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mirror of synced 2024-11-05 02:59:16 +00:00
G940LEDControl/G940LEDControl/Units/StaticLEDFunction.pas
Mark van Renswoude 32f411c1b8 Added: start of configuration conversion
Added: registration of states
Added: prototype FSX function implemention
- subject to change; separation of definition and running state will be added later
2013-02-14 21:45:25 +00:00

100 lines
1.8 KiB
ObjectPascal

unit StaticLEDFunction;
interface
uses
LEDFunction,
LEDColorIntf,
LEDStateIntf;
type
TStaticLEDFunctionProvider = class(TCustomLEDFunctionProvider)
protected
procedure RegisterFunctions; override;
function GetUID: string; override;
end;
TStaticLEDFunction = class(TCustomLEDFunction)
private
FColor: TLEDColor;
FState: ILEDState;
protected
function GetCategoryName: string; override;
function GetDisplayName: string; override;
function GetUID: string; override;
function GetCurrentState: ILEDState; override;
public
constructor Create(AColor: TLEDColor);
end;
implementation
uses
LEDColorPool,
LEDFunctionRegistry,
LEDState,
StaticResources;
{ TStaticLEDFunctionProvider }
procedure TStaticLEDFunctionProvider.RegisterFunctions;
var
color: TLEDColor;
begin
for color := Low(TLEDColor) to High(TLEDColor) do
RegisterFunction(TStaticLEDFunction.Create(color));
end;
function TStaticLEDFunctionProvider.GetUID: string;
begin
Result := StaticProviderUID;
end;
{ TStaticLEDFunction }
constructor TStaticLEDFunction.Create(AColor: TLEDColor);
begin
inherited Create;
FColor := AColor;
end;
function TStaticLEDFunction.GetCategoryName: string;
begin
Result := StaticCategory;
end;
function TStaticLEDFunction.GetDisplayName: string;
begin
Result := StaticFunctionDisplayName[FColor];
end;
function TStaticLEDFunction.GetUID: string;
begin
Result := StaticFunctionUID[FColor];
end;
function TStaticLEDFunction.GetCurrentState: ILEDState;
begin
if not Assigned(FState) then
FState := TLEDState.Create('', '', TLEDColorPool.GetColor(FColor));
Result := FState;
end;
initialization
TLEDFunctionRegistry.Register(TStaticLEDFunctionProvider.Create);
end.