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default_settings.js
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/**
* Copyright 2018 FAPS.
*
* File: open_access.js
* Project: SP 142
* Author:
* - Jupiter Bakakeu
*
* This program is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation, version 3.
*
* This program is distributed in the hope that it will be useful, but
* WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program. If not, see <http://www.gnu.org/licenses/>.
*
* --------------------------------------------------------------------
* ###################### Changes #####################################
* -- 28.11.2016
* Initial implementation
*/
// The `https` setting requires the `fs` module. Uncomment the following
// to make it available:
//var fs = require("fs");
module.exports = {
// the tcp port that the OPEN_ACCESS web server is listening on
uiPort: process.env.PORT || 1717,
// By default, the OPEN_ACCESS UI accepts connections on all IPv4 interfaces.
// The following property can be used to listen on a specific interface. For
// example, the following would only allow connections from the local machine.
uiHost: "127.0.0.1",
// Retry time in milliseconds for TCP socket connections
socketReconnectTime: 10000,
// Timeout in milliseconds for TCP server socket connections
// defaults to no timeout
socketTimeout: 120000,
// Timeout in milliseconds for HTTP request connections
// defaults to 120 seconds
httpRequestTimeout: 120000,
// The maximum length, in characters, of any message sent to the debug sidebar tab
debugMaxLength: 1000,
// By default, credentials are encrypted in storage using a generated key. To
// specify your own secret, set the following property.
// If you want to disable encryption of credentials, set this property to false.
// Note: once you set this property, do not change it - doing so will prevent
// OPEN_ACCESS from being able to decrypt your existing credentials and they will be
// lost.
//credentialSecret: "a-secret-key",
// The maximum size of HTTP request that will be accepted by the runtime swagger.
// Default: 5mb
apiMaxLength: '10mb',
// Securing OPEN_ACCESS
// -----------------
// To password protect the OPEN_ACCESS editor and admin API, the following
// property can be used. See http://nodered.org/docs/security.html for details.
adminAuth: {
type: "credentials",
users: [{
username: "admin",
password: "$2a$08$zZWtXTja0fB1pzD4sHCMyOCMYz2Z6dNbM6tl8sJogENOMcxWV9DN.",
permissions: "*"
}]
},
// The following property can be used to enable HTTPS
// See http://nodejs.org/api/https.html#https_https_createserver_options_requestlistener
// for details on its contents.
// See the comment at the top of this file on how to load the `fs` module used by
// this setting.
//
//https: {
// key: fs.readFileSync('privatekey.pem'),
// cert: fs.readFileSync('certificate.pem')
//},
// The following property can be used to cause insecure HTTP connections to
// be redirected to HTTPS.
requireHttps: false,
// Anything in this hash is globally available to all functions.
// It is accessed as context.global.
// eg:
// functionGlobalContext: { os:require('os') }
// can be accessed in a function block as:
// context.global.os
functionGlobalContext: {
os: require('os'),
// octalbonescript:require('octalbonescript'),
// jfive:require("johnny-five"),
// j5board:require("johnny-five").Board({repl:false})
},
// The following property can be used to order the categories in the editor
// palette. If a node's category is not in the list, the category will get
// added to the end of the palette.
// If not set, the following default order is used:
//paletteCategories: ['subflows', 'input', 'output', 'function', 'social', 'mobile', 'storage', 'analysis', 'advanced'],
// Configure the logging output
runtimeMetricInterval: 60000,
logging: {
// Only console logging is currently supported
console: {
// Level of logging to be recorded. Options are:
// fatal - only those errors which make the application unusable should be recorded
// error - record errors which are deemed fatal for a particular request + fatal errors
// warn - record problems which are non fatal + errors + fatal errors
// info - record information about the general running of the application + warn + error + fatal errors
// debug - record information which is more verbose than info + info + warn + error + fatal errors
// trace - record very detailed logging + debug + info + warn + error + fatal errors
level: "info",
// Whether or not to include metric events in the log output
metrics: true,
// Whether or not to include audit events in the log output
audit: false
}
},
api: [
{
name: "ConfigApi",
type: "Swagger",
port: 55554
},
// {
// name: "EberleinApi",
// type: "Swagger",
// port: 8090
// }
],
// Configure the logging output
southbounds: {
// Only dummy is currently supported
dummy: {
id: "dummySouthbound",
name: "dummySouthbound",
type: "dummyClient",
level: "info",
modulesetting: { interval: 10000 },
outputs_variables: [{
name: "I",
datatype: "real",
si_unit: "A",
default: 0.0
},
{
name: "U",
datatype: "real",
si_unit: "V",
default: 0.0
},
{
name: "t",
datatype: "real",
si_unit: "s",
default: 0.0
}
],
system: false
},
// example_config_opcua_client_object: {
// id: "OPCUAClientObject1", // Unique ID of the module in the global configuration
// name: "OPCUAClientObject1", // Name of the module instance.
