public HullClassifier(IMySlimBlock block)
{
SlimBlock = block;
FatBlock = block.FatBlock;
m_SubTypeName = FatBlock.BlockDefinition.SubtypeName;
Class = HullClassFromSubTypeString(m_SubTypeName);
}
/// <summary>
/// If the class has changed, update class the fleet stored it as
/// </summary>
/// <param name="c">New Hull Class</param>
public void setClassification(HullClass.CLASS c)
{
if (m_Class == c)
{
return;
}
log("changing owner class to " + c, "setClassification");
m_Fleet.remove(m_Class, m_Enforcer);
m_Class = c;
m_Fleet.add(m_Class, m_Enforcer);
log("Owner class changed to " + m_Class, "setClassification");
}
public GridOwner(GridEnforcer ge)
{
m_Enforcer = ge;
m_Logger = new Logger(m_Enforcer.Grid.EntityId.ToString(), "GridOwner");
log("Loaded into new grid", "ctr");
// the grid will update ownership later b/c this is initialized with the grid,
// and the grid doesn't have any blocks yet
m_OwnerType = OWNER_TYPE.UNOWNED;
m_FleetID = getFleetID();
m_Class = ge.Class;
m_Fleet = getFleet();
m_Fleet.add(m_Class, ge);
}
public GridOwner(GridEnforcer ge)
{
m_Enforcer = ge;
m_Logger = new Logger(m_Enforcer.Grid.EntityId.ToString(), "GridOwner");
log("Loaded into new grid", "ctr");
// the grid will update ownership later b/c this is initialized with the grid,
// and the grid doesn't have any blocks yet
m_OwnerType = OWNER_TYPE.UNOWNED;
m_FleetID = getFleetID();
m_Class = ge.Class;
m_Fleet = getFleet();
m_Fleet.add(m_Class, ge);
}
/// <summary>
/// Increments the class count for a given class
/// </summary>
/// <param name="c">Class to increment</param>
public void add(HullClass.CLASS c, GridEnforcer ge)
{
log("adding class " + ge.Class, "add", Logger.severity.TRACE);
int classID = (int)ge.Class;
//log("m_Counts[classID] is " + m_Counts[classID], "add", Logger.severity.TRACE);
updateSupportAdded(ge);
m_Counts[classID] += 1;
m_TotalCount++;
//log("m_Counts[classID] is " + m_Counts[classID], "add", Logger.severity.TRACE);
//debugPrint("add");
}
/// <summary>
/// Determines whether this fleet is allowed to support this class
/// Alerts the grid and updates tracking
/// Returns true if it was supported
/// </summary>
private bool updateSupportAdded(GridEnforcer ge)
{
HullClass.CLASS hc = ge.Class;
uint c = (uint)hc;
long eID = ge.Container.Entity.EntityId;
//log("adding " + eID + " as " + c, "updateSupportAdded");
// if we have enough room, support it
if (canSupportAnother(hc))
{
log("we have enough room, supporting", "updateSupportAdded");
m_SupportedGrids[c][eID] = ge;
ge.markSupported(m_FactionId);
return(true);
}
// if we don't, see if it's bigger than one of the supported ones
foreach (KeyValuePair <long, GridEnforcer> pair in m_SupportedGrids[c])
{
GridEnforcer supported = pair.Value;
// it is!
if (ge.BlockCount > supported.BlockCount)
{
log("it's larger than one of our supported, supporting", "updateSupportAdded");
// remove support from the old supported one
log("removing support from " + pair.Key, "updateSupportAdded");
m_SupportedGrids[c].Remove(pair.Key);
m_UnsupportedGrids[c][pair.Key] = supported;
supported.markUnsupported(m_FactionId);
// add support to the new
log("supporting " + eID, "updateSupportAdded");
m_SupportedGrids[c][eID] = ge;
ge.markSupported(m_FactionId);
return(true);
}
}
// if not, mark as unsupported
log("can't support, marking grid as unsupported", "updateSupportAdded");
m_UnsupportedGrids[c][eID] = ge;
ge.markUnsupported(m_FactionId);
return(false);
}
/// <summary>
/// Decrements the class count for a given class
/// </summary>
/// <param name="c">Class to decrement</param>
public void remove(HullClass.CLASS c, GridEnforcer ge)
{
int classID = (int)c;
if (m_Counts[classID] > 0)
{
m_Counts[classID] -= 1;
m_TotalCount--;
}
else
{
log("Error: Decrementing class " + classID + " count, but already 0",
"removeClass", Logger.severity.ERROR);
}
updateSupportRemoved(classID, ge);
//debugPrint("remove");
}
public override void Init(MyObjectBuilder_EntityBase objectBuilder)
{
base.Init(objectBuilder);
m_Grid = Container.Entity as IMyCubeGrid;
m_Logger = new Logger(m_Grid.EntityId.ToString(), "GridEnforcer");
log("Loaded into new grid", "Init");
// If this is not the server we don't need this class.
