public static IshtarObject *ToIshtarObject(nint dotnet_value, CallFrame frame = null, IshtarObject **node = null)
{
var obj = IshtarGC.AllocObject(TYPE_RAW.AsRuntimeClass(), node);
obj->vtable = (void **)dotnet_value;
return(obj);
}
public static char ToDotnetChar(IshtarObject *obj, CallFrame frame)
{
FFI.StaticTypeOf(frame, &obj, TYPE_CHAR);
var clazz = obj->decodeClass();
return((char)(int)(int *)obj->vtable[clazz.Field["!!value"].vtable_offset]);
}
public static short ToDotnetInt16(IshtarObject *obj, CallFrame frame)
{
FFI.StaticTypeOf(frame, &obj, TYPE_I2);
var clazz = obj->decodeClass();
return((short)(short *)obj->vtable[clazz.Field["!!value"].vtable_offset]);
}
public static float ToDotnetFloat(IshtarObject *obj, CallFrame frame)
{
FFI.StaticTypeOf(frame, &obj, TYPE_R4);
var clazz = obj->decodeClass();
return(BitConverter.Int32BitsToSingle((int)(int *)obj->vtable[clazz.Field["!!value"].vtable_offset]));
}
public static byte ToDotnetUInt8(IshtarObject *obj, CallFrame frame)
{
FFI.StaticTypeOf(frame, &obj, TYPE_U1);
var clazz = obj->decodeClass();
return((byte)(byte *)obj->vtable[clazz.Field["!!value"].vtable_offset]);
}
public static ulong ToDotnetUInt64(IshtarObject *obj, CallFrame frame)
{
FFI.StaticTypeOf(frame, &obj, TYPE_U8);
var clazz = obj->decodeClass();
return((ulong)(ulong *)obj->vtable[clazz.Field["!!value"].vtable_offset]);
}
public static void FillStackTrace(CallFrame frame)
{
var str = new StringBuilder();
if (frame is null)
{
Console.WriteLine($"<<DETECTED NULL FRAME>>");
return;
}
if (frame.method.Owner is not null)
{
str.AppendLine($"\tat {frame.method.Owner.FullName.NameWithNS}.{frame.method.Name}");
}
else
{
str.AppendLine($"\tat <sys>.{frame.method.Name}");
}
var r = frame.parent;
while (r != null)
{
str.AppendLine($"\tat {r.method.Owner.FullName.NameWithNS}.{r.method.Name}");
r = r.parent;
}
frame.exception ??= new CallFrameException();
frame.exception.stack_trace = str.ToString();
}
public static bool ToDotnetBoolean(IshtarObject *obj, CallFrame frame)
{
FFI.StaticTypeOf(frame, &obj, TYPE_BOOLEAN);
var clazz = obj->decodeClass();
return((int)(int *)obj->vtable[clazz.Field["!!value"].vtable_offset] == 1);
}
public static IshtarObject *Fmt(CallFrame frame, IshtarObject **args)
{
var template_obj = args[0];
var array_obj = args[1];
FFI.StaticValidate(frame, &template_obj);
FFI.StaticValidate(frame, &array_obj);
FFI.StaticTypeOf(frame, &template_obj, TYPE_STRING);
FFI.StaticTypeOf(frame, &array_obj, TYPE_ARRAY);
var arr = (IshtarArray *)array_obj;
var dotnet_arr = new string[arr->length];
for (var i = 0ul; i != arr->length; i++)
{
dotnet_arr[i] = IshtarMarshal.ToDotnetString(arr->Get((uint)i, frame), frame);
}
var template = IshtarMarshal.ToDotnetString(template_obj, frame);
var result = string.Format(template, dotnet_arr);
return(IshtarMarshal.ToIshtarObject(result, frame));
}
public static IshtarObject *ToIshtarObject(string str, CallFrame frame = null, IshtarObject **node = null)
{
var arg = IshtarGC.AllocObject(TYPE_STRING.AsRuntimeClass(), node);
var clazz = IshtarUnsafe.AsRef <RuntimeIshtarClass>(arg->clazz);
arg->vtable[clazz.Field["!!value"].vtable_offset] = StringStorage.Intern(str);
