public void CalculateQuantMultiTest()
{
relationships.Setup(item => item.Inverted)
.Returns((IWordItem)null);
relationships.Setup(item => item.PriorQuants)
.Returns(
new List <IWordItem>
{
new TestWordItem("Word")
{
QuantValue = 10,
},
new TestWordItem("Word")
{
QuantValue = 2,
}
});
var value = SentimentValue.CreateGood(wordItem.Object);
var target = new SentimentCalculator(value);
var result = (double)target.InvokeMethod("CalculateQuant");
Assert.AreEqual(6, result);
}
private SentimentValue ResolveSentiment()
{
var sentimentValue = handler?.MeasureSentiment(Owner);
if (Owner.IsInvertor &&
!Owner.IsUsedInSentiment())
{
if (handler?.Context.DisableFeatureSentiment == true)
{
return(null);
}
// is something inverted, but unknown to us
if (sentimentValue != null)
{
return(sentimentValue);
}
return(SentimentValue.CreateInvertor(Owner));
}
if (sentimentValue == null)
{
return(null);
}
sentimentValue = new SentimentCalculator(sentimentValue).Calculate();
return(sentimentValue);
}
public void SentimentCalculatorConstructorTest()
{
IWordItem invertor = new TestWordItem(String.Empty);
relationships.Setup(item => item.Inverted)
.Returns(invertor);
relationships.Setup(item => item.PriorQuants)
.Returns(new List <IWordItem>());
var value = SentimentValue.CreateGood(wordItem.Object);
var target = new SentimentCalculator(value);
Assert.AreEqual(wordItem.Object, target.GetField <IWordItem>("wordItem"));
Assert.AreEqual(value, target.GetField <SentimentValue>("sentimentValue"));
}
public void CalculateInvertTest()
{
IWordItem invertor = new TestWordItem("Invert");
relationships.Setup(item => item.Inverted)
.Returns(invertor);
relationships.Setup(item => item.PriorQuants)
.Returns(new List <IWordItem>());
var value = SentimentValue.CreateGood(wordItem.Object);
var target = new SentimentCalculator(value);
var result = target.Calculate();
Assert.AreEqual(-1, result.DataValue.Value);
}
public void CalculateSmallQuantTest()
{
relationships.Setup(item => item.Inverted)
.Returns((IWordItem)null);
relationships.Setup(item => item.PriorQuants)
.Returns(
new List <IWordItem>
{
new TestWordItem("Quant")
{
QuantValue = 0.5
}
});
var value = SentimentValue.CreateGood(wordItem.Object);
var target = new SentimentCalculator(value);
var result = target.Calculate();
Assert.AreEqual(0.5, result.DataValue.Value);
}
/////////////////////////////////////////////////////////////////////////////////////
public HomeController(IOptions <TwitterCrawlerConfig> config)
{
posTagger = new PosTagger();
twitterCrawler = new TwitterCrawler(config);
tokenizer = new Tokenizer();
tokenAnalyser = new TokenAnalyser();
tweetAnalyser = new TweetAnalyser();
wordRater = new WordRater();
sentimentCalculator = new SentimentCalculator();
preprocessor = new Preprocessor();
parseTreeAnalyser = new ParseTreeAnalyser();
networkSendClientSocket = new NetworkClientSocket(NetworkSendClientPort, NetworkClientHost);
networkReceiveClientSocket = new NetworkClientSocket(NetworkReceiveClientPort, NetworkClientHost);
serializer = new Serializer();
deserializer = new Deserializer();
tester = new Tester();
}
public void CalculateQuantInvertor()
{
var invertor = new TestWordItem(String.Empty);
relationships.Setup(item => item.Inverted)
.Returns(invertor);
relationships.Setup(item => item.PriorQuants)
.Returns(
new List <IWordItem>
{
new TestWordItem("Word")
{
QuantValue = 10,
}
});
var value = SentimentValue.CreateGood(wordItem.Object);
var target = new SentimentCalculator(value);
var result = (double)target.InvokeMethod("CalculateQuant");
Assert.AreEqual(10, result);
}