private async Task CheckDiscoFeaturesDomainPartAsync(DiscoResponseMessage disco, string discoTarget)
{
AddFeaturesForTarget(disco.FEATURES, discoTarget);
DicoFeaturesDicovered?.Invoke(this, new DicoFeaturesDicoveredEventArgs(DISCO_INFO_RESULT[discoTarget], discoTarget));
if (CONNECTION.account.connectionConfiguration.disableMessageCarbons)
{
CONNECTION.account.CONNECTION_INFO.msgCarbonsState = MessageCarbonsState.DISABLED;
Logger.Info("No need to enable message carbons for '" + CONNECTION.account.getBareJid() + "' - message carbons are disabled.");
return;
}
// Check if the server supports 'XEP-0280: Message Carbons':
bool supportsCarbons = HasFeature(Consts.XML_XEP_0280_NAMESPACE, discoTarget);
if (supportsCarbons)
{
await CONNECTION.EnableMessageCarbonsAsync();
}
else
{
CONNECTION.account.CONNECTION_INFO.msgCarbonsState = MessageCarbonsState.NOT_SUPPORTED;
Logger.Warn("Unable to enable message carbons for '" + CONNECTION.account.getBareJid() + "' - not supported by the server.");
}
}
#pragma warning disable CS1998 // Async method lacks 'await' operators and will run synchronously
private async Task CheckDiscoFeaturesBareJidAsync(DiscoResponseMessage disco, string discoTarget)
#pragma warning restore CS1998 // Async method lacks 'await' operators and will run synchronously
{
AddFeaturesForTarget(disco.FEATURES, discoTarget);
DicoFeaturesDicovered?.Invoke(this, new DicoFeaturesDicoveredEventArgs(DISCO_INFO_RESULT[discoTarget], discoTarget));
}