return(arg);
}
public static string ToDotnetString(IshtarObject *obj, CallFrame frame)
{
FFI.StaticTypeOf(frame, &obj, TYPE_STRING);
var clazz = obj->decodeClass();
var p = (StrRef *)obj->vtable[clazz.Field["!!value"].vtable_offset];
return(StringStorage.GetString(p, frame));
}
public static IshtarObject *ToIshtarObject(long dotnet_value, CallFrame frame = null, IshtarObject **node = null)
{
var obj = IshtarGC.AllocObject(TYPE_I8.AsRuntimeClass(), node);
var clazz = IshtarUnsafe.AsRef <RuntimeIshtarClass>(obj->clazz);
obj->vtable[clazz.Field["!!value"].vtable_offset] = (long *)dotnet_value;
return(obj);
}
public static IshtarObject *ToIshtarObject(float dotnet_value, CallFrame frame = null, IshtarObject **node = null)
{
var obj = IshtarGC.AllocObject(TYPE_I8.AsRuntimeClass(), node);
var clazz = IshtarUnsafe.AsRef <RuntimeIshtarClass>(obj->clazz);
obj->vtable[clazz.Field["!!value"].vtable_offset] = (int *)BitConverter.SingleToInt32Bits(dotnet_value);
return(obj);
}
public static IshtarObject *Exit(CallFrame current, IshtarObject **args)
{
var exitCode = args[0];
FFI.StaticValidate(current, &exitCode);
FFI.StaticTypeOf(current, &exitCode, TYPE_I4);
FFI.StaticValidateField(current, &exitCode, "!!value");
VM.halt(IshtarMarshal.ToDotnetInt32(exitCode, current));
return(null);
}
public static IshtarObject *TemplateFunctionApply(CallFrame frame, IshtarObject **args, Func <string, string> apply)
{
var str1 = args[0];
FFI.StaticValidate(frame, &str1);
FFI.StaticTypeOf(frame, &str1, TYPE_STRING);
var clr_str = IshtarMarshal.ToDotnetString(str1, frame);
var result = apply(clr_str);
return(IshtarMarshal.ToIshtarObject(result, frame));
}
public bool init_mapping(CallFrame frame)
{
bool failMapping(int code)
{
VM.FastFail(WNE.TYPE_LOAD,
$"Native aspect has incorrect mapping for '{FullName}' field. [0x{code:X}]", frame);
VM.ValidateLastError();
return(false);
}
var nativeAspect = Aspects.FirstOrDefault(x => x.Name == "Native");
if (nativeAspect is null)
{
return(false);
}
if (nativeAspect.Arguments.Count != 1)
{
return(failMapping(0));
}
var arg = nativeAspect.Arguments.First().Value;
if (arg is not string existName)
{
return(failMapping(1));
}
var existField = Owner.FindField(existName);
if (existField is null)
{
return(failMapping(2));
}
if (existField.FieldType != FieldType)
{
return(failMapping(3));
}
if (existField is not RuntimeIshtarField runtimeField)
{
return(failMapping(4));
}
vtable_offset = runtimeField.vtable_offset;
return(true);
}
public static RuntimeIshtarClass GetClass(uint index, VeinModule module, CallFrame frame)
{
var name = module.types_table.GetValueOrDefault((int)index);
Assert(name is not null, WNE.TYPE_LOAD, $"Cant find '{index}' in class_table.", frame);
var type = module.FindType(name, true, false);
if (type is UnresolvedVeinClass)
{
FastFail(WNE.MISSING_TYPE, $"Cant load '{name.NameWithNS}' in '{name.AssemblyName}'", frame);
ValidateLastError();
return(null);
}
Assert(type is RuntimeIshtarClass, WNE.TYPE_LOAD, $"metadata is corrupted.");
return(type as RuntimeIshtarClass);
}
public static IshtarObject *IsInstanceOf(CallFrame frame, IshtarObject * @this, RuntimeIshtarClass @class)
{
if ([email protected]_inited)
