public static string ToProtoTypeString(this VType type)
{
switch (type)
{
case VType.Bool: return("bool");
case VType.Int: return("int32");
case VType.Long: return("int64");
case VType.UInt: return("uint32");
case VType.ULong: return("uint64");
case VType.Float: return("float");
case VType.Double: return("double");
case VType.String: return("string");
case VType.ID: return("Uuid");
case VType.None:
default: return(null);
}
}
public Json ToJson(bool withDef = false)
{
Json json = Json.Create();
json.SetValue("__type", def.Type);
json.SetValue("__id", ID.Exist(entityId) ? entityId : "");
json.SetValue("__root", root);
int indexCount = def.Indexes.Count;
if (withDef)
{
json.Add("__def", def.ToJson());
}
for (int i = 0; i < indexCount; i++)
{
int ind = def.Indexes[i];
var entry = def.GetEntry(ind);
VType type = entry.type.TryConvertToEnum(VType.None);
switch (entry.species)
{
case Def.Entry.Species.Attr:
Var attr = GetAttr(entry.name);
if (attr.Type != VType.None)
{
json.Add(ind.ToString(), attr);
}
else
{
json.Add(ind.ToString(), ((Entity)attr).ToJson(withDef));
}
break;
case Def.Entry.Species.List:
VarSeq list = _lists[ind];
Json listi = json.CreateChild(ind.ToString());
if (list.itemType != VType.None)
{
for (int j = 0; j < list.UsedKeys.Count; j++)
{
Var key = list.keyIndexMap.GetKey(list.UsedKeys[j]);
listi.Add(key.Format(null), list[list.UsedKeys[j]]);
}
}
else
{
for (int j = 0; j < list.UsedKeys.Count; j++)
{
Var key = list.keyIndexMap.GetKey(list.UsedKeys[j]);
listi.Add(key.Format(null), ((Entity)list[list.UsedKeys[j]]).ToJson());
}
}
break;
default: break;
}
}
return(json);
}
public static Var DefaultValFormType(this VType type)
{
switch (type)
{
case VType.Bool: return(new VBool());
case VType.Int: return(new VInt());
case VType.Long: return(new VLong());
case VType.UInt: return(new VUInt());
case VType.ULong: return(new VULong());
case VType.Float: return(new VFloat());
case VType.Double: return(new VDouble());
case VType.String: return(new VString());
case VType.ID: return(new VID());
case VType.None:
default: return(null);
}
}
public static Var ConverToValByType(object val, VType type)
{
switch (type)
{
case VType.Bool: return((bool)val);
case VType.Int: return((int)val);
case VType.Long: return((long)val);
case VType.UInt: return((uint)val);
case VType.ULong: return((ulong)val);
case VType.Float: return((float)val);
case VType.Double: return((double)val);
case VType.String: return((string)val);
case VType.ID: return((string)val);
case VType.None:
default: return(null);
}
}
public static VType VTypeInc(VType vt)
{
//add 1 to each struct member
VType vtx;
vtx.v1 = vt.v1 + 1;
vtx.v2 = vt.v2 + 1;
vtx.v3 = vt.v3 + 1;
vtx.v4 = (short)(vt.v4 + 1);
//do some nonsense to exercise reg assignment
long loc1;
long loc2;
long loc3;
long loc4;
long loc5;
long loc6;
long loc7;
long loc8;
loc1 = vt.v1 + vt.v2;
loc2 = loc1 + vt.v2;
loc3 = loc2 + vt.v2;
loc4 = loc3 + vt.v2;
loc5 = loc4 + vt.v2;
loc6 = loc5 + vt.v2;
loc7 = loc6 + vt.v2;
loc8 = loc7 + loc1 + vt.v2;
//nonsense complete
Console.WriteLine("should return v2={0:D}", vtx.v2);
return(vtx);
}
public override int GetHashCode()
{
int hashcode = 157;
unchecked {
if ((Key != null))
{
hashcode = (hashcode * 397) + Key.GetHashCode();
}
hashcode = (hashcode * 397) + VType.GetHashCode();
if ((VStr != null) && __isset.vStr)
{
hashcode = (hashcode * 397) + VStr.GetHashCode();
}
if (__isset.vDouble)
{
hashcode = (hashcode * 397) + VDouble.GetHashCode();
}
if (__isset.vBool)
{
hashcode = (hashcode * 397) + VBool.GetHashCode();
}
if (__isset.vLong)
{
hashcode = (hashcode * 397) + VLong.GetHashCode();
}
if ((VBinary != null) && __isset.vBinary)
{
hashcode = (hashcode * 397) + VBinary.GetHashCode();
}
}
return(hashcode);
}
/// <summary>
/// Create a vertex and connect with last one
/// Create a new game object indicator
/// </summary>
/// <param name="type">Type of the vertex</param>
/// <param name="position">Current position</param>
/// <param name="last">Previous one</param>
/// <returns>A new vertex</returns>
Vertex CreateVertex(VType type, Vector3 position, Vertex last)
{
GameObject obj = null;
switch (type)
{
case VType.Wall:
obj = Instantiate(wallObj);
break;
case VType.OpenCorner:
obj = Instantiate(openCornerObj);
break;
case VType.ClosedCorner:
obj = Instantiate(closedCornerObj);
break;
default:
break;
}
Vertex vertex = new Vertex(position, type, obj);
if (last != null)
{
last.Next(vertex);
vertex.Prev(last);
}
vertices.Add(vertex);
return(vertex);
}
public static VType VTypeInc(VType vt)
{
//add 1 to each struct member
VType vtx;
vtx.v1 = vt.v1 + 1;
vtx.v2 = vt.v2 + 1;
vtx.v3 = vt.v3 + 1;
vtx.v4 = (short)(vt.v4 + 1);
//do some nonsense to exercise reg assignment
long loc1;
long loc2;
long loc3;
long loc4;
long loc5;
long loc6;
long loc7;
long loc8;
loc1 = vt.v1 + vt.v2;
loc2 = loc1 + vt.v2;
loc3 = loc2 + vt.v2;
loc4 = loc3 + vt.v2;
loc5 = loc4 + vt.v2;
loc6 = loc5 + vt.v2;
loc7 = loc6 + vt.v2;
loc8 = loc7 + loc1 + vt.v2;
//nonsense complete
Console.WriteLine("should return v2={0:D}", vtx.v2);
return vtx;
}
/// <summary>
/// Transform arg to byte if possible
/// </summary>
private static object ConformChar(object arg, VType atype)
{
switch (atype)
{
case VType.Short:
return((char)((short)arg));
case VType.Int:
return((char)((int)arg));
case VType.Long:
return((char)((long)arg));
case VType.Float:
return((char)((float)arg));
case VType.Double:
return((char)((double)arg));
case VType.String:
return((char)int.Parse((string)arg));
case VType.Byte:
return((char)((byte)arg));
case VType.Char:
return((char)((char)arg));
default:
throw new ArgumentException("could not coerce type " + atype + " to bool");
}
}
public bool SetAttrByType(string name, VType type, object val)
{
Def.Entry entry = def.GetEntry(name);
switch (type)
{
case VType.Bool: return(SetAttrBool(name, (bool)val));
case VType.Int: return(SetAttrInt(name, (int)val));
case VType.Long: return(SetAttrLong(name, (long)val));
case VType.UInt: return(SetAttrUInt(name, (uint)val));
case VType.ULong: return(SetAttrULong(name, (ulong)val));
case VType.Float: return(SetAttrFloat(name, (float)val));
case VType.Double: return(SetAttrDouble(name, (double)val));
case VType.String: return(SetAttrString(name, (string)val));
case VType.ID: return(SetAttrID(name, (ID)val));
case VType.None:
default: return(SetAttrEntity(name, val as Entity));
}
}
private void checkType(VType t)
{
if (t != _tcode)
{
throw new VariantException(t, _tcode);
}
}
private void checkBaseType(VType t)
{
if ((t & _tcode) != t)
{
throw new VariantException(t, _tcode);
}
}
protected VfpuRuntimeRegister(CpuEmitter cpuEmitter, VReg vReg, VType vType, int vectorSize)
{
Pc = cpuEmitter._pc;
Instruction = cpuEmitter._instruction;
VReg = vReg;
VType = vType;
VectorSize = (vectorSize == 0) ? Instruction.OneTwo : vectorSize;
}
/// <summary>
/// 保存型号数据
/// </summary>
/// <param name="type"></param>
/// <returns></returns>
public ActionResult TypeEdit(VType type)
{
//编辑成功后跳转到仓库列表页面
return(RedirectToAction("TypeList"));
//编辑不成功跳转到错误页面
//return View("Error");
}
private void SaveVoucherType()
{
if (MessageBox.Show(string.Format(SaveConfirmText, "Voucher Type"), MessageBoxCaption, MessageBoxButton.YesNo, MessageBoxImage.Question) == MessageBoxResult.No)
{
return;
}
try
{
using (SqlConnection Conn = new SqlConnection(GlobalClass.TConnectionString))
{
Conn.Open();
using (SqlTransaction Tran = Conn.BeginTransaction())
{
VType.VoucherId = Conn.ExecuteScalar <byte>("SELECT CAST(ISNULL(MAX(VoucherId), 0) + 1 AS TINYINT) FROM VoucherTypes", transaction: Tran);
if (VType.Save(Tran))
{
GlobalClass.SetUserActivityLog(Tran, "Voucher Type", "New", WorkDetail: "VoucherId : " + VType.VoucherId, Remarks: VType.VoucherName);
Tran.Commit();
MessageBox.Show("Voucher Type Saved Successfully.", MessageBoxCaption, MessageBoxButton.OK, MessageBoxImage.Information);
VTypeList.Add(new VoucherType
{
VoucherId = VType.VoucherId,
VoucherName = VType.VoucherName,
Rate = VType.Rate,
RateStr = VType.RateStr,
Value = VType.Value,
ValidStart = VType.ValidStart,
ValidEnd = VType.ValidEnd,
Validity = VType.Validity,
VoucherInfo = VType.VoucherInfo,
SkipVoucherGeneration = VType.SkipVoucherGeneration,
NonVat = VType.NonVat
});
ExecuteUndo(null);
}
else
{
MessageBox.Show("Voucher Type could not be Saved.", MessageBoxCaption, MessageBoxButton.OK, MessageBoxImage.Exclamation);
}
}
}
}
catch (SqlException ex)
{
if (ex.Number == 2601)
{
MessageBox.Show("Entered Voucher name already exist in the database. Enter unique name and try again", MessageBoxCaption, MessageBoxButton.OK, MessageBoxImage.Hand);
}
else
{
MessageBox.Show(ex.Number + " : " + ex.Message, MessageBoxCaption, MessageBoxButton.OK, MessageBoxImage.Error);
}
}
catch (Exception ex)
{
MessageBox.Show(ex.Message, MessageBoxCaption, MessageBoxButton.OK, MessageBoxImage.Error);
}
}
// dummy copy constructor
public VUser(VUser user)
{
userName = user.UserName;
fstName = user.FstName;
midName = user.MidName;
lstName = user.LstName;
