Sunbird User Org Service

This repository contains the code for the User Org micro-service, providing the APIs for User and Org functionality of Sunbird. The code in this repository is licensed under the MIT License unless otherwise noted. Please see the LICENSE file for details.

User org development environment setup

This readme file provides instructions for installing and starting the User Org Service and setting up the default organization & user creation in a local machine.

System Requirements

Prerequisites

• Java 11
• Latest Docker
• Latest Maven (Only For Mac m1 users use 3.8.8 Maven version)

Prepare folders for database data and logs

To prepare folders for database data and logs, run the following command:

mkdir -p ~/sunbird-dbs/cassandra ~/sunbird-dbs/es 
export sunbird_dbs_path=~/sunbird-dbs

To verify the creation of folders, run:

echo $sunbird_dbs_path

Cassandra database setup in Docker

1. To get the Cassandra image, use the following command:

docker pull cassandra:3.11.6 

For Mac M1 users follow the bellow command:

docker pull --platform=linux/amd64 cassandra:3.11.6 

For the network, you can either use an existing network or create a new one by executing the following command:

docker network create sunbird_db_network

2. To create the Cassandra instance, run the following command:

docker run -p 9042:9042 --name sunbird_cassandra \
 -v $sunbird_dbs_path/cassandra/data:/var/lib/cassandra \
 -v $sunbird_dbs_path/cassandra/logs:/opt/cassandra/logs \
 -v $sunbird_dbs_path/cassandra/backups:/mnt/backups \
 --network sunbird_db_network -d cassandra:3.11.6 

For Mac M1 users follow the below command:

docker run --platform=linux/amd64 -p 9042:9042 --name sunbird_cassandra \
 -v $sunbird_dbs_path/cassandra/data:/var/lib/cassandra \
 -v $sunbird_dbs_path/cassandra/logs:/opt/cassandra/logs \
 -v $sunbird_dbs_path/cassandra/backups:/mnt/backups \
 --network sunbird_db_network -d cassandra:3.11.6 

3. To verify the setup, run the following command, which will show the status of Cassandra as up and running:

docker ps -a | grep cassandra

To create/load keyspaces and tables to Cassandra

Click the link sunbird-utils-cassandra-setup and follow the steps for creating/loading the Cassandra keyspaces and tables to your development environment.

Note: It is mandatory to follow the instructions provided in the link.

4. To verify the creation of keyspaces and tables, connect to the Cassandra Docker container using SSH and run the following command:

docker exec -it sunbird_cassandra /bin/bash

Setting up Elastic Search in Docker

To set up Elastic Search in Docker, follow the below steps:

1. Obtain the Elastic Search image by executing the following command:

docker pull elasticsearch:6.8.11

For Mac M1 users follow the bellow command:

docker pull --platform=linux/amd64 elasticsearch:6.8.11

2. Create an Elastic Search instance by executing the following command to run it in a container:

docker run -p 9200:9200 --name sunbird_es -v 
$sunbird_dbs_path/es/data:/usr/share/elasticsearch/data -v 
$sunbird_dbs_path/es/logs://usr/share/elasticsearch/logs -v 
$sunbird_dbs_path/es/backups:/opt/elasticsearch/backup 
-e "discovery.type=single-node" --network sunbird_db_network 
-d docker.elastic.co/elasticsearch/elasticsearch:6.8.11

For Mac M1 users follow the bellow command::

docker run --platform=linux/amd64 -p 9200:9200 --name sunbird_es -v 
$sunbird_dbs_path/es/data:/usr/share/elasticsearch/data -v 
$sunbird_dbs_path/es/logs://usr/share/elasticsearch/logs -v 
$sunbird_dbs_path/es/backups:/opt/elasticsearch/backup 
-e "discovery.type=single-node" --network sunbird_db_network 
-d docker.elastic.co/elasticsearch/elasticsearch:6.8.11

The above command performs the following actions:

