public void TestAccessArray()
{
IKernel kernel = TestModule.GetTestKernel ();
var factory = kernel.Get<IExecutorFactory>();
Block statements = new Block ();
statements.Scope = new Scope ();
ArrayExpr array = new ArrayExpr(factory.GetArrayExecutor());
array.Scope = statements.Scope;
array.Elements.Add(new StringLiteral {
Value = "yay"
});
array.Elements.Add(new StringLiteral {
Value = "boo"
});
Assign assign = new Assign(factory.GetAssignExecutor())
{
Ident = new Variable ( factory.GetVariableExecutor ())
{
Scope = statements.Scope,
Ident = "x"
},
Expr = array,
Scope = statements.Scope
};
Print print = new Print(factory.GetPrintExecutor());
print.Expr = new Variable( factory.GetVariableExecutor())
{
Scope = statements.Scope,
Ident = "x",
Indexer = new NumberLiteral()
{
Value = 1
}
};
statements.Add ( assign );
statements.Add ( print );
statements.Execute();
StandardOutDummy output = kernel.Get<IStandardOut> () as StandardOutDummy;
Assert.AreEqual ( "boo", output.Text );
}
public void ParseBlock( Block block, Tokens tokens )
{
bool enclosed = false;
if ( tokens.PeekToken () == BeginBlock )
{
enclosed = true;
tokens.RemoveNextToken ( BeginBlock );
}
while ( !tokens.AtEnd () )
{
if ( enclosed && tokens.PeekToken () == EndBlock )
{
tokens.RemoveNextToken ( EndBlock );
break;
}
bool parsed = false;
foreach ( IStatementParser parser in _parsers )
{
IStatement nextStatement;
if ( parser.TryParse( tokens, block.Scope, out nextStatement ) )
{
block.Add ( nextStatement );
parsed = true;
break;
}
}
if (!parsed)
throw new Exception("Unable to parse token " + tokens.PeekToken() );
}
}
public void PrintExpressionTest()
{
IKernel kernel = TestModule.GetTestKernel ();
IExecutorFactory factory = kernel.Get<IExecutorFactory> ();
Print print = new Print ( factory.GetPrintExecutor() );
print.Expr = new ArithExpr
{
Left = new StringLiteral
{
Value = "Yo "
},
Right = new StringLiteral
{
Value = "planet!"
},
Op = ArithOp.Add
};
Block statements = new Block ();
statements.Add ( print );
new Executor ( statements );
StandardOutDummy output = kernel.Get<IStandardOut> () as StandardOutDummy;
Assert.AreEqual ( "Yo planet!", output.Text );
}
public void ExecuteBlockTest()
{
IKernel kernel = TestModule.GetTestKernel ();
Assign assign = kernel.Get<Assign> ();
assign.Ident = "x";
Block block = new Block();
Print print = kernel.Get<Print> ();
print.Expr = new StringLiteral { Value = "Yo planet!" };
block.Add(print);
assign.Expr = block;
Block statements = new Block ();
statements.Add ( assign );
Variable variable = kernel.Get<Variable> ();
variable.Ident = "x";
statements.Add ( variable );
Executor target = new Executor ( statements );
StandardOutDummy output = kernel.Get<IStandardOut> () as StandardOutDummy;
Assert.AreEqual ( "Yo planet!", output.Text );
}
public void ExecuteBlockTest()
{
IKernel kernel = TestModule.GetTestKernel ();
IExecutorFactory factory = kernel.Get<IExecutorFactory> ();
Block statements = new Block ();
statements.Scope = new Scope();
Assign assign = new Assign ( factory.GetAssignExecutor () );
assign.Ident = new Variable ( factory.GetVariableExecutor () )
{
Ident = "x"
};
assign.Scope = statements.Scope;
Block block = new Block();
block.Scope = statements.Scope;
Print print = new Print ( factory.GetPrintExecutor () );
print.Scope = block.Scope;
print.Expr = new StringLiteral { Value = "Yo planet!" };
block.Add(print);
assign.Expr = block;
Assert.IsTrue ( assign.Scope != null );
statements.Add ( assign );
Variable variable = new Variable ( factory.GetVariableExecutor () );
variable.Ident = "x";
variable.Scope = statements.Scope;
statements.Add ( variable );
new Executor ( statements );
StandardOutDummy output = kernel.Get<IStandardOut> () as StandardOutDummy;
Assert.AreEqual ( "Yo planet!", output.Text );
}
public void SimpleIfTest()
{
IKernel kernel = TestModule.GetTestKernel ();
Block statements = new Block ();
Assign assign = kernel.Get<Assign> ();
assign.Ident = "x";
assign.Expr = new NumberLiteral
{
Value = 5
};
statements.Add ( assign );
If iif = kernel.Get<If> ();
Variable variable = kernel.Get<Variable> ();
( variable as Variable ).Ident = "x";
iif.Test = new ArithExpr
{
Left = variable,
Op = ArithOp.Equality,
Right = new NumberLiteral
{
Value = 5
}
};
iif.Body = new Block ();
Print print = kernel.Get<Print> ();
Variable call = kernel.Get<Variable> ();
( call as Variable ).Ident = "x";
print.Expr = call;
iif.Body.Add( print );
statements.Add ( iif );
Executor target = new Executor ( statements );
StandardOutDummy output = kernel.Get<IStandardOut> () as StandardOutDummy;
Assert.AreEqual ( "5", output.Text );
}
public void SimplePrintTest()
{
IKernel kernel = TestModule.GetTestKernel ();
Print print = kernel.Get<Print> ();
print.Expr = new StringLiteral {
Value = "Yo planet!"
};
Block statements = new Block ();
statements.Add ( print );
Executor target = new Executor ( statements );
StandardOutDummy output = kernel.Get<IStandardOut> () as StandardOutDummy;
Assert.AreEqual( "Yo planet!", output.Text );
}
public void SimpleIfTest()
{
IKernel kernel = TestModule.GetTestKernel ();
IExecutorFactory factory = kernel.Get<IExecutorFactory> ();
Block statements = new Block ();
statements.Scope = new Scope ();
Assign assign = new Assign ( factory.GetAssignExecutor () );
assign.Scope = statements.Scope;
assign.Ident = new Variable ( factory.GetVariableExecutor () )
{
Ident = "x"
};
assign.Expr = new NumberLiteral
{
Value = 5
};
statements.Add ( assign );
If iif = new If ( factory.GetIfExecutor() );
Variable variable = new Variable ( factory.GetVariableExecutor () );
( variable as Variable ).Ident = "x";
iif.Scope = statements.Scope;
iif.Test = new ArithExpr
{
Scope = iif.Scope,
Left = variable,
Op = ArithOp.Equality,
Right = new NumberLiteral
{
Value = 5
}
};
iif.Body = new Block ();
iif.Body.Scope = statements.Scope;
Print print = new Print ( factory.GetPrintExecutor () );
Variable call = new Variable ( factory.GetVariableExecutor () );
( call as Variable ).Ident = "x";
print.Expr = call;
print.Scope = iif.Body.Scope;
call.Scope = iif.Body.Scope;
iif.Body.Add( print );
statements.Add ( iif );
new Executor ( statements );
StandardOutDummy output = kernel.Get<IStandardOut> () as StandardOutDummy;
Assert.AreEqual ( "5", output.Text );
}