MycLib/Src/AST/Myc.Ast.RTL.Core.pas

unit Myc.Ast.RTL.Core;

interface

uses
    System.SysUtils,
    System.Math,
    Myc.Data.Scalar,
    Myc.Data.Value,
    Myc.Ast.Attributes;

type
    TRtlCoreFunctions = record
    public
        // --- Constants ---

        [TRtlConst('false')]
        [AstDoc('Boolean false.')]
        class function CFalse: Boolean; static;

        [TRtlConst('true')]
        [AstDoc('Boolean true.')]
        class function CTrue: Boolean; static;

        [TRtlConst('NaN')]
        [AstDoc('Not a Number (IEEE 754).')]
        class function CNaN: Double; static;

        // --- Arithmetic Operators ---

        [TRtlExport('+', Pure)]
        [AstDoc('Adds two numbers or concatenates two strings.')]
        [AstSignature('(number, number) -> number')]
        [AstSignature('(string, string) -> string')]
        class function Add(const Args: TArray<TDataValue>): TDataValue; overload; static;

        [TRtlExport('-', Pure)]
        [AstDoc('Subtracts B from A, or negates A if called with one argument.')]
        [AstSignature('(number, number) -> number')]
        [AstSignature('(number) -> number')]
        class function Subtract(const Args: TArray<TDataValue>): TDataValue; static;

        [TRtlExport('*', Pure)]
        [AstDoc('Multiplies two numbers.')]
        [AstSignature('(number, number) -> number')]
        class function Multiply(const Args: TArray<TDataValue>): TDataValue; static;

        [TRtlExport('/', Pure)]
        [AstDoc('Divides A by B. Returns NaN on division by zero.')]
        [AstSignature('(number, number) -> number')]
        class function Divide(const Args: TArray<TDataValue>): TDataValue; static;

        [TRtlExport('div', Pure)]
        [AstDoc('Performs integer division. Returns NaN on division by zero.')]
        [AstSignature('(number, number) -> number')]
        class function IntDivide(const Args: TArray<TDataValue>): TDataValue; static;

        [TRtlExport('mod', Pure)]
        [AstDoc('Returns the remainder of integer division. Returns NaN on division by zero.')]
        [AstSignature('(number, number) -> number')]
        class function Modulus(const Args: TArray<TDataValue>): TDataValue; static;

        // --- Comparison Operators ---

        [TRtlExport('=', Pure)]
        [AstDoc('Checks if A is equal to B.')]
        [AstSignature('(any, any) -> boolean')]
        class function Equal(const Args: TArray<TDataValue>): TDataValue; static;

        [TRtlExport('<>', Pure)]
        [AstDoc('Checks if A is not equal to B.')]
        [AstSignature('(any, any) -> boolean')]
        class function NotEqual(const Args: TArray<TDataValue>): TDataValue; static;

        [TRtlExport('<', Pure)]
        [AstDoc('Checks if A is less than B.')]
        [AstSignature('(number, number) -> boolean')]
        class function LessThan(const Args: TArray<TDataValue>): TDataValue; static;

        [TRtlExport('<=', Pure)]
        [AstDoc('Checks if A is less than or equal to B.')]
        [AstSignature('(number, number) -> boolean')]
        class function LessThanOrEqual(const Args: TArray<TDataValue>): TDataValue; static;

        [TRtlExport('>', Pure)]
        [AstDoc('Checks if A is greater than B.')]
        [AstSignature('(number, number) -> boolean')]
        class function GreaterThan(const Args: TArray<TDataValue>): TDataValue; static;

        [TRtlExport('>=', Pure)]
        [AstDoc('Checks if A is greater than or equal to B.')]
        [AstSignature('(number, number) -> boolean')]
        class function GreaterThanOrEqual(const Args: TArray<TDataValue>): TDataValue; static;

