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Changes base class to CrestronGenericBridgeableBaseDevice

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* adds LinkToApi method
This commit is contained in:
Andrew Welker
2020-04-14 16:08:58 -06:00
parent 0e27928a88
commit 560e7a0f04
1 changed files with 276 additions and 1 deletions
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277
essentials-framework/Essentials DM/Essentials_DM/Chassis/DmChassisController.cs
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@@ -2,10 +2,14 @@
using System;
using System.Collections.Generic;
using Crestron.SimplSharp;
using Crestron.SimplSharpPro.DeviceSupport;
using Crestron.SimplSharpPro.DM;
using Crestron.SimplSharpPro.DM.Cards;
using Crestron.SimplSharpPro.DM.Endpoints;
using Newtonsoft.Json;
using PepperDash.Core;
using PepperDash.Essentials.Core;
using PepperDash.Essentials.Core.Bridges;
using PepperDash.Essentials.DM.Config;
namespace PepperDash.Essentials.DM
@@ -14,7 +18,7 @@ namespace PepperDash.Essentials.DM
/// Builds a controller for basic DM-RMCs with Com and IR ports and no control functions
///
/// </summary>
public class DmChassisController : CrestronGenericBaseDevice, IDmSwitch, IRoutingInputsOutputs, IRouting, IHasFeedback
public class DmChassisController : CrestronGenericBridgeableBaseDevice, IDmSwitch, IRoutingInputsOutputs, IRouting, IHasFeedback
{
public DMChassisPropertiesConfig PropertiesConfig { get; set; }
@@ -985,6 +989,277 @@ namespace PepperDash.Essentials.DM
}
}
#endregion
public override void LinkToApi(BasicTriList trilist, uint joinStart, string joinMapKey, EiscApi bridge)
{
var joinMap = new DmChassisControllerJoinMap();
var joinMapSerialized = JoinMapHelper.GetSerializedJoinMapForDevice(joinMapKey);
if (!string.IsNullOrEmpty(joinMapSerialized))
joinMap = JsonConvert.DeserializeObject<DmChassisControllerJoinMap>(joinMapSerialized);
joinMap.OffsetJoinNumbers(joinStart);
Debug.Console(1, this, "Linking to Trilist '{0}'", trilist.ID.ToString("X"));
var chassis = Chassis as DmMDMnxn;
IsOnline.LinkInputSig(trilist.BooleanInput[joinMap.IsOnline]);
trilist.SetUShortSigAction(joinMap.SystemId, o =>
{
if (chassis != null)
chassis.SystemId.UShortValue = o;
});
trilist.SetSigTrueAction(joinMap.SystemId, () => {
if (chassis != null) chassis.ApplySystemId();
});
SystemIdFeebdack.LinkInputSig(trilist.UShortInput[joinMap.SystemId]);
SystemIdBusyFeedback.LinkInputSig(trilist.BooleanInput[joinMap.SystemId]);
// Link up outputs
for (uint i = 1; i <= Chassis.NumberOfOutputs; i++)
{
var ioSlot = i;
// Control
trilist.SetUShortSigAction(joinMap.OutputVideo + ioSlot, o => ExecuteSwitch(o, ioSlot, eRoutingSignalType.Video));
trilist.SetUShortSigAction(joinMap.OutputAudio + ioSlot, o => ExecuteSwitch(o, ioSlot, eRoutingSignalType.Audio));
trilist.SetUShortSigAction(joinMap.OutputUsb + ioSlot, o => ExecuteSwitch(o, ioSlot, eRoutingSignalType.UsbOutput));
trilist.SetUShortSigAction(joinMap.InputUsb + ioSlot, o => ExecuteSwitch(o, ioSlot, eRoutingSignalType.UsbInput));
if (TxDictionary.ContainsKey(ioSlot))
{
Debug.Console(2, "Creating Tx Feedbacks {0}", ioSlot);
var txKey = TxDictionary[ioSlot];