{
@class.init_vtable();
}
if (@this == null)
{
return(null);
}
if (@class.IsInterface)
{
return(IsInstanceOfByRef(frame, @this, @class));
}
return(IsAssignableFrom(frame, @class, @this->decodeClass()) ? @this : null);
}
public static IshtarObject *StrEqual(CallFrame frame, IshtarObject **args)
{
var i_str1 = args[0];
var i_str2 = args[1];
FFI.StaticValidate(frame, &i_str1);
FFI.StaticValidate(frame, &i_str2);
FFI.StaticTypeOf(frame, &i_str1, TYPE_STRING);
FFI.StaticTypeOf(frame, &i_str2, TYPE_STRING);
var str1 = IshtarMarshal.ToDotnetString(i_str1, frame);
var str2 = IshtarMarshal.ToDotnetString(i_str2, frame);
var result = str1.Equals(str2);
return(IshtarMarshal.ToIshtarObject(result, frame));
}
public static X ToDotnet <X>(IshtarObject *obj, CallFrame frame)
{
switch (typeof(X))
{
case { } when typeof(X) == typeof(nint):
return((X)(object)ToDotnetPointer(obj, frame));
case { } when typeof(X) == typeof(sbyte):
return((X)(object)ToDotnetInt8(obj, frame));
case { } when typeof(X) == typeof(byte):
return((X)(object)ToDotnetUInt8(obj, frame));
case { } when typeof(X) == typeof(short):
return((X)(object)ToDotnetInt16(obj, frame));
case { } when typeof(X) == typeof(ushort):
return((X)(object)ToDotnetUInt16(obj, frame));
case { } when typeof(X) == typeof(int):
return((X)(object)ToDotnetInt32(obj, frame));
case { } when typeof(X) == typeof(uint):
return((X)(object)ToDotnetUInt32(obj, frame));
case { } when typeof(X) == typeof(long):
return((X)(object)ToDotnetInt64(obj, frame));
case { } when typeof(X) == typeof(ulong):
return((X)(object)ToDotnetUInt64(obj, frame));
case { } when typeof(X) == typeof(bool):
return((X)(object)ToDotnetBoolean(obj, frame));
case { } when typeof(X) == typeof(char):
return((X)(object)ToDotnetChar(obj, frame));
case { } when typeof(X) == typeof(string):
return((X)(object)ToDotnetString(obj, frame));
default:
VM.FastFail(WNE.TYPE_MISMATCH,
$"[marshal::ToDotnet] converter for '{typeof(X).Name}' not support.", frame);
return(default);
}
}
public static IshtarObject *GetOSValue(CallFrame current, IshtarObject **args)
{
// TODO remove using RuntimeInformation
if (RuntimeInformation.IsOSPlatform(OSPlatform.Windows))
{
return(IshtarMarshal.ToIshtarObject(0, current));
}
if (RuntimeInformation.IsOSPlatform(OSPlatform.Linux))
{
return(IshtarMarshal.ToIshtarObject(1, current));
}
if (RuntimeInformation.IsOSPlatform(OSPlatform.OSX))
{
return(IshtarMarshal.ToIshtarObject(2, current));
}
return(IshtarMarshal.ToIshtarObject(-1, current));
}
public static IshtarObject *ToIshtarObject <X>(X value, CallFrame frame, IshtarObject **node = null)
{
switch (typeof(X))
{
case { } when typeof(X) == typeof(nint):
return(ToIshtarObject(cast <nint>(value), frame, node));
case { } when typeof(X) == typeof(sbyte):
return(ToIshtarObject(cast <sbyte>(value), frame, node));
case { } when typeof(X) == typeof(byte):
return(ToIshtarObject(cast <byte>(value), frame, node));
case { } when typeof(X) == typeof(short):
return(ToIshtarObject(cast <short>(value), frame, node));
case { } when typeof(X) == typeof(ushort):
return(ToIshtarObject(cast <ushort>(value), frame, node));
case { } when typeof(X) == typeof(int):