status = user.Status;
usertype = VType.notmade;
}
/// <summary>
/// Initialize all command class
/// </summary>
#region InitializeAllCommand
private void InitializeAllCommand()
{
// Initialize normal commands
#region AG9Command<,>
var derivedTypes = VType.GetDerivedTypes(typeof(AG9Command <, ,>),
_commandAssembly).Where(s => s.IsAbstract == false).ToList();
// Instance action for add command data type
void AddCommandDataType(string commandName, CommandDataType <TAccount> commandDataType)
{
_accessToCommandDataTypeCollection.Add(commandName.GenerateStandardCommandName(CommandSize),
commandDataType);
}
derivedTypes.ForEach(oType =>
{
// Check for account type is equal with server account type
// Get generic type from base type
if (oType.BaseType == null)
{
return;
}
var genericAccountArgument = oType.BaseType.GetGenericArguments().Last();
if (genericAccountArgument == typeof(TAccount))
{
// Create instance and get method initialize
var instance = Activator.CreateInstance(oType);
_instanceCommandCollection.Add(oType.Name.GenerateStandardCommandName(CommandSize),
instance);
var method = oType.GetMethod("InitializeRequirement");
// Initialize command and add to server
method?.Invoke(instance,
new object[] { (Action <string, CommandDataType <TAccount> >)AddCommandDataType });
if (_logging.CheckLoggingIsActive(LogsType.INFO))
{
_logging.LogInformation(
$"{LogMessage.AddCommandSuccessfully}\n{LogMessage.CommandName}: {oType.Name}\nPath: {oType.FullName}",
G9LogIdentity.ADD_COMMAND, LogMessage.SuccessfulOperation);
}
}
else
{
if (_logging.CheckLoggingIsActive(LogsType.WARN))
{
_logging.LogWarning(
$"{LogMessage.FailAddCommandForGenericAccountType}\n{LogMessage.CommandName}: {oType.Name}\nPath: {oType.FullName}",
G9LogIdentity.ADD_COMMAND, LogMessage.FailedOperation);
}
}
});
#endregion
}
private void UpdateVoucherType()
{
if (MessageBox.Show(string.Format(UpdateConfirmText, "Voucher Type"), MessageBoxCaption, MessageBoxButton.YesNo, MessageBoxImage.Question) != MessageBoxResult.Yes)
{
return;
}
try
{
using (SqlConnection Conn = new SqlConnection(GlobalClass.TConnectionString))
{
Conn.Open();
using (SqlTransaction tran = Conn.BeginTransaction())
{
string Remarks = Newtonsoft.Json.JsonConvert.SerializeObject(Conn.Query <VoucherType>("SELECT VoucherId, VoucherName, VehicleType, Rate, Value, Validity, ValidStart, ValidEnd, VoucherInfo, SkipVoucherGeneration FROM VoucherTypes WHERE VoucherId = @VoucherId", VType, tran).First());
if (VType.Update(tran))
{
GlobalClass.SetUserActivityLog(tran, "Voucher Type", "Edit", WorkDetail: "VoucherId : " + VType.VoucherId, Remarks: Remarks);
tran.Commit();
MessageBox.Show("Voucher Type Updated Successfully.", MessageBoxCaption, MessageBoxButton.OK, MessageBoxImage.Information);
var Voucher = VTypeList.First(x => x.VoucherId == VType.VoucherId);
Voucher.VoucherName = VType.VoucherName;
Voucher.Rate = VType.Rate;
Voucher.RateStr = VType.RateStr;
Voucher.Value = VType.Value;
Voucher.ValidStart = VType.ValidStart;
Voucher.ValidEnd = VType.ValidEnd;
Voucher.Validity = VType.Validity;
Voucher.VoucherInfo = VType.VoucherInfo;
Voucher.SkipVoucherGeneration = VType.SkipVoucherGeneration;
Voucher.NonVat = VType.NonVat;
ExecuteUndo(null);
}
else
{
MessageBox.Show("Voucher Type could not be updated.", MessageBoxCaption, MessageBoxButton.OK, MessageBoxImage.Exclamation);
tran.Rollback();
}
}
}
}
catch (SqlException ex)
{
if (ex.Number == 2601)
{
MessageBox.Show("Entered Voucher name already exist in the database. Enter unique name and try again", MessageBoxCaption, MessageBoxButton.OK, MessageBoxImage.Hand);
}
else
{
MessageBox.Show(ex.Number + " : " + ex.Message, MessageBoxCaption, MessageBoxButton.OK, MessageBoxImage.Error);
}
}
catch (Exception ex)
{
MessageBox.Show(GlobalClass.GetRootException(ex).Message, MessageBoxCaption, MessageBoxButton.OK, MessageBoxImage.Error);
}
}
public Wrapper(Byte?b, Mask mask)
{
_mask = mask != null ? mask : new Mask("###");
if (_mask.MaskType == MType.None)
{
_mask.MaskType = MType.Nmrc | MType.Right;
}
_tcode = VType.nByte;
_nbyte = b;
}
public Array(VType type, byte [] data)
{
Type = type;
Size = (uint)data.Length;
item_size = Consts.sizes [type];
Length = (uint)Size / item_size;
Value = data;
more_dimensions = false;
}
public static bool IsVTypeSpillable(VType inputType)
{
if (inputType.ValType == VType.ValTypeEnum.ConstantReference ||
inputType.ValType == VType.ValTypeEnum.ConstantValue ||
inputType.ValType == VType.ValTypeEnum.Null ||
inputType.ValType == VType.ValTypeEnum.DelegateSimpleMethod ||
inputType.ValType == VType.ValTypeEnum.DelegateVirtualMethod)
return false;
return false;
}
public Array(VType type, uint length)
{
Type = type;
Length = length;
item_size = Consts.sizes [type];
Size = item_size * length;
Value = new byte [Size];
more_dimensions = false;
}
public bool Define(Token name, VType type)
{
if (!Values.TryAdd(name.Lexeme, type))
{
string definedType = Enum.GetName(typeof(VType), Values[name.Lexeme]);
VenaError.ParseError(name, $"Variable '{name.Lexeme}' already defined with type '{definedType}'.");
return(false);
}
return(true);
}
public Vertex(Vector3 pos, VType type, GameObject obj = null)
{
this.type = type;
this.pos = pos;
this.obj = obj;
if (obj != null)
{
obj.transform.position = pos;
}
}
public Wrapper(DateTime?b, Mask mask)
{
_mask = mask != null ? mask : new Mask("yyyy-MM-dd");
if (_mask.MaskType == MType.None)
{
_mask.MaskType = MType.Date | MType.Left;
}
_tcode = VType.nDateTime;
_ndatetime = b;
}
public static VC_ParserResult_Func Paser(VC_PaserResult_Cmd result, ParameterInfo[] paramterInfos)
{
string cmd = result.parameters;
List <string> errors = new List <string>();
List <object> convertedParameters = new List <object>();
foreach (ParameterInfo paramInfo in paramterInfos)
{
VType vType = VTypeCollection.Get(paramInfo.ParameterType);
if (vType == null)
{
errors.Add(string.Format("No converter found for type: {0}", paramInfo.ParameterType.FullName));
break;
}
cmd = cmd.Trim();
Match ma = Regex.Match(cmd, string.Format("^{0}", vType.Regex));
if (String.IsNullOrWhiteSpace(ma.Value))
{
if (paramInfo.IsOptional)
{
convertedParameters.Add(paramInfo.DefaultValue);
continue;
}
errors.Add("Invalid parameters");
break;
}
else
{
try
{
convertedParameters.Add(vType.ConvertFrom(ma.Value));
}
catch (Exception ex)
{
errors.Add(string.Format("Failed to convert '{0}' to type {1}.{2}{3}", ma.Value, paramInfo.ParameterType.Name, Environment.NewLine, ex.Message));
break;
}
//
cmd = cmd.Substring(ma.Length);
}
}
if (cmd.TrimEnd().Length > 0 && errors.Count == 0)
{
errors.Add("Provided parameters do not match with the expected parameters.");
}
return(new VC_ParserResult_Func(convertedParameters.ToArray(), errors.ToArray()));
}
public Wrapper(Int32 b, Mask mask)
{
_mask = mask != null ? mask : new Mask("#####");
if (_mask.MaskType == MType.None)
{
_mask.MaskType = MType.Nmrc | MType.Right;
}
_tcode = VType.Int32;
_int32 = b;
}
//public Wrapper( UInt64 b, Mask mask )
//{
// _mask = mask; _tcode = VType.UInt64;
// _uint64 = b;
//}
public Wrapper(Int64?b, Mask mask)
{
_mask = mask != null ? mask : new Mask("#####");
if (_mask.MaskType == MType.None)
{
_mask.MaskType = MType.Nmrc | MType.Right;
}
_tcode = VType.nInt64;
_nint64 = b;
}
public VReg(CppBuilder builder, string prefix, VType vType, int slot, UsageEnum usage)
{
VType = vType;
Slot = slot;
Usage = usage;
m_isAlive = false;
DetermineTraceability(builder);
m_basicName = prefix + slot.ToString();
m_slotName = m_basicName;
}
public Wrapper(Double?b, Mask mask)
{
_mask = mask != null ? mask : new Mask("#####.##");
if (_mask.MaskType == MType.None)
{
_mask.MaskType = MType.Nmrc | MType.Right;
}
_tcode = VType.nDouble;
_ndouble = b;
}
public Wrapper(string b, Mask mask)
{
_mask = mask != null ? mask : new Mask(MType.Strn | MType.Left, 10);
if (_mask.MaskType == MType.None)
{
_mask.MaskType = MType.Strn | MType.Left;
}
_tcode = VType.String;
_string = b;
}
public Wrapper(Boolean?b, Mask mask)
{
_mask = mask != null ? mask : new Mask("V", "F");
if (_mask.MaskType == MType.None)
{
_mask.MaskType = MType.Bool | MType.Center;
}
_tcode = VType.nBoolean;
_nboolean = b;
}
public Wrapper(Decimal?b, Mask mask)
{
_mask = mask != null ? mask : new Mask("#####.##");
if (_mask.MaskType == MType.None)
{
_mask.MaskType = MType.Nmrc | MType.Right;
}
_tcode = VType.nDecimal;
_ndecimal = b;
}
public CfgOutboundEdgePrototype GenerateCfgEdge()
{
VType[] types = new VType[m_regs.Count];
SsaRegister[] ssaRegs = new SsaRegister[m_regs.Count];
for (int i = 0; i < types.Length; i++)
{
types[i] = m_regs[i].VType;
ssaRegs[i] = m_regs[i];
}
return new CfgOutboundEdgePrototype(types, ssaRegs);
}
int AddToFirstEmptySpace(VType vType) // returnera första lediga plats med eventuella nödvändiga platser extra efter varandra
{
Garage gar = new Garage(1000);
var vehiclesParked = (from v in db.Vehicles
select v).ToList();
foreach (var veh in vehiclesParked)
{
gar.AddToParkNr(veh.ParkNr); //om platsen redan finns !!??