var basicTxDevice = DeviceManager.GetDeviceForKey(txKey) as DmTxControllerBase;
var advancedTxDevice = basicTxDevice;
if (Chassis is DmMd8x8Cpu3 || Chassis is DmMd8x8Cpu3rps
|| Chassis is DmMd16x16Cpu3 || Chassis is DmMd16x16Cpu3rps
|| Chassis is DmMd32x32Cpu3 || Chassis is DmMd32x32Cpu3rps)
{
InputEndpointOnlineFeedbacks[ioSlot].LinkInputSig(trilist.BooleanInput[joinMap.InputEndpointOnline + ioSlot]);
}
else
{
if (advancedTxDevice != null)
{
advancedTxDevice.IsOnline.LinkInputSig(trilist.BooleanInput[joinMap.InputEndpointOnline + ioSlot]);
Debug.Console(2, "Linking Tx Online Feedback from Advanced Transmitter at input {0}", ioSlot);
}
else if (InputEndpointOnlineFeedbacks[ioSlot] != null)
{
Debug.Console(2, "Linking Tx Online Feedback from Input Card {0}", ioSlot);
InputEndpointOnlineFeedbacks[ioSlot].LinkInputSig(trilist.BooleanInput[joinMap.InputEndpointOnline + ioSlot]);
}
}
if (basicTxDevice != null && advancedTxDevice == null)
trilist.BooleanInput[joinMap.TxAdvancedIsPresent + ioSlot].BoolValue = true;
if (advancedTxDevice != null)
{
advancedTxDevice.AnyVideoInput.VideoStatus.VideoSyncFeedback.LinkInputSig(trilist.BooleanInput[joinMap.VideoSyncStatus + ioSlot]);
}
else if (advancedTxDevice == null || basicTxDevice != null)
{
Debug.Console(1, "Setting up actions and feedbacks on input card {0}", ioSlot);
VideoInputSyncFeedbacks[ioSlot].LinkInputSig(trilist.BooleanInput[joinMap.VideoSyncStatus + ioSlot]);
var inputPort = InputPorts[string.Format("inputCard{0}--hdmiIn", ioSlot)];
if (inputPort != null)
{
Debug.Console(1, "Port value for input card {0} is set", ioSlot);
var port = inputPort.Port;
if (port != null)
{
if (port is HdmiInputWithCEC)
{
Debug.Console(1, "Port is HdmiInputWithCec");
var hdmiInPortWCec = port as HdmiInputWithCEC;
if (hdmiInPortWCec.HdcpSupportedLevel != eHdcpSupportedLevel.Unknown)
{
SetHdcpStateAction(true, hdmiInPortWCec, joinMap.HdcpSupportState + ioSlot, trilist);
}
InputCardHdcpCapabilityFeedbacks[ioSlot].LinkInputSig(trilist.UShortInput[joinMap.HdcpSupportState + ioSlot]);
if (InputCardHdcpCapabilityTypes.ContainsKey(ioSlot))
trilist.UShortInput[joinMap.HdcpSupportCapability + ioSlot].UShortValue = (ushort)InputCardHdcpCapabilityTypes[ioSlot];
else
trilist.UShortInput[joinMap.HdcpSupportCapability + ioSlot].UShortValue = 1;
}
}
}
else
{
inputPort = InputPorts[string.Format("inputCard{0}--dmIn", ioSlot)];
if (inputPort != null)
{
var port = inputPort.Port;
if (port is DMInputPortWithCec)
{
Debug.Console(1, "Port is DMInputPortWithCec");
var dmInPortWCec = port as DMInputPortWithCec;
if (dmInPortWCec != null)
{
SetHdcpStateAction(PropertiesConfig.InputSlotSupportsHdcp2[ioSlot], dmInPortWCec, joinMap.HdcpSupportState + ioSlot, trilist);
}
InputCardHdcpCapabilityFeedbacks[ioSlot].LinkInputSig(trilist.UShortInput[joinMap.HdcpSupportState + ioSlot]);
if (InputCardHdcpCapabilityTypes.ContainsKey(ioSlot))
trilist.UShortInput[joinMap.HdcpSupportCapability + ioSlot].UShortValue = (ushort)InputCardHdcpCapabilityTypes[ioSlot];
else
trilist.UShortInput[joinMap.HdcpSupportCapability + ioSlot].UShortValue = 1;
}
}
}
}
}
else
{
VideoInputSyncFeedbacks[ioSlot].LinkInputSig(trilist.BooleanInput[joinMap.VideoSyncStatus + ioSlot]);
