nub31/nub-lang-archive
Archived
1
0
Fork 0
Code Issues Pull Requests Actions Packages Projects Releases Wiki Activity

Node postfix for nodes

Browse Source
This commit is contained in:
nub31
2025-07-24 18:46:32 +02:00
parent cf01cc2aaa
commit 9f933be343
15 changed files with 371 additions and 376 deletions
Download Patch File Download Diff File Expand all files Collapse all files

103
src/compiler/NubLang/Generation/QBE/QBEGenerator.Expression.cs
View File

@@ -1,51 +1,50 @@
using System.Diagnostics; using System.Diagnostics;
using System.Globalization; using System.Globalization;
using NubLang.Tokenization; using NubLang.Tokenization;
using NubLang.TypeChecking;
using NubLang.TypeChecking.Node; using NubLang.TypeChecking.Node;
namespace NubLang.Generation.QBE; namespace NubLang.Generation.QBE;
public partial class QBEGenerator public partial class QBEGenerator
{ {
private Val EmitExpression(Expression expression) private Val EmitExpression(ExpressionNode expression)
{ {
return expression switch return expression switch
{ {
ArrayInitializer arrayInitializer => EmitArrayInitializer(arrayInitializer), ArrayInitializerNode arrayInitializer => EmitArrayInitializer(arrayInitializer),
StructInitializer structInitializer => EmitStructInitializer(structInitializer), StructInitializerNode structInitializer => EmitStructInitializer(structInitializer),
AddressOf addressOf => EmitAddressOf(addressOf), AddressOfNode addressOf => EmitAddressOf(addressOf),
Dereference dereference => EmitDereference(dereference), DereferenceNode dereference => EmitDereference(dereference),
ArrowFunc arrowFunc => EmitArrowFunc(arrowFunc), ArrowFuncNode arrowFunc => EmitArrowFunc(arrowFunc),
BinaryExpression binaryExpression => EmitBinaryExpression(binaryExpression), BinaryExpressionNode binaryExpression => EmitBinaryExpression(binaryExpression),
FuncCall funcCallExpression => EmitFuncCall(funcCallExpression), FuncCallNode funcCallExpression => EmitFuncCall(funcCallExpression),
ExternFuncIdent externFuncIdent => EmitExternFuncIdent(externFuncIdent), ExternFuncIdentNode externFuncIdent => EmitExternFuncIdent(externFuncIdent),
LocalFuncIdent localFuncIdent => EmitLocalFuncIdent(localFuncIdent), LocalFuncIdentNode localFuncIdent => EmitLocalFuncIdent(localFuncIdent),
VariableIdent variableIdent => EmitVariableIdent(variableIdent), VariableIdentNode variableIdent => EmitVariableIdent(variableIdent),
Literal literal => EmitLiteral(literal), LiteralNode literal => EmitLiteral(literal),
UnaryExpression unaryExpression => EmitUnaryExpression(unaryExpression), UnaryExpressionNode unaryExpression => EmitUnaryExpression(unaryExpression),
StructFieldAccess structFieldAccess => EmitStructFieldAccess(structFieldAccess), StructFieldAccessNode structFieldAccess => EmitStructFieldAccess(structFieldAccess),
InterfaceFuncAccess traitFuncAccess => EmitTraitFuncAccess(traitFuncAccess), InterfaceFuncAccessNode traitFuncAccess => EmitTraitFuncAccess(traitFuncAccess),
ArrayIndexAccess arrayIndex => EmitArrayIndexAccess(arrayIndex), ArrayIndexAccessNode arrayIndex => EmitArrayIndexAccess(arrayIndex),
_ => throw new ArgumentOutOfRangeException(nameof(expression)) _ => throw new ArgumentOutOfRangeException(nameof(expression))
}; };
} }
private Val EmitArrowFunc(ArrowFunc arrowFunc) private Val EmitArrowFunc(ArrowFuncNode arrowFunc)
{ {
var name = $"$arrow_func{++_arrowFuncIndex}"; var name = $"$arrow_func{++_arrowFuncIndex}";
_arrowFunctions.Enqueue((arrowFunc, name)); _arrowFunctions.Enqueue((arrowFunc, name));
return new Val(name, arrowFunc.Type, ValKind.Direct); return new Val(name, arrowFunc.Type, ValKind.Direct);
} }
private Val EmitArrayIndexAccess(ArrayIndexAccess arrayIndexAccess) private Val EmitArrayIndexAccess(ArrayIndexAccessNode arrayIndexAccess)
{ {
var array = EmitUnwrap(EmitExpression(arrayIndexAccess.Target)); var array = EmitUnwrap(EmitExpression(arrayIndexAccess.Target));
var index = EmitUnwrap(EmitExpression(arrayIndexAccess.Index)); var index = EmitUnwrap(EmitExpression(arrayIndexAccess.Index));
EmitArraysCheck(array, index); EmitArraysCheck(array, index);
var elementType = ((NubArrayType)arrayIndexAccess.Target.Type).ElementType; var elementType = ((ArrayTypeNode)arrayIndexAccess.Target.Type).ElementType;
var pointer = TmpName(); var pointer = TmpName();
_writer.Indented($"{pointer} =l mul {index}, {elementType.Size(_definitionTable)}"); _writer.Indented($"{pointer} =l mul {index}, {elementType.Size(_definitionTable)}");
@@ -78,7 +77,7 @@ public partial class QBEGenerator
_writer.Indented(notOobLabel); _writer.Indented(notOobLabel);
} }
private Val EmitArrayInitializer(ArrayInitializer arrayInitializer) private Val EmitArrayInitializer(ArrayInitializerNode arrayInitializer)
{ {
var capacity = EmitUnwrap(EmitExpression(arrayInitializer.Capacity)); var capacity = EmitUnwrap(EmitExpression(arrayInitializer.Capacity));
var elementSize = arrayInitializer.ElementType.Size(_definitionTable); var elementSize = arrayInitializer.ElementType.Size(_definitionTable);
@@ -99,12 +98,12 @@ public partial class QBEGenerator
return new Val(arrayPointer, arrayInitializer.Type, ValKind.Direct); return new Val(arrayPointer, arrayInitializer.Type, ValKind.Direct);
} }
private Val EmitDereference(Dereference dereference) private Val EmitDereference(DereferenceNode dereference)
{ {
return EmitLoad(dereference.Type, EmitUnwrap(EmitExpression(dereference.Expression))); return EmitLoad(dereference.Type, EmitUnwrap(EmitExpression(dereference.Expression)));
} }
private Val EmitAddressOf(AddressOf addressOf) private Val EmitAddressOf(AddressOfNode addressOf)
{ {
var value = EmitExpression(addressOf.Expression); var value = EmitExpression(addressOf.Expression);
if (value.Kind != ValKind.Pointer) if (value.Kind != ValKind.Pointer)
@@ -115,7 +114,7 @@ public partial class QBEGenerator
return new Val(value.Name, addressOf.Type, ValKind.Direct); return new Val(value.Name, addressOf.Type, ValKind.Direct);
} }
private Val EmitBinaryExpression(BinaryExpression binaryExpression) private Val EmitBinaryExpression(BinaryExpressionNode binaryExpression)
{ {
var left = EmitUnwrap(EmitExpression(binaryExpression.Left)); var left = EmitUnwrap(EmitExpression(binaryExpression.Left));
var right = EmitUnwrap(EmitExpression(binaryExpression.Right)); var right = EmitUnwrap(EmitExpression(binaryExpression.Right));
@@ -128,7 +127,7 @@ public partial class QBEGenerator
return new Val(outputName, binaryExpression.Type, ValKind.Direct); return new Val(outputName, binaryExpression.Type, ValKind.Direct);
} }
private string EmitBinaryInstructionFor(BinaryOperator op, NubType type, string left, string right) private string EmitBinaryInstructionFor(BinaryOperator op, TypeNode type, string left, string right)
{ {
if (op is if (op is
BinaryOperator.Equal or BinaryOperator.Equal or
@@ -189,11 +188,11 @@ public partial class QBEGenerator
string sign; string sign;
if (simpleType is NubIntType { Signed: true }) if (simpleType is IntTypeNode { Signed: true })
{ {
sign = "s"; sign = "s";
} }
else if (simpleType is NubIntType { Signed: false }) else if (simpleType is IntTypeNode { Signed: false })
{ {
sign = "u"; sign = "u";
} }
@@ -222,44 +221,44 @@ public partial class QBEGenerator
}; };
} }
private Val EmitExternFuncIdent(ExternFuncIdent externFuncIdent) private Val EmitExternFuncIdent(ExternFuncIdentNode externFuncIdent)
{ {
var func = _definitionTable.LookupExternFunc(externFuncIdent.Name); var func = _definitionTable.LookupExternFunc(externFuncIdent.Name);
return new Val(ExternFuncName(func), externFuncIdent.Type, ValKind.Direct); return new Val(ExternFuncName(func), externFuncIdent.Type, ValKind.Direct);
} }
private Val EmitLocalFuncIdent(LocalFuncIdent localFuncIdent) private Val EmitLocalFuncIdent(LocalFuncIdentNode localFuncIdent)
{ {
var func = _definitionTable.LookupLocalFunc(localFuncIdent.Name); var func = _definitionTable.LookupLocalFunc(localFuncIdent.Name);
return new Val(LocalFuncName(func), localFuncIdent.Type, ValKind.Direct); return new Val(LocalFuncName(func), localFuncIdent.Type, ValKind.Direct);
} }
private Val EmitVariableIdent(VariableIdent variableIdent) private Val EmitVariableIdent(VariableIdentNode variableIdent)
{ {
return Scope.Lookup(variableIdent.Name); return Scope.Lookup(variableIdent.Name);
} }
private Val EmitLiteral(Literal literal) private Val EmitLiteral(LiteralNode literal)
{ {
switch (literal.Kind) switch (literal.Kind)
{ {
case LiteralKind.Integer: case LiteralKind.Integer:
{ {
if (literal.Type is NubFloatType { Width: 32 }) if (literal.Type is FloatTypeNode { Width: 32 })
{ {
var value = float.Parse(literal.Value, CultureInfo.InvariantCulture); var value = float.Parse(literal.Value, CultureInfo.InvariantCulture);
