pynexusic 2.1.6

Python library to communicate with varies systems such as Wood NEXUS IC, Maximo and OSI PI

pynexusic

pynexusic is a package that allows communication with the following tools:

• Wood NEXUS IC
• Maximo
• OSI PI

Python library installation

pip install pynexusic

Library documentation

To be developed soon

External documentation

NEXUS IC

NEXUS IC REST API documentation can be found in the following link:

https://docs.nexusic.com/6.6/ic-web.rest.v2.html

A specific NEXUS IC version can be specified in the above link by changing 6.6 to the desired NEXUS IC version

OSI PI

OSI PI API documentation can be found in the following link:

https://techsupport.osisoft.com/Documentation/PI-Web-API/help.html

Maximo

Maximo API documentation can be found in the following link:

https://www.ibm.com/support/knowledgecenter/SS8CCV_7.6.0.8/com.ibm.mams.doc/overview/c_product_overview.html

Examples

NEXUS IC Examples

• Example 1: Get system version

  1. Import NEXUSIC_RESTAPI

     from pynexusic import NEXUSIC_RESTAPI as api
     

  2. Initialize NEXUSIC_REST class

     NX_REST = api.NEXUSIC_REST(baseURI, api_key=APIKey)
     

     where APIKey is the user's API Key provided by the system administrator

  3. Execute required function

     result, result_status_code = NX_REST.getVersion()
     

     Output:

     result = {'version': 'x.x.xxxxx.x', 'schema': 'x.xxx'}
     result_code = 200
     

• Example 2: Run reports and get python object response

  1. Import NEXUSIC_RESTAPI

     from pynexusic import NEXUSIC_RESTAPI as api
     

  2. Initialize NEXUSIC_REST class

     NX_REST = api.NEXUSIC_REST(baseURI, api_key=APIKey)
     

     where APIKey is the user's API Key provided by the system administrator

  3. Execute required report

     result, result_status_code = NX_REST.getDashboard(report_name)
     

     where report_name is the name of the report to be executed in NEXUS IC

     Output:

     result = {'name': 'xxxxxxxxxxx', 
               'elements': [{'type': 'section', 'data': {}}, 
                            {'type': 'paragraph', 'data': {'text': [{'value': 'xxxxxx'}]}}
                           ]
               }
     result_code = 200
     

     The values of the elements key will contain the data configured in the NEXUS IC report template

OSI PI Examples

• Example 1: Get full list of points in the database

  1. Import OSIPI_WebAPI

     from pynexusic import OSIPI_WebAPI as OSIPI
     

  2. Initialize OSIPI_WebAPI class

     OSIPI_obj = OSIPI.OSIPI_WebAPI(piwebapi_uri, username, password)
     

     an example for piwebapi_uri is https://[domain].com/piwebapi

  3. Execute required function

     result, result_status_code = OSIPI_obj.getPointsList(pageSize=20000)
     

     Output:

     result = [{'ServerName': 'xxxxxxxxxxx',
                 'Points': [{'WebId': 'xxxxxxxxxx', 
                             'Id': xxxxx,
                             ...}],
                 'ResponseStatus': 200
               }]
     result_status_code = None
     

• Example 2: Get stream summary data

  1. Import OSIPI_WebAPI

     from pynexusic import OSIPI_WebAPI as OSIPI
     

  2. Initialize OSIPI_WebAPI class

     OSIPI_obj = OSIPI.OSIPI_WebAPI(piwebapi_uri, username, password)
     

     an example for piwebapi_uri is https://[domain].com/piwebapi

  3. Execute required function

     result, result_status_code = OSIPI_obj.getStreamDataSummary(webID, startTime='*-2mo', endTime='*-1mo', summaryType='Average')
     

     where webID is the required stream webID, for more details see OSI PI documentation

     Output:

     result = {'Links': {},
                 'Items': [{'Type': 'Average', 
                             'Value': {'Timestamp': 'xxxxxxxx',
                                         'Value': xxxxxx,
                                         ...}
                             }]
               }
     result_status_code = 200
     

Maximo Examples

To be developed soon

Change history

(V2.1.6) Changes

• NEXUSIC_RESTAPI:
  1. Added the following arguments to createNewEvents function:
     • sameAsset
     • sameWorkpack
     • sameEventType
     • sameSurveySet
  2. Fixed a bug in createNewEvents function to import continuous events

(V2.1.5) Changes

• NEXUSIC_RESTAPI:
  1. Added getLookupListItem function

(V2.1.4) Changes

• NEXUSIC_RESTAPI:
  1. __init__.py version import bug fix

(V2.1.3) Changes

• NEXUSIC_RESTAPI:
  1. Added the ability to get multiple pages in the getTable function
  2. Removed current_attempt arugment from:
     • getAssetLocationByName
     • getAssetLocationByID
     • getAssetChildren
     • getAssetTypesID
     • getTableDBNames
     • getAssetByFullLocation
     • getTableDefInfo

(V2.1.2) Changes

• NEXUSIC_RESTAPI:
  1. Added getAssetByFullLocation function
  2. Added getTableDefInfo function
  3. Added createNewEvents function
• OSIPI_WebAPI:
  1. Added docstring
• MAXIMO_API:
  1. Added docstring

(V2.1.1) Changes:

• OSIPI_WebAPI:
  1. Added the ability to retrieve multiple AssetServers and DataServers in get_system_links function
  2. Added the ability to get points list for a specific DataServer in getPointsList function.

(V2.1.0) Changes:

• NEXUSIC_RESTAPI:
  1. Added createNewRecord function
• MAXIMO_RESTAPI:
  1. Added read only connector class
• OSIPI_WebAPI:
  1. Added read only connector class

(V2.0.5) Changes:

• NEXUSIC_RESTAPI:
  1. Improved disconnection error handler
  2. getAssetChildren function: Added the ability to search at a specific level
  3. Added getAssetTypesID function
  4. Added getTableDBNames function

(V2.0.4) Changes:

• NEXUSIC_RESTAPI:
  1. Added getAssetLocationByName function
  2. Added getAssetLocationByID function
  3. Added getAssetChildren function

(V2.0.3) Changes:

• NEXUSIC_RESTAPI:
  1. Added the ability to authenticate using two modes (APIKEY and BASIC)
     • APIKEY: Requires an API Key to authenticate
     • BASIC: Requires username and password

(V2.0.2) Changes:

• NEXUSIC_RESTAPI:
  1. Added the ability to bypass SSL verification

(V2.0.1) Changes:

• Initial deployment in pypi.org

License

This project is licensed under the MIT license.