Developer Guide
Other documentationsDemoCommunityGitHub
  • Forest Admin
  • Getting Started
    • Quick start
    • Development workflow
  • Reference Guide
    • How it works
      • Environments
      • Developing on Forest Admin
        • Using branches
        • Deploying your changes
        • Forest CLI commands
          • init
          • login
          • branch
          • switch
          • set-origin
          • push
          • environments:reset
          • environments:create
          • deploy
          • schema:diff [beta]
        • Express packages
    • Models
      • Enrich your models
      • Relationships
        • Create a Smart relationship
          • GetIdsFromRequest
        • Smart Relationship Examples
          • Smart hasMany relationship in mongoDB
    • Actions
      • Create and manage Smart Actions
        • Use a Smart Action Form
        • Use a Smart Action Intent
      • Smart Action Examples
        • Calculate the distance between two string addresses
        • Impersonate a user
        • Create a record with a multiselect through a many-to-many relationship
        • Handle enums with alias labels in a smart action
        • Dropdown with list of values in smart action form
        • Custom dynamic dropdown in a form using smart collections
        • Refresh hasMany relationship in smart action
        • Smart segment to restrict access to an action on a record details view
        • BelongsToMany edition through smart collection
        • Upload files to amazon s3
        • Upload several files with the File Picker
        • Retrieve smart field info in a smart action
        • Smart action to create several records from the input of a single smart action form
        • Add many existing records at the same time (hasMany-belongsTo relationship)
        • Call a webhook with record ids
        • Bulk update records
    • Smart Fields
      • Smart Field Examples
        • Add an HTML credit card as a smart field in a summary view
        • Display field with complex info in html format (rich text editor)
        • Generate signed urls to display S3 files in a smart field
        • Print a status object in a single line field
        • Sort by smart field
        • Sort by smart field that includes value from a belongsTo relationship
        • Add fields destined to the create form
        • Add validation to a smart field edition
        • Display smart field as progress bar using rich text editor
        • Update point geometry field using a smart field and algolia api
    • Smart Collections
      • Examples
        • Create a Smart Collection with Amazon S3
        • Smart relationship between model and stripe cards
        • Create records from a Smart collection
        • Searchable smart collection with records fetched from hubspot API
      • Serializing your records
    • Routes
      • Default routes
      • Extend a route
      • Override a route
    • Integrations
      • Stripe
      • Mixpanel
      • Intercom
      • Elasticsearch
        • Interact with your Elasticsearch data
        • Elasticsearch service/utils
        • Another example
      • Zendesk
        • Authentication, Filtering & Sorting
        • Display Zendesk tickets
        • Display Zendesk users
        • View tickets related to a user
        • Bonus: Direct link to Zendesk + change priority of a ticket
      • Dwolla
        • Display Dwolla customers
        • Display Dwolla funding sources
        • Display Dwolla transfers
        • Link users and Dwolla customers
        • Dwolla Service
      • Razorpay
      • Hubspot
        • Create a Hubspot company
        • Display Hubspot companies
      • Twilio
        • Send an SMS with Twilio and Zapier
      • Azure Table Storage
      • Slack
        • Send Smart Action notifications to Slack
      • Algolia
        • Geocode an address with Algolia
    • Smart Views
      • Create a Map view
      • Create a Calendar view
      • Create a Shipping view
      • Create a Gallery view
      • Create a custom tinder-like validation view
      • Create a dynamic calendar view for an event-booking use case
      • Create a custom moderation view
    • Smart Segments
    • Scopes
      • Create a scope more than one level away based on a Smart field
      • Scope on a smart field extracting a json's column attribute
    • Performance
    • Charts
      • Create an API-based Chart
      • Create a Smart Chart
      • Create Charts with AWS Redshift
  • Extra help
    • Setup
      • Install
      • Connecting Forest Admin to Your Database (Forest Cloud)
      • Forest Admin IP white-listing (Forest Cloud)
      • Why HTTPS is necessary even locally
      • Troubleshooting
      • Prevent permission errors at installation
      • Deploy your admin backend to AWS
      • Deploy your admin backend on Heroku
      • Deploy your admin backend to Ubuntu server
      • Deploy your admin backend to Google Cloud Platform
      • Install Forest Admin on a remote machine
      • Use Forest Admin with a read-only database
      • Configuring CORS headers
      • Running Forest Admin on multiple servers
      • Flatten nested fields (MongoDB)
    • Upgrade
      • Upgrade notes (Rails)
        • Upgrade to v9
        • Upgrade to v8
        • Upgrade to v7
        • Upgrade to v6
        • Upgrade to v5
        • Upgrade to v4
        • Upgrade to v3
      • Upgrade notes (SQL, Mongodb)
        • Upgrade to v9
        • Upgrade to v8
        • Upgrade to v7
        • Upgrade to v6
        • Upgrade to v5
        • Upgrade to v4
        • Upgrade to v3
      • Update your models' definition
      • Monitor your Forest's status
      • Manage your Forest Admin environments programmatically
      • Changing your domain name
      • Migrate to the new role system
      • Push your new version to production
    • Databases
      • Use a demo SQL database
      • Use a demo MongoDB database
      • Populate a postgreSQL database on Heroku
      • Connect to a read replica database
      • Plug multiple schemas
      • Add new databases
      • Manage SQL views
    • Settings
      • Customize your /forest folder
      • Disable automatic Forest Admin schema update
      • Include/exclude models
      • Display extensive logs
      • Laravel specific settings
    • Releases Support
    • Other documentations
Powered by GitBook
On this page