// type: "OPCUAClientObject", // Type of the module, should always be "OPCUAClientObject" in order to use this module
// modulesetting: {
// server_adress: "localhost", // Address of the remote opc ua server
// port: 48022, // Remote Port of the opc ua server module
// interval: 100, // default monitoring interval
// object_name: "OPCUAClientObject"
// },
// outputs_variables: [ // The output variables specify how to interpret and map the data received
// {
// name: "Demo.Dynamic.Scalar.Double", // Variable Name
// nodeId: {
// ns: 4, // NamespaceIndex of the variable to monitor
// nid: "Demo.Dynamic.Scalar.Double" // NodeId of the opcua variable
// },
// interval: 100, // Monitoring interval
// default: 0.0 // Default value
// },
// {
// name: "Demo.Dynamic.Scalar.Float", // Variable Name
// nodeId: {
// ns: 4, // NamespaceIndex of the variable to monitor
// nid: "Demo.Dynamic.Scalar.Float" // NodeId of the opcua variable
// },
// interval: 100, // Monitoring interval
// default: 0.0 // Default value
// }
// ]
// },
// "Example_MV440ImageStreamer":{
// id: "MV440ImageStreamer1", // Unique ID of the module in the global configuration
// name: "MV440ImageStreamer1", // Name of the module instance.
// type: "MV440ImageStreamer", // Type of the module, should always be "LCOM" in order to use this module
// modulesetting: {
// port: 8765, // Local Port of the Socket server module
// host: "192.168.1.53", // Ip-Address to bound the socket listener
// },
// outputs_variables: [ // The output variables specify how to interpret and map the data received
// {
// name: "ImageFiles", // Variable Name
// datatype: "Object", // Type of the data to read: always "object"
// }
// ]
// },
// example_SNAP7_config: {
// id: "SNAP7Client1", // Unique ID of the module in the global configuration
// name: "SNAP7Client1", // Name of the module instance.
// type: "SNAP7Client", // Type of the module, should always be "SNAP7Client" in order to use this module
// modulesetting: {
// ip: '192.168.0.1', // Remote IP-Address of the PLC server module
// rack: 0, // PLC Rack number
// slot: 1, // PLC Slot number
// interval: 10, // Interval to pool the data in ms
// },
// outputs_variables: [ // The output variables specify how to interpret and map the data received
// {
// name: "I_Bool_Enable", // Variable that will hold the serialized value comming from the PLC.
// datatype: "byte", // Type of the data to read: "real", "int", "byte"
// default: false,
// si_unit: "V", // Unit of the data variable. It is optional
// area: 0x83, // Area identifier (0x81 Process inputs, 0x82 Process outputs, 0x83 Merkers, 0x84 DB, 0x1C Counters,0x1D Timers)
// dbNumber: 1, // DB number if area = 0x84, otherwise ignored
// start: 18, // Offset to start
// amount: 1, // Amount of words to read
// wordLen: 0x02 // Word size (0x01 Bit (inside a word), 0x02 Byte (8 bit), 0x04 Word (16 bit), 0x06 Double Word (32 bit), 0x08 Real (32 bit float), 0x1C Counter (16 bit), 0x1D Timer (16 bit))
// },
// {
// name: "I_Bool_Direction", // Variable that will hold the serialized value comming from the PLC.
// datatype: "byte", // Type of the data to read: "real", "int", "byte"
// default: false,
// si_unit: "V", // Unit of the data variable. It is optional
// area: 0x83, // Area identifier (0x81 Process inputs, 0x82 Process outputs, 0x83 Merkers, 0x84 DB, 0x1C Counters,0x1D Timers)
// dbNumber: 1, // DB number if area = 0x84, otherwise ignored
// start: 19, // Offset to start
// amount: 1, // Amount of words to read
// wordLen: 0x02 // Word size (0x01 Bit (inside a word), 0x02 Byte (8 bit), 0x04 Word (16 bit), 0x06 Double Word (32 bit), 0x08 Real (32 bit float), 0x1C Counter (16 bit), 0x1D Timer (16 bit))
// },
// {
// name: "Q_Bool_Run", // Variable that will hold the serialized value comming from the PLC.
