public void ShouldReadAfterDiscardLogs() // ex: used when a log file starts with comment
{
LogReader reader;
Log log;
StringMatcher stringMatcher;
StringMatcher discardMatcher;
stringMatcher = new StringMatcher();
stringMatcher.Add("Line");
discardMatcher = new StringMatcher();
discardMatcher.Add("Line 0");
discardMatcher.Add("Line 1");
discardMatcher.Add("Line 2");
discardMatcher.Add("Line 3");
reader = new LogReader(new MockedLineReader(10), stringMatcher, discardMatcher);
for (int t = 0; t < 6; t++)
{
log = reader.Read();
Assert.AreEqual(t + 4, log.LineIndex);
Assert.AreEqual($"Line {t+4}", log.ToSingleLine());
}
log = reader.Read();
Assert.IsNull(log);
}
public InputProcessor()
{
fuzzyMatcher.Add("amount", 0);
fuzzyMatcher.Add("interest", 1);
fuzzyMatcher.Add("downpayment", 2);
fuzzyMatcher.Add("term", 3);
}
public void ShouldDiscardLogs()
{
LogReader reader;
Log log;
StringMatcher stringMatcher;
StringMatcher discardMatcher;
stringMatcher = new StringMatcher();
stringMatcher.Add("Line");
discardMatcher = new StringMatcher();
discardMatcher.Add("Line 1");
discardMatcher.Add("Line 3");
discardMatcher.Add("Line 5");
discardMatcher.Add("Line 7");
discardMatcher.Add("Line 9");
reader = new LogReader(new MockedLineReader(10), stringMatcher, discardMatcher);
for (int t = 0; t < 5; t++)
{
log = reader.Read();
Assert.AreEqual(t * 2, log.LineIndex);
Assert.AreEqual($"Line {t*2}", log.ToSingleLine());
}
log = reader.Read();
Assert.IsNull(log);
}
public void ShouldDiscardLines()
{
StringMatcher discardMatcher;
LineReader reader;
Line line;
discardMatcher = new StringMatcher();
discardMatcher.Add("Line 1");
discardMatcher.Add("Line 3");
discardMatcher.Add("Line 5");
discardMatcher.Add("Line 7");
reader = new LineReader(new MockedStringReader(10), discardMatcher);
line = reader.Read();
Assert.AreEqual(0, line.Index);
Assert.AreEqual($"Line 0", line.Value);
line = reader.Read();
Assert.AreEqual(2, line.Index);
Assert.AreEqual($"Line 2", line.Value);
line = reader.Read();
Assert.AreEqual(4, line.Index);
Assert.AreEqual($"Line 4", line.Value);
line = reader.Read();
Assert.AreEqual(6, line.Index);
Assert.AreEqual($"Line 6", line.Value);
line = reader.Read();
Assert.AreEqual(8, line.Index);
Assert.AreEqual($"Line 8", line.Value);
}
private void LoadDictionary()
{
List <String> linesInFile = GetLinesFromFile();
_stringMatcher = new StringMatcher <String>();
String englishTerm = "";
foreach (String line in linesInFile)
{
if (line == String.Empty)
{
continue;
}
else if (line.StartsWith("msgid"))
{
englishTerm = GetParsedTerm(line);
}
else if (line.StartsWith("msgstr"))
{
_stringMatcher.Add(englishTerm, GetParsedTerm(line));
DictionarySize++;
}
}
}
public void ShouldNotMatch()
{
StringMatcher matcher;
Match match;
matcher = new StringMatcher();
matcher.Add("bcd");
Assert.AreEqual(false, matcher.Match("abc"));
match = matcher.GetMatch("abc");
Assert.AreEqual(null, match);
}
public void TestIgnoreLinebreaks()
{
StringMatcher <String> ignoreLinebreaksMatcher = new StringMatcher <String>(MatchingOption.RemoveSpacingAndLinebreaks);
ignoreLinebreaksMatcher.Add("This has\nsome line\nbreaks.", "A string with linebreaks");
SearchResultList <String> results = ignoreLinebreaksMatcher.Search("This has some line breaks.", 100.0f);
Assert.AreEqual(1, results.Count);
Assert.IsTrue(results.ContainsKeyword("This has\nsome line\nbreaks."));
}
public void TestIgnoreTabs()
{
StringMatcher <String> ignoreTabsMatcher = new StringMatcher <String>(MatchingOption.RemoveSpacingAndLinebreaks);
ignoreTabsMatcher.Add("\t\tThis is some tabbed data", "A string with tabs");
SearchResultList <String> results = ignoreTabsMatcher.Search("This is some tabbed \tdata", 100.0f);
Assert.AreEqual(1, results.Count);
Assert.IsTrue(results.ContainsKeyword("\t\tThis is some tabbed data"));
}
public void ShouldMatch()
{
StringMatcher matcher;
Match match;
matcher = new StringMatcher();
matcher.Add("abc");
Assert.AreEqual(true, matcher.Match("abc"));
match = matcher.GetMatch("abc");
Assert.AreEqual(true, match.Success);
Assert.AreEqual("abc", match.Value);
}
public IStringMatcher CreateStringMatcher(string NameSpace, IEnumerable <string> Patterns)
{
StringMatcher matcher;
Regex regex;
matcher = new StringMatcher();
foreach (string pattern in Patterns)
{
if (!Try(() => regexBuilder.Build(NameSpace, pattern, false)).OrAlert(out regex, $"Failed to build regex: {pattern}"))
{
continue;
}
matcher.Add(regex);
}
return(matcher);
}
public void ShouldReadLogs()
{
LogReader reader;
Log log;
StringMatcher stringMatcher;
stringMatcher = new StringMatcher();
stringMatcher.Add("Line");
reader = new LogReader(new MockedLineReader(10), stringMatcher, Utils.EmptyStringMatcher);
for (int t = 0; t < 10; t++)
{
log = reader.Read();
Assert.AreEqual(t, log.LineIndex);
Assert.AreEqual($"Line {t}", log.ToSingleLine());
}
log = reader.Read();
Assert.IsNull(log);
}
public static void SetupStringMatcher(TestContext context)
{
_stringMatcher.Add("0123456789", "10 digit long string");
_stringMatcher.Add("012345678", "9 digit long string");
_stringMatcher.Add("01234567", "8 digit long string");
_stringMatcher.Add("0123456", "7 digit long string");
_stringMatcher.Add("012345", "6 digit long string");
_stringMatcher.Add("01234", "5 digit long string");
_stringMatcher.Add("0123", "4 digit long string");
_stringMatcher.Add("012", "3 digit long string");
_stringMatcher.Add("01", "2 digit long string");
_stringMatcher.Add("0", "1 digit long string");
_stringMatcher.Add("Test", "String with uppercase char");
_stringMatcher.Add("test", "String with all lowercase chars");
_stringMatcher.Add("This is a test", "Multiple word string");
_stringMatcher.Add("Cat", "Short string");
_stringMatcher.Add("Bats", "Slightly longer short string");
}