• "-p 9200:9200" maps the host's port 9200 to the container's port 9200, allowing access to the Elasticsearch API.
• "--name <container_name>" assigns a name to the container, which can be used to reference it in other Docker commands.
• "-v <host_directory_path>/es/data:/usr/share/elasticsearch/data" mounts the host's directory "<host_directory_path>/es/data" as the Elasticsearch data directory inside the container.
• "-v <host_directory_path>/es/logs://usr/share/elasticsearch/logs" mounts the host's directory "<host_directory_path>/es/logs" as the Elasticsearch logs directory inside the container.
• "-v <host_directory_path>/es/backups:/opt/elasticsearch/backup" mounts the host's directory "<host_directory_path>/es/backups" as the Elasticsearch backups directory inside the container.
• "-e "discovery.type=single-node"" sets an environment variable "discovery.type" with the value "single-node", which tells Elasticsearch to start as a single-node cluster.
• "--network <network_name>" assigns the container to a Docker network, which is used to connect the container to other containers in the same network.
• "-d" runs the container in detached mode, which allows it to run in the background.

To verify the setup, execute the following command. It will display the elastic search status as up and running.

docker ps -a | grep es

If you are using an Ubuntu system, perform the following step to ensure that the necessary permissions are created for the folder:

chmod -R 777 sunbird-dbs/es

Elastic Search Indices and Mappings Setup

To create indices, follow these steps:

1. Copy the JSON content of the index from the provided link below for each index.
2. Replace <indices_name> with the name of the index for which you want to create the mapping.
3. Replace <respective_index_json_content> with the JSON content you copied in step 1.

Use the following api to create each index:

PUT {{es_host}}/<indices_name>
Body : <respective_index_json_content>

Here's an example curl command for creating the location index:

curl --location --request PUT 'localhost:9200/location' \
--header 'Content-Type: application/json' \
--data '<location_json_content>'

Make sure to replace location.json with the name of the index JSON file for the corresponding index.

Here's the list of indices to create and their corresponding links:

• user
• userfeed
• usernotes
• org
• location

To create mappings for the listed indices, follow these steps:

1. Copy the JSON content of the mapping from the provided link for each index.
2. Replace <indices_name> with the name of the index for which you want to create the mapping.
3. Replace <respective_mapping_json_content> with the JSON content you copied in step 1.

Use the following api to create each mapping:

PUT {{es_host}}/<indices_name>/_mapping/_doc 
Body: <respective_mapping_json_content>

Here's an example curl command for creating the mapping for the location index:

curl --location --request PUT 'localhost:9200/location/_mapping/_doc' \
--header 'Content-Type: application/json' \
--data '@location-mapping.json'

Make sure to replace location-mapping.json with the name of the mapping JSON file for the corresponding index.

Here's the list of mappings to create and their corresponding links:

• user
• userfeed
• usernotes
• org
• location

User Org Service Setup

To set up the User Org service, follow the steps below:

1. Clone the latest branch of the user-org service using the following command:

git clone https://github.com/Sunbird-Lern/sunbird-lms-service.git

2. Set up the necessary environment variables by running the following script in the path <project-base-path>/sunbird-lms-service:

./scripts/userorg-config.sh

3. Build the application using the following maven command in the path <project-base-path>/sunbird-lms-service:

mvn clean install -DskipTests -DCLOUD_STORE_GROUP_ID=org.sunbird -DCLOUD_STORE_ARTIFACT_ID=cloud-store-sdk -DCLOUD_STORE_VERSION=1.4.6

Make sure the build is successful before proceeding to the next step. If the build is not successful, fix any configuration issues and rebuild the application.

4. Run the netty server using the following maven command in the path <project-base-path>/sunbird-lms-service/controller:

mvn play2:run

5. Verify the database connections by running the following command:

curl --location --request GET 'http://localhost:9000/health’

If all connections are established successfully, the health status will be shown as 'true', otherwise it will be 'false'.

To make the User/Org service completely working, some pre-required configuration setup is mandatory. Follow the steps given in the link pre-required configuration setup to complete the setup.