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Step 1: Install Featureform client

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Requirements

  • Python 3.9-3.12
  • Kubectl
  • Azure CLI
  • An available domain/subdomain name
Install the Featureform SDK via Pip. 
pip install featureform

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Step 2: Export domain name

Featureform uses gRPC which, in combination with the nginx ingress requires a fully qualified domain name. 
export FEATUREFORM_HOST=

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Step 3: Setup the AKS Cluster

This step will provision a single node Kubernetes cluster with AKS

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Login

Login to the Azure CLI 
az login

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Create Resource Group

Create a resource group for the kubernetes cluster 
az group create --name FeatureformResourceGroup --location eastus

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Create A Cluster

Create a single node cluster for Featureform 
az aks create --resource-group FeatureformResourceGroup --name FeatureformAKSCluster --node-count 1 --generate-ssh-keys

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Add To Kubeconfig

Add the cluster information to the kubeconfig as the current context 
az aks get-credentials --resource-group FeatureformResourceGroup --name FeatureformAKSCluster

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Verify connection

kubectl get nodes
You should get a result like: 
NAME                                STATUS   ROLES   AGE     VERSION
aks-nodepool1-25554489-vmss000000   Ready    agent   7m56s   v1.24.6

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Step 4: Install Helm charts

We’ll be installing three Helm Charts: Featureform, the Quickstart Demo, and Certificate Manager. First, we need to add the Helm repositories. 
helm repo add featureform https://storage.googleapis.com/featureform-helm/ 
helm repo add jetstack https://charts.jetstack.io 
helm repo update
Now we can install the Helm charts. 
helm install certmgr jetstack/cert-manager \
    --set installCRDs=true \
    --version v1.8.0 \
    --namespace cert-manager \
    --create-namespace
    
helm install featureform featureform/featureform \
    --set publicCert=true \
    --set selfSignedCert=false \
    --set hostname=$FEATUREFORM_HOST
    
helm install quickstart featureform/quickstart

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Step 5: Setup Domain Name

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Get the ingress IP address

Get the IP address of the ingress. It may take a minute or so to show. 
kubectl get ingress
In your DNS provider create two records:
KeyValueRecord Type
<your\_domain\_name><ingress\_ip\_address>A
<your\_domain\_name>0 issuewild “letsencrypt.org”CAA
This will allow the client to securely connect to the cluster by allowing the cluster to provision its own public IP address. You can check when the cluster is ready by running 
kubectl get cert
and checking that the status of the certificates is ready.

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Step 6: Register providers

The Quickstart helm chart creates a Postgres instance with preloaded data, as well as an empty Redis standalone instance. Now that they are deployed, we can write a config file in Python.
definitions.py
import featureform as ff

redis = ff.register_redis(
    name = "redis-quickstart",
    host="quickstart-redis", # The internal dns name for redis
    port=6379,
    description = "A Redis deployment we created for the Featureform quickstart"
)

postgres = ff.register_postgres(
    name = "postgres-quickstart",
    host="quickstart-postgres", # The internal dns name for postgres
    port="5432",
    user="postgres",
    password="password",
    database="postgres",
    description = "A Postgres deployment we created for the Featureform quickstart"
)
Once we create our config file, we can apply it to our Featureform deployment. 
featureform apply definitions.py

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Step 7: Define our resources

We will create a user profile for us, and set it as the default owner for all the following resource definitions.
definitions.py
ff.register_user("featureformer").make_default_owner()
Now we’ll register our user fraud dataset in Featureform.
definitions.py
transactions = postgres.register_table(
    name = "transactions",
    variant = "kaggle",
    description = "Fraud Dataset From Kaggle",
    table = "Transactions", # This is the table's name in Postgres
)
Next, we’ll define a SQL transformation on our dataset.
definitions.py
@postgres.sql_transformation(variant="quickstart")
def average_user_transaction():
    """the average transaction amount for a user """
    return "SELECT CustomerID as user_id, avg(TransactionAmount) " \
           "as avg_transaction_amt from {{transactions.kaggle}} GROUP BY user_id"
Next, we’ll register a passenger entity to associate with a feature and label.
definitions.py
user = ff.register_entity("user")
# Register a column from our transformation as a feature
average_user_transaction.register_resources(
    entity=user,
    entity_column="user_id",
    inference_store=redis,
    features=[
        {"name": "avg_transactions", "variant": "quickstart", "column": "avg_transaction_amt", "type": "float32"},
    ],
)
# Register label from our base Transactions table
transactions.register_resources(
    entity=user,
    entity_column="customerid",
    labels=[
        {"name": "fraudulent", "variant": "quickstart", "column": "isfraud", "type": "bool"},
    ],
)
Finally, we’ll join together the feature and label into a training set.
definitions.py
ff.register_training_set(
    "fraud_training", "quickstart",
    label=("fraudulent", "quickstart"),
    features=[("avg_transactions", "quickstart")],
)
Now that our definitions are complete, we can apply them to our Featureform instance. 
featureform apply definitions.py

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Step 7: Serve features for training and inference

Once we have our training set and features registered, we can train our model. 
import featureform as ff

client = ff.ServingClient()
dataset = client.training_set("fraud_training", "quickstart")
training_dataset = dataset.repeat(10).shuffle(1000).batch(8)
for row in training_dataset:
    print(row.features(), row.label())
We can serve features in production once we deploy our trained model as well. 
import featureform as ff

client = ff.ServingClient()
fpf = client.features([("avg_transactions", "quickstart")], {"user": "C1410926"})
print(fpf)