public ktXML(ktList List)
: this()
{
if (List == null)
{
return;
}
if (List.Node != null)
{
m_Node = new ktXMLNode(List.Node);
}
else
{
m_Node = new ktXMLNode("post");
}
//ktDebug.Log( "POST:" + List.Get_R( "\t", true ) + "=###=#==#=#==##==#=#=#=");
List.Reset();
foreach (ktList L in List)
{
if (L != null)
{
AddList(new ktXML(L));
}
}
}
/// <summary>
/// Add values to the integer (changes the value of the object)
/// </summary>
/// <param name="Arguments">A list of values to add to the integer</param>
/// <returns>The sum of all the arguments and the internal integer</returns>
public ktValue Add(ktList Arguments)
{
ktValue Value = ktValue.Null;
// Check so we actually got some arguments
if (Arguments.IsEmpty())
{
throw new ktError("Can't add nothing (null) to an integer!", ktERR.NOTDEF);
}
// Go through the list of arguments
foreach (ktList L in Arguments)
{
// If there's nothing in this argument
if ((L.Node == null) || (L.Node.Value == null))
{
continue;
}
// Try to convert the argument to an int and add it to the internal integer
m_value += GetAsInt((ktValue)L.Node.Value);
}
// Wrap this object in a ktValue ...
Value = new ktValue("return", "ktInt", this, m_HardType, true);
// ... and return it
return Value;
}
public ktValue Run(ktList Arguments)
{
if (m_function == null)
{
throw new ktError("No function defined in ktFunction wrapper class!", ktERR.NOTDEF);
}
return m_function.Run(Arguments);
}
public ktContext(ktString Name)
: base("ktContext", 0)
{
m_Name = Name;
m_Parent = null;
m_Aliases = null;
m_Variables = null;
m_Functions = null;
m_AddIfNotSet = true;
}
public override int Compare(ktString op, ktList arguments)
{
if (arguments.Count == 1)
{
return Compare(op, (ktValue)arguments.FirstNode.Value);
}
else
{
throw new ktError("Compare for more than 1 value is not implemented in '" + this.m_Name + "'!");
}
}
public ktContext(ktString Name, ktString Aliases, ktList Classes,
ktList Variables, ktList Functions, ktContext Parent,
bool AddIfNotSet)
: base("ktContext", 0)
{
m_Name = Name;
m_Parent = Parent;
m_Aliases = Aliases;
m_Variables = Variables;
m_Functions = Functions;
m_AddIfNotSet = AddIfNotSet;
}
public ktClass(ktString Name, ktClass Parent, ktList Properties, ktList Methods,
bool AddIfNotSet, bool IsClass_, bool HardType = false, bool IsConstant = false)
: base("ktClass", 0)
{
m_Name = Name;
m_Parent = Parent;
m_Properties = Properties;
m_Methods = Methods;
m_AddIfNotSet = AddIfNotSet;
m_IsClass = IsClass_;
m_HardType = HardType;
m_IsConstant = IsConstant;
}
}/*
public ktBlock( ktBlock Block ) : this()
{
SetBlock( Block );
}*/
public bool SetLines(ktList Lines)
{
if (Lines == null)
{
return false;
}
/* * /
m_Lines = new ktList( Lines );/*/
m_Lines = Lines;/* */
return true;
}
public bool AddContext(ktContext Context)
{
if (Context == null)
{
return false;
}
if (m_Contexts == null)
{
m_Contexts = new ktList();
}
return m_Contexts.Add(Context.Name, Context);
}
/// <summary>
/// Assign a value to the float
/// </summary>
/// <param name="Arguments">The value to assign</param>
/// <returns>ktValue with the current object</returns>
public ktValue Assign(ktList Arguments)
{
ktValue Value = ktValue.Null;
// Can't assign nothing..
