/// <summary> /// Executes the RestoreVolumePriorToRamp action. /// </summary> /// <param name="instanceId">In value for the InstanceID action parameter.</param> /// <param name="channel">In value for the Channel action parameter.</param> public async Task RestoreVolumePriorToRamp(UInt32 instanceId, AargtypeChannelEnum channel) { var loIn = new object[2]; loIn[0] = instanceId; loIn[1] = RenderingControlExtensions.ToStringAargtypeChannel(channel); var action = new SoapAction { ArgNames = new[] { "InstanceID", "Channel" }, Name = CsActionRestoreVolumePriorToRamp, ExpectedReplyCount = 0 }; await InvokeActionAsync(action, loIn); }
/// <summary> /// Executes the SetLoudness action. /// </summary> /// <param name="instanceId">In value for the InstanceID action parameter.</param> /// <param name="channel">In value for the Channel action parameter.</param> /// <param name="desiredLoudness">In value for the DesiredLoudness action parameter.</param> public async Task SetLoudness(UInt32 instanceId, AargtypeChannelEnum channel, Boolean desiredLoudness) { var loIn = new object[3]; loIn[0] = instanceId; loIn[1] = RenderingControlExtensions.ToStringAargtypeChannel(channel); loIn[2] = desiredLoudness; var action = new SoapAction { ArgNames = new[] { "InstanceID", "Channel", "DesiredLoudness" }, Name = CsActionSetLoudness, ExpectedReplyCount = 0 }; await InvokeActionAsync(action, loIn); }
/// <summary> /// Gets the string value for the AARGTYPEChannel state var from its enumeration value. /// </summary> /// <param name="value">The enumeration value to get the string value for.</param> /// <returns>The string value for the enumeration, or string.empty if AARGTYPEChannelEnum.Invalid or out of range.</returns> public static string ToStringAargtypeChannel(AargtypeChannelEnum value) { switch (value) { case AargtypeChannelEnum.Master: return(CsAllowedValAargtypeChannelMaster); case AargtypeChannelEnum.Lf: return(CsAllowedValAargtypeChannelLf); case AargtypeChannelEnum.Rf: return(CsAllowedValAargtypeChannelRf); default: return(String.Empty); } }
/// <summary> /// Executes the GetLoudness action. /// </summary> /// <param name="instanceId">In value for the InstanceID action parameter.</param> /// <param name="channel">In value for the Channel action parameter.</param> /// <returns>Out value for the CurrentLoudness action parameter.</returns> public async Task <ActionResult> GetLoudness(UInt32 instanceId, AargtypeChannelEnum channel) { var loIn = new object[2]; loIn[0] = instanceId; loIn[1] = RenderingControlExtensions.ToStringAargtypeChannel(channel); var action = new SoapAction { ArgNames = new[] { "InstanceID", "Channel" }, Name = CsActionGetLoudness, ExpectedReplyCount = 1 }; SoapActionResult result = await InvokeActionAsync(action, loIn); // TODO: check for execption return(new ActionResult(result.XElement)); }
/// <summary> /// Executes the SetRelativeVolume action. /// </summary> /// <param name="instanceId">In value for the InstanceID action parameter.</param> /// <param name="channel">In value for the Channel action parameter.</param> /// <param name="adjustment">In value for the Adjustment action parameter.</param> /// <returns>Out value for the NewVolume action parameter. With range of 0 to 100. Increment of 1.</returns> public async Task <ActionResult> SetRelativeVolume(UInt32 instanceId, AargtypeChannelEnum channel, Int32 adjustment) { var loIn = new object[3]; loIn[0] = instanceId; loIn[1] = RenderingControlExtensions.ToStringAargtypeChannel(channel); loIn[2] = adjustment; var action = new SoapAction { ArgNames = new[] { "InstanceID", "Channel", "Adjustment" }, Name = CsActionSetRelativeVolume, ExpectedReplyCount = 1 }; SoapActionResult result = await InvokeActionAsync(action, loIn); // TODO: check for execption return(new ActionResult(result.XElement)); }
/// <summary> /// Executes the RampToVolume action. /// </summary> /// <param name="instanceId">In value for the InstanceID action parameter.</param> /// <param name="channel">In value for the Channel action parameter.</param> /// <param name="rampType">In value for the RampType action parameter.</param> /// <param name="desiredVolume">In value for the DesiredVolume action parameter. With range of 0 to 100. Increment of 1.</param> /// <param name="resetVolumeAfter">In value for the ResetVolumeAfter action parameter.</param> /// <param name="programUri">In value for the ProgramURI action parameter.</param> /// <returns>Out value for the RampTime action parameter.</returns> public async Task <ActionResult> RampToVolume(UInt32 instanceId, AargtypeChannelEnum channel, AargtypeRampTypeEnum rampType, UInt16 desiredVolume, Boolean resetVolumeAfter, String programUri) { var loIn = new object[6]; loIn[0] = instanceId; loIn[1] = RenderingControlExtensions.ToStringAargtypeChannel(channel); loIn[2] = RenderingControlExtensions.ToStringAargtypeRampType(rampType); loIn[3] = desiredVolume; loIn[4] = resetVolumeAfter; loIn[5] = programUri; var action = new SoapAction { ArgNames = new[] { "InstanceID", "Channel", "RampType", "DesiredVolume", "ResetVolumeAfter", "ProgramURI" }, Name = CsActionRampToVolume, ExpectedReplyCount = 1 }; SoapActionResult result = await InvokeActionAsync(action, loIn); // TODO: check for execption return(new ActionResult(result.XElement)); }