public void AddOrUpdateSequencedKeyBinding(string information, TPMPanelSwitches tpmPanelSwitch, SortedList <int, KeyPressInfo> sortedList, bool whenTurnedOn = true)
{
//This must accept lists
var found = false;
RemoveTPMPanelSwitchFromList(2, tpmPanelSwitch, whenTurnedOn);
foreach (var keyBinding in _keyBindings)
{
if (keyBinding.TPMSwitch == tpmPanelSwitch && keyBinding.WhenTurnedOn == whenTurnedOn)
{
if (sortedList.Count == 0)
{
keyBinding.OSKeyPress = null;
}
else
{
keyBinding.OSKeyPress = new OSKeyPress(information, sortedList);
keyBinding.WhenTurnedOn = whenTurnedOn;
}
found = true;
break;
}
}
if (!found && sortedList.Count > 0)
{
var keyBinding = new KeyBindingTPM();
keyBinding.TPMSwitch = tpmPanelSwitch;
keyBinding.OSKeyPress = new OSKeyPress(information, sortedList);
keyBinding.WhenTurnedOn = whenTurnedOn;
_keyBindings.Add(keyBinding);
}
IsDirtyMethod();
}
public override void ImportSettings(List <string> settings)
{
//Clear current bindings
ClearSettings();
if (settings == null || settings.Count == 0)
{
return;
}
foreach (var setting in settings)
{
if (!setting.StartsWith("#") && setting.Length > 2 && setting.Contains(InstanceId))
{
if (setting.StartsWith("TPMPanelSwitch{"))
{
var keyBinding = new KeyBindingTPM();
keyBinding.ImportSettings(setting);
_keyBindings.Add(keyBinding);
}
else if (setting.StartsWith("TPMPanelDCSBIOSControl{"))
{
var dcsBIOSBindingTPM = new DCSBIOSBindingTPM();
dcsBIOSBindingTPM.ImportSettings(setting);
_dcsBiosBindings.Add(dcsBIOSBindingTPM);
}
}
}
OnSettingsApplied();
}
public override void ImportSettings(List <string> settings)
{
//Clear current bindings
ClearSettings();
if (settings == null || settings.Count == 0)
{
return;
}
foreach (var setting in settings)
{
if (!setting.StartsWith("#") && setting.Length > 2 && setting.Contains(InstanceId))
{
if (setting.StartsWith("TPMPanelSwitch{"))
{
var keyBinding = new KeyBindingTPM();
keyBinding.ImportSettings(setting);
_keyBindings.Add(keyBinding);
}
else if (setting.StartsWith("TPMPanelOSCommand"))
{
var osCommand = new OSCommandBindingTPM();
osCommand.ImportSettings(setting);
_osCommandBindings.Add(osCommand);
}
else if (setting.StartsWith("TPMPanelDCSBIOSControl{"))
{
var dcsBIOSBindingTPM = new DCSBIOSBindingTPM();
dcsBIOSBindingTPM.ImportSettings(setting);
_dcsBiosBindings.Add(dcsBIOSBindingTPM);
}
else if (setting.StartsWith("TPMPanelBipLink{"))
{
var tmpBipLink = new BIPLinkTPM();
tmpBipLink.ImportSettings(setting);
_bipLinks.Add(tmpBipLink);
}
}
}
_keyBindings = KeyBindingTPM.SetNegators(_keyBindings);
OnSettingsApplied();
}
public void AddOrUpdateSingleKeyBinding(TPMPanelSwitches tpmPanelSwitch, string keys, KeyPressLength keyPressLength, bool whenTurnedOn = true)
{
if (string.IsNullOrEmpty(keys))
{
var tmp = new TPMPanelSwitch.TPMPanelSwitchOnOff(tpmPanelSwitch, whenTurnedOn);
ClearAllBindings(tmp);
return;
}
var found = false;
foreach (var keyBinding in _keyBindings)
{
if (keyBinding.TPMSwitch == tpmPanelSwitch && keyBinding.WhenTurnedOn == whenTurnedOn)
{
if (string.IsNullOrEmpty(keys))
{
keyBinding.OSKeyPress = null;
}
else
{
keyBinding.OSKeyPress = new OSKeyPress(keys, keyPressLength);
keyBinding.WhenTurnedOn = whenTurnedOn;
}
found = true;
}
}
if (!found && !string.IsNullOrEmpty(keys))
{
var keyBinding = new KeyBindingTPM();
keyBinding.TPMSwitch = tpmPanelSwitch;
keyBinding.OSKeyPress = new OSKeyPress(keys, keyPressLength);
keyBinding.WhenTurnedOn = whenTurnedOn;
_keyBindings.Add(keyBinding);
}
Common.DebugP("TPMPanel _keyBindings : " + _keyBindings.Count);
IsDirtyMethod();
}
