Now to start capturing packets, just select the interface (in my case interface ens33) and click on the Start capturing packets icon as marked in the screenshot below. Here, I listed only the Wired network interfaces. You can choose to show specific types of interfaces in the welcome screen from the marked section of the screenshot below. There are many types of interfaces you can monitor using Wireshark, for example, Wired, Wireless, USB and many external devices. Return you start Wireshark, you will see a list of interfaces that you can capture packets to and from. RequestTicketResponse response = serviceProxy.RequestTicket(request) RequestTicketRequestBody requestBody = new RequestTicketRequestBody(xmlRequest) RequestTicketRequest request = new RequestTicketRequest() If (RuntimeEnvironment.OperatingSystemPlatform = Platform.Windows)į = new X509Certificate2(mySettings.PrivateKeyWindowsPath, mySettings.PfxPass) į = new X509Certificate2(mySettings.ClientPrivateKeyUnixPath, mySettings.PfxPass)
Var baseAddress = new Uri(mySettings.ClientUrl) įactory = new ChannelFactory(binding, new EndpointAddress(baseAddress)) Here's the code: var binding = new BasicHttpBinding() ī = BasicHttpSecurityMode.Transport ī = HttpClientCredentialType.Certificate I've also loaded the certificate portions of the PFX into ca-certs. I've tried using openssl to export PEM and CRT files and referenced those in addition to the way the code is configured now (pfx w/ password).
No communication happens for 100 seconds and then the app throws a timeout exception. A Netstat trace shows that only 1 byte of data was sent to the remote service on 443. On Ubuntu 14.04, everything works except for one SOAP request to a vendor that uses a client certificate for authentication. All - I've written a dotnet core API set that functions perfectly on windows.
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