// When we modify the grid on the server the changes should be
// sent to all clients
try {
m_IsServer = Utility.isServer();
log("Is server: " + m_IsServer, "Init");
if (!m_IsServer) {
// No cleverness allowed :[
log("Disabled. Not server.", "Init");
m_Logger = null;
m_Grid = null;
return;
}
} catch (NullReferenceException e) {
log("Exception. Multiplayer is not initialized. Assuming server for time being: " + e,
"Init");
// If we get an exception because Multiplayer was null (WHY KEEN???)
// assume we are the server for a little while and check again later
m_IsServer = true;
m_CheckServerLater = true;
}
// We need to only turn on our rule checking after startup. Otherwise, if
// a beacon is destroyed and then the server restarts, all but the first
// 25 blocks will be deleted on startup.
m_Grid.NeedsUpdate |= MyEntityUpdateEnum.EACH_100TH_FRAME;
m_BlockCount = 0;
m_BlockTypeCounts = new int[s_Settings.BlockTypes.Length];
m_Owner = new GridOwner(this);
m_Classifiers = new Dictionary<long, HullClassifier>();
m_Projectors = new Dictionary<long, InGame.IMyProjector>();
m_ReservedClass = DEFAULT_CLASS;
m_ReservedRules = s_Settings.HullRules[(int)DEFAULT_CLASS];
m_EffectiveClass = DEFAULT_CLASS;
m_EffectiveRules = s_Settings.HullRules[(int)DEFAULT_CLASS];
reserveEffectiveClassFromOwner();
m_Grid.OnBlockAdded += blockAdded;
m_Grid.OnBlockRemoved += blockRemoved;
m_Grid.OnBlockOwnershipChanged += blockOwnerChanged;
m_GridSubscribed = true;
}
private void setReservedTo(HullClass.CLASS newClass)
{
if (m_ReservedClass == newClass) {
log("No change, ReservedClass remains " + m_ReservedClass, "setReservedTo");
}
else {
log("Changing ReservedClass from " + m_ReservedClass + " to " + newClass,
"setReservedTo");
m_ReservedClass = newClass;
m_ReservedRules = s_Settings.HullRules[(int)newClass];
}
}
private void setEffectiveTo(HullClass.CLASS newClass)
{
if (m_EffectiveClass == newClass) {
log("No changed, EffectiveClass remains " + m_EffectiveClass, "setEffectiveTo");
}
else {
log("Changing EffectiveClass from " + m_EffectiveClass + " to " + newClass,
"setEffectiveTo");
m_EffectiveClass = newClass;
m_EffectiveRules = s_Settings.HullRules[(int)newClass];
reserveEffectiveClassFromOwner();
m_CheckCleanupNextUpdate = true;
}
}
/// <summary>
/// If the class has changed, update class the fleet stored it as
/// </summary>
/// <param name="c">New Hull Class</param>
public void setClassification(HullClass.CLASS c)
{
if (m_Class == c)
return;
log("changing owner class to " + c, "setClassification");
m_Fleet.remove(m_Class, m_Enforcer);
m_Class = c;
m_Fleet.add(m_Class, m_Enforcer);
log("Owner class changed to " + m_Class, "setClassification");
}
public bool canSupportAnother(HullClass.CLASS c)
{
return((countClass(c) < maxClass(c)) || (maxClass(c) < 0));
}
public uint maxClass(HullClass.CLASS c)
{
return(m_Maximums[(int)c]);
}
/// <summary>
///
/// </summary>
/// <param name="c">Class to check</param>
/// <returns>Count of c</returns>
public uint countClass(HullClass.CLASS c)
{
return(m_Counts[(int)c]);
}