var bits = BitConverter.SingleToInt32Bits(value); var bits = BitConverter.SingleToInt32Bits(value);
return new Val(bits.ToString(), literal.Type, ValKind.Direct); return new Val(bits.ToString(), literal.Type, ValKind.Direct);
} }
if (literal.Type is NubFloatType { Width: 64 }) if (literal.Type is FloatTypeNode { Width: 64 })
{ {
var value = double.Parse(literal.Value, CultureInfo.InvariantCulture); var value = double.Parse(literal.Value, CultureInfo.InvariantCulture);
var bits = BitConverter.DoubleToInt64Bits(value); var bits = BitConverter.DoubleToInt64Bits(value);
return new Val(bits.ToString(), literal.Type, ValKind.Direct); return new Val(bits.ToString(), literal.Type, ValKind.Direct);
} }
if (literal.Type is NubIntType) if (literal.Type is IntTypeNode)
{ {
return new Val(literal.Value, literal.Type, ValKind.Direct); return new Val(literal.Value, literal.Type, ValKind.Direct);
} }
@@ -268,19 +267,19 @@ public partial class QBEGenerator
} }
case LiteralKind.Float: case LiteralKind.Float:
{ {
if (literal.Type is NubIntType) if (literal.Type is IntTypeNode)
{ {
return new Val(literal.Value.Split(".").First(), literal.Type, ValKind.Direct); return new Val(literal.Value.Split(".").First(), literal.Type, ValKind.Direct);
} }
if (literal.Type is NubFloatType { Width: 32 }) if (literal.Type is FloatTypeNode { Width: 32 })
{ {
var value = float.Parse(literal.Value, CultureInfo.InvariantCulture); var value = float.Parse(literal.Value, CultureInfo.InvariantCulture);
var bits = BitConverter.SingleToInt32Bits(value); var bits = BitConverter.SingleToInt32Bits(value);
return new Val(bits.ToString(), literal.Type, ValKind.Direct); return new Val(bits.ToString(), literal.Type, ValKind.Direct);
} }
if (literal.Type is NubFloatType { Width: 64 }) if (literal.Type is FloatTypeNode { Width: 64 })
{ {
var value = double.Parse(literal.Value, CultureInfo.InvariantCulture); var value = double.Parse(literal.Value, CultureInfo.InvariantCulture);
var bits = BitConverter.DoubleToInt64Bits(value); var bits = BitConverter.DoubleToInt64Bits(value);
@@ -291,14 +290,14 @@ public partial class QBEGenerator
} }
case LiteralKind.String: case LiteralKind.String:
{ {
if (literal.Type is NubStringType) if (literal.Type is NubStringTypeNode)
{ {
var stringLiteral = new StringLiteral(literal.Value, StringName()); var stringLiteral = new StringLiteral(literal.Value, StringName());
_stringLiterals.Add(stringLiteral); _stringLiterals.Add(stringLiteral);
return new Val(stringLiteral.Name, literal.Type, ValKind.Direct); return new Val(stringLiteral.Name, literal.Type, ValKind.Direct);
} }
if (literal.Type is NubCStringType) if (literal.Type is CStringTypeNode)
{ {
var cStringLiteral = new CStringLiteral(literal.Value, CStringName()); var cStringLiteral = new CStringLiteral(literal.Value, CStringName());
_cStringLiterals.Add(cStringLiteral); _cStringLiterals.Add(cStringLiteral);
@@ -309,7 +308,7 @@ public partial class QBEGenerator
} }
case LiteralKind.Bool: case LiteralKind.Bool:
{ {
if (literal.Type is NubBoolType) if (literal.Type is BoolTypeNode)
{ {
return new Val(bool.Parse(literal.Value) ? "1" : "0", literal.Type, ValKind.Direct); return new Val(bool.Parse(literal.Value) ? "1" : "0", literal.Type, ValKind.Direct);
} }
@@ -321,7 +320,7 @@ public partial class QBEGenerator
throw new NotSupportedException($"Cannot create literal of kind '{literal.Kind}' for type {literal.Type}"); throw new NotSupportedException($"Cannot create literal of kind '{literal.Kind}' for type {literal.Type}");
} }
private Val EmitStructInitializer(StructInitializer structInitializer, string? destination = null) private Val EmitStructInitializer(StructInitializerNode structInitializer, string? destination = null)
{ {
var @struct = _definitionTable.LookupStruct(structInitializer.StructType.Name); var @struct = _definitionTable.LookupStruct(structInitializer.StructType.Name);
@@ -349,7 +348,7 @@ public partial class QBEGenerator
return new Val(destination, structInitializer.StructType, ValKind.Direct); return new Val(destination, structInitializer.StructType, ValKind.Direct);
} }
private Val EmitUnaryExpression(UnaryExpression unaryExpression) private Val EmitUnaryExpression(UnaryExpressionNode unaryExpression)
{ {
var operand = EmitUnwrap(EmitExpression(unaryExpression.Operand)); var operand = EmitUnwrap(EmitExpression(unaryExpression.Operand));
var outputName = TmpName(); var outputName = TmpName();
@@ -360,16 +359,16 @@ public partial class QBEGenerator
{ {
switch (unaryExpression.Operand.Type) switch (unaryExpression.Operand.Type)
{ {
case NubIntType { Signed: true, Width: 64 }: case IntTypeNode { Signed: true, Width: 64 }:
_writer.Indented($"{outputName} =l neg {operand}"); _writer.Indented($"{outputName} =l neg {operand}");
return new Val(outputName, unaryExpression.Type, ValKind.Direct); return new Val(outputName, unaryExpression.Type, ValKind.Direct);
case NubIntType { Signed: true, Width: 8 or 16 or 32 }: case IntTypeNode { Signed: true, Width: 8 or 16 or 32 }:
_writer.Indented($"{outputName} =w neg {operand}"); _writer.Indented($"{outputName} =w neg {operand}");
return new Val(outputName, unaryExpression.Type, ValKind.Direct); return new Val(outputName, unaryExpression.Type, ValKind.Direct);
case NubFloatType { Width: 64 }: case FloatTypeNode { Width: 64 }:
_writer.Indented($"{outputName} =d neg {operand}"); _writer.Indented($"{outputName} =d neg {operand}");
return new Val(outputName, unaryExpression.Type, ValKind.Direct); return new Val(outputName, unaryExpression.Type, ValKind.Direct);
case NubFloatType { Width: 32 }: case FloatTypeNode { Width: 32 }:
_writer.Indented($"{outputName} =s neg {operand}"); _writer.Indented($"{outputName} =s neg {operand}");
return new Val(outputName, unaryExpression.Type, ValKind.Direct); return new Val(outputName, unaryExpression.Type, ValKind.Direct);
} }
@@ -380,7 +379,7 @@ public partial class QBEGenerator
{ {
switch (unaryExpression.Operand.Type) switch (unaryExpression.Operand.Type)
{ {
case NubBoolType: case BoolTypeNode:
_writer.Indented($"{outputName} =w xor {operand}, 1"); _writer.Indented($"{outputName} =w xor {operand}, 1");
return new Val(outputName, unaryExpression.Type, ValKind.Direct); return new Val(outputName, unaryExpression.Type, ValKind.Direct);
} }
@@ -396,7 +395,7 @@ public partial class QBEGenerator
throw new NotSupportedException($"Unary operator {unaryExpression.Operator} for type {unaryExpression.Operand.Type} not supported"); throw new NotSupportedException($"Unary operator {unaryExpression.Operator} for type {unaryExpression.Operand.Type} not supported");
} }
private Val EmitStructFieldAccess(StructFieldAccess structFieldAccess) private Val EmitStructFieldAccess(StructFieldAccessNode structFieldAccess)
{ {
var target = EmitUnwrap(EmitExpression(structFieldAccess.Target)); var target = EmitUnwrap(EmitExpression(structFieldAccess.Target));
@@ -407,7 +406,7 @@ public partial class QBEGenerator
_writer.Indented($"{output} =l add {target}, {offset}"); _writer.Indented($"{output} =l add {target}, {offset}");
// If the accessed member is an inline struct, it will not be a pointer // If the accessed member is an inline struct, it will not be a pointer
if (structFieldAccess.Type is NubCustomType customType && customType.Kind(_definitionTable) == CustomTypeKind.Struct) if (structFieldAccess.Type is CustomTypeNode customType && customType.Kind(_definitionTable) == CustomTypeKind.Struct)
{ {
return new Val(output, structFieldAccess.Type, ValKind.Direct); return new Val(output, structFieldAccess.Type, ValKind.Direct);
} }
@@ -415,12 +414,12 @@ public partial class QBEGenerator
return new Val(output, structFieldAccess.Type, ValKind.Pointer); return new Val(output, structFieldAccess.Type, ValKind.Pointer);
} }
private Val EmitTraitFuncAccess(InterfaceFuncAccess interfaceFuncAccess) private Val EmitTraitFuncAccess(InterfaceFuncAccessNode interfaceFuncAccess)
{ {
throw new NotImplementedException(); throw new NotImplementedException();
} }
private Val EmitFuncCall(FuncCall funcCall) private Val EmitFuncCall(FuncCallNode funcCall)
{ {
var expression = EmitExpression(funcCall.Expression); var expression = EmitExpression(funcCall.Expression);
var funcPointer = EmitUnwrap(expression); var funcPointer = EmitUnwrap(expression);
@@ -433,7 +432,7 @@ public partial class QBEGenerator
parameterStrings.Add($"{FuncQBETypeName(parameter.Type)} {copy}"); parameterStrings.Add($"{FuncQBETypeName(parameter.Type)} {copy}");
} }
if (funcCall.Type is NubVoidType) if (funcCall.Type is VoidTypeNode)
{ {
_writer.Indented($"call {funcPointer}({string.Join(", ", parameterStrings)})"); _writer.Indented($"call {funcPointer}({string.Join(", ", parameterStrings)})");
return new Val(string.Empty, funcCall.Type, ValKind.Direct); return new Val(string.Empty, funcCall.Type, ValKind.Direct);

