public ManagerImageReference(CMConfigurationSection config)
{
TemplateFields = new DispatchedObservableCollection <ManagerTemplateField>();
Config = config;
IndexOffset = 0;
ImageVariants = new List <ImageVariant>();
}
public WorkerContext()
{
_config = (CMConfigurationSection)ConfigurationManager.GetSection("CMConfiguration");
#region INPUTS
// Open Connection to INBOUND MQ
foreach (InputConfiguration input in _config.InputConfigurations)
{
switch (input.Type.ToUpper())
{
case "MQ":
{
var amquri = input.MQUri;
var amqinQueue = input.MQQueue;
var dataInConnection = new AMQQueueConsumer(amquri, amqinQueue, this);
dataInConnection.ConnectAsync();
// TODO Catch hand handle connection exceptions and reconnect
_disposables.Add(dataInConnection);
}
break;
//case "HTTP":
// {
// var httpBindIp = input.BindIp;
// var httpBindPort = input.BindPort;
// var dataInHttpServer = new CMHttpServer(httpBindIp, httpBindPort, this);
// dataInHttpServer.Start();
// _disposables.Add(dataInHttpServer);
// }
// break;
// TODO Handle and log default
}
}
#endregion INPUTS
#region OUTPUTS
// Open Connection to OUTBOUND MQ if enabled and URI defined
var amqDispatchUri = _config.OutputConfiguration.DispatchMQConfiguration.MQUri;
if (_config.OutputConfiguration.EnableDataDispatchMQ && !string.IsNullOrEmpty(amqDispatchUri))
{
var amqoutqueue = _config.OutputConfiguration.DispatchMQConfiguration.MQQueue;
var dataOutConnection = new AMQQueuePublisher(amqDispatchUri, amqoutqueue);
dataOutConnection.ConnectAsync();
_publishers.Add(dataOutConnection);
// TODO Catch hand handle connection exceptions and reconnect
_disposables.Add(dataOutConnection);
}
#endregion OUTPUTS
}
