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var path = require("path");
var _ = require("underscore");
module.exports = function (opcua) {
/**
*
* Attribute Value
* BrowseName PhysicalAssetClassType
* IsAbstract False
* Subtype of the ISA95ClassType defined in 7.6.2.
* References NodeClass BrowseName DataType TypeDefinition ModellingRule
* HasISA95ClassProperty Variable <PropertyName> BaseDataType PhysicalAssetClassPropertyType OptionalPlaceholder
* HasISA95Attribute Variable Manufacturer CompanyType Optional
* HasISA95Attribute Variable ModelNumber String BaseDataVariableType Optional
* TestedByPhysicalAssetTest Object <TestSpecification> PhysicalAssetCapabilityTestSpecificationType
*
* @param options
* @param options.browseName {String/QualifiedName} : the new PhysicalAssetClassType name
* @param [options.manufacturer {CompanyType}] : the CompanyType
* @param [options.modelNumber {String} ] : the model Number
*
*/
opcua.AddressSpace.prototype.addPhysicalAssetClassType = function(options) {
assert(options.browseName);
var addressSpace = this;
const namespace = addressSpace.getOwnNamespace();
var physicalAssetClassType = addressSpace.findISA95ObjectType("PhysicalAssetClassType");
var newPhysicalAssetClassType = namespace.addObjectType({
browseName: options.browseName,
subtypeOf: physicalAssetClassType
});
function addManufacturerAttribute(node,manufacturer) {
addressSpace.addISA95Attribute({
ISA95AttributeOf: node,
typeDefinition: addressSpace.findISA95VariableType("CompanyType"),
browseName: "Manufacturer",
dataType: opcua.DataType.String,
value: { dataType: opcua.DataType.String , value: "manufacturer"},
modellingRule: "Mandatory"
});
}
// add optional property PhysicalAsset Level
Eif (options.manufacturer) {
addManufacturerAttribute(newPhysicalAssetClassType, options.manufacturer);
}
function addModelNumberAttribute(node,modelNumber) {
assert(typeof modelNumber === "string","expecting modelNumber to be a string");
addressSpace.addISA95Attribute({
ISA95AttributeOf: node,
browseName: "ModelNumber",
dataType: "String",
value: {dataType: opcua.DataType.String, value: modelNumber },
modellingRule: "Mandatory"
});
}
Iif (options.modelNumber) {
addModelNumberAttribute(newPhysicalAssetClassType, options.modelNumber);
}
return newPhysicalAssetClassType;
};
opcua.AddressSpace.prototype.addPhysicalAssetType = function(options) {
assert(options.browseName);
var addressSpace = this;
const namespace = addressSpace.getOwnNamespace();
var physicalAssetType = addressSpace.findISA95ObjectType("PhysicalAssetType");
var newPhysicalAssetType = namespace.addObjectType({
browseName: options.browseName,
subtypeOf: physicalAssetType
});
return newPhysicalAssetType;
};
function _physicalAsset_madeUpOfPhysicalAssets() {
var node = this;
var addressSpace = node.addressSpace;
var madeUpOfEquipment = addressSpace.findISA95ReferenceType("MadeUpOfPhysicalAsset");
return node.findReferencesExAsObject(madeUpOfEquipment);
}
/**
* Table 69 – PhysicalAssetType definition
* Attribute Value
* BrowseName PhysicalAssetType
* IsAbstract False
* References NodeClass BrowseName DataType TypeDefinition ModellingRule
* Subtype of the ISA95ObjectType defined in 7.6.3.
* HasISA95Property Variable <PropertyName> BaseDataType PhysicalAssetPropertyType OptionalPlaceholder
* MadeUpOfPhysicalAsset Object <PhysicalAsset> PhysicalAssetType OptionalPlaceholder
* TestedByPhysicalAssetTest Object <TestSpecification> PhysicalAssetCapabilityTestSpecificationType OptionalPlaceholder
* DefinedByPhysicalAssetClass Object PhysicalAssetClass PhysicalAssetClassType Optional
* LocatedIn Variables PhysicalLocation String GeoSpatialLocationType Optional
* HasISA95Attribute Variables FixedAssetId CDTIdentifier BaseDataVariableType Optional
* HasISA95Attribute Variables VendorId BaseDataType CompanyType Optional
* ImplementationOf Object Equipment EquipmentType Optional
* HasComponent Variable AssetAssignment structure ISA95AssetAssignmentType Optional
*
* @param options
* @param options.browseName
* @param options.description
* @param [options.organizedBy]
* @param options.definedByPhysicalAssetClass
* @param [options.containedByPhysicalAsset {Object}]
* @param [options.implementationOf {Equipment} ] razeaze*
* @param options.locatedIn {PhysicalLocation} the actual location associated with the instance of this PhysicalAssetType
* @param [options.fixedAssetId] the vendor provided identification number provided with the instance of the
* PhysicalAssetType. For Example it maybe the serial number associated with device.
* @param options.vendorId the vendor that provides the instance of this PhysicalAssetType. This may be the same
* as the manufacturer associated with the related class, but it may also be different.
* For example a system integrator maybe the vendor that provides the PhysicalAssetType,
* even though it is manufactured by another company.
