\n\n# MSB websocket client library for Python\n\n[](https://travis-ci.org/research-virtualfortknox/msb-client-websocket-python)\n[](https://badge.fury.io/py/msb-client-websocket-python)\n\n**Compatibility Matrix**\n\nClient version compatibility to MSB versions:\n\n| | **1.5.x-RELEASE** |\n|---|:---:|\n| 1.0.x | x |\n\n## Welcome\n\nIf you want to contribute, please read the [Contribution Guidelines](.github/CONTRIBUTING.md).\n\nIf you want to test this client by using its sources and a sample app, read the [App Sample](doc/app_sample.md).\n\nIf you want to know how to use this client in your own project, read below.\n\n## What is VFK MSB\n\nTODO: Link to general documentation about VFK MSB\n\nYou can use this client to connect a python app to VFK MSB.\n\n## Prerequisites\n\n* Setup [Python](https://www.python.org/downloads/) **version 3.6.x**\n* MSB client installed using PyPi\n* Optional: Use pipenv to run your python app in a virtual environment to avoid dependency isssues with other apps\n\nInstall MSB client from PyPi\n\n```sh\npip install msb-client-websocket-python\n```\n\nImport to your applicaton\n\n```python\nfrom msb_client.ComplexDataFormat import ComplexDataFormat\nfrom msb_client.DataType import DataType\nfrom msb_client.Event import Event\nfrom msb_client.Function import Function\nfrom msb_client.MsbClient import MsbClient\n```\n\n## Create self-description\n\nThe figure below shows a minimal required `self-description model` of a smart object / application.\nEvery smart object / application requires (must have) a uuid and a token.\nThe uuid is competent for identification\nand the token is used to verify the smart object / application for its owner on the MSB side.\n\n\n\nTODO: Here you can find more information about\nthe `self-description structure` and `supported data formats`.\n\n### Alternative 1 - By application.properties\n\nAdd the main description by adding an `application.poperties` file to the root of your project:\n\nGenerate the uuid e.g. by a tool like https://www.uuidgenerator.net/\n\n```sh\nmsb.uuid=76499d88-34cf-4836-8cc1-7e0d9c54dacx\nmsb.name=YourSmartObjectName\nmsb.description=YourSmartObjectDesc\nmsb.token=5e0d9c54dacx\nmsb.type=SmartObject\n```\n\nWhen initializing your msb client instance, the `application.properties` file will be loaded.\n\n```python\nmyMsbClient = MsbClient()\n```\n\nYou can also set a custom path to the `application.properties` file.\n\n```python\nmyMsbClient = MsbClient(applicationPropertiesCustomPath=\"./your/path/to/application.properties\")\n```\n\n### Alternative 2 - By constructor\n\nIf you do not provide an application.properties file, use the constructor\nto define the basic self description.\n\n```python\nSERVICE_TYPE = \"SmartObject\"\nSO_UUID = str(uuid.uuid1()) # you can type in an own uuid here instead of generating it\nSO_NAME = \"YourSmartObjectName\"\nSO_DESCRIPTION = \"YourSmartObjectDesc\" \nSO_TOKEN = SO_UUID[-6:]\nmyMsbClient = MsbClient(\n SERVICE_TYPE,\n SO_UUID,\n SO_NAME,\n SO_DESCRIPTION,\n SO_TOKEN,\n)\n```\n\n## Add Events\n\nAdd `events` to your smart object / application which can be send to MSB.\n\n### Alternative 1: Simple event creation sample (using method params):\n\n```python\nevent_id = \"E1\"\nevent_name = \"EVENT \" + event_id\nevent_description = \"EVENT Description \" + event_id\nevent_dataformat = DataType.STRING\nevent_priority = 1 # 0 (LOW), 1 (MEDIUM), 2 (HIGH)\nisArray = False # just one value or array of it?\n\n# add the event\nmyMsbClient.addEvent(\n event_id,\n event_name,\n event_description,\n event_dataformat,\n event_priority,\n isArray,\n)\n```\n\n### Alternative 2: Complex event creation sample (using object):\n\n```python\nevent_id = \"E2\"\nevent_name = \"EVENT \" + event_id\nevent_description = \"EVENT Description \" + event_id\nevent_priority = 1 # 0 (LOW), 1 (MEDIUM), 2 (HIGH)\nisArray = False # just one value or array of it?