public void OnConsoleEntryAdded(AbstractConsole console, ref ConsoleViewCellEntry entry)
{
CycleArray <ConsoleViewCellEntry> Entries = this.Entries;
// if unfiltered console entries overflow - we need to adjust indices and visible lines
if (m_oldConsoleEntriesHeadIndex < Entries.HeadIndex)
{
m_oldConsoleEntriesHeadIndex = Entries.HeadIndex;
int indicesHeadIndex = m_filteredIndices.HeadIndex;
while (indicesHeadIndex < m_filteredIndices.Length && m_filteredIndices[indicesHeadIndex] < Entries.HeadIndex)
{
++indicesHeadIndex;
}
m_filteredIndices.TrimToHeadIndex(indicesHeadIndex);
m_consoleView.TrimCellsToHead(indicesHeadIndex);
}
int entryIndex = Entries.Length - 1;
int entryArrayIndex = Entries.ToArrayIndex(entryIndex);
if (Apply(ref Entries.InternalArray[entryArrayIndex]))
{
m_filteredIndices.Add(entryIndex);
m_consoleView.OnConsoleEntryAdded(console, ref entry);
}
}
public void OnConsoleEntryAdded(AbstractConsole console, ref ConsoleViewCellEntry entry)
{
if (entry.IsTable)
{
string[] table = entry.Table;
foreach (string item in table)
{
terminalTableOutput.Add(StringUtils.RemoveRichTextTags(item));
}
}
}
public ConsoleView(AbstractConsole console, float width, float height)
: base(console.Capacity, width, height)
{
m_console = console;
this.ConsoleDelegate = this;
this.DataSource = this;
this.Delegate = this;
m_textMeasure = CreateTextMeasure();
m_filteredDelegate = new ConsoleFilteredDelegate(this);
ReloadData();
}
public ConsoleView(AbstractConsole console, float width, float height)
: base(console.Capacity, width, height)
{
m_console = console;
this.ConsoleDelegate = this;
this.DataSource = this;
this.Delegate = this;
m_textMeasure = CreateTextMeasure();
m_filteredDelegate = new ConsoleFilteredDelegate(this);
ReloadData();
}
public MockConsoleView(AbstractConsole console, float width, float height)
: base(console, width, height)
{
}
public void OnConsoleCleared(AbstractConsole console)
{
ClearIndices();
m_consoleView.OnConsoleCleared(console);
}
public void OnConsoleEntryAdded(AbstractConsole console, ref ConsoleViewCellEntry entry)
{
CycleArray<ConsoleViewCellEntry> Entries = this.Entries;
// if unfiltered console entries overflow - we need to adjust indices and visible lines
if (m_oldConsoleEntriesHeadIndex < Entries.HeadIndex)
{
m_oldConsoleEntriesHeadIndex = Entries.HeadIndex;
int indicesHeadIndex = m_filteredIndices.HeadIndex;
while(indicesHeadIndex < m_filteredIndices.Length && m_filteredIndices[indicesHeadIndex] < Entries.HeadIndex)
{
++indicesHeadIndex;
}
m_filteredIndices.TrimToHeadIndex(indicesHeadIndex);
m_consoleView.TrimCellsToHead(indicesHeadIndex);
}
int entryIndex = Entries.Length - 1;
int entryArrayIndex = Entries.ToArrayIndex(entryIndex);
if (Apply(ref Entries.InternalArray[entryArrayIndex]))
{
m_filteredIndices.Add(entryIndex);
m_consoleView.OnConsoleEntryAdded(console, ref entry);
}
}
public void OnConsoleCleared(AbstractConsole console)
{
ClearIndices();
m_consoleView.OnConsoleCleared(console);
}
public void OnConsoleEntryAdded(AbstractConsole console, ref ConsoleViewCellEntry entry)
{
}
public void OnConsoleCleared(AbstractConsole console)
{
}
public void OnConsoleCleared(AbstractConsole console)
{
ReloadData();
Repaint();
}
//////////////////////////////////////////////////////////////////////////////
#region IConsoleDelegate implementation
public void OnConsoleEntryAdded(AbstractConsole console, ref ConsoleViewCellEntry entry)
{
ReloadNewData();
Repaint();
}
public void OnConsoleEntryAdded(AbstractConsole console, ref ConsoleViewCellEntry entry)
{
ReloadNewData();
Repaint();
}
public void OnConsoleCleared(AbstractConsole console)
{
ReloadData();
Repaint();
}
public void OnConsoleCleared(AbstractConsole console)
{
}
//////////////////////////////////////////////////////////////////////////////
#region IConsoleDelegate null implementation
public void OnConsoleEntryAdded(AbstractConsole console, ref ConsoleViewCellEntry entry)
{
}