        // --- Logic / Bitwise Operators ---

        [TRtlExport('not', Pure)]
        [AstDoc('Logical or bitwise NOT operation.')]
        [AstSignature('(boolean) -> boolean')]
        [AstSignature('(number) -> number')]
        class function LogicalNot(const Args: TArray<TDataValue>): TDataValue; static;

        [TRtlExport('and', Pure)]
        [AstDoc('Logical or bitwise AND operation.')]
        [AstSignature('(boolean, boolean) -> boolean')]
        [AstSignature('(number, number) -> number')]
        class function BitwiseAnd(const Args: TArray<TDataValue>): TDataValue; static;

        [TRtlExport('or', Pure)]
        [AstDoc('Logical or bitwise OR operation.')]
        [AstSignature('(boolean, boolean) -> boolean')]
        [AstSignature('(number, number) -> number')]
        class function BitwiseOr(const Args: TArray<TDataValue>): TDataValue; static;

        [TRtlExport('xor', Pure)]
        [AstDoc('Logical or bitwise XOR operation.')]
        [AstSignature('(boolean, boolean) -> boolean')]
        [AstSignature('(number, number) -> number')]
        class function BitwiseXor(const Args: TArray<TDataValue>): TDataValue; static;

        [TRtlExport('shl', Pure)]
        [AstDoc('Bitwise shift left.')]
        [AstSignature('(number, number) -> number')]
        class function LeftShift(const Args: TArray<TDataValue>): TDataValue; static;

        [TRtlExport('shr', Pure)]
        [AstDoc('Bitwise shift right.')]
        [AstSignature('(number, number) -> number')]
        class function RightShift(const Args: TArray<TDataValue>): TDataValue; static;

        // --- Static Specializations (Targets for TypeChecker/Specializer) ---

        [TRtlExport('+', Pure)]
        class function Add_Ordinal_Ordinal_Ordinal(A, B: Int64): Int64; static;
        [TRtlExport('+', Pure)]
        class function Add_Float_Float_Float(A, B: Double): Double; static;
        [TRtlExport('+', Pure)]
        class function Add_Ordinal_Float_Float(A: Int64; B: Double): Double; static;
        [TRtlExport('+', Pure)]
        class function Add_Float_Ordinal_Float(A: Double; B: Int64): Double; static;
        [TRtlExport('+', Pure)]
        class function Add_Text_Text_Text(const A: string; const B: string): string; static;

        [TRtlExport('-', Pure)]
        class function Subtract_Ordinal_Ordinal_Ordinal(A, B: Int64): Int64; static;
        [TRtlExport('-', Pure)]
        class function Subtract_Float_Float_Float(A, B: Double): Double; static;
        [TRtlExport('-', Pure)]
        class function Subtract_Ordinal_Float_Float(A: Int64; B: Double): Double; static;
        [TRtlExport('-', Pure)]
        class function Subtract_Float_Ordinal_Float(A: Double; B: Int64): Double; static;

        [TRtlExport('*', Pure)]
        class function Multiply_Ordinal_Ordinal_Ordinal(A, B: Int64): Int64; static;
        [TRtlExport('*', Pure)]
        class function Multiply_Float_Float_Float(A, B: Double): Double; static;
        [TRtlExport('*', Pure)]
        class function Multiply_Ordinal_Float_Float(A: Int64; B: Double): Double; static;
        [TRtlExport('*', Pure)]
        class function Multiply_Float_Ordinal_Float(A: Double; B: Int64): Double; static;

        [TRtlExport('/', Pure)]
        class function Divide_Ordinal_Ordinal_Float(A, B: Int64): Double; static;
        [TRtlExport('/', Pure)]
        class function Divide_Float_Float_Float(A, B: Double): Double; static;
        [TRtlExport('/', Pure)]
        class function Divide_Ordinal_Float_Float(A: Int64; B: Double): Double; static;
        [TRtlExport('/', Pure)]
        class function Divide_Float_Ordinal_Float(A: Double; B: Int64): Double; static;

