private EdmCapability CreateEdmCapability()
{
List <AttributeDefinition> attribtueDefinitions = new List <AttributeDefinition>();
attribtueDefinitions.Add(
new SgetAttributDefinition(
_maxblockLengthAttributeId,
UicUriBuilder.DatapointFrom(this, "MaxBlockLength"),
"I2C MaxBlockLength",
UicDataType.Integer,
string.Empty));
return(new EapI2cEdmCapability(Identifier, new CommandDefinition[0], attribtueDefinitions.ToArray(), new DatapointDefinition[0]));
}
private EdmCapability CreateEdmCapability()
{
var dataPoints = new List <DatapointDefinition>();
var commands = new List <CommandDefinition>();
foreach (EapiGpioId pin in Enum.GetValues(typeof(EapiGpioId)))
{
string pinname = "Pin" + (int)pin;
string uri = UicUriBuilder.DatapointFrom(this, pinname);
_gpioIdMap[uri] = pin;
var pinDef = new SgetDatapointDefinition(pin.ToGuid(), uri, UicDataType.Bool, pinname, string.Empty);
dataPoints.Add(pinDef);
if ((int)pin > (int)EapiGpioId.EAPI_ID_GPIO_GPIO07)
{
var onCommand = new SgetCommandDefinition(
pin.ToOnCommandGuid(),
UicUriBuilder.CommandFrom(this, pinname + ".on"),
"Set " + pinname,
pinname + "@set",
UicDataType.Bool,
string.Empty,
pinDef
, new[] { "On" });
commands.Add(onCommand);
_onCommandMap.Add(onCommand.Uri, pin);
var offCommand = new SgetCommandDefinition(
pin.ToOffCommandGuid(),
UicUriBuilder.CommandFrom(this, pinname + ".off"),
"Reset " + pinname,
pinname + "@reset",
UicDataType.Bool,
string.Empty,
pinDef
, new[] { "Off" });
commands.Add(offCommand);
_offCommandMap.Add(offCommand.Uri, pin);
}
}
return(new GpioEdmCapability(Identifier, dataPoints.ToArray(), new AttributeDefinition[0], commands.ToArray()));
}
private SgetDatapointDefinition GetDatapointDefinitionOf(BoardInformationValueId item)
{
switch (item)
{
case BoardInformationValueId.EAPI_ID_GET_EAPI_SPEC_VERSION:
return(null);
case BoardInformationValueId.EAPI_ID_BOARD_BOOT_COUNTER_VAL:
return(new SgetDatapointDefinition(new Guid("0D516431-537D-49E4-88F7-6FD0ED39A142"), UicUriBuilder.DatapointFrom(_edm, item.ToString()),
UicDataType.Integer, "Boot Cpunter", string.Empty));
case BoardInformationValueId.EAPI_ID_BOARD_RUNNING_TIME_METER_VAL:
return(new SgetDatapointDefinition(new Guid("A7464FB7-1BDD-45AB-9F57-5E591EBC829E"), UicUriBuilder.DatapointFrom(_edm, item.ToString())
, UicDataType.Integer, "Running Time", string.Empty));
case BoardInformationValueId.EAPI_ID_BOARD_PNPID_VAL:
return(null);
case BoardInformationValueId.EAPI_ID_BOARD_PLATFORM_REV_VAL:
return(null);
case BoardInformationValueId.EAPI_ID_BOARD_DRIVER_VERSION_VAL:
return(null);
case BoardInformationValueId.EAPI_ID_BOARD_LIB_VERSION_VAL:
return(null);
case BoardInformationValueId.EAPI_ID_HWMON_CPU_TEMP:
return(new SgetDatapointDefinition(new Guid("2C77712B-792E-4525-BF32-43B98ADDB358"), UicUriBuilder.DatapointFrom(_edm, item.ToString()),
UicDataType.Double, "CPU Temperature", string.Empty));
case BoardInformationValueId.EAPI_ID_HWMON_CHIPSET_TEMP:
return(new SgetDatapointDefinition(new Guid("32B9D71C-FAE4-459A-B55C-F90043B36FD5"), UicUriBuilder.DatapointFrom(_edm, item.ToString()),
UicDataType.Double, "Chipset Temperature", string.Empty));
case BoardInformationValueId.EAPI_ID_HWMON_SYSTEM_TEMP:
return(new SgetDatapointDefinition(new Guid("2B82E7FC-5CF9-47D7-8628-165E41A4D270"), UicUriBuilder.DatapointFrom(_edm, item.ToString()),
UicDataType.Double, "System Temperature", string.Empty));
case BoardInformationValueId.EAPI_ID_HWMON_VOLTAGE_VCORE:
return(new SgetDatapointDefinition(new Guid("EA36D432-D3AA-4FE6-BF1A-5F426391AF29"), UicUriBuilder.DatapointFrom(_edm, item.ToString()),
UicDataType.Integer, "VCore Voltage", string.Empty));
case BoardInformationValueId.EAPI_ID_HWMON_VOLTAGE_2V5:
return(new SgetDatapointDefinition(new Guid("86AF29CE-1B16-4389-BE3E-B16177AEE8E0"), UicUriBuilder.DatapointFrom(_edm, item.ToString()),
UicDataType.Integer, "2V5 Voltage", string.Empty));
case BoardInformationValueId.EAPI_ID_HWMON_VOLTAGE_3V3:
return(new SgetDatapointDefinition(new Guid("2C4BCA30-D414-44E2-8175-4D8EA4FD9AD9"), UicUriBuilder.DatapointFrom(_edm, item.ToString()),
UicDataType.Integer, "3V3 Voltage", string.Empty));