28
src/compiler/NubLang/Generation/QBE/QBEGenerator.Statement.cs
View File

@@ -5,32 +5,32 @@ namespace NubLang.Generation.QBE;
public partial class QBEGenerator public partial class QBEGenerator
{ {
private void EmitStatement(Statement statement) private void EmitStatement(StatementNode statement)
{ {
switch (statement) switch (statement)
{ {
case Assignment assignment: case AssignmentNode assignment:
EmitAssignment(assignment); EmitAssignment(assignment);
break; break;
case Break: case BreakNode:
EmitBreak(); EmitBreak();
break; break;
case Continue: case ContinueNode:
EmitContinue(); EmitContinue();
break; break;
case If ifStatement: case IfNode ifStatement:
EmitIf(ifStatement); EmitIf(ifStatement);
break; break;
case Return @return: case ReturnNode @return:
EmitReturn(@return); EmitReturn(@return);
break; break;
case StatementExpression statementExpression: case StatementExpressionNode statementExpression:
EmitExpression(statementExpression.Expression); EmitExpression(statementExpression.Expression);
break; break;
case VariableDeclaration variableDeclaration: case VariableDeclarationNode variableDeclaration:
EmitVariableDeclaration(variableDeclaration); EmitVariableDeclaration(variableDeclaration);
break; break;
case While whileStatement: case WhileNode whileStatement:
EmitWhile(whileStatement); EmitWhile(whileStatement);
break; break;
default: default:
@@ -38,7 +38,7 @@ public partial class QBEGenerator
} }
} }
private void EmitAssignment(Assignment assignment) private void EmitAssignment(AssignmentNode assignment)
{ {
var destination = EmitExpression(assignment.Target); var destination = EmitExpression(assignment.Target);
Debug.Assert(destination.Kind == ValKind.Pointer); Debug.Assert(destination.Kind == ValKind.Pointer);
@@ -57,7 +57,7 @@ public partial class QBEGenerator
_codeIsReachable = false; _codeIsReachable = false;
} }
private void EmitIf(If ifStatement) private void EmitIf(IfNode ifStatement)
{ {
var trueLabel = LabelName(); var trueLabel = LabelName();
var falseLabel = LabelName(); var falseLabel = LabelName();
@@ -81,7 +81,7 @@ public partial class QBEGenerator
_writer.WriteLine(endLabel); _writer.WriteLine(endLabel);
} }
private void EmitReturn(Return @return) private void EmitReturn(ReturnNode @return)
{ {
if (@return.Value.HasValue) if (@return.Value.HasValue)
{ {
@@ -94,7 +94,7 @@ public partial class QBEGenerator
} }
} }
private void EmitVariableDeclaration(VariableDeclaration variableDeclaration) private void EmitVariableDeclaration(VariableDeclarationNode variableDeclaration)
{ {
var name = $"%{variableDeclaration.Name}"; var name = $"%{variableDeclaration.Name}";
_writer.Indented($"{name} =l alloc8 8"); _writer.Indented($"{name} =l alloc8 8");
@@ -108,7 +108,7 @@ public partial class QBEGenerator
Scope.Declare(variableDeclaration.Name, new Val(name, variableDeclaration.Type, ValKind.Pointer)); Scope.Declare(variableDeclaration.Name, new Val(name, variableDeclaration.Type, ValKind.Pointer));
} }
private void EmitWhile(While whileStatement) private void EmitWhile(WhileNode whileStatement)
{ {
var conditionLabel = LabelName(); var conditionLabel = LabelName();
var iterationLabel = LabelName(); var iterationLabel = LabelName();

82
src/compiler/NubLang/Generation/QBE/QBEGenerator.cs
View File

@@ -17,7 +17,7 @@ public partial class QBEGenerator
private readonly List<StringLiteral> _stringLiterals = []; private readonly List<StringLiteral> _stringLiterals = [];
private readonly Stack<string> _breakLabels = []; private readonly Stack<string> _breakLabels = [];
private readonly Stack<string> _continueLabels = []; private readonly Stack<string> _continueLabels = [];
private readonly Queue<(ArrowFunc Func, string Name)> _arrowFunctions = []; private readonly Queue<(ArrowFuncNode Func, string Name)> _arrowFunctions = [];
private readonly Stack<Scope> _scopes = []; private readonly Stack<Scope> _scopes = [];
private int _tmpIndex; private int _tmpIndex;
private int _labelIndex; private int _labelIndex;
@@ -62,7 +62,7 @@ public partial class QBEGenerator
_writer.NewLine(); _writer.NewLine();
} }
foreach (var funcDef in _syntaxTree.Definitions.OfType<LocalFunc>()) foreach (var funcDef in _syntaxTree.Definitions.OfType<LocalFuncNode>())
{ {
EmitFuncDefinition(LocalFuncName(funcDef), funcDef.Signature.Parameters, funcDef.Signature.ReturnType, funcDef.Body); EmitFuncDefinition(LocalFuncName(funcDef), funcDef.Signature.Parameters, funcDef.Signature.ReturnType, funcDef.Body);
_writer.NewLine(); _writer.NewLine();
@@ -88,7 +88,7 @@ public partial class QBEGenerator
return _writer.ToString(); return _writer.ToString();
} }
private static string QBEAssign(NubType type) private static string QBEAssign(TypeNode type)
{ {
if (type.IsSimpleType(out var simpleType, out _)) if (type.IsSimpleType(out var simpleType, out _))
{ {
@@ -105,7 +105,7 @@ public partial class QBEGenerator
return "=l"; return "=l";
} }
private void EmitStore(NubType type, string value, string destination) private void EmitStore(TypeNode type, string value, string destination)
{ {
string store; string store;
@@ -130,7 +130,7 @@ public partial class QBEGenerator
_writer.Indented($"{store} {value}, {destination}"); _writer.Indented($"{store} {value}, {destination}");
} }
private Val EmitLoad(NubType type, string from) private Val EmitLoad(TypeNode type, string from)
{ {
string load; string load;
@@ -166,7 +166,7 @@ public partial class QBEGenerator
_writer.Indented($"call $nub_memcpy(l {source}, l {destination}, l {length})"); _writer.Indented($"call $nub_memcpy(l {source}, l {destination}, l {length})");
} }
private string EmitArraySizeInBytes(NubArrayType type, string array) private string EmitArraySizeInBytes(ArrayTypeNode type, string array)
{ {
var size = TmpName(); var size = TmpName();
_writer.Indented($"{size} =l loadl {array}"); _writer.Indented($"{size} =l loadl {array}");
@@ -191,21 +191,21 @@ public partial class QBEGenerator
return size; return size;
} }
private bool EmitTryMoveInto(Expression source, string destinationPointer) private bool EmitTryMoveInto(ExpressionNode source, string destinationPointer)
{ {
switch (source) switch (source)
{ {
case ArrayInitializer arrayInitializer: case ArrayInitializerNode arrayInitializer:
{ {
EmitStore(source.Type, EmitUnwrap(EmitArrayInitializer(arrayInitializer)), destinationPointer); EmitStore(source.Type, EmitUnwrap(EmitArrayInitializer(arrayInitializer)), destinationPointer);
return true; return true;
} }
case StructInitializer structInitializer: case StructInitializerNode structInitializer:
{ {
EmitStructInitializer(structInitializer, destinationPointer); EmitStructInitializer(structInitializer, destinationPointer);
return true; return true;
} }
case Literal { Kind: LiteralKind.String } literal: case LiteralNode { Kind: LiteralKind.String } literal:
{ {
EmitStore(source.Type, EmitUnwrap(EmitLiteral(literal)), destinationPointer); EmitStore(source.Type, EmitUnwrap(EmitLiteral(literal)), destinationPointer);
return true; return true;
@@ -215,7 +215,7 @@ public partial class QBEGenerator
return false; return false;
} }
private void EmitCopyIntoOrInitialize(Expression source, string destinationPointer) private void EmitCopyIntoOrInitialize(ExpressionNode source, string destinationPointer)
{ {
// If the source is a value which is not used yet such as an array/struct initializer or literal, we can skip copying // If the source is a value which is not used yet such as an array/struct initializer or literal, we can skip copying
if (EmitTryMoveInto(source, destinationPointer)) if (EmitTryMoveInto(source, destinationPointer))
@@ -231,7 +231,7 @@ public partial class QBEGenerator
} }
else else
{ {
if (complexType is NubCustomType customType) if (complexType is CustomTypeNode customType)
{ {
EmitMemcpy(value, destinationPointer, customType.Size(_definitionTable).ToString()); EmitMemcpy(value, destinationPointer, customType.Size(_definitionTable).ToString());
} }
@@ -239,9 +239,9 @@ public partial class QBEGenerator
{ {
var size = complexType switch var size = complexType switch
{ {
NubArrayType arrayType => EmitArraySizeInBytes(arrayType, value), ArrayTypeNode arrayType => EmitArraySizeInBytes(arrayType, value),
NubCStringType => EmitCStringSizeInBytes(value), CStringTypeNode => EmitCStringSizeInBytes(value),
NubStringType => EmitStringSizeInBytes(value), NubStringTypeNode => EmitStringSizeInBytes(value),
_ => throw new ArgumentOutOfRangeException(nameof(source.Type)) _ => throw new ArgumentOutOfRangeException(nameof(source.Type))
}; };
@@ -253,13 +253,13 @@ public partial class QBEGenerator
} }
} }
private bool EmitTryCreateWithoutCopy(Expression source, [NotNullWhen(true)] out string? destination) private bool EmitTryCreateWithoutCopy(ExpressionNode source, [NotNullWhen(true)] out string? destination)
{ {
switch (source) switch (source)
{ {
case ArrayInitializer: case ArrayInitializerNode:
case StructInitializer: case StructInitializerNode:
case Literal { Kind: LiteralKind.String }: case LiteralNode { Kind: LiteralKind.String }:
{ {
destination = EmitUnwrap(EmitExpression(source)); destination = EmitUnwrap(EmitExpression(source));
return true; return true;
@@ -270,7 +270,7 @@ public partial class QBEGenerator
return false; return false;
} }
private string EmitCreateCopyOrInitialize(Expression source) private string EmitCreateCopyOrInitialize(ExpressionNode source)
{ {
// If the source is a value which is not used yet such as an array/struct initializer or literal, we can skip copying // If the source is a value which is not used yet such as an array/struct initializer or literal, we can skip copying
if (EmitTryCreateWithoutCopy(source, out var uncopiedValue)) if (EmitTryCreateWithoutCopy(source, out var uncopiedValue))
@@ -288,10 +288,10 @@ public partial class QBEGenerator
var size = complexType switch var size = complexType switch
{ {
NubArrayType arrayType => EmitArraySizeInBytes(arrayType, value), ArrayTypeNode arrayType => EmitArraySizeInBytes(arrayType, value),
NubCStringType => EmitCStringSizeInBytes(value), CStringTypeNode => EmitCStringSizeInBytes(value),
NubStringType => EmitStringSizeInBytes(value), NubStringTypeNode => EmitStringSizeInBytes(value),
NubCustomType customType => customType.Size(_definitionTable).ToString(), CustomTypeNode customType => customType.Size(_definitionTable).ToString(),
_ => throw new ArgumentOutOfRangeException(nameof(source.Type)) _ => throw new ArgumentOutOfRangeException(nameof(source.Type))
}; };
@@ -302,7 +302,7 @@ public partial class QBEGenerator
} }
// Utility to create QBE type names for function parameters and return types // Utility to create QBE type names for function parameters and return types
private string FuncQBETypeName(NubType type) private string FuncQBETypeName(TypeNode type)
{ {
if (type.IsSimpleType(out var simpleType, out var complexType)) if (type.IsSimpleType(out var simpleType, out var complexType))
{ {
@@ -320,7 +320,7 @@ public partial class QBEGenerator
}; };
} }
if (complexType is NubCustomType customType) if (complexType is CustomTypeNode customType)
{ {
return CustomTypeName(customType); return CustomTypeName(customType);
} }
@@ -328,7 +328,7 @@ public partial class QBEGenerator
return "l"; return "l";
} }
private void EmitFuncDefinition(string name, IReadOnlyList<FuncParameter> parameters, NubType returnType, Block body) private void EmitFuncDefinition(string name, IReadOnlyList<FuncParameterNode> parameters, TypeNode returnType, BlockNode body)
{ {
_labelIndex = 0; _labelIndex = 0;
_tmpIndex = 0; _tmpIndex = 0;
@@ -337,7 +337,7 @@ public partial class QBEGenerator
builder.Append("export function "); builder.Append("export function ");
if (returnType is not NubVoidType) if (returnType is not VoidTypeNode)
{ {
builder.Append(FuncQBETypeName(returnType) + ' '); builder.Append(FuncQBETypeName(returnType) + ' ');
} }
@@ -360,9 +360,9 @@ public partial class QBEGenerator
EmitBlock(body, scope); EmitBlock(body, scope);
// Implicit return for void functions if no explicit return has been set // Implicit return for void functions if no explicit return has been set
if (returnType is NubVoidType && body.Statements is [.., not Return]) if (returnType is VoidTypeNode && body.Statements is [.., not ReturnNode])
{ {
if (returnType is NubVoidType) if (returnType is VoidTypeNode)
{ {
_writer.Indented("ret"); _writer.Indented("ret");
} }
@@ -371,7 +371,7 @@ public partial class QBEGenerator
_writer.EndFunction(); _writer.EndFunction();
} }
private void EmitStructDefinition(Struct structDef) private void EmitStructDefinition(StructNode structDef)
{ {
_writer.WriteLine($"type {CustomTypeName(structDef.Name)} = {{ "); _writer.WriteLine($"type {CustomTypeName(structDef.Name)} = {{ ");
@@ -392,7 +392,7 @@ public partial class QBEGenerator
_writer.WriteLine("}"); _writer.WriteLine("}");
return; return;
string StructDefQBEType(StructField field) string StructDefQBEType(StructFieldNode field)
{ {
if (field.Type.IsSimpleType(out var simpleType, out var complexType)) if (field.Type.IsSimpleType(out var simpleType, out var complexType))
{ {
@@ -408,7 +408,7 @@ public partial class QBEGenerator
}; };
} }
if (complexType is NubCustomType customType) if (complexType is CustomTypeNode customType)
{ {
return CustomTypeName(customType); return CustomTypeName(customType);
} }
@@ -417,7 +417,7 @@ public partial class QBEGenerator
} }
} }
private void EmitTraitVTable(Trait traitDef) private void EmitTraitVTable(TraitNode traitDef)
{ {
_writer.WriteLine($"type {CustomTypeName(traitDef.Name)} = {{"); _writer.WriteLine($"type {CustomTypeName(traitDef.Name)} = {{");
@@ -429,7 +429,7 @@ public partial class QBEGenerator
_writer.WriteLine("}"); _writer.WriteLine("}");
} }
private void EmitBlock(Block block, Scope? scope = null) private void EmitBlock(BlockNode block, Scope? scope = null)
{ {
_scopes.Push(scope ?? Scope.SubScope()); _scopes.Push(scope ?? Scope.SubScope());
@@ -456,7 +456,7 @@ public partial class QBEGenerator
}; };
} }
private int OffsetOf(Struct structDefinition, string member) private int OffsetOf(StructNode structDefinition, string member)
{ {
var offset = 0; var offset = 0;
@@ -469,7 +469,7 @@ public partial class QBEGenerator
var fieldAlignment = field.Type.Alignment(_definitionTable); var fieldAlignment = field.Type.Alignment(_definitionTable);
offset = NubType.AlignTo(offset, fieldAlignment); offset = TypeNode.AlignTo(offset, fieldAlignment);
offset += field.Type.Size(_definitionTable); offset += field.Type.Size(_definitionTable);
} }
@@ -498,17 +498,17 @@ public partial class QBEGenerator
return $"$string{++_stringLiteralIndex}"; return $"$string{++_stringLiteralIndex}";
} }
private string LocalFuncName(LocalFunc funcDef) private string LocalFuncName(LocalFuncNode funcDef)
{ {
return $"${funcDef.Name}"; return $"${funcDef.Name}";
} }
private string ExternFuncName(ExternFunc funcDef) private string ExternFuncName(ExternFuncNode funcDef)
{ {
return $"${funcDef.CallName}"; return $"${funcDef.CallName}";
} }
private string CustomTypeName(NubCustomType customType) private string CustomTypeName(CustomTypeNode customType)
{ {
return CustomTypeName(customType.Name); return CustomTypeName(customType.Name);
} }
@@ -533,7 +533,7 @@ public class CStringLiteral(string value, string name)
public string Name { get; } = name; public string Name { get; } = name;
} }
public record Val(string Name, NubType Type, ValKind Kind); public record Val(string Name, TypeNode Type, ValKind Kind);
public class Scope(Scope? parent = null) public class Scope(Scope? parent = null)
{ {