\n\n# define a complex data format to be used in an event\n# init the complex data format\nmyDevice = ComplexDataFormat(\"MyDevice\")\nmyModule = ComplexDataFormat(\"MyModule\")\n\n# add the properties to the complex objects\n# (property_name, property_datatype, isArray)\nmyModule.addProperty(\"moduleName\", DataType.STRING, False)\nmyDevice.addProperty(\"deviceName\", DataType.STRING, False)\nmyDevice.addProperty(\"deviceWeight\", DataType.FLOAT, False)\nmyDevice.addProperty(\"submodules\", myModule, True)\n\n# add the event (with the root of the nested complex object)\nmyMsbClient.addEvent(\n event_id,\n event_name,\n event_description,\n myDevice,\n event_priority,\n isArray,\n)\n```\n\n### Alternative 3: Complex event creation sample (using json object):\n\n```python\nevent_id = \"E3\"\nevent_name = \"EVENT \" + event_id\nevent_description = \"EVENT Description \" + event_id\nevent_priority = 1 # 0 (LOW), 1 (MEDIUM), 2 (HIGH)\nisArray = False # just one value or array of it?\n\n# add the event (with the MSB-ready json object)\nmyMsbClient.addEvent(\n event_id,\n event_name,\n event_description,\n {\n \"Team\" : {\n \"type\" : \"object\",\n \"properties\" : {\n \"staff\" : {\n \"type\" : \"array\",\n \"items\" : {\n \"$ref\" : \"#/definitions/Member\"\n }\n }\n }\n },\n \"Member\" : {\n \"type\" : \"object\",\n \"properties\" : {\n \"name\" : {\n \"type\" : \"string\"\n },\n \"status\" : {\n \"enum\" : [ \"present\", \"absent\" ],\n \"type\" : \"string\"\n }\n }\n },\n \"dataObject\" : {\n \"$ref\" : \"#/definitions/Team\"\n }\n },\n event_priority,\n isArray,\n)\n```\n\nSee `app_sample.py` for more event creation examples.\n\n## Add Functions\n\nAdd `functions` and their implementations your smart object / application is able to handle.\n\n### Alternative 1: Simple function creation sample (using method params):\n\n```python\nfunction_id = \"F1\"\nfunction_name = \"FUNC \" + function_id\nfunction_description = \"FUNC Description \" + function_id\nfunction_dataformat = DataType.STRING\nisArray = False # handle array of values or just one value?\nresponseEvents = None # you can link to response events here by a list of event is e.g. [\"E1\"]\n\n# define the function which will be passed to the function description\n# this function implementation will be called\ndef printMsg(msg):\n print(str(msg[\"dataObject\"]))\n\n# add the function\nmyMsbClient.addFunction(\n function_id,\n function_name,\n function_description,\n function_dataformat,\n printMsg,\n isArray,\n responseEvents,\n)\n```\n\n### Alternative 2: Complex function creation sample (using object):\n\n```python\nfunction_id = \"F2\"\nfunction_name = \"FUNC \" + function_id\nfunction_description = \"FUNC Description \" + function_id\nisArray = False # handle array of values or just one value?\nresponseEvents = None # you can link to response events here by a list of event is e.g. [\"E1\"]\n\n# define a complex data format to be used in an event\n# init the complex data format\nmyCar = ComplexDataFormat(\"MyCar\")\n\n# add the properties to the complex objects\n# (property_name, property_datatype, isArray)\nmyCar.addProperty(\"carColor\", DataType.STRING, False)\nmyCar.addProperty(\"carNrOfSeats\", DataType.INT32, False)\nmyCar.addProperty(\"carWeight\", DataType.FLOAT, False)\n\n# define the function which will be passed to the function description\n# this function implementation will be called\ndef printMsg(msg):\n print(str(msg[\"dataObject\"]))\n\n# add the function\nmyMsbClient.addFunction(\n function_id,\n function_name,\n function_description,\n myCar,\n printMsg,\n isArray,\n responseEvents,\n)\n```\n\n### Alternative 3: Complex function creation sample (using json object):\n\n```python\nfunction_id = \"F3\"\nfunction_name = \"FUNC \" + function_id\nfunction_description = \"FUNC Description \" + function_id\nisArray = False # handle array of values or just one value?