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fix: 重构类型系统 (#79)

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Reviewed-on: PostGuard/Canon#79
This commit is contained in:
jackfiled 2024-05-12 14:29:18 +08:00
parent 1908561d31
commit b34383ea74
13 changed files with 162 additions and 218 deletions
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30
Canon.Core/Abstractions/IGrammarParser.cs
View File

@ -36,7 +36,21 @@ public interface IGrammarParser
{
AnalyseState top = stack.Peek();
// 首先尝试进行归约
// 首先尝试进行移进
if (top.State.ShiftTable.TryGetValue(enumerator.Current, out ITransformer? next))
{
stack.Push(new AnalyseState(next, SyntaxNodeBase.Create(enumerator.Current)));
if (enumerator.MoveNext())
{
continue;
}
else
{
throw new GrammarException(stack.Peek().State);
}
}
// 再进行归约
if (top.State.ReduceTable.TryGetValue(enumerator.Current, out ReduceInformation? information))
{
if (information.Left == Begin)
@ -60,20 +74,6 @@ public interface IGrammarParser
continue;
}
// 如果没有成功归约就进行移进
if (top.State.ShiftTable.TryGetValue(enumerator.Current, out ITransformer? next))
{
stack.Push(new AnalyseState(next, SyntaxNodeBase.Create(enumerator.Current)));
if (enumerator.MoveNext())
{
continue;
}
else
{
throw new GrammarException(stack.Peek().State);
}
}
throw new GrammarException(stack.Peek().State, enumerator.Current);
}
}

55
Canon.Core/SemanticParser/CodeGeneratorVisitor.cs
View File

@ -3,6 +3,7 @@ using Canon.Core.CodeGenerators;
using Canon.Core.Enums;
using Canon.Core.LexicalParser;
using Canon.Core.SyntaxNodes;
using BasicType = Canon.Core.Enums.BasicType;
namespace Canon.Core.SemanticParser;
@ -272,7 +273,9 @@ public class CodeGeneratorVisitor : TypeCheckVisitor
// 虽然这里这样可能会生成来类似于 &*x 的代码
// 但是可以正常运行
variable.VariableName =
symbol.Reference ? $"*{variable.Identifier.IdentifierName}" : variable.Identifier.IdentifierName;
symbol.SymbolType.IsReference
? $"*{variable.Identifier.IdentifierName}"
: variable.Identifier.IdentifierName;
}
public override void PreVisit(Term term)
@ -608,8 +611,7 @@ public class CodeGeneratorVisitor : TypeCheckVisitor
if (parameter.ParameterType is PascalBasicType)
{
string refValue = parameter.IsVar ? "*" : string.Empty;
value = $"{GenerateBasicTypeString(parameter.ParameterType)} {refValue}{parameter.ParameterName}";
value = $"{GenerateBasicTypeString(parameter.ParameterType)} {parameter.ParameterName}";
}
if (parameter.ParameterType is PascalArrayType)
@ -793,25 +795,10 @@ public class CodeGeneratorVisitor : TypeCheckVisitor
foreach ((Expression parameter, PascalParameterType parameterType) in
parameters.Zip(functionType.Parameters))
{
if (parameterType.IsVar)
{
// 这里需要判断parameter是否也为引用类型
if (SymbolTable.TryGetSymbol(parameter.VariableName, out Symbol? parameterSymboe))
{
if (parameterSymboe.Reference)
{
parameterValue += $", {parameter.VariableName}";
}
else
if (parameterType.ParameterType.IsReference)
{
parameterValue += $", &{parameter.VariableName}";
}
}
else
{
parameterValue += $", &{parameter.VariableName}";
}
}
else
{
parameterValue += $", {parameter.VariableName}";
@ -851,29 +838,21 @@ public class CodeGeneratorVisitor : TypeCheckVisitor
private static string GenerateBasicTypeString(PascalType pascalType)
{
if (pascalType == PascalBasicType.Character)
if (pascalType is not PascalBasicType basicType)
{
return "char";
return string.Empty;
}
if (pascalType == PascalBasicType.Boolean)
switch (basicType.Type)
{
return "bool";
}
if (pascalType == PascalBasicType.Integer)
{
return "int";
}
if (pascalType == PascalBasicType.Real)
{
return "double";
}
if (pascalType == PascalBasicType.Void)
{
return "void";
case BasicType.Integer:
return basicType.IsReference ? "int *" : "int";
case BasicType.Real:
return basicType.IsReference ? "double *" : "double";
case BasicType.Character:
return basicType.IsReference ? "char *" : "char";
case BasicType.Boolean:
return basicType.IsReference ? "bool *" : "bool";
}
return string.Empty;

