public void DefaultTokenDelimiterUsedWhenTokenSequenceSpecifiesNullDelimiter()
{
const string filename = "File_Name_Test_32B";
FileNameTokenizer tokenizer = new FileNameTokenizer(filename);
Assert.AreEqual("File Name Test 32 B", tokenizer.GetTokenSequence(0, 4, null));
}
public void MultipleTokensCreatedWhenNumbersAndWordsExist()
{
const string token = "Test";
const string token2 = "21";
FileNameTokenizer tokenizer = new FileNameTokenizer(token + token2);
Assert.AreEqual(2, tokenizer.TokenCount);
Assert.AreEqual(token, tokenizer[0]);
Assert.AreEqual(token2, tokenizer[1]);
Assert.AreEqual("%0%1", tokenizer.TokenizedFileName);
}
public void EnumeratorEnumeratesInCurrectOrder()
{
const string token = "Test";
const string token2 = "21";
FileNameTokenizer tokenizer = new FileNameTokenizer(token + token2);
string expected = token;
foreach (string tokenValue in tokenizer)
{
Assert.AreEqual(expected, tokenValue);
expected = token2;
}
}
public void NoTokensCreatedWhenNumbersOrAlphaCharsExist()
{
FileNameTokenizer tokenizer = new FileNameTokenizer("^#*@(#*");
Assert.AreEqual(tokenizer.OriginalFileName, tokenizer.TokenizedFileName);
Assert.AreEqual(0, tokenizer.TokenCount, "No tokens created.");
}
public void FileNameInCorrectFormatWhenManySymbolsWordsAndNumbersUsed()
{
FileNameTokenizer tokenizer = new FileNameTokenizer("this is *** a t3st. 201 ok!");
Assert.AreEqual("%0 %1 *** %2 %3%4%5. %6 %7!", tokenizer.TokenizedFileName);
}
public void ExceptionThrownWhenStartIndexNotValidForTokenSequence()
{
FileNameTokenizer tokenizer = new FileNameTokenizer("test");
tokenizer.GetTokenSequence(-1, 1);
}
public void ExceptionThrownWhenStartIndexGreaterThenEndIndexForTokenSequence()
{
FileNameTokenizer tokenizer = new FileNameTokenizer("test name");
tokenizer.GetTokenSequence(1, 0);
}
public void TokenUsedWhenFileNameIsWord()
{
const string token = "Test";
FileNameTokenizer tokenizer = new FileNameTokenizer(token);
Assert.AreEqual(1, tokenizer.TokenCount);
Assert.AreEqual(token, tokenizer[0]);
Assert.AreEqual("%0", tokenizer.TokenizedFileName);
}
public void ToStringInCorrectFormat()
{
const string token = "Test";
const string token2 = "21";
FileNameTokenizer tokenizer = new FileNameTokenizer(token + token2);
Assert.AreEqual(String.Format("Original: {0}{1}Tokenized: {2}", token + token2, Environment.NewLine, "%0%1"), tokenizer.ToString());
}
public void TokenSequenceHasCorrectDelimiterWhenTokenSequenceDelimiterSpecified()
{
const string filename = "File_Name_Test";
FileNameTokenizer tokenizer = new FileNameTokenizer(filename);
Assert.AreEqual("File*Name*Test", tokenizer.GetTokenSequence(0, 2, "*"));
}
public void TokenSequenceHasAllTokensWhenTokenSequenceRequested()
{
const string filename = "File_Name_Test_32B";
FileNameTokenizer tokenizer = new FileNameTokenizer(filename);
Assert.AreEqual("File Name Test 32 B", tokenizer.GetTokenSequence(0, 4));
}
public void TokenMarkerEscapedWhenUsedInOriginalString()
{
FileNameTokenizer tokenizer = new FileNameTokenizer("%");
Assert.AreEqual("%%", tokenizer.TokenizedFileName);
}
public void TokenCountZeroWhenFileNameEmpty()
{
FileNameTokenizer tokenizer = new FileNameTokenizer("");
Assert.AreEqual(tokenizer.OriginalFileName, tokenizer.TokenizedFileName);
Assert.AreEqual(0, tokenizer.TokenCount, "No tokens created.");
}
public void OneTokenReturnedWhenTokenSequencesStartAndEndIndexTheSame()
{
const string expected = "test";
FileNameTokenizer tokenizer = new FileNameTokenizer(expected);
Assert.AreEqual(expected, tokenizer.GetTokenSequence(0, 0));
}