// This tests the language engine BestDecision method will return the correct index given
// a matching second option when using the KMP Comparison.
public void LanguageEngineBestDecisionPassesGivenSecondMatchKMPcomp()
{
LangE = new GameObject();
LangE.AddComponent <LanguageEngine>();
Leng = LangE.GetComponent <LanguageEngine>();
List <string> treemock = new List <string> {
"Hello", "You there", "Let's go there"
};
Leng.KMPComparison = true;
int expectedbest = Leng.BestDecision("You there", treemock);
// Debug.Log(expectedbest);
Assert.AreEqual(expectedbest, 1);
}
// This tests the language engine Best Decision should return -1 given that there
// is no match using word Comparison.
public void LanguageEngineBestDecisionPassesGivenNoMatchwordcomp()
{
LangE = new GameObject();
LangE.AddComponent <LanguageEngine>();
Leng = LangE.GetComponent <LanguageEngine>();
List <string> treemock = new List <string> {
"Hello", "You then", "Let's go then"
};
Leng.wordComparison = true;
Leng.KMPComparison = false;
Assert.That(() => Leng.BestDecision("Friday", treemock), Throws.Exception);
}
// This tests the language engine BestDecision method will return the correct index given
// an edge case when using the KMP Comparison.
public void LanguageEngineBestDecisionPassesGivenPartialEdgeCase1MatchKMPcomp()
{
LangE = new GameObject();
LangE.AddComponent <LanguageEngine>();
Leng = LangE.GetComponent <LanguageEngine>();
List <string> treemock = new List <string> {
"Hello I am not feeling so well", "Hello I am feeling well today",
"Hello I am not felling well today"
};
Leng.KMPComparison = true;
Leng.wordComparison = false;
int expectedbest = Leng.BestDecision("Hello I am not well", treemock);
// Debug.Log(expectedbest);
Assert.AreEqual(0, expectedbest);
}
// This tests the language engine BestDecision method will return the correct index given
// a partiallly matching edge case option when using the KMP Comparison.
//
public void LanguageEngineBestDecisionPassesGivenPartialEdgeCase2MatchKMPcomp()
{
LangE = new GameObject();
LangE.AddComponent <LanguageEngine>();
Leng = LangE.GetComponent <LanguageEngine>();
List <string> treemock = new List <string> {
"Hello Doctor I might have an issue here , my hand is broken", "my hand is in pain",
"I think my hand is not broken"
};
Leng.KMPComparison = true;
Leng.wordComparison = false;
int expectedbest = Leng.BestDecision("I might have broken my hand", treemock);
// Debug.Log(expectedbest);
Assert.AreEqual(expectedbest, 0);
}
// This tests the language engine BestDecision method will return the correct index given
// a matching second option when using the KMP Comparison.
public void LanguageEngineBestDecisionPassesGivenFirstMatchKMPcomp()
{
LangE = new GameObject();
LangE.AddComponent <LanguageEngine>();
Leng = LangE.GetComponent <LanguageEngine>();
List <string> treemock = new List <string> {
"Hello", "You there", "Let's go there"
};
// Allows KMP algorithm for comparison
Leng.KMPComparison = true;
// Ensures only KMP algorithm is useds
Leng.wordComparison = false;
int expectedbest = Leng.BestDecision("Hello", treemock);
// Debug.Log(expectedbest);
Assert.AreEqual(expectedbest, 0);
}
// This tests the language engine Best Decision should return -1 given that there
// is no match using KMP Comparison.
public void LanguageEngineBestDecisionPassesGivenNoMatchKMPcomp()
{
LangE = new GameObject();
LangE.AddComponent <LanguageEngine>();
Leng = LangE.GetComponent <LanguageEngine>();
List <string> treemock = new List <string> {
"Hello", "You then", "Let's go then"
};
Leng.wordComparison = false;
Leng.KMPComparison = true;
// Debug.Log(expectedbest);
//Assert.AreEqual(expectedbest, -1);
Assert.Throws <NoBestDecision>(() =>
{
int expectedbest = Leng.BestDecision("Friday", treemock);
});
}
// This tests the language engine BestDecisionMethod will return the correct index given
// a matching first option when using word Comparison.
public void LanguageEngineBestDecisionPassesGivenFirstMatchwordcomp()
{
LangE = new GameObject();
LangE.AddComponent <LanguageEngine>();
Leng = LangE.GetComponent <LanguageEngine>();
List <string> treemock = new List <string> {
"Hello", "You there", "Let's go there"
};
// Sets the word comparison to true to initiate wordComparison method
Leng.wordComparison = true;
// Ensures KMP does not interfere
Leng.KMPComparison = false;
int expectedbest = Leng.BestDecision("Hello", treemock);
// Debug.Log(expectedbest);
Assert.AreEqual(expectedbest, 0);
// Use the Assert class to test conditions
}