//veh.ParkNr=0; //går ju inte
}
return gar.Add();
}
private void TextBox_TextChanged(object sender, TextChangedEventArgs e)
{
Window1 w = Utilities.getWindow(this);
TextBox tb = (TextBox)sender;
Match m = Regex.Match(tb.Text, @"^(?<num>[+-]?(\d+\.?|\d*\.\d+))(?<mul>[CcRr]{0,2})$");
if (!m.Success)
{
w.LogError(tb);
Formula.Inlines.Clear();
return;
}
this.Coef = Convert.ToDouble(m.Groups["num"].Value);
this.CCoef = Utilities.ConvertToVType(m.Groups["mul"].Value);
if (w != null) w.RemoveError(tb);
if (Formula != null)
{
Formula.Inlines.Clear();
Formula.Inlines.Add(DisplayFormula());
}
}
public VReg AllocReg(VType vType)
{
VType regVType = StrictStorageType(vType);
VReg resultReg = null;
foreach (VReg reg in m_registers)
{
if (!reg.IsAlive && reg.VType.Equals(regVType))
{
resultReg = reg;
break;
}
}
if (resultReg == null)
resultReg = NewDeadReg(regVType, VReg.UsageEnum.Temporary);
resultReg.Liven();
return resultReg;
}
public void Compile()
{
CppMethod method = m_cfgNode.CfgBuilder.CppMethod;
VReg[] locals = m_cfgNode.CfgBuilder.Locals;
VReg[] args = m_cfgNode.CfgBuilder.Args;
CfgBuilder cfgBuilder = m_cfgNode.CfgBuilder;
CLR.CIL.Method cilMethod = method.MethodDef.Method;
List<MidInstruction> midInstrs = new List<MidInstruction>();
bool[] everTargeted = new bool[cilMethod.Instructions.Length];
EvalStackTracker stackTracker = new EvalStackTracker();
Clarity.Rpa.CodeLocationTag codeLocation = new Clarity.Rpa.CodeLocationTag(method.VtableSlotTag, cilMethod.OffsetForInstruction(m_cfgNode.StartInstr));
foreach (VType entryType in m_cfgNode.EntryTypes)
{
SsaRegister reg = stackTracker.NewReg(entryType);
reg.TrySpill();
stackTracker.Push(reg);
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.EntryReg, codeLocation, reg));
}
int firstInstr = m_cfgNode.StartInstr;
int nextInstr = firstInstr;
bool isTerminalEdge = false;
while (!isTerminalEdge)
{
int instrNum = nextInstr++;
codeLocation = new Clarity.Rpa.CodeLocationTag(method.VtableSlotTag, cilMethod.OffsetForInstruction(instrNum));
if (instrNum != firstInstr && cfgBuilder.InstrIsJumpTarget(instrNum))
{
CfgOutboundEdgePrototype edgeProto = stackTracker.GenerateCfgEdge();
OutputFallThroughEdge = new CfgOutboundEdge(codeLocation, cfgBuilder.AddCfgTarget(this, instrNum, edgeProto.OutboundTypes), edgeProto);
break;
}
if (cfgBuilder.EhClusters.ContainsKey((uint)instrNum))
{
if (stackTracker.Depth != 0)
throw new ParseFailedException("Stack not empty at protected block entry point");
ExceptionHandlingCluster cluster = cfgBuilder.EhClusters[(uint)instrNum];
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.EnterProtectedBlock, codeLocation, cluster));
VType[] emptyTypesList = new VType[0];
foreach (uint escapePath in cluster.EscapePaths)
{
if (escapePath >= m_ehRegion.StartInstr && escapePath <= m_ehRegion.EndInstr)
{
CfgNode targetNode = cfgBuilder.AddCfgTarget(this, (int)escapePath, emptyTypesList);
m_ehRegion.AddLeaveTarget(escapePath, targetNode);
}
else
m_ehRegion.AddEscapePath(escapePath);
}
break;
}
CLR.CIL.HLInstruction instr = cilMethod.Instructions[instrNum];
switch (instr.Opcode)
{
case CLR.CIL.HLOpcode.nop:
break;
case CLR.CIL.HLOpcode.newobj:
{
CppMethodSpec ctorMethodSpec = CppBuilder.ResolveMethodDefOrRef((CLRTableRow)instr.Arguments.ObjValue);
if (ctorMethodSpec.GenericParameters != null)
throw new ArgumentException();
CppMethod ctorMethod = ctorMethodSpec.CppMethod;
int numParams = ctorMethod.MethodSignature.ParamTypes.Length;
CLRTypeSpec instanceSpec = ctorMethod.DeclaredInClassSpec;
VType.ValTypeEnum resultValType = CppCilExporter.ValTypeForTypeSpec(m_cppBuilder, instanceSpec);
SsaRegister instanceReg = stackTracker.NewReg(new VType(resultValType, instanceSpec));
// Allocate the instance into an SSA reg
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, instanceReg));
stackTracker.SpillStack();
bool isDelegate = false;
if (numParams == 2)
{
SsaRegister param2 = stackTracker.GetFromTop(0);
if (param2.VType.ValType == VType.ValTypeEnum.DelegateSimpleMethod ||
param2.VType.ValType == VType.ValTypeEnum.DelegateVirtualMethod)
isDelegate = true;
}
// Determine the parameter set.
// Unlike when making calls, we don't spill here because we already spilled during the AllocObject call
SsaRegister[] passedParams = new SsaRegister[numParams];
for (int p = 0; p < numParams; p++)
{
SsaRegister paramReg = stackTracker.GetFromTop(numParams - 1 - p);
passedParams[p] = paramReg;
}
CppClass cls = CppBuilder.GetCachedClass(instanceSpec);
SsaRegister valueOutRegister = null;
VReg tempLocal = null;
if (cls.IsValueType)
{
valueOutRegister = instanceReg;
tempLocal = GetTemporary(new VType(VType.ValTypeEnum.ValueValue, instanceSpec));
SsaRegister tempClearAddr = new SsaRegister(new VType(VType.ValTypeEnum.ManagedPtr, instanceSpec));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, tempClearAddr));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LoadRegA, codeLocation, tempLocal, tempClearAddr));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.ZeroFillPtr, codeLocation, tempClearAddr));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, tempClearAddr));
SsaRegister tempUseAddr = new SsaRegister(new VType(VType.ValTypeEnum.ManagedPtr, instanceSpec));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, tempUseAddr));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LoadRegA, codeLocation, tempLocal, tempUseAddr));
instanceReg = tempUseAddr;
}
if (isDelegate)
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.BindDelegate, codeLocation, passedParams[0], passedParams[1], instanceReg));
else
{
// Allocate object
if (tempLocal == null)
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.AllocObject, codeLocation, instanceReg, instanceSpec));
// Make the actual ctor call
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.CallConstructor, codeLocation, ctorMethodSpec, null, null, instanceReg, passedParams));
}
// Kill all of the parameter registers
for (int p = 0; p < numParams; p++)
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, stackTracker.Pop()));
if (valueOutRegister != null)
{
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LoadReg_Value, codeLocation, tempLocal, valueOutRegister));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, instanceReg));
instanceReg = valueOutRegister;
}
// Push the return value on to the stack
stackTracker.Push(instanceReg);
}
break;
case CLR.CIL.HLOpcode.ret:
if (stackTracker.Depth == 1)
{
SsaRegister returnValue = stackTracker.Pop();
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.ReturnValue, codeLocation, returnValue, method.MethodSignature.RetType));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, returnValue));
}
else if (stackTracker.Depth == 0)
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.Return, codeLocation));
else
throw new ArgumentException();
isTerminalEdge = true;
break;
case CLR.CIL.HLOpcode.ldarg:
{
VReg argReg = args[instr.Arguments.U32Value];
SsaRegister evalReg = stackTracker.NewReg(argReg.VType);
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, evalReg));
string loadSrc = argReg.SlotName;
switch (argReg.VType.ValType)
{
case VType.ValTypeEnum.ManagedPtr:
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LoadReg_ManagedPtr, codeLocation, argReg, evalReg));
break;
case VType.ValTypeEnum.ReferenceValue:
case VType.ValTypeEnum.ValueValue:
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LoadReg_Value, codeLocation, argReg, evalReg));
break;
default:
throw new ArgumentException();
}
stackTracker.Push(evalReg);
}
break;
case CLR.CIL.HLOpcode.ldarga:
{
VReg argReg = args[instr.Arguments.U32Value];
VType outEvalType;
MidInstruction.OpcodeEnum opcode;
switch (argReg.VType.ValType)
{
case VType.ValTypeEnum.ReferenceValue:
case VType.ValTypeEnum.ValueValue:
opcode = MidInstruction.OpcodeEnum.LoadArgA_Value;
outEvalType = new VType(VType.ValTypeEnum.ManagedPtr, argReg.VType.TypeSpec);
break;
default:
throw new ArgumentException();
}
SsaRegister evalReg = stackTracker.NewReg(outEvalType);
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, evalReg));
midInstrs.Add(new MidInstruction(opcode, codeLocation, argReg, evalReg));
stackTracker.Push(evalReg);
}
break;
case CLR.CIL.HLOpcode.starg:
{
VReg argReg = args[instr.Arguments.U32Value];
SsaRegister valueReg = stackTracker.Pop();
switch (valueReg.VType.ValType)
{
case VType.ValTypeEnum.ConstantReference:
case VType.ValTypeEnum.ReferenceValue:
case VType.ValTypeEnum.Null:
case VType.ValTypeEnum.ValueValue:
case VType.ValTypeEnum.ConstantValue:
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.StoreReg_Value, codeLocation, argReg, valueReg));
break;
case VType.ValTypeEnum.ManagedPtr:
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.StoreReg_ManagedPtr, codeLocation, argReg, valueReg));
break;
default:
throw new ArgumentException();
}
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, valueReg));
}
break;
case CLR.CIL.HLOpcode.call:
case CLR.CIL.HLOpcode.callvirt:
{
bool devirtualize = false;
CLRTypeSpec constraintType = null;
if (instrNum != 0)
{
CLR.CIL.HLInstruction prevInstr = cilMethod.Instructions[instrNum - 1];
if (prevInstr.Opcode == CLR.CIL.HLOpcode.constrained_pfx)
