public FixtureSettings(LightingFixtureSettings settings, Window parent)
: base(settings.name, settings.name.IsNotEmpty(), parent)
{
fixtureName = settings.name;
var t = new SettingsTextBox("Name");
t.textBox.text = fixtureName.IsNotEmpty() ? fixtureName : "Enter name";
t.textBox.TextChangedEvent += (sender, args) => {
if (args.text.IsEmpty())
{
args.keepText = false;
}
else if (Devices.Lighting.GadgetNameExists(args.text))
{
MessageBox.Show("Heater name already exists");
args.keepText = false;
}
};
AddSetting(t);
var c = new SettingsComboBox("Outlet");
if (fixtureName.IsNotEmpty())
{
var ic = settings.channel;
c.combo.comboList.Add(string.Format("Current: {0}.p{1}", ic.Group, ic.Individual));
c.combo.activeIndex = 0;
}
c.combo.nonActiveMessage = "Select outlet";
c.combo.comboList.AddRange(Driver.Power.GetAllAvaiableChannels());
AddSetting(c);
var s = new SettingsSelectorSwitch("Temp Lockout");
if (fixtureName.IsNotEmpty())
{
s.selectorSwitch.currentSelected = settings.highTempLockout ? 0 : 1;
}
AddSetting(s);
bool isDimming = settings.dimmingChannel.IsNotEmpty();
s = new SettingsSelectorSwitch("Dimming Fixture", "Yes", "No");
s.selectorSwitch.currentSelected = isDimming ? 0 : 1;
showOptional = isDimming;
s.selectorSwitch.SelectorChangedEvent += (sender, args) => {
if (args.currentSelectedIndex == 0)
{
showOptional = true;
}
else
{
showOptional = false;
}
};
AddSetting(s);
c = new SettingsComboBox("Dimming Channel");
if (fixtureName.IsNotEmpty() && isDimming)
{
var ic = settings.dimmingChannel;
c.combo.comboList.Add(string.Format("Current: {0}.q{1}", ic.Group, ic.Individual));
c.combo.activeIndex = 0;
}
c.combo.nonActiveMessage = "Select outlet";
c.combo.comboList.AddRange(Driver.AnalogOutput.GetAllAvaiableChannels());
AddOptionalSetting(c);
DrawSettings();
}
public WaterGroupSettings(WaterLevelGroupSettings settings, Window parent)
: base(settings.name + " Water", settings.name.IsNotEmpty(), parent)
{
groupName = settings.name;
var t = new SettingsTextBox("Name");
t.textBox.text = groupName.IsNotEmpty() ? groupName : "Enter name";
t.textBox.TextChangedEvent += (sender, args) => {
if (args.text.IsEmpty())
{
args.keepText = false;
}
if (WaterLevel.WaterLevelGroupNameExists(args.text))
{
MessageBox.Show("Water level group name already exists");
args.keepText = false;
}
};
AddSetting(t);
var b = new SettingsBlank("blank1");
AddSetting(b);
var s = new SettingsSelectorSwitch("Enable High Alarm");
s.selectorSwitch.currentSelected = 1;
if (groupName.IsNotEmpty())
{
s.selectorSwitch.currentSelected = settings.enableHighAnalogAlarm ? 0 : 1;
}
AddSetting(s);
t = new SettingsTextBox("High Alarm");
t.textBox.text = groupName.IsNotEmpty() ?
settings.highAnalogAlarmSetpoint.ToString() :
"0";
t.textBox.TextChangedEvent += (sender, args) => {
try {
float highAlarmStpnt = Convert.ToSingle(args.text);
if (highAlarmStpnt < 0f)
{
MessageBox.Show("High alarm setpoint can't be negative");
args.keepText = false;
return;
}
} catch {
MessageBox.Show("Improper high alarm setpoint format");
args.keepText = false;
}
};
AddSetting(t);
s = new SettingsSelectorSwitch("Enable Low Alarm");
s.selectorSwitch.currentSelected = 1;
if (groupName.IsNotEmpty())
{
s.selectorSwitch.currentSelected = settings.enableLowAnalogAlarm ? 0 : 1;
}
AddSetting(s);
t = new SettingsTextBox("Low Alarm");
t.textBox.text = groupName.IsNotEmpty() ?