22
src/compiler/NubLang/Generation/TypedDefinitionTable.cs
View File

@@ -4,41 +4,41 @@ namespace NubLang.Generation;
public sealed class TypedDefinitionTable public sealed class TypedDefinitionTable
{ {
private readonly List<Definition> _definitions; private readonly List<DefinitionNode> _definitions;
public TypedDefinitionTable(IEnumerable<TypedSyntaxTree> syntaxTrees) public TypedDefinitionTable(IEnumerable<TypedSyntaxTree> syntaxTrees)
{ {
_definitions = syntaxTrees.SelectMany(x => x.Definitions).ToList(); _definitions = syntaxTrees.SelectMany(x => x.Definitions).ToList();
} }
public LocalFunc LookupLocalFunc(string name) public LocalFuncNode LookupLocalFunc(string name)
{ {
return _definitions return _definitions
.OfType<LocalFunc>() .OfType<LocalFuncNode>()
.First(x => x.Name == name); .First(x => x.Name == name);
} }
public ExternFunc LookupExternFunc(string name) public ExternFuncNode LookupExternFunc(string name)
{ {
return _definitions return _definitions
.OfType<ExternFunc>() .OfType<ExternFuncNode>()
.First(x => x.Name == name); .First(x => x.Name == name);
} }
public Struct LookupStruct(string name) public StructNode LookupStruct(string name)
{ {
return _definitions return _definitions
.OfType<Struct>() .OfType<StructNode>()
.First(x => x.Name == name); .First(x => x.Name == name);
} }
public IEnumerable<Struct> GetStructs() public IEnumerable<StructNode> GetStructs()
{ {
return _definitions.OfType<Struct>(); return _definitions.OfType<StructNode>();
} }
public IEnumerable<Trait> GetTraits() public IEnumerable<TraitNode> GetTraits()
{ {
return _definitions.OfType<Trait>(); return _definitions.OfType<TraitNode>();
} }
} }

4
src/compiler/NubLang/TypeChecking/DefinitionTable.cs
View File

@@ -26,7 +26,7 @@ public class DefinitionTable
.Where(x => x.Name == name); .Where(x => x.Name == name);
} }
public IEnumerable<StructSyntax> LookupStruct(NubCustomType type) public IEnumerable<StructSyntax> LookupStruct(CustomTypeNode type)
{ {
return _definitions return _definitions
.OfType<StructSyntax>() .OfType<StructSyntax>()
@@ -38,7 +38,7 @@ public class DefinitionTable
return structNode.Fields.Where(x => x.Name == field); return structNode.Fields.Where(x => x.Name == field);
} }
public IEnumerable<InterfaceSyntax> LookupTrait(NubCustomType type) public IEnumerable<InterfaceSyntax> LookupTrait(CustomTypeNode type)
{ {
return _definitions return _definitions
.OfType<InterfaceSyntax>() .OfType<InterfaceSyntax>()

23
src/compiler/NubLang/TypeChecking/Node/Definition.cs
View File

@@ -1,23 +0,0 @@
namespace NubLang.TypeChecking.Node;
public abstract record Definition : Node;
public record FuncParameter(string Name, NubType Type) : Node;
public record FuncSignature(IReadOnlyList<FuncParameter> Parameters, NubType ReturnType) : Node;
public record LocalFunc(string Name, FuncSignature Signature, Block Body) : Definition;
public record ExternFunc(string Name, string CallName, FuncSignature Signature) : Definition;
public record StructField(int Index, string Name, NubType Type, Optional<Expression> Value) : Node;
public record Struct(string Name, IReadOnlyList<StructField> Fields) : Definition;
public record TraitFunc(string Name, FuncSignature Signature) : Node;
public record Trait(string Name, IReadOnlyList<TraitFunc> Functions) : Definition;
public record TraitFuncImpl(string Name, FuncSignature Signature, Block Body) : Node;
public record TraitImpl(NubType TraitType, NubType ForType, IReadOnlyList<TraitFuncImpl> Functions) : Definition;

19
src/compiler/NubLang/TypeChecking/Node/DefinitionNode.cs Normal file
View File

@@ -0,0 +1,19 @@
namespace NubLang.TypeChecking.Node;
public abstract record DefinitionNode : Node;
public record FuncParameterNode(string Name, TypeNode Type) : Node;
public record FuncSignatureNode(IReadOnlyList<FuncParameterNode> Parameters, TypeNode ReturnType) : Node;
public record LocalFuncNode(string Name, FuncSignatureNode Signature, BlockNode Body) : DefinitionNode;
public record ExternFuncNode(string Name, string CallName, FuncSignatureNode Signature) : DefinitionNode;
public record StructFieldNode(int Index, string Name, TypeNode Type, Optional<ExpressionNode> Value) : Node;
public record StructNode(string Name, IReadOnlyList<StructFieldNode> Fields) : DefinitionNode;
public record TraitFuncNode(string Name, FuncSignatureNode Signature) : Node;
public record TraitNode(string Name, IReadOnlyList<TraitFuncNode> Functions) : DefinitionNode;

55
src/compiler/NubLang/TypeChecking/Node/Expression.cs
View File

@@ -1,55 +0,0 @@
using NubLang.Tokenization;
namespace NubLang.TypeChecking.Node;
public enum UnaryOperator
{
Negate,
Invert
}
public enum BinaryOperator
{
Equal,
NotEqual,
GreaterThan,
GreaterThanOrEqual,
LessThan,
LessThanOrEqual,
Plus,
Minus,
Multiply,
Divide
}
public abstract record Expression(NubType Type) : Node;
public record BinaryExpression(NubType Type, Expression Left, BinaryOperator Operator, Expression Right) : Expression(Type);
public record UnaryExpression(NubType Type, UnaryOperator Operator, Expression Operand) : Expression(Type);
public record FuncCall(NubType Type, Expression Expression, IReadOnlyList<Expression> Parameters) : Expression(Type);
public record VariableIdent(NubType Type, string Name) : Expression(Type);
public record LocalFuncIdent(NubType Type, string Name) : Expression(Type);
public record ExternFuncIdent(NubType Type, string Name) : Expression(Type);
public record ArrayInitializer(NubType Type, Expression Capacity, NubType ElementType) : Expression(Type);
public record ArrayIndexAccess(NubType Type, Expression Target, Expression Index) : Expression(Type);
public record ArrowFunc(NubType Type, IReadOnlyList<FuncParameter> Parameters, NubType ReturnType, Block Body) : Expression(Type);
public record AddressOf(NubType Type, Expression Expression) : Expression(Type);
public record Literal(NubType Type, string Value, LiteralKind Kind) : Expression(Type);
public record StructFieldAccess(NubType Type, NubCustomType StructType, Expression Target, string Field) : Expression(Type);
public record InterfaceFuncAccess(NubType Type, NubCustomType InterfaceType, Expression Target, string FuncName) : Expression(Type);
public record StructInitializer(NubCustomType StructType, Dictionary<string, Expression> Initializers) : Expression(StructType);
public record Dereference(NubType Type, Expression Expression) : Expression(Type);