var inputPort = InputPorts[string.Format("inputCard{0}--hdmiIn", ioSlot)];
if (inputPort != null)
{
var hdmiPort = inputPort.Port as EndpointHdmiInput;
if (hdmiPort != null)
{
SetHdcpStateAction(true, hdmiPort, joinMap.HdcpSupportState + ioSlot, trilist);
InputCardHdcpCapabilityFeedbacks[ioSlot].LinkInputSig(trilist.UShortInput[joinMap.HdcpSupportState + ioSlot]);
}
}
}
if (RxDictionary.ContainsKey(ioSlot))
{
Debug.Console(2, "Creating Rx Feedbacks {0}", ioSlot);
var rxKey = RxDictionary[ioSlot];
var rxDevice = DeviceManager.GetDeviceForKey(rxKey) as DmRmcControllerBase;
var hdBaseTDevice = DeviceManager.GetDeviceForKey(rxKey) as DmHdBaseTControllerBase;
if (Chassis is DmMd8x8Cpu3 || Chassis is DmMd8x8Cpu3rps
|| Chassis is DmMd16x16Cpu3 || Chassis is DmMd16x16Cpu3rps
|| Chassis is DmMd32x32Cpu3 || Chassis is DmMd32x32Cpu3rps || hdBaseTDevice != null)
{
OutputEndpointOnlineFeedbacks[ioSlot].LinkInputSig(trilist.BooleanInput[joinMap.OutputEndpointOnline + ioSlot]);
}
else if (rxDevice != null)
{
rxDevice.IsOnline.LinkInputSig(trilist.BooleanInput[joinMap.OutputEndpointOnline + ioSlot]);
}
}
// Feedback
VideoOutputFeedbacks[ioSlot].LinkInputSig(trilist.UShortInput[joinMap.OutputVideo + ioSlot]);
AudioOutputFeedbacks[ioSlot].LinkInputSig(trilist.UShortInput[joinMap.OutputAudio + ioSlot]);
UsbOutputRoutedToFeebacks[ioSlot].LinkInputSig(trilist.UShortInput[joinMap.OutputUsb + ioSlot]);
UsbInputRoutedToFeebacks[ioSlot].LinkInputSig(trilist.UShortInput[joinMap.InputUsb + ioSlot]);
OutputNameFeedbacks[ioSlot].LinkInputSig(trilist.StringInput[joinMap.OutputNames + ioSlot]);
InputNameFeedbacks[ioSlot].LinkInputSig(trilist.StringInput[joinMap.InputNames + ioSlot]);
OutputVideoRouteNameFeedbacks[ioSlot].LinkInputSig(trilist.StringInput[joinMap.OutputCurrentVideoInputNames + ioSlot]);
OutputAudioRouteNameFeedbacks[ioSlot].LinkInputSig(trilist.StringInput[joinMap.OutputCurrentAudioInputNames + ioSlot]);
OutputDisabledByHdcpFeedbacks[ioSlot].LinkInputSig(trilist.BooleanInput[joinMap.OutputDisabledByHdcp + ioSlot]);
}
}
private void SetHdcpStateAction(bool hdcpTypeSimple, HdmiInputWithCEC port, uint join, BasicTriList trilist)
{
if (hdcpTypeSimple)
{
trilist.SetUShortSigAction(join,
s =>
{
if (s == 0)
{
port.HdcpSupportOff();
}
else if (s > 0)
{
port.HdcpSupportOn();
}
});
}
else
{
trilist.SetUShortSigAction(join,
u =>
{
port.HdcpReceiveCapability = (eHdcpCapabilityType)u;
});
}
}
private void SetHdcpStateAction(bool hdcpTypeSimple, EndpointHdmiInput port, uint join, BasicTriList trilist)
{
if (hdcpTypeSimple)
{
trilist.SetUShortSigAction(join,
s =>
{
if (s == 0)
{
port.HdcpSupportOff();
}
else if (s > 0)
{
port.HdcpSupportOn();
}
});
}
else
{
trilist.SetUShortSigAction(join,
u =>
{
port.HdcpCapability = (eHdcpCapabilityType)u;
});
}
}
private void SetHdcpStateAction(bool supportsHdcp2, DMInputPortWithCec port, uint join, BasicTriList trilist)
{
if (!supportsHdcp2)
{
trilist.SetUShortSigAction(join,
s =>
{
if (s == 0)
{
port.HdcpSupportOff();
}
else if (s > 0)
{
port.HdcpSupportOn();
}
});
}
else
{
trilist.SetUShortSigAction(join,
u =>
{
port.HdcpReceiveCapability = (eHdcpCapabilityType)u;
});
}
}
}
public struct PortNumberType