if ((Arguments.IsEmpty()) || ((ktValue)Arguments.First.Node.Value).IsNull())
{
throw new ktError("Can't assign nothing (null) to a float!", ktERR.NOTDEF);
}
// Store the first value given as argument (ignore the rest)
m_value = GetAsFloat((ktValue)Arguments.First.Node.Value);
// Return this object wrapped in a ktValue
return new ktValue(this.Name, "ktFloat", this, m_HardType, false);
}
public ktDelegateFunction(ktString Name, ktFunction_Double_Delegate Delegate)
: base(Name, null, null, ktValue.Null)
{
m_Arguments = new ktList();
m_Arguments.Add(new ktValue("D", "double",
kacTalk.Main.GetClass("double"),
true, true));
m_Delegate = delegate(ktList Args)
{
if ((Args == null) || (Args.FirstNode == null) ||
(Args.FirstNode.Value == null))
{
throw new ktError("Didn't get an argument for '" +
Name + "'!", ktERR.MISSING);
}
//ktDebug.Log( "ktDF::DOUBLE(" +Args.FirstNode.Value.ToString() + ")" );
ktString S_In = new ktString(Args.FirstNode.Value.ToString());
double D_In = 0.0;
double D_Out = 0.0;
try
{
if (System.Globalization.NumberFormatInfo.CurrentInfo.NumberDecimalSeparator == ",")
{
S_In.Replace(".", ",", true);
}
D_In = S_In.ToDouble();
}
catch (Exception E)
{
if (E.GetType() == typeof(System.FormatException) && !S_In.IsEmpty())
{
throw new ktError("ktDouble::CreateObject: Cant make '" + S_In + "' into an double", ktERR.WRONGTYPE);
}
}
ktDebug.Log("D_In: " + D_In.ToString());
D_Out = Delegate(D_In);
ktDebug.Log("D_Out: " + D_Out.ToString());
return new ktValue("return", "double",
kacTalk.Main.MakeObjectOf("double", D_Out),
true, true);
};
}
public static ktValue Output( ktList Arguments )
{
string str, ret = "";
foreach (ktList L in Arguments)
{
if ((L.Node == null) || (L.Node.Value == null))
{
continue;
}
str = L.Node.ValueToString();
ret += str;
Console.WriteLine("OUTPUT:" + str );
try
{
Form1.LogText( str );
} catch (Exception) {}
}
return new ktValue("return", "ktString", new ktStringClass(ret), true, true);
}
public override ktValue _RunMethod(ktString Name, ktList Arguments)
{
ktValue Value = ktValue.Null;
switch (Name.AsLower())
{
case "run":
case "_run":
case "execute":
case "_execute":
case "_func_call":
{
Value = Run( Arguments );
break;
}
default:
{
throw new ktError("Couldn't find the method '" +
Name + "' in class '" + m_Name + "'.", ktERR._404);
}
}
return Value;
}
public ktRunStatement(ktList Statement, ktBlock Block)
: base("ktRunStatement", 0)
{
m_Statement = Statement;
m_Block = Block;
}
/// <summary>
/// Run a method
/// </summary>
/// <param name="Name"></param>
/// <param name="Arguments"></param>
/// <returns></returns>
public override ktValue _RunMethod(ktString Name, ktList Arguments)
{
ktValue Value = ktValue.Null;
//ktDebug.Log("ktInt::" + Name);
// Check the name of the method to call and call appropriate method
switch (Name.AsLower())
{
case "_add":
case "op+":
case "operator+":
{
Value = _Add(Arguments);
break;
}
case "add":
case "op+=":
case "operator+=":
case "_append":
{
CheckIfConstant(Name);
Value = Add(Arguments);
break;
}
case "increase":
case "op++":
case "operator++":
case "_increase":
{
CheckIfConstant(Name);
Value = Increase();
break;
}
case "_subtract":
case "op-":
case "operator-":
{
Value = _Subtract(Arguments);