\nresponseEvents = None # you can link to response events here by a list of event is e.g. [\"E1\"]\n\n# define the function which will be passed to the function description\n# this function implementation will be called\ndef printMsg(msg):\n print(str(msg[\"dataObject\"]))\n\n# add the function\nmyMsbClient.addFunction(\n function_id,\n function_name,\n function_description,\n {\n \"MyCar\" : {\n \"type\" : \"object\",\n \"properties\" : {\n \"carColor\" : {\n \"type\" : \"string\"\n },\n \"carNrOfSeats\" : {\n \"format\": \"int32\",\n \"type\": \"integer\"\n },\n \"carWeight\" : {\n \"format\": \"float\",\n \"type\": \"number\"\n },\n \"wheels\" : {\n \"type\" : \"array\",\n \"items\" : {\n \"$ref\" : \"#/definitions/MyWheel\"\n }\n }\n }\n },\n \"MyWheel\" : {\n \"type\" : \"object\",\n \"properties\" : {\n \"position\" : {\n \"enum\" : [ \"br\", \"bl\", \"fr\", \"fl\" ],\n \"type\" : \"string\"\n }\n }\n },\n \"dataObject\" : {\n \"$ref\" : \"#/definitions/MyCar\"\n }\n },\n printMsg,\n isArray,\n responseEvents,\n)\n```\n\nSee `app_sample.py` of the application template for more (and complex) examples.\n\n## Connect and Register Client\n\n```python\nmsb_url = 'ws://127.0.0.1:8085'\nmyMsbClient.connect(msb_url)\nmyMsbClient.register()\n```\n\nYou will get an `IO_CONNECTED` and `IO_REGISTERED` event from MSB, if successful.\n\n## Event publishing\n\nFor publishing an event to a websocket broker interface,\nonly the `eventId` and `data` are required of the already specified event (see above).\n\n```python\nevent_id = \"E1\"\nevent_value = 'Hello World!'\n\nmyMsbClient.publish(\n event_id, \n event_value\n)\n```\n\nThe MSB responds with an `IO_PUBLISHED` event, if successful.\n\nBy default events are published with a low priority.\n\nIt is also possible to `set the priority` of an event.\n\nThere are three possible priorities for events like it is shown at the following table.\n\n| `Constant` | `Value` |\n|:---:|:---:|\n| LOW | 0 |\n| MEDIUM| 1 |\n| HIGH| 2 |\n\n```python\nevent_id = \"E1\"\nevent_value = 'Hello World!'\nevent_priority = 2\n\nmyMsbClient.publish(\n event_id, \n event_value,\n event_priority\n)\n```\n\nAnother option is to publish an event as `cached event` by setting the cache parameter to true.\nAnd you can add a `post date`.\n\nThis means that the event is not deleted if the connection is broken.\n\n```python\nevent_id = \"E1\"\nevent_value = 'Hello World!'\nevent_priority = 2\nevent_isCached = True\nevent_postDate = datetime.datetime.utcnow().isoformat()[:-3] + \"Z\"\n\nmyMsbClient.publish(\n event_id, \n event_value,\n event_priority,\n event_isCached,\n event_postDate\n)\n```\n\nYou cann also handle `correlation ids` to identify an event among flows.\n\n```python\nevent_id = \"E1\"\nevent_value = 'Hello World!'\nevent_priority = 2\nevent_isCached = True\nevent_postDate = datetime.datetime.utcnow().isoformat()[:-3] + \"Z\"\nevent_correlationId = \"72047f33-a9ae-4aa5-b7ae-c1c4a2797cac\"\n\nmyMsbClient.publish(\n event_id, \n event_value,\n event_priority,\n event_isCached,\n event_postDate,\n event_correlationId\n)\n```\n\nFor values based on complex data formats it will look like this:\n\n```python\nevent_id = \"E2\"\nevent_priority = 2\nevent_isCached = True\nevent_postDate = datetime.datetime.utcnow().isoformat()[:-3] + \"Z\"\nevent_correlationId = \"72047f33-a9ae-4aa5-b7ae-c1c4a2797cac\"\n\n# pepare the complex ovbject based on a complex data format\n# use it as event value\nmyModuleObj = {}\nmyModuleObj['moduleName'] = 'Module 1'\nmyDeviceObj = {}\nmyDeviceObj['deviceName'] = 'Device 1'\nmyDeviceObj['deviceWeight'] = 1.3\nmyDeviceObj['submodules'] = [myModuleObj]\n\nmyMsbClient.publish(\n event_id, \n myDeviceObj,\n event_priority,\n event_isCached,\n event_postDate,\n event_correlationId\n)\n```\n\n## Function call handling\n\nAs shown above the addFunction method includes a `function pointer`\nto point to the function implementation.