return(ToIshtarObject(cast <int>(value), frame, node));
case { } when typeof(X) == typeof(uint):
return(ToIshtarObject(cast <uint>(value), frame, node));
case { } when typeof(X) == typeof(long):
return(ToIshtarObject(cast <long>(value), frame, node));
case { } when typeof(X) == typeof(ulong):
return(ToIshtarObject(cast <ulong>(value), frame, node));
case { } when typeof(X) == typeof(char):
return(ToIshtarObject(cast <char>(value), frame, node));
case { } when typeof(X) == typeof(string):
return(ToIshtarObject(cast <string>(value), frame, node));
default:
VM.FastFail(WNE.TYPE_MISMATCH,
$"[marshal::ToIshtarObject] converter for '{typeof(X).Name}' not support.", frame);
return(default);
}
}
public static bool IsAssignableFrom(CallFrame frame, RuntimeIshtarClass c1, RuntimeIshtarClass c2)
{
if (!c1.is_inited)
{
c1.init_vtable();
}
if (!c2.is_inited)
{
c2.init_vtable();
}
// TODO: Array detection
// TODO: Generic detection
// TODO: Interfrace detection
if (c1.FullName == VeinCore.ObjectClass.FullName)
{
return(true);
}
return(c1.IsInner(c2));
}
public static IshtarObject *SwitchFlag(CallFrame current, IshtarObject **args)
{
var key = args[0];
var value = args[1];
FFI.StaticValidate(current, &key);
FFI.StaticTypeOf(current, &key, TYPE_STRING);
FFI.StaticValidate(current, &value);
FFI.StaticTypeOf(current, &value, TYPE_BOOLEAN);
FFI.StaticValidateField(current, &key, "!!value");
FFI.StaticValidateField(current, &value, "!!value");
var clr_key = IshtarMarshal.ToDotnetString(key, current);
var clr_value = IshtarMarshal.ToDotnetBoolean(value, current);
VM.Config.Set(clr_key, clr_value);
return(null);
}
public static IshtarObject *FPrintLn(CallFrame current, IshtarObject **args)
{
var arg1 = args[0];
if (arg1 == null)
{
current.ThrowException(KnowTypes.NullPointerException(current));
return(null);
}
FFI.StaticValidate(current, &arg1);
FFI.StaticTypeOf(current, &arg1, TYPE_STRING);
var @class = arg1->decodeClass();
var str = IshtarMarshal.ToDotnetString(arg1, current);
Out.WriteLine();
Out.WriteLine($"\t{str}");
Out.WriteLine();
return(null);
}
public void validate(CallFrame frame, VeinTypeCode typeCode) =>
VM.Assert(type == VeinTypeCode.TYPE_ARRAY, WNE.TYPE_MISMATCH,
$"stack type mismatch, current: '{type}', expected: '{typeCode}'. opcode: '{frame.last_ip}'", frame);
public static RuntimeIshtarField GetField(uint index, RuntimeIshtarClass owner, VeinModule module, CallFrame frame)
{
var name = module.GetFieldNameByIndex((int)index);
var field = owner.FindField(name.Name);
if (field is null)
{
FastFail(WNE.MISSING_FIELD, $"Field '{name}' not found in '{owner.FullName.NameWithNS}'", frame);
ValidateLastError();
return(null);
}
return(field);
}
public static IshtarObject *ToIshtarString(IshtarObject *obj, CallFrame frame) => obj->decodeClass().TypeCode switch
{
public static nint ToDotnetPointer(IshtarObject *obj, CallFrame frame)
{
FFI.StaticTypeOf(frame, &obj, TYPE_RAW);
return((nint)obj->vtable);
}
private static void A_OP(stackval *sp, int a_t, uint *ip, CallFrame frame)
{
if (sp[-1].type != sp[0].type)
{
FastFail(WNE.TYPE_MISMATCH, $"Currently math operation for '{sp[-1].type}' and '{sp[0].type}' not supported.", frame);
