public void remChartCols(UUID client, int level, string[] additionalArgs,
Destinations source,
UUID agentKey, string agentName)
{
if (ChartMemory.HasChart(additionalArgs[0]))
{
Chart v = ChartMemory.GetNamedChart(additionalArgs[0]);
int index = ChartMemory.Instance.Charts.IndexOf(v);
if (v.ColumnData.Fields.Where(x => x.Label == additionalArgs[1]).Count() > 0)
{
ChartColumnField theChartField = v.ColumnData.Fields.Where(x => x.Label == additionalArgs[1]).First();
v.ColumnData.Fields.Remove(theChartField);
ChartMemory.Instance.Charts[index] = v;
ChartMemory.SaveToFile();
MHE(source, client, "Column removed");
}
else
{
MHE(source, client, "Column does not exist, nothing to remove");
}
}
else
{
MHE(source, client, "No such chart");
}
}
public void setChartCols(UUID client, int level, string[] additionalArgs,
Destinations source,
UUID agentKey, string agentName)
{
if (ChartMemory.HasChart(additionalArgs[0]))
{
Chart v = ChartMemory.GetNamedChart(additionalArgs[0]);
int index = ChartMemory.Instance.Charts.IndexOf(v);
ChartColumn col = v.ColumnData;
if (col == null)
{
col = new ChartColumn();
}
if (col.Fields == null)
{
col.Fields = new List <ChartColumnField>();
}
if (col.Fields.Where(x => x.Label == additionalArgs[1]).Count() > 0)
{
// already has this column
MHE(source, client, "That column already exists");
return;
}
else
{
ChartColumnField field = new ChartColumnField();
field.ColorCode = additionalArgs[2];
field.Label = additionalArgs[1];
if (additionalArgs.Length == 4)
{
// insert at index
col.Fields.Insert(Convert.ToInt32(additionalArgs[3]), field);
}
else
{
col.Fields.Add(field);
}
}
v.ColumnData = col;
ChartMemory.Instance.Charts[index] = v;
ChartMemory.SaveToFile();
MHE(source, client, "Column data has been updated");
}
else
{
MHE(source, client, "No such chart");
}
}
public void makeNewChart(UUID client, int level, string[] additionalArgs,
Destinations source,
UUID agentKey, string agentName)
{
if (ChartMemory.HasChart(additionalArgs[0]))
{
MHE(source, client, "A chart by that name already exists");
return;
}
ChartMemory.Instance.Charts.Add(new Chart(additionalArgs[0]));
ChartMemory.SaveToFile();
MHE(source, client, "New chart created successfully");
}
public void deleteChart(UUID client, int level, string[] additionalArgs,
Destinations source,
UUID agentKey, string agentName)
{
if (ChartMemory.HasChart(additionalArgs[0]))
{
Chart v = ChartMemory.GetNamedChart(additionalArgs[0]);
ChartMemory.Instance.Charts.Remove(v);
ChartMemory.SaveToFile();
MHE(source, client, "Chart deleted");
return;
}
}
public void renameChart(UUID client, int level, string[] additionalArgs,
Destinations source,
UUID agentKey, string agentName)
{
if (ChartMemory.HasChart(additionalArgs[0]))
{
Chart v = ChartMemory.GetNamedChart(additionalArgs[0]);
int index = ChartMemory.Instance.Charts.IndexOf(v);
v.ChartName = additionalArgs[1];
ChartMemory.Instance.Charts[index] = v;
ChartMemory.SaveToFile();
MHE(source, client, "Chart renamed");
return;
}
}
public void removeChartRow(UUID client, int level, string[] additionalArgs,
Destinations source,
UUID agentKey, string agentName)
{
if (ChartMemory.HasChart(additionalArgs[0]))
{
Chart v = ChartMemory.GetNamedChart(additionalArgs[0]);
int index = ChartMemory.Instance.Charts.IndexOf(v);
ChartRow row = new ChartRow();
row.Label = "";
void getRowLabel()
{
row.Label = "";
for (int i = 1; i < additionalArgs.Length; i++)
{
row.Label += additionalArgs[i] + " ";
}
if (row.Label.EndsWith(" "))
{
row.Label = row.Label.TrimEnd(' ');
}
}
getRowLabel();
if (v.RowData.Where(x => x.Label == row.Label).Count() > 0)
{
row = v.RowData.Where(x => x.Label == row.Label).First();
v.RowData.Remove(row);
ChartMemory.Instance.Charts[index] = v;
ChartMemory.SaveToFile();
}
else
{
MHE(source, client, "No such row in that chart");
return;
}
MHE(source, client, "Chart row deleted");
return;
}
}
public void setchartdesc(UUID client, int level, string[] additionalArgs,
Destinations source,
UUID agentKey, string agentName)
{
string finalStr = "";
int pos = 0;
foreach (string s in additionalArgs)
{
if (pos == 0)
{
continue;
}
else
{
finalStr += s + " ";
}
pos++;
}
if (finalStr.EndsWith(" "))
{
finalStr = finalStr.TrimEnd(' ');
}
if (ChartMemory.HasChart(additionalArgs[0]))
{
Chart v = ChartMemory.GetNamedChart(additionalArgs[0]);
pos = ChartMemory.Instance.Charts.IndexOf(v);
v.ChartDescription = finalStr;
ChartMemory.Instance.Charts[pos] = v;
ChartMemory.SaveToFile();
MHE(source, client, "Chart description has been set");
}
else
{
MHE(source, client, "No such chart");
}
}
public void addChartRow(UUID client, int level, string[] additionalArgs,
Destinations source,
UUID agentKey, string agentName)
{
if (ChartMemory.HasChart(additionalArgs[0]))
{
Chart v = ChartMemory.GetNamedChart(additionalArgs[0]);
int index = ChartMemory.Instance.Charts.IndexOf(v);
ChartRow row = new ChartRow();
row.Label = "";
row.Mask = Convert.ToInt32(additionalArgs[1]);
int masterIndex;
bool hasIndex = int.TryParse(additionalArgs[2], out masterIndex);
void getRowLabel()
{
row.Label = "";
if (hasIndex)
{
// the label is at 3 and above
for (int i = 3; i < additionalArgs.Length; i++)
{
row.Label += additionalArgs[i] + " ";
}
if (row.Label.EndsWith(" "))
{
row.Label = row.Label.TrimEnd(' ');
}
}
else
{
// the label is at 2 and above
for (int i = 2; i < additionalArgs.Length; i++)
{
row.Label += additionalArgs[i] + " ";
}
if (row.Label.EndsWith(" "))
{
row.Label = row.Label.TrimEnd(' ');
}
}
}
getRowLabel();
if (v.RowData.Where(x => x.Label == row.Label).Count() > 0)
{
MHE(source, client, "A chart row with that label already exists.");
return;
}
else
{
// index optional
if (hasIndex)
{
v.RowData.Insert(masterIndex, row);
ChartMemory.Instance.Charts[index] = v;
ChartMemory.SaveToFile();
}
else
{
// row label might start at 2 instead, but we only add anyway
getRowLabel();
v.RowData.Add(row);
ChartMemory.Instance.Charts[index] = v;
ChartMemory.SaveToFile();
}
}
MHE(source, client, "Chart row added");
return;
}
}