\n\n## Configuration parameters\n\nConfiguration parameters are a simple list of key value pairs for the smart object / application.\nIt is displayed and can be customized in the MSB UI to change your apps behaviour during runtime.\n\n`Add` condifuration parameters:\n\n```python\nparam_name_1 = \"testParam1\"\nparam_value_1 = True\nparam_datatype_1 = DataType.BOOLEAN\nmyMsbClient.addConfigParameter(param_name_1, param_value_1, param_datatype_1)\n\nparam_name_2 = \"testParam2\"\nparam_value_2 = \"StringValue\"\nparam_datatype_2 = DataType.STRING\nmyMsbClient.addConfigParameter(param_name_2, param_value_2, param_datatype_2)\n\nparam_name_3 = \"testParam3\"\nparam_value_3 = 1000\nparam_datatype_3 = DataType.INT32\nmyMsbClient.addConfigParameter(param_name_3, param_value_3, param_datatype_3)\n```\n\n`Get` configuration parameter (after changed in MSB UI) to change your app behaviour:\n\n```python\n# get by getConfigParameter using name as key\nparameterValueFound_1 = myMsbClient.getConfigParameter(param_name_1)\nparameterValueFound_2 = myMsbClient.getConfigParameter(param_name_2)\nparameterValueFound_3 = myMsbClient.getConfigParameter(param_name_3)\n```\n\n## SSL/TLS connection configuration\n\nTo enable `SSL/TLS`, you need to specify wss:// or https:// in the URL instead of ws:// or http://.\n\nFurthermore, it is necessary to specify a trust store in the client,\nwhich contains the public certificate of the MSB interface, so that it is considered trustworthy.\n\n```python\nmsb_url = 'wss://:'\nmyMsbClient.connect(msb_url)\nmyMsbClient.register()\n```\n\nIf you use an IP instead of a public url during development,\nit will be necessary to disable the hostname verification to connect via web socket secure.\n\n```python\nmyMsbClient.disableHostnameVerification(True) \n```\n\n## Connection recovery\n\nIf connection to the common websocket interface is broken the client performs a reconnect.\n\nAfter a reconnect the registration at the MSB will be redone automatically by the client.\n\nYou can change this interval by setting an integer value in `ms` for the reconnect interval.\n\n```python\nmyMsbClient.setReconnectInterval(10000)\n```\n\nOr you can disable the automatic reconnect.\n\n```python\nmyMsbClient.disableAutoReconnect(True)\n```\n\n## Event caching\n\nIf the client loses the connection, the published events are cached in a queue.\n\nAfter a successfull reconnection, the queued events are published to MSB (FIFO principle).\nThe default size of the queue is 1000 entries. The size can be changed:\n\n```python\nmyMsbClient.setEventCacheSize(1000)\n```\n\nIf no event caching is needed, you can disable it.\n\n```python\nmyMsbClient.disableEventCache(True)\n```\n\n## Debug mode\n\nTo debug your clients communication with MSB, you can enable the debug mode\n\n```python\nmyMsbClient.enableDebug(True)\n```\n\nTo enable the trace of the websocket communication use also\n\n```python\nmyMsbClient.enableTrace(True)\n```\n\nIt mgiht be also helpful to enable data format validation, to check if an event value is valid\n\n```python\nmyMsbClient.enableDataFormatValidation(True)\n```\n\n\n",
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