public static void Remap_Init(Mobile from)
{
RCDCaller = from;
// Load the remap data into memory
string sRemapFile = "Data/RCDMapData.txt";
bool bLoadRes = LoadRemapData(sRemapFile);
if (!bLoadRes || RCDData.Count == 0)
{
RCDCaller.SendMessage(string.Format("Failed to load remap data from {0}!", sRemapFile));
return;
}
// First off, get a list of all the containers we're going
// to work through and record the serial numbers
RCDConlist = new ArrayList();
foreach (Item item in World.Items.Values)
{
if (item is Container)
{
RCDConlist.Add(item.Serial);
}
}
// Retrieve enumerator for this collection
RCDEnum = RCDConlist.GetEnumerator();
// Make sure we have something on the enumerator
if (RCDEnum == null)
{
RCDCaller.SendMessage("Null enumerator detected! Cannot proceed!");
return;
}
// Open up the file so we don't have to perform extra
// I/O throughout the search
RCDLogger = new LogHelper("remapcommdeeds.log", RCDCaller, true);
// Kick off everything
RCDProcessed = 0;
RCDActivated = true;
RCDTimer = new Remap_Timer();
RCDTimer.Start();
RCDCaller.SendMessage("Remapping {0} commodity deeds...", RCDConlist.Count);
}
public static void Remap_Process()
{
RCDCaller.SendMessage(string.Format("Processing next {0} containers...", RCDProcRate));
// Loop through the next load of serial numbers, unfreezing each container in
// turn and matching it against out stored list
int idone = 0;
int itotal = RCDConlist.Count;
int endpos = RCDProcessed + RCDProcRate;
while (RCDProcessed < endpos && RCDProcessed < itotal)
{
RCDProcessed++;
idone++;
RCDEnum.MoveNext();
// Use the serial number to find the item in the world
Item item = World.FindItem((Serial)RCDEnum.Current);
// Make sure it still exists
if (item == null)
{
continue;
}
if (item is Container)
{
// It's still there!
Container cont = (Container)item;
// Rehydrate it if necessary
if (cont.CanFreezeDry)
{
cont.Rehydrate();
}
ArrayList ContQueue = new ArrayList();
foreach (Item content in cont.Items)
{
ContQueue.Add(content);
}
while (ContQueue.Count > 0)
{
Item content;
// Make sure the object in the queue is still an item
if (ContQueue[0] is Item)
{
content = (Item)ContQueue[0];
ContQueue.RemoveAt(0);
}
else
{
ContQueue.RemoveAt(0);
continue;
}
if (content is CommodityDeed)
{
// Check it against the ones we loaded into memory on init
bool match = false;
int ipos;
for (ipos = 0; ipos < RCDData.Count; ipos++)
{
if (RCDData[ipos].ToString().IndexOf(content.Serial.ToString()) > -1)
{
// We have a match, so break the loop
match = true;
break;
}
}
if (match)
{
if (RCDEncode(((CommodityDeed)content), RCDData[ipos].ToString()))
{
// We were successfully able to encode the deed
RCDData.Remove(RCDData[ipos]);
}
else
{
// We failed to encode the deed
continue;
}
}
}
else if (content is Container)
{
foreach (Item ci in ((Container)content).Items)
{
// Queue it up!
ContQueue.Add(ci);
}
}
}
}
}
// Re-process any left in the RCDData list to ensure that they
// cannot be located outside of rehydrated containers
for (int ipos = 0; ipos < RCDData.Count; ipos++)
{
string sbase = RCDData[ipos].ToString().Substring(2, 8);
int iserial;
// Try and convert serial string into a value
try
{
iserial = Int32.Parse(sbase, System.Globalization.NumberStyles.HexNumber);
}
catch
{
Console.WriteLine("Failed to convert serial into a value!");
RCDLogger.Log(LogType.Text,
string.Format("INVALID SERIAL DETECTED - :{0}:", sbase));
RCDCaller.SendMessage("Warning! Invalid serial detected... see logfile!");
// Loop to next data entry
continue;
}
Item item = World.FindItem(iserial);
// Make sure it still exists
if (item == null)
{
continue;
}
// If it's a commodity deed, try and encode
if (item is CommodityDeed)
{
if (RCDEncode(((CommodityDeed)item), RCDData[ipos].ToString()))
{
RCDData.Remove(RCDData[ipos]);
}
}
}
// Adam: tell the caller this run has completed
RCDCaller.SendMessage(string.Format("Finished processing {0} containers.", RCDProcRate));
if (RCDProcessed == itotal)
{
Remap_Finish();
// Adam: tell the caller we are done.