55
src/compiler/NubLang/TypeChecking/Node/ExpressionNode.cs Normal file
View File

@@ -0,0 +1,55 @@
using NubLang.Tokenization;
namespace NubLang.TypeChecking.Node;
public enum UnaryOperator
{
Negate,
Invert
}
public enum BinaryOperator
{
Equal,
NotEqual,
GreaterThan,
GreaterThanOrEqual,
LessThan,
LessThanOrEqual,
Plus,
Minus,
Multiply,
Divide
}
public abstract record ExpressionNode(TypeNode Type) : Node;
public record BinaryExpressionNode(TypeNode Type, ExpressionNode Left, BinaryOperator Operator, ExpressionNode Right) : ExpressionNode(Type);
public record UnaryExpressionNode(TypeNode Type, UnaryOperator Operator, ExpressionNode Operand) : ExpressionNode(Type);
public record FuncCallNode(TypeNode Type, ExpressionNode Expression, IReadOnlyList<ExpressionNode> Parameters) : ExpressionNode(Type);
public record VariableIdentNode(TypeNode Type, string Name) : ExpressionNode(Type);
public record LocalFuncIdentNode(TypeNode Type, string Name) : ExpressionNode(Type);
public record ExternFuncIdentNode(TypeNode Type, string Name) : ExpressionNode(Type);
public record ArrayInitializerNode(TypeNode Type, ExpressionNode Capacity, TypeNode ElementType) : ExpressionNode(Type);
public record ArrayIndexAccessNode(TypeNode Type, ExpressionNode Target, ExpressionNode Index) : ExpressionNode(Type);
public record ArrowFuncNode(TypeNode Type, IReadOnlyList<FuncParameterNode> Parameters, TypeNode ReturnType, BlockNode Body) : ExpressionNode(Type);
public record AddressOfNode(TypeNode Type, ExpressionNode Expression) : ExpressionNode(Type);
public record LiteralNode(TypeNode Type, string Value, LiteralKind Kind) : ExpressionNode(Type);
public record StructFieldAccessNode(TypeNode Type, CustomTypeNode StructType, ExpressionNode Target, string Field) : ExpressionNode(Type);
public record InterfaceFuncAccessNode(TypeNode Type, CustomTypeNode InterfaceType, ExpressionNode Target, string FuncName) : ExpressionNode(Type);
public record StructInitializerNode(CustomTypeNode StructType, Dictionary<string, ExpressionNode> Initializers) : ExpressionNode(StructType);
public record DereferenceNode(TypeNode Type, ExpressionNode Expression) : ExpressionNode(Type);

7
src/compiler/NubLang/TypeChecking/Node/Node.cs Normal file
View File

@@ -0,0 +1,7 @@
namespace NubLang.TypeChecking.Node;
public abstract record Node;
public record TypedSyntaxTree(IReadOnlyList<DefinitionNode> Definitions) : Node;
public record BlockNode(IReadOnlyList<StatementNode> Statements) : Node;

19
src/compiler/NubLang/TypeChecking/Node/Statement.cs
View File

@@ -1,19 +0,0 @@
namespace NubLang.TypeChecking.Node;
public record Statement : Node;
public record StatementExpression(Expression Expression) : Statement;
public record Return(Optional<Expression> Value) : Statement;
public record Assignment(Expression Target, Expression Value) : Statement;
public record If(Expression Condition, Block Body, Optional<Variant<If, Block>> Else) : Statement;
public record VariableDeclaration(string Name, Optional<Expression> Assignment, NubType Type) : Statement;
public record Continue : Statement;
public record Break : Statement;
public record While(Expression Condition, Block Body) : Statement;

19
src/compiler/NubLang/TypeChecking/Node/StatementNode.cs Normal file
View File

@@ -0,0 +1,19 @@
namespace NubLang.TypeChecking.Node;
public record StatementNode : Node;
public record StatementExpressionNode(ExpressionNode Expression) : StatementNode;
public record ReturnNode(Optional<ExpressionNode> Value) : StatementNode;
public record AssignmentNode(ExpressionNode Target, ExpressionNode Value) : StatementNode;
public record IfNode(ExpressionNode Condition, BlockNode Body, Optional<Variant<IfNode, BlockNode>> Else) : StatementNode;
public record VariableDeclarationNode(string Name, Optional<ExpressionNode> Assignment, TypeNode Type) : StatementNode;
public record ContinueNode : StatementNode;
public record BreakNode : StatementNode;
public record WhileNode(ExpressionNode Condition, BlockNode Body) : StatementNode;

7
src/compiler/NubLang/TypeChecking/Node/SyntaxTree.cs
View File

@@ -1,7 +0,0 @@
namespace NubLang.TypeChecking.Node;
public record TypedSyntaxTree(IReadOnlyList<Definition> Definitions);
public abstract record Node;
public record Block(IReadOnlyList<Statement> Statements) : Node;

88
src/compiler/NubLang/TypeChecking/Node/NubType.cs → src/compiler/NubLang/TypeChecking/Node/TypeNode.cs
View File

