Sample stock trading application modified to run on both Intel/x86 (amd64) architecture as well as IBM LinuxONE (s390x).
This version of easytrade has been modified to enable fraud detection with the IBM LinuxONE on-chip AI Accelerator. If enabled, each buy and sell request made through the easytrade frontend GUI or an API call will receive a fraud score between 0 and 1 from an Nvidia Triton Inference Server.
See the fraud-detection README for instructions and more information.
Buy example:
[16/04/25 03:44:48 | Information] Sending payload to Triton at http://svc-triton-accelerated-easytrade.local/v2/models/fraud_ensemble/infer: {"inputs":[{"name":"raw_input","shape":[1,9],"datatype":"FP32","data":[6,1,1,1,159.33264,159.33264,3,3,1]}]} | FraudDetectionClient
[16/04/25 03:44:48 | Information] 🧠 Fraud score for BuyAssets: 0.7734375 | Entities.Trades.Service.TradeService
EasyTrade consists of the following services/components:
| Service | Proxy port | Proxy endpoint |
|---|---|---|
| Account service | 80 | /accountservice |
| Aggregator service | 80 | --- |
| Broker service | 80 | /broker-service |
| Calculation service | 80 | --- |
| Content creator | 80 | --- |
| Credit card order service | 80 | /credit-card-order-service |
| Db | 80 | --- |
| Engine | 80 | /engine |
| Feature flag service | 80 | /feature-flag-service |
| Frontend | 80 | / |
| Frontend reverse-proxy | 80 | --- |
| Loadgen | -- | --- |
| Login service | 80 | /loginservice |
| Manager | 80 | /manager |
| Offer service | 80 | /offerservice |
| Pricing service | 80 | /pricing-service |
| Problem operator | 80 | --- |
| RabbitMQ | 80 | --- |
| Third party service | 80 | /third-party-service |
To learn more about endpoints / swagger for the services go to their respective readmes
This version of easyTrade can run on a mixed-architecture OpenShift cluster, i.e. one that has both amd64 and s390x compute nodes.
~ oc get no -l node-role.kubernetes.io/worker -L kubernetes.io/arch
NAME STATUS ROLES AGE VERSION ARCH
stg1.ma1.cpolab.local Ready worker 82d v1.29.10+67d3387 amd64
stg2.ma1.cpolab.local Ready worker 82d v1.29.10+67d3387 amd64
stg3.ma1.cpolab.local Ready worker 82d v1.29.10+67d3387 amd64
work1.ma1.cpolab.local Ready worker 82d v1.29.10+67d3387 amd64
work2.ma1.cpolab.local Ready worker 82d v1.29.10+67d3387 amd64
work3.ma1.cpolab.local Ready worker 82d v1.29.10+67d3387 amd64
work4.ma1.cpolab.local Ready worker 82d v1.29.10+67d3387 amd64
work5.ma1.cpolab.local Ready worker 57d v1.29.10+67d3387 s390x
work6.ma1.cpolab.local Ready worker 57d v1.29.10+67d3387 s390x
work7.ma1.cpolab.local Ready worker 57d v1.29.10+67d3387 s390x
work8.ma1.cpolab.local Ready worker 57d v1.29.10+67d3387 s390x
Follow the instructions below and in the README, making sure to specify the release-mixed-arch release.
To deploy on OpenShift:
# Create the `easytrade` project
oc new-project easytrade
# Give the default user elevated credentials (don't do this in production 😊)
oc -n easytrade adm policy add-scc-to-user anyuid -z default
# then use the manifests to deploy
# use 'release-multiarch' to deploy to either s390x or amd64
# use 'release-mixed-arch' to deploy to a cluster that includes both s390x and amd64
oc -n easytrade apply -f ./kubernetes-manifests/release-multiarch
# Optional: if you want the problem patterns to be automatically
# enabled once a day, deploy these manifests too
# kubectl -n easytrade apply -f ./kubernetes-manifests/problem-patterns
# Expose the easytrade frontend service as a route
oc -n easytrade expose svc frontendreverseproxy-easytradeTo deploy on Kubernetes:
# first create the namespace for it
kubectl create namespace easytrade
# then use the manifests to deploy
kubectl -n easytrade apply -f ./kubernetes-manifests/release-multiarch
# Optional: if you want the problem patterns to be automatically
# enabled once a day, deploy these manifests too
# kubectl -n easytrade apply -f ./kubernetes-manifests/problem-patterns
# to get the ip of reverse proxy
# look for EXTERNAL-IP of frontendreverseproxy
# it may take some time before it gets assigned
kubectl -n easytrade get svc
# to delete the deployment
kubectl delete namespace easytradeAfter starting easyTrade application you can:
- go to the frontend and try it out. Navigate to the OpenShift route and you should see the login page. You can either create a new user, or use one of superusers (with easy passwords) like "demouser/demopass" or "specialuser/specialpass". Remember that in order to buy stocks you need money, so visit the deposit page first.
- go to some services swagger endpoint - you will find proper instructions in the dedicated service readmes.
If you want to use easyTrade, then you will need a user. You can either:
-
use an existing user - they have some preinserted data and new data is automatically generated:
- login: james_norton
- pass: pass_james_123
-
create a new user - click on "Sign up" on the login page and create a new user.
NOTE: After creating a new user there is no confirmation given, no email sent and you are not redirected... Just go back to login page and try to login.