// datatype: "byte", // Type of the data to read: "real", "int", "byte"
// default: false,
// si_unit: "V", // Unit of the data variable. It is optional
// area: 0x83, // Area identifier (0x81 Process inputs, 0x82 Process outputs, 0x83 Merkers, 0x84 DB, 0x1C Counters,0x1D Timers)
// dbNumber: 1, // DB number if area = 0x84, otherwise ignored
// start: 20, // Offset to start
// amount: 1, // Amount of words to read
// wordLen: 0x02 // Word size (0x01 Bit (inside a word), 0x02 Byte (8 bit), 0x04 Word (16 bit), 0x06 Double Word (32 bit), 0x08 Real (32 bit float), 0x1C Counter (16 bit), 0x1D Timer (16 bit))
// },
// {
// name: "Q_Real_Velocity", // Variable that will hold the serialized value comming from the PLC.
// datatype: "real", // Type of the data to read: "real", "int", "byte"
// default: 0.0,
// si_unit: "V", // Unit of the data variable. It is optional
// area: 0x83, // Area identifier (0x81 Process inputs, 0x82 Process outputs, 0x83 Merkers, 0x84 DB, 0x1C Counters,0x1D Timers)
// dbNumber: 1, // DB number if area = 0x84, otherwise ignored
// start: 8, // Offset to start
// amount: 1, // Amount of words to read
// wordLen: 0x08 // Word size (0x01 Bit (inside a word), 0x02 Byte (8 bit), 0x04 Word (16 bit), 0x06 Double Word (32 bit), 0x08 Real (32 bit float), 0x1C Counter (16 bit), 0x1D Timer (16 bit))
// },
// {
// name: "I_Target_Velocity", // Variable that will hold the serialized value comming from the PLC.
// datatype: "real", // Type of the data to read: "real", "int", "byte"
// default: 0.0,
// si_unit: "V", // Unit of the data variable. It is optional
// area: 0x83, // Area identifier (0x81 Process inputs, 0x82 Process outputs, 0x83 Merkers, 0x84 DB, 0x1C Counters,0x1D Timers)
// dbNumber: 1, // DB number if area = 0x84, otherwise ignored
// start: 12, // Offset to start
// amount: 1, // Amount of words to read
// wordLen: 0x08 // Word size (0x01 Bit (inside a word), 0x02 Byte (8 bit), 0x04 Word (16 bit), 0x06 Double Word (32 bit), 0x08 Real (32 bit float), 0x1C Counter (16 bit), 0x1D Timer (16 bit))
// }
// ]
// },
// example_opcua_client_config: {
// id: "OPCUAClient1", // Unique ID of the module in the global configuration
// name: "OPCUAClient1", // Name of the module instance.
// type: "OPCUAClient", // Type of the module, should always be "OPCUAClient" in order to use this module
// modulesetting: {
// server_adress: "localhost", // Address of the remote opc ua server
// port: 48020, // Remote Port of the opc ua server module
// interval: 1000, // default monitoring interval
// },
// outputs_variables: [ // The output variables specify how to interpret and map the data received
// {
// name: "Demo.Dynamic.Scalar.Double", // Variable Name
// nodeId: {
// ns: 4, // NamespaceIndex of the variable to monitor
// nid: "Demo.Dynamic.Scalar.Double" // NodeId of the opcua variable
// },
// interval: 1000, // Monitoring interval
// default: 0.0 // Default value
// },
// {
// name: "Demo.Dynamic.Scalar.Float", // Variable Name
// nodeId: {
// ns: 4, // NamespaceIndex of the variable to monitor
// nid: "Demo.Dynamic.Scalar.Float" // NodeId of the opcua variable
// },
// interval: 1000, // Monitoring interval
// default: 0.0 // Default value
// }
// ]
// },
// example_opcua_client_config2: {
// id: "OPCUAClient2", // Unique ID of the module in the global configuration
// name: "OPCUAClient2", // Name of the module instance.
