public DelayedEvent(MicroscriptNode ev, DelayTimeType delayType, double delayTime, bool delayAbsolute)
{
Event = ev;
DelayType = delayType;
DelayTime = delayTime;
DelayAbsolute = delayAbsolute;
}
public MicroscriptNode(MicroscriptType type, string target, MicroscriptAction action, object value,
DelayTimeType delayType, double delayTime, bool delayAbsolute)
{
Type = type;
Target = target;
Action = action;
Value = value;
DelayType = delayType;
DelayTime = delayTime;
DelayAbsolute = delayAbsolute;
}
public static void ScheduleEvent(MicroscriptNode action, DelayTimeType timeType, double delayTime, bool delayAbsolute)
{
ScheduleEvent(new DelayedEvent(action, timeType, delayTime, delayAbsolute));
}
public static MicroscriptNode ParseMicroscript(JToken jt)
{
//parse type and target
MicroscriptType type;
string target;
MicroscriptAction action;
object value = 0;
if (jt["flag"] != null)
{
type = MicroscriptType.Flag;
target = jt["flag"].Value <string>();
}
else if (jt["item"] != null)
{
type = MicroscriptType.Item;
target = jt["item"].Value <string>();
}
else if (jt["variable"] != null)
{
type = MicroscriptType.Variable;
target = jt["variable"].Value <string>();
}
else if (jt["affinity"] != null)
{
type = MicroscriptType.Affinity;
target = jt["affinity"].Value <string>();
}
else if (jt["quest"] != null)
{
type = MicroscriptType.Quest;
target = jt["quest"].Value <string>();
}
else if (jt["actorvalue"] != null)
{
type = MicroscriptType.ActorValue;
target = jt["actorvalue"].Value <string>();
}
else if (jt["exec"] != null)
{
type = MicroscriptType.Exec;
target = jt["exec"].Value <string>();
if (jt["arg"] != null)
{
value = TypeUtils.StringToNumericAuto(jt["arg"].Value <string>());
}
}
else
{
throw new NotSupportedException();
}
//parse action/value
if (jt["set"] != null)
{
action = MicroscriptAction.Set;
if (type == MicroscriptType.Flag) //parse as boolean
{
value = Convert.ToInt32(jt["set"].Value <bool>());
}
else //otherwise parse as number
{
value = jt["set"].Value <int>();
}
}
else if (jt["toggle"] != null)
{
action = MicroscriptAction.Toggle;
}
else if (jt["add"] != null)
{
action = MicroscriptAction.Add;
value = TypeUtils.StringToNumericAuto(jt["add"].Value <string>());
}
else if (jt["give"] != null)
{
action = MicroscriptAction.Give;
value = TypeUtils.StringToNumericAuto(jt["give"].Value <string>());
}
else if (jt["take"] != null)
{
action = MicroscriptAction.Take;
value = TypeUtils.StringToNumericAuto(jt["take"].Value <string>());
}
else if (jt["start"] != null)
{
action = MicroscriptAction.Start;
value = TypeUtils.StringToNumericAuto(jt["start"].Value <string>());
}
else if (jt["finish"] != null)
{
action = MicroscriptAction.Finish;
value = TypeUtils.StringToNumericAuto(jt["finish"].Value <string>());
}
else
{
throw new NotSupportedException();
}
//parse delay, if applicable
DelayTimeType delayType = DelayTimeType.None;
double delayTime = default(double);
bool delayAbsolute = false;
if (jt["delay"] != null)
{
delayType = DelayTimeType.Game;
delayTime = double.Parse(jt["delay"].Value <string>());
if (jt["delayType"] != null)
{
string delayTypeString = jt["delayType"].Value <string>();
switch (delayTypeString)
{
case "real":
delayType = DelayTimeType.Real;
break;
case "world":
delayType = DelayTimeType.World;
break;
case "game":
delayType = DelayTimeType.Game;
break;
}
}
if (jt["delayAbsolute"] != null)
{
delayAbsolute = jt["delayAbsolute"].Value <bool>();
}
}
return(new MicroscriptNode(type, target, action, value, delayType, delayTime, delayAbsolute));
}