10
Canon.Core/SemanticParser/PascalArrayType.cs
View File

@ -10,6 +10,11 @@ public class PascalArrayType(PascalType elementType, int begin, int end) : Pasca
public override string TypeName => $"{ElementType.TypeName}_{Begin}_{End}";
public override PascalType ToReferenceType()
{
throw new InvalidOperationException("Array type can not be reference.");
}
public override bool Equals(PascalType? other)
{
if (other is not PascalArrayType pascalArrayType)
@ -27,12 +32,13 @@ public class PascalArrayType(PascalType elementType, int begin, int end) : Pasca
return false;
}
return true;
return base.Equals(pascalArrayType);
}
public override int GetHashCode()
{
return ElementType.GetHashCode()
return base.GetHashCode()
^ ElementType.GetHashCode()
^ Begin.GetHashCode()
^ End.GetHashCode();
}

26
Canon.Core/SemanticParser/PascalBasicType.cs
View File

@ -12,12 +12,16 @@ public class PascalBasicType : PascalType
/// </summary>
public BasicType Type { get; }
public override string TypeName { get; }
public override string TypeName => Type.ToString();
private PascalBasicType(BasicType basicType, string typeName)
private PascalBasicType(BasicType type)
{
Type = basicType;
TypeName = typeName;
Type = type;
}
public override PascalType ToReferenceType()
{
return new PascalBasicType(Type) { IsReference = true };
}
public override bool Equals(PascalType? other)
@ -27,12 +31,12 @@ public class PascalBasicType : PascalType
return false;
}
return Type == pascalBasicType.Type;
return Type == pascalBasicType.Type && base.Equals(pascalBasicType);
}
public override int GetHashCode()
{
return Type.GetHashCode();
return base.GetHashCode() ^ Type.GetHashCode();
}
public override string ToString() => TypeName;
@ -40,25 +44,25 @@ public class PascalBasicType : PascalType
/// <summary>
/// 整数类型的单例对象
/// </summary>
public static PascalType Integer => new PascalBasicType(BasicType.Integer, "integer");
public static PascalType Integer => new PascalBasicType(BasicType.Integer);
/// <summary>
/// 布尔类型的单例对象
/// </summary>
public static PascalType Boolean => new PascalBasicType(BasicType.Boolean, "boolean");
public static PascalType Boolean => new PascalBasicType(BasicType.Boolean);
/// <summary>
/// 字符类型的单例对象
/// </summary>
public static PascalType Character => new PascalBasicType(BasicType.Character, "char");
public static PascalType Character => new PascalBasicType(BasicType.Character);
/// <summary>
/// 浮点数类型的单例对象
/// </summary>
public static PascalType Real => new PascalBasicType(BasicType.Real, "real");
public static PascalType Real => new PascalBasicType(BasicType.Real);
/// <summary>
/// 空类型的单例对象
/// </summary>
public static PascalType Void => new PascalBasicType(BasicType.Void, "void");
public static PascalType Void => new PascalBasicType(BasicType.Void);
}

9
Canon.Core/SemanticParser/PascalFunctionType.cs
View File

@ -29,6 +29,11 @@ public class PascalFunctionType(List<PascalParameterType> parameters, PascalType
}
}
public override PascalType ToReferenceType()
{
throw new InvalidOperationException("Function type can not be reference.");
}
public override bool Equals(PascalType? other)
{
if (other is not PascalFunctionType functionType)
@ -49,12 +54,12 @@ public class PascalFunctionType(List<PascalParameterType> parameters, PascalType
}
}
return true;
return base.Equals(functionType);
}
public override int GetHashCode()
{
int code = ReturnType.GetHashCode();
int code = base.GetHashCode() ^ ReturnType.GetHashCode();
foreach (PascalParameterType parameter in Parameters)
{

