This is a sample, end-to-end functional bookstore (or more generally, an e-commerce app) built using YugabyteDB. This app shows how YugabyteDB makes this development very simple through its multiple distributed SQL APIs.

The app is continuously being improved. It currently features:

• products catalog listing
• product details page
• static product grouping (such as "business books", "mystery books", etc)
• dynamic product grouping (such as "most reviewed", "highest rated", etc)
• tracking for pageviews (both counts and referral for firther analysis)
• Coming soon: a shopping cart, online checkout, order history tracking.

This app is built using the following stack:

• Frontend: ReactJS
• Backend: Express and NodeJS
• Database: YugabyteDB

Review the design of the app in YugabyteDB Docs.

You can see the app at http://localhost:3001 after doing the following:

1. Install YugabyteDB in docker on your localhost.

2. Run the Yugastore app using the followign command:

docker run -p 3001:3001 -d --network yb-net --name yugastore yugabytedb/yugastore

1. Install YugabyteDB.

2. Run the following to initialize. Tweak the config.json file if needed.

$ cd yugastore
$ npm install # First time only

3. Run the following to populate data:

node models/yugabyte/db_init.js

4. Start the REST API server using:

$ npm start

5. Start the webserver using - this is optional:

$ cd yugastore/ui
$ npm install # First time only
$ npm start

1. Install YugabyteDB in kubernetes. Do not forget to initialize the YEDIS API using the following command after bringing up a local cluster:

kubectl exec -it yb-master-0 /home/yugabyte/bin/yb-admin -- --master_addresses yb-master-0.yb-masters.default.svc.cluster.local:7100,yb-master-1.yb-masters.default.svc.cluster.local:7100,yb-master-2.yb-masters.default.svc.cluster.local:7100 setup_redis_table

2. Bring up the ExpressJS + NodeJS + React app in a Kubernetes pod using the following command:

kubectl run yugastore --image=yugabytedb/yugastore:latest --port=3001 --command -- /usr/local/yugastore/bin/start-for-kubernetes.sh

You can verify this deployment is running using the following:

$ kubectl get deployments
NAME        DESIRED   CURRENT   UP-TO-DATE   AVAILABLE   AGE
yugastore   1         1         1            1           13m

You can check all the running pods by doing:

$ kubectl get pods
NAME                        READY     STATUS    RESTARTS   AGE
yb-master-0                 1/1       Running   0          7h
yb-master-1                 1/1       Running   0          7h
yb-master-2                 1/1       Running   0          7h
yb-tserver-0                1/1       Running   0          7h
yb-tserver-1                1/1       Running   0          7h
yb-tserver-2                1/1       Running   0          7h
yugastore-55d7c6965-ql95t   1/1       Running   0          13m

3. Viewing the UI

• On localhost (minikube) cluster On localhost minikube, do the following and see ui at http://localhost:3001:

kubectl port-forward yugastore-55d7c6965-ql95t 3001

Remember to substitute the pod name yugastore-55d7c6965-ql95t based on the output of kubectl get pods above.

• On a managed Kubernetes cluster (GKE, AKS, EKS) These have integrated load-balancers. You can expose the app by performing the following:

$ kubectl expose deployment yugastore --type=LoadBalancer
service "yugastore" exposed

You can view the services with

$ kubectl get services
NAME          TYPE           CLUSTER-IP   EXTERNAL-IP   PORT(S)                               AGE
kubernetes    ClusterIP      10.0.0.1     <none>        443/TCP                               109d
yb-masters    ClusterIP      None         <none>        7000/TCP,7100/TCP                     7m
yb-tservers   ClusterIP      None         <none>        9000/TCP,9100/TCP,9042/TCP,6379/TCP   7m
yugastore     LoadBalancer   10.0.0.154   <pending>     3001:31141/TCP                        42s

You can open the UI using:

minikube service yugastore

The app comes with a load tester which mimics the behavior of an end user at a very high rate. You can run this as follows:

• Docker

docker exec -it yugastore node /usr/local/yugastore/test/sample-user.js

• Binary

node test/sample-user.js

• Kubernetes

kubectl exec -it yugastore-84d7479766-xwxml node /usr/local/yugastore/test/sample-user.js

You should be able to see the IOPS on the YugaByte DB UI. If you have installed it on your localhost, with default settings, you can see this on the /tablet-servers page. It should look something as follows.

To build a new docker image:

1. Rebuild the ui if something has changed.

cd ui && rm -rf build/ && npm run build

2. Rebuild the docker image:

docker build -t yugastore .