public void TestBase()
{
var context0 = Substitute.For<ILineContext>();
context0.ToXML().Returns(new XElement("LineContext", new XAttribute[] { new XAttribute("pos", 0), new XAttribute("line", 0) }));
var context1 = Substitute.For<ILineContext>();
context1.ToXML().Returns(new XElement("LineContext", new XAttribute[] { new XAttribute("pos", 1), new XAttribute("line", 2)}));
var context2 = Substitute.For<ILineContext>();
context2.ToXML().Returns(new XElement("LineContext", new XAttribute[] { new XAttribute("pos", 3), new XAttribute("line", 4) }));
Exp exp1 = Substitute.For<Exp>();
Exp exp2 = Substitute.For<Exp>();
Base node = new Base(context0);
FunctionCallExp func = new FunctionCallExp(context0);
func.Name = new Identifier("funcName");
ParameterCall param1 = new ParameterCall(context1, exp1);
param1.Name = "param1";
ParameterCall param2 = new ParameterCall(context2, exp2);
param2.Name = "param2";
func.Args.Add(param1);
func.Args.Add(param2);
node.Children.Add(func);
Assert.AreEqual(
@"<Base>
<FunctionCallExp Name=""funcName"">
<ParameterCall Name=""param1"" />
<ParameterCall Name=""param2"" />
</FunctionCallExp>
</Base>", node.ToXML(new XMLParser.XMLProperties(false, false)).ToString());
}
public Base CheckSyntax(List<Token> tokens, List<ILineContext> context, Global.InstructionSets architecture)
{
allTokens = tokens;
allContext = context;
this.architecture = architecture;
astBase = new Base(context[0]);
EatStatements();
return astBase;
}
public void TestCheckVarDeclaration()
{
Base ast = new Base(new LineContext(1, 1));
/*ASTNode astVariable = new ASTNode(Global.ASTType.VAR_DECLARATION, new ILineContext(1, 2));
astVariable.SetName("a");
ast.SetChildren(new List<ASTNode> { astVariable });
SemanticAnalyzer semanticAnalyzer = new SemanticAnalyzer();
List<Table> tables = semanticAnalyzer.GenerateSymbolTables(ast);
Assert.AreEqual("a", tables[1].lookup("a").GetName());*/
}
public void TestGenerateSymbolTables()
{
Base ast = new Base(new LineContext(1, 1));
/*ASTNode astFunction = new ASTNode(Global.ASTType.FUNCTION_CALL, new ILineContext(1, 2));
astFunction.SetName("print");
ASTNode astString = new ASTNode(Global.ASTType.STRING, new ILineContext(2, 2));
astString.SetName("testje");
astFunction.SetChildren(new List<ASTNode> { astString });
ast.SetChildren(new List<ASTNode> { astFunction });
SemanticAnalyzer semanticAnalyzer = new SemanticAnalyzer();
List<Table> tables = semanticAnalyzer.GenerateSymbolTables(ast);
Assert.AreEqual("print", tables[0].lookup("print").GetName());*/
}
public List<Module> GenerateCode(string source, string dest, Base ast, List<Table> tables)
{
//tables[1].Compress(); // Doesn't work in a situation like a=5; b=a; print(b)
this.tables = tables;
//result = new List<string>();
//w("file:\"" + source + "\"");
//w("section:constants");
//teller = 0;
//SearchConstants(ast);
//w("section:var_unitialised");
//teller = 0;
//SearchUnitialised(ast);
//w("section:var_initialised");
//teller = 0;
//SearchInitialised(ast);
Add(new SectionCode());
Add(new MakeGlobal("main"));
Add(new Label("main"));
Add(new Push(new Register(Global.Registers.STACKBASEPOINTER)));
Add(new Move(new Register(Global.Registers.STACKPOINTER), regBase));
Add(new Sub(new ByteConstant(4), regStack));
if (tables[1].GetStackSize() > 0)
Add(new Sub(new ByteConstant(tables[1].GetStackSize()), regStack));
Add(new Call("__main"));
/*w("section:code");
w("define_main_method");
w("set_base_pointer");
w("reserve_stack");
w("call:%SETUP_C%");*/
stack.Clear();
ast.accept(this);
Add(new Nope());
