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The Easiest way to have the PLIR set up locally is by using Docker and Docker Compose 

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1. Clone the Repository locally 

   Code Block
   language bash
   git clone https://github.com/openmrs/openmrs-plir-dockerized-setup.git

   
   

2.  Move to the project root directory and Spin Up the pre-configured OpenMRS ,OpenHIM and Hapi-Fhir instances .

   Code Block
   language bash
   docker-compose up

   
   

3. You should be able to acces the OpenMRS ,OpenHIM and Hapi-Fhir instances  at the following urls
   
   

   Instance	URL	credentials (user : password)
   OpenMRS	http://localhost:8080/openmrs	admin : Admin123
   OpenHIM	http://localhost:9000	root@openhim.org : openhim-password
   Hapi FHir	http://localhost:8090	hapi : hapi123

   After Logging into OpenHIM  (see more ), Import the Config-file inside the Config folder ie    config/openhim-config.json 
   Note that the OpenMRS Instance above is pre-loaded with CIEL and comes with a sample form (TX_PVLS form) to collect TX_PVLS specific data
   
   

4. Load the necesary TX_PVLS [Measure](https://wiki.openmrs.org/display/projects/FHIR+Measure+Resources+For+PLIR) and [Library](https://wiki.openmrs.org/display/projects/Sample+FHIR+CQL+Libraries+for+the+Calculation+of+TX_PVLS) Resources into the Hapi FHir .
   you can load the resources directly from the resources folder directly using the loadResources script. run the command below from the project Root directory

   
   
   chmod +x * ; ./loadResources.sh
   
   see how to [load the Resources](https://wiki.openmrs.org/display/projects/Steps+For+Testing+Calculation+of+TX-PVLS+Indicator+Using+CQL) into Hapi Fhir using PostMan client.
   
   
   5. Spin up the streaming-debezium pipeline  . 
   

   Code Block

   language	bash

   
   
   docker-compose

   -f

   pipeline-compose.yml

   up

   
   
   
   Note that you run the above command from the root directory of the cloned repository.
   

    You

   
   
   
   You can use the TX_PVLS form pre-loaded in the OpenMRS instance to capture TX_PVLS specific data
   
   6. The running Pipeline will listen to any  any data changes  added in to OpenMRS and route them to the FHIR server through OpenHIM.
   

    See here how to invoke the evaluate-measure and collect-data operation

   
   7. Invoke the **collect-data** FHIR Operation using the Get request below to generate the relevant Dataset for TX_

   PVLS and the actual indicator calculation based on CQL evaluation

   PVLS
   
   
   GET: http://localhost:8090/fhir/Measure/TX-PVLS/$collect-data?periodStart=<date>&periodEnd=<date>
   
   see sample [here](https://wiki.openmrs.org/display/projects/Steps+For+Testing+Calculation+of+TX-PVLS+Indicator+Using+CQL)
   
   8. Invoke the **evaluate-measure** FHIR Operation using the Get request below for the  indicator calculation based on CQL evaluation
   
   GET: http://localhost:8090/fhir/Measure/TX-PVLS/$evaluate-measure?periodStart=<date>&periodEnd=<date>
   
   see sample resultset [here](https://wiki.openmrs.org/display/projects/Steps+For+Testing+Calculation+of+TX-PVLS+Indicator+Using+CQL)