public override ProcessResult Process(ProcessResult lastSiblingResult, TriggerObject trigObject)
{
ProcessResult lastResult = ProcessResult.None;
// NOTE: I commented out the try here because
if (trigObject.PausedNodeChain != null)
{
if (trigObject.PausedNodeChain.Count == 1 && trigObject.PausedNodeChain.Peek() == this)
{
trigObject.PausedNodeChain = null;
}
else
{
// it was paused inside of the if statement, so just keep going
return(ProcessChildren(trigObject));
}
}
Object result;
if (this.IfType == ConditionalType.If)
{
try
{
result = ConditionalMathTree.Calculate(trigObject);
}
catch (Exception e)
{
throw new UberScriptException("Line " + LineNumber + ": " + ScriptString + "\nConditionalNode Error:", e);
}
if (result is bool && (bool)result)
{
lastResult = ProcessChildren(trigObject);
if (lastResult == ProcessResult.Return || lastResult == ProcessResult.ReturnOverride || lastResult == ProcessResult.Break || lastResult == ProcessResult.Continue)
{
return(lastResult);
}
return(ProcessResult.SucceedIf);
}
else
{
return(ProcessResult.FailedIf);
}
}
else if (this.IfType == ConditionalType.Elif)
{
try
{
result = ConditionalMathTree.Calculate(trigObject);
}
catch (Exception e)
{
throw new UberScriptException("Line " + LineNumber + ": " + ScriptString + "\nConditionalNode Error:", e);
}
if (result is bool && (bool)result)
{
lastResult = ProcessChildren(trigObject);
if (lastResult == ProcessResult.Return || lastResult == ProcessResult.ReturnOverride || lastResult == ProcessResult.Break || lastResult == ProcessResult.Continue)
{
return(lastResult);
}
return(ProcessResult.SucceedIf);
}
else
{
return(ProcessResult.FailedIf);
}
}
else // this.IfType == ConditionalType.Else
{
lastResult = ProcessChildren(trigObject);
if (lastResult == ProcessResult.Return || lastResult == ProcessResult.ReturnOverride || lastResult == ProcessResult.Break || lastResult == ProcessResult.Continue)
{
return(lastResult);
}
}
return(ProcessResult.None);
}
public Object Execute(TriggerObject trigObject, bool tryReturnObject = false)
{
if (trigObject == null)
{
throw new UberScriptException("Execute: trigObject reference is null");
}
var args = new List <Object> {
trigObject
};
// the args of the function are actually
// stored in nodes--either function or argument... e.g.
// EFFECT(14000,25, THIS().x, THIS().y, THIS().z)
// has 2 argument nodes and 3 function nodes
// each child of a FunctionNode is an argument represented by a MathTree
foreach (UberNode child in Children)
{
if (!(child is MathTree))
{
throw new UberScriptException(
String.Format("Execute: MathTree child expected at line {0}:\n{1}", LineNumber, OriginalString));
}
MathTree mathTree = child as MathTree;
if (!mathTree.IsEmpty())
{
args.Add(mathTree.Calculate(trigObject));
}
}
Object obj;
try
{
// FunctionNode scriptstring contains function name
obj = UberScriptFunctions.Invoke(ScriptString, args.ToArray());
}
catch (Exception x)
{
throw new UberScriptException(
String.Format("Execute: an exception was thrown during invocation at line {0}:\n{1}", LineNumber, OriginalString),
x);
}
if (Property == null || tryReturnObject)
{
return(obj);
}
Type ptype;
try
{
obj = PropertyGetters.GetObject(trigObject, obj, Property, out ptype);
if (obj == null)
{
return(null); // it's ok to be null here
}
}
catch (Exception x)
{
throw new UberScriptException(
String.Format(
"Execute: value could not be set on function '{0}' output object at line {1}:\n{2}",
ScriptString,
LineNumber,
OriginalString),
x);
}
if (ptype == null)
{
throw new UberScriptException(
String.Format(
"Execute: property '{0}' does not exist on function '{1}' output object at line {2}:\n{3}",
Property,
ScriptString,
LineNumber,
OriginalString));
}
if (NegateOutput)
{
if (obj is sbyte)
{
obj = -(sbyte)obj;
}
else if (obj is short)
{
obj = -(short)obj;
}
else if (obj is int)
{
obj = -(int)obj;
}
else if (obj is long)
{
obj = -(long)obj;
}
else
{
throw new UberScriptException(
String.Format(
"Execute: output negation failed on function '{0}' output object type '{1}' at line {2}:\n{3}",
ScriptString,
obj.GetType(),
LineNumber,
OriginalString));
}
}
return(obj);
}
public override ProcessResult Process(ProcessResult lastSiblingResult, TriggerObject trigObject)