// type: "OPCUAClient", // Type of the module, should always be "OPCUAClient" in order to use this module
// modulesetting: {
// server_adress: "localhost", // Address of the remote opc ua server
// port: 48022, // Remote Port of the opc ua server module
// interval: 1000, // default monitoring interval
// },
// outputs_variables: [ // The output variables specify how to interpret and map the data received
// {
// name: "Demo.Dynamic.Scalar.Double", // Variable Name
// nodeId: {
// ns: 4, // NamespaceIndex of the variable to monitor
// nid: "Demo.Dynamic.Scalar.Double" // NodeId of the opcua variable
// },
// interval: 5000, // Monitoring interval
// default: 0.0 // Default value
// },
// {
// name: "Demo.Dynamic.Scalar.Float", // Variable Name
// nodeId: {
// ns: 4, // NamespaceIndex of the variable to monitor
// nid: "Demo.Dynamic.Scalar.Float" // NodeId of the opcua variable
// },
// interval: 5000, // Monitoring interval
// default: 0.0 // Default value
// }
// ]
// },
// example_modbus_config: {
// id: "modbusTCP1", // Unique ID of the module in the global configuration
// name: "modbusTCP1", // Name of the module instance.
// type: "ModBusClient", // Type of the module, should always be "ModBusClient" in order to use this module
// modulesetting: {
// ip: '192.168.1.16', // Remote IP-Address of the Modbus server module
// port: 502, // Remote Port of the ModBus server module
// clientID: 9, // ModBus Client ID
// interval: 1000, // Interval to pool the data
// start: 1, // Start Address of the registers to read
// size: 100, // Size in Bytes of the registers to read
// object_name: "Portal_Stream_Energy_Data" // Name of the object that will hold all the data read.
// },
// outputs_variables: [ // The output variables specify how to interpret and map the data received
// {
// name: "Portal_Spannung_L1_N", // Variable Name
// datatype: "real", // Type of the data to read: "real", "int", "byte"
// si_unit: "V", // Unit of the data variable. It is optional
// address: 1, // Start Address on the remote modBus server.
// default: 0.0 // Default value
// },
// {
// name: "Portal_Spannung_L2_N",
// datatype: "real",
// si_unit: "V",
// address: 1,
// default: 0.0
// }
// ]
// },
// exampleAMQPClient_config: {
// id: "DemonstratorProgramFromCloud",
// name: "DemonstratorProgramFromCloud",
// type: "AMQPInputStreamer",
// level: "info",
// modulesetting: {
// ip: "amqp://esys:esys@131.188.113.59",
// exchange: 'AMQPStreamer_Exchange_ProgramFromCloud',
// queue: 'DemonstratorProgramFromCloud'
// },
// outputs_variables: [{
// name: "FAPS_DemonstratorProgramFromCloud_Input",
// datatype: "Object",
// si_unit: "-",
// default: {}
// }],
// system: false
// }
},
northbounds: {
dummy_config: {
id: "dummyNorthBound", // Unique ID of the module in the global configuration
name: "dummyNorthBound", // Name of the module instance.
type: "dummyServer", // Type of the module, should always be "dummyServer" in order to use this module
modulesetting: {},
inputs_variables: [ // The output variables specify the variables to generate
{
name: "P1", // Variable Name
datatype: "real", // Type of the data to read: "real", "int", "byte"
si_unit: "W", // Unit of the data variable. It is optional
default: 0.0 // Default value
},
{
name: "P2",
datatype: "real",
si_unit: "W",
default: 0.0
}
]
},
// example_config: {
// id: "AMQPOutputStreamer1", // Unique ID of the module in the global configuration
// name: "AMQPOutputStreamer1", // Name of the module instance.
// type: "AMQPOutputStreamer", // Type of the module, should always be "AMQPOutputStreamer" in order to use this module
// modulesetting: {
// server_address: "amqp://esys:esys@131.188.113.59", // Remote Address of the amqp server module
// exchange: 'AMQPStreamer_Exchange_ProgramFromCloud', // RabbitMQ Exchange, since we used a rabbitMQ Client
// queue: 'DemonstratorProgramToCloud' // RabbitMQ dedicated Que name
// },
// inputs_variables: [ // The output variables specify how to interpret and map the data received
// {
// name: "P1", // Name of the variable that will hold the data received
// datatype: "Object", // All data received will be encapsulated in an object
// si_unit: "-",
// default: {}
// }
// ]
// },
// MQTT_example_config: {
// id: "MQTTStreamer1", // Unique ID of the module in the global configuration
// name: "MQTTStreamer1", // Name of the module instance.
