public void DoesNotConvertNumberWithTwoSignsReversed()
{
const string testWord = "-+10000";
Assert.Throws <InvalidOperationException>(() => StringFiltering.ConvertToInt(testWord));
}
public void GeneratePalindromesGeneratesPalindromePartitionsOfString()
{
const string testWord = "aabaac";
Assert.Equal(new[] { "a", "a", "b", "a", "a", "c", "aa", "aa", "aba", "aabaa" }, StringFiltering.GeneratePalindromes(testWord));
}
public void GeneratePalindromesThrowsNullStringException()
{
Assert.Throws <ArgumentNullException>(() => StringFiltering.GeneratePalindromes(null));
}
public void DoesNotConvertNumberWithLetters()
{
const string testWord = "10000b";
Assert.Throws <InvalidOperationException>(() => StringFiltering.ConvertToInt(testWord));
}
public void CheckVowelsAndConsonantsNumber()
{
const string testWord = "abcdef";
Assert.Equal((2, 4), StringFiltering.CountVowelsAndConsonants(testWord));
}
public void ConvertsNumberWithWhitespacesAndSign()
{
const string testWord = "+10 0 0 0";
Assert.Equal(10000, StringFiltering.ConvertToInt(testWord));
}
public void ConvertsNumberWithSign()
{
const string testWord = "-10 000";
Assert.Equal(-10000, StringFiltering.ConvertToInt(testWord));
}
public void CheckMostOccurenciesCharInString()
{
const string testWord = "cbeabcca";
Assert.Equal('c', StringFiltering.FindCharacterWithMostOccurences(testWord));
}
public void CheckFirstUniqueCharcaterInStringWithOnlyUniqueCharacters()
{
const string testWord = "cbae";
Assert.Equal('c', StringFiltering.FindFirstUniqueCharacter(testWord));
}
public void CheckFirstUniqueCharcaterInString()
{
const string testWord = "cbabcea";
Assert.Equal('e', StringFiltering.FindFirstUniqueCharacter(testWord));
}