break;
}
case "op-=":
case "operator-=":
case "subtract":
{
CheckIfConstant(Name);
Value = Subtract(Arguments);
break;
}
case "decrease":
case "op--":
case "operator--":
case "_decrease":
{
CheckIfConstant(Name);
Value = Decrease();
break;
}
case "_multiply":
case "_times":
case "op*":
case "operator*":
{
Value = _Multiply(Arguments);
break;
}
case "multiply":
case "times":
case "op*=":
case "operator*=":
{
CheckIfConstant(Name);
Value = Multiply(Arguments);
break;
}
case "_divide":
case "op/":
case "operator/":
{
Value = _Divide(Arguments);
break;
}
case "op/=":
case "operator/=":
case "divide":
{
CheckIfConstant(Name);
Value = Divide(Arguments);
break;
}
case "_mod":
case "_modulus":
case "op%":
case "operator%":
{
Value = _Modulus(Arguments);
break;
}
case "op%=":
case "operator%=":
case "modulus":
{
CheckIfConstant(Name);
Value = Modulus(Arguments);
break;
}
case "_power":
case "_pow":
case "op**":
case "operator**":
{
Value = _Power(Arguments);
break;
}
case "op^":
case "operator^":
{
if (kacTalk.Main.MathMode)
{
Value = _Power(Arguments);
}
else
{
Value = _ExclusiveOr(Arguments);
}
break;
}
case "op^=":
case "operator^=":
{
CheckIfConstant(Name);
if (kacTalk.Main.MathMode)
{
Value = Power(Arguments);
}
else
{
Value = ExclusiveOr(Arguments);
}
break;
}
case "power":
case "pow":
{
CheckIfConstant(Name);
Value = Power(Arguments);
break;
}
case "_assign":
case "op=":
case "operator=":
case "assign":
{
CheckIfConstant(Name);
Value = Assign(Arguments);
break;
}
case "tobase":
{
Value = ToBase(Arguments);
break;
}
case "tobinary":
{
Value = _ToBase(2);
break;
}
/*case "toint":
{
Value = new ktValue("return", "ktInt", new ktInt(m_value), true, true);
break;
}*/
case "tobool":
{
Value = _ToBool();
break;
}
case "tooct":
{
Value = _ToBase(8);
break;
}
case "tohex":
{
Value = _ToBase(16);
break;
}
case "frombase":
{
Value = FromBase(Arguments);
break;
}
case "frombinary":
{
Value = FromBase(Arguments, 2);
break;
}
case "fromoct":
{
Value = FromBase(Arguments, 8);
break;
}
case "fromhex":
{
Value = FromBase(Arguments, 16);
break;
}
case ">":
case "op>":
case "operator>":
case "mt":
case "gt":
case "greater":
case "greaterthan":
case "more":
case "morethan":
case "isgreater":
case "isgreaterthan":
case "ismore":
case "ismorethan":
case ">=":
case "op>=":
case "operator>=":
case "mte":
case "gte":
case "greaterorequal":
case "greaterthanorequal":
case "moreorequal":
case "morethanorequal":
case "isgreaterorequal":
case "isgreaterthanorequal":
case "ismoreorequal":
case "ismorethanorequal":
case "<":
case "op<":
case "operator<":
case "lt":
case "less":
case "lessthan":
case "isless":
case "islessthan":
case "<=":
case "op<=":
case "operator<=":
case "lte":
case "lessorequal":
case "lessthanorequal":
case "islessorequal":
case "islessthanorequal":
case "<>":
case "!=":
case "op<>":
case "op!=":
case "operator<>":
case "operator!=":
case "ne":
case "isnotequal":
case "notequal":
case "==":
case "op==":
case "operator==":
case "isequal":
case "equal":
case "eq":
case "compare":
{
Value = _Compare(Name,Arguments);
break;
}
default:
{
throw new ktError("Couldn't find the method '" +
Name + "' in class '" + m_Name + "'.", ktERR._404);
}
}
// Done...