        [TRtlExport('=', Pure)]
        class function Equal_Ordinal_Ordinal_Ordinal(A, B: Int64): Int64; static;
        [TRtlExport('=', Pure)]
        class function Equal_Float_Float_Ordinal(A, B: Double): Int64; static;
        [TRtlExport('=', Pure)]
        class function Equal_Ordinal_Float_Ordinal(A: Int64; B: Double): Int64; static;
        [TRtlExport('=', Pure)]
        class function Equal_Float_Ordinal_Ordinal(A: Double; B: Int64): Int64; static;
        [TRtlExport('=', Pure)]
        class function Equal_Keyword_Keyword_Ordinal(A, B: Int64): Int64; static;

        [TRtlExport('<>', Pure)]
        class function NotEqual_Ordinal_Ordinal_Ordinal(A, B: Int64): Int64; static;
        [TRtlExport('<>', Pure)]
        class function NotEqual_Float_Float_Ordinal(A, B: Double): Int64; static;
        [TRtlExport('<>', Pure)]
        class function NotEqual_Ordinal_Float_Ordinal(A: Int64; B: Double): Int64; static;
        [TRtlExport('<>', Pure)]
        class function NotEqual_Float_Ordinal_Ordinal(A: Double; B: Int64): Int64; static;
        [TRtlExport('<>', Pure)]
        class function NotEqual_Keyword_Keyword_Ordinal(A, B: Int64): Int64; static;

        [TRtlExport('<', Pure)]
        class function Less_Ordinal_Ordinal_Ordinal(A, B: Int64): Int64; static;
        [TRtlExport('<', Pure)]
        class function Less_Float_Float_Ordinal(A, B: Double): Int64; static;
        [TRtlExport('<', Pure)]
        class function Less_Ordinal_Float_Ordinal(A: Int64; B: Double): Int64; static;
        [TRtlExport('<', Pure)]
        class function Less_Float_Ordinal_Ordinal(A: Double; B: Int64): Int64; static;

        [TRtlExport('<=', Pure)]
        class function LessOrEqual_Ordinal_Ordinal_Ordinal(A, B: Int64): Int64; static;
        [TRtlExport('<=', Pure)]
        class function LessOrEqual_Float_Float_Ordinal(A, B: Double): Int64; static;
        [TRtlExport('<=', Pure)]
        class function LessOrEqual_Ordinal_Float_Ordinal(A: Int64; B: Double): Int64; static;
        [TRtlExport('<=', Pure)]
        class function LessOrEqual_Float_Ordinal_Ordinal(A: Double; B: Int64): Int64; static;

        [TRtlExport('>', Pure)]
        class function Greater_Ordinal_Ordinal_Ordinal(A, B: Int64): Int64; static;
        [TRtlExport('>', Pure)]
        class function Greater_Float_Float_Ordinal(A, B: Double): Int64; static;
        [TRtlExport('>', Pure)]
        class function Greater_Ordinal_Float_Ordinal(A: Int64; B: Double): Int64; static;
        [TRtlExport('>', Pure)]
        class function Greater_Float_Ordinal_Ordinal(A: Double; B: Int64): Int64; static;

        [TRtlExport('>=', Pure)]
        class function GreaterOrEqual_Ordinal_Ordinal_Ordinal(A, B: Int64): Int64; static;
        [TRtlExport('>=', Pure)]
        class function GreaterOrEqual_Float_Float_Ordinal(A, B: Double): Int64; static;
        [TRtlExport('>=', Pure)]
        class function GreaterOrEqual_Ordinal_Float_Ordinal(A: Int64; B: Double): Int64; static;
        [TRtlExport('>=', Pure)]
        class function GreaterOrEqual_Float_Ordinal_Ordinal(A: Double; B: Int64): Int64; static;

