public void Initialize()
{
string[] testConfigBuffer = { "" };
string[] testReaderBuffer = { "" };
_testRepository = new TestRepository(testConfigBuffer, testReaderBuffer);
_reader = new TotalTempReader(_testRepository);
}
public void MillimanReader_MultipleRule_VariableNotExist_Integration_Test()
{
string[] multipleRuleConfig =
{
"CashPrem MinValue LastValue",
"AvePolLoanYield MaxValue MaxValue",
"test Minvalue MinValue",
"ResvAssumed Average MinValue",
};
string[] expectedOutput =
{
"CashPrem MinValue 84655914.86",
"AvePolLoanYield MaxValue 0.04",
"test Minvalue No values found",
"ResvAssumed Average -36815937.17"
};
TestRepository testRepository = new TestRepository(multipleRuleConfig, totalTempFile);
ConfigReader configReader = new ConfigReader(testRepository, configRuleFactory);
TotalTempReader totalTempReader = new TotalTempReader(testRepository);
var program = new MillimanReader(testRepository, configReader, totalTempReader);
program.RunReader();
CollectionAssert.AreEqual(testRepository.OutputResult, expectedOutput);
}
public void MillimanReader_SingleRule_Average_MaxValue_Integration_Test()
{
string[] singleRuleConfig = { "CashPrem Average MaxValue" };
string[] expectedOutput =
{
"CashPrem Average 134444848.07"
};
TestRepository testRepository = new TestRepository(singleRuleConfig, totalTempFile);
ConfigReader configReader = new ConfigReader(testRepository, configRuleFactory);
TotalTempReader totalTempReader = new TotalTempReader(testRepository);
var program = new MillimanReader(testRepository, configReader, totalTempReader);
program.RunReader();
CollectionAssert.AreEqual(testRepository.OutputResult, expectedOutput);
}