return Value;
}
/// <summary>
/// Calculate the value of the integer raised to the power of the arguments (doesn't change the value of the object)
/// </summary>
/// <param name="Arguments">A list of values to raise the integer with</param>
/// <returns>The value of the internal integer to the power of the arguments</returns>
public ktValue _Power(ktList Arguments)
{
ktValue Value = ktValue.Null;
int res = m_value;
int a = 1;
// Check so we actually got some arguments
if (Arguments.IsEmpty())
{
throw new ktError("Can't raise an integer with nothing (null)!", ktERR.NOTDEF);
}
// Go through the list of arguments
foreach (ktList L in Arguments)
{
// If there's nothing in this argument
if ((L.Node == null) || (L.Node.Value == null))
{
continue;
}
// Get the argument as an integer
a = GetAsInt((ktValue)L.Node.Value);
// Raise it to the power of the argument
res = (int)Math.Pow((double)res,(double)a);
}
// Create a new ktInt and wrap it in a ktValue
Value = new ktValue("return", "ktInt", new ktInt(res), true, true);
return Value;
}
/// <summary>
/// Multiply values with the integer (doesn't change the value of the object)
/// </summary>
/// <param name="Arguments">A list of values to multiply with the integer</param>
/// <returns>The product of all the arguments and the internal integer</returns>
public ktValue _Multiply(ktList Arguments)
{
ktValue Value = ktValue.Null;
int res = m_value;
// Check so we actually got some arguments
if (Arguments.IsEmpty())
{
throw new ktError("Can't multiply nothing (null) to an integer!", ktERR.NOTDEF);
}
// Go through the list of arguments
foreach (ktList L in Arguments)
{
// If there's nothing in this argument
if ((L.Node == null) || (L.Node.Value == null))
{
continue;
}
// Multiply with the current argument
res *= GetAsInt((ktValue)L.Node.Value);
}
// Create a new ktInt and wrap it in a ktValue
Value = new ktValue("return", "ktInt", new ktInt(res), true, true);
return Value;
}
/// <summary>
/// Calculate the modulus of the integer and the arguments (doesn't change the value of the object)
/// </summary>
/// <param name="Arguments">A list of values to multiply with the integer</param>
/// <returns>The product of all the arguments and the internal integer</returns>
public ktValue _Modulus(ktList Arguments)
{
ktValue Value = ktValue.Null;
ktValue Arg = ktValue.Null;
int res = m_value;
int a = 1;
// Check so we actually got some arguments
if (Arguments.IsEmpty())
{
throw new ktError("Can't divide an integer with nothing (null)!", ktERR.NOTDEF);
}
// Go through the list of arguments
foreach (ktList L in Arguments)
{
// If there's nothing in this argument
if ((L.Node == null) || (L.Node.Value == null))
{
continue;
}
// Get the argument as an integer
a = GetAsInt((ktValue)L.Node.Value);
// Do modulus with the current argument
res %= a;
}
// Create a new ktInt and wrap it in a ktValue
Value = new ktValue("return", "ktInt", new ktInt(res), true, true);
return Value;
}
/// <summary>
/// Calculate the value of the integer XOR with the power of the arguments (doesn't change the value of the object)
/// </summary>
/// <param name="Arguments">A list of values to XOR the integer with</param>
public ktValue _ExclusiveOr(ktList Arguments)
{
ktValue Value = ktValue.Null;
int res = m_value;
int a = 1;
// Check so we actually got some arguments
if (Arguments.IsEmpty())
{
throw new ktError("Can't divide an integer with nothing (null)!", ktERR.NOTDEF);
}
// Go through the list of arguments
foreach (ktList L in Arguments)
{
if ((L.Node == null) || (L.Node.Value == null))
{
continue;
}
// Get the argument as an integer
a = GetAsInt((ktValue)L.Node.Value);
// Perform an XOR-operation
res ^= a;
}
// Create a new ktInt and wrap it in a ktValue
Value = new ktValue("return", "ktInt", new ktInt(res), false, true);
return Value;
}
public void Initiate()
{
if (m_Channel == null)
{
throw new ktError("ktTalker::Initiate failed due to the lack of a Channel!");
}
m_AvailableObjects = new ktList();
m_Channel.Initiate( m_URI, m_APIKey );
Console.WriteLine(m_AvailableObjects.Get_R());
}
public ktRunStatement(ktList Statement)
: this(Statement, new ktBlock())
{
}
public override ktList GetMethods()
{
ktList List = new ktList();
List.Add("Export", CreateObject("0"));
return List;
}
public override ktList GetProperties()
{
ktValue This = new ktValue(m_Name, "int", this, true, false);
ktList List = new ktList();
List.Add("_", This);
List.Add("this", This);
List.Add("_this", This);
List.Add("object", This);
List.Add("_object", This);
List.Add("MathMode", This);
return List;
}
/// <summary>
/// Convert from decimal to another base
/// </summary>
/// <param name="tobase">The base to convert from (We only use the first argument in the list)</param>
/// <returns></returns>
public ktValue ToBase(ktList Arguments)
{
ktValue Arg = ktValue.Null;
int tobase = 0;
// If we didn't get any arguments ...