// type: "MQTTStreamer", // Type of the module, should always be "MQTTStreamer" in order to use this module
// modulesetting: {
// ip: "mqtt://test.mosquitto.org:1883", // MQTT Remote Endpoint
// user: "test", // Username
// pass: "test", // Pass
// topic: "MQTT Topic" // MQTT Topic
// },
// inputs_variables: [ // The output variables specify the variables to generate
// {
// name: "P1", // Variable Name
// datatype: "real", // Type of the data to read: "real", "int", "byte"
// si_unit: "V", // Unit of the data variable. It is optional
// default: 0.0 // Default value
// },
// {
// name: "P2",
// datatype: "real",
// si_unit: "V",
// default: 0.0
// }
// ]
// },
// OPCUAStreamer_example_config: {
// id: "OPCUAClientStreamer1", // Unique ID of the module in the global configuration
// name: "OPCUAClientStreamer1", // Name of the module instance.
// type: "OPCUAClientStreamer", // Type of the module, should always be "OPCUAClientStreamer" in order to use this module
// modulesetting: {
// server_adress: "localhost", // Address of the remote opc ua server
// port: 48020, // Remote Port of the opc ua server module
// },
// inputs_variables: [ // The output variables specify how to interpret and map the data received
// {
// name: "P1", // Input Variable Name
// nodeId: {
// ns: 4, // NamespaceIndex of the variable to monitor
// nid: "Demo.Static.Scalar.Double" // NodeId of the opcua variable
// },
// opcuaDataType: 11, //( Boolean: 1,SByte:2,Byte :3,Int16: 4, UInt16: 5, Int32: 6, UInt32: 7,Int64: 8, UInt64: 9, Float: 10, Double: 11, String: 12, DateTime: 13, Guid:14,
// //ByteString: 15, XmlElement: 16, NodeId: 17, ExpandedNodeId:18, StatusCode: 19, QualifiedName: 20, LocalizedText: 21, ExtensionObject: 22, DataValue:23, Variant: 24, DiagnosticInfo: 25 )
// default: 0.0 // Default value
// }
// ]
// },
// example_AMQPOutputStreamer: {
// id: "AMQPOutputStreamer1", // Unique ID of the module in the global configuration
// name: "AMQPOutputStreamer1", // Name of the module instance.
// type: "AMQPOutputStreamer", // Type of the module, should always be "AMQPOutputStreamer" in order to use this module
// modulesetting: {
// server_address: "amqp://esys:esys@131.188.113.59", // Remote Address of the amqp server module
// exchange:'AMQPStreamer_Exchange_CameraPictures', // RabbitMQ Exchange, since we used a rabbitMQ Client
// queue:'DemonstratorCameraPictures' // RabbitMQ dedicated Que name
// },
// inputs_variables: [ // The output variables specify how to interpret and map the data received
// {
// name: "ImageFiles", // Name of the variable that will hold the data received
// datatype: "object", // All data received will be encapsulated in an object
// si_unit: "-",
// default: {}
// }
// ]
// },
// WSSStreamer_example_config: {
// id: "WSStreamer1", // Unique ID of the module in the global configuration
// name: "WSStreamer1", // Name of the module instance.
// type: "WSStreamer", // Type of the module, should always be "WSStreamer" in order to use this module
// modulesetting: {
// port: 8080 // local port of the websocket server.
// },
// inputs_variables: [ // The output variables specify the variables to generate
// {
// name: "P1", // Variable Name
// datatype: "real", // Type of the data to read: "real", "int", "byte"
// si_unit: "V", // Unit of the data variable. It is optional
// default: 0.0 // Default value
// },
// {
// name: "P2",
// datatype: "real",
// si_unit: "V",
// default: 0.0
// },
// {
// name: "I_Bool_Enable", // Variable that will hold the serialized value comming from the PLC.
// datatype: "byte", // Type of the data to read: "real", "int", "byte"
// default: false,
// si_unit: "V", // Unit of the data variable. It is optional
// },
// {
// name: "I_Bool_Direction", // Variable that will hold the serialized value comming from the PLC.
