageTypes(Enum.GetValues(enumType));
// Create a new Azure logger and hook up all events the connections will raise.
this.logger = new AzureLogger();
this.apnsConnection.NotificationError += this.logger.ApnsConnectionError;
this.apnsConnection.DeviceIdFormatError += this.logger.ApnsConnectionIllegalDeviceId;
this.apnsConnection.NotificationFormatError += this.logger.ApnsConnectionNotificationFormatError;
this.apnsConnection.NotificationFailed += this.logger.ApnsConnectionNotificationFailed;
this.mpnsConnection.NotificationError += this.logger.MpnsConnectionError;
this.mpnsConnection.DeviceIdFormatError += this.logger.MpnsConnectionDeviceIdError;
this.mpnsConnection.NotificationFormatError += this.logger.MpnsConnectionNotificationError;
this.mpnsConnection.NotificationFailed += this.logger.MpnsConnectionNotificationFailed;
this.c2dmConnection.NotificationError += this.logger.C2dmConnectionError;
this.c2dmConnection.DeviceIdFormatError += this.logger.C2dmConnectionDeviceIdError;
this.c2dmConnection.NotificationFormatError += this.logger.C2dmConnectionNotificationError;
this.c2dmConnection.NotificationFailed += this.logger.C2dmConnectionNotificationFailed;
this.sds = new SubscriptionDataSource();
PushMessage pushMsg;
DateTime lastMsgCheckTime = DateTime.Now;
DateTime currentTime;
// in the worker loop
while (true)
{
// Sleep for the leftover time and dequeue a message and then process it. We sleep for at most "WorkerRoleLoopTime" in every cycle
currentTime = DateTime.Now;
int millSecForNextCheck = WorkerRoleLoopTime - currentTime.Subtract(lastMsgCheckTime).Milliseconds;
Thread.Sleep(millSecForNextCheck > 0 ? millSecForNextCheck : 0);
lastMsgCheckTime = DateTime.Now;
if ((pushMsg = this.msgQueue.Deque()) != null)
{
// Process will look at the message type and send it to appropriate connection
this.ProcessMessage(pushMsg);
Trace.WriteLine("APMWorkerRole Received message", "Information");
}
}
}
/// <summary>
/// Obligator Run for the Azure worker role
/// </summary>
public override void Run()
{
Trace.WriteLine("APMWorkerRole run", "Information");
// Retrieve a reference to the messages queue
this.msgQueue = new PushMessageQueue();
Type enumType = typeof(MsgHelperLib.Messages.PushMessageType);
// Create our connection objects to two services.
// Create MPNSConnection to send the message immediately. Retry 3 times before logging error.
this.mpnsConnection = new MpnsConnection(WP7BatchingPolicy.Immediately, 3);
// Get the devicetype MPNS supports, only WP7
this.mpnsDevType = this.mpnsConnection.SupportedDeviceType;
// Get the type of messages it handles, toast, raw, tile and common
this.mpnsSupportedMessages = this.mpnsConnection.HandlesMessageTypes(Enum.GetValues(enumType));
// Create APNSConnection for Apple Push notification. Use Sandbox using certs and use 3 retries before logging error
this.apnsConnection = new ApnsConnection(true, ApnsP12File, ApnsP12FilePassword, 3);
// Get the type of device it support
this.apnsDevType = this.apnsConnection.SupportedDeviceType;
// Find the types of messages it supports. iPhone and Common types
this.apnsSupportedMessages = this.apnsConnection.HandlesMessageTypes(Enum.GetValues(enumType));
// Create APNSConnection for Apple Push notification. Use Sandbox using certs and use 3 retries before logging error
this.c2dmConnection = new C2dmConnection(3);
// Get the type of device it support
this.c2dmDevType = this.c2dmConnection.SupportedDeviceType;
// Find the types of messages it supports. iPhone and Common types
this.c2dmSupportedMessages = this.c2dmConnection.HandlesMessageTypes(Enum.GetValues(enumType));
// Create a new Azure logger and hook up all events the connections will raise.
this.logger = new AzureLogger();
this.apnsConnection.NotificationError += this.logger.ApnsConnectionError;
this.apnsConnection.DeviceIdFormatError += this.logger.ApnsConnectionIllegalDeviceId;
this.apnsConnection.NotificationFormatError += this.logger.ApnsConnectionNotificationFormatError;
this.apnsConnection.NotificationFailed += this.logger.ApnsConnectionNotificationFailed;
this.mpnsConnection.NotificationError += this.logger.MpnsConnectionError;
this.mpnsConnection.DeviceIdFormatError += this.logger.MpnsConnectionDeviceIdError;
this.mpnsConnection.NotificationFormatError += this.logger.MpnsConnectionNotificationError;
this.mpnsConnection.NotificationFailed += this.logger.MpnsConnectionNotificationFailed;
this.c2dmConnection.NotificationError += this.logger.C2dmConnectionError;
this.c2dmConnection.DeviceIdFormatError += this.logger.C2dmConnectionDeviceIdError;
this.c2dmConnection.NotificationFormatError += this.logger.C2dmConnectionNotificationError;
this.c2dmConnection.NotificationFailed += this.logger.C2dmConnectionNotificationFailed;
this.sds = new SubscriptionDataSource();
PushMessage pushMsg;
DateTime lastMsgCheckTime = DateTime.Now;
DateTime currentTime;
// in the worker loop
while (true)
{
// Sleep for the leftover time and dequeue a message and then process it. We sleep for at most "WorkerRoleLoopTime" in every cycle
currentTime = DateTime.Now;
int millSecForNextCheck = WorkerRoleLoopTime - currentTime.Subtract(lastMsgCheckTime).Milliseconds;
Thread.Sleep(millSecForNextCheck > 0 ? millSecForNextCheck : 0);
lastMsgCheckTime = DateTime.Now;
if ((pushMsg = this.msgQueue.Deque()) != null)
{
// Process will look at the message type and send it to appropriate connection
this.ProcessMessage(pushMsg);
Trace.WriteLine("APMWorkerRole Received message", "Information");
}
}
}