settings.lowAnalogAlarmSetpoint.ToString() :
"0";
t.textBox.TextChangedEvent += (sender, args) => {
try {
float lowAlarmStpnt = Convert.ToSingle(args.text);
if (lowAlarmStpnt < 0f)
{
MessageBox.Show("Low alarm setpoint can't be negative");
args.keepText = false;
return;
}
} catch {
MessageBox.Show("Improper low alarm setpoint format");
args.keepText = false;
}
};
AddSetting(t);
DrawSettings();
}
public AtoSettings(AutoTopOffGroupSettings settings, Window parent)
: base(settings.name + " Auto Top Off", settings.name.IsNotEmpty(), parent)
{
groupName = settings.name;
var t = new SettingsTextBox("Name");
t.textBox.text = groupName.IsNotEmpty() ? groupName : "Enter name";
t.textBox.TextChangedEvent += (sender, args) => {
if (args.text.IsEmpty())
{
args.keepText = false;
}
else if (!AutoTopOff.AtoGroupNameOk(args.text))
{
MessageBox.Show("ATO group name already exists");
args.keepText = false;
}
};
AddSetting(t);
var s = new SettingsSelectorSwitch("Enable");
if (groupName.IsNotEmpty())
{
s.selectorSwitch.currentSelected = settings.enable ? 0 : 1;
}
AddSetting(s);
var c = new SettingsComboBox("Water Group");
c.combo.nonActiveMessage = "Select Water Level Group";
var availableGroups = WaterLevel.GetAllWaterLevelGroupNames();
c.combo.comboList.AddRange(availableGroups);
if (groupName.IsNotEmpty())
{
var index = Array.IndexOf(availableGroups, settings.waterLevelGroupName);
c.combo.activeIndex = index;
}
AddSetting(c);
t = new SettingsTextBox("Request Bit Name");
t.textBox.text = groupName.IsNotEmpty() ? settings.requestBitName : "Enter name";
t.textBox.TextChangedEvent += (sender, args) => {
if (args.text.IsEmpty())
{
args.keepText = false;
}
};
AddSetting(t);
s = new SettingsSelectorSwitch("Use Analog");
if (groupName.IsNotEmpty())
{
s.selectorSwitch.currentSelected = settings.useAnalogSensors ? 0 : 1;
}
AddSetting(s);
t = new SettingsTextBox("Analog Off");
t.textBox.text = groupName.IsNotEmpty() ? settings.analogOffSetpoint.ToString() : "0";
t.textBox.TextChangedEvent += (sender, args) => {
try {
float offStpnt = Convert.ToSingle(args.text);
if (offStpnt < 0f)
{
MessageBox.Show("Analog on setpoint can't be negative");
args.keepText = false;
return;
}
} catch {
MessageBox.Show("Improper analog off setpoint format");
args.keepText = false;
}
};
AddSetting(t);
t = new SettingsTextBox("Analog On");
t.textBox.text = groupName.IsNotEmpty() ? settings.analogOnSetpoint.ToString() : "0";
t.textBox.TextChangedEvent += (sender, args) => {
try {
float onStpnt = Convert.ToSingle(args.text);
if (onStpnt < 0f)
{
MessageBox.Show("Analog on setpoint can't be negative");
args.keepText = false;
return;
}
} catch {
MessageBox.Show("Improper analog on setpoint format");
args.keepText = false;
}
};
AddSetting(t);
s = new SettingsSelectorSwitch("Use Float Switch");
if (groupName.IsNotEmpty())
{
s.selectorSwitch.currentSelected = settings.useFloatSwitches ? 0 : 1;
}
AddSetting(s);
t = new SettingsTextBox("Max Runtime");
t.textBox.text = groupName.IsNotEmpty() ?
string.Format("{0} mins", settings.maximumRuntime) :
"1 min";
t.textBox.TextChangedEvent += (sender, args) => {
if (args.text.IsEmpty())
{
args.keepText = false;
}
var time = ParseTime(args.text);
if (time >= 0)
{
args.text = string.Format("{0} mins", time);
}
else
{
MessageBox.Show("Improper format");
args.keepText = false;
}
};
AddSetting(t);
t = new SettingsTextBox("Cooldown");
t.textBox.text = groupName.IsNotEmpty() ?
string.Format("{0} mins", settings.minimumCooldown) :
"10 min";
t.textBox.TextChangedEvent += (sender, args) => {
if (args.text.IsEmpty())
{
args.keepText = false;
}
var time = ParseTime(args.text);
if (time >= 0)
{
args.text = string.Format("{0} mins", time);
}
else
{
MessageBox.Show("Improper format");
args.keepText = false;
}
};
AddSetting(t);
DrawSettings();
}