case BoardInformationValueId.EAPI_ID_HWMON_VOLTAGE_VBAT:
return(new SgetDatapointDefinition(new Guid("1F2B7CFA-4B49-438A-AE0D-D1FC05619C8A"), UicUriBuilder.DatapointFrom(_edm, item.ToString()),
UicDataType.Integer, "VBat Voltage", string.Empty));
case BoardInformationValueId.EAPI_ID_HWMON_VOLTAGE_5V:
return(new SgetDatapointDefinition(new Guid("306D9B8C-47B9-471E-BFCE-46D91379495A"), UicUriBuilder.DatapointFrom(_edm, item.ToString()),
UicDataType.Integer, "5mV Voltage", string.Empty));
case BoardInformationValueId.EAPI_ID_HWMON_VOLTAGE_5VSB:
return(new SgetDatapointDefinition(new Guid("9BDDE406-2A79-49FC-A00E-0125855BD7E9"), UicUriBuilder.DatapointFrom(_edm, item.ToString()),
UicDataType.Integer, "5VSB Voltage", string.Empty));
case BoardInformationValueId.EAPI_ID_HWMON_VOLTAGE_12V:
return(new SgetDatapointDefinition(new Guid("442911D3-BE9B-4128-80CF-002AEAAD1D61"), UicUriBuilder.DatapointFrom(_edm, item.ToString()),
UicDataType.Integer, "12V Voltage", string.Empty));
case BoardInformationValueId.EAPI_ID_HWMON_FAN_CPU:
return(new SgetDatapointDefinition(new Guid("1DB26A04-AE5A-4802-9755-9E411D4B7081"), UicUriBuilder.DatapointFrom(_edm, item.ToString()),
UicDataType.Integer, "CPU Fan", string.Empty));
case BoardInformationValueId.EAPI_ID_HWMON_FAN_SYSTEM:
return(new SgetDatapointDefinition(new Guid("04AEECAC-C183-4910-9C2F-7C1E9C4643B8"), UicUriBuilder.DatapointFrom(_edm, item.ToString()),
UicDataType.Integer, "System Fan", string.Empty));
default:
throw new ArgumentOutOfRangeException(nameof(item), item, null);
}
}
public PstUicProject(ILoggerFactory loggerFactory) : base(
"26895846c960465ebd89f28d10e6460c",
"JU Test",
"Main JU Test Project",
"SGeT",
Guid.NewGuid(),
new List <SgetAttributDefinition>(),
new List <SgetProjectDatapointTask>())
{
EapiBoardInformationEdm eapiBoardInformation = new EapiBoardInformationEdm();
foreach (var attr in eapiBoardInformation.GetCapability().AttributeDefinitions)
{
Attributes.Add(attr);
}
// TODO: commands from EapiGPIO
MockupEdm mockupEdm = new MockupEdm(loggerFactory);
DatapointTasks.Add(new SgetProjectDatapointTask(
new SgetDatapointDefinition(new Guid("{83f02bea-c22b-46aa-b1c2-4ab8102d8a80}"), UicUriBuilder.DatapointFrom(mockupEdm, "Bool_mock"), UicDataType.Bool, "Random Bool", "Digital input mockup"),
new SgetDatapointTaskReportingCondition(50, -1, 50000),
10,
new SgetDatapointTaskMetadata(0, 0, 0, 0, false, "SwitchButton"),
"Random Bool"));
DatapointTasks.Add(new SgetProjectDatapointTask(
new SgetDatapointDefinition(new Guid("{4087d40d-d4e2-42b1-89a4-9b9d18499a04}"), UicUriBuilder.DatapointFrom(mockupEdm, "Integer_mock"), UicDataType.Integer, "Random Integer", "Integer measurement mockup"),
new SgetDatapointTaskReportingCondition(50, 0, 30000),
5,
new SgetDatapointTaskMetadata(0, 0, 0, 0, false, "SimpleValue"),
"Random Integer"));
}
private DatapointDefinition[] ConstructDatapoints(out DatapointDefinition boolDatapoint)
{
var datapoints = new List <DatapointDefinition>();
boolDatapoint = new SgetDatapointDefinition(new Guid("{83f02bea-c22b-46aa-b1c2-4ab8102d8a80}"), UicUriBuilder.DatapointFrom(this, "Bool_mock"), UicDataType.Bool, "Random Bool", "Digital input mockup");
datapoints.Add(boolDatapoint);
datapoints.Add(new SgetDatapointDefinition(new Guid("{4087d40d-d4e2-42b1-89a4-9b9d18499a04}"), UicUriBuilder.DatapointFrom(this, "Integer_mock"), UicDataType.Integer, "Random Integer", "Integer measurement mockup"));
datapoints.Add(new SgetDatapointDefinition(new Guid("{a41fc3af-4f73-42bf-8290-43ed883edd8f}"), UicUriBuilder.DatapointFrom(this, "Double_mock"), UicDataType.Double, "Random Double", "Double measurement mockup"));
datapoints.Add(new SgetDatapointDefinition(new Guid("{3b20829f-cc30-4923-a2d6-30502ccb9acd}"), UicUriBuilder.DatapointFrom(this, "Gps_mock"), UicDataType.Gps, "Random GPS", "geo location mockup"));
datapoints.Add(new SgetDatapointDefinition(new Guid("{fbd3e390-ffb7-455b-b0dc-695b13329eb6}"), UicUriBuilder.DatapointFrom(this, "String_mock"), UicDataType.String, "Random String", "messaging mockup"));
return(datapoints.ToArray());
}