RCDCaller.SendMessage("Commodity deed processing complete.");
}
else
{
// Set up another timer to re-call another process run
RCDTimer = new Remap_Timer();
RCDTimer.Start();
}
}
public static void Remap_Process()
{
RCDCaller.SendMessage( string.Format("Processing next {0} containers...", RCDProcRate) );
// Loop through the next load of serial numbers, unfreezing each container in
// turn and matching it against out stored list
int idone = 0;
int itotal = RCDConlist.Count;
int endpos = RCDProcessed + RCDProcRate;
while( RCDProcessed < endpos && RCDProcessed < itotal)
{
RCDProcessed++;
idone++;
RCDEnum.MoveNext();
// Use the serial number to find the item in the world
Item item = World.FindItem((Serial)RCDEnum.Current);
// Make sure it still exists
if( item == null )
continue;
if( item is Container )
{
// It's still there!
Container cont = (Container) item;
// Rehydrate it if necessary
if( cont.CanFreezeDry )
cont.Rehydrate();
ArrayList ContQueue = new ArrayList();
foreach( Item content in cont.Items )
ContQueue.Add( content );
while( ContQueue.Count > 0 )
{
Item content;
// Make sure the object in the queue is still an item
if( ContQueue[0] is Item )
{
content = (Item) ContQueue[0];
ContQueue.RemoveAt(0);
}
else
{
ContQueue.RemoveAt(0);
continue;
}
if( content is CommodityDeed )
{
// Check it against the ones we loaded into memory on init
bool match = false;
int ipos;
for( ipos=0; ipos < RCDData.Count; ipos++ )
{
if( RCDData[ipos].ToString().IndexOf(content.Serial.ToString()) > -1 )
{
// We have a match, so break the loop
match = true;
break;
}
}
if( match )
{
if( RCDEncode( ((CommodityDeed) content), RCDData[ipos].ToString()) )
{
// We were successfully able to encode the deed
RCDData.Remove( RCDData[ipos] );
}
else
{
// We failed to encode the deed
continue;
}
}
}
else if( content is Container )
{
foreach( Item ci in ((Container) content).Items )
{
// Queue it up!
ContQueue.Add( ci );
}
}
}
}
}
// Re-process any left in the RCDData list to ensure that they
// cannot be located outside of rehydrated containers
for( int ipos=0; ipos < RCDData.Count; ipos++ )
{
string sbase = RCDData[ipos].ToString().Substring(2,8);
int iserial;
// Try and convert serial string into a value
try
{
iserial = Int32.Parse(sbase, System.Globalization.NumberStyles.HexNumber);
}
catch
{
Console.WriteLine("Failed to convert serial into a value!");
RCDLogger.Log(LogType.Text,
string.Format("INVALID SERIAL DETECTED - :{0}:", sbase ));
RCDCaller.SendMessage( "Warning! Invalid serial detected... see logfile!" );
// Loop to next data entry
continue;
}
Item item = World.FindItem( iserial );
// Make sure it still exists
if( item == null )
continue;
// If it's a commodity deed, try and encode
if( item is CommodityDeed )
if( RCDEncode( ((CommodityDeed) item), RCDData[ipos].ToString() ))
RCDData.Remove( RCDData[ipos] );
}
// Adam: tell the caller this run has completed
RCDCaller.SendMessage( string.Format("Finished processing {0} containers.", RCDProcRate) );
if( RCDProcessed == itotal )
{
Remap_Finish();
// Adam: tell the caller we are done.
RCDCaller.SendMessage( "Commodity deed processing complete." );
}
else
{
// Set up another timer to re-call another process run
RCDTimer = new Remap_Timer();
RCDTimer.Start();
}
}
public static void Remap_Init( Mobile from )
{
RCDCaller = from;
// Load the remap data into memory
string sRemapFile = "Data/RCDMapData.txt";
bool bLoadRes = LoadRemapData( sRemapFile );
if( !bLoadRes || RCDData.Count == 0 )
{
RCDCaller.SendMessage( string.Format("Failed to load remap data from {0}!", sRemapFile) );
return;
}
// First off, get a list of all the containers we're going
// to work through and record the serial numbers
RCDConlist = new ArrayList();
foreach( Item item in World.Items.Values )
{
if( item is Container )
RCDConlist.Add( item.Serial );
}
// Retrieve enumerator for this collection
RCDEnum = RCDConlist.GetEnumerator();
// Make sure we have something on the enumerator
if( RCDEnum == null )
{
RCDCaller.SendMessage("Null enumerator detected! Cannot proceed!");
return;
}
// Open up the file so we don't have to perform extra
// I/O throughout the search
RCDLogger = new LogHelper("remapcommdeeds.log", RCDCaller, true);
// Kick off everything
RCDProcessed = 0;
RCDActivated = true;
RCDTimer = new Remap_Timer();
RCDTimer.Start();
RCDCaller.SendMessage( "Remapping {0} commodity deeds...", RCDConlist.Count );
}