public void CloseBlockStatementShouldSetParentToTopParent()
{
ClassStatement classStatement = StatementCreator.CreateClassStatement();
_manager.Encountered(new[] { classStatement }, TokenCreator.Created().Count(), TokenCreator.Created());
OpenBlockStatement openBlock = StatementCreator.CreateOpenBlockStatement();
_manager.Encountered(new[] { openBlock }, TokenCreator.Created().Count(), TokenCreator.Created());
ClassStatement internalClassStatement = StatementCreator.CreateClassStatement();
_manager.Encountered(new[] { internalClassStatement }, TokenCreator.Created().Count(), TokenCreator.Created());
OpenBlockStatement secondOpenBlock = StatementCreator.CreateOpenBlockStatement();
_manager.Encountered(new[] { secondOpenBlock }, TokenCreator.Created().Count(), TokenCreator.Created());
CloseBlockStatement closeBlock = StatementCreator.CreateCloseBlockStatement();
CollectionAssert.AreEquivalent(new[] { new StatementParent(new[] { classStatement }, openBlock), new StatementParent(new[] { internalClassStatement }, secondOpenBlock) }, _manager.GetContext(closeBlock.Tokens).Parents);
_manager.Encountered(new[] { closeBlock }, TokenCreator.Created().Count(), TokenCreator.Created());
CollectionAssert.AreEquivalent(new[] { new StatementParent(new[] { classStatement }, openBlock) }, _manager.GetContext(openBlock.Tokens).Parents);
_manager.Encountered(new[] { closeBlock }, TokenCreator.Created().Count(), TokenCreator.Created());
}
public void OpenBlockStatementForClassShouldSetParentContextToClass()
{
ClassStatement classStatement = StatementCreator.CreateClassStatement();
_manager.Encountered(new[] { classStatement }, TokenCreator.Created().Count(), TokenCreator.Created());
Assert.AreEqual(0, _manager.GetContext(classStatement.Tokens).Parents.Count());
OpenBlockStatement openBlock = StatementCreator.CreateOpenBlockStatement();
_manager.Encountered(new[] { openBlock }, TokenCreator.Created().Count(), TokenCreator.Created());
Assert.AreEqual(new [] { new StatementParent(new[] { classStatement }, openBlock) }, _manager.GetContext(openBlock.Tokens).Parents);
}
public void StatementParentsShouldBeEqual()
{
StatementBase alphaStatement = StatementCreator.CreateMemberStatement("test");
StatementBase alphaDelimiter = StatementCreator.CreateOpenBlockStatement();
TokenCreator.Reset();
StatementBase bravoStatement = StatementCreator.CreateMemberStatement("test");
StatementBase bravoDelimiter = StatementCreator.CreateOpenBlockStatement();
StatementParent alpha = new StatementParent(new[] { alphaStatement }, alphaDelimiter);
StatementParent bravo = new StatementParent(new[] { bravoStatement }, bravoDelimiter);
Assert.AreEqual(alpha, bravo);
}
public void FactoryShouldCreateStatementFromThisFollowedBySquareBracketInClass()
{
Expect.Call(_context.Parents).Return(new[] { new StatementParent(StatementCreator.CreateClassStatement(), StatementCreator.CreateOpenBlockStatement()) }).Repeat.Once();
IList <TokenBase> input = new List <TokenBase>();
input.Add(TokenCreator.Create <PublicModifierToken>());
input.Add(TokenCreator.Create <SpaceToken>());
input.Add(TokenCreator.Create <IdentifierToken>("String"));
input.Add(TokenCreator.Create <SpaceToken>());
input.Add(TokenCreator.Create <ThisToken>());
input.Add(TokenCreator.Create <OpenSquareBracketToken>());
input.Add(TokenCreator.Create <IntToken>());
input.Add(TokenCreator.Create <SpaceToken>());
input.Add(TokenCreator.Create <IdentifierToken>("index"));
input.Add(TokenCreator.Create <CloseSquareBracketToken>());
Mocker.ReplayAll();
Assert.IsTrue(_factory.CanCreateStatementFrom(input, _context));
Mocker.VerifyAll();
}
public void MemberStatementFactoryShouldNotCreateFromMethod()
{
Expect.Call(_context.Parents).Return(new[] { new StatementParent(StatementCreator.CreateClassStatement(), StatementCreator.CreateOpenBlockStatement()) }).Repeat.Once();
IList <TokenBase> input = new List <TokenBase>();
input.Add(TokenCreator.Create <PrivateModifierToken>());
input.Add(TokenCreator.Create <SpaceToken>());
input.Add(TokenCreator.Create <IdentifierToken>("String"));
input.Add(TokenCreator.Create <SpaceToken>());
input.Add(TokenCreator.Create <IdentifierToken>("t"));
input.Add(TokenCreator.Create <OpenRoundBracketToken>());
input.Add(TokenCreator.Create <CloseRoundBracketToken>());
Mocker.ReplayAll();
Assert.IsFalse(_factory.CanCreateStatementFrom(input, _context));
Mocker.VerifyAll();
}
public void MemberStatementFactoryShouldCheckCreateMemberCorrectly()
{
Expect.Call(_context.Parents).Return(new[] { new StatementParent(StatementCreator.CreateClassStatement(), StatementCreator.CreateOpenBlockStatement()) }).Repeat.Once();
IList <TokenBase> input = new List <TokenBase>();
input.Add(TokenCreator.Create <PrivateModifierToken>());
input.Add(TokenCreator.Create <SpaceToken>());
input.Add(TokenCreator.Create <IdentifierToken>("String"));
input.Add(TokenCreator.Create <SpaceToken>());
input.Add(TokenCreator.Create <IdentifierToken>("t"));
input.Add(TokenCreator.Create <SemiColonToken>());
Mocker.ReplayAll();
Assert.IsTrue(_factory.CanCreateStatementFrom(input, _context));
Mocker.VerifyAll();
}
public void EventShouldNotParseAsMember()
{
Expect.Call(_context.Parents).Return(new[] { new StatementParent(StatementCreator.CreateClassStatement(), StatementCreator.CreateOpenBlockStatement()) }).Repeat.Once();
IList <TokenBase> input = new List <TokenBase>();
input.Add(TokenCreator.Create <EventToken>());
input.Add(TokenCreator.Create <SpaceToken>());
input.Add(TokenCreator.Create <IdentifierToken>("EventHandler"));
input.Add(TokenCreator.Create <SpaceToken>());
input.Add(TokenCreator.Create <IdentifierToken>("t"));
input.Add(TokenCreator.Create <SemiColonToken>());
Mocker.ReplayAll();
Assert.IsFalse(_factory.CanCreateStatementFrom(input, _context));
Mocker.VerifyAll();
}