/// <summary>
/// See the base.
/// </summary>
public override bool Equals(object obj)
{
if (obj == null)
{
return(false);
}
ActivationSettings cmpSettings = obj as ActivationSettings;
if (FunctionType != cmpSettings.FunctionType ||
!Arg1.Equals(cmpSettings.Arg1) ||
!Arg2.Equals(cmpSettings.Arg2) ||
!Arg3.Equals(cmpSettings.Arg3) ||
!Arg4.Equals(cmpSettings.Arg4) ||
!Arg5.Equals(cmpSettings.Arg5) ||
!Arg6.Equals(cmpSettings.Arg6) ||
!Arg7.Equals(cmpSettings.Arg7) ||
!Arg8.Equals(cmpSettings.Arg8) ||
!Arg9.Equals(cmpSettings.Arg9) ||
!Arg10.Equals(cmpSettings.Arg10) ||
!Arg11.Equals(cmpSettings.Arg11) ||
!Arg12.Equals(cmpSettings.Arg12) ||
!Arg13.Equals(cmpSettings.Arg13) ||
!Arg14.Equals(cmpSettings.Arg14) ||
!Arg15.Equals(cmpSettings.Arg15)
)
{
return(false);
}
return(true);
}
public override double Compute(IReadOnlyDictionary <string, double> variableValues)
{
double arg = Arg1.Compute(variableValues);
double Radian = arg * Math.PI / 180;
return(1 / Math.Tan(Radian));
}
public override Expr Diff()
{
if (!IsConstant)
{
if (Arg1.IsConstant)
{
if (Arg1.Compute() == E)
{
return(new FunPow(Arg1, Arg2));
}
else
{
return(Pow(Arg1, Arg2) * Log(Arg1));
}
}
else if (Arg2.IsConstant)
{
return(Arg2 * Pow(Arg1, Arg2 - 1));
}
throw new NotImplementedException();
}
else
{
return(new Constant(0));
}
}
public override int Eval()
{
if (Operator == "+")
{
return(Arg1.Eval() + Arg2.Eval());
}
throw new NotImplementedException();
}
internal override Tile <T_Query> Replace(Tile <T_Query> oldTile, Tile <T_Query> newTile)
{
Tile <T_Query> newArg1 = Arg1.Replace(oldTile, newTile);
Tile <T_Query> newArg2 = Arg2.Replace(oldTile, newTile);
if (newArg1 != Arg1 || newArg2 != Arg2)
{
return(new TileBinaryOperator <T_Query>(newArg1, newArg2, OpKind, Query));
}
return(this);
}
public override string ToString()
{
if (Arg2 == null)
{
return("Log(" + "" + Arg1.ToString() + ")");
}
else
{
return("Log(" + "" + Arg1.ToString() + "," + Arg2.ToString() + ")");
}
}
public void ConstructorSelectionTests_Arg_ByInterface()
{
using var container = new StashboxContainer();
var arg = new Arg();
var arg1 = new Arg1();
container.Register <Test1>(context => context.WithConstructorByArguments(arg, arg1));
var test = container.Resolve <Test1>();
Assert.Same(arg, test.PArg);
Assert.Same(arg1, test.PArg1);
}
public bool Equals(GetUsersFunction other)
{
if (ReferenceEquals(null, other))
{
return(false);
}
if (ReferenceEquals(this, other))
{
return(true);
}
return(Arg1.SequenceEqual(other.Arg1));
}
public Type1(Arg1 arg1, Arg2 arg2)
{
Arg1 = arg1;
Arg2 = arg2;
}
protected override string toString(int depth)
{
return(functionName + "(" + Arg1.ToString(depth) + "; " + Arg2.ToString(depth) + ")");
}
public override int GetHashCode()
{
return(Arg1 != null ? Arg1.GetHashCode() : 0);
}
public override Expr Diff() => !IsConstant ? -(1 / Pow(Ch(Arg1), 2)) * Arg1.Diff() : new Constant(0);
public override Expr Diff() => !IsConstant?Arg1 *Arg1.Diff() : new Constant(0);
protected override double evaluate(int cacheGeneration)
{
var value1 = Arg1.Evaluate(cacheGeneration);
return(value1 == 0 ? 0 : _evaluate(value1, Arg2.Evaluate(cacheGeneration)));
}
protected override Expression derivate(Variable variable)
{
return((Arg2 * Arg1.Derivate(variable) - Arg1 * Arg2.Derivate(variable)) / (Arg1.Square() + Arg2.Square()));
}
