public void TestProperties()
{
using( var send = new TmMqSender( "TestProperties" ) )
{
var msg = new TmMqMessage();
msg.Text = "msg1";
msg.Properties.String = "string";
msg.Properties.Int = 1234;
msg.Properties.Complex = new Complex{ Prop1 = 1, PropD = 123.456, PropS = "abcdefg" };
send.Send( msg );
}
using( var recv = new TmMqReceiver( "TestProperties" ) )
{
var count = recv.CountPending();
Assert.AreEqual( 1, count, "Should be one pending item" );
ITmMqMessage recieved = recv.Receive().FirstOrDefault();
Assert.IsNotNull( recieved );
Assert.AreEqual( "msg1", recieved.Text );
Assert.AreEqual( "string", recieved.Properties.String, "Invalid recieved.Properties.String" );
Assert.AreEqual( 1234, recieved.Properties.Int, "Invalid recieved.Properties.Int" );
Assert.IsInstanceOfType( recieved.Properties.Complex, typeof(Complex) );
Assert.AreEqual( 1, recieved.Properties.Complex.Prop1, "Invalid recieved.Properties.Complex.Prop1" );
Assert.AreEqual( 123.456D, recieved.Properties.Complex.PropD, "Invalid recieved.Properties.Complex.PropD" );
Assert.AreEqual( "abcdefg", recieved.Properties.Complex.PropS, "Invalid recieved.Properties.Complex.PropS" );
}
}
public void TestSendBeforeReceiveStarted()
{
using( var send = new TmMqSender( "TestSendBeforeReceiveStarted" ) )
{
var msg = new TmMqMessage();
msg.Text = "msg1";
send.Send( msg );
}
using( var recv = new TmMqReceiver( "TestSendBeforeReceiveStarted" ) )
{
var count = recv.CountPending();
Assert.AreEqual( 1, count, "Should be one pending item" );
ITmMqMessage recieved = recv.Receive().FirstOrDefault();
Assert.IsNotNull( recieved );
Assert.AreEqual( "msg1", recieved.Text );
}
}
public void TestStartReceive()
{
using( var recv = new TmMqReceiver( "TestStartReceive" ) )
{
ITmMqMessage recieved = null;
using( var evt = new ManualResetEvent( false ) )
{
using( var send = new TmMqSender( "TestStartReceive" ) )
{
recv.StartReceiving( 1, m =>
{
recieved = m;
evt.Set();
} );
var msg = new TmMqMessage();
msg.Text = "msg1";
send.Send( msg );
}
evt.WaitOne( 500 );
}
Assert.IsNotNull( recieved );
Assert.AreEqual( "msg1", recieved.Text );
}
}
public void TestRedeliver()
{
using( var send = new TmMqSender( "TestRedeliver" ) )
{
var msg = new TmMqMessage();
msg.Text = "msg1";
send.Send( msg );
}
using( var recv = new TmMqReceiver( "TestRedeliver" ) )
{
var count = recv.CountPending();
Assert.AreEqual( 1, count, "Should be one pending item" );
ITmMqMessage recieved = null;
int retry = 0;
using( var evt = new ManualResetEvent( false ) )
{
recv.StartReceiving( 1, msg =>
{
if( retry++ == 0 )
{
throw new Exception( "fail " + retry );
}
recieved = msg;
evt.Set();
} );
evt.WaitOne( 5000 );
}
Assert.IsNotNull( recieved );
Assert.AreEqual( "msg1", recieved.Text );
Assert.AreEqual( 1, recieved.Errors.Count, "An error should have been logged" );
}
}
public void TestErrorQueue()
{
using( var send = new TmMqSender( "TestErrorQueue" ) )
{
var msg = new TmMqMessage();
msg.Text = "msg1 - fail";
send.Send( msg );
}
using( var recv = new TmMqReceiver( "TestErrorQueue" ) )
{
int fail = 0;
using( var evt = new ManualResetEvent( false ) )
{
recv.StartReceiving( 1, msg =>
{
if( fail++ == 2 )
{
evt.Set();
}
throw new Exception( "fail " );
} );
evt.WaitOne( 5000 );
}
}
using( var recv = new TmMqReceiver( "error" ) )
{
ITmMqMessage errorMsg = null;
using( var evt = new ManualResetEvent( false ) )
{
recv.StartReceiving( 1, msg =>
{
errorMsg = msg;
evt.Set();
} );
evt.WaitOne( 5000 );
}
Assert.IsNotNull( errorMsg );
Assert.AreEqual( "msg1 - fail", errorMsg.Text );
Assert.AreEqual( "TestErrorQueue", errorMsg.OriginalQueue );
}
}