constraintType = m_cppBuilder.Assemblies.InternTypeDefOrRefOrSpec((CLRTableRow)prevInstr.Arguments.ObjValue);
}
CppMethodSpec calledMethodSpec = CppBuilder.ResolveMethodDefOrRef((CLRTableRow)instr.Arguments.ObjValue);
CppMethod calledMethod = calledMethodSpec.CppMethod;
if (!calledMethod.Virtual)
devirtualize = true;
int numParams = calledMethod.MethodSignature.ParamTypes.Length;
SsaRegister returnReg = null;
SsaRegister thisReg = null;
if (!CppBuilder.TypeSpecIsVoid(calledMethod.MethodSignature.RetType))
{
CLRTypeSpec retType = calledMethod.MethodSignature.RetType;
returnReg = stackTracker.NewReg(new VType(CppCilExporter.ValTypeForTypeSpec(m_cppBuilder, retType), retType));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, returnReg));
}
if (!calledMethod.Static)
thisReg = stackTracker.GetFromTop(numParams);
MidInstruction.OpcodeEnum midOpcode;
if (instr.Opcode == CLR.CIL.HLOpcode.call || devirtualize)
{
if (constraintType != null)
midOpcode = MidInstruction.OpcodeEnum.ConstrainedCallMethod;
else
midOpcode = MidInstruction.OpcodeEnum.CallMethod;
}
else if (instr.Opcode == CLR.CIL.HLOpcode.callvirt)
{
if (constraintType != null)
midOpcode = MidInstruction.OpcodeEnum.ConstrainedCallVirtualMethod;
else
{
midOpcode = MidInstruction.OpcodeEnum.CallVirtualMethod;
if (calledMethod.NumGenericParameters > 0)
{
if (calledMethod.DeclaredInClass.Semantics == CLRTypeDefRow.TypeSemantics.Interface)
throw new NotSupportedException(method.DeclaredInClassSpec.ToString() + "." + method.Name + " contains an unconstrained call to an interface virtual method, which is not supported.");
else if (calledMethod.DeclaredInClass.Semantics == CLRTypeDefRow.TypeSemantics.Class)
midOpcode = MidInstruction.OpcodeEnum.CallMethod;
else
throw new ArgumentException();
}
}
}
else
throw new ArgumentException();
SsaRegister[] passedParams = new SsaRegister[numParams];
for (int p = 0; p < numParams; p++)
{
SsaRegister paramReg = stackTracker.GetFromTop(numParams - 1 - p);
passedParams[p] = paramReg;
}
// Pop the parameters first so that we don't have to spill them into the caller frame.
// They won't actually be deadened until after the call.
stackTracker.Pop(numParams);
stackTracker.SpillStack();
// Emit the actual call
midInstrs.Add(new MidInstruction(midOpcode, codeLocation, calledMethodSpec, constraintType, returnReg, thisReg, passedParams));
// Emit parameter deadens (in stack order)
for (int p = 0; p < numParams; p++)
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, passedParams[numParams - 1 - p]));
// Emit "this" deaden and remove it from the stack
if (thisReg != null)
{
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, thisReg));
if (stackTracker.Pop() != thisReg)
throw new ArgumentException();
}
// Push the return value
if (returnReg != null)
stackTracker.Push(returnReg);
}
break;
case CLR.CIL.HLOpcode.stloc:
{
SsaRegister evalVar = stackTracker.Pop();
VReg localVar = locals[instr.Arguments.U32Value];
switch (localVar.VType.ValType)
{
case VType.ValTypeEnum.ValueValue:
case VType.ValTypeEnum.ReferenceValue:
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.StoreReg_Value, codeLocation, localVar, evalVar));
break;
case VType.ValTypeEnum.ManagedPtr:
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.StoreReg_ManagedPtr, codeLocation, localVar, evalVar));
break;
default:
throw new ArgumentException();
}
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, evalVar));
}
break;
case CLR.CIL.HLOpcode.ldloc:
{
VReg localVar = locals[instr.Arguments.U32Value];
SsaRegister evalReg = stackTracker.NewReg(localVar.VType);
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, evalReg));
switch (localVar.VType.ValType)
{
case VType.ValTypeEnum.ManagedPtr:
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LoadReg_ManagedPtr, codeLocation, localVar, evalReg));
break;
case VType.ValTypeEnum.ValueValue:
case VType.ValTypeEnum.ReferenceValue:
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LoadReg_Value, codeLocation, localVar, evalReg));
break;
default:
throw new ArgumentException();
}
stackTracker.Push(evalReg);
}
break;
case CLR.CIL.HLOpcode.ldloca:
{
VReg localVar = locals[instr.Arguments.U32Value];
SsaRegister evalReg = stackTracker.NewReg(new VType(VType.ValTypeEnum.ManagedPtr, localVar.VType.TypeSpec));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, evalReg));
switch (localVar.VType.ValType)
{
case VType.ValTypeEnum.ValueValue:
case VType.ValTypeEnum.ReferenceValue:
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LoadRegA, codeLocation, localVar, evalReg));
break;
default:
throw new ArgumentException();
}
stackTracker.Push(evalReg);
}
break;
case CLR.CIL.HLOpcode.bne: // [.un]
{
SsaRegister value2 = stackTracker.Pop();
SsaRegister value1 = stackTracker.Pop();
bool isRefComparison = IsComparisonReference(value1.VType, value2.VType);
CfgOutboundEdgePrototype edgeProto = stackTracker.GenerateCfgEdge();
CfgNode targetNode = cfgBuilder.AddCfgTarget(this, (int)instr.Arguments.U32Value, edgeProto.OutboundTypes);
CfgNode fallThroughNode = cfgBuilder.AddCfgTarget(this, nextInstr, edgeProto.OutboundTypes);
midInstrs.Add(new MidInstruction(isRefComparison ? MidInstruction.OpcodeEnum.bne_ref : MidInstruction.OpcodeEnum.bne_val, codeLocation, value1, value2, new CfgOutboundEdge(codeLocation, targetNode, edgeProto), (instr.Flags & CLR.CIL.HLOpFlags.Un) != 0));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, value2));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, value1));
OutputFallThroughEdge = new CfgOutboundEdge(codeLocation, fallThroughNode, edgeProto);
isTerminalEdge = true;
}
break;
case CLR.CIL.HLOpcode.beq: // [.un]
{
SsaRegister value2 = stackTracker.Pop();
SsaRegister value1 = stackTracker.Pop();
CfgOutboundEdgePrototype edgeProto = stackTracker.GenerateCfgEdge();
bool isRefComparison = IsComparisonReference(value1.VType, value2.VType);
CfgNode targetNode = cfgBuilder.AddCfgTarget(this, (int)instr.Arguments.U32Value, edgeProto.OutboundTypes);
CfgNode fallThroughNode = cfgBuilder.AddCfgTarget(this, nextInstr, edgeProto.OutboundTypes);
midInstrs.Add(new MidInstruction(isRefComparison ? MidInstruction.OpcodeEnum.beq_ref : MidInstruction.OpcodeEnum.beq_val, codeLocation, value1, value2, new CfgOutboundEdge(codeLocation, targetNode, edgeProto), (instr.Flags & CLR.CIL.HLOpFlags.Un) != 0));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, value2));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, value1));
OutputFallThroughEdge = new CfgOutboundEdge(codeLocation, fallThroughNode, edgeProto);
isTerminalEdge = true;
}
break;
case CLR.CIL.HLOpcode.bge: // [.un]
case CLR.CIL.HLOpcode.bgt: // [.un]
case CLR.CIL.HLOpcode.ble: // [.un]
case CLR.CIL.HLOpcode.blt: // [.un]
{
SsaRegister value2 = stackTracker.Pop();
SsaRegister value1 = stackTracker.Pop();
CfgOutboundEdgePrototype edgeProto = stackTracker.GenerateCfgEdge();
CfgNode targetNode = cfgBuilder.AddCfgTarget(this, (int)instr.Arguments.U32Value, edgeProto.OutboundTypes);
CfgNode fallThroughNode = cfgBuilder.AddCfgTarget(this, nextInstr, edgeProto.OutboundTypes);
midInstrs.Add(new MidInstruction(SimpleTranslateInstr(instr.Opcode), codeLocation, value1, value2, new CfgOutboundEdge(codeLocation, targetNode, edgeProto), (instr.Flags & CLR.CIL.HLOpFlags.Un) != 0));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, value2));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, value1));
OutputFallThroughEdge = new CfgOutboundEdge(codeLocation, fallThroughNode, edgeProto);
isTerminalEdge = true;
}
break;
case CLR.CIL.HLOpcode.br:
{
CfgOutboundEdgePrototype edgeProto = stackTracker.GenerateCfgEdge();
CfgNode targetNode = cfgBuilder.AddCfgTarget(this, (int)instr.Arguments.U32Value, edgeProto.OutboundTypes);
OutputFallThroughEdge = new CfgOutboundEdge(codeLocation, targetNode, edgeProto);
isTerminalEdge = true;
}
break;
case CLR.CIL.HLOpcode.leave:
{
uint escapePath = instr.Arguments.U32Value;
m_ehRegion.AddEscapePath(instr.Arguments.U32Value);
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.Leave, codeLocation, escapePath));
while (stackTracker.Depth > 0)
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, stackTracker.Pop()));
isTerminalEdge = true;
}
break;
case CLR.CIL.HLOpcode.ceq:
{
SsaRegister value2 = stackTracker.Pop();
SsaRegister value1 = stackTracker.Pop();
SsaRegister returnValue = stackTracker.NewReg(new VType(VType.ValTypeEnum.ValueValue, m_commonTypeLookup.Boolean));
bool isRefComparison = IsComparisonReference(value1.VType, value2.VType);
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, returnValue));
midInstrs.Add(new MidInstruction(isRefComparison ? MidInstruction.OpcodeEnum.ceq_ref : MidInstruction.OpcodeEnum.ceq_numeric, codeLocation, returnValue, value1, value2, false));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, value2));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, value1));
stackTracker.Push(returnValue);
}
break;
case CLR.CIL.HLOpcode.cgt: // [.un]
{
SsaRegister value2 = stackTracker.Pop();
SsaRegister value1 = stackTracker.Pop();
SsaRegister returnValue = stackTracker.NewReg(new VType(VType.ValTypeEnum.ValueValue, m_commonTypeLookup.Boolean));
// Per III.4, cgt.un is used for reference non-equality checks.