// datatype: "byte", // Type of the data to read: "real", "int", "byte"
// default: false,
// si_unit: "V", // Unit of the data variable. It is optional
// },
// {
// name: "Q_Bool_Run", // Variable that will hold the serialized value comming from the PLC.
// datatype: "byte", // Type of the data to read: "real", "int", "byte"
// default: false,
// si_unit: "V", // Unit of the data variable. It is optional
// },
// {
// name: "Q_Real_Velocity", // Variable that will hold the serialized value comming from the PLC.
// datatype: "real", // Type of the data to read: "real", "int", "byte"
// default: 0.0,
// si_unit: "V", // Unit of the data variable. It is optional
// },
// {
// name: "I_Target_Velocity", // Variable that will hold the serialized value comming from the PLC.
// datatype: "real", // Type of the data to read: "real", "int", "byte"
// default: 0.0,
// si_unit: "V", // Unit of the data variable. It is optional
// }
// ]
// },
// opcua0: {
// id: "OPCUAServerStreamer_1",
// name: "OPCUAServerStreamer_1",
// type: "OPCUAServerStreamer",
// level: "info",
// modulesetting: {
// ip: "localhost",
// port: 48024,
// endpointName: 'OPCUA@FAPS',
// server_certificate_file: 'server_certificate_2048_5_years.pem',
// server_certificate_privatekey_file: 'server_key_2048_5_years.pem',
// username: 'jupiter',
// password: 'jupiter',
// allowAnonymous: false,
// serverInfo: {
// applicationUri: "http://faps.fau.de/OPCUA_SERVER",
// productUri: "faps.fau.de/ESYS_DEMONSTRATOR_example",
// applicationName: { text: "ESYS_DEMONSTRATOR@FAPS" }
// },
// serverNodeSet: [ // Server node set. Each item of these array will be instantiated in a separate namespace.
// "./node_modules_xml/Opc.Ua.Plc.NodeSet2.xml",
// "./node_modules_xml/demonstrator/faps.xml",
// "./node_modules_xml/demonstrator/vdma_24582_condition_monitoring.xml",
// "./node_modules_xml/demonstrator/packml.xml",
// "./node_modules_xml/demonstrator/energybaustein.xml",
// "./node_modules_xml/demonstrator/esys_demonstrator.xml"
// ],
// fromObject: {
// enable: false,
// object_inputs: [{
// name: "Portal_Stream_Energy_Data",
// variables: [{
// name: "P2",
// datatype: "real",
// si_unit: "A",
// default: 0.0,
// //-------------
// ns: "http://faps.fau.de/ESYS_DEMONSTRATOR/",
// nodeID: "FB1_Foerderband_Antrieb_acceleration"
// //-------------
// }]
// },
// {
// name: "Demonstrator_Stream_Data",
// variables: [{
// name: "encoder_values_x",
// datatype: "real",
// si_unit: "V",
// default: 0.0,
// //-------------
// ns: "http://faps.fau.de/ESYS_DEMONSTRATOR/",
// nodeID: "FB1_Foerderband_Antrieb_electricalcurrent"
// //-------------
// }]
// }
// ]
// }
// },
// inputs_variables: [ // The output variables specify how to interpret and map the data received
// {
// name: "P1", // Variable Name
// targetNodeID: {
// ns: "http://faps.fau.de/ESYS_DEMONSTRATOR/", // Namespace uri
// nid: "FB1_Foerderband_Antrieb_acceleration" // NodeId of the opcua variable
// },
// datatype: "real",
// default: 0.0 // Default value
// },
// {
// name: "P2",
// targetNodeID: {
// ns: "http://faps.fau.de/ESYS_DEMONSTRATOR/", // Namespace uri
// nid: "FB1_Foerderband_Antrieb_electricalcurrent" // NodeId of the opcua variable
// },
// datatype: "real",
// default: 0.0
// }
// ],
// system: false
// },
// opcua0: {
// id: "OPCUAServerStreamer_1",
// name: "OPCUAServerStreamer_1",
// type: "OPCUAServerStreamer",
// level: "info",
// modulesetting: {
// ip: "localhost",
// port: 48024,
// endpointName: 'OPCUA@FAPS',
// server_certificate_file: 'server_certificate_2048_5_years.pem',
// server_certificate_privatekey_file: 'server_key_2048_5_years.pem',
// username: 'jupiter',
// password: 'jupiter',
// allowAnonymous: false,
// serverInfo: {
// applicationUri: "http://faps.fau.de/OPCUA_SERVER",
// productUri: "faps.fau.de/ESYS_DEMONSTRATOR_example",
// applicationName: { text: "ESYS_DEMONSTRATOR@FAPS" }
// },
// serverNodeSet: [ // Server node set. Each item of these array will be instantiated in a separate namespace.