if (Arguments.IsEmpty())
{
// ... we use base 2 as a default value
tobase = 2;
}
// We got arguments
else
{
// Get the first value
Arg = (ktValue)Arguments.First.Node.Value;
// Convert the argument to an int
tobase = Arg.ToInt();
}
// Convert
return _ToBase( tobase );
}
public override ktValue _RunMethod(ktString Name, ktList Arguments)
{
if (Name.IsEmpty())
{
throw new ktError("Didn't get the name of the method to run in class '" +
m_Name + "'.", ktERR.NOTSET);
}
//ktDebug.Log( ";Name::"+ Name + ";;;;_\n" );
if (Name == "_PropertyChanged")
{
if ((Arguments == null) || (Arguments.GetCount() != 2))
{
throw new ktError("kactalk::_PropertyChanged() : Didn't get the two nnede arguments!",
ktERR.MISSING);
}
#if Debug
ktDebug.Log( "Args::" + Arguments.Get_R( "\t", true ) );
#endif
Name = Arguments.Get("Name").Node.Value.ToString();
ktValue Value = (ktValue)Arguments.Get("Value").Node.Value;
SetProperty(Name, Value);
return ktValue.Null;
}
else /*if (Name.StartsWith( "operator", out Name )) {
return HandleOperator( Name, Arguments );
} else */
{
throw new ktError("Couldn't find the method '" +
Name + "' in class '" + m_Name + "'.", ktERR._404);
}
}
/// <summary>
/// Add values to the integer (doesn't change the value of the object)
/// </summary>
/// <param name="Arguments">A list of values to add to the integer</param>
/// <returns>The sum of all the arguments and the internal integer</returns>
public ktValue _Add(ktList Arguments)
{
ktValue Value = ktValue.Null;
int res = 0;
// Check so we actually got some arguments
if (Arguments.IsEmpty())
{
throw new ktError("Can't add nothing (null) to an integer!", ktERR.NOTDEF);
}
// Go through the list of arguments
foreach (ktList L in Arguments)
{
// If there's nothing in this argument
if ((L.Node == null) || (L.Node.Value == null))
{
continue;
}
// Try to convert the argument to an int and add it to the sum
res += GetAsInt((ktValue)L.Node.Value);
}
// Add the current sum to the internal integer, create a new ktInt and wrap it in a ktValue
Value = new ktValue("return", "ktInt", new ktInt(m_value + res), true, true);
// Return the result
return Value;
}
internal void AddAvailableObject(ktString o)
{
if (m_AvailableObjects == null)
m_AvailableObjects = new ktList();
m_AvailableObjects.Add(o);
}
/// <summary>
/// Compare the integer with the given value
/// </summary>
/// <param name="op">The operator to use for the comparison</param>
/// <param name="val">The value to compare with (in a list)</param>
/// <returns>A value representing the comparison (wrapped in a ktValue)</returns>
public ktValue _Compare(ktString Name, ktList Arguments)
{
// Do the comparison
int ret = Compare(Name, Arguments);
// Wrap the result in a ktValue
return new ktValue("return", "ktInt", new ktInt(ret), false, true);
}
public static ktXML FromList(ktList List)
{
ktXML XML = new ktXML(List);
return XML;
}
/// <summary>
/// Divide values with the integer (doesn't change the value of the object)
/// </summary>
/// <param name="Arguments">A list of values to divide the integer with</param>
/// <returns>The quotient of all the arguments and the internal integer</returns>
public ktValue _Divide(ktList Arguments)
{
ktValue Value = ktValue.Null;
int res = m_value;
int a = 1;
// Check so we actually got some arguments
if (Arguments.IsEmpty())
{
throw new ktError("Can't divide an integer with nothing (null)!", ktERR.NOTDEF);
}
// Go through the list of arguments
foreach (ktList L in Arguments)
{
// If there's nothing in this argument
if ((L.Node == null) || (L.Node.Value == null))
{
continue;
}
// Get the argument as an integer
a = GetAsInt((ktValue)L.Node.Value);
// Check so it isn't zero
if (a == 0)
{
// Oops, can't do that!!!
throw new ktError("You can't divide by zero!", ktERR.DIV_BY_ZERO);
}
// Divide with the current argument
res /= a;
}
// Create a new ktInt and wrap it in a ktValue
Value = new ktValue("return", "ktInt", new ktInt(res), true, true);
return Value;
}