// For some reason there isn't a cne instruction...
bool isRefComparison = IsComparisonReference(value1.VType, value2.VType);
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, returnValue));
midInstrs.Add(new MidInstruction(isRefComparison ? MidInstruction.OpcodeEnum.cne_ref : MidInstruction.OpcodeEnum.cgt, codeLocation, returnValue, value1, value2, (instr.Flags & CLR.CIL.HLOpFlags.Un) != 0));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, value2));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, value1));
stackTracker.Push(returnValue);
}
break;
case CLR.CIL.HLOpcode.clt: // [.un]
{
SsaRegister value2 = stackTracker.Pop();
SsaRegister value1 = stackTracker.Pop();
SsaRegister returnValue = stackTracker.NewReg(new VType(VType.ValTypeEnum.ValueValue, m_commonTypeLookup.Boolean));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, returnValue));
midInstrs.Add(new MidInstruction(SimpleTranslateInstr(instr.Opcode), codeLocation, returnValue, value1, value2, (instr.Flags & CLR.CIL.HLOpFlags.Un) != 0));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, value2));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, value1));
stackTracker.Push(returnValue);
}
break;
case CLR.CIL.HLOpcode.ldc:
{
SsaRegister resultReg;
switch (instr.Arguments.ArgsType)
{
case CLR.CIL.HLArguments.ArgsTypeEnum.I32:
resultReg = SsaRegister.Constant(new VType(VType.ValTypeEnum.ConstantValue, m_commonTypeLookup.I32, instr.Arguments.S32Value));
break;
case CLR.CIL.HLArguments.ArgsTypeEnum.I64:
resultReg = SsaRegister.Constant(new VType(VType.ValTypeEnum.ConstantValue, m_commonTypeLookup.I64, instr.Arguments.S64Value));
break;
case CLR.CIL.HLArguments.ArgsTypeEnum.F32:
resultReg = SsaRegister.Constant(new VType(VType.ValTypeEnum.ConstantValue, m_commonTypeLookup.F32, instr.Arguments.F32Value));
break;
case CLR.CIL.HLArguments.ArgsTypeEnum.F64:
resultReg = SsaRegister.Constant(new VType(VType.ValTypeEnum.ConstantValue, m_commonTypeLookup.F64, instr.Arguments.F64Value));
break;
default:
throw new ArgumentException();
}
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, resultReg));
stackTracker.Push(resultReg);
}
break;
case CLR.CIL.HLOpcode.brfalse:
case CLR.CIL.HLOpcode.brtrue:
{
SsaRegister v = stackTracker.Pop();
CfgOutboundEdgePrototype edgeProto = stackTracker.GenerateCfgEdge();
CfgNode targetNode = cfgBuilder.AddCfgTarget(this, (int)instr.Arguments.U32Value, edgeProto.OutboundTypes);
CfgNode fallThroughNode = cfgBuilder.AddCfgTarget(this, nextInstr, edgeProto.OutboundTypes);
MidInstruction.OpcodeEnum opcode;
switch (v.VType.ValType)
{
case VType.ValTypeEnum.ConstantValue:
case VType.ValTypeEnum.ValueValue:
if (instr.Opcode == CLR.CIL.HLOpcode.brtrue)
opcode = MidInstruction.OpcodeEnum.brnotzero;
else
opcode = MidInstruction.OpcodeEnum.brzero;
break;
case VType.ValTypeEnum.ConstantReference:
case VType.ValTypeEnum.Null:
case VType.ValTypeEnum.ReferenceValue:
if (instr.Opcode == CLR.CIL.HLOpcode.brtrue)
opcode = MidInstruction.OpcodeEnum.brnotnull;
else
opcode = MidInstruction.OpcodeEnum.brnull;
break;
default:
throw new Exception("Unsupported stack op type passed to brtrue or brfalse");
}
midInstrs.Add(new MidInstruction(opcode, codeLocation, v, new CfgOutboundEdge(codeLocation, targetNode, edgeProto)));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, v));
OutputFallThroughEdge = new CfgOutboundEdge(codeLocation, fallThroughNode, edgeProto);
isTerminalEdge = true;
}
break;
case CLR.CIL.HLOpcode.ldnull:
{
SsaRegister constReg = SsaRegister.Constant(new VType(VType.ValTypeEnum.Null, m_commonTypeLookup.Object));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, constReg));
stackTracker.Push(constReg);
}
break;
case CLR.CIL.HLOpcode.@throw:
{
SsaRegister ex = stackTracker.Pop();
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.Throw, codeLocation, ex));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, ex));
isTerminalEdge = true;
}
break;
case CLR.CIL.HLOpcode.newarr:
{
CLRTableRow contentsType = (CLRTableRow)instr.Arguments.ObjValue;
CLRTypeSpec contentsTypeSpec = m_cppBuilder.Assemblies.InternTypeDefOrRefOrSpec(contentsType);
CLRTypeSpecSZArray arrayTS = new CLRTypeSpecSZArray(contentsTypeSpec);
SsaRegister resultReg = stackTracker.NewReg(new VType(VType.ValTypeEnum.ReferenceValue, arrayTS));
// It's OK to pop num elems here since, as an integer, we don't care if it doesn't spill
SsaRegister numElemsReg = stackTracker.Pop();
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, resultReg));
stackTracker.SpillStack();
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.NewSZArray, codeLocation, resultReg, numElemsReg));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, numElemsReg));
stackTracker.Push(resultReg);
}
break;
case CLR.CIL.HLOpcode.ldfld:
{
CppField field = ResolveField((CLRTableRow)instr.Arguments.ObjValue);
CLRTypeSpec fieldValueSpec = field.Type;
VType.ValTypeEnum valType = CppCilExporter.ValTypeForTypeSpec(m_cppBuilder, fieldValueSpec);
SsaRegister valueReg = stackTracker.NewReg(new VType(valType, fieldValueSpec));
SsaRegister objReg = stackTracker.Pop();
VType.ValTypeEnum objValType = objReg.VType.ValType;
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, valueReg));
MidInstruction.OpcodeEnum opcode;
if (objValType == VType.ValTypeEnum.ManagedPtr)
opcode = MidInstruction.OpcodeEnum.LoadField_ManagedPtr;
else if (objValType == VType.ValTypeEnum.ReferenceValue)
opcode = MidInstruction.OpcodeEnum.LoadField_Object;
else if (objValType == VType.ValTypeEnum.ValueValue)
opcode = MidInstruction.OpcodeEnum.LoadField_Value;
else
throw new ArgumentException();
midInstrs.Add(new MidInstruction(opcode, codeLocation, objReg, valueReg, field.Name, field.DeclaredInClassSpec));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, objReg));
stackTracker.Push(valueReg);
}
break;
case CLR.CIL.HLOpcode.ldflda:
{
SsaRegister objReg = stackTracker.Pop();
CppField field = ResolveField((CLRTableRow)instr.Arguments.ObjValue);
CLRTypeSpec fieldValueSpec = field.Type;
VType.ValTypeEnum valType = VType.ValTypeEnum.ManagedPtr;
bool isManagedPtr = (objReg.VType.ValType == VType.ValTypeEnum.ManagedPtr);
if (isManagedPtr)
valType = objReg.VType.ValType;
SsaRegister valueReg = stackTracker.NewReg(new VType(valType, fieldValueSpec));
VType.ValTypeEnum objValType = objReg.VType.ValType;
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, valueReg));
MidInstruction.OpcodeEnum opcode;
if (isManagedPtr)
opcode = MidInstruction.OpcodeEnum.LoadFieldA_ManagedPtr;
else if (objValType == VType.ValTypeEnum.ReferenceValue)
opcode = MidInstruction.OpcodeEnum.LoadFieldA_Object;
else
throw new ArgumentException();
midInstrs.Add(new MidInstruction(opcode, codeLocation, objReg, valueReg, field.Name, field.DeclaredInClassSpec));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, objReg));
stackTracker.Push(valueReg);
}
break;
case CLR.CIL.HLOpcode.ldsfld:
{
CppField field = ResolveField((CLRTableRow)instr.Arguments.ObjValue);
CLRTypeSpec fieldValueSpec = field.Type;
VType.ValTypeEnum valType = CppCilExporter.ValTypeForTypeSpec(m_cppBuilder, fieldValueSpec);
SsaRegister valueReg = stackTracker.NewReg(new VType(valType, fieldValueSpec));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, valueReg));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LoadStaticField, codeLocation, valueReg, field.DeclaredInClassSpec, field.Name));
stackTracker.Push(valueReg);
}
break;
case CLR.CIL.HLOpcode.ldsflda:
{
CppField field = ResolveField((CLRTableRow)instr.Arguments.ObjValue);
CLRTypeSpec fieldValueSpec = field.Type;
SsaRegister valueReg = stackTracker.NewReg(new VType(VType.ValTypeEnum.ManagedPtr, fieldValueSpec));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, valueReg));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LoadStaticFieldAddr, codeLocation, valueReg, field.DeclaredInClassSpec, field.Name));
