public void FieldIsNotSelfReference()
{
AssignmentStatement statement = PythonParserHelper.GetAssignmentStatement("self.listView1.TooltipText = \"abc\"");
PythonControlFieldExpression field = PythonControlFieldExpression.Create(statement.Left[0] as MemberExpression);
Assert.IsTrue(field.IsSelfReference);
}
public void NullPassedToPythonControlFieldExpressionEquals()
{
AssignmentStatement statement = PythonParserHelper.GetAssignmentStatement("self._textBox1.Name = \"abc\"");
PythonControlFieldExpression field = PythonControlFieldExpression.Create(statement.Left[0] as MemberExpression);
Assert.IsFalse(field.Equals(null));
}
public void GetInheritedPanelObjectFromFieldExpression()
{
AssignmentStatement statement = PythonParserHelper.GetAssignmentStatement("self.panel1.Name = \"abc\"");
PythonControlFieldExpression field = PythonControlFieldExpression.Create(statement.Left[0] as MemberExpression);
Assert.AreEqual(DerivedForm.GetPanel(), field.GetObject(ComponentCreator));
}
public void LocalVariableIsNotSelfReference()
{
AssignmentStatement statement = PythonParserHelper.GetAssignmentStatement("listViewItem1.TooltipText = \"abc\"");
PythonControlFieldExpression field = PythonControlFieldExpression.Create(statement.Left[0] as MemberExpression);
Assert.IsFalse(field.IsSelfReference);
}
public void GetMemberNames()
{
string[] expected = new string[] { "a", "b" };
string code = "a.b = 0";
AssignmentStatement statement = PythonParserHelper.GetAssignmentStatement(code);
Assert.AreEqual(expected, PythonControlFieldExpression.GetMemberNames(statement.Left[0] as MemberExpression));
}
public void GetInvalidTwoLevelDeepButtonPropertyDescriptorForSelfReference()
{
using (Button button = new Button()) {
AssignmentStatement statement = PythonParserHelper.GetAssignmentStatement("self._button1.InvalidProperty.BorderSize = 3");
PythonControlFieldExpression field = PythonControlFieldExpression.Create(statement.Left[0] as MemberExpression);
Assert.IsNull(field.GetObjectForMemberName(button));
}
}
public void GetButtonFlatAppearanceObject()
{
using (Button button = new Button()) {
AssignmentStatement statement = PythonParserHelper.GetAssignmentStatement("_button1.FlatAppearance.BorderSize = 3");
PythonControlFieldExpression field = PythonControlFieldExpression.Create(statement.Left[0] as MemberExpression);
Assert.AreEqual(button.FlatAppearance, field.GetObjectForMemberName(button));
}
}
public void GetButtonObject()
{
using (Button button = new Button()) {
AssignmentStatement statement = PythonParserHelper.GetAssignmentStatement("_button1.Size = System.Drawing.Size(10, 10)");
PythonControlFieldExpression field = PythonControlFieldExpression.Create(statement.Left[0] as MemberExpression);
Assert.AreEqual(button, field.GetObjectForMemberName(button));
}
}
public void LocalVariable()
{
AssignmentStatement statement = PythonParserHelper.GetAssignmentStatement("listViewItem1.TooltipText = \"abc\"");
PythonControlFieldExpression field = PythonControlFieldExpression.Create(statement.Left[0] as MemberExpression);
PythonControlFieldExpression expectedField = new PythonControlFieldExpression("TooltipText", "listViewItem1", String.Empty, "listViewItem1.TooltipText");
Assert.AreEqual(expectedField, field);
}
public void PythonControlFieldExpressionEquals()
{
AssignmentStatement statement = PythonParserHelper.GetAssignmentStatement("self._textBox1.Name = \"abc\"");
PythonControlFieldExpression field1 = PythonControlFieldExpression.Create(statement.Left[0] as MemberExpression);
statement = PythonParserHelper.GetAssignmentStatement("self._textBox1.Name = \"def\"");
PythonControlFieldExpression field2 = PythonControlFieldExpression.Create(statement.Left[0] as MemberExpression);
Assert.AreEqual(field1, field2);
}
public void GetAssignmentStatementReturnsFirstAssignmentStatementInCode()
{
string code =
"i = 10";
AssignmentStatement assignment = PythonParserHelper.GetAssignmentStatement(code);
NameExpression nameExpression = assignment.Left[0] as NameExpression;
Assert.AreEqual("i", nameExpression.Name);
}
public void SetUpFixture()
{
componentCreator = new MockComponentCreator();
AssignmentStatement assignment = PythonParserHelper.GetAssignmentStatement(GetPythonCode());
rhsAssignmentNode = assignment.Right;
mockDesignerLoaderHost = new MockDesignerLoaderHost();
typeResolutionService = mockDesignerLoaderHost.TypeResolutionService;
PythonCodeDeserializer deserializer = new PythonCodeDeserializer(componentCreator);
deserializedObject = deserializer.Deserialize(rhsAssignmentNode);
}
public void EnumReturnedInArgumentsPassedToConstructor()
{
string pythonCode = "self.Font = System.Drawing.Font(\"Times New Roman\", System.Drawing.FontStyle.Regular, System.Drawing.GraphicsUnit.Point)";
AssignmentStatement assignment = PythonParserHelper.GetAssignmentStatement(pythonCode);
List <object> expectedArgs = new List <object>();
expectedArgs.Add("Times New Roman");
expectedArgs.Add(FontStyle.Regular);
expectedArgs.Add(GraphicsUnit.Point);
List <object> args = deserializer.GetArguments(assignment.Right as CallExpression);
Assert.AreEqual(expectedArgs, args);
}
public void TypeName_CallExpressionTargetIsNotNameOrMemberExpression_ReturnsEmptyStringAndDoesNotGetStuckInInfiniteLoop()
{
string code = "a = 2";
AssignmentStatement statement = PythonParserHelper.GetAssignmentStatement(code);
Expression constantExpression = statement.Right;
CallExpression callExpression = new CallExpression(constantExpression, new Arg[0]);
List <Expression> expressions = new List <Expression>(statement.Left);
statement = new AssignmentStatement(expressions.ToArray(), callExpression);
PythonLocalVariableAssignment localVariableAssignment = new PythonLocalVariableAssignment(statement);
string typeName = localVariableAssignment.TypeName;
Assert.AreEqual(String.Empty, typeName);
}
/// <summary>
/// Deserializes the right hand side of the assignment.
/// </summary>
object DeserializeRhsAssignment(string pythonCode)
{
return(deserializer.Deserialize(PythonParserHelper.GetAssignmentStatement(pythonCode).Right));
}