// "./node_modules_xml/Opc.Ua.Plc.NodeSet2.xml",
// "./node_modules_xml/demonstrator/faps.xml",
// "./node_modules_xml/cki/CKI_PLC_1_OPCUA.xml"
// ],
// fromObject: {
// enable: false,
// object_inputs: [{
// name: "Portal_Stream_Energy_Data",
// variables: [{
// name: "P2",
// datatype: "real",
// si_unit: "A",
// default: 0.0,
// //-------------
// ns: "http://faps.fau.de/ESYS_DEMONSTRATOR/",
// nodeID: "FB1_Foerderband_Antrieb_acceleration"
// //-------------
// }]
// },
// {
// name: "Demonstrator_Stream_Data",
// variables: [{
// name: "encoder_values_x",
// datatype: "real",
// si_unit: "V",
// default: 0.0,
// //-------------
// ns: "http://faps.fau.de/ESYS_DEMONSTRATOR/",
// nodeID: "FB1_Foerderband_Antrieb_electricalcurrent"
// //-------------
// }]
// }
// ]
// }
// },
// inputs_variables: [ // The output variables specify how to interpret and map the data received
// {
// name: "P1", // Variable Name
// targetNodeID: {
// ns: "http://faps.fau.de/ESYS_DEMONSTRATOR/", // Namespace uri
// nid: "FB1_Foerderband_Antrieb_acceleration" // NodeId of the opcua variable
// },
// datatype: "real",
// default: 0.0 // Default value
// },
// {
// name: "P2",
// targetNodeID: {
// ns: "http://faps.fau.de/ESYS_DEMONSTRATOR/", // Namespace uri
// nid: "FB1_Foerderband_Antrieb_electricalcurrent" // NodeId of the opcua variable
// },
// datatype: "real",
// default: 0.0
// }
// ],
// system: false
// },
// mindsphere_config: {
// id: "MindsphreLibStreamer1", // Unique ID of the module in the global configuration
// name: "MindsphreLibStreamer0", // Name of the module instance.
// type: "MindsphreLibStreamer", // Type of the module, should always be "MindsphreLibStreamer" in order to use this module
// modulesetting: {
// configuration: "ConveyorAssetCredential.json", // JSON Configuration of the agent
// object_name: 'OPCUAClientObject', // Name of the object that holds all values. This attribute is required
// datapoint_mapping: [
// { "dataPointId": "1557293223444", "qualityCode": "0", "name": "Demo.Dynamic.Scalar.Double" },
// { "dataPointId": "1557294045308", "qualityCode": "0", "name": "Demo.Dynamic.Scalar.Float" },
// { "dataPointId": "1557293154631", "qualityCode": "0", "name": "Demo.Dynamic.Scalar.Boolean" },
// { "dataPointId": "1557293273534", "qualityCode": "0", "name": "Demo.Dynamic.Scalar.Boolean" },
// { "dataPointId": "1557293295599", "qualityCode": "0", "name": "Demo.Dynamic.Scalar.Boolean" }
// ],
// interval: 1000 // Time interval (ms) to transfer the data to the cloud
// }
// }
},
engine: {
settings: {},
flows: {
dummy_DEMO: {
id: "dummy_DEMO",
name: "dummy_DEMO",
type: "myfghfFlow",
author: "Jupiter Bakakeu",
version: "0.0.0.1",
containers: {
dummy_container: {
id: "dummy_container",
name: "MyContainer",
type: "MULT2",
inputs: [{
name: "a",
label: "U(V)",
datatype: "real",
si_unit: "V",
default: 0.0,
type: "base_input",
variable: "U"
},
{
name: "b",
label: "I(A)",
datatype: "real",
si_unit: "A",
default: 0.0,
type: "base_input",
variable: "I"
}
],
outputs: [{
name: "c",
label: "P1(W)",
datatype: "real",
si_unit: "W",
default: 0.0,
type: "base_output",
variable: "P1"
}]
},
TestADD: {
id: "TestADD",
name: "MyOtherContainer",