stackTracker.Push(valueReg);
}
break;
case CLR.CIL.HLOpcode.ldelem: // [.type]
case CLR.CIL.HLOpcode.ldelema:
{
// We just ignore the type suffix and get it from the array instead
SsaRegister indexReg = stackTracker.Pop();
SsaRegister arrayReg = stackTracker.Pop();
CLRTypeSpecSZArray arraySpec = (CLRTypeSpecSZArray)arrayReg.VType.TypeSpec;
CLRTypeSpec contentsSpec = arraySpec.SubType;
VType.ValTypeEnum valType;
MidInstruction.OpcodeEnum op;
if (instr.Opcode == CLR.CIL.HLOpcode.ldelem)
{
valType = CppCilExporter.ValTypeForTypeSpec(m_cppBuilder, contentsSpec);
op = MidInstruction.OpcodeEnum.LoadArrayElem;
}
else if (instr.Opcode == CLR.CIL.HLOpcode.ldelema)
{
valType = VType.ValTypeEnum.ManagedPtr;
op = MidInstruction.OpcodeEnum.LoadArrayElemAddr;
}
else
throw new ArgumentException();
SsaRegister contentsReg = stackTracker.NewReg(new VType(valType, contentsSpec));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, contentsReg));
midInstrs.Add(new MidInstruction(op, codeLocation, arrayReg, indexReg, contentsReg));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, indexReg));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, arrayReg));
stackTracker.Push(contentsReg);
}
break;
case CLR.CIL.HLOpcode.stelem: // [.type]
{
// We just ignore the type suffix and get it from the array instead
SsaRegister valueReg = stackTracker.Pop();
SsaRegister indexReg = stackTracker.Pop();
SsaRegister arrayReg = stackTracker.Pop();
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.StoreArrayElem, codeLocation, arrayReg, indexReg, valueReg));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, valueReg));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, indexReg));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, arrayReg));
}
break;
case CLR.CIL.HLOpcode.stfld:
{
SsaRegister valueReg = stackTracker.Pop();
SsaRegister objReg = stackTracker.Pop();
CppField field = ResolveField((CLRTableRow)instr.Arguments.ObjValue);
CLRTypeSpec fieldValueSpec = field.Type;
VType.ValTypeEnum valType = CppCilExporter.ValTypeForTypeSpec(m_cppBuilder, fieldValueSpec);
VType.ValTypeEnum objValType = objReg.VType.ValType;
if (objValType == VType.ValTypeEnum.ManagedPtr)
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.StoreField_ManagedPtr, codeLocation, objReg, valueReg, field.Name, field.DeclaredInClassSpec, fieldValueSpec));
else if (objValType == VType.ValTypeEnum.ReferenceValue)
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.StoreField_Object, codeLocation, objReg, valueReg, field.Name, field.DeclaredInClassSpec, fieldValueSpec));
else
throw new ArgumentException();
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, valueReg));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, objReg));
}
break;
case CLR.CIL.HLOpcode.stsfld:
{
SsaRegister valueReg = stackTracker.Pop();
CppField field = ResolveField((CLRTableRow)instr.Arguments.ObjValue);
CLRTypeSpec fieldValueSpec = field.Type;
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.StoreStaticField, codeLocation, valueReg, field.DeclaredInClassSpec, fieldValueSpec, field.Name));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, valueReg));
}
break;
case CLR.CIL.HLOpcode.ldstr:
{
SsaRegister constReg = SsaRegister.Constant(new VType(VType.ValTypeEnum.ConstantReference, m_commonTypeLookup.String, instr.Arguments.ObjValue));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, constReg));
stackTracker.Push(constReg);
}
break;
case CLR.CIL.HLOpcode.add: // [.ovf][.un]
case CLR.CIL.HLOpcode.sub: // [.ovf][.un]
case CLR.CIL.HLOpcode.mul: // [.ovf][.un]
case CLR.CIL.HLOpcode.div: // [.ovf][.un]
case CLR.CIL.HLOpcode.rem: // [.ovf][.un]
case CLR.CIL.HLOpcode.and:
case CLR.CIL.HLOpcode.or:
case CLR.CIL.HLOpcode.xor:
{
SsaRegister value2 = stackTracker.Pop();
SsaRegister value1 = stackTracker.Pop();
CLRTypeSpec promoted1 = ArithPromoteValue(value1.VType.TypeSpec);
CLRTypeSpec promoted2 = ArithPromoteValue(value2.VType.TypeSpec);
MidInstruction.ArithEnum arithMode = ArithModeForBinaryNumericOp(m_commonTypeLookup, promoted1, promoted2);
if ((instr.Flags & CLR.CIL.HLOpFlags.Ovf) != 0)
arithMode |= MidInstruction.ArithEnum.Flags_Ovf;
if ((instr.Flags & CLR.CIL.HLOpFlags.Un) != 0)
arithMode |= MidInstruction.ArithEnum.Flags_Un;
CLRTypeSpec resultType = TypeSpecForArithModeResult(arithMode);
SsaRegister resultReg = stackTracker.NewReg(new VType(VType.ValTypeEnum.ValueValue, resultType));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, resultReg));
midInstrs.Add(new MidInstruction(SimpleTranslateInstr(instr.Opcode), codeLocation, value1, value2, resultReg, arithMode));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, value2));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, value1));
stackTracker.Push(resultReg);
}
break;
case CLR.CIL.HLOpcode.shl:
case CLR.CIL.HLOpcode.shr: // [.un]
{
SsaRegister value2 = stackTracker.Pop();
SsaRegister value1 = stackTracker.Pop();
CLRTypeSpec promoted1 = ArithPromoteValue(value1.VType.TypeSpec);
CLRTypeSpec promoted2 = ArithPromoteValue(value2.VType.TypeSpec);
MidInstruction.ArithEnum arithMode = ArithModeForShiftOp(m_commonTypeLookup, promoted1, promoted2);
if ((instr.Flags & CLR.CIL.HLOpFlags.Un) != 0)
arithMode |= MidInstruction.ArithEnum.Flags_Un;
CLRTypeSpec resultType = TypeSpecForArithModeResult(arithMode);
SsaRegister resultReg = stackTracker.NewReg(new VType(VType.ValTypeEnum.ValueValue, resultType));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, resultReg));
midInstrs.Add(new MidInstruction(SimpleTranslateInstr(instr.Opcode), codeLocation, value1, value2, resultReg, arithMode));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, value2));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, value1));
stackTracker.Push(resultReg);
}
break;
case CLR.CIL.HLOpcode.neg:
case CLR.CIL.HLOpcode.not:
{
SsaRegister v = stackTracker.Pop();
CLRTypeSpec promoted = ArithPromoteValue(v.VType.TypeSpec);
MidInstruction.ArithEnum arithMode = ArithModeForUnaryOp(promoted);
CLRTypeSpec resultType = TypeSpecForArithModeResult(arithMode);
SsaRegister resultReg = stackTracker.NewReg(new VType(VType.ValTypeEnum.ValueValue, resultType));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, resultReg));
midInstrs.Add(new MidInstruction(SimpleTranslateInstr(instr.Opcode), codeLocation, v, resultReg, arithMode));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, v));
stackTracker.Push(resultReg);
}
break;
case CLR.CIL.HLOpcode.isinst:
{
CLRTypeSpec type = m_cppBuilder.Assemblies.InternTypeDefOrRefOrSpec((CLRTableRow)instr.Arguments.ObjValue);
SsaRegister inputReg = stackTracker.Pop();
SsaRegister resultReg = stackTracker.NewReg(new VType(VType.ValTypeEnum.ReferenceValue, type));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, resultReg));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.TryConvertObj, codeLocation, inputReg, resultReg));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, inputReg));
stackTracker.Push(resultReg);
}
break;
case CLR.CIL.HLOpcode.castclass:
{
CLRTypeSpec type = m_cppBuilder.Assemblies.InternTypeDefOrRefOrSpec((CLRTableRow)instr.Arguments.ObjValue);
SsaRegister inputReg = stackTracker.Pop();
SsaRegister resultReg = stackTracker.NewReg(new VType(VType.ValTypeEnum.ReferenceValue, type));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, resultReg));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.ConvertObj, codeLocation, inputReg, resultReg));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, inputReg));
stackTracker.Push(resultReg);
}
break;
case CLR.CIL.HLOpcode.dup:
{
SsaRegister top = stackTracker.GetFromTop(0);
SsaRegister duplicate = stackTracker.NewReg(top.VType);
// WARNING: If you update this sequence, you must update ldvirtftn too!
