public void tightOperators()
{
{
CodeFormattingCheck cfCheck = new CodeFormattingCheck();
// Bad code should be detected
string badCode = "if($fn&&$em)";
Assert.IsTrue(
RegExExecutor.match(badCode, cfCheck.missingSpaceAroundOperators()));
// Variation of input
Assert.IsTrue(
RegExExecutor.match("if($fn &&$em)", cfCheck.missingSpaceAroundOperators()));
Assert.IsTrue(
RegExExecutor.match("if($fn&& $em)", cfCheck.missingSpaceAroundOperators()));
// Also using the full regular expression
Assert.IsTrue(
RegExExecutor.match(badCode, cfCheck.combinedAllOfRegularExpressions()));
// Corresponding fixed code, with the full regular
// expression to catch false positives
Assert.IsFalse(
RegExExecutor.match("if($fn && $em)",
cfCheck.combinedAllOfRegularExpressions()));
}
} //RegExExecutor_basics()
public void RegExExecutor_basics()
{
{
CodeFormattingCheck cfCheck = new CodeFormattingCheck();
// Bad code should be detected
string badCode = "auto p=new Son();";
Assert.IsTrue(
RegExExecutor.match(badCode, cfCheck.missingSpaceAroundEqualSign()));
// Also using the full regular expression
Assert.IsTrue(
RegExExecutor.match(badCode, cfCheck.combinedAllOfRegularExpressions()));
// Corresponding fixed code
Assert.IsFalse(
RegExExecutor.match("auto p = new Son();",
cfCheck.missingSpaceAroundEqualSign()));
}
{
//LookUpString tt2 = new LookUpString(" r ");
//string cs = tt2.getCoreString();
//Assert.AreEqual("r", cs , "");
//
//string leading = tt2.getLeading();
//Assert.AreEqual(" ", leading, "");
//
//string trailing = tt2.getTrailing();
//Assert.AreEqual(" ", trailing, "");
}
{
//LookUpString tt2 = new LookUpString("stackoverflow, ");
//string cs = tt2.getCoreString();
//Assert.AreEqual("stackoverflow", cs, "");
//
//string leading = tt2.getLeading();
//Assert.AreEqual("", leading, "");
//
//string trailing = tt2.getTrailing();
//Assert.AreEqual(", ", trailing, "");
}
} //RegExExecutor_basics()