@@ -3,18 +3,18 @@ using NubLang.Generation;
namespace NubLang.TypeChecking.Node; namespace NubLang.TypeChecking.Node;
public abstract class NubType : IEquatable<NubType> public abstract class TypeNode : IEquatable<TypeNode>
{ {
public bool IsSimpleType([NotNullWhen(true)] out NubSimpleType? simpleType, [NotNullWhen(false)] out NubComplexType? complexType) public bool IsSimpleType([NotNullWhen(true)] out SimpleTypeNode? simpleType, [NotNullWhen(false)] out NubComplexTypeNode? complexType)
{ {
if (this is NubSimpleType st) if (this is SimpleTypeNode st)
{ {
complexType = null; complexType = null;
simpleType = st; simpleType = st;
return true; return true;
} }
if (this is NubComplexType ct) if (this is NubComplexTypeNode ct)
{ {
complexType = ct; complexType = ct;
simpleType = null; simpleType = null;
@@ -32,14 +32,14 @@ public abstract class NubType : IEquatable<NubType>
return (offset + alignment - 1) & ~(alignment - 1); return (offset + alignment - 1) & ~(alignment - 1);
} }
public override bool Equals(object? obj) => obj is NubType other && Equals(other); public override bool Equals(object? obj) => obj is TypeNode other && Equals(other);
public abstract bool Equals(NubType? other); public abstract bool Equals(TypeNode? other);
public abstract override int GetHashCode(); public abstract override int GetHashCode();
public abstract override string ToString(); public abstract override string ToString();
public static bool operator ==(NubType? left, NubType? right) => Equals(left, right); public static bool operator ==(TypeNode? left, TypeNode? right) => Equals(left, right);
public static bool operator !=(NubType? left, NubType? right) => !Equals(left, right); public static bool operator !=(TypeNode? left, TypeNode? right) => !Equals(left, right);
} }
public enum StorageSize public enum StorageSize
@@ -57,7 +57,7 @@ public enum StorageSize
F64 F64
} }
public abstract class NubSimpleType : NubType public abstract class SimpleTypeNode : TypeNode
{ {
public abstract StorageSize StorageSize { get; } public abstract StorageSize StorageSize { get; }
@@ -81,7 +81,7 @@ public abstract class NubSimpleType : NubType
#region Simple types #region Simple types
public class NubIntType(bool signed, int width) : NubSimpleType public class IntTypeNode(bool signed, int width) : SimpleTypeNode
{ {
public bool Signed { get; } = signed; public bool Signed { get; } = signed;
public int Width { get; } = width; public int Width { get; } = width;
@@ -107,11 +107,11 @@ public class NubIntType(bool signed, int width) : NubSimpleType
}; };
public override string ToString() => $"{(Signed ? "i" : "u")}{Width}"; public override string ToString() => $"{(Signed ? "i" : "u")}{Width}";
public override bool Equals(NubType? other) => other is NubIntType @int && @int.Width == Width && @int.Signed == Signed; public override bool Equals(TypeNode? other) => other is IntTypeNode @int && @int.Width == Width && @int.Signed == Signed;
public override int GetHashCode() => HashCode.Combine(typeof(NubIntType), Signed, Width); public override int GetHashCode() => HashCode.Combine(typeof(IntTypeNode), Signed, Width);
} }
public class NubFloatType(int width) : NubSimpleType public class FloatTypeNode(int width) : SimpleTypeNode
{ {
public int Width { get; } = width; public int Width { get; } = width;
@@ -123,33 +123,33 @@ public class NubFloatType(int width) : NubSimpleType
}; };
public override string ToString() => $"f{Width}"; public override string ToString() => $"f{Width}";
public override bool Equals(NubType? other) => other is NubFloatType @int && @int.Width == Width; public override bool Equals(TypeNode? other) => other is FloatTypeNode @int && @int.Width == Width;
public override int GetHashCode() => HashCode.Combine(typeof(NubFloatType), Width); public override int GetHashCode() => HashCode.Combine(typeof(FloatTypeNode), Width);
} }
public class NubBoolType : NubSimpleType public class BoolTypeNode : SimpleTypeNode
{ {
public override StorageSize StorageSize => StorageSize.U8; public override StorageSize StorageSize => StorageSize.U8;
public override string ToString() => "bool"; public override string ToString() => "bool";
public override bool Equals(NubType? other) => other is NubBoolType; public override bool Equals(TypeNode? other) => other is BoolTypeNode;
public override int GetHashCode() => HashCode.Combine(typeof(NubBoolType)); public override int GetHashCode() => HashCode.Combine(typeof(BoolTypeNode));
} }
public class NubFuncType(List<NubType> parameters, NubType returnType) : NubSimpleType public class FuncTypeNode(List<TypeNode> parameters, TypeNode returnType) : SimpleTypeNode
{ {
public IReadOnlyList<NubType> Parameters { get; } = parameters; public IReadOnlyList<TypeNode> Parameters { get; } = parameters;
public NubType ReturnType { get; } = returnType; public TypeNode ReturnType { get; } = returnType;
public override StorageSize StorageSize => StorageSize.U64; public override StorageSize StorageSize => StorageSize.U64;
public override string ToString() => $"func({string.Join(", ", Parameters)}): {ReturnType}"; public override string ToString() => $"func({string.Join(", ", Parameters)}): {ReturnType}";
public override bool Equals(NubType? other) => other is NubFuncType func && ReturnType.Equals(func.ReturnType) && Parameters.SequenceEqual(func.Parameters); public override bool Equals(TypeNode? other) => other is FuncTypeNode func && ReturnType.Equals(func.ReturnType) && Parameters.SequenceEqual(func.Parameters);
public override int GetHashCode() public override int GetHashCode()
{ {
var hash = new HashCode(); var hash = new HashCode();
hash.Add(typeof(NubFuncType)); hash.Add(typeof(FuncTypeNode));
hash.Add(ReturnType); hash.Add(ReturnType);
foreach (var param in Parameters) foreach (var param in Parameters)
{ {
@@ -160,53 +160,53 @@ public class NubFuncType(List<NubType> parameters, NubType returnType) : NubSimp
} }
} }
public class NubPointerType(NubType baseType) : NubSimpleType public class PointerTypeNode(TypeNode baseType) : SimpleTypeNode
{ {
public NubType BaseType { get; } = baseType; public TypeNode BaseType { get; } = baseType;
public override StorageSize StorageSize => StorageSize.U64; public override StorageSize StorageSize => StorageSize.U64;
public override string ToString() => "^" + BaseType; public override string ToString() => "^" + BaseType;
public override bool Equals(NubType? other) => other is NubPointerType pointer && BaseType.Equals(pointer.BaseType); public override bool Equals(TypeNode? other) => other is PointerTypeNode pointer && BaseType.Equals(pointer.BaseType);
public override int GetHashCode() => HashCode.Combine(typeof(NubPointerType), BaseType); public override int GetHashCode() => HashCode.Combine(typeof(PointerTypeNode), BaseType);
} }
public class NubVoidType : NubSimpleType public class VoidTypeNode : SimpleTypeNode
{ {
public override StorageSize StorageSize => StorageSize.Void; public override StorageSize StorageSize => StorageSize.Void;
public override string ToString() => "void"; public override string ToString() => "void";
public override bool Equals(NubType? other) => other is NubVoidType; public override bool Equals(TypeNode? other) => other is VoidTypeNode;
public override int GetHashCode() => HashCode.Combine(typeof(NubVoidType)); public override int GetHashCode() => HashCode.Combine(typeof(VoidTypeNode));
} }
#endregion #endregion
public abstract class NubComplexType : NubType; public abstract class NubComplexTypeNode : TypeNode;
#region Complex types #region Complex types
public class NubCStringType : NubComplexType public class CStringTypeNode : NubComplexTypeNode
{ {
public override int Size(TypedDefinitionTable definitionTable) => 8; public override int Size(TypedDefinitionTable definitionTable) => 8;
public override int Alignment(TypedDefinitionTable definitionTable) => Size(definitionTable); public override int Alignment(TypedDefinitionTable definitionTable) => Size(definitionTable);
public override string ToString() => "cstring"; public override string ToString() => "cstring";
public override bool Equals(NubType? other) => other is NubCStringType; public override bool Equals(TypeNode? other) => other is CStringTypeNode;
public override int GetHashCode() => HashCode.Combine(typeof(NubCStringType)); public override int GetHashCode() => HashCode.Combine(typeof(CStringTypeNode));
} }
public class NubStringType : NubComplexType public class NubStringTypeNode : NubComplexTypeNode
{ {
public override int Size(TypedDefinitionTable definitionTable) => 8; public override int Size(TypedDefinitionTable definitionTable) => 8;
public override int Alignment(TypedDefinitionTable definitionTable) => Size(definitionTable); public override int Alignment(TypedDefinitionTable definitionTable) => Size(definitionTable);
public override string ToString() => "string"; public override string ToString() => "string";
public override bool Equals(NubType? other) => other is NubStringType; public override bool Equals(TypeNode? other) => other is NubStringTypeNode;
public override int GetHashCode() => HashCode.Combine(typeof(NubStringType)); public override int GetHashCode() => HashCode.Combine(typeof(NubStringTypeNode));
} }
public class NubCustomType(string name) : NubComplexType public class CustomTypeNode(string name) : NubComplexTypeNode
{ {
public string Name { get; } = name; public string Name { get; } = name;
@@ -269,8 +269,8 @@ public class NubCustomType(string name) : NubComplexType
} }
public override string ToString() => Name; public override string ToString() => Name;
public override bool Equals(NubType? other) => other is NubCustomType custom && Name == custom.Name; public override bool Equals(TypeNode? other) => other is CustomTypeNode custom && Name == custom.Name;
public override int GetHashCode() => HashCode.Combine(typeof(NubCustomType), Name); public override int GetHashCode() => HashCode.Combine(typeof(CustomTypeNode), Name);
} }
public enum CustomTypeKind public enum CustomTypeKind
@@ -279,17 +279,17 @@ public enum CustomTypeKind
Interface Interface
} }
public class NubArrayType(NubType elementType) : NubComplexType public class ArrayTypeNode(TypeNode elementType) : NubComplexTypeNode
{ {
public NubType ElementType { get; } = elementType; public TypeNode ElementType { get; } = elementType;
public override int Size(TypedDefinitionTable definitionTable) => 8; public override int Size(TypedDefinitionTable definitionTable) => 8;
public override int Alignment(TypedDefinitionTable definitionTable) => Size(definitionTable); public override int Alignment(TypedDefinitionTable definitionTable) => Size(definitionTable);
public override string ToString() => "[]" + ElementType; public override string ToString() => "[]" + ElementType;
public override bool Equals(NubType? other) => other is NubArrayType array && ElementType.Equals(array.ElementType); public override bool Equals(TypeNode? other) => other is ArrayTypeNode array && ElementType.Equals(array.ElementType);
public override int GetHashCode() => HashCode.Combine(typeof(NubArrayType), ElementType); public override int GetHashCode() => HashCode.Combine(typeof(ArrayTypeNode), ElementType);
} }
#endregion #endregion