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, duplicate));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.DuplicateReg, codeLocation, top, duplicate));
stackTracker.Push(duplicate);
}
break;
case CLR.CIL.HLOpcode.ldind: // (.type)
case CLR.CIL.HLOpcode.ldobj:
{
SsaRegister addr = stackTracker.Pop();
if (addr.VType.ValType != VType.ValTypeEnum.ManagedPtr)
throw new ArgumentException();
SsaRegister val = stackTracker.NewReg(new VType(CppCilExporter.ValTypeForTypeSpec(m_cppBuilder, addr.VType.TypeSpec), addr.VType.TypeSpec));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, val));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LoadIndirect, codeLocation, addr, val));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, addr));
stackTracker.Push(val);
}
break;
case CLR.CIL.HLOpcode.stind: // (.type)
case CLR.CIL.HLOpcode.stobj:
{
SsaRegister val = stackTracker.Pop();
SsaRegister addr = stackTracker.Pop();
if (addr.VType.ValType != VType.ValTypeEnum.ManagedPtr)
throw new ArgumentException();
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.StoreIndirect, codeLocation, addr, val));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, val));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, addr));
}
break;
case CLR.CIL.HLOpcode.pop:
{
SsaRegister val = stackTracker.Pop();
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, val));
}
break;
case CLR.CIL.HLOpcode.box:
{
CLRTableRow typeTok = (CLRTableRow)instr.Arguments.ObjValue;
stackTracker.SpillStack();
SsaRegister val = stackTracker.Pop();
if (val.VType.ValType != VType.ValTypeEnum.ConstantValue && val.VType.ValType != VType.ValTypeEnum.ValueValue)
throw new ArgumentException();
CLRTypeSpec valueTypeSpec = val.VType.TypeSpec;
if (valueTypeSpec is CLRTypeSpecGenericInstantiation)
{
CLRTypeSpecGenericInstantiation valueGI = (CLRTypeSpecGenericInstantiation)valueTypeSpec;
CLRTypeSpecClass valueGIClass = valueGI.GenericType;
CLRTypeDefRow typeDef = valueGIClass.TypeDef;
if (typeDef.ContainerClass == null && typeDef.TypeNamespace == "System" && typeDef.TypeName == "Nullable`1")
valueTypeSpec = valueGI.ArgTypes[0];
}
SsaRegister boxed = stackTracker.NewReg(new VType(VType.ValTypeEnum.ReferenceValue, val.VType.TypeSpec));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, boxed));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.Box, codeLocation, val, boxed));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, val));
stackTracker.Push(boxed);
}
break;
case CLR.CIL.HLOpcode.conv: // [.ovf](.type)[.un]
{
CLRTypeSpec destType;
MidInstruction.ArithEnum arithMode;
switch (instr.TypeToken)
{
case CLR.CIL.HLOpType.I1:
destType = m_commonTypeLookup.I8;
arithMode = MidInstruction.ArithEnum.ArithType_Int32;
break;
case CLR.CIL.HLOpType.I2:
destType = m_commonTypeLookup.I16;
arithMode = MidInstruction.ArithEnum.ArithType_Int32;
break;
case CLR.CIL.HLOpType.I4:
destType = m_commonTypeLookup.I32;
arithMode = MidInstruction.ArithEnum.ArithType_Int32;
break;
case CLR.CIL.HLOpType.I8:
destType = m_commonTypeLookup.I64;
arithMode = MidInstruction.ArithEnum.ArithType_Int64;
break;
case CLR.CIL.HLOpType.U1:
destType = m_commonTypeLookup.U8;
arithMode = MidInstruction.ArithEnum.ArithType_Int32;
break;
case CLR.CIL.HLOpType.U2:
destType = m_commonTypeLookup.U16;
arithMode = MidInstruction.ArithEnum.ArithType_Int32;
break;
case CLR.CIL.HLOpType.U4:
destType = m_commonTypeLookup.U32;
arithMode = MidInstruction.ArithEnum.ArithType_Int32;
break;
case CLR.CIL.HLOpType.U8:
destType = m_commonTypeLookup.U64;
arithMode = MidInstruction.ArithEnum.ArithType_Int64;
break;
case CLR.CIL.HLOpType.R4:
destType = m_commonTypeLookup.F32;
arithMode = MidInstruction.ArithEnum.ArithType_Float32;
break;
case CLR.CIL.HLOpType.R: // Used by conv.r.un
case CLR.CIL.HLOpType.R8:
destType = m_commonTypeLookup.F64;
arithMode = MidInstruction.ArithEnum.ArithType_Float64;
break;
case CLR.CIL.HLOpType.I:
destType = m_commonTypeLookup.I;
arithMode = MidInstruction.ArithEnum.ArithType_NativeInt;
break;
case CLR.CIL.HLOpType.U:
destType = m_commonTypeLookup.U;
arithMode = MidInstruction.ArithEnum.ArithType_NativeInt;
break;
default:
throw new ArgumentException();
}
if ((instr.Flags & CLR.CIL.HLOpFlags.Ovf) != 0)
arithMode |= MidInstruction.ArithEnum.Flags_Ovf;
if ((instr.Flags & CLR.CIL.HLOpFlags.Un) != 0)
arithMode |= MidInstruction.ArithEnum.Flags_Un;
SsaRegister srcReg = stackTracker.Pop();
SsaRegister destReg = stackTracker.NewReg(new VType(VType.ValTypeEnum.ValueValue, destType));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, destReg));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.ConvertNumber, codeLocation, srcReg, destReg, arithMode));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, srcReg));
stackTracker.Push(destReg);
}
break;
case CLR.CIL.HLOpcode.ldlen:
{
SsaRegister arrayReg = stackTracker.Pop();
SsaRegister resultReg = stackTracker.NewReg(new VType(VType.ValTypeEnum.ValueValue, m_commonTypeLookup.U));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, resultReg));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LoadArrayLength, codeLocation, arrayReg, resultReg));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, arrayReg));
stackTracker.Push(resultReg);
}
break;
case CLR.CIL.HLOpcode.ldtoken:
{
CLRTableRow tokenRow = (CLRTableRow)instr.Arguments.ObjValue;
CLRTypeSpec typeResolution = null;
CppMethodSpec methodResolution = null;
CppField fieldResolution = null;
if (tokenRow is CLRTypeRefRow || tokenRow is CLRTypeDefRow || tokenRow is CLRTypeSpecRow)
typeResolution = m_cppBuilder.Assemblies.InternTypeDefOrRefOrSpec(tokenRow);
else if (tokenRow is CLRMemberRefRow)
{
CLRMemberRefRow memberRef = (CLRMemberRefRow)tokenRow;
if (memberRef.FieldSig != null)
fieldResolution = ResolveField(memberRef);
else if (memberRef.MethodSig != null)
methodResolution = CppBuilder.ResolveMethodDefOrRef(memberRef);
else
throw new ArgumentException();
}
else if (tokenRow is CLRMethodDefRow)
methodResolution = CppBuilder.ResolveMethodDefOrRef(tokenRow);
else if (tokenRow is CLRFieldRow)
fieldResolution = ResolveField(tokenRow);
else
throw new ArgumentException();
if (typeResolution != null)
{
CLRTypeSpec rtDefSpec = m_cppBuilder.Assemblies.InternTypeDefOrRefOrSpec(m_cppBuilder.Assemblies.RuntimeTypeHandleDef);
SsaRegister reg = stackTracker.NewReg(new VType(VType.ValTypeEnum.ValueValue, rtDefSpec));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, reg));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LoadTypeInfoHandle, codeLocation, reg, typeResolution));
stackTracker.Push(reg);
}
if (methodResolution != null)
{
// TODO: nameof support
throw new NotImplementedException();
}
if (fieldResolution != null)
{
// Necessary for nameof and static field InitializeArray
CLRTypeSpec containerClassSpec = fieldResolution.DeclaredInClassSpec;
string fieldName = fieldResolution.Name;
CLRTypeSpec fldDefSpec = m_cppBuilder.Assemblies.InternTypeDefOrRefOrSpec(m_cppBuilder.Assemblies.RuntimeFieldHandleDef);
SsaRegister reg = stackTracker.NewReg(new VType(VType.ValTypeEnum.ValueValue, fldDefSpec));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, reg));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LoadFieldInfoHandle, codeLocation, reg, containerClassSpec, fieldName, fieldResolution.Field.Static));
stackTracker.Push(reg);
}
}
break;
case CLR.CIL.HLOpcode.@switch:
{
SsaRegister valueReg = stackTracker.Pop();
List<CfgOutboundEdge> targetOutboundEdges = new List<CfgOutboundEdge>();
CfgOutboundEdgePrototype cfgEdgeProto = stackTracker.GenerateCfgEdge();
foreach (uint targetInstr in (uint[])instr.Arguments.ObjValue)
{
CfgNode targetNode = cfgBuilder.AddCfgTarget(this, (int)targetInstr, cfgEdgeProto.OutboundTypes);
targetOutboundEdges.Add(new CfgOutboundEdge(codeLocation, targetNode, cfgEdgeProto));
}
CfgNode fallThroughNode = cfgBuilder.AddCfgTarget(this, nextInstr, cfgEdgeProto.OutboundTypes);
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.Switch, codeLocation, valueReg, targetOutboundEdges.ToArray()));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, valueReg));
OutputFallThroughEdge = new CfgOutboundEdge(codeLocation, fallThroughNode, cfgEdgeProto);
isTerminalEdge = true;
}
break;
case CLR.CIL.HLOpcode.unbox:
{
CLRTypeSpec typeTok = m_cppBuilder.Assemblies.InternTypeDefOrRefOrSpec((CLRTableRow)instr.Arguments.ObjValue);
SsaRegister objReg = stackTracker.Pop();
SsaRegister valueReg = stackTracker.NewReg(new VType(VType.ValTypeEnum.ManagedPtr, typeTok));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, valueReg));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.UnboxPtr, codeLocation, objReg, valueReg));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, objReg));
stackTracker.Push(valueReg);
}
break;
case CLR.CIL.HLOpcode.unbox_any:
{
CLRTypeSpec typeTok = m_cppBuilder.Assemblies.InternTypeDefOrRefOrSpec((CLRTableRow)instr.Arguments.ObjValue);
SsaRegister objReg = stackTracker.Pop();
SsaRegister valueReg = stackTracker.NewReg(new VType(VType.ValTypeEnum.ValueValue, typeTok));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, valueReg));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.UnboxValue, codeLocation, objReg, valueReg));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, objReg));
stackTracker.Push(valueReg);
}
break;
case CLR.CIL.HLOpcode.initobj:
{
SsaRegister objLoc = stackTracker.Pop();
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.ZeroFillPtr, codeLocation, objLoc));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, objLoc));
}
break;
case CLR.CIL.HLOpcode.ldftn:
{
CppMethodSpec boundMethodSpec = CppBuilder.ResolveMethodDefOrRef((CLRTableRow)instr.Arguments.ObjValue);
SsaRegister ftnReg = SsaRegister.Constant(new VType(VType.ValTypeEnum.DelegateSimpleMethod, null, boundMethodSpec));
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, ftnReg));
stackTracker.Push(ftnReg);
}
break;
case CLR.CIL.HLOpcode.ldvirtftn:
{
SsaRegister throwawayObjReg = stackTracker.Pop();
CppMethodSpec boundVirtMethod = CppBuilder.ResolveMethodDefOrRef((CLRTableRow)instr.Arguments.ObjValue);
SsaRegister ftnReg = SsaRegister.Constant(new VType(VType.ValTypeEnum.DelegateVirtualMethod, null, boundVirtMethod));
stackTracker.Push(ftnReg);
// This reverses the preceding dup sequence
if (cilMethod.Instructions[instrNum - 1].Opcode != CLR.CIL.HLOpcode.dup || firstInstr == instrNum)
throw new ArgumentException();
// WARNING: This must be kept in sync with dup!