24
Canon.Core/SemanticParser/PascalParameterType.cs
View File

@ -1,26 +1,16 @@
namespace Canon.Core.SemanticParser;
public class PascalParameterType(PascalType parameterType, bool isVar, string parameterName) : PascalType
public class PascalParameterType(PascalType parameterType, string parameterName) : PascalType
{
public PascalType ParameterType { get; } = parameterType;
public bool IsVar { get; } = isVar;
public string ParameterName { get; } = parameterName;
public override string TypeName
public override string TypeName => $"{ParameterType}_{ParameterName}";
public override PascalType ToReferenceType()
{
get
{
if (IsVar)
{
return $"var_{ParameterType.TypeName}";
}
else
{
return ParameterType.TypeName;
}
}
throw new InvalidOperationException("The parameter type can not be reference.");
}
public override bool Equals(PascalType? other)
@ -30,11 +20,11 @@ public class PascalParameterType(PascalType parameterType, bool isVar, string pa
return false;
}
return ParameterType == parameterType.ParameterType && IsVar == parameterType.IsVar;
return ParameterType == parameterType.ParameterType && base.Equals(parameterType);
}
public override int GetHashCode()
{
return ParameterType.GetHashCode() ^ IsVar.GetHashCode();
return base.GetHashCode() ^ ParameterType.GetHashCode();
}
}

43
Canon.Core/SemanticParser/PascalType.cs
View File

@ -1,4 +1,6 @@
namespace Canon.Core.SemanticParser;
using Canon.Core.Enums;
namespace Canon.Core.SemanticParser;
/// <summary>
/// Pascal类型基类
@ -10,6 +12,18 @@ public abstract class PascalType : IEquatable<PascalType>
/// </summary>
public abstract string TypeName { get; }
/// <summary>
/// 将当前类型转换为引用类型
/// 原有类型变量保持不变
/// </summary>
/// <returns>原有Pascal类型的引用类型</returns>
public abstract PascalType ToReferenceType();
/// <summary>
/// 是否为引用类型
/// </summary>
public bool IsReference { get; init; }
public virtual bool Equals(PascalType? other)
{
if (other is null)
@ -17,7 +31,7 @@ public abstract class PascalType : IEquatable<PascalType>
return false;
}
return TypeName == other.TypeName;
return IsReference == other.IsReference;
}
public T Convert<T>() where T : PascalType
@ -42,7 +56,7 @@ public abstract class PascalType : IEquatable<PascalType>
public override int GetHashCode()
{
return TypeName.GetHashCode();
return IsReference.GetHashCode();
}
public static bool operator ==(PascalType a, PascalType b)
@ -57,34 +71,21 @@ public abstract class PascalType : IEquatable<PascalType>
public static PascalType operator +(PascalType a, PascalType b)
{
if (!IsCalculatable(a) || !IsCalculatable(b))
{
throw new InvalidOperationException();
}
if (a == PascalBasicType.Boolean && b == PascalBasicType.Boolean)
if (a is PascalBasicType { Type: BasicType.Boolean } && b is PascalBasicType { Type: BasicType.Boolean })
{
return PascalBasicType.Boolean;
}
if (a == PascalBasicType.Integer && b == PascalBasicType.Integer)
if (a is PascalBasicType { Type: BasicType.Integer } && b is PascalBasicType { Type: BasicType.Integer })
{
return PascalBasicType.Integer;
}
else
if (a is PascalBasicType { Type : BasicType.Real } && b is PascalBasicType { Type: BasicType.Real })
{
return PascalBasicType.Real;
}
}
/// <summary>
/// 是否为可计算的类型
/// </summary>
/// <param name="pascalType">需要判断的Pascal类型</param>
/// <returns>是否为可计算的类型</returns>
public static bool IsCalculatable(PascalType pascalType)
{
return pascalType == PascalBasicType.Integer || pascalType == PascalBasicType.Real
|| pascalType == PascalBasicType.Boolean;
return PascalBasicType.Void;
}
}

