protected virtual void Dispose(bool disposing)
{
if (Disposed)
{
return;
}
if (disposing)
{
LastHttpClient?.Dispose();
_httpMessageHandler.Dispose();
}
Disposed = true;
}
private async Task RunHttpsAvailabilityTest(HttpClientConfiguration configuration, string hostname, int basePort)
{
try
{
var clientConfiguration = new HttpClientConfiguration(
useHttps: true,
configuration.SecurityRole,
configuration.Timeout,
configuration.VerificationMode,
configuration.SupplyClientCertificate
);
HttpMessageHandler messageHandler = null;
HttpClient httpsClient = null;
await ValidateReachability(hostname, basePort, fallbackOnProtocolError : false, clientFactory : _ =>
{
messageHandler = _httpMessageHandlerFactory(clientConfiguration);
httpsClient = CreateHttpClient(messageHandler, configuration.Timeout);
return(httpsClient, isHttps : true, isNewCreated : true); // the return value is ignored as this async task is not awaited
}, cancellationToken : CancellationToken.None);
lock (HttpClientLock)
{
var isEqual = LastHttpClient?.Equals(httpsClient).ToString() ?? "Null";
Log.Info(msg => msg("GetHttpClient created new HttpClient", unencryptedTags: new Tags
{
{ "debug.delay.newHttpClient", isEqual },
{ "debug.delay.method", "Reachability" }
})); // we expect this not to be equal ever
LastHttpClient = httpsClient;
LastHttpClientKey = new HttpClientConfiguration(
useHttps: true,
configuration.SecurityRole,
configuration.Timeout,
configuration.VerificationMode,
configuration.SupplyClientCertificate);
_httpMessageHandler = messageHandler;
}
}
