public void shouldNotProduceDuplicateDimOfz()
{
#region inputCode
var inputCode = @"
Option explicit
Public Sub CodeWithDeclaration()
Dim x as long
Dim y as long
x = 1 + 2
DebugPrint x '8
y = x + 1
Dim z as long
z = x
DebugPrint z '12
x = 2
DebugPrint y
End Sub '17
Public Sub DebugPrint(byval g as long)
End Sub
'20
";
var selectedCode = @"
DebugPrint x '8
y = x + 1
Dim z as long
z = x
DebugPrint z '12
";
var expectedCode = @"
Option explicit
Public Sub CodeWithDeclaration()
Dim x as long
Dim y as long
x = 1 + 2
NewMethod x, y
x = 2
DebugPrint y
End Sub '17
Private Sub NewMethod(ByRef x As long, ByRef y As long)
Dim z as long
DebugPrint x '8
y = x + 1
z = x
DebugPrint z '12
End Sub
Public Sub DebugPrint(byval g as long)
End Sub
'20
";
#endregion
QualifiedModuleName qualifiedModuleName;
RubberduckParserState state;
MockParser.ParseString(inputCode, out qualifiedModuleName, out state);
var declarations = state.AllDeclarations;
var selection = new Selection(8, 1, 12, 50);
QualifiedSelection?qSelection = new QualifiedSelection(qualifiedModuleName, selection);
List <IExtractMethodRule> emRules = new List <IExtractMethodRule>()
{
new ExtractMethodRuleInSelection(),
new ExtractMethodRuleIsAssignedInSelection(),
new ExtractMethodRuleUsedBefore(),
new ExtractMethodRuleUsedAfter(),
new ExtractMethodRuleExternalReference()
};
var codeModule = new CodeModuleWrapper(qualifiedModuleName.Component.CodeModule);
var extractedMethod = new ExtractedMethod();
var paramClassify = new ExtractMethodParameterClassification(emRules);
var model = new ExtractMethodModel(extractedMethod, paramClassify);
model.extract(declarations, qSelection.Value, selectedCode);
var SUT = new ExtractMethodExtraction();
//Act
SUT.apply(codeModule, model, selection);
//Assert
var actual = codeModule.get_Lines(1, 1000);
Assert.AreEqual(expectedCode, actual);
}