11
Canon.Core/SemanticParser/Symbol.cs
View File

@ -20,11 +20,6 @@ public class Symbol : IEquatable<Symbol>
/// </summary>
public bool Const { get; init; }
/// <summary>
/// 是否为引用变量
/// </summary>
public bool Reference { get; init; }
public bool Equals(Symbol? other)
{
if (other is null)
@ -34,8 +29,7 @@ public class Symbol : IEquatable<Symbol>
return SymbolName == other.SymbolName
&& SymbolType == other.SymbolType
&& Const == other.Const
&& Reference == other.Reference;
&& Const == other.Const;
}
public override int GetHashCode()
@ -53,6 +47,3 @@ public class Symbol : IEquatable<Symbol>
return Equals(other);
}
}

77
Canon.Core/SemanticParser/TypeCheckVisitor.cs
View File

@ -69,7 +69,7 @@ public class TypeCheckVisitor(ICompilerLogger? logger = null) : SyntaxNodeVisito
if (!SymbolTable.TryAddSymbol(new Symbol
{
Const = true, SymbolName = token.IdentifierName, SymbolType = constValue.ConstType
SymbolName = token.IdentifierName, SymbolType = constValue.ConstType, Const = true
}))
{
IsError = true;
@ -96,23 +96,14 @@ public class TypeCheckVisitor(ICompilerLogger? logger = null) : SyntaxNodeVisito
};
// factor -> true | false
factor.OnBooleanGenerator += (_, _) =>
{
factor.VariableType = PascalBasicType.Boolean;
};
factor.OnBooleanGenerator += (_, _) => { factor.VariableType = PascalBasicType.Boolean; };
// factor -> variable
factor.OnVariableGenerator += (_, e) =>
{
factor.VariableType = e.Variable.VariableType;
};
factor.OnVariableGenerator += (_, e) => { factor.VariableType = e.Variable.VariableType; };
// factor -> (expression)
factor.OnParethnesisGenerator += (_, e) =>
{
factor.VariableType = e.Expression.VariableType;
};
factor.OnParethnesisGenerator += (_, e) => { factor.VariableType = e.Expression.VariableType; };
// factor -> id ( ExpressionList)
factor.OnProcedureCallGenerator += (_, e) =>
@ -135,43 +126,30 @@ public class TypeCheckVisitor(ICompilerLogger? logger = null) : SyntaxNodeVisito
};
// factor -> not factor
factor.OnNotGenerator += (_, e) =>
{
factor.VariableType = e.Factor.VariableType;
};
factor.OnNotGenerator += (_, e) => { factor.VariableType = e.Factor.VariableType; };
// factor -> uminus factor
factor.OnUminusGenerator += (_, e) =>
{
factor.VariableType = e.Factor.VariableType;
};
factor.OnUminusGenerator += (_, e) => { factor.VariableType = e.Factor.VariableType; };
// factor -> plus factor
factor.OnPlusGenerator += (_, e) =>
{
factor.VariableType = e.Factor.VariableType;
};
factor.OnPlusGenerator += (_, e) => { factor.VariableType = e.Factor.VariableType; };
}
public override void PostVisit(Term term)
{
base.PostVisit(term);
term.OnFactorGenerator += (_, e) =>
{
term.VariableType = e.Factor.VariableType;
};
term.OnFactorGenerator += (_, e) => { term.VariableType = e.Factor.VariableType; };
term.OnMultiplyGenerator += (_, e) =>
{
if (PascalType.IsCalculatable(e.Left.VariableType) && PascalType.IsCalculatable(e.Right.VariableType))
{
term.VariableType = e.Left.VariableType + e.Right.VariableType;
return;
}
if (term.VariableType == PascalBasicType.Void)
{
IsError = true;
logger?.LogError("Can't calculate");
}
};
}
@ -179,21 +157,17 @@ public class TypeCheckVisitor(ICompilerLogger? logger = null) : SyntaxNodeVisito
{
base.PostVisit(simpleExpression);
simpleExpression.OnTermGenerator += (_, e) =>
{
simpleExpression.VariableType = e.Term.VariableType;
};
simpleExpression.OnTermGenerator += (_, e) => { simpleExpression.VariableType = e.Term.VariableType; };
simpleExpression.OnAddGenerator += (_, e) =>
{
if (PascalType.IsCalculatable(e.Left.VariableType) && PascalType.IsCalculatable(e.Right.VariableType))
{
simpleExpression.VariableType = e.Left.VariableType + e.Right.VariableType;
return;
}
if (simpleExpression.VariableType == PascalBasicType.Void)
{
IsError = true;
logger?.LogError("Can't calculate");
}
};
}
@ -206,10 +180,7 @@ public class TypeCheckVisitor(ICompilerLogger? logger = null) : SyntaxNodeVisito
expression.VariableType = e.SimpleExpression.VariableType;
};
expression.OnRelationGenerator += (_, _) =>
{
expression.VariableType = PascalBasicType.Boolean;
};
expression.OnRelationGenerator += (_, _) => { expression.VariableType = PascalBasicType.Boolean; };
}
public override void PostVisit(TypeSyntaxNode typeSyntaxNode)
@ -251,7 +222,12 @@ public class TypeCheckVisitor(ICompilerLogger? logger = null) : SyntaxNodeVisito
{
base.PostVisit(identifierList);
identifierList.OnTypeGenerator += (_, e) => { identifierList.DefinitionType = e.TypeSyntaxNode.PascalType; };
identifierList.OnTypeGenerator += (_, e) =>
{
identifierList.DefinitionType = identifierList.IsReference
? e.TypeSyntaxNode.PascalType.ToReferenceType()
: e.TypeSyntaxNode.PascalType;
};
identifierList.OnIdentifierGenerator += (_, e) =>
{
@ -259,9 +235,7 @@ public class TypeCheckVisitor(ICompilerLogger? logger = null) : SyntaxNodeVisito
Symbol symbol = new()
{
SymbolName = e.IdentifierToken.IdentifierName,
SymbolType = identifierList.DefinitionType,
Reference = identifierList.IsReference
SymbolName = e.IdentifierToken.IdentifierName, SymbolType = identifierList.DefinitionType,
};
SymbolTable.TryAddSymbol(symbol);
@ -342,7 +316,7 @@ public class TypeCheckVisitor(ICompilerLogger? logger = null) : SyntaxNodeVisito
{
foreach (Symbol symbol in children.AsEnumerable().Reverse())
{
parameters.Add(new PascalParameterType(symbol.SymbolType, symbol.Reference, symbol.SymbolName));
parameters.Add(new PascalParameterType(symbol.SymbolType, symbol.SymbolName));
}
}
@ -398,8 +372,7 @@ public class TypeCheckVisitor(ICompilerLogger? logger = null) : SyntaxNodeVisito
Symbol symbol = new()
{
SymbolName = valueParameter.Token.IdentifierName,
SymbolType = valueParameter.IdentifierList.DefinitionType,
Reference = valueParameter.IsReference
SymbolType = valueParameter.IdentifierList.DefinitionType
};
SymbolTable.TryAddSymbol(symbol);

