internal static HttpMessageHandler GetHttpMessageHandler()
{
var options = RuntimeOptions.Read();
// all types will be present as this is executed only when the linker is not enabled
var handler_name = options?.http_message_handler;
#if __WATCHOS__
if (handler_name != null && handler_name != NSUrlSessionHandlerValue)
{
Runtime.NSLog($"{handler_name} is not a valid HttpMessageHandler, defaulting to NSUrlSessionHandler");
}
return(new NSUrlSessionHandler());
#else
switch (handler_name)
{
case CFNetworkHandlerValue:
return(new CFNetworkHandler());
case NSUrlSessionHandlerValue:
return(new NSUrlSessionHandler());
default:
if (handler_name != null && handler_name != HttpClientHandlerValue)
{
Runtime.NSLog($"{handler_name} is not a valid HttpMessageHandler, defaulting to System.Net.Http.HttpClientHandler");
}
return(new HttpClientHandler());
}
#endif
}
internal static HttpMessageHandler GetHttpMessageHandler()
{
var options = RuntimeOptions.Read();
if (options == null)
{
return(new HttpClientHandler());
}
// all types will be present as this is executed only when the linker is not enabled
var handler_name = options.http_message_handler;
var t = Type.GetType(handler_name, false);
HttpMessageHandler handler = null;
if (t != null)
{
handler = Activator.CreateInstance(t) as HttpMessageHandler;
}
if (handler != null)
{
return(handler);
}
Console.WriteLine("{0} is not a valid HttpMessageHandler, defaulting to System.Net.Http.HttpClientHandler", handler_name);
return(new HttpClientHandler());
}
