public void TestRemovePalindroms()
{
var tws = new WordSet(new string[] { "a", "dasd", "bssae", "edfde", "asgsa", "var", "qwse", "ewter" });
tws.RemovePalindroms();
Assert.AreEqual(tws.ToString(), "bssae->dasd->ewter->qwse->var");
}
static void Main(string[] args)
{
var ws1 = new WordSet(new string[] { "a", "dasd", "bssae", "edfde", "asgsa", "var", "qwse", "ewter" });
Console.WriteLine(@"WordSet by array: {0} Это исходный WordSet", ws1);
var ws2 = new WordSet(new string[0]);
var res = new WordSet(ws2, ws1);
Console.WriteLine(@"Новый WordSet из двух: {0}", res);
res.Delete("a");
Console.WriteLine(@"Удаляем ""a"": {0}", res);
res.Insert("a");
Console.WriteLine(@"Вставляем ""a"": {0}", res);
var r = res.newWordSetByWordLength(4);
Console.WriteLine(@"Из имеющегося WordSet получить новый, где длины слов 4(исходный при этом не меняется): {0}", r);
res.RemovePalindroms();
Console.WriteLine(@"Удалеяем полиндромы:n {0}", res);
var t = res.vowelDivide();
Console.WriteLine(@"WordSet с словами начинающимися на гласные: {0}", t[0]);
Console.WriteLine(@"WordSet с словами начинающимися на согласные: {0}", t[1]);
}
private Word CopyWordSet(WordSet ws)
{
var h = ws.Peek().Copy();
h.Next = null;
Fill(h, ws.Peek().Next);
return(h);
}
public void TestVowelDivide()
{
var tws = new WordSet(new string[] { "a", "dasd", "bssae", "edfde", "asgsa", "var", "qwse", "ewter" });
var t = tws.vowelDivide();
Assert.AreEqual(t[0].ToString(), "a->asgsa->edfde->ewter");
Assert.AreEqual(t[1].ToString(), "bssae->dasd->qwse->var");
}
public void TestDelete()
{
var tws = new WordSet(new string[] { "b", "d" });
tws.Delete("b");
tws.Delete("a");
Assert.AreEqual(tws.ToString(), "d");
}
public void TestInsert()
{
var tws = new WordSet(new string[] { "b", "d" });
tws.Insert("a");
tws.Insert("c");
tws.Insert("e");
tws.Insert("b");
Assert.AreEqual(tws.ToString(), "a->b->c->d->e");
}
public WordSet newWordSetByWordLength(int l)
{
var result = new WordSet();
Word temp = result.Peek();
foreach (Word e in this)
{
if (e.Data.Length == l)
{
InsertAfter(temp, e.Copy());
temp = temp.Next;
}
}
result._head = result._head.Next;
return(result);
}
public WordSet[] vowelDivide()
{
WordSet w1 = new WordSet(), w2 = new WordSet();
Word temp = _head, t1 = w1.Peek(), t2 = w2.Peek();
while (temp != null)
{
if (IsVowels(temp.Data))
{
InsertAfter(t1, temp.Copy());
t1 = t1.Next;
}
else
{
InsertAfter(t2, temp.Copy());
t2 = t2.Next;
}
temp = temp.Next;
}
w1._head = w1._head.Next;
w2._head = w2._head.Next;
return(new WordSet[] { w1, w2 });
}
public WordSet(WordSet w1, WordSet w2)
{
_head = w1.IsEmpty() ? CopyWordSet(w2) :
w2.IsEmpty() ? CopyWordSet(w1) : MergeWordSets(w1.Peek(), w2.Peek());
}
public void TestNewWordSetByWordLength()
{
var tws = new WordSet(new string[] { "a", "dasd", "bssae", "edfde", "asgsa", "var", "qwse", "ewter" });
Assert.AreEqual(tws.newWordSetByWordLength(4).ToString(), "dasd->qwse");
}