* @param options.vendorId.typeDefinition
* @param options.vendorId.dataType
* @param options.vendorId.value {Variant}
* @param [options.organizedBy]
*/
opcua.AddressSpace.prototype.addPhysicalAsset = function(options) {
var addressSpace = this;
const namespace = addressSpace.getOwnNamespace();
var physicalAssetClassType = addressSpace.findISA95ObjectType("PhysicalAssetClassType");
assert(physicalAssetClassType);
var physicalAssetType = addressSpace.findISA95ObjectType("PhysicalAssetType");
assert(physicalAssetType);
options.typeDefinition = options.typeDefinition || physicalAssetType;
// The SourceNode of this ReferenceType shall be an Object of EquipmentType or its subtype.
assert(options.typeDefinition.isSupertypeOf(physicalAssetType),"TypeDefinition of PhysicalAsset to create shall be of type PhysicalAssetType");
Iif (false) {
var physicalAsset = namespace.addObject({
typeDefinition: options.typeDefinition,
browseName: options.browseName,
description: options.description,
organizedBy: options.organizedBy
});
}
var physicalAsset = options.typeDefinition.instantiate({
browseName: options.browseName,
description: options.description,
organizedBy: options.organizedBy,
modellingRule: options.modellingRule
});
options.definedByPhysicalAssetClass = options.definedByPhysicalAssetClass || "PhysicalAssetClassType";
assert(options.definedByPhysicalAssetClass," expecting a definedByPhysicalAssetClass options");
opcua.ISA95.utils.installDefinedByFooClassReferences({
node: physicalAsset,
definedByFooClass :options.definedByPhysicalAssetClass,
fooClassType: physicalAssetClassType,
definedByFooClassRef: "DefinedByPhysicalAssetClass",
fooType: physicalAssetType
});
// also add ISA96 Property and ISA95 Attribute that may be defined in type Definition
if (options.containedByPhysicalAsset) {
function _addContainedByPhysicalAssetReference(node,physicalAsset) {
opcua.ISA95.utils._addContainedByFooReference(node,physicalAsset,
"PhysicalAssetType","MadeUpOfPhysicalAsset");
}
_addContainedByPhysicalAssetReference(physicalAsset,options.containedByPhysicalAsset);
}
physicalAsset.madeUpOfPhysicalAssets = _physicalAsset_madeUpOfPhysicalAssets;
function assert_NodeIsOfTypedefintionCompanyType(node) {
var addressSpace = node.addressSpace;
assert(node.constructor.name ==="UAVariable", "node must be a UAVariable");
var companyType = addressSpace.findISA95VariableType("CompanyType");
if(!node.typeDefinitionObj.isSupertypeOf(companyType)) {
throw new Error("node "+ node.browseName.toString() + " must be of type definition CompanyType")
}
}
/**
*
* @param instance
* @param vendorId {UAVariable} of typeDefinition CompanyType
* @param vendorId.typeDefinition
* @param vendorId.dataType
* @param vendorId.value {Variant}
*/
function setVendorId(instance,vendorId) {
assert(typeof vendorId === "object");
//xx assert_NodeIsOfTypedefintionCompanyType(vendorId);
var addressSpace = instance.addressSpace;
const namespace = addressSpace.getOwnNamespace();
var hasISA95Attribute = addressSpace.findISA95ReferenceType("HasISA95Attribute");
var companyType = addressSpace.findISA95VariableType("CompanyType");
vendorId.typeDefinition = vendorId.typeDefinition || companyType;
Iif (!vendorId.typeDefinition.isSupertypeOf(companyType)) {
throw new Error("vendorId.typeDefinition must be of type CompanyType");
}
var vendorIdNode = namespace.addVariable({
typeDefinition: vendorId.typeDefinition,
browseName: "VendorId",
dataType: vendorId.dataType,
value: vendorId.value
});
instance.addReference({
referenceType: hasISA95Attribute.nodeId,
forward: true,
nodeId: vendorIdNode
});
// set vendor Id value
}
if (options.vendorId) {
setVendorId(physicalAsset,options.vendorId,options.vendorIdType);
}
if (options.fixedAssetId) {
assert(typeof options.fixedAssetId === "string");
var hasISA95Attribute = addressSpace.findISA95ReferenceType("HasISA95Attribute");
var CDTIdentifier = addressSpace.findISA95DataType("CDTIdentifier");
assert(CDTIdentifier);
var fixedAssetIdNode = namespace.addVariable({
typeDefinition: "BaseDataVariableType",
browseName: "FixedAssetId",
dataType: CDTIdentifier,
value: { dataType: opcua.DataType.String, value: options.fixedAssetId}
});
physicalAsset.addReference({
referenceType: hasISA95Attribute.nodeId,
forward: true,
nodeId: fixedAssetIdNode
});
}
if (options.implementationOf) {
// verify that options.implementationOf is of type Equipment
var equipmentType = addressSpace.findISA95ObjectType("EquipmentType");
options.implementationOf.typeDefinitionObj.isSupertypeOf(equipmentType);
var implementationByRef = addressSpace.findISA95ReferenceType("ImplementedBy");
physicalAsset.addReference({
referenceType: implementationByRef.nodeId,
isForward: false,
nodeId: options.implementationOf.nodeId
});
// todo turn into a __Getter__
physicalAsset.implementationOf = options.implementationOf;
}
return physicalAsset;
};
};
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