public static void WealthTracker_OnCommand(CommandEventArgs e)
{
try
{
if (e.ArgString.Contains("-h"))
{
e.Mobile.SendMessage("Usage: WealthTracker -h|-l=NN|-m=NN|-o");
e.Mobile.SendMessage("Where: -h ... help - this screen");
e.Mobile.SendMessage("Where: -l=NN ... list - top NN gold farming domains");
e.Mobile.SendMessage("Where: -m=NN ... mins - within last NN minutes");
e.Mobile.SendMessage("Where: -o ... online clients only");
//e.Mobile.SendMessage("Where: -hi ... clients that have hardware info");
return;
}
// default to top 10
int limit = 10;
if (e.ArgString.Contains("-t"))
{
limit = GetArgInt(e.Mobile, "-t", e.ArgString, AccessLevel.Owner, limit);
}
// default to last hour
int minutes = 60;
if (e.ArgString.Contains("-m"))
{
minutes = GetArgInt(e.Mobile, "-m", e.ArgString, AccessLevel.Counselor, minutes);
}
bool mustBeOnline = false;
if (e.ArgString.Contains("-o"))
{
mustBeOnline = true;
}
// compile the constrained list
IPDomain[] list = ReportCompiler(limit, minutes);
// show a super minimal report
for (int ix = 0; ix < list.Length; ix++)
{
IPDomain node = list[ix] as IPDomain;
AccountDomain ad = GetFirst(node.accountList, mustBeOnline) as AccountDomain; // just first (online) account
if (ad != null)
{
Mobile m = GetFirst(ad.mobileList, mustBeOnline) as Mobile; // just first (online) mobile
if (m != null)
{
e.Mobile.SendMessage(String.Format("mob:{2}, gold:{0}, loc:{1}", node.gold, node.location, m));
}
}
}
}
catch (Exception ex)
{
LogHelper.LogException(ex);
}
e.Mobile.SendMessage("done.");
}
public static IPDomain[] ReportCompiler(int limit, int timeout)
{ // allocate an array to hold the output
IPDomain[] list = new IPDomain[WealthTracker.m_IPList.Count];
// remove expired nodes
int jx = 0;
foreach (IPDomain node in WealthTracker.m_IPList.Values)
{ // filter out old farming activity
if (node == null)
{
continue;
}
if (((TimeSpan)(DateTime.Now - node.lastTick)).Minutes <= timeout)
{
list[jx++] = node;
}
}
// now sort on gold held
Array.Sort(list, new WealthDomainComparer());
// now trim the array
if (list.Length > limit)
{
Array.Resize(ref list, limit);
}
return(list);
}
private static void GoldLifted(WealthTrackerEventArgs e)
{
// sanity
if (e == null || e.item == null || e.from == null || e.from.NetState == null)
{
return;
}
// eliminate tracking of all but approved scenarios
if (ScenarioFilter(e) == false)
{
return;
}
NetState state = e.from.NetState;
int iphc = state.ToString().GetHashCode(); // hash code of IP address
IPDomain ipd = null;
AccountDomain ad = null;
if (m_IPList.Contains(iphc)) // if we have it already
{
ipd = m_IPList[iphc] as IPDomain; // get the IPDomain at this IP address
if (ipd.accountList.Contains(e.from.Account) == false) // if we don't have an account domain, create it
{
ipd.accountList.Add(e.from.Account, new AccountDomain());
}
ad = ipd.accountList[e.from.Account] as AccountDomain; // get the account domain
}
else
{
m_IPList[iphc] = new IPDomain(); // start a new list of clients at this IP address
ipd = m_IPList[iphc] as IPDomain; // get the IPDomain at this IP address
ipd.accountList.Add(e.from.Account, new AccountDomain()); // add another client at this IP + location
ad = ipd.accountList[e.from.Account] as AccountDomain; // get the account domain
}
// update domain information
if (ad != null && ipd != null)
{
ad.mobileList[e.from.Serial] = e.from; // record mobile (not sure what the key should be)
ad.gold += e.item.Amount; // update gold for this IPDomain
ad.lastTick = DateTime.Now; // last gold pickup
ad.location = e.from.Location; // last gold pickup location
ipd.gold += e.item.Amount; // update gold for this IPDomain
ipd.lastTick = DateTime.Now; // last gold pickup
ipd.location = e.from.Location; // last gold pickup location
}
}
int IComparer.Compare(Object x, Object y)
{ // reverse x and y to get a descending sort (largest to smallest)
IPDomain mx = y as IPDomain;
IPDomain my = x as IPDomain;
if (mx == null || my == null)
{
return(0);
}
if (mx.gold == my.gold)
{
return(0);
}
if (mx.gold > my.gold)
{
return(1);
}
else
{
return(-1);
}
}
private static void GoldLifted(WealthTrackerEventArgs e)
{
// sanity
if (e == null || e.item == null || e.from == null || e.from.NetState == null)
return;
// eliminate tracking of all but approved scenarios
if (ScenarioFilter(e) == false)
return;
NetState state = e.from.NetState;
int iphc = state.ToString().GetHashCode(); // hash code of IP address
IPDomain ipd = null;
AccountDomain ad = null;
if (m_IPList.Contains(iphc)) // if we have it already
{
ipd = m_IPList[iphc] as IPDomain; // get the IPDomain at this IP address
if (ipd.accountList.Contains(e.from.Account) == false) // if we don't have an account domain, create it
ipd.accountList.Add(e.from.Account, new AccountDomain());
ad = ipd.accountList[e.from.Account] as AccountDomain; // get the account domain
}
else
{
m_IPList[iphc] = new IPDomain(); // start a new list of clients at this IP address
ipd = m_IPList[iphc] as IPDomain; // get the IPDomain at this IP address
ipd.accountList.Add(e.from.Account, new AccountDomain()); // add another client at this IP + location
ad = ipd.accountList[e.from.Account] as AccountDomain; // get the account domain
}
// update domain information
if (ad != null && ipd != null)
{
ad.mobileList[e.from.Serial] = e.from; // record mobile (not sure what the key should be)
ad.gold += e.item.Amount; // update gold for this IPDomain
ad.lastTick = DateTime.Now; // last gold pickup
ad.location = e.from.Location; // last gold pickup location
ipd.gold += e.item.Amount; // update gold for this IPDomain
ipd.lastTick = DateTime.Now; // last gold pickup
ipd.location = e.from.Location; // last gold pickup location
}
}
public static IPDomain[] ReportCompiler(int limit, int timeout)
{ // allocate an array to hold the output
IPDomain[] list = new IPDomain[WealthTracker.m_IPList.Count];
// remove expired nodes
int jx = 0;
foreach (IPDomain node in WealthTracker.m_IPList.Values)
{ // filter out old farming activity
if (node == null) continue;
if (((TimeSpan)(DateTime.Now - node.lastTick)).Minutes <= timeout)
list[jx++] = node;
}
// now sort on gold held
Array.Sort(list, new WealthDomainComparer());
// now trim the array
if (list.Length > limit)
Array.Resize(ref list, limit);
return list;
}