5
Canon.Core/SyntaxNodes/TypeSyntaxNode.cs
View File

@ -59,6 +59,11 @@ public class TypeSyntaxNode : NonTerminatedSyntaxNode
}
}
/// <summary>
/// 是否为定义引用变量
/// </summary>
public bool IsReference { get; set; }
public static TypeSyntaxNode Create(List<SyntaxNodeBase> children)
{
return new TypeSyntaxNode { Children = children };

6
Canon.Tests/SemanticTests/PascalTypeTests.cs
View File

@ -36,14 +36,14 @@ public class PascalTypeTests
[Fact]
public void PascalFunctionTypeTests()
{
PascalType function1 = new PascalFunctionType([new PascalParameterType(PascalBasicType.Integer, false, "a")],
PascalType function1 = new PascalFunctionType([new PascalParameterType(PascalBasicType.Integer, "a")],
PascalBasicType.Void);
PascalType function2 = new PascalFunctionType([new PascalParameterType(PascalBasicType.Integer, false, "a")],
PascalType function2 = new PascalFunctionType([new PascalParameterType(PascalBasicType.Integer, "a")],
PascalBasicType.Void);
Assert.Equal(function1, function2);
PascalType function3 = new PascalFunctionType([new PascalParameterType(PascalBasicType.Real, true, "a")],
PascalType function3 = new PascalFunctionType([new PascalParameterType(PascalBasicType.Real, "a")],
PascalBasicType.Integer);
Assert.NotEqual(function1, function3);
}