ValidateLastError();
return;
}
if (sp->type == TYPE_I4) /*first check int32, most frequent type*/
{
act(ref sp[-1].data.i, ref sp[0].data.i, (ref int i1, ref int i2) =>
{
switch (a_t)
{
case 0:
i1 += i2;
break;
case 1:
i1 -= i2;
break;
case 2:
i1 *= i2;
break;
case 3:
if (i2 == 0)
{
// TODO
FastFail(WNE.ACCESS_VIOLATION, $"YOUR JUST OPEN A BLACKHOLE!!! [DivideByZeroError]", frame);
ValidateLastError();
}
i1 /= i2;
break;
case 4:
i1 %= i2;
break;
}
});
}
else if (sp->type == TYPE_I8)
{
act(ref sp[-1].data.l, ref sp[0].data.l, (ref long i1, ref long i2) =>
{
switch (a_t)
{
case 0:
i1 += i2;
break;
case 1:
i1 -= i2;
break;
case 2:
i1 *= i2;
break;
case 3:
i1 /= i2;
break;
case 4:
i1 %= i2;
break;
}
});
}
else if (sp->type == TYPE_I2)
{
act(ref sp[-1].data.s, ref sp[0].data.s, (ref short i1, ref short i2) =>
{
switch (a_t)
{
case 0:
i1 += i2;
break;
case 1:
i1 -= i2;
break;
case 2:
i1 *= i2;
break;
case 3:
i1 /= i2;
break;
case 4:
i1 %= i2;
break;
}
});
}
else if (sp->type == TYPE_I1)
{
act(ref sp[-1].data.b, ref sp[0].data.b, (ref sbyte i1, ref sbyte i2) =>
{
switch (a_t)
{
case 0:
i1 += i2;
break;
case 1:
i1 -= i2;
break;
case 2:
i1 *= i2;
break;
case 3:
i1 /= i2;
break;
case 4:
i1 %= i2;
break;
}
});
}
else if (sp->type == TYPE_U4)
{
act(ref sp[-1].data.ui, ref sp[0].data.ui, (ref uint i1, ref uint i2) =>
{
switch (a_t)
{
case 0:
i1 += i2;
break;
case 1:
i1 -= i2;
break;
case 2:
i1 *= i2;
break;
case 3:
i1 /= i2;
break;
case 4:
i1 %= i2;
break;
}
});
}
else if (sp->type == TYPE_U1)
{
act(ref sp[-1].data.ub, ref sp[0].data.ub, (ref byte i1, ref byte i2) =>
{
switch (a_t)
{
case 0:
i1 += i2;
break;
case 1:
i1 -= i2;
break;
case 2:
i1 *= i2;
break;
case 3:
i1 /= i2;
break;
case 4:
i1 %= i2;
break;
}
});
}
else if (sp->type == TYPE_U2)
{
act(ref sp[-1].data.us, ref sp[0].data.us, (ref ushort i1, ref ushort i2) =>
{
switch (a_t)
{
case 0:
i1 += i2;
break;
case 1:
i1 -= i2;
break;
case 2:
i1 *= i2;
break;
case 3:
i1 /= i2;
break;
case 4:
i1 %= i2;
break;
}
});
}
else if (sp->type == TYPE_U8)
{
act(ref sp[-1].data.ul, ref sp[0].data.ul, (ref ulong i1, ref ulong i2) =>
{
switch (a_t)
{
case 0:
i1 += i2;
break;
case 1:
i1 -= i2;
break;
case 2:
i1 *= i2;
break;
case 3:
i1 /= i2;
break;
case 4:
i1 %= i2;
break;
}
});
}
else if (sp->type == TYPE_R8)
{
act(ref sp[-1].data.f, ref sp[0].data.f, (ref double i1, ref double i2) =>
{
switch (a_t)
{
case 0:
i1 += i2;
break;
case 1:
i1 -= i2;
break;
case 2:
i1 *= i2;
break;
case 3:
i1 /= i2;
break;
case 4:
i1 %= i2;
break;
}
});
}
else if (sp->type == TYPE_R4)
{
act(ref sp[-1].data.f_r4, ref sp[0].data.f_r4, (ref float i1, ref float i2) =>
{
switch (a_t)
{
case 0:
i1 += i2;
break;
case 1:
i1 -= i2;
break;
case 2:
i1 *= i2;
break;
case 3:
i1 /= i2;
break;
case 4:
i1 %= i2;
break;
}
});
}
else if (sp->type == TYPE_R16)
{
act(ref sp[-1].data.d, ref sp[0].data.d, (ref decimal i1, ref decimal i2) =>
{
switch (a_t)
{
case 0:
i1 += i2;
break;
case 1:
i1 -= i2;
break;
case 2:
i1 *= i2;
break;
case 3:
i1 /= i2;
break;
case 4:
i1 %= i2;
break;
}
});
}
else if (sp[-1].type == TYPE_NONE)
{
FastFail(WNE.TYPE_MISMATCH, $"@{(OpCodeValue)(*(ip - 1))} 'sp[-1]' incorrect stack type: {sp[-1].type}",
frame);
}
}