        [TRtlExport('and', Pure)]
        class function And_Ordinal_Ordinal_Ordinal(A, B: Int64): Int64; static;
        [TRtlExport('or', Pure)]
        class function Or_Ordinal_Ordinal_Ordinal(A, B: Int64): Int64; static;
        [TRtlExport('xor', Pure)]
        class function Xor_Ordinal_Ordinal_Ordinal(A, B: Int64): Int64; static;
        [TRtlExport('shl', Pure)]
        class function Shl_Ordinal_Ordinal_Ordinal(A, B: Int64): Int64; static;
        [TRtlExport('shr', Pure)]
        class function Shr_Ordinal_Ordinal_Ordinal(A, B: Int64): Int64; static;

        [TRtlExport('-', Pure)]
        class function Negate_Ordinal_Ordinal(A: Int64): Int64; static;
        [TRtlExport('-', Pure)]
        class function Negate_Float_Float(A: Double): Double; static;
        [TRtlExport('not', Pure)]
        class function Not_Ordinal_Ordinal(A: Int64): Int64; static;
    end;

implementation

{ TRtlCoreFunctions - Constants }

class function TRtlCoreFunctions.CNaN: Double;
begin
    Result := System.Math.NaN;
end;

{ TRtlCoreFunctions - Operator Implementations }

class function TRtlCoreFunctions.Add(const Args: TArray<TDataValue>): TDataValue;
begin
    if Length(Args) <> 2 then
        raise EArgumentException.Create('Operator + requires 2 arguments.');
    if (Args[0].Kind = vkText) and (Args[1].Kind = vkText) then
        Result := Args[0].AsText + Args[1].AsText
    else
        Result := Args[0].AsScalar + Args[1].AsScalar;
end;

class function TRtlCoreFunctions.Subtract(const Args: TArray<TDataValue>): TDataValue;
begin
    if Length(Args) = 1 then
        Result := -Args[0].AsScalar
    else if Length(Args) = 2 then
        Result := Args[0].AsScalar - Args[1].AsScalar
    else
        raise EArgumentException.Create('Operator - requires 1 or 2 arguments.');
end;

class function TRtlCoreFunctions.Multiply(const Args: TArray<TDataValue>): TDataValue;
begin
    if Length(Args) <> 2 then
        raise EArgumentException.Create('Operator * requires 2 arguments.');
    Result := Args[0].AsScalar * Args[1].AsScalar;
end;

class function TRtlCoreFunctions.Divide(const Args: TArray<TDataValue>): TDataValue;
begin
    if Length(Args) <> 2 then
        raise EArgumentException.Create('Operator / requires 2 arguments.');

    Result := Args[0].AsScalar / Args[1].AsScalar;
end;

class function TRtlCoreFunctions.IntDivide(const Args: TArray<TDataValue>): TDataValue;
begin
    if Length(Args) <> 2 then
        raise EArgumentException.Create('Operator div requires 2 arguments.');

    Result := Args[0].AsScalar div Args[1].AsScalar;
end;

class function TRtlCoreFunctions.Modulus(const Args: TArray<TDataValue>): TDataValue;
begin
    if Length(Args) <> 2 then
        raise EArgumentException.Create('Operator mod requires 2 arguments.');

    Result := TScalar.FromInt64(Int64(Args[0].AsScalar) mod Args[1].AsScalar);
end;

class function TRtlCoreFunctions.Equal(const Args: TArray<TDataValue>): TDataValue;
begin
    if Length(Args) <> 2 then
        raise EArgumentException.Create('Operator = requires 2 arguments.');
    Result := TScalar.FromBoolean(Args[0].AsScalar = Args[1].AsScalar);
end;

class function TRtlCoreFunctions.NotEqual(const Args: TArray<TDataValue>): TDataValue;
begin
    if Length(Args) <> 2 then
        raise EArgumentException.Create('Operator <> requires 2 arguments.');
    Result := TScalar.FromBoolean(Args[0].AsScalar <> Args[1].AsScalar);
end;