Was this helpful?

  1. Reference Guide
  2. Integrations

Azure Table Storage

PreviousSend an SMS with Twilio and ZapierNextSlack

Last updated 1 year ago

Was this helpful?

Please be sure of your agent type and version and pick the right documentation accordingly.

This is the documentation of the forest-express-sequelize and forest-express-mongoose Node.js agents that will soon reach end-of-support.

forest-express-sequelize v9 and forest-express-mongoose v9 are replaced by v1.

Please check your agent type and version and read on or switch to the right documentation.

This is still the latest Ruby on Rails documentation of the forest_liana agent, you’re at the right place, please read on.

This is the documentation of the django-forestadmin Django agent that will soon reach end-of-support.

If you’re using a Django agent, notice that django-forestadmin v1 is replaced by v1.

If you’re using a Flask agent, go to the v1 documentation.

Please check your agent type and version and read on or switch to the right documentation.

This is the documentation of the forestadmin/laravel-forestadmin Laravel agent that will soon reach end-of-support.

If you’re using a Laravel agent, notice that forestadmin/laravel-forestadmin v1 is replaced by v3.

If you’re using a Symfony agent, go to the v1 documentation.

Please check your agent type and version and read on or switch to the right documentation.

Azure Table Storage

This How to is based on the by

The implementation is done using a and a CRUD service that will wrap the .

The Table Storage Definition

You can use the new to create and populate a Table Storage in your .

In our example, we are going to use the Table Customers with the fields:

  • Id: PartitionKey + RowKey

  • Timestamp (updated at)

  • Email as String

  • FirstName as String

  • LastName as String

Install Azure data-tables package

npm install @azure/data-tables --save

Smart Collection definition

const { collection } = require('forest-express-sequelize');

collection('customers', {
  fields: [
    {
      field: 'id',
      type: 'String',
      get: (customer) => `${customer.partitionKey}|${customer.rowKey}`,
    },
    {
      field: 'partitionKey',
      type: 'String',
    },
    {
      field: 'rowKey',
      type: 'String',
    },
    {
      field: 'timestamp',
      type: 'Date',
    },
    {
      field: 'Email',
      type: 'String',
    },
    {
      field: 'LastName',
      type: 'String',
    },
    {
      field: 'FirstName',
      type: 'String',
    },
  ],
});

The Azure Data Tables Service Wrapper

const { TableClient } = require('@azure/data-tables');

const getClient = (tableName) => {
  const client = TableClient.fromConnectionString(
    process.env.AZURE_STORAGE_CONNECTION_STRING,
    tableName
  );
  return client;
};

const azureTableStorageService = {
  deleteEntityAsync: async (tableName, partitionKey, rowKey) => {
    const client = getClient(tableName);
    await client.deleteEntity(partitionKey, rowKey);
  },

  getEntityAsync: async (tableName, partitionKey, rowKey) => {
    const client = getClient(tableName);
    return client.getEntity(partitionKey, rowKey);
  },

  listEntitiesAsync: async (tableName, options) => {
    const client = getClient(tableName);
    var azureResponse = await client.listEntities();

    let iterator = await azureResponse.byPage({
      maxPageSize: options.pageSize,
    });

    for (let i = 1; i < options.pageNumber; i++) iterator.next(); // Skip pages

    let entities = await iterator.next();
    let records = entities.value.filter((entity) => entity.etag);

    // Load an extra page if we need to allow (Next Page)
    const entitiesNextPage = await iterator.next();
    let nbNextPage = 0;
    if (entitiesNextPage && entitiesNextPage.value) {
      nbNextPage = entitiesNextPage.value.filter(
        (entity) => entity.etag
      ).length;
    }

