public void printError(java.io.PrintStream o) {
if (failureMode != null) {
failureMode.printStackTrace(o);
} else {
if (out != null && out.checkError()) o.println(outputFileName + ": Output write error");
}
}
public void Visit(Mech m) throws Exception {
CurMech = m;
boolean CASEInstalled = false;
boolean SChargerInstalled = false;
Gyro g = CurMech.GetGyro();
ifMechLoadout l = CurMech.GetLoadout();
// see if we have CASE installed in the CT
if (CurMech.HasCTCase()) {
// remove it. We may not be able to replace it, but we'll try
CASEInstalled = true;
CurMech.RemoveCTCase();
}
// see if we have a supercharger installed
if (CurMech.GetLoadout().HasSupercharger()) {
if (CurMech.GetLoadout().Find(CurMech.GetLoadout().GetSupercharger())
== LocationIndex.MECH_LOC_CT) {
SChargerInstalled = true;
try {
CurMech.GetLoadout().SetSupercharger(false, -1, -1);
} catch (Exception e) {
// wow, a problem removing it. Log it for later.
System.err.println(e.getMessage());
}
}
}
// We have to remove the engine as well as mess with the gyro here
m.GetEngine().Remove(l);
// remove the gyro crits
g.Remove(l);
// change the gyro
g.SetStandard();
// place the gyro
if (!g.Place(l)) {
throw new Exception("Standard Gyro cannot be allocated!");
}
// now replace the engine criticals
if (!m.GetEngine().Place(l)) {
throw new Exception(m.GetEngine().LookupName() + " cannot be allocated!");
}
// if we had CASE installed, try to replace it
if (CASEInstalled) {
// at this point, we don't care whether it happened or not since the
// primary inhabitants of the CT are taken care of.
try {
CurMech.AddCTCase();
} catch (Exception e) {
// unhandled at this time. write out a system error
System.err.println(e.getMessage());
}
}
// try to reinstall the Supercharger
if (SChargerInstalled) {
try {
CurMech.GetLoadout().SetSupercharger(true, LocationIndex.MECH_LOC_CT, -1);
} catch (Exception e) {
System.err.println(e.getMessage());
}
}
}