type: "ADD2",
inputs: [{
name: "a",
label: "OPCVar",
datatype: "real",
si_unit: "V",
default: 0.0,
type: "base_input",
variable: "I"
},
{
name: "b",
label: "t",
datatype: "real",
si_unit: "",
default: 0.0,
type: "base_input",
variable: "t"
}
],
outputs: [{
name: "c",
label: "P2(W)",
datatype: "real",
si_unit: "W",
default: 0.0,
type: "base_output",
variable: "P2"
}]
},
// OBJECT_FORWARD: {
// id: "OPCUAClientObject_FORWARD",
// name: "OPCUAClientObject_FORWARD",
// type: "FORWARDOBJECT",
// inputs: [{
// name: "a",
// label: "",
// datatype: "object",
// si_unit: "-",
// default: {},
// type: "base_input",
// variable: "OPCUAClientObject"
// }],
// outputs: [{
// name: "b",
// label: "",
// datatype: "object",
// si_unit: "-",
// default: {},
// type: "base_output",
// variable: "OPCUAClientObject"
// }]
// },
// ImageFiles_FORWARD: {
// id: "ImageFiles_FORWARD",
// name: "ImageFiles_FORWARD",
// type: "FORWARDOBJECT",
// inputs: [{
// name: "a",
// label: "",
// datatype: "object",
// si_unit: "-",
// default: {},
// type: "base_input",
// variable: "ImageFiles"
// }],
// outputs: [{
// name: "b",
// label: "",
// datatype: "object",
// si_unit: "-",
// default: {},
// type: "base_output",
// variable: "ImageFiles"
// }]
// },
// I_Bool_Direction_FORWARD: {
// id: "I_Bool_Direction_FORWARD",
// name: "I_Bool_Direction_FORWARD",
// type: "FORWARD",
// inputs: [{
// name: "I_Bool_Direction",
// label: "",
// datatype: "byte",
// si_unit: "-",
// default: {},
// type: "base_input",
// variable: "I_Bool_Direction"
// }],
// outputs: [{
// name: "I_Bool_Direction_FORWARD_OUTPUT",
// label: "",
// datatype: "byte",
// si_unit: "-",
// default: {},
// type: "base_output",
// variable: "I_Bool_Direction"
// }]
// },
// Q_Bool_Run_FORWARD: {
// id: "Q_Bool_Run_FORWARD",
// name: "Q_Bool_Run_FORWARD",
// type: "FORWARD",
// inputs: [{
// name: "Q_Bool_Run",
// label: "",
// datatype: "byte",
// si_unit: "-",
// default: {},
// type: "base_input",
// variable: "Q_Bool_Run"
// }],
// outputs: [{
// name: "Q_Bool_Run_FORWARD_OUTPUT",
// label: "",
// datatype: "byte",
// si_unit: "-",
// default: {},
// type: "base_output",
// variable: "Q_Bool_Run"
// }]
// },
// Q_Real_Velocity_FORWARD: {
// id: "Q_Real_Velocity_FORWARD",
// name: "Q_Real_Velocity_FORWARD",
// type: "FORWARD",
// inputs: [{
// name: "Q_Real_Velocity",
// label: "",
// datatype: "byte",
// si_unit: "-",
// default: {},
// type: "base_input",
// variable: "Q_Real_Velocity"
// }],
// outputs: [{
// name: "Q_Real_Velocityn_FORWARD_OUTPUT",
// label: "",
// datatype: "byte",
// si_unit: "-",
// default: {},
// type: "base_output",
// variable: "Q_Real_Velocity"
// }]
// },
// I_Target_Velocity_FORWARD: {
// id: "I_Target_Velocity_FORWARD",
// name: "I_Target_Velocity_FORWARD",
// type: "FORWARD",
// inputs: [{
// name: "I_Target_Velocity",
// label: "",
// datatype: "byte",
// si_unit: "-",
// default: {},
// type: "base_input",
// variable: "I_Target_Velocity"
// }],
// outputs: [{
// name: "I_Target_Velocity_FORWARD_OUTPUT",
// label: "",
// datatype: "byte",
// si_unit: "-",
// default: {},
// type: "base_output",
// variable: "I_Target_Velocity"
// }]
// }
}
}
}
}
};