private void ReportDuration(System.Diagnostics.Stopwatch stopwatch, string suffix, string port)
{
System.Diagnostics.Debug.WriteLine(string.Format(port + ": COMMAND+{0} DURATION: {6} {1}(0x{2}, 0x{3}, 0x{4}, 0x{5})", suffix, Command, Arg0.ToString("X8"), Arg1.ToString("X8"), Arg2.ToString("X8"), Arg3.ToString("X8"), stopwatch.Elapsed));
}
public override double Compute(IReadOnlyDictionary <string, double> variableValues) => Arg1.Compute(variableValues) - Arg2.Compute(variableValues);
public override string ToString() => "Cth(" + Arg1.ToString() + ")";
public DataType GetDataType()
{
switch (ExpressionType)
{
//void:
case Instruction.Statement:
case Instruction.SWITCH:
case Instruction.SwitchCase:
case Instruction.A_REALLOC:
case Instruction.A_PUSHBACK:
case Instruction.A_POPBACK:
case Instruction.A_ALLOC:
case Instruction.A_FREE:
case Instruction.A_INSERT:
case Instruction.A_REVERSE:
case Instruction.A_SORT:
case Instruction.ASSERT:
case Instruction.Break:
case Instruction.CALLONJUMP:
case Instruction.Continue:
case Instruction.DELETE:
case Instruction.ENDFUNC:
case Instruction.EOF:
case Instruction.ForLoop:
case Instruction.FUNC:
case Instruction.IfElse:
case Instruction.IFNZ:
case Instruction.IFZ:
case Instruction.JUMP:
case Instruction.MSG:
case Instruction.Nop:
case Instruction.Null:
case Instruction.OBJSWAP:
case Instruction.POP:
case Instruction.S_ERASE:
case Instruction.S_ERASE2:
case Instruction.S_POP:
case Instruction.S_POPBACK:
case Instruction.S_POPBACK2:
case Instruction.S_PUSHBACK:
case Instruction.S_PUSHBACK2:
case Instruction.SJUMP:
case Instruction.SP_DEC:
case Instruction.SP_INC:
case Instruction.SR_POP:
case Instruction.SH_LOCALASSIGN:
case Instruction.SH_LOCALINC:
case Instruction.SH_LOCALDEC:
case Instruction.SWAP:
case Instruction.WhileLoop:
case Instruction.DoWhileLoop:
return(DataType.Void);
//int
case Instruction.A_FIND:
case Instruction.A_NUMOF:
case Instruction.A_NUMOF_GLOB_1:
case Instruction.A_NUMOF_STRUCT_1:
case Instruction.ADD:
case Instruction.AND:
case Instruction.ANDA:
case Instruction.COMPL:
case Instruction.DEC:
case Instruction.DIV:
case Instruction.DIVA:
case Instruction.FTOI:
case Instruction.INC:
case Instruction.INV:
case Instruction.LSHIFT:
case Instruction.LSHIFTA:
case Instruction.MINUSA:
case Instruction.MOD:
case Instruction.MODA:
case Instruction.MUL:
case Instruction.MULA:
case Instruction.OR:
case Instruction.ORA:
case Instruction.PLUSA:
case Instruction.PUSH:
case Instruction.RSHIFT:
case Instruction.RSHIFTA:
case Instruction.S_FIND:
case Instruction.S_LENGTH:
case Instruction.S_LENGTH2:
case Instruction.S_LENGTHBYTE:
case Instruction.S_LENGTHBYTE2:
case Instruction.STOI:
case Instruction.SUB:
case Instruction.XOR:
case Instruction.XORA:
case Instruction.PreDecrement:
case Instruction.PreIncrement:
return(DataType.Int);
//string
case Instruction.FTOS:
case Instruction.I_STRING:
case Instruction.S_ADD:
case Instruction.S_ASSIGN:
case Instruction.S_GETPART:
case Instruction.S_MOD:
case Instruction.S_PLUSA:
case Instruction.S_PLUSA2:
case Instruction.S_PUSH:
return(DataType.String);
//bool
case Instruction.A_EMPTY:
case Instruction.EQUALE:
case Instruction.F_EQUALE:
case Instruction.F_GT:
case Instruction.F_GTE:
case Instruction.F_LTE:
case Instruction.F_LT:
case Instruction.F_NOTE:
case Instruction.GT:
case Instruction.GTE:
case Instruction.ITOB:
