![]() ![]() However the fact is with no monitoring tool available which monitors the open socket count, you will never be able to know the number of open socket connections for your app service plan unless requested from Microsoft. Thanks to the blog which explains about the same problem. Some of the common external dependencies in modern cloud world are: With the above data from MS at least you would be able to know where the problem lies and can review the app again.įor your web apps, you can at least review the code (ensuring it doesn't happen to your azure web apps) where you are handing the connection with external entities. It clearly indicates that Web App 1 worker process is not reusing the connection pool and creating new connections hitting the overall limit of the app service plan. On further request, MS gave us a table of apps under the app service place and their open socket connection count. What? How the heck we know that? As of when i am writing, below were the connection limits given my MS. ![]() We opened a case with Microsoft and upon investigation they told us that your App Service Plan (running on Standard S1 2 Instances) are hitting the outbound connection limit. IPAddress& address, ConnectSocketState state, IAsyncResult asyncResult, Exception& exception) +464 To generate the necessary traffic, we will use ncftpput and ncftpget (both tools are available by installing ncftp) on the client ( CentOS server dev1: 192.168.0.17 ), and vsftpd on the server ( Debian dev2: 192.168. (Boolean connectFailure, Socket s4, Socket s6, Socket& socket, In this article, we will explain how to limit the network bandwidth used by applications in a Linux server with a trickle. DoConnect(EndPoint endPointSnapshot, SocketAddress socketAddress) +208 Few days back I ran into a problem where our production azure web apps were throwing below error: ![]()
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