public Application(IRGBFusionMotherboard motherboardLEDs, IRGBFusionPeripherals peripheralLEDs, TextWriter stdout, TextWriter stderr)
{
this.motherboardLEDs = motherboardLEDs;
this.peripheralLEDs = peripheralLEDs;
this.stdout = stdout;
this.stderr = stderr;
context = new ApplicationContext();
defaultZone = new List <string>();
currentZone = defaultZone;
peripheralsArgs = new List <string>();
genericOptions = new OptionSet
{
{ string.Format("Usage: {0} [OPTION]... [[LEDSETTING] | [ZONE LEDSETTING]...] [peripherals GVSETTING]", AppDomain.CurrentDomain.FriendlyName) },
{ "Set RGB Fusion motherboard LEDs" },
{ "" },
{ "Options:" },
{ "v|verbose", v => context.verbosity++ },
{ "l|list", "list zones", v => context.flag_List = true },
{ "?|h|help", "show help and exit", v => context.flag_Help = true },
{ "version", "show version information and exit", v => context.flag_Version = true },
{ "" }
};
zoneOptions = new OptionSet
{
{ "ZONE:" },
{ "z|zone=", "set zone", (int zone) => {
if (zone < 0)
{
throw new InvalidOperationException("Zones must be positive integers");
}
if (zones.ContainsKey(zone))
{
throw new InvalidOperationException(string.Format("Zone {0} already specified", zone));
}
if (zone >= motherboardLEDs.Layout.Length)
{
throw new InvalidOperationException(string.Format("Zone is {0}, max supported is {1}", zone, motherboardLEDs.Layout.Length));
}
currentZone = new List <string>();
zones.Add(zone, currentZone);
} },
{ "PERIPHERALS:" },
{ "peripherals", "set peripherals", v => {
currentZone = new List <string>();
peripheralsArgs = currentZone;
} },
{ "<>", v => currentZone.Add(v) },
};
ledSettingArgParsers = new List <LedSettingArgParser <LedSetting> >
{
new StaticColorArgParser(),
new ColorCycleArgParser(),
new PulseArgParser(),
new FlashArgParser(),
new DigitalAArgParser(),
new DigitalBArgParser(),
new DigitalCArgParser(),
new DigitalDArgParser(),
new DigitalEArgParser(),
new DigitalFArgParser(),
new DigitalGArgParser(),
new DigitalHArgParser(),
new DigitalIArgParser(),
new OffArgParser(),
};
gvLedSettingArgParsers = new List <LedSettingArgParser <GvLedSetting> >
{
new OffGvArgParser(),
new StaticColorGvArgParser(),
new ColorCycleGvArgParser()
};
helpOptionSets = new List <OptionSet>
{
genericOptions,
zoneOptions,
new OptionSet {
""
},
new OptionSet {
"LEDSETTING options:"
}
};
foreach (LedSettingArgParser <LedSetting> argParser in ledSettingArgParsers)
{
helpOptionSets.Add(new OptionSet {
""
});
helpOptionSets.Add(argParser.RequiredOptions);
helpOptionSets.Add(argParser.ExtraOptions);
}
helpOptionSets.Add(new OptionSet {
""
});
helpOptionSets.Add(new OptionSet {
"GVSETTING options:"
});
foreach (LedSettingArgParser <GvLedSetting> argParser in gvLedSettingArgParsers)
{
helpOptionSets.Add(new OptionSet {
""
});
helpOptionSets.Add(argParser.RequiredOptions);
helpOptionSets.Add(argParser.ExtraOptions);
}
}
public void Setup()
{
mock = new GvLedLibv1_0Mock();
peripherals = new RGBFusionPeripherals(new GvLedLibDotNet.Raw.GvLedLibv1_0Wrapper(mock));
}
