public BaseRTTGump(Mobile from, string strNotice, string strSkill, int x, int y)
: base(x, y)
{
m_Mobile = from;
m_strNotify = strNotice;
m_strSkill = strSkill;
//close any other RTT gumps
from.CloseGump(typeof(BaseRTTGump));
// notify staff
if (CoreAI.IsDynamicFeatureSet(CoreAI.FeatureBits.RTTNotifyEnabled))
{
Server.Scripts.Commands.CommandHandlers.BroadcastMessage(AccessLevel.Administrator,
0x482,
String.Format("{0}({1}) is taking the RTT ({2}).", m_Mobile.Name, m_Mobile.Serial, strSkill));
}
// record the fact that the RTT test is being taken
Scripts.Commands.LogHelper lh = new Server.Scripts.Commands.LogHelper("RTT.log", false, true);
lh.Log(Scripts.Commands.LogType.Mobile, m_Mobile, String.Format("({0}) RTT Launched.", strSkill));
lh.Finish();
//This will call any child-gump's SetupGump and set it up like the child wants.
SetupGump();
//Save when we launched the gump for later recording
m_RTTLaunched = DateTime.Now;
// if the player fails to respond in 'timeout' time, then we will cound this as an RTT failure.
// this does two things: (1) makes the next test 5 minutes from now, (2) will move them closer to being counted as a macroer
m_timeout = new RTTTimer(m_Mobile, TimeSpan.FromSeconds(Utility.RandomList(90, 120, 180)));
m_timeout.Start();
}
public override void OnResponse(Server.Network.NetState sender, RelayInfo info)
{
try
{
// kill our timeout timer
if (m_timeout != null)
{
m_timeout.Stop();
m_timeout = null;
}
int button = info.ButtonID;
TimeSpan diff = DateTime.Now - m_RTTLaunched;
if (button == m_CorrectResponse + m_CorrectResponseOffset)
{
// record answer
Scripts.Commands.LogHelper lh = new Server.Scripts.Commands.LogHelper("RTT.log", false, true);
lh.Log(Scripts.Commands.LogType.Mobile, m_Mobile, string.Format("PASSED the RTT in {0} ms", diff.TotalMilliseconds));
lh.Finish();
m_Mobile.SendMessage("Thanks for verifying that you're at your computer.");
((PlayerMobile)m_Mobile).RTTResult(true);
if (CoreAI.IsDynamicFeatureSet(CoreAI.FeatureBits.RTTNotifyEnabled))
{
if (diff <= TimeSpan.FromSeconds(1.0))
{
Server.Scripts.Commands.CommandHandlers.BroadcastMessage(AccessLevel.Counselor,
0x22,
String.Format("{0}({1}) has quickly passed the RTT ({2} ms) ({3}).", m_Mobile.Name, m_Mobile.Serial, diff.TotalMilliseconds, m_strNotify));
}
else
{
Server.Scripts.Commands.CommandHandlers.BroadcastMessage(AccessLevel.Counselor,
0x482,
String.Format("{0}({1}) has passed the RTT ({2} ms). ({3})", m_Mobile.Name, m_Mobile.Serial, diff.TotalMilliseconds, m_strNotify));
}
// Look for and record suspiciously fast answers
if (diff <= TimeSpan.FromSeconds(3.0))
{
Scripts.Commands.LogHelper lh2 = new Server.Scripts.Commands.LogHelper("RTTAlert.log", false, true);
lh2.Log(Scripts.Commands.LogType.Mobile, m_Mobile, string.Format("{0} ms", diff.TotalMilliseconds));
lh2.Finish();
}
}
}
else
{
// record answer
Scripts.Commands.LogHelper lh = new Server.Scripts.Commands.LogHelper("RTT.log", false, true);
lh.Log(Scripts.Commands.LogType.Mobile, m_Mobile, string.Format("FAILED the RTT in {0} ms", diff.TotalMilliseconds));
lh.Finish();
m_Mobile.SendMessage("You have failed the AFK test.");
((PlayerMobile)m_Mobile).RTTResult(false);
if (CoreAI.IsDynamicFeatureSet(CoreAI.FeatureBits.RTTNotifyEnabled))
{
Server.Scripts.Commands.CommandHandlers.BroadcastMessage(AccessLevel.Counselor,
0x482,
String.Format("{0}({1}) has failed the RTT. ({2})", m_Mobile.Name, m_Mobile.Serial, this.m_strNotify));
}
}
}
catch (Exception e)
{
Scripts.Commands.LogHelper.LogException(e);
}