{
if (InfiniteLoopRisk == true)
{
throw new UberScriptException("Line " + LineNumber + ": " + base.ScriptString + "\nAttempted to execute ForLoop with InfiniteLoop risk! Skipping for loop!");
}
int maxLoopNumber = 10000;
int loopCount = 0;
// first try to execute the initial statement
if (InitialStatement != null)
{
InitialStatement.Process(ProcessResult.None, trigObject);
}
Object result = ConditionalMathTree.Calculate(trigObject);
while (result is bool && (bool)result)
{
//execute the child code
ProcessResult lastResult = ProcessChildren(trigObject);
if (lastResult == ProcessResult.Break) // exit out of this for loop
{
return(ProcessResult.None);
}
if (lastResult == ProcessResult.Return || lastResult == ProcessResult.ReturnOverride)
{
return(lastResult);
}
// ProcessResult.Continue--just keep going
//execute the next part of the loop (often ints.i++)
try
{
RepeatedStatement.Process(ProcessResult.None, trigObject);
}
catch (Exception e)
{
throw new UberScriptException("Line " + LineNumber + ": " + base.ScriptString + "\nForLoop Repeated Statement execution error: ", e);
}
try
{
// see whether we still meet our condition
result = ConditionalMathTree.Calculate(trigObject);
}
catch (Exception e)
{
throw new UberScriptException("Line " + LineNumber + ": " + base.ScriptString + "\nForLoop Conditional Statement execution error: ", e);
}
loopCount++;
if (loopCount > maxLoopNumber)
{
InfiniteLoopRisk = true;
throw new UberScriptException("Attempted to execute ForLoop with InfiniteLoop risk! Skipping for loop!");
}
}
return(ProcessResult.None);
}
public Object Execute(TriggerObject trigObject, bool tryReturnObject = false)
{
List <Object> args = new List <Object>();
args.Add(trigObject); // every function takes this as a parameter
// the args of the function are actually
// stored in nodes--either function or argument... e.g.
// EFFECT(14000,25, THIS().x, THIS().y, THIS().z)
// has 2 argument nodes and 3 function nodes
// each child of a ListAccessNode is an argument represented by a MathTree
foreach (UberNode child in Children)
{
if (child is MathTree)
{
MathTree mathTree = child as MathTree;
if (!mathTree.IsEmpty())
{
args.Add(mathTree.Calculate(trigObject));
}
//Execute(trigObject, tryReturnObject = false));
}
else
{
throw new UberScriptException("Line " + LineNumber + ": " + OriginalString + "\nListAccessNode had children other than MathTree... something is broken!");
}
}
object[] reflectionArgs = new object[args.Count];
int count = 0;
foreach (Object arg in args)
{
reflectionArgs[count] = arg;
count++;
}
Object outputObject;
/*
* if (ScriptString == "THIS") { outputObject = trigObject.This; }
* else if (ScriptString == "TRIGMOB") { outputObject = trigObject.TrigMob; }
* else if (ScriptString == "GIVENTOTHIS") { outputObject = trigObject.DroppedOnThis; }
* else if (ScriptString == "GIVENBYTHIS") { outputObject = trigObject.DroppedOnThis; }
* else if (ScriptString == "TARGETTEDBY") { outputObject = trigObject.TargettedBy; }
* else if (ScriptString == "TARGETTED") { outputObject = trigObject.Targetted; }
* else if (ScriptString == "DAMAGE") { outputObject = trigObject.Damage; }
* else*/
try
{
outputObject = UberScriptFunctions.Invoke(this.ScriptString, reflectionArgs); // ListAccessNode scriptstring contains function name
}
catch (Exception e)
{
throw new UberScriptException("Line " + LineNumber + ": " + OriginalString + "\nError invoking function:", e);
}
if (Property == null || tryReturnObject)
{
return(outputObject);
}
Type ptype;
try
{
outputObject = PropertyGetters.GetObject(trigObject, outputObject, Property, out ptype);
if (outputObject == null)
{
return(null); // it's ok to be null here
}
}
catch (Exception e)
{
throw new UberScriptException("Line " + LineNumber + ": " + OriginalString + "\nError setting value:", e);
}
if (ptype == null)
{
throw new UberScriptException("Line " + LineNumber + ": " + OriginalString + "\nListAccessNode function " + ScriptString + " output object did not have property: " + Property);
}
if (NegateOutput)
{
Type outputType = outputObject.GetType();
if (outputType == typeof(SByte))
{
outputObject = -((SByte)outputObject);
}
