public void Initialise(MHParseNode p, MHEngine engine)
{
for (int i = 0; i < p.GetSeqCount(); i++)
{
m_Movement.Append(p.GetSeqN(i).GetIntValue());
}
}
public override void Initialise(MHParseNode p, MHEngine engine)
{
base.Initialise(p, engine); // Target
MHParseNode pContent = p.GetArgN(1);
if (pContent.NodeType == MHParseNode.PNSeq)
{
// Referenced content.
m_fIsIncluded = false;
m_fSizePresent = m_fCCPriorityPresent = false;
m_Referenced.Initialise(pContent.GetSeqN(0), engine);
if (pContent.GetSeqCount() > 1)
{
MHParseNode pArg = pContent.GetSeqN(1);
if (pArg.NodeType == MHParseNode.PNTagged && pArg.GetTagNo() == ASN1Codes.C_NEW_CONTENT_SIZE)
{
MHParseNode pVal = pArg.GetArgN(0);
// It may be NULL as a place-holder
if (pVal.NodeType == MHParseNode.PNInt)
{
m_fSizePresent = true;
m_ContentSize.Initialise(pVal, engine);
}
}
}
if (pContent.GetSeqCount() > 2)
{
MHParseNode pArg = pContent.GetSeqN(2);
if (pArg.NodeType == MHParseNode.PNTagged && pArg.GetTagNo() == ASN1Codes.C_NEW_CONTENT_CACHE_PRIO)
{
MHParseNode pVal = pArg.GetArgN(0);
if (pVal.NodeType == MHParseNode.PNInt)
{
m_fCCPriorityPresent = true;
m_CCPriority.Initialise(pVal, engine);
}
}
}
}
else
{
m_Included.Initialise(pContent, engine);
m_fIsIncluded = true;
}
}
public override void Initialise(MHParseNode p, MHEngine engine)
{
base.Initialise(p, engine);
MHParseNode args = p.GetArgN(1);
for (int i = 0; i < args.GetSeqCount(); i++)
{
MHPointArg pPoint = new MHPointArg();
m_Points.Append(pPoint);
pPoint.Initialise(args.GetSeqN(i), engine);
}
}
public override void Initialise(MHParseNode p, MHEngine engine)
{
base.Initialise(p, engine); // Target
m_Succeeded.Initialise(p.GetArgN(1), engine); // Call/fork succeeded flag
// Arguments.
MHParseNode args = p.GetArgN(2);
for (int i = 0; i < args.GetSeqCount(); i++)
{
MHParameter pParm = new MHParameter();
m_Parameters.Append(pParm);
pParm.Initialise(args.GetSeqN(i), engine);
}
}
public override void Initialise(MHParseNode p, MHEngine engine)
{
base.Initialise(p, engine); // Target
m_Succeeded.Initialise(p.GetArgN(1), engine);
MHParseNode pVarSeq = p.GetArgN(2);
for (int i = 0; i < pVarSeq.GetSeqCount(); i++)
{
MHObjectRef pVar = new MHObjectRef();
m_Variables.Append(pVar);
pVar.Initialise(pVarSeq.GetSeqN(i), engine);
}
m_FileName.Initialise(p.GetArgN(3), engine);
}
public override void Initialise(MHParseNode p, MHEngine engine)
{
base.Initialise(p, engine);
m_TimerId.Initialise(p.GetArgN(1), engine); // The timer id
if (p.GetArgCount() > 2)
{
MHParseNode pNewTimer = p.GetArgN(2);
m_TimerValue.Initialise(pNewTimer.GetSeqN(0), engine);
if (pNewTimer.GetSeqCount() > 1)
{
m_TimerType = ST_TimerAbsolute; // May be absolute - depends on the value.
m_AbsFlag.Initialise(pNewTimer.GetSeqN(1), engine);
}
else
{
m_TimerType = ST_TimerRelative;
}
}
}
public void Initialise(MHParseNode p, MHEngine engine)
{
// A pair consisting of an object reference and an optional action slot sequence.
m_Object.Initialise(p.GetSeqN(0), engine);
if (p.GetSeqCount() > 1)
{
MHParseNode pSlots = p.GetSeqN(1);
for (int i = 0; i < pSlots.GetSeqCount(); i++)
{
MHParseNode pAct = pSlots.GetSeqN(i);
MHActionSequence pActions = new MHActionSequence();
m_ActionSlots.Append(pActions);
// The action slot entry may be NULL.
if (pAct.NodeType != MHParseNode.PNNull)
{
pActions.Initialise(pAct, engine);
}
}
}
}
