public void RegisterFrequency( AttackType type, Mobile mob )
{
if ( !m_FrequencyTable.ContainsKey( mob ) )
{
if ( m_FrequencyTable.Count >= 20 ) // wipe if too big
m_FrequencyTable = new Dictionary< Mobile, ACEntry >();
m_FrequencyTable[mob] = new ACEntry();
m_FrequencyTable[mob].Weapon = mob.Weapon as Item;
}
if ( mob.Weapon != m_FrequencyTable[mob].Weapon )
{
m_FrequencyTable[mob].Weapon = mob.Weapon as Item;
m_FrequencyTable[mob].Swing = m_FrequencyTable[mob].Thrust = m_FrequencyTable[mob].Overhead = 0;
}
if ( type == AttackType.Swing )
m_FrequencyTable[mob].Swing++;
else if ( type == AttackType.Thrust )
m_FrequencyTable[mob].Thrust++;
else if ( type == AttackType.Overhead )
m_FrequencyTable[mob].Overhead++;
}
public void LoadAutoComplete(string filename)
{
g.LogDebug("CAUTOCOMPLETE::LoadAutoComplete: Enter - " + filename);
g.LogDebug("CAUTOCOMPLETE::LoadAutoComplete: Opening file");
StreamReader reader = new StreamReader(filename);
string linedata;
g.LogDebug("CAUTOCOMPLETE::LoadAutoComplete: Loading function listing");
while ((linedata = reader.ReadLine()) != null)
{
// Skip comments and newlines
if (linedata == "")
{
continue;
}
else if (linedata.StartsWith("#"))
{
continue;
}
// Split the autocomplete line data
string [] entry = linedata.Split('|');
// Skip bad lines
if (entry.Length != 4)
{
continue;
}
//IParameterInfo p;
//IListMember m;
ACEntry acentry;
// Check if an existing entry already exists:
if (!_ht.ContainsKey(entry[0].ToLower()))
{
// Create a new entry:
//p = new ParameterInfo();
//m = p.AddMember();
acentry = new ACEntry();
acentry.FormattedParameters = new ArrayList();
acentry.FormattedDescription = new ArrayList();
acentry.FormattedName = new ArrayList();
acentry.UnformattedDescription = new ArrayList();
acentry.UnformattedName = new ArrayList();
acentry.UnformattedParameters = new ArrayList();
// Add it to the hashtable
_ht.Add(entry[0].ToLower(), acentry);
}
else
{
// Take previous entry and create a new member
acentry = (ACEntry)_ht[entry[0].ToLower()];
//m = p.AddMember();
}
acentry.FormattedName.Add("<b><u>" + entry[2] + "</u> " + entry[0] + "</b>");
acentry.UnformattedName.Add(entry[0]);
// Split the parameters, if there are any
if (entry[1].Length > 0)
{
string [] paramlist = entry[1].Split(',');
//m.Params = new ParamInfo[paramlist.Length];
string s_paramlist = "";
string s_uparamlist = "";
// Enumerate through each parameter and add it to the list
for (int i = 0; i < paramlist.Length; i++)
{
// Split the current parameter entry at the space:
string[] paramentry = paramlist[i].Split(' ');
// Skip bad parameter entries
if (paramentry.Length != 2)
{
continue;
}
//ParamInfo pentry = new ParamInfo();
//pentry.DataType = paramentry[0];
//pentry.Name = paramentry[1];
//pentry.Qualifier = "System.";
//m.Params.Add(pentry);
s_paramlist += "<u>" + paramentry[0] + "</u> <i>" + paramentry[1] + "</i>, ";
s_uparamlist += paramentry[0] + " " + paramentry[1] + ", ";
}
s_paramlist = s_paramlist.Substring(0, s_paramlist.Length - 2);
s_uparamlist = s_uparamlist.Substring(0, s_uparamlist.Length - 2);
acentry.FormattedParameters.Add(s_paramlist);
acentry.UnformattedParameters.Add(s_uparamlist);
}
else
{
// Just add a blank parameter listing
acentry.FormattedParameters.Add("<i>void</i>");
