public void TestFilterChainT1()
{
var filter = new CatLib.FilterChain.FilterChain();
var chain = filter.Create <string>();
var data = "123";
var isCall = false;
chain.Add((inData, next) =>
{
if (inData == data)
{
isCall = true;
}
next(inData);
});
chain.Add((in1Data, next) =>
{
next(in1Data);
});
var completeCall = false;
chain.Do(data, (in1) =>
{
completeCall = true;
});
Assert.AreEqual(2, chain.FilterList.Length);
Assert.AreEqual(true, isCall);
Assert.AreEqual(true, completeCall);
}
public void NoFilterChainCallT1()
{
var filter = new CatLib.FilterChain.FilterChain();
var chain = filter.Create <string>();
var isCall = false;
chain.Do("", (i) =>
{
isCall = !isCall;
});
chain.Do("");
Assert.AreEqual(true, isCall);
}
public void RecursiveCallChain()
{
var filter = new CatLib.FilterChain.FilterChain();
var chain = filter.Create <string>();
var data = "123";
var isCall = false;
chain.Add((inData, next) =>
{
if (inData == data)
{
isCall = !isCall;
}
if (isCall)
{
chain.Do(data, (in1) =>
{
});
}
next(inData);
});
chain.Add((in1Data, next) =>
{
next(in1Data);
});
var completeCall = false;
chain.Do(data, (in1) =>
{
completeCall = true;
});
Assert.AreEqual(false, isCall);
Assert.AreEqual(true, completeCall);
}
public void TestFilterChainT1T2T3()
{
var filter = new CatLib.FilterChain.FilterChain();
var chain = filter.Create <string, string, string>();
var data1 = "123";
var data2 = "222";
var data3 = "333";
var isCall = false;
chain.Add((in1Data, in2Data, in3Data, next) =>
{
if (in1Data == data1 && in2Data == data2 && in3Data == data3)
{
isCall = true;
}
next(in1Data, in2Data, in3Data);
});
chain.Add((in1Data, in2Data, in3Data, next) =>
{
next(in1Data, in2Data, in3Data);
});
var completeCall = false;
chain.Do(data1, data2, data3, (in1, in2, in3) =>
{
completeCall = true;
});
Assert.AreEqual(2, chain.FilterList.Length);
Assert.AreEqual(true, isCall);
Assert.AreEqual(true, completeCall);
}
