public Mapper(ActiveObject SourceAO)
{
StateBox hsmTop = new StateBox();
hsmTop.startX = -8;
hsmTop.startY = -8;
aoToMap = SourceAO;
stateDiagrams = new List <StateBox>();
DrawAoStates(aoToMap.states[0], hsmTop, 0, 0);
}
private QState AO_StateSearch_QStateFound(QEvent e)
{
switch (e.sig)
{
case (int)HSMSignals.EXIT_SIG:
case (int)HSMSignals.ENTRY_SIG:
{
return(handled);
}
/* Check if this is already a state we found from a forward declaration.
* If it is, then it's a definition. If not, it's a declaration so we
* add it.*/
case (int)Signals.NEW_WORD_SIG:
{
bool isDecleared = false;
string tempWord = ((WordFeeder)e).Word;
foreach (ActiveObject ao in parsedAOs)
{
foreach (State s in ao.states)
{
if (s.stateName.Equals(tempWord))
{
isDecleared = true;
currentAOParsing = ao;
currentStateParsing = s;
}
}
}
if (!isDecleared)
{
State newState = new State();
newState.stateName = tempWord;
newState.subStates = new List <State>();
currentAOParsing.states.Add(newState);
transition(AO_StateSearch);
}
else
{
transition(AO_StateSearch_InState);
}
}
return(handled);
}
return(AO_StateSearch);
}
private QState AO_Search_StructFound(QEvent e)
{
switch (e.sig)
{
case (int)HSMSignals.ENTRY_SIG:
case (int)HSMSignals.EXIT_SIG:
{
return(handled);
}
case (int)Signals.INCREMENT_SCOPE_LEVEL_SIG:
{
this.scopeLevel++;
/* Should probably start populating attributes.*/
currentAOParsing = new ActiveObject("");
parsedAOs.Add(currentAOParsing);
variable = new List <string>();
transition(AO_Search_InPossibleAO);
return(handled);
}
}
return(AO_Search);
}
private QState AO_Search_InPossibleAO(QEvent e)
{
switch (e.sig)
{
case (int)HSMSignals.EXIT_SIG:
case (int)HSMSignals.ENTRY_SIG:
{
return(handled);
}
case (int)Signals.NEW_WORD_SIG:
{
string tempWord = ((WordFeeder)e).Word;
variable.Add(tempWord);
}
return(handled);
case (int)Signals.END_LINE_SIG:
{
string tempWord = ((WordFeeder)e).Word;
if (scopeLevel > 0)
{
string dataType = "";
foreach (string s in variable)
{
dataType += s + " ";
}
dataType = dataType.Substring(0, dataType.Length - 1);
currentAOParsing.attributes.Add(tempWord, dataType);
variable = new List <string>();
}
else
{
bool isReallyAO = false;
foreach (KeyValuePair <string, string> pair in currentAOParsing.attributes)
{
if (pair.Value.Contains("QActive"))
{
currentAOParsing.smType = StateMachineType.AO;
currentAOParsing.attributes.Remove("super");
isReallyAO = true;
break;
}
else if (pair.Value.Contains("QHsm"))
{
currentAOParsing.smType = StateMachineType.HSM;
currentAOParsing.attributes.Remove("super");
isReallyAO = true;
break;
}
}
if (isReallyAO)
{
State QHsm_top = new State();
QHsm_top.stateName = "QHsm_top";
QHsm_top.superState = null;
QHsm_top.subStates = new List <State>();
currentAOParsing.aoName = tempWord;
currentAOParsing.states.Add(QHsm_top);
transition(AO_StateSearch);
}
else
{
currentAOParsing = null;
}
}
}
return(handled);
}
return(AO_Search);
}
public Translator(ActiveObject AO)
{
aoToTranslate = AO;
}