23
Canon.Tests/SemanticTests/SymbolTableTests.cs
View File

@ -9,13 +9,13 @@ public class SymbolTableTests
{
SymbolTable table = new();
Assert.True(table.TryGetType("integer", out PascalType? integer));
Assert.True(table.TryGetType("Integer", out PascalType? integer));
Assert.Equal(PascalBasicType.Integer, integer);
Assert.True(table.TryGetType("real", out PascalType? real));
Assert.True(table.TryGetType("Real", out PascalType? real));
Assert.Equal(PascalBasicType.Real, real);
Assert.True(table.TryGetType("boolean", out PascalType? boolean));
Assert.True(table.TryGetType("Boolean", out PascalType? boolean));
Assert.Equal(PascalBasicType.Boolean, boolean);
Assert.True(table.TryGetType("char", out PascalType? character));
Assert.True(table.TryGetType("Character", out PascalType? character));
Assert.Equal(PascalBasicType.Character, character);
}
@ -25,10 +25,7 @@ public class SymbolTableTests
SymbolTable table = new();
Assert.True(table.TryAddSymbol(new Symbol { SymbolName = "a", SymbolType = PascalBasicType.Integer }));
Assert.True(table.TryAddSymbol(new Symbol
{
SymbolName = "temperature", SymbolType = PascalBasicType.Real, Const = true
}));
Assert.True(table.TryAddSymbol(new Symbol { SymbolName = "temperature", SymbolType = PascalBasicType.Real }));
Assert.True(table.TryGetSymbol("a", out Symbol? a));
Assert.Equal(PascalBasicType.Integer, a.SymbolType);
@ -42,18 +39,12 @@ public class SymbolTableTests
SymbolTable table = new();
Assert.True(table.TryAddSymbol(new Symbol { SymbolName = "a", SymbolType = PascalBasicType.Integer }));
Assert.True(table.TryAddSymbol(new Symbol
{
SymbolName = "temperature", SymbolType = PascalBasicType.Real, Const = true
}));
Assert.True(table.TryAddSymbol(new Symbol { SymbolName = "temperature", SymbolType = PascalBasicType.Real }));
SymbolTable child = table.CreateChildTable();
Assert.True(child.TryAddSymbol(new Symbol { SymbolName = "a", SymbolType = PascalBasicType.Real }));
Assert.True(child.TryAddSymbol(new Symbol
{
SymbolName = "level2", SymbolType = PascalBasicType.Boolean, Reference = true
}));
Assert.True(child.TryAddSymbol(new Symbol { SymbolName = "level2", SymbolType = PascalBasicType.Boolean }));
Assert.True(child.TryGetSymbol("a", out Symbol? a));
Assert.Equal(PascalBasicType.Real, a.SymbolType);