case Instruction.LT:
case Instruction.LTE:
case Instruction.NOT:
case Instruction.NOTE:
case Instruction.R_EQUALE:
case Instruction.R_NOTE:
case Instruction.S_EMPTY:
case Instruction.S_EQUALE:
case Instruction.S_GT:
case Instruction.S_GTE:
case Instruction.S_LT:
case Instruction.S_LTE:
case Instruction.S_NOTE:
case Instruction.LogicalAnd:
case Instruction.LogicalOr:
return(DataType.Bool);
case Instruction.DG_CALLBEGIN:
{
int delegateNumber = this.Value;
if (delegateNumber >= 0 && delegateNumber < ainFile.Delegates.Count)
{
var dele = ainFile.Delegates[delegateNumber];
return(dele.DataType);
}
else
{
return(DataType.Void);
}
}
break;
case Instruction.CALLFUNC:
case Instruction.CALLMETHOD:
{
int functionNumber = this.Value;
var function = ainFile.Functions[functionNumber];
return(function.DataType);
}
break;
case Instruction.CALLHLL:
{
int libraryNumber = this.Value;
int functionNumber = this.Value2;
var library = ainFile.Libraries[libraryNumber];
var function = library.Functions[functionNumber];
return(function.DataType);
}
break;
case Instruction.CALLSYS:
{
int systemCallNumber = this.Value;
if (systemCallNumber >= 0 && systemCallNumber < AinFile.SystemCalls.Count)
{
var function = AinFile.SystemCalls[systemCallNumber];
return(function.DataType);
}
return(DataType.Void);
}
break;
case Instruction.PUSHLOCALPAGE:
return(DataType.LocalPage);
case Instruction.PUSHGLOBALPAGE:
return(DataType.GlobalPage);
case Instruction.PUSHSTRUCTPAGE:
return(DataType.Struct);
case Instruction.C_ASSIGN:
case Instruction.C_REF:
return(DataType.Int);
case Instruction.ArrayIndex:
case Instruction.ArrayIndexReference:
{
var dataType = Arg1.GetDataType();
return(dataType.GetTypeOfArrayElement());
}
break;
case Instruction.LI_ADD:
case Instruction.LI_ANDA:
case Instruction.LI_ASSIGN:
case Instruction.LI_DEC:
case Instruction.LI_DIV:
case Instruction.LI_DIVA:
case Instruction.LI_INC:
case Instruction.LI_LSHIFTA:
case Instruction.LI_MINUSA:
case Instruction.LI_MOD:
case Instruction.LI_MODA:
case Instruction.LI_MUL:
case Instruction.LI_MULA:
case Instruction.LI_ORA:
case Instruction.LI_PLUSA:
case Instruction.LI_RSHIFTA:
case Instruction.LI_SUB:
case Instruction.LI_XORA:
case Instruction.ITOLI:
{
return(DataType.Lint);
}
break;
case Instruction.ITOF:
case Instruction.F_PUSH:
case Instruction.F_ADD:
case Instruction.F_ASSIGN:
case Instruction.F_DIV:
case Instruction.F_DIVA:
case Instruction.F_INV:
case Instruction.F_MINUSA:
case Instruction.F_MUL:
case Instruction.F_MULA:
case Instruction.F_PLUSA:
case Instruction.F_SUB:
{
return(DataType.Float);
}
break;
case Instruction.DG_COPY:
case Instruction.DG_NEW_FROM_METHOD:
{
return(DataType.Delegate);
}
break;
case Instruction.DG_SET:
case Instruction.DG_ADD:
{
return(DataType.Void);
}
break;
case Instruction.DG_NUMOF:
{
return(DataType.Int);
}
break;
case Instruction.DG_EXIST:
{
return(DataType.Bool);
}
break;
case Instruction.A_COPY:
case Instruction.A_FILL:
case Instruction.A_ERASE:
{
return(DataType.Int);
}
case Instruction.SR_ASSIGN:
{
return(DataType.Void);
}
//case Instruction.A_REALLOC:
case Instruction.FT_ASSIGNS:
{
return(DataType.String);
}
}
return((DataType)0);
}
protected override string toString(int depth)
{
return(Arg1.ToString(depth, Priority) + " - " + Arg2.ToString(depth, Priority));
}
public override string ToString()
{
string str = "";