class function TRtlCoreFunctions.LessThan(const Args: TArray<TDataValue>): TDataValue;
begin
    if Length(Args) <> 2 then
        raise EArgumentException.Create('Operator < requires 2 arguments.');
    Result := TScalar.FromBoolean(Args[0].AsScalar < Args[1].AsScalar);
end;

class function TRtlCoreFunctions.LessThanOrEqual(const Args: TArray<TDataValue>): TDataValue;
begin
    if Length(Args) <> 2 then
        raise EArgumentException.Create('Operator <= requires 2 arguments.');
    Result := TScalar.FromBoolean(Args[0].AsScalar <= Args[1].AsScalar);
end;

class function TRtlCoreFunctions.GreaterThan(const Args: TArray<TDataValue>): TDataValue;
begin
    if Length(Args) <> 2 then
        raise EArgumentException.Create('Operator > requires 2 arguments.');
    Result := TScalar.FromBoolean(Args[0].AsScalar > Args[1].AsScalar);
end;

class function TRtlCoreFunctions.GreaterThanOrEqual(const Args: TArray<TDataValue>): TDataValue;
begin
    if Length(Args) <> 2 then
        raise EArgumentException.Create('Operator >= requires 2 arguments.');
    Result := TScalar.FromBoolean(Args[0].AsScalar >= Args[1].AsScalar);
end;

// --- Logic / Bitwise ---

class function TRtlCoreFunctions.LogicalNot(const Args: TArray<TDataValue>): TDataValue;
begin
    if Length(Args) <> 1 then
        raise EArgumentException.Create('Operator not requires 1 argument.');
    Result := not Args[0].AsScalar;
end;

class function TRtlCoreFunctions.BitwiseAnd(const Args: TArray<TDataValue>): TDataValue;
begin
    if Length(Args) <> 2 then
        raise EArgumentException.Create('Operator and requires 2 arguments.');
    Result := Args[0].AsScalar and Args[1].AsScalar;
end;

class function TRtlCoreFunctions.BitwiseOr(const Args: TArray<TDataValue>): TDataValue;
begin
    if Length(Args) <> 2 then
        raise EArgumentException.Create('Operator or requires 2 arguments.');
    Result := Args[0].AsScalar or Args[1].AsScalar;
end;

class function TRtlCoreFunctions.BitwiseXor(const Args: TArray<TDataValue>): TDataValue;
begin
    if Length(Args) <> 2 then
        raise EArgumentException.Create('Operator xor requires 2 arguments.');
    Result := Args[0].AsScalar xor Args[1].AsScalar;
end;

class function TRtlCoreFunctions.LeftShift(const Args: TArray<TDataValue>): TDataValue;
begin
    if Length(Args) <> 2 then
        raise EArgumentException.Create('Operator shl requires 2 arguments.');
    Result := Args[0].AsScalar shl Args[1].AsScalar;
end;

class function TRtlCoreFunctions.RightShift(const Args: TArray<TDataValue>): TDataValue;
begin
    if Length(Args) <> 2 then
        raise EArgumentException.Create('Operator shr requires 2 arguments.');
    Result := Args[0].AsScalar shr Args[1].AsScalar;
end;

// --- Static Specializations ---

// Add
class function TRtlCoreFunctions.Add_Ordinal_Ordinal_Ordinal(A, B: Int64): Int64;
begin
    Result := A + B;
end;
class function TRtlCoreFunctions.Add_Float_Float_Float(A, B: Double): Double;
begin
    Result := A + B;
end;
class function TRtlCoreFunctions.Add_Ordinal_Float_Float(A: Int64; B: Double): Double;
begin
    Result := A + B;
end;
class function TRtlCoreFunctions.Add_Float_Ordinal_Float(A: Double; B: Int64): Double;
begin
    Result := A + B;
end;
class function TRtlCoreFunctions.Add_Text_Text_Text(const A: String; const B: String): String;
begin
    Result := A + B;
end;