else if (outputType == typeof(Int16))
{
outputObject = -((Int16)outputObject);
}
else if (outputType == typeof(Int32))
{
outputObject = -((Int32)outputObject);
}
else if (outputType == typeof(Int64))
{
outputObject = -((Int64)outputObject);
}
else
{
throw new UberScriptException("Line " + LineNumber + ": " + OriginalString + "\nCould not negate output of " + this.ScriptString + " output object of type: " + outputType);
}
}
return(outputObject);
}
public override ProcessResult Process(ProcessResult lastSiblingResult, TriggerObject trigObject)
{
if (InfiniteLoopRisk == true)
{
throw new UberScriptException("Attempted to execute ForLoop with InfiniteLoop risk! Skipping for loop!");
}
int maxLoopNumber = 1000000;
int loopCount = 0;
Object list = ListObject.Calculate(trigObject);
// currently only supports these 3 types of lists
IPooledEnumerable pooledEnum = list as IPooledEnumerable;
List <Mobile> mobList = list as List <Mobile>;
List <Item> itemList = list as List <Item>;
ArrayList arrayList = list as ArrayList;
if (pooledEnum != null)
{
foreach (Object obj in pooledEnum)
{
trigObject.objs[ObjectLookup] = obj;
// execute the child nodes
ProcessResult lastResult = ProcessChildren(trigObject);
if (lastResult == ProcessResult.Break) // exit out of this for loop
{
trigObject.CurrentNodeExecutionChain.Remove(this);
return(ProcessResult.None);
}
if (lastResult == ProcessResult.Return || lastResult == ProcessResult.ReturnOverride)
{
return(lastResult);
}
loopCount++;
if (loopCount > maxLoopNumber)
{
InfiniteLoopRisk = true;
throw new UberScriptException("Line " + LineNumber + ": " + base.ScriptString + "\nAttempted to execute ForLoop with InfiniteLoop risk! Skipping for loop!");
}
if (lastResult == ProcessResult.Continue)
{
continue;
}
}
pooledEnum.Free();
}
else if (mobList != null)
{
foreach (Mobile mob in mobList)
{
trigObject.objs[ObjectLookup] = mob;
// execute the child nodes
ProcessResult lastResult = ProcessChildren(trigObject);
if (lastResult == ProcessResult.Break) // exit out of this for loop
{
trigObject.CurrentNodeExecutionChain.Remove(this);
return(ProcessResult.None);
}
if (lastResult == ProcessResult.Return || lastResult == ProcessResult.ReturnOverride)
{
return(lastResult);
}
loopCount++;
if (loopCount > maxLoopNumber)
{
InfiniteLoopRisk = true;
throw new UberScriptException("Line " + LineNumber + ": " + base.ScriptString + "\nAttempted to execute ForLoop with InfiniteLoop risk! Skipping for loop!");
}
if (lastResult == ProcessResult.Continue)
{
continue;
}
}
}
else if (itemList != null)
{
foreach (Item item in itemList)
{
trigObject.objs[ObjectLookup] = item;
// execute the child nodes
ProcessResult lastResult = ProcessChildren(trigObject);
if (lastResult == ProcessResult.Break) // exit out of this for loop
{
trigObject.CurrentNodeExecutionChain.Remove(this);
return(ProcessResult.None);
}
if (lastResult == ProcessResult.Return || lastResult == ProcessResult.ReturnOverride)
{
return(lastResult);
}
loopCount++;
if (loopCount > maxLoopNumber)
{
InfiniteLoopRisk = true;
throw new UberScriptException("Line " + LineNumber + ": " + base.ScriptString + "\nAttempted to execute ForLoop with InfiniteLoop risk! Skipping for loop!");
}
if (lastResult == ProcessResult.Continue)
{
continue;
}
}
}
else if (arrayList != null)
{
foreach (Object obj in arrayList)
{
trigObject.objs[ObjectLookup] = obj;
// execute the child nodes
ProcessResult lastResult = ProcessChildren(trigObject);
if (lastResult == ProcessResult.Break) // exit out of this for loop
{
trigObject.CurrentNodeExecutionChain.Remove(this);
return(ProcessResult.None);
}
if (lastResult == ProcessResult.Return || lastResult == ProcessResult.ReturnOverride)
{
return(lastResult);
}
loopCount++;
if (loopCount > maxLoopNumber)
{
InfiniteLoopRisk = true;
throw new UberScriptException("Line " + LineNumber + ": " + base.ScriptString + "\nAttempted to execute ForLoop with InfiniteLoop risk! Skipping for loop!");
}
if (lastResult == ProcessResult.Continue)
{
continue;
}
}
}
else
{
throw new UberScriptException("Line " + LineNumber + ": " + base.ScriptString + "\nDid not have IPooledEnumerable, Mobile List, or Item List to iterate over!");
}
return(ProcessResult.None);
}
