Making a "reliable" UPD socket client/server connection? Close. 6. Posted by 6 years ago. Archived. Making a "reliable" UPD socket client/server connection? We're trying to make our own client/server with sockets, stackless and utilizing UDP. We want UDP because of its speed over TCP, and because, for some things, we don't care about
Reliable Business Solutions “Reliable Business Solutions has been our sole source for IT solutions for the last 10 years +. They allow us to have a full time IT staff without all the cost. On more than one occasion they saved us from sure disaster. Their monitoring services and network backup options give us piece of mind to perform our jobs without the worry of IT issues. Reliable Services communication overview - Azure Service How to use the Reliable Services communication APIs. 11/01/2017; 10 minutes to read +8; In this article. Azure Service Fabric as a platform is completely agnostic about communication between services. All protocols and stacks are acceptable, from UDP to HTTP. It's up to the service developer to choose how services should communicate.
Reliable-udp-protocol - Reliable UDP Protocol #opensource. We have collection of more than 1 Million open source products ranging from Enterprise product to small libraries in all platforms.
Reliable-udp-protocol - Reliable UDP Protocol
The UDP binding does not support reliable messaging because of the lightweight nature of the UDP protocol. If you need to confirm that messages are received by a remote endpoint, use a transport that supports reliable messaging like HTTP or TCP.
Making a "reliable" UPD socket client/server connection Making a "reliable" UPD socket client/server connection? Close. 6. Posted by 6 years ago. Archived. Making a "reliable" UPD socket client/server connection? We're trying to make our own client/server with sockets, stackless and utilizing UDP. We want UDP because of its speed over TCP, and because, for some things, we don't care about RFC 1151 - Version 2 of the Reliable Data Protocol (RDP) RFC 1151 RDP - Version 2 April 1990 The 8-bit port size is probably too small to support a large range of applications. Accordingly, the port size is now 16-bits. Port numbers less than 1024 are reserved for well-defined applications. Allocable ports begin at port number 1024.