LIMS Interface (LwinS) Installation and Testing manual for Sensor

Transcription

1 LIMS Interface (LwinS) Installation and Testing manual for Sensor Submitted to Shell Lubricants By Wipro Technologies Version 1.2 Version 1.2 Page 1 of 12

2 Contents Overview:... 3 Intended Audience:... 3 Minimum Basic Requirements:... 3 Location of LIMS Service Installable:... 3 LwinS Installation Procedure:... 4 Configuration Setup: Testing procedure: Version 1.2 Page 2 of 12

3 Overview: The purpose of this document is to help understand the step by step process of installing the LIMS Services and to carry out testing prior to opening it to the live system. The set-up involves a) Registering a Sensor Supplier in Shell LubeAnalyst web application. b) Associating Equipment with Sensors to the supplier. c) Installing and configuring the LIMS web interface ( LwinS ) on the Sensor Log machine. The Sensor supplier will be registered in Shell LubeAnalyst web application. The set of Equipment from which Sensor data is received will also be registered and associated to the Sensor supplier in the application. Once associated, an with encrypted UserID and Password will be sent to the addresses defined on the Sensor Supplier and Sensor equipment association. The LIMS software installable file will be provided to the Sensor Administrator. The software needs to be installed and configured on the Sensor Log machine by following the below steps. After installation, the registered SENSOR log machine can send data sets (samples) through this automated interface. Intended Audience: SENSOR User. Minimum Basic Requirements: a) Windows 2003 Server b).net Framework Version 4.0 c) Internet enabled d) 1 GB RAM (Recommended) e) Shell.Georgia.SENSORInterface.Installer.msi File Location of LIMS Service Installable (Shell.Georgia.SensorInterface.Installer.msi) file: A link to a directory containing the installable ZIP file will be provided. This will be updated in due time. URL : The ZIP file needs to be copied and extracted to the Sensor log System (Eg: copy to C:\Apps folder) in which LwinS needs to be installed. Version 1.2 Page 3 of 12

4 LwinS Installation Procedure: 1. Uninstall the LwinS application, if already installed on the system. This can be done by clicking - Start -> Settings -> Control Panel -> Add/Remove Programs Select LubeAnalyst.Service.Installer or Shell.Georgia.SensorInterface.Installer, then Click Remove/Uninstall Button. 2. Go to C:\Apps (or the location into which the installable files were extracted into). Double click on Shell.Georgia.SensorInterface.Installer.msi file. Following window will be opened. Click on Next Button 3. Accept the Terms of License agreement. Then click Next Button Version 1.2 Page 4 of 12

5 4. Click Next button. Version 1.2 Page 5 of 12

6 5. Provide your name and organization. Then click Next button. 6. The installable chooses a default path for installation. Click on Change if you wish to change the path. Then click Next button. Version 1.2 Page 6 of 12

7 7. Review the current settings. Then click on Install button. Version 1.2 Page 7 of 12

8 8. Installation will begin. Allow the installation to complete. 9. Once completed, click on Finish to to close the Install wizard. Version 1.2 Page 8 of 12

9 10. After installation, LwinS will be added as a Service on the Sensor log machine. 11. Navigate to the folder where the LIMS has been installed. In this case, the default location C:\Program Files\Shell\GeorgiaLIMS Sensor Service. 12. Open the LubeAnalyst.WindowsService.exe.config file in edit mode and update the details as mentioned in Configuration Setup below. Save the changes. Close the file. 13. Navigate to Services folder on the SENSOR machine. Steps to do this are Click on Start -> Run Enter services.msc and click on enter. 14. On the Services folder, find LubeAnalyst.SENSOR.Interface.Service. Select the service and click on Start. Version 1.2 Page 9 of 12

10 15. The LwinS will now start running and sending data sets (samples). 16. The Service can be Stopped or Restarted at anytime by selecting the Service Name, and clicking on Stop or Restart. Configuration Setup: Goto the folder where LIMS Interface Installed. C:\Program Files\Shell\GeorgiaLIMS Sensor Service Open the LubeAnalyst.WindowsService.exe.config file in NOTEPAD. A sample of the config file is attached. LubeAnalyst.Window sservice.exe.config Update the keys as below. Keys: 1. <add key="labnamelubes" value="sensorlab"/> Value = Name of the lab doing service for Lubes. E.g., Sensor1 Version 1.2 Page 10 of 12

11 2. <add key="mode" value="interval"/> Value = Interval. Interface will run at specific Interval. The system will treat Interval as Minutes. 3. <add key="modevalue" value="15"/> Value = Numeric value depicting the interval at which LwinS needs to run. E.g., 15. Here it indicates 15 Minutes. 4. <add key="invokeserviceonstart" value="yes"/> Value = Yes When LIMS Service run in silent mode it will send and receive the file once service is started. 5. <add key="lubesuserid" value="xxyyzz="/> <add key="lubespassword" value="aaaabbbbccccdddd=="/> Value = encrypted user ID received in the . Value = encrypted password received in the . After the SENSOR has been setup, an will be sent to the admin containing the encrypted user ID, password and the web service URL. These encrypted keys are used as a licence key to get the SENSOR authenticated to send and receive data from the web application through the web service. 6. <add key="georgiaservicelubes" value=" Value = the web service URL received in the . Leave the following keys unchanged - 7. <add key="labmachinewebauthentication" value="automatic"/> 8. <add key="webproxyaddress" value="abc.xyz.com.au:2020/"/> 9. <add key="networkusername" value="aabbcc"/> 10. <add key="networkpassword" value="nnnwww"/> 11. <add key="networkdomain" value="xxyyzz"/> 12. <add key="usenetworkdomaininauthentication" value="yes"/> 13. <add key="filenameprefixsampletestdata" value="samplexml"/> 14. <add key="sleepdurationonstart" value="0"/> 15. <add key="debugtraceon" value="no"/> 16. <add key = "DownloadMaterialOrder" value = "No"/> 17. <add key = "FileNamePrefixMaterialOrder" value = "MATERIALORDERXML"/> 18. <add key = "FolderPathMaterialOrderLubes" value = "C:\LIMS\Material\"/> Folders need to be created on the SENSOR machine for receiving and sending files. Following keys need to be updated accordingly <add key="folderpathsampletestresultlubes" value="c:\lims\out\"/> Value = The folder path where data points XML file will be placed by the SENSOR software. 20. <add key="archivefolderpathsampletestresultlubes" value="c:\lims\archive\"/> Value = The folder path where the archive of the outbound data point XML files will be placed by LwinS. 21. <add key="logfilepathlubes" value="c:\lims\logs\"/> Value = The folder path where a log of issues will be placed by LwinS. 22. <client> Version 1.2 Page 11 of 12

12 <endpoint address=" binding="basichttpbinding" bindingconfiguration="basichttpbinding_ilubeanalystservice" contract="sensorservice.ilubeanalystservice" name="basichttpbinding_ilubeanalystservice" /> </client> endpoint address = the webservice URL received in the . Update only the value within the double quotes after endpoint address= and before binding=. Testing procedure: After the configuration file has been updated and saved, the LwinS service can be Started and data XML files will start flowing from SENSOR into LubeAnalyst in the defined frequency of time. The Sensor log software will place an XML file containing the data point results in the OUT folder on the SENSOR machine. The format of the XML file is provided below. For testing purposes, the user may also create a dummy XML file with results and manually place the file in this location. After the results of data points get updated in LubeAnalyst, a graph may generated in the application to verify the values uploaded. SensorLIMStoLAfileE xample_v1.2.xml Version 1.2 Page 12 of 12