Add(new Move(new Register(Global.Registers.STACKBASEPOINTER), new Register(Global.Registers.STACKPOINTER)));
Add(new Pop(new Register(Global.Registers.STACKBASEPOINTER)));
Add(new Ret());
/*w("get_base_pointer");
w("return");
w("comment:\"Yontu: (Joost Verbraeken) BETA\"");*/
return new List<Module>() { new Module(postfixList, stringTable) };
}
public void TestPrintOneString()
{
ILineContext context = Substitute.For<ILineContext>();
Base ast = new Base(null);
ast.Children.Add(new FunctionCallExp(null));
((FunctionCallExp)ast.Children[0]).Name = new Identifier("print");
//((FunctionCallExp)ast.Children[0]).Args.Add(new ParameterCall(context, new StringLiteral(null, "Hello World!")));
Table builtinTable = SemanticAnalyzer.CreateBuiltinSymbols();
List<Module> modules = generator.GenerateCode("", "", ast, new List<Table>() { builtinTable, new Table(builtinTable, Global.Scope.BuiltinScope, "builtin") });
List<Instruction> instructions = modules[0].InterCode;
Assert.IsTrue(instructions[7] is StringAsParameter);
Assert.AreEqual(".LC0", ((StringAsParameter)instructions[7]).Name);
Assert.AreEqual(0, ((StringAsParameter)instructions[7]).Number);
Assert.IsTrue(instructions[8] is Call);
Assert.AreEqual("printf", ((Call)instructions[8]).Name);
}
public List<Table> CheckSemantics(Base ast)
{
tables = new List<Table>();
Table swiftTable = CreateBuiltinSymbols();
tables.Add(swiftTable);
tables.Add(new Table(tables[0], Global.Scope.MainScope, "Main"));
ScopeAssignVisitor scopeAssignVisitor = new ScopeAssignVisitor();
scopeAssignVisitor.Scope = tables[1];
// First we assign a scope to all nodes
foreach (ASTNode node in ast.Children)
{
node.accept(scopeAssignVisitor);
}
// Then we generate the symbol tables and check the semantics
foreach (ASTNode node in ast.Children)
node.accept(this);
return tables;
}
public void TestPrintFiveIntegers()
{
ILineContext context = Substitute.For<ILineContext>();
Base ast = new Base(null);
ast.Children.Add(new FunctionCallExp(null));
((FunctionCallExp)ast.Children[0]).Name = new Identifier("print");
((FunctionCallExp)ast.Children[0]).Args.Add(new ParameterCall(context, new Int64Literal(null, "5")));
Table builtinTable = SemanticAnalyzer.CreateBuiltinSymbols();
List<Module> modules = generator.GenerateCode("", "", ast, new List<Table>() { builtinTable, new Table(builtinTable, Global.Scope.BuiltinScope, "builtin") });
List<Instruction> instructions = modules[0].InterCode;
Assert.IsTrue(instructions[7] is Move);
Assert.IsTrue(((Move)instructions[7]).To is ParamRegister);
Assert.AreEqual(1, ((ParamRegister)((Move)instructions[7]).To).Position);
Assert.IsTrue(instructions[8] is Lea);
Assert.IsTrue(((Lea)instructions[8]).From is RegisterOffset);
Assert.AreEqual(".LC0", ((RegisterOffset)((Lea)instructions[8]).From).LabelOffset);
Assert.AreEqual(Global.Registers.INSTRUCTIONPOINTER, ((RegisterOffset)((Lea)instructions[8]).From).Register);
Assert.IsTrue(((Lea)instructions[8]).To is ParamRegister);
Assert.AreEqual(0, ((ParamRegister)((Lea)instructions[8]).To).Position);
Assert.IsTrue(instructions[9] is Call);
Assert.AreEqual("printf", ((Call)instructions[9]).Name); //ff expres fout gedaan om de test te laten mislukken
}
public override void visit(Base n)
{
foreach (ASTNode node in n.Children)
node.accept(this);
}
public abstract void visit(Base n);
public void visit(Base n)
{
throw new NotImplementedException();
}
public virtual void visit(Base n)
{
// Do nothing; leave the implementation to the main class
}
public override void visit(Base n)
{
//The base IS the global scope
}
public ASTType visit(Base n)
{
throw new NotImplementedException();
}
