public void GetDay()
{
PluginTellBirthday _Tell = new PluginTellBirthday();
List<Word> wlist = new List<Word>();
Word w1 = new Word("Welcher");
Word w2 = new Word("Tag");
w2.Type = 'N';
Word w3 = new Word("Geburtstag");
w3.Type = 'N';
Word w4 = new Word("am");
Word w5 = new Word("31/12/2000");
w5.Type = 'N';
Word w6 = new Word("?");
wlist.Add(w1);
wlist.Add(w2);
wlist.Add(w3);
wlist.Add(w4);
wlist.Add(w5);
wlist.Add(w6);
string answ = _Tell.CalculateSentence(wlist);
Console.WriteLine(answ);
Assert.That(answ == "Der 31/12/2000 war ein Sunday!" || answ == "Der 31/12/2000 war ein Sunday! \nOh, du hast heute Geburtstag. Ich wünsche dir alles Gute!");
}
public void GetLastPriorityTest()
{
Word w1 = new Word("Straßen");
w1.Type = 'S';
wordlist.Add(w1);
Word w2 = new Word("sind");
w2.Type = 'V';
wordlist.Add(w2);
Word w3 = new Word("Straßen");
w3.Type = 'N';
wordlist.Add(w3);
Word w4 = new Word("Kind");
w4.Type = 'N';
wordlist.Add(w4);
Word w5 = new Word("!");
w5.Type = 'M';
wordlist.Add(w5);
int prior = navi.GetPriority(wordlist);
Assert.AreEqual(2, prior);
}
public void GetAPriorityTest()
{
Word w1 = new Word("Wo");
w1.Type = 'Q';
wordlist.Add(w1);
Word w2 = new Word("ist");
w2.Type = 'V';
wordlist.Add(w2);
Word w3 = new Word("die");
w3.Type = 'R';
wordlist.Add(w3);
Word w4 = new Word("Alserstrasse");
w4.Type = 'N';
wordlist.Add(w4);
Word w5 = new Word("?");
w5.Type = 'M';
wordlist.Add(w5);
int prior = navi.GetPriority(wordlist);
Assert.AreEqual(10, prior);
}
public void GetAnotherPriorityTest()
{
Word w1 = new Word("Ich");
w1.Type = 'S';
wordlist.Add(w1);
Word w2 = new Word("habe");
w2.Type = 'V';
wordlist.Add(w2);
Word w3 = new Word("eine");
w3.Type = 'X';
wordlist.Add(w3);
Word w4 = new Word("Straße");
w4.Type = 'N';
wordlist.Add(w4);
Word w5 = new Word("!");
w5.Type = 'M';
wordlist.Add(w5);
int prior = navi.GetPriority(wordlist);
Assert.AreEqual(2, prior);
}
public void GetPriorityTest()
{
List<Word> _wlist = new List<Word>();
Word w1 = new Word("Meine");
Word w2 = new Word("Familie");
w2.Type = 'N';
Word w3 = new Word("ist");
Word w4 = new Word("mir");
Word w5 = new Word("wichtig");
Word w6 = new Word(".");
_wlist.Add(w1);
_wlist.Add(w2);
_wlist.Add(w3);
_wlist.Add(w4);
_wlist.Add(w5);
_wlist.Add(w6);
int prior = _Psych.GetPriority(_wlist);
Assert.AreEqual(5, prior);
}
public void GetAnotherPriorityTest()
{
List<Word> _wlist = new List<Word>();
Word w1 = new Word("Mein");
Word w2 = new Word("Hund");
w2.Type = 'N';
Word w3 = new Word("gehört");
Word w4 = new Word("zur");
Word w5 = new Word("Familie");
w5.Type = 'N';
Word w6 = new Word(".");
_wlist.Add(w1);
_wlist.Add(w2);
_wlist.Add(w3);
_wlist.Add(w4);
_wlist.Add(w5);
_wlist.Add(w6);
int prior = _Psych.GetPriority(_wlist);
Assert.AreEqual(10, prior);
}
/* Split sentence and add it to List<Word> AnalysedWords */
public void SplitSentence(string sentence)
{
//pass and split sentence
char mark; //punctuation mark
int len = 0;
len = sentence.Length;
//save punctuation mark
if (sentence.LastIndexOf('.') == len - 1) { mark = '.'; }
else if (sentence.LastIndexOf('?') == len - 1) { mark = '?'; }
else if (sentence.LastIndexOf('!') == len - 1) { mark = '!'; }
else
{
string errmsg = "Der Satz endet nicht mit einem '.', '!' oder '?' - woher soll ich wissen, was du meinst?";
throw new InvalidSentenceException(errmsg);
}
char[] seps = { ' ', '.', '?', '!' };
string[] words = sentence.Split(seps);
//create word-instance for each word and save it into list
AnalysedWords = new List<Word>();
int pos = 0;
foreach(string w in words)
{
Word nword = new Word(w);
nword.Position = pos++;
nword.Type = this.GetType(nword, mark);
AnalysedWords.Add(nword);
}
//remove newline - add punctuation mark instead
Word punct = new Word(mark.ToString());
punct.Type = 'M';
punct.Position = pos-1;
AnalysedWords.RemoveAt(AnalysedWords.Count-1);
AnalysedWords.Add(punct);
}
/* Try to guess type of word and save it in variable "Type" */
/* S...subject, N...noun, V...Verb, A...adjective, R...article, P...preposition, M...Punctuation Mark, Q...Question word, C...Math(Calc) */
/* Not found - 'X' */
private char GetType(Word w, char mark)
{
// will be the case at the last word (is deleted later)
if (w.Value.Length == 0)
{ return 'X'; }
// save first character and then make everything lowercase
char firstletter = w.Value[0];
// add mathematical symbols
if (firstletter == '+' || firstletter == '-' || firstletter == '*' || firstletter == '/')
{ return 'C'; }
else if (_Subject.Contains(w.Value.ToLower()))
{ return 'S'; }
// if first letter is uppercase and word is at position 1 -> Subject!
else if (w.Value[0] == char.ToUpper(firstletter) && w.Position == 1)
{ return 'S'; }
// if first letter is uppercase -> noun
else if (w.Value[0] == char.ToUpper(firstletter) && w.Position != 0)
{ return 'N'; }
else if (_QuestionWords.Contains(w.Value.ToLower()) && mark == '?')
{ return 'Q'; }
else if (_Articles.Contains(w.Value.ToLower()) && mark == '.')
{ return 'R'; }
else if (_Articles.Contains(w.Value.ToLower()) && mark == '?' && w.Position != 0)
{ return 'R'; }
else { return 'X'; }
}
public void SearchTest()
{
List<Word> wordlist = new List<Word>();
Word w1 = new Word("Wo");
w1.Type = 'Q';
Word w2 = new Word("ist");
w2.Type = 'X';
Word w3 = new Word("Merzenstein");
w3.Type = 'N';
Word w4 = new Word("?");
w4.Type = 'M';
wordlist.Add(w1);
wordlist.Add(w2);
wordlist.Add(w3);
wordlist.Add(w4);
_Navi.LoadMap();
string answer = _Navi.CalculateSentence(wordlist);
Assert.That(answer.Contains("Zwettl"));
Console.WriteLine(answer);
}
