public SimpleExtractMethodTests()
{
this.logger = NLoggerUtil.GetNLogger(typeof (SimpleExtractMethodTests));
this.sourceBefore = FileUtil.ReadAllText(TestUtil.GetFakeSourceFolder() + "SimpleExtractMethodBefore.txt");
this.sourceAfter = FileUtil.ReadAllText(TestUtil.GetFakeSourceFolder() + "SimpleExtractMethodAfter.txt");
this.detector = RefactoringDetectorFactory.CreateDummyExtractMethodDetector();
}
public RenameDetectorTests()
{
var sourceBefore = FileUtil.ReadAllText(TestUtil.GetFakeSourceFolder() + "RenameDetectorExampleBefore.txt");
var sourceAfter = FileUtil.ReadAllText(TestUtil.GetFakeSourceFolder() + "RenameDetectorExampleAfter.txt");
before = ASTUtil.GetSyntaxTreeFromSource(sourceBefore).GetRoot();
after = ASTUtil.GetSyntaxTreeFromSource(sourceAfter).GetRoot();
detector = RefactoringDetectorFactory.CreateRenameDetector();
logger = NLoggerUtil.GetNLogger(typeof (RenameDetectorTests));
}
public ChangeSignatureDetectorTests()
{
sourceBefore = FileUtil.ReadAllText(TestUtil.GetFakeSourceFolder() + "ChangeMethodSignatureBefore.txt");
sourceAfter = FileUtil.ReadAllText(TestUtil.GetFakeSourceFolder() + "ChangeMethodSignatureAfter.txt");
detector = RefactoringDetectorFactory.CreateChangeMethodSignatureDetector();
detector.SetSourceBefore(sourceBefore);
detector.SetSourceAfter(sourceAfter);
logger = NLoggerUtil.GetNLogger(typeof (ChangeSignatureDetectorTests));
}
public SimpleExtractMethodTests()
{
this.logger = NLoggerUtil.GetNLogger(typeof (SimpleExtractMethodTests));
this.sourceBefore = FileUtil.ReadAllText(TestUtil.GetFakeSourceFolder() +
"SimpleExtractMethodBefore.txt");
this.sourceAfter = FileUtil.ReadAllText(TestUtil.GetFakeSourceFolder() +
"SimpleExtractMethodAfter.txt");
this.detector = RefactoringDetectorFactory.GetDummyRefactoringDetectorByType
(RefactoringType.EXTRACT_METHOD);
}
public ChangeSignatureDetectorTests()
{
sourceBefore = FileUtil.ReadAllText(TestUtil.GetFakeSourceFolder() +
"ChangeMethodSignatureBefore.txt");
sourceAfter = FileUtil.ReadAllText(TestUtil.GetFakeSourceFolder() +
"ChangeMethodSignatureAfter.txt");
detector = RefactoringDetectorFactory.GetRefactoringDetectorByType
(RefactoringType.CHANGE_METHOD_SIGNATURE);
detector.SetSourceBefore(sourceBefore);
detector.SetSourceAfter(sourceAfter);
logger = NLoggerUtil.GetNLogger(typeof (ChangeSignatureDetectorTests));
}
public InlineMethodIssueResolver()
{
this.detector = RefactoringDetectorFactory.GetRefactoringDetectorByType(RefactoringType.
INLINE_METHOD);
this.checker = ConditionCheckingFactory.GetConditionsListByRefactoringType(RefactoringType.
INLINE_METHOD);
this.code0 = FileUtil.ReadAllText(TestUtil.GetStudyFakeSourceFolder() +
"ConsoleLibInlinebefore.txt");
this.code1 = FileUtil.ReadAllText(TestUtil.GetStudyFakeSourceFolder() +
"ConsoleLibInlineafter.txt");
this.code2 = FileUtil.ReadAllText(TestUtil.GetStudyFakeSourceFolder() +
"ConsoleLibInlineResolved.txt");
}
public ExtractMethodIssueResolveTests()
{
detector = RefactoringDetectorFactory.GetRefactoringDetectorByType(RefactoringType.