216
src/compiler/NubLang/TypeChecking/TypeChecker.cs
View File

@@ -11,7 +11,7 @@ public sealed class TypeChecker
private readonly DefinitionTable _definitionTable; private readonly DefinitionTable _definitionTable;
private readonly Stack<Scope> _scopes = []; private readonly Stack<Scope> _scopes = [];
private readonly Stack<NubType> _funcReturnTypes = []; private readonly Stack<TypeNode> _funcReturnTypes = [];
private readonly List<Diagnostic> _diagnostics = []; private readonly List<Diagnostic> _diagnostics = [];
private Scope Scope => _scopes.Peek(); private Scope Scope => _scopes.Peek();
@@ -30,7 +30,7 @@ public sealed class TypeChecker
_funcReturnTypes.Clear(); _funcReturnTypes.Clear();
_scopes.Clear(); _scopes.Clear();
var definitions = new List<Definition>(); var definitions = new List<DefinitionNode>();
foreach (var definition in _syntaxTree.Definitions) foreach (var definition in _syntaxTree.Definitions)
{ {
@@ -47,7 +47,7 @@ public sealed class TypeChecker
return new TypedSyntaxTree(definitions); return new TypedSyntaxTree(definitions);
} }
private Definition CheckDefinition(DefinitionSyntax node) private DefinitionNode CheckDefinition(DefinitionSyntax node)
{ {
return node switch return node switch
{ {
@@ -59,57 +59,57 @@ public sealed class TypeChecker
}; };
} }
private Trait CheckTraitDefinition(InterfaceSyntax node) private TraitNode CheckTraitDefinition(InterfaceSyntax node)
{ {
var functions = new List<TraitFunc>(); var functions = new List<TraitFuncNode>();
foreach (var function in node.Functions) foreach (var function in node.Functions)
{ {
functions.Add(new TraitFunc(function.Name, CheckFuncSignature(function.Signature))); functions.Add(new TraitFuncNode(function.Name, CheckFuncSignature(function.Signature)));
} }
return new Trait(node.Name, functions); return new TraitNode(node.Name, functions);
} }
private Struct CheckStruct(StructSyntax node) private StructNode CheckStruct(StructSyntax node)
{ {
var structFields = new List<StructField>(); var structFields = new List<StructFieldNode>();
foreach (var field in node.Fields) foreach (var field in node.Fields)
{ {
var value = Optional.Empty<Expression>(); var value = Optional.Empty<ExpressionNode>();
if (field.Value.HasValue) if (field.Value.HasValue)
{ {
value = CheckExpression(field.Value.Value, CheckType(field.Type)); value = CheckExpression(field.Value.Value, CheckType(field.Type));
} }
structFields.Add(new StructField(field.Index, field.Name, CheckType(field.Type), value)); structFields.Add(new StructFieldNode(field.Index, field.Name, CheckType(field.Type), value));
} }
return new Struct(node.Name, structFields); return new StructNode(node.Name, structFields);
} }
private ExternFunc CheckExternFuncDefinition(ExternFuncSyntax node) private ExternFuncNode CheckExternFuncDefinition(ExternFuncSyntax node)
{ {
return new ExternFunc(node.Name, node.CallName, CheckFuncSignature(node.Signature)); return new ExternFuncNode(node.Name, node.CallName, CheckFuncSignature(node.Signature));
} }
private LocalFunc CheckLocalFuncDefinition(LocalFuncSyntax node) private LocalFuncNode CheckLocalFuncDefinition(LocalFuncSyntax node)
{ {
var signature = CheckFuncSignature(node.Signature); var signature = CheckFuncSignature(node.Signature);
var body = CheckFuncBody(node.Body, signature.ReturnType, signature.Parameters); var body = CheckFuncBody(node.Body, signature.ReturnType, signature.Parameters);
return new LocalFunc(node.Name, signature, body); return new LocalFuncNode(node.Name, signature, body);
} }
private Statement CheckStatement(StatementSyntax node) private StatementNode CheckStatement(StatementSyntax node)
{ {
return node switch return node switch
{ {
AssignmentSyntax statement => CheckAssignment(statement), AssignmentSyntax statement => CheckAssignment(statement),
BreakSyntax => new Break(), BreakSyntax => new BreakNode(),
ContinueSyntax => new Continue(), ContinueSyntax => new ContinueNode(),
IfSyntax statement => CheckIf(statement), IfSyntax statement => CheckIf(statement),
ReturnSyntax statement => CheckReturn(statement), ReturnSyntax statement => CheckReturn(statement),
StatementExpressionSyntax statement => CheckStatementExpression(statement), StatementExpressionSyntax statement => CheckStatementExpression(statement),
@@ -119,56 +119,56 @@ public sealed class TypeChecker
}; };
} }
private Statement CheckAssignment(AssignmentSyntax statement) private StatementNode CheckAssignment(AssignmentSyntax statement)
{ {
var expression = CheckExpression(statement.Target); var expression = CheckExpression(statement.Target);
var value = CheckExpression(statement.Value, expression.Type); var value = CheckExpression(statement.Value, expression.Type);
return new Assignment(expression, value); return new AssignmentNode(expression, value);
} }
private If CheckIf(IfSyntax statement) private IfNode CheckIf(IfSyntax statement)
{ {
var elseStatement = Optional.Empty<Variant<If, Block>>(); var elseStatement = Optional.Empty<Variant<IfNode, BlockNode>>();
if (statement.Else.HasValue) if (statement.Else.HasValue)
{ {
elseStatement = statement.Else.Value.Match<Variant<If, Block>> elseStatement = statement.Else.Value.Match<Variant<IfNode, BlockNode>>
( (
elseIf => CheckIf(elseIf), elseIf => CheckIf(elseIf),
@else => CheckBlock(@else) @else => CheckBlock(@else)
); );
} }
return new If(CheckExpression(statement.Condition, new NubBoolType()), CheckBlock(statement.Body), elseStatement); return new IfNode(CheckExpression(statement.Condition, new BoolTypeNode()), CheckBlock(statement.Body), elseStatement);
} }
private Return CheckReturn(ReturnSyntax statement) private ReturnNode CheckReturn(ReturnSyntax statement)
{ {
var value = Optional.Empty<Expression>(); var value = Optional.Empty<ExpressionNode>();
if (statement.Value.HasValue) if (statement.Value.HasValue)
{ {
value = CheckExpression(statement.Value.Value, _funcReturnTypes.Peek()); value = CheckExpression(statement.Value.Value, _funcReturnTypes.Peek());
} }
return new Return(value); return new ReturnNode(value);
} }
private StatementExpression CheckStatementExpression(StatementExpressionSyntax statement) private StatementExpressionNode CheckStatementExpression(StatementExpressionSyntax statement)
{ {
return new StatementExpression(CheckExpression(statement.Expression)); return new StatementExpressionNode(CheckExpression(statement.Expression));
} }
private VariableDeclaration CheckVariableDeclaration(VariableDeclarationSyntax statement) private VariableDeclarationNode CheckVariableDeclaration(VariableDeclarationSyntax statement)
{ {
NubType? type = null; TypeNode? type = null;
if (statement.ExplicitType.HasValue) if (statement.ExplicitType.HasValue)
{ {
type = CheckType(statement.ExplicitType.Value); type = CheckType(statement.ExplicitType.Value);
} }
var assignment = Optional<Expression>.Empty(); var assignment = Optional<ExpressionNode>.Empty();
if (statement.Assignment.HasValue) if (statement.Assignment.HasValue)
{ {
var boundValue = CheckExpression(statement.Assignment.Value, type); var boundValue = CheckExpression(statement.Assignment.Value, type);
@@ -183,15 +183,15 @@ public sealed class TypeChecker
Scope.Declare(new Variable(statement.Name, type)); Scope.Declare(new Variable(statement.Name, type));
return new VariableDeclaration(statement.Name, assignment, type); return new VariableDeclarationNode(statement.Name, assignment, type);
} }
private While CheckWhile(WhileSyntax statement) private WhileNode CheckWhile(WhileSyntax statement)
{ {
return new While(CheckExpression(statement.Condition, new NubBoolType()), CheckBlock(statement.Body)); return new WhileNode(CheckExpression(statement.Condition, new BoolTypeNode()), CheckBlock(statement.Body));
} }
private Expression CheckExpression(ExpressionSyntax node, NubType? expectedType = null) private ExpressionNode CheckExpression(ExpressionSyntax node, TypeNode? expectedType = null)
{ {
return node switch return node switch
{ {
@@ -211,25 +211,25 @@ public sealed class TypeChecker
}; };
} }
private AddressOf CheckAddressOf(AddressOfSyntax expression) private AddressOfNode CheckAddressOf(AddressOfSyntax expression)
{ {
var inner = CheckExpression(expression.Expression); var inner = CheckExpression(expression.Expression);
return new AddressOf(new NubPointerType(inner.Type), inner); return new AddressOfNode(new PointerTypeNode(inner.Type), inner);
} }
private ArrowFunc CheckArrowFunc(ArrowFuncSyntax expression, NubType? expectedType = null) private ArrowFuncNode CheckArrowFunc(ArrowFuncSyntax expression, TypeNode? expectedType = null)
{ {
if (expectedType == null) if (expectedType == null)
{ {
throw new CheckException(Diagnostic.Error("Cannot infer argument types for arrow function").Build()); throw new CheckException(Diagnostic.Error("Cannot infer argument types for arrow function").Build());
} }
if (expectedType is not NubFuncType funcType) if (expectedType is not FuncTypeNode funcType)
{ {
throw new CheckException(Diagnostic.Error($"Expected {expectedType}, but got arrow function").Build()); throw new CheckException(Diagnostic.Error($"Expected {expectedType}, but got arrow function").Build());
} }
var parameters = new List<FuncParameter>(); var parameters = new List<FuncParameterNode>();
for (var i = 0; i < expression.Parameters.Count; i++) for (var i = 0; i < expression.Parameters.Count; i++)
{ {
@@ -240,49 +240,49 @@ public sealed class TypeChecker
var expectedParameterType = funcType.Parameters[i]; var expectedParameterType = funcType.Parameters[i];
var parameter = expression.Parameters[i]; var parameter = expression.Parameters[i];
parameters.Add(new FuncParameter(parameter.Name, expectedParameterType)); parameters.Add(new FuncParameterNode(parameter.Name, expectedParameterType));
} }
var body = CheckFuncBody(expression.Body, funcType.ReturnType, parameters); var body = CheckFuncBody(expression.Body, funcType.ReturnType, parameters);
return new ArrowFunc(new NubFuncType(parameters.Select(x => x.Type).ToList(), funcType.ReturnType), parameters, funcType.ReturnType, body); return new ArrowFuncNode(new FuncTypeNode(parameters.Select(x => x.Type).ToList(), funcType.ReturnType), parameters, funcType.ReturnType, body);
} }
private ArrayIndexAccess CheckArrayIndexAccess(ArrayIndexAccessSyntax expression) private ArrayIndexAccessNode CheckArrayIndexAccess(ArrayIndexAccessSyntax expression)
{ {
var boundArray = CheckExpression(expression.Target); var boundArray = CheckExpression(expression.Target);
var elementType = ((NubArrayType)boundArray.Type).ElementType; var elementType = ((ArrayTypeNode)boundArray.Type).ElementType;
return new ArrayIndexAccess(elementType, boundArray, CheckExpression(expression.Index, new NubIntType(false, 64))); return new ArrayIndexAccessNode(elementType, boundArray, CheckExpression(expression.Index, new IntTypeNode(false, 64)));
} }
private ArrayInitializer CheckArrayInitializer(ArrayInitializerSyntax expression) private ArrayInitializerNode CheckArrayInitializer(ArrayInitializerSyntax expression)
{ {
var capacity = CheckExpression(expression.Capacity, new NubIntType(false, 64)); var capacity = CheckExpression(expression.Capacity, new IntTypeNode(false, 64));
var type = new NubArrayType(CheckType(expression.ElementType)); var type = new ArrayTypeNode(CheckType(expression.ElementType));
return new ArrayInitializer(type, capacity, CheckType(expression.ElementType)); return new ArrayInitializerNode(type, capacity, CheckType(expression.ElementType));
} }
private BinaryExpression CheckBinaryExpression(BinaryExpressionSyntax expression) private BinaryExpressionNode CheckBinaryExpression(BinaryExpressionSyntax expression)
{ {
var boundLeft = CheckExpression(expression.Left); var boundLeft = CheckExpression(expression.Left);
var boundRight = CheckExpression(expression.Right, boundLeft.Type); var boundRight = CheckExpression(expression.Right, boundLeft.Type);
return new BinaryExpression(boundLeft.Type, boundLeft, CheckBinaryOperator(expression.OperatorSyntax), boundRight); return new BinaryExpressionNode(boundLeft.Type, boundLeft, CheckBinaryOperator(expression.OperatorSyntax), boundRight);
} }
private Dereference CheckDereference(DereferenceSyntax expression) private DereferenceNode CheckDereference(DereferenceSyntax expression)
{ {