acentry.UnformattedParameters.Add("void");
}
acentry.FormattedDescription.Add(entry[3]);
acentry.UnformattedDescription.Add(entry[3]);
//m.DataType = entry[2]; // Return type
//m.Description = entry[3]; // Description
} // End while
// Close auto-complete file
g.LogDebug("CAUTOCOMPLETE::LoadAutoComplete: Closing file");
reader.Close();
} // End function
public void LoadAutoComplete(string filename)
{
g.LogDebug("CAUTOCOMPLETE::LoadAutoComplete: Enter - " + filename);
g.LogDebug("CAUTOCOMPLETE::LoadAutoComplete: Opening file");
StreamReader reader = new StreamReader(filename);
string linedata;
g.LogDebug("CAUTOCOMPLETE::LoadAutoComplete: Loading function listing");
while((linedata = reader.ReadLine()) != null) {
// Skip comments and newlines
if (linedata == "")
continue;
else if (linedata.StartsWith("#"))
continue;
// Split the autocomplete line data
string [] entry = linedata.Split('|');
// Skip bad lines
if (entry.Length != 4)
continue;
//IParameterInfo p;
//IListMember m;
ACEntry acentry;
// Check if an existing entry already exists:
if (!_ht.ContainsKey(entry[0].ToLower())) {
// Create a new entry:
//p = new ParameterInfo();
//m = p.AddMember();
acentry = new ACEntry();
acentry.FormattedParameters = new ArrayList();
acentry.FormattedDescription = new ArrayList();
acentry.FormattedName = new ArrayList();
acentry.UnformattedDescription = new ArrayList();
acentry.UnformattedName = new ArrayList();
acentry.UnformattedParameters = new ArrayList();
// Add it to the hashtable
_ht.Add(entry[0].ToLower(), acentry);
} else {
// Take previous entry and create a new member
acentry = (ACEntry)_ht[entry[0].ToLower()];
//m = p.AddMember();
}
acentry.FormattedName.Add("<b><u>" + entry[2] + "</u> " + entry[0] + "</b>");
acentry.UnformattedName.Add(entry[0]);
// Split the parameters, if there are any
if (entry[1].Length > 0) {
string [] paramlist = entry[1].Split(',');
//m.Params = new ParamInfo[paramlist.Length];
string s_paramlist = "";
string s_uparamlist = "";
// Enumerate through each parameter and add it to the list
for(int i = 0; i < paramlist.Length; i++) {
// Split the current parameter entry at the space:
string[] paramentry = paramlist[i].Split(' ');
// Skip bad parameter entries
if (paramentry.Length != 2)
continue;
//ParamInfo pentry = new ParamInfo();
//pentry.DataType = paramentry[0];
//pentry.Name = paramentry[1];
//pentry.Qualifier = "System.";
//m.Params.Add(pentry);
s_paramlist += "<u>" + paramentry[0] + "</u> <i>" + paramentry[1] + "</i>, ";
s_uparamlist += paramentry[0] + " " + paramentry[1] + ", ";
}
s_paramlist = s_paramlist.Substring(0, s_paramlist.Length - 2);
s_uparamlist = s_uparamlist.Substring(0, s_uparamlist.Length - 2);
acentry.FormattedParameters.Add(s_paramlist);
acentry.UnformattedParameters.Add(s_uparamlist);
} else {
// Just add a blank parameter listing
acentry.FormattedParameters.Add("<i>void</i>");
acentry.UnformattedParameters.Add("void");
}
acentry.FormattedDescription.Add(entry[3]);
acentry.UnformattedDescription.Add(entry[3]);
//m.DataType = entry[2]; // Return type
//m.Description = entry[3]; // Description
} // End while
// Close auto-complete file
g.LogDebug("CAUTOCOMPLETE::LoadAutoComplete: Closing file");
reader.Close();
}