// Subtract
class function TRtlCoreFunctions.Subtract_Ordinal_Ordinal_Ordinal(A, B: Int64): Int64;
begin
    Result := A - B;
end;
class function TRtlCoreFunctions.Subtract_Float_Float_Float(A, B: Double): Double;
begin
    Result := A - B;
end;
class function TRtlCoreFunctions.Subtract_Ordinal_Float_Float(A: Int64; B: Double): Double;
begin
    Result := A - B;
end;
class function TRtlCoreFunctions.Subtract_Float_Ordinal_Float(A: Double; B: Int64): Double;
begin
    Result := A - B;
end;

// Multiply
class function TRtlCoreFunctions.Multiply_Ordinal_Ordinal_Ordinal(A, B: Int64): Int64;
begin
    Result := A * B;
end;
class function TRtlCoreFunctions.Multiply_Float_Float_Float(A, B: Double): Double;
begin
    Result := A * B;
end;
class function TRtlCoreFunctions.Multiply_Ordinal_Float_Float(A: Int64; B: Double): Double;
begin
    Result := A * B;
end;
class function TRtlCoreFunctions.Multiply_Float_Ordinal_Float(A: Double; B: Int64): Double;
begin
    Result := A * B;
end;

// Divide - Updated to return NaN on div0
class function TRtlCoreFunctions.Divide_Ordinal_Ordinal_Float(A, B: Int64): Double;
begin
    Result := A / B;
end;
class function TRtlCoreFunctions.Divide_Float_Float_Float(A, B: Double): Double;
begin
    if B = 0.0 then
        Result := NaN
    else
        Result := A / B;
end;
class function TRtlCoreFunctions.Divide_Ordinal_Float_Float(A: Int64; B: Double): Double;
begin
    if B = 0.0 then
        Result := NaN
    else
        Result := A / B;
end;
class function TRtlCoreFunctions.Divide_Float_Ordinal_Float(A: Double; B: Int64): Double;
begin
    Result := A / B;
end;

// Comparisons
class function TRtlCoreFunctions.Equal_Ordinal_Ordinal_Ordinal(A, B: Int64): Int64;
begin
    Result := Ord(A = B);
end;
class function TRtlCoreFunctions.Equal_Float_Float_Ordinal(A, B: Double): Int64;
begin
    Result := Ord(A = B);
end;
class function TRtlCoreFunctions.Equal_Ordinal_Float_Ordinal(A: Int64; B: Double): Int64;
begin
    Result := Ord(A = B);
end;
class function TRtlCoreFunctions.Equal_Float_Ordinal_Ordinal(A: Double; B: Int64): Int64;
begin
    Result := Ord(A = B);
end;
class function TRtlCoreFunctions.Equal_Keyword_Keyword_Ordinal(A, B: Int64): Int64;
begin
    Result := Ord(A = B);
end;

class function TRtlCoreFunctions.NotEqual_Ordinal_Ordinal_Ordinal(A, B: Int64): Int64;
begin
    Result := Ord(A <> B);
end;
class function TRtlCoreFunctions.NotEqual_Float_Float_Ordinal(A, B: Double): Int64;
begin
    Result := Ord(A <> B);
end;
class function TRtlCoreFunctions.NotEqual_Ordinal_Float_Ordinal(A: Int64; B: Double): Int64;
begin
    Result := Ord(A <> B);
end;
class function TRtlCoreFunctions.NotEqual_Float_Ordinal_Ordinal(A: Double; B: Int64): Int64;
begin
    Result := Ord(A <> B);
end;
class function TRtlCoreFunctions.NotEqual_Keyword_Keyword_Ordinal(A, B: Int64): Int64;
begin
    Result := Ord(A <> B);
end;