var boundExpression = CheckExpression(expression.Expression); var boundExpression = CheckExpression(expression.Expression);
var dereferencedType = ((NubPointerType)boundExpression.Type).BaseType; var dereferencedType = ((PointerTypeNode)boundExpression.Type).BaseType;
return new Dereference(dereferencedType, boundExpression); return new DereferenceNode(dereferencedType, boundExpression);
} }
private FuncCall CheckFuncCall(FuncCallSyntax expression) private FuncCallNode CheckFuncCall(FuncCallSyntax expression)
{ {
var boundExpression = CheckExpression(expression.Expression); var boundExpression = CheckExpression(expression.Expression);
var funcType = (NubFuncType)boundExpression.Type; var funcType = (FuncTypeNode)boundExpression.Type;
var parameters = new List<Expression>(); var parameters = new List<ExpressionNode>();
foreach (var (i, parameter) in expression.Parameters.Index()) foreach (var (i, parameter) in expression.Parameters.Index())
{ {
@@ -296,15 +296,15 @@ public sealed class TypeChecker
parameters.Add(CheckExpression(parameter, expectedType)); parameters.Add(CheckExpression(parameter, expectedType));
} }
return new FuncCall(funcType.ReturnType, boundExpression, parameters); return new FuncCallNode(funcType.ReturnType, boundExpression, parameters);
} }
private Expression CheckIdentifier(IdentifierSyntax expression) private ExpressionNode CheckIdentifier(IdentifierSyntax expression)
{ {
var variable = Scope.Lookup(expression.Name); var variable = Scope.Lookup(expression.Name);
if (variable != null) if (variable != null)
{ {
return new VariableIdent(variable.Type, variable.Name); return new VariableIdentNode(variable.Type, variable.Name);
} }
var localFuncs = _definitionTable.LookupLocalFunc(expression.Name).ToArray(); var localFuncs = _definitionTable.LookupLocalFunc(expression.Name).ToArray();
@@ -319,8 +319,8 @@ public sealed class TypeChecker
var returnType = CheckType(localFunc.Signature.ReturnType); var returnType = CheckType(localFunc.Signature.ReturnType);
var parameterTypes = localFunc.Signature.Parameters.Select(p => CheckType(p.Type)).ToList(); var parameterTypes = localFunc.Signature.Parameters.Select(p => CheckType(p.Type)).ToList();
var type = new NubFuncType(parameterTypes, returnType); var type = new FuncTypeNode(parameterTypes, returnType);
return new LocalFuncIdent(type, expression.Name); return new LocalFuncIdentNode(type, expression.Name);
} }
var externFuncs = _definitionTable.LookupExternFunc(expression.Name).ToArray(); var externFuncs = _definitionTable.LookupExternFunc(expression.Name).ToArray();
@@ -335,32 +335,32 @@ public sealed class TypeChecker
var returnType = CheckType(externFunc.Signature.ReturnType); var returnType = CheckType(externFunc.Signature.ReturnType);
var parameterTypes = externFunc.Signature.Parameters.Select(p => CheckType(p.Type)).ToList(); var parameterTypes = externFunc.Signature.Parameters.Select(p => CheckType(p.Type)).ToList();
var type = new NubFuncType(parameterTypes, returnType); var type = new FuncTypeNode(parameterTypes, returnType);
return new ExternFuncIdent(type, expression.Name); return new ExternFuncIdentNode(type, expression.Name);
} }
throw new CheckException(Diagnostic.Error($"No identifier with the name {expression.Name} exists").Build()); throw new CheckException(Diagnostic.Error($"No identifier with the name {expression.Name} exists").Build());
} }
private Literal CheckLiteral(LiteralSyntax expression, NubType? expectedType = null) private LiteralNode CheckLiteral(LiteralSyntax expression, TypeNode? expectedType = null)
{ {
var type = expectedType ?? expression.Kind switch var type = expectedType ?? expression.Kind switch
{ {
LiteralKind.Integer => new NubIntType(true, 64), LiteralKind.Integer => new IntTypeNode(true, 64),
LiteralKind.Float => new NubFloatType(64), LiteralKind.Float => new FloatTypeNode(64),
LiteralKind.String => new NubStringType(), LiteralKind.String => new NubStringTypeNode(),
LiteralKind.Bool => new NubBoolType(), LiteralKind.Bool => new BoolTypeNode(),
_ => throw new ArgumentOutOfRangeException() _ => throw new ArgumentOutOfRangeException()
}; };
return new Literal(type, expression.Value, expression.Kind); return new LiteralNode(type, expression.Value, expression.Kind);
} }
private Expression CheckMemberAccess(MemberAccessSyntax expression) private ExpressionNode CheckMemberAccess(MemberAccessSyntax expression)
{ {
var boundExpression = CheckExpression(expression.Target); var boundExpression = CheckExpression(expression.Target);
if (boundExpression.Type is NubCustomType customType) if (boundExpression.Type is CustomTypeNode customType)
{ {
var traits = _definitionTable.LookupTrait(customType).ToArray(); var traits = _definitionTable.LookupTrait(customType).ToArray();
if (traits.Length > 0) if (traits.Length > 0)
@@ -384,8 +384,8 @@ public sealed class TypeChecker
var returnType = CheckType(traitFunc.Signature.ReturnType); var returnType = CheckType(traitFunc.Signature.ReturnType);
var parameterTypes = traitFunc.Signature.Parameters.Select(p => CheckType(p.Type)).ToList(); var parameterTypes = traitFunc.Signature.Parameters.Select(p => CheckType(p.Type)).ToList();
var type = new NubFuncType(parameterTypes, returnType); var type = new FuncTypeNode(parameterTypes, returnType);
return new InterfaceFuncAccess(type, customType, boundExpression, expression.Member); return new InterfaceFuncAccessNode(type, customType, boundExpression, expression.Member);
} }
} }
@@ -409,7 +409,7 @@ public sealed class TypeChecker
var field = fields[0]; var field = fields[0];
return new StructFieldAccess(CheckType(field.Type), customType, boundExpression, expression.Member); return new StructFieldAccessNode(CheckType(field.Type), customType, boundExpression, expression.Member);
} }
} }
} }
@@ -417,11 +417,11 @@ public sealed class TypeChecker
throw new CheckException(Diagnostic.Error($"{boundExpression.Type} does not have a member with the name {expression.Member}").Build()); throw new CheckException(Diagnostic.Error($"{boundExpression.Type} does not have a member with the name {expression.Member}").Build());
} }
private StructInitializer CheckStructInitializer(StructInitializerSyntax expression) private StructInitializerNode CheckStructInitializer(StructInitializerSyntax expression)
{ {
var boundType = CheckType(expression.StructType); var boundType = CheckType(expression.StructType);
if (boundType is not NubCustomType structType) if (boundType is not CustomTypeNode structType)
{ {
throw new CheckException(Diagnostic.Error($"Cannot initialize non-struct type {expression.StructType}").Build()); throw new CheckException(Diagnostic.Error($"Cannot initialize non-struct type {expression.StructType}").Build());
} }
@@ -440,7 +440,7 @@ public sealed class TypeChecker
var @struct = structs[0]; var @struct = structs[0];
var initializers = new Dictionary<string, Expression>(); var initializers = new Dictionary<string, ExpressionNode>();
foreach (var (field, initializer) in expression.Initializers) foreach (var (field, initializer) in expression.Initializers)
{ {
@@ -459,22 +459,22 @@ public sealed class TypeChecker
initializers[field] = CheckExpression(initializer, CheckType(fields[0].Type)); initializers[field] = CheckExpression(initializer, CheckType(fields[0].Type));
} }
return new StructInitializer(structType, initializers); return new StructInitializerNode(structType, initializers);
} }
private UnaryExpression CheckUnaryExpression(UnaryExpressionSyntax expression) private UnaryExpressionNode CheckUnaryExpression(UnaryExpressionSyntax expression)
{ {
var boundOperand = CheckExpression(expression.Operand); var boundOperand = CheckExpression(expression.Operand);
NubType? type = null; TypeNode? type = null;
switch (expression.OperatorSyntax) switch (expression.OperatorSyntax)
{ {
case UnaryOperatorSyntax.Negate: case UnaryOperatorSyntax.Negate:
{ {
boundOperand = CheckExpression(expression.Operand, new NubIntType(true, 64)); boundOperand = CheckExpression(expression.Operand, new IntTypeNode(true, 64));
if (boundOperand.Type is NubIntType or NubFloatType) if (boundOperand.Type is IntTypeNode or FloatTypeNode)
{ {
type = boundOperand.Type; type = boundOperand.Type;
} }
@@ -483,9 +483,9 @@ public sealed class TypeChecker
} }
case UnaryOperatorSyntax.Invert: case UnaryOperatorSyntax.Invert:
{ {
boundOperand = CheckExpression(expression.Operand, new NubBoolType()); boundOperand = CheckExpression(expression.Operand, new BoolTypeNode());
type = new NubBoolType(); type = new BoolTypeNode();
break; break;
} }
} }
@@ -495,19 +495,19 @@ public sealed class TypeChecker
throw new NotImplementedException("Diagnostics not implemented"); throw new NotImplementedException("Diagnostics not implemented");
} }
return new UnaryExpression(type, CheckUnaryOperator(expression.OperatorSyntax), boundOperand); return new UnaryExpressionNode(type, CheckUnaryOperator(expression.OperatorSyntax), boundOperand);
} }
private FuncSignature CheckFuncSignature(FuncSignatureSyntax node) private FuncSignatureNode CheckFuncSignature(FuncSignatureSyntax node)
{ {
var parameters = new List<FuncParameter>(); var parameters = new List<FuncParameterNode>();
foreach (var parameter in node.Parameters) foreach (var parameter in node.Parameters)
{ {
parameters.Add(new FuncParameter(parameter.Name, CheckType(parameter.Type))); parameters.Add(new FuncParameterNode(parameter.Name, CheckType(parameter.Type)));
} }
return new FuncSignature(parameters, CheckType(node.ReturnType)); return new FuncSignatureNode(parameters, CheckType(node.ReturnType));
} }
private BinaryOperator CheckBinaryOperator(BinaryOperatorSyntax op) private BinaryOperator CheckBinaryOperator(BinaryOperatorSyntax op)
@@ -538,9 +538,9 @@ public sealed class TypeChecker
}; };
} }
private Block CheckBlock(BlockSyntax node, Scope? scope = null) private BlockNode CheckBlock(BlockSyntax node, Scope? scope = null)
{ {
var statements = new List<Statement>(); var statements = new List<StatementNode>();
_scopes.Push(scope ?? Scope.SubScope()); _scopes.Push(scope ?? Scope.SubScope());
@@ -551,10 +551,10 @@ public sealed class TypeChecker
_scopes.Pop(); _scopes.Pop();
return new Block(statements); return new BlockNode(statements);
} }
private Block CheckFuncBody(BlockSyntax block, NubType returnType, IReadOnlyList<FuncParameter> parameters) private BlockNode CheckFuncBody(BlockSyntax block, TypeNode returnType, IReadOnlyList<FuncParameterNode> parameters)
{ {
_funcReturnTypes.Push(returnType); _funcReturnTypes.Push(returnType);
@@ -569,26 +569,26 @@ public sealed class TypeChecker
return body; return body;
} }
private NubType CheckType(TypeSyntax node) private TypeNode CheckType(TypeSyntax node)
{ {
return node switch return node switch
{ {
ArrayTypeSyntax type => new NubArrayType(CheckType(type.BaseType)), ArrayTypeSyntax type => new ArrayTypeNode(CheckType(type.BaseType)),
BoolTypeSyntax => new NubBoolType(), BoolTypeSyntax => new BoolTypeNode(),
CStringTypeSyntax => new NubCStringType(), CStringTypeSyntax => new CStringTypeNode(),
CustomTypeSyntax type => new NubCustomType(type.MangledName()), CustomTypeSyntax type => new CustomTypeNode(type.MangledName()),
FloatTypeSyntax @float => new NubFloatType(@float.Width), FloatTypeSyntax @float => new FloatTypeNode(@float.Width),
FuncTypeSyntax type => new NubFuncType(type.Parameters.Select(CheckType).ToList(), CheckType(type.ReturnType)), FuncTypeSyntax type => new FuncTypeNode(type.Parameters.Select(CheckType).ToList(), CheckType(type.ReturnType)),
IntTypeSyntax @int => new NubIntType(@int.Signed, @int.Width), IntTypeSyntax @int => new IntTypeNode(@int.Signed, @int.Width),
PointerTypeSyntax type => new NubPointerType(CheckType(type.BaseType)), PointerTypeSyntax type => new PointerTypeNode(CheckType(type.BaseType)),
StringTypeSyntax => new NubStringType(), StringTypeSyntax => new NubStringTypeNode(),
VoidTypeSyntax => new NubVoidType(), VoidTypeSyntax => new VoidTypeNode(),
_ => throw new ArgumentOutOfRangeException(nameof(node)) _ => throw new ArgumentOutOfRangeException(nameof(node))
}; };
} }
} }
public record Variable(string Name, NubType Type); public record Variable(string Name, TypeNode Type);
public class Scope(Scope? parent = null) public class Scope(Scope? parent = null)
{ {