}
public override void OnResponse(Server.Network.NetState sender, RelayInfo info)
{
try
{
// kill our timeout timer
if (m_timeout != null)
{
m_timeout.Stop();
m_timeout = null;
}
int button = info.ButtonID;
TimeSpan diff = DateTime.Now - m_RTTLaunched;
if (button == m_CorrectResponse + m_CorrectResponseOffset)
{
// record answer
Scripts.Commands.LogHelper lh = new Server.Scripts.Commands.LogHelper("RTT.log", false, true);
lh.Log(Scripts.Commands.LogType.Mobile, m_Mobile, string.Format("PASSED the RTT in {0} ms", diff.TotalMilliseconds));
lh.Finish();
m_Mobile.SendMessage("Thanks for verifying that you're at your computer.");
((PlayerMobile)m_Mobile).RTTResult(true);
if (CoreAI.IsDynamicFeatureSet(CoreAI.FeatureBits.RTTNotifyEnabled))
{
if (diff <= TimeSpan.FromSeconds(1.0))
{
Server.Scripts.Commands.CommandHandlers.BroadcastMessage(AccessLevel.Counselor,
0x22,
String.Format("{0}({1}) has quickly passed the RTT ({2} ms) ({3}).", m_Mobile.Name, m_Mobile.Serial, diff.TotalMilliseconds, m_strNotify));
}
else
{
Server.Scripts.Commands.CommandHandlers.BroadcastMessage(AccessLevel.Counselor,
0x482,
String.Format("{0}({1}) has passed the RTT ({2} ms). ({3})", m_Mobile.Name, m_Mobile.Serial, diff.TotalMilliseconds, m_strNotify));
}
// Look for and record suspiciously fast answers
if (diff <= TimeSpan.FromSeconds(3.0))
{
Scripts.Commands.LogHelper lh2 = new Server.Scripts.Commands.LogHelper("RTTAlert.log", false, true);
lh2.Log(Scripts.Commands.LogType.Mobile, m_Mobile, string.Format("{0} ms", diff.TotalMilliseconds));
lh2.Finish();
}
}
}
else
{
// record answer
Scripts.Commands.LogHelper lh = new Server.Scripts.Commands.LogHelper("RTT.log", false, true);
lh.Log(Scripts.Commands.LogType.Mobile, m_Mobile, string.Format("FAILED the RTT in {0} ms", diff.TotalMilliseconds));
lh.Finish();
m_Mobile.SendMessage("You have failed the AFK test.");
((PlayerMobile)m_Mobile).RTTResult(false);
if (CoreAI.IsDynamicFeatureSet(CoreAI.FeatureBits.RTTNotifyEnabled))
{
Server.Scripts.Commands.CommandHandlers.BroadcastMessage(AccessLevel.Counselor,
0x482,
String.Format("{0}({1}) has failed the RTT. ({2})", m_Mobile.Name, m_Mobile.Serial, this.m_strNotify));
}
}
}
catch (Exception e)
{
Scripts.Commands.LogHelper.LogException(e);
}
}
public BaseRTTGump(Mobile from, string strNotice, string strSkill, int x, int y)
: base(x, y)
{
m_Mobile = from;
m_strNotify = strNotice;
m_strSkill = strSkill;
//close any other RTT gumps
from.CloseGump(typeof(BaseRTTGump));
// notify staff
if (CoreAI.IsDynamicFeatureSet(CoreAI.FeatureBits.RTTNotifyEnabled))
{
Server.Scripts.Commands.CommandHandlers.BroadcastMessage(AccessLevel.Administrator,
0x482,
String.Format("{0}({1}) is taking the RTT ({2}).", m_Mobile.Name, m_Mobile.Serial, strSkill));
}
// record the fact that the RTT test is being taken
Scripts.Commands.LogHelper lh = new Server.Scripts.Commands.LogHelper("RTT.log", false, true);
lh.Log(Scripts.Commands.LogType.Mobile, m_Mobile, String.Format("({0}) RTT Launched.", strSkill));
lh.Finish();
//This will call any child-gump's SetupGump and set it up like the child wants.
SetupGump();
//Save when we launched the gump for later recording
m_RTTLaunched = DateTime.Now;
// if the player fails to respond in 'timeout' time, then we will cound this as an RTT failure.
// this does two things: (1) makes the next test 5 minutes from now, (2) will move them closer to being counted as a macroer
m_timeout = new RTTTimer(m_Mobile, TimeSpan.FromSeconds(Utility.RandomList(90,120,180)));
m_timeout.Start();
}