class function TRtlCoreFunctions.Less_Ordinal_Ordinal_Ordinal(A, B: Int64): Int64;
begin
    Result := Ord(A < B);
end;
class function TRtlCoreFunctions.Less_Float_Float_Ordinal(A, B: Double): Int64;
begin
    Result := Ord(A < B);
end;
class function TRtlCoreFunctions.Less_Ordinal_Float_Ordinal(A: Int64; B: Double): Int64;
begin
    Result := Ord(A < B);
end;
class function TRtlCoreFunctions.Less_Float_Ordinal_Ordinal(A: Double; B: Int64): Int64;
begin
    Result := Ord(A < B);
end;

class function TRtlCoreFunctions.LessOrEqual_Ordinal_Ordinal_Ordinal(A, B: Int64): Int64;
begin
    Result := Ord(A <= B);
end;
class function TRtlCoreFunctions.LessOrEqual_Float_Float_Ordinal(A, B: Double): Int64;
begin
    Result := Ord(A <= B);
end;
class function TRtlCoreFunctions.LessOrEqual_Ordinal_Float_Ordinal(A: Int64; B: Double): Int64;
begin
    Result := Ord(A <= B);
end;
class function TRtlCoreFunctions.LessOrEqual_Float_Ordinal_Ordinal(A: Double; B: Int64): Int64;
begin
    Result := Ord(A <= B);
end;

class function TRtlCoreFunctions.Greater_Ordinal_Ordinal_Ordinal(A, B: Int64): Int64;
begin
    Result := Ord(A > B);
end;
class function TRtlCoreFunctions.Greater_Float_Float_Ordinal(A, B: Double): Int64;
begin
    Result := Ord(A > B);
end;
class function TRtlCoreFunctions.Greater_Ordinal_Float_Ordinal(A: Int64; B: Double): Int64;
begin
    Result := Ord(A > B);
end;
class function TRtlCoreFunctions.Greater_Float_Ordinal_Ordinal(A: Double; B: Int64): Int64;
begin
    Result := Ord(A > B);
end;

class function TRtlCoreFunctions.GreaterOrEqual_Ordinal_Ordinal_Ordinal(A, B: Int64): Int64;
begin
    Result := Ord(A >= B);
end;
class function TRtlCoreFunctions.GreaterOrEqual_Float_Float_Ordinal(A, B: Double): Int64;
begin
    Result := Ord(A >= B);
end;
class function TRtlCoreFunctions.GreaterOrEqual_Ordinal_Float_Ordinal(A: Int64; B: Double): Int64;
begin
    Result := Ord(A >= B);
end;
class function TRtlCoreFunctions.GreaterOrEqual_Float_Ordinal_Ordinal(A: Double; B: Int64): Int64;
begin
    Result := Ord(A >= B);
end;

// Bitwise Static
class function TRtlCoreFunctions.And_Ordinal_Ordinal_Ordinal(A, B: Int64): Int64;
begin
    Result := A and B;
end;

class function TRtlCoreFunctions.CFalse: Boolean;
begin
    Result := false;
end;

class function TRtlCoreFunctions.CTrue: Boolean;
begin
    Result := true;
end;

class function TRtlCoreFunctions.Or_Ordinal_Ordinal_Ordinal(A, B: Int64): Int64;
begin
    Result := A or B;
end;
class function TRtlCoreFunctions.Xor_Ordinal_Ordinal_Ordinal(A, B: Int64): Int64;
begin
    Result := A xor B;
end;
class function TRtlCoreFunctions.Shl_Ordinal_Ordinal_Ordinal(A, B: Int64): Int64;
begin
    Result := A shl B;
end;
class function TRtlCoreFunctions.Shr_Ordinal_Ordinal_Ordinal(A, B: Int64): Int64;
begin
    Result := A shr B;
end;

// Unary
class function TRtlCoreFunctions.Negate_Ordinal_Ordinal(A: Int64): Int64;
begin
    Result := -A;
end;
class function TRtlCoreFunctions.Negate_Float_Float(A: Double): Double;
begin
    Result := -A;
end;

class function TRtlCoreFunctions.Not_Ordinal_Ordinal(A: Int64): Int64;
begin
    Result := Ord(A = 0);
end;

end.