midInstrs.RemoveRange(midInstrs.Count - 2, 2);
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LivenReg, codeLocation, ftnReg));
}
break;
case CLR.CIL.HLOpcode.endfinally:
{
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.ExitFinally, codeLocation));
while (stackTracker.Depth > 0)
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.KillReg, codeLocation, stackTracker.Pop()));
isTerminalEdge = true;
}
break;
case CLR.CIL.HLOpcode.constrained_pfx:
case CLR.CIL.HLOpcode.readonly_pfx:
break;
case CLR.CIL.HLOpcode.jmp:
case CLR.CIL.HLOpcode.calli:
case CLR.CIL.HLOpcode.@break:
case CLR.CIL.HLOpcode.cpobj:
case CLR.CIL.HLOpcode.refanyval:
case CLR.CIL.HLOpcode.ckfinite:
case CLR.CIL.HLOpcode.mkrefany:
case CLR.CIL.HLOpcode.arglist:
case CLR.CIL.HLOpcode.localloc:
case CLR.CIL.HLOpcode.endfilter:
case CLR.CIL.HLOpcode.unaligned_pfx:
case CLR.CIL.HLOpcode.volatile_pfx:
case CLR.CIL.HLOpcode.tail_pfx:
case CLR.CIL.HLOpcode.cpblk:
case CLR.CIL.HLOpcode.initblk:
case CLR.CIL.HLOpcode.no_pfx:
case CLR.CIL.HLOpcode.rethrow:
case CLR.CIL.HLOpcode.@sizeof:
case CLR.CIL.HLOpcode.refanytype:
throw new NotImplementedException("Unimplemented opcode: " + instr.Opcode.ToString());
break;
}
}
// Post-terminal-edge cleanup
// Leak any registers alive past the terminal edge
while (stackTracker.Depth > 0)
midInstrs.Add(new MidInstruction(MidInstruction.OpcodeEnum.LeakReg, codeLocation, stackTracker.Pop()));
OutputInstructions = midInstrs.ToArray();
}
public SsaRegister(VType vt)
{
m_isSpilled = false;
m_vType = vt;
}
public static SsaRegister Constant(VType vt)
{
if (vt.ConstantValue != null && vt.ConstantValue.GetType() == typeof(ulong))
throw new Exception();
return new SsaRegister(vt);
}
private VReg NewDeadReg(VType vType, VReg.UsageEnum usage)
{
VReg newReg = new VReg(m_builder, "bVReg", vType, m_registers.Count, usage);
m_registers.Add(newReg);
return newReg;
}
public bool TryConverge(VType.ValTypeEnum source1, VType.ValTypeEnum source2, ref VType.ValTypeEnum converged, ref bool typeMustMatch)
{
if ((source1 == m_source1 && source2 == m_source2) || (source2 == m_source1 && source1 == m_source2))
{
converged = m_converged;
typeMustMatch = m_typeMustMatch;
return true;
}
return false;
}
public static string ConvertFromVType(VType v)
{
if (v == VType.Channel) return "c";
if (v == VType.Random) return "r";
if (v == VType.Both) return "cr";
return "";
}
public static Inline Num1(double v, VType c)
{
Span s = new Span();
if (v == 1D && c == VType.None) s.Inlines.Add("");
else if (v == -1D && c == VType.None) s.Inlines.Add("-");
else
{
s.Inlines.Add(v.ToString("G6"));
Span sub = new Span(new Run(Utilities.ConvertFromVType(c)));
sub.Typography.Variants = System.Windows.FontVariants.Subscript;
s.Inlines.Add(sub);
}
return s;
}
public void UpdateEntryEdge(CfgNodeCompiler nodeCompiler, VType[] newEntryTypes, out bool outNeedsReparse)
{
bool needReparse = false;
int numVTypes = newEntryTypes.Length;
if (numVTypes != m_entryTypes.Length)
throw new ArgumentException("Mismatched CFG edge");
bool anyDifferent = false;
for (int i = 0; i < numVTypes; i++)
{
if (!newEntryTypes[i].Equals(m_entryTypes[i]))
{
anyDifferent = true;
break;
}
}
if (anyDifferent)
{
needReparse = true;
VType[] newTypes = new VType[m_entryTypes.Length];
for (int i = 0; i < numVTypes; i++)
newTypes[i] = ConvergeVTypes(nodeCompiler, m_entryTypes[i], newEntryTypes[i]);
m_entryTypes = newTypes;
}
outNeedsReparse = needReparse;
}
public CfgNode AddCfgTarget(CfgNodeCompiler nodeCompiler, int startInstr, VType[] entryTypes)
{
CfgNode node;
bool needsReparse = false;
if (m_cfgNodes.TryGetValue(startInstr, out node))
node.UpdateEntryEdge(nodeCompiler, entryTypes, out needsReparse);
else
{
node = new CfgNode(this, startInstr, entryTypes);
needsReparse = true;
m_cfgNodes.Add(startInstr, node);
}
if (needsReparse)
{
if (!m_pendingNodesSet.Contains(startInstr))
{
m_pendingNodesSet.Add(startInstr);
m_pendingNodesQueue.Enqueue(startInstr);
}
}
return node;
}
public CfgNode(CfgBuilder builder, int startInstr, VType[] entryTypes)
{
m_builder = builder;
m_startInstr = startInstr;
m_entryTypes = entryTypes;
}
private VReg GetTemporary(VType vType)
{
foreach (VReg vReg in m_temporaries)
if (vReg.VType.Equals(vType))
return vReg;
int slot = m_temporaries.Count + m_cfgNode.CfgBuilder.Locals.Length + m_cfgNode.CfgBuilder.Args.Length;
VReg newVReg = new VReg(m_cppBuilder, "temp_", vType, slot, VReg.UsageEnum.Temporary);
m_temporaries.Add(newVReg);
return newVReg;
}
private VType ConvergeVTypes(CfgNodeCompiler nodeCompiler, VType vType1, VType vType2)
{
VType.ValTypeEnum convergedValType = VType.ValTypeEnum.Invalid;
if (vType1.Equals(vType2))
return vType1;
if (vType1.ValType == VType.ValTypeEnum.Null)
{
if (vType2.ValType == VType.ValTypeEnum.ReferenceValue || vType2.ValType == VType.ValTypeEnum.ConstantReference)
return new VType(VType.ValTypeEnum.ReferenceValue, vType1.TypeSpec);
else
throw new ArgumentException(); // Both null should be equal
}
if (vType2.ValType == VType.ValTypeEnum.Null)
{
if (vType1.ValType == VType.ValTypeEnum.ReferenceValue || vType1.ValType == VType.ValTypeEnum.ConstantReference)
return new VType(VType.ValTypeEnum.ReferenceValue, vType2.TypeSpec);
else
throw new ArgumentException(); // Both null should be equal
}
if (vType1.ValType == vType2.ValType)
{
convergedValType = vType1.ValType;
if (convergedValType == VType.ValTypeEnum.ConstantValue)
convergedValType = VType.ValTypeEnum.ValueValue;
else if (convergedValType == VType.ValTypeEnum.ConstantReference)
convergedValType = VType.ValTypeEnum.ReferenceValue;
}
else
{
// Different val types
bool anyMatched = false;
bool typeMustMatch = false;
foreach (ValTypeConvergence convergence in ms_convergences)
anyMatched = anyMatched || convergence.TryConverge(vType1.ValType, vType2.ValType, ref convergedValType, ref typeMustMatch);
if (!anyMatched)
throw new ArgumentException();
if (typeMustMatch && !vType1.TypeSpec.Equals(vType2.TypeSpec))
throw new ParseFailedException("CFG edge merge failed to merge managed ptrs");
}
// Same value type?
if (vType1.TypeSpec.Equals(vType2.TypeSpec))
return new VType(convergedValType, vType1.TypeSpec);
// Different value types
if (convergedValType == VType.ValTypeEnum.ValueValue)
{
// Both are value types, so these must converge
return new VType(convergedValType, nodeCompiler.ArithConvergeValues(vType1.TypeSpec, vType2.TypeSpec));
}
if (convergedValType == VType.ValTypeEnum.ReferenceValue)
{
// Both are reference types
// The merge rules are (where vType1 is the existing type):
// - If vType2 is assignable to vType1, use vType1
// - If vType1 is assignable to vType2, use vType2
// - Otherwise, use closest common supertype
CppAssignabilityResolver resolver = new CppAssignabilityResolver(nodeCompiler.CppBuilder, nodeCompiler.CommonTypeLookupInst, m_builder.InClass, m_builder.InMethod);
if (resolver.IsRefAssignable(vType2.TypeSpec, vType1.TypeSpec))
return new VType(convergedValType, vType1.TypeSpec);
if (resolver.IsRefAssignable(vType1.TypeSpec, vType2.TypeSpec))
return new VType(convergedValType, vType2.TypeSpec);
CLRTypeSpec commonBase = resolver.FindCommonBase(vType1.TypeSpec, vType2.TypeSpec);
if (commonBase == null)
throw new ParseFailedException("CFG edge merge failed");
return new VType(convergedValType, commonBase);
}
throw new ParseFailedException("CFG edge merge failed");
}
private static bool IsComparisonReference(VType vType1, VType vType2)
{
bool isRef = IsComparisonValueReference(vType1);
if (isRef != IsComparisonValueReference(vType2))
throw new Exception("Couldn't resolve comparison reference status");
return isRef;
}
public ValTypeConvergence(VType.ValTypeEnum source1, VType.ValTypeEnum source2, VType.ValTypeEnum converged, bool typeMustMatch)
{
m_source1 = source1;
m_source2 = source2;
m_converged = converged;
m_typeMustMatch = typeMustMatch;
}
private static bool IsComparisonValueReference(VType vType)
{
switch (vType.ValType)
{
case VType.ValTypeEnum.ReferenceValue:
case VType.ValTypeEnum.ConstantReference:
case VType.ValTypeEnum.Null:
return true;
case VType.ValTypeEnum.ValueValue:
case VType.ValTypeEnum.ConstantValue:
return false;
default:
throw new Exception("Invalid value type for comparison");
}
}
public static double ApplyCR(double v, VType c, int channel)
{
if (c == VType.None) return v;
if (c == VType.Channel) return v * Convert.ToDouble(channel);
if (c == VType.Random) return v * UniformRND();
return v * Convert.ToDouble(channel) * UniformRND();
}
//Apparently having a constructor (not using; having!) that takes no arguments
//is important for inheritance purposes.
public VUser()
{
status = "notmade";
usertype = VType.notmade;
}
public static Inline Num0(double v, VType c)
{
Span s = new Span();
if (v == 0D) s.Inlines.Add("");
else
{
if (v < 0D) s.Inlines.Add(" - ");
else s.Inlines.Add(" + ");
s.Inlines.Add(Math.Abs(v).ToString("G6"));
Span sub = new Span(new Run(Utilities.ConvertFromVType(c)));
sub.Typography.Variants = System.Windows.FontVariants.Subscript;
s.Inlines.Add(sub);
}
return s;
}
public VUser(string uname)
{
userName = uname;
status = "notmade";
usertype = VType.notmade;
}
public CfgOutboundEdgePrototype(VType[] outboundTypes, SsaRegister[] outboundRegs)
{
m_outboundRegs = outboundRegs;
m_outboundTypes = outboundTypes;
}
public VUser(string uname, string pswd, string fname, string mname, string lname, string stat)
{
stat = stat.ToLower();
userName = uname;
password = pswd;
fstName = fname;
midName = mname;
lstName = lname;
status = stat;
usertype = (stat == "admin") ? VType.admin : //if
(stat == "faculty") ? VType.faculty : //elseif
VType.student; //else because stat != "student" ever, see project spec
}
public Script QueryScript(VType.Query query, Logger log)
{
if (query == null)
{
log.Error(StringsScripting.Query_empty);
return null;
}
var list = allscripts.GetAll().ToList();
VType.Query.QueryReduceByTag(list, query, log);
if (list == null || list.Count == 0)
{
log.Error(StringsScripting.Query_empty);
return null;
}
// ToDo 6: Make not random.
int r = random.Next(0, list.Count);
return list[r].Value;
}
// dummy copy constructor
public VUser(VUser user)
{
userName = user.UserName;
fstName = user.FstName;
midName = user.MidName;
lstName = user.LstName;
status = user.Status;
usertype = VType.notmade;
}