EXTRACT_METHOD);
conditions = ConditionCheckingFactory.GetConditionsListByRefactoringType(RefactoringType.
EXTRACT_METHOD);
source1 = FileUtil.ReadAllText(TestUtil.GetStudyFakeSourceFolder() + "ExtractMethod1.txt");
source2 = FileUtil.ReadAllText(TestUtil.GetStudyFakeSourceFolder() + "ExtractMethod2.txt");
source3 = FileUtil.ReadAllText(TestUtil.GetStudyFakeSourceFolder() + "ExtractMethod3.txt");
source4 = FileUtil.ReadAllText(TestUtil.GetStudyFakeSourceFolder() + "ExtractMethod4.txt");
source5 = FileUtil.ReadAllText(TestUtil.GetStudyFakeSourceFolder() + "ExtractMethod5.txt");
source6 = FileUtil.ReadAllText(TestUtil.GetStudyFakeSourceFolder() + "ExtractMethod6.txt");
}
/* Detect intermediate refactorings the determined before record. */
private void DetectIntermediateRefactorings(ICodeHistoryRecord baseBefore, ICodeHistoryRecord head,
IExternalRefactoringDetector detector)
{
// Get the source code for base before.
var before = baseBefore.GetSource();
// From the head, iteratively get previous record (until reach base before record)
// and detect if refactorings exist.
for (var currentRecord = head; !currentRecord.Equals(baseBefore);
currentRecord = currentRecord.GetPreviousRecord())
{
var after = currentRecord.GetSource();
DetectRefactoringByDetector(before, after, detector);
}
}
public InlineMethodRefactoringTests()
{
var convertor = new String2IDocumentConverter();
this.detector = RefactoringDetectorFactory.CreateInlineMethodDetector();
this.checkersList = ConditionCheckingFactory.GetInlineMethodConditionsList();
this.codeBefore = FileUtil.ReadAllText(TestUtil.GetFakeSourceFolder() + "InlineMethodBefore.txt");
this.codeAfter = FileUtil.ReadAllText(TestUtil.GetFakeSourceFolder() + "InlineMethodAfter.txt");
this.documentBefore = (IDocument)convertor.Convert(codeBefore, null, null, null);
this.documentAfter = (IDocument)convertor.Convert(codeAfter, null, null, null);
detector.SetSourceBefore(codeBefore);
detector.SetSourceAfter(codeAfter);
this.dummyDetector = RefactoringDetectorFactory.CreateDummyInlineMethodDetector();
dummyDetector.SetSourceBefore(codeBefore);
dummyDetector.SetSourceAfter(codeAfter);
}
private bool DetectRefactoringByDetector(string before, string after, IExternalRefactoringDetector detector)
{
// Set source before and after.
detector.SetSourceBefore(before);
detector.SetSourceAfter(after);
// If a refactoring is detected.
if (detector.HasRefactoring())
{
// Get the detected refactorings, and log them.
var refactorings = detector.GetRefactorings();
foreach (var refactoring in refactorings)
{
var path = HandleDetectedRefactoring(before, after, refactoring);
refactoringsCount ++;
logger.Info("Refactoring detected! Saved at " + path);
}
return true;
}
return false;
}
/* Handle a previous record with the head of the record chain. */
private bool HandlePreviousRecord(ICodeHistoryRecord previous, ICodeHistoryRecord head,
IExternalRefactoringDetector detector)
{
var after = head.GetSource();
var before = previous.GetSource();
// Detect if a refactoring happens before head and the previous record.
if (DetectRefactoringByDetector(before, after, detector))
{
// If there is a refactoring detected, search intermediate refactorings.
DetectIntermediateRefactorings(previous, head.GetPreviousRecord(), detector);
return true;
}
return false;
}