43
Canon.Tests/SemanticTests/TypeCheckVisitorTests.cs
View File

@ -126,9 +126,9 @@ public class TypeCheckVisitorTests(ITestOutputHelper testOutputHelper)
Assert.True(visitor.SymbolTable.TryGetSymbol("test", out Symbol? symbol));
Assert.Equal(symbol.SymbolType, new PascalFunctionType([
new PascalParameterType(PascalBasicType.Integer, false, "a"),
new PascalParameterType(PascalBasicType.Integer, false, "a"),
new PascalParameterType(PascalBasicType.Integer, false, "a")
new PascalParameterType(PascalBasicType.Integer, "a"),
new PascalParameterType(PascalBasicType.Integer, "a"),
new PascalParameterType(PascalBasicType.Integer, "a")
], PascalBasicType.Void));
}
@ -148,9 +148,9 @@ public class TypeCheckVisitorTests(ITestOutputHelper testOutputHelper)
Assert.True(visitor.SymbolTable.TryGetSymbol("test", out Symbol? symbol));
Assert.Equal(symbol.SymbolType, new PascalFunctionType([
new PascalParameterType(PascalBasicType.Real, true, "a"),
new PascalParameterType(PascalBasicType.Real, true, "a"),
new PascalParameterType(PascalBasicType.Real, true, "a")
new PascalParameterType(PascalBasicType.Real.ToReferenceType(),"a"),
new PascalParameterType(PascalBasicType.Real.ToReferenceType(), "a"),
new PascalParameterType(PascalBasicType.Real.ToReferenceType(), "a")
], PascalBasicType.Void));
}
@ -170,10 +170,10 @@ public class TypeCheckVisitorTests(ITestOutputHelper testOutputHelper)
Assert.True(visitor.SymbolTable.TryGetSymbol("test", out Symbol? symbol));
Assert.Equal(symbol.SymbolType, new PascalFunctionType([
new PascalParameterType(PascalBasicType.Integer, false, "a"),
new PascalParameterType(PascalBasicType.Integer, false, "a"),
new PascalParameterType(PascalBasicType.Character, true, "a"),
new PascalParameterType(PascalBasicType.Character, true, "a")
new PascalParameterType(PascalBasicType.Integer, "a"),
new PascalParameterType(PascalBasicType.Integer, "a"),
new PascalParameterType(PascalBasicType.Character.ToReferenceType(), "a"),
new PascalParameterType(PascalBasicType.Character.ToReferenceType(), "a")
], PascalBasicType.Void));
}
@ -193,10 +193,10 @@ public class TypeCheckVisitorTests(ITestOutputHelper testOutputHelper)
Assert.True(visitor.SymbolTable.TryGetSymbol("test", out Symbol? symbol));
Assert.Equal(symbol.SymbolType, new PascalFunctionType([
new PascalParameterType(PascalBasicType.Integer, false, "a"),
new PascalParameterType(PascalBasicType.Integer, false, "a"),
new PascalParameterType(PascalBasicType.Character, true, "a"),
new PascalParameterType(PascalBasicType.Character, true, "a")
new PascalParameterType(PascalBasicType.Integer, "a"),
new PascalParameterType(PascalBasicType.Integer, "a"),
new PascalParameterType(PascalBasicType.Character.ToReferenceType(), "a"),
new PascalParameterType(PascalBasicType.Character.ToReferenceType(), "a")
], PascalBasicType.Real));
}
@ -219,16 +219,16 @@ public class TypeCheckVisitorTests(ITestOutputHelper testOutputHelper)
Assert.True(visitor.SymbolTable.TryGetSymbol("test1", out Symbol? symbol));
Assert.Equal(symbol.SymbolType, new PascalFunctionType([
new PascalParameterType(PascalBasicType.Integer, false, "a"),
new PascalParameterType(PascalBasicType.Real, true, "a"),
new PascalParameterType(PascalBasicType.Real, true, "a"),
new PascalParameterType(PascalBasicType.Boolean, false, "a")
new PascalParameterType(PascalBasicType.Integer, "a"),
new PascalParameterType(PascalBasicType.Real.ToReferenceType(), "a"),
new PascalParameterType(PascalBasicType.Real.ToReferenceType(), "a"),
new PascalParameterType(PascalBasicType.Boolean, "a")
], PascalBasicType.Void));
Assert.True(visitor.SymbolTable.TryGetSymbol("test2", out symbol));
Assert.Equal(symbol.SymbolType, new PascalFunctionType([
new PascalParameterType(PascalBasicType.Boolean, true, "a"),
new PascalParameterType(PascalBasicType.Boolean, true, "a")
new PascalParameterType(PascalBasicType.Boolean.ToReferenceType(), "a"),
new PascalParameterType(PascalBasicType.Boolean.ToReferenceType(), "a")
], PascalBasicType.Boolean));
}
@ -279,7 +279,6 @@ public class TypeCheckVisitorTests(ITestOutputHelper testOutputHelper)
Assert.True(visitor.SymbolTable.TryGetSymbol("a", out Symbol? symbol));
Assert.Equal(PascalBasicType.Integer, symbol.SymbolType);
Assert.True(symbol.Const);
Assert.True(visitor.SymbolTable.TryGetSymbol("b", out symbol));
Assert.Equal(PascalBasicType.Real, symbol.SymbolType);
@ -290,7 +289,7 @@ public class TypeCheckVisitorTests(ITestOutputHelper testOutputHelper)
Assert.True(visitor.SymbolTable.TryGetSymbol("test", out symbol));
Assert.Equal(
new PascalFunctionType([
new PascalParameterType(PascalBasicType.Boolean, false, "a")
new PascalParameterType(PascalBasicType.Boolean, "a")
], PascalBasicType.Void), symbol.SymbolType);
Assert.False(visitor.SymbolTable.TryGetSymbol("d", out symbol));