void SynonymsMappedCorrectly(SynonymTestData data)
{
// Load test BestBet object
string filePath = data.TestFilePath;
CancerGovBestBet testData = TestingTools.DeserializeXML <CancerGovBestBet>(filePath);
// Put the expected matches into a dictionary for fast lookup.
Dictionary <string, BestBetsMatch> dictExpectedMatches = new Dictionary <string, BestBetsMatch>();
foreach (BestBetsMatch item in data.ExpectedMatches)
{
dictExpectedMatches.Add(item.Synonym, item);
}
// Create a BestBetMapper from a test BestBet.
BestBetSynonymMapper mapper = new BestBetSynonymMapper(
GetTokenizerServiceForData(data),
testData
);
Assert.All(mapper, match => {
string synonym = match.Synonym;
Assert.True(dictExpectedMatches.ContainsKey(synonym));
Assert.Equal(dictExpectedMatches[synonym], match, new BestBetsMatchComparer());
});
}
private ITokenAnalyzerService GetTokenizerServiceForData(SynonymTestData data)
{
Mock <ITokenAnalyzerService> mockTokenService = new Mock <ITokenAnalyzerService>();
mockTokenService
.Setup(ts => ts.GetTokenCount(
It.IsAny <string>()
))
.Returns((string input) =>
{
return(data.GetTokenCount(input));
});
return(mockTokenService.Object);
}
void CorrectNumberOfSynonymsFound(SynonymTestData data)
{
// Load test BestBet object
string filePath = data.TestFilePath;
CancerGovBestBet testData = TestingTools.DeserializeXML <CancerGovBestBet>(filePath);
int expectedCount = data.ExpectedMatches.Count();
// Create a BestBetMapper from a test BestBet.
BestBetSynonymMapper mapper = new BestBetSynonymMapper(
GetTokenizerServiceForData(data),
testData
);
int actualCount = mapper.Count();
// Verify that returned list of BestBetMatch objects matches what's expected.
Assert.Equal(expectedCount, actualCount);
}