    // Azure Data Tables does not provide a row count.
    // We just inform the user there is a new page with at least x items
    const minimumRowEstimated =
      (options.pageNumber - 1) * options.pageSize + records.length + nbNextPage;

    return { records, count: minimumRowEstimated };
  },

  createEntityAsync: async (tableName, entity) => {
    const client = getClient(tableName);
    delete entity['__meta__'];
    await client.createEntity(entity);
    return client.getEntity(entity.partitionKey, entity.rowKey);
  },

  updateEntityAsync: async (tableName, entity) => {
    const client = getClient(tableName);
    await client.updateEntity(entity, 'Replace');
    return client.getEntity(entity.partitionKey, entity.rowKey);
  },
};

module.exports = azureTableStorageService;

Routes definition

const express = require('express');
const {
  PermissionMiddlewareCreator,
  RecordCreator,
  RecordUpdater,
} = require('forest-express');
const { RecordSerializer } = require('forest-express');

const router = express.Router();

const COLLECTION_NAME = 'customers';
const permissionMiddlewareCreator = new PermissionMiddlewareCreator(
  COLLECTION_NAME
);
const recordSerializer = new RecordSerializer({ name: COLLECTION_NAME });

const azureTableStorageService = require('../services/azure-table-storage-service');

// Get a list of Customers
router.get(
  `/${COLLECTION_NAME}`,
  permissionMiddlewareCreator.list(),
  async (request, response, next) => {
    const pageSize = parseInt(request.query.page.size) || 15;
    const pageNumber = parseInt(request.query.page.number);

    azureTableStorageService
      .listEntitiesAsync(COLLECTION_NAME, { pageSize, pageNumber })
      .then(async ({ records, count }) => {
        const recordsSerialized = await recordSerializer.serialize(records);
        response.send({ ...recordsSerialized, meta: { count } });
      })
      .catch((e) => {
        console.error(e);
        next(e);
      });
  }
);

// Get a Customer
router.get(
  `/${COLLECTION_NAME}/:recordId`,
  permissionMiddlewareCreator.details(),
  async (request, response, next) => {
    const parts = request.params.recordId.split('|');
    azureTableStorageService
      .getEntityAsync(COLLECTION_NAME, parts[0], parts[1])
      .then((record) => recordSerializer.serialize(record))
      .then((recordSerialized) => response.send(recordSerialized))
      .catch((e) => {
        console.error(e);
        next(e);
      });
  }
);

// Create a Customer
router.post(
  `/${COLLECTION_NAME}`,
  permissionMiddlewareCreator.create(),
  async (request, response, next) => {
    const recordCreator = new RecordCreator(
      { name: COLLECTION_NAME },
      request.user,
      request.query
    );
    recordCreator
      .deserialize(request.body)
      .then((recordToCreate) => {
        return azureTableStorageService.createEntityAsync(
          COLLECTION_NAME,
          recordToCreate
        );
      })
      .then((record) => recordSerializer.serialize(record))
      .then((recordSerialized) => response.send(recordSerialized))
      .catch((e) => {
        console.error(e);
        next(e);
      });
  }
);

// Update a Customer
router.put(
  `/${COLLECTION_NAME}/:recordId`,
  permissionMiddlewareCreator.update(),
  async (request, response, next) => {
    const parts = request.params.recordId.split('|');
    const recordUpdater = new RecordUpdater(
      { name: COLLECTION_NAME },
      request.user,
      request.query
    );
    recordUpdater
      .deserialize(request.body)
      .then((recordToUpdate) => {
        recordToUpdate.partitionKey = parts[0];
        recordToUpdate.rowKey = parts[1];
        return azureTableStorageService.updateEntityAsync(
          COLLECTION_NAME,
          recordToUpdate
        );
      })
      .then((record) => recordSerializer.serialize(record))
      .then((recordSerialized) => response.send(recordSerialized))
      .catch((e) => {
        console.error(e);
        next(e);
      });
  }
);

// Delete a list of Customers
router.delete(
  `/${COLLECTION_NAME}`,
  permissionMiddlewareCreator.delete(),
  async (request, response, next) => {
    try {
      for (const key of request.body.data.attributes.ids) {
        const parts = key.split('|');
        await azureTableStorageService.deleteEntityAsync(
          COLLECTION_NAME,
          parts[0],
          parts[1]
        );
      }
      response.status(204).send();
    } catch (e) {
      console.error(e);
      next(e);
    }
  }
);

module.exports = router;
@forestadmin/agent
forestadmin-agent-django
forestadmin-agent-flask
forestadmin/laravel-forestadmin
forestadmin/symfony-forestadmin
Medium article
Andrew Varnon
Smart Collection
Azure Table Storage API
Azure Data Explorer
Azure Storage account