public void Perform_MultiMessagesTest()
{
Variables variables = new Variables();
ThenDelimitText thenDelimitText = new ThenDelimitText();
ProxyInfo proxyInfo = new ProxyInfo();
proxyInfo.Delimiters.Add("\n");
Mock <ProxyConnection> mockProxyConnection = new Mock <ProxyConnection>(It.IsAny <ProxyHost>(), It.IsAny <ProxyInfo>(), It.IsAny <TcpClient>());
Mock <RulesEngine> rulesEngineMock = new Mock <RulesEngine>()
{
CallBase = true
};
rulesEngineMock.Setup(engine => engine.OnUpdate());
mockProxyConnection.SetupGet(mock => mock.ProxyInfo).Returns(proxyInfo);
List <string> expectedTexts = new List <string>()
{
":[email protected] NOTICE Trex : ACCESS Modify the list of authorized addresses",
":[email protected] NOTICE Trex: SET Set options, including kill protection",
":[email protected] NOTICE Trex: DROP Cancel the registration of a nickname",
""
};
EventInfo eventInfo = new EventInfo()
{
Message = new Message()
{
Complete = false,
TextEncoding = Encoding.UTF8,
RawText = string.Join("\n", expectedTexts)
},
Type = EventType.Message,
Variables = variables,
Engine = rulesEngineMock.Object,
ProxyConnection = mockProxyConnection.Object
};
thenDelimitText.Perform(eventInfo);
Assert.AreEqual(eventInfo.Engine.Queue.TakeFirst().Message.ToString(), expectedTexts[0]);
Assert.AreEqual(eventInfo.Engine.Queue.TakeFirst().Message.ToString(), expectedTexts[1]);
Assert.AreEqual(eventInfo.Engine.Queue.TakeFirst().Message.ToString(), expectedTexts[2]);
}
public void Perform_MulitPartialMessagesTest()
{
Variables variables = new Variables();
ThenDelimitText thenDelimitText = new ThenDelimitText();
string firstPartial = ":[email protected] NOTICE Trex : ";
string lastPartial = "\n";
List <string> expectedTexts = new List <string>()
{
" ACCESS Modify the list of authorized addresses",
":[email protected] NOTICE Trex: SET Set options, including kill protection",
":[email protected] NOTICE Trex: DROP Cancel the registration of a nickname",
};
Mock <ProxyInfo> mockProxyInfo = new Mock <ProxyInfo>()
{
CallBase = true
};
Mock <ProxyConnection> mockProxyConnection = new Mock <ProxyConnection>(It.IsAny <ProxyHost>(), It.IsAny <ProxyInfo>(), It.IsAny <TcpClient>());
Mock <RulesEngine> mockRulesEngine = new Mock <RulesEngine>()
{
CallBase = true
};
mockProxyConnection.Setup(mock => mock.ProxyInfo).Returns(mockProxyInfo.Object);
mockProxyInfo.Setup(mock => mock.UseDelimiter).Returns(true);
mockRulesEngine.Setup(mock => mock.OnUpdate());
mockProxyInfo.Object.Delimiters.Add("\n");
List <EventInfo> events = new List <EventInfo>()
{
new EventInfo()
{
Message = new Message()
{
Complete = false,
TextEncoding = Encoding.UTF8,
RawText = firstPartial
},
Type = EventType.Message,
Variables = variables,
Engine = mockRulesEngine.Object,
ProxyConnection = mockProxyConnection.Object
},
new EventInfo()
{
Message = new Message()
{
Complete = false,
TextEncoding = Encoding.UTF8,
RawText = string.Join("\n", expectedTexts)
},
Type = EventType.Message,
Variables = variables,
Engine = mockRulesEngine.Object,
ProxyConnection = mockProxyConnection.Object
},
new EventInfo()
{
Message = new Message()
{
Complete = false,
TextEncoding = Encoding.UTF8,
RawText = lastPartial
},
Type = EventType.Message,
Variables = variables,
Engine = mockRulesEngine.Object,
ProxyConnection = mockProxyConnection.Object
}
};
thenDelimitText.Perform(events[0]);
thenDelimitText.Perform(events[1]);
Assert.AreEqual(mockRulesEngine.Object.Queue.TakeFirst().Message.ToString(), firstPartial + expectedTexts[0]);
Assert.AreEqual(mockRulesEngine.Object.Queue.TakeFirst().Message.ToString(), expectedTexts[1]);
thenDelimitText.Perform(events[2]);
Assert.AreEqual(mockRulesEngine.Object.Queue.TakeFirst().Message.ToString(), expectedTexts[2]);
}
public string DelimitText(EventInfo eventInfo)
{
ThenDelimitText then = new ThenDelimitText();
return(then.Perform(eventInfo).ToString());
}