switch (Op)
{
case Operator.COPY:
str += "(COPY, " + Arg1.ToString() + ", " + Arg2.ToString() + ")";
break;
case Operator.MUL:
str += "(*, " + Arg1.ToString() + ", " + Arg2.ToString() + ")";
break;
case Operator.DIV:
str += "(/, " + Arg1.ToString() + ", " + Arg2.ToString() + ")";
break;
case Operator.ADD:
str += "(+, " + Arg1.ToString() + ", " + Arg2.ToString() + ")";
break;
case Operator.SUB:
str += "(-, " + Arg1.ToString() + ", " + Arg2.ToString() + ")";
break;
case Operator.NOT:
str += "(not, " + Arg1.ToString() + ", " + "---" + ")";
break;
case Operator.PARAM:
str += "(PARAM, " + Arg1.ToString() + ", " + "---" + ")";
break;
case Operator.GOTO:
str += "(GOTO, " + "---" + ", " + Arg2.ToString() + ")";
break;
case Operator.IFTRUE:
str += "(IFTRUE, " + Arg1.ToString() + ", " + Arg2.ToString() + ")";
break;
case Operator.IFFALSE:
str += "(IFFALSE, " + Arg1.ToString() + ", " + Arg2.ToString() + ")";
break;
case Operator.CALL:
str += "(CALL, " + Arg1.ToString() + ", " + Arg2.ToString() + ")";
break;
case Operator.LT:
str += "(<, " + Arg1.ToString() + ", " + Arg2.ToString() + ")";
break;
case Operator.LE:
str += "(<=, " + Arg1.ToString() + ", " + Arg2.ToString() + ")";
break;
case Operator.GT:
str += "(>, " + Arg1.ToString() + ", " + Arg2.ToString() + ")";
break;
case Operator.GE:
str += "(>=, " + Arg1.ToString() + ", " + Arg2.ToString() + ")";
break;
case Operator.EQ:
str += "(=, " + Arg1.ToString() + ", " + Arg2.ToString() + ")";
break;
case Operator.NEQ:
str += "(<>, " + Arg1.ToString() + ", " + Arg2.ToString() + ")";
break;
case Operator.FROMARRAY:
str += "(FROMARRAY, " + Arg1.ToString() + ", " + Arg2.ToString() + ")";
break;
case Operator.TOARRAY:
str += "(TOARRAY, " + Arg1.ToString() + ", " + Arg2.ToString() + ")";
break;
case Operator.RETURN:
str += "(RETURN, " + "---" + ", " + "---" + ")";
break;
case Operator.RETVAL:
str += "(RETURN, " + Arg1.ToString() + ", " + "---" + ")";
break;
case Operator.CONTINUE:
if (Arg1 != null && Arg2 != null)
{
str += "(CONTINUE, " + Arg1.ToString() + ", " + Arg2.ToString() + ")";
}
else if (Arg1 != null)
{
str += "(CONTINUE, " + Arg1.ToString() + ", " + "---" + ")";
}
else // if (Arg2 != null)
{
str += "(CONTINUE, " + "---" + ", " + Arg2.ToString() + ")";
}
break;
case Operator.INC: // Não usado no MiniPascal
str += "(++, " + Arg1.ToString() + ", " + "---" + ")";
break;
case Operator.DEC: // Não usado no MiniPascal
str += "(--, " + Arg1.ToString() + ", " + "---" + ")";
break;
case Operator.NEG: // Não usado no MiniPascal
str += "(-, " + Arg1.ToString() + ", " + "---" + ")";
break;
case Operator.IFEXP: // Não usado no MiniPascal
str += "(IFEXP)";
break;
case Operator.ADDRESS: // Não usado no MiniPascal
str += "(&, " + Arg1.ToString() + ", " + Arg2.ToString() + ")";
break;
case Operator.FROMMEMORY: // Não usado no MiniPascal
str += "(FROMMEMORY)";
break;
case Operator.TOMEMORY: // Não usado no MiniPascal
str += "(TOMEMORY)";
break;
}
return(str);
}
protected override Expression derivate(Variable variable)
{
return(Arg1.Derivate(variable) - Arg2.Derivate(variable));
}
protected override Expression derivate(Variable variable)
{
return(IfPositive(Arg1 - Arg2, Arg1.Derivate(variable), Arg2.Derivate(variable)));
}
public override double Compute(IReadOnlyDictionary <string, double> variableValues) => 1 / Math.Tanh(Arg1.Compute(variableValues));