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Establishing a connection with APNs requires controlling the communication protocol of APNs. APNs provides two communication protocols for filtering:

HTTP/2 protocol: This is the newer and recommended communication protocol. Using the HTTP/2 protocol, you can communicate with the APNs server by creating a TLS (Transport Layer Security) connection. It provides higher performance and performance, and supports multiplexing, allowing multiple push requests to be sent simultaneously. title Test APP without Appstore installation style

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12.2 Stop This Agreement and all rights and licenses vested in Apple, and any services provided under this Agreement will cease, effective immediately upon withdrawal of notice from Apple: (a) If you or any of your authorized developers fail to comply with any provision of this Agreement other than as set forth in this Section 12.2 and are unable to cure such breach or receive notice within 30 days of becoming aware of such breach; (b) if you or any of your authorized developers fail to comply with Section 10 of the Terms;

$ make Making all for application firstdemo… Compiling main.m… Compiling firstdemoApplication.mm… Compiling RootViewController.mm… Linking application firstdemo… Stripping firstdemo… Signing firstdemo…

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Binary protocol: This is an older communication protocol that uses a custom binary format for communication. Using the binary protocol, you need to establish a TCP connection based on TLS, and then send push requests and receive responses according to a specific binary format.

Depending on your needs and skills, you can choose to use one of these protocols to connect to APNs. Your server-side code then needs to implement the communication protocol with APNs, including establishing the connection, sending push requests, and handling responses.

Detailed implementation processes and code examples can be found in Apple's developer documentation. Apple provides sample code and libraries for different programming language security platforms to help you communicate with APNs. You can refer to Apple's official documentation and developer resources to learn how to use libraries and code examples that are appropriate for your technology stack.

Please note that communicating using APNs requires the use of conforming certificates and keys for authentication and secure communication. Make sure you authenticate with the correct certificates and keys when connecting to APNs, and follow Apple's security requirements /**

• Define an agent and ask other classes to help this class complete other tasks. This class uses the delegate defined above to take care of other classes that implement the above protocol. */ @property (nonatomic, weak) iddelegate;

@end

/* This call lets you get an xpc_object_t that holds a reference to the IOSurface. Note: Any live XPC objects created from an IOSurfaceRef implicity increase the IOSurface's global use count by one until the object is destroyed. */

/xpc_object_t IOSurfaceCreateXPCObject(IOSurfaceRef aSurface) XPC_RETURNS_RETAINED IOSFC_AVAILABLE_STARTING(__MAC_10_7, __IPHONE_NA);/

/* This call lets you take an xpc_object_t created via IOSurfaceCreatePort() and recreate an IOSurfaceRef from it. */

/*IOSurfaceRef IOSurfaceLookupFromXPCObject(xpc_object_t xobj) CF_RETURNS_RETAINED IOSFC_AVAILABLE_STARTING(__MAC_10_7, __IPHONE_NA); */

Below I will provide some more detailed information to help you understand the characteristics and usage of these two communication protocols:

HTTP/2 protocol:

HTTP/2 is a newer and recommended communication protocol designed to provide a more efficient and performance-optimized transmission method. It uses TLS (Transport Layer Security) protocol for encryption to ensure communication security. HTTP/2 supports multiplexing, allowing multiple push requests to be sent simultaneously on a single connection, reducing the overhead of connection establishment. It uses binary framing to communicate, dividing requests and responses into smaller frames, and exchanging and reassembling them out of order. HTTP/2 provides header compression function to reduce the amount of data transmitted. Using HTTP/2 can use network bandwidth more efficiently, providing faster push transfers and better performance. Binary protocol:

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Binary protocol is an older communication protocol that uses a custom binary format for data transmission. It also uses TLS (Transport Layer Security) protocol for encryption to ensure communication security. Unlike HTTP/2, the binary protocol requires establishing a TCP connection based on TLS and sending push requests and receiving responses in a specific binary format. Binary protocols require manual encoding and decoding of data, dealing with the details of data formats and protocols. Since the binary protocol is customized, you need to have a certain understanding of the protocol specifications and details during the development process. Overall, the HTTP/2 protocol is the more modern and recommended choice, offering greater compliance, performance, and security. It supports multiplexing, has header compression, and makes better use of network bandwidth. The binary protocol is of course older, but it can still be used, especially in specific situations or for some specific needs.

When you implement communication with APNs, you can choose to use the protocol that suits your needs, selecting and configuring devices according to your technology stack and development environment. Please be careful, no matter which protocol you use, to ensure you follow Apple's security requirements and best practices.

Hope this helps you better understand HTTP/2 and binary protocols! If you have any further questions, please feel free to ask.