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How To Use Airtable API – a step-by-step Integration Guide and Full Documentation List

This article will discuss about how to use Airtable API with step-by-step integration guide and full documentation list. Let’s get started!

Overview of Airtable API

Airtable is a cloud-based platform for creating and managing databases. It is a spreadsheet-database hybrid with features of databases applied to a spreadsheet. Over 300,000 organizations use the platform because it helps teams create strong, adaptable apps on top of shared data. Airtable API is based on the Restful API. Programmers can build applications that can access and manipulate data on Airtable. It can be used to build custom integrations with other applications, automate workflows, and create custom reports and dashboards. The API is easy to use and supports a wide range of features, making it a powerful tool for developers and businesses.

Also read: How to use Stripe API; a step-by-step integration guide and full documentation list

Airtable developer API and key functionalities

You can use Airtable developer API to build integration into other applications or build stand-alone programs. You can access Airtable through the API to:

Create, read, update, and delete records
Create and manage views
Create and manage formulas
Create and manage automation
Integrate with other applications

Some Airtable API integration scenarios are

Create new records for platforms that are not supported.
Update records for a third-party app.
Update and delete records from a 3rd party platform.

How to use Airtable API – step-by-step integration guide

You must develop a backend application that serves as a proxy for the Airtable service in order to launch the Airtable REST API Integration. When customers want to communicate with Airtable via HTTP POST requests, the application must accept their requests. The following steps will add Airtable Rest api integration effortlessly:

Step1: Create an Airtable account and add email address

Start by creating Airtable account. Click on Sign-up on the top left corner. Enter relevant information and click on Continue. You will need click the Activate My Account in your email.
You can now create a username and password and click Save Changes.
After signing up we recommend you click on Add email address so you receive notifications about updates Airtable account.

Step2: Click the new table

Click Create Table. You will be redirected to a page where you can select the database you want to add your table to. Pick the option that best meets your needs. You can choose “Other” or “Custom” if you are unsure of the database type you want to add to your table.
You will be prompted to name the table and description. You will then be sent to the New Row form. By clicking on each column heading in this area, you can add columns. Choose the desired columns, then enter the necessary data.
Click on Save Changes button.
The Airtable team will send you the approval via email.

Step3: Connect your table any Rest API

You need to connect your table to a Rest API.

Click on the create connection link
Select the API from the choose from the selection available.

Step4: Authorization

Complete the authorization form in accordance with your requirements, then send the request. Verify that the request was delivered successfully. Obtain an authorization token, sign in to Airtable, and then modify it to suit your needs.

Also read: How to use ChatGPT API; a step-by-step integration guide and full documentation list

Airtable API documentation references and examples

The Airtable API documentation references is a comprehensive documentation for all end points, methods, and parameters. It provides everything you need to leverage Airtable’s powerful features. The Airtable API examples will help you understand how to use Airtable API.

You need to Login to the Airtable Account and create a base. Generate an API key for Airtable Integration.

How to use Airtable Python API

Here is how to use Airtable Python API

Step1: Install the airtable-request.py; $ pip install requests

Step2: Create an Airtable base and new table through the web interface.

import airtable

at = airtable.Airtable(‘BASE_ID’, ‘API_KEY’)

at.get(‘TABLE_NAME’)

Step3: Use API references to get the results.

An Airtable python api example to get table name and fetch one or multiple records

at.get(table_name, record_id=None, limit=0, offset=None,

filter_by_formula=None, view=None, max_records=0, fields=[])

Where

table_name (required) is a string representing the table name

record_id (optional) is a string, which fetches a specific item by id. If not specified, all items are fetched

limit (optional) is an integer, and it can only be specified if record_id is not present, and limits the number of items fetched (see pageSize in the AirTable documentation)

offset is a string representing the record id from which we start the offset

filter_by_formula (optional) is a string to filter the retrieving records (see filterByFormula in the AirTable documentation)

max_records (optional) is the total number of records that will be returned (see maxRecords in the AirTable documentation)

fields (optional) is a list of strings with the field names to be returned

How to use Airtable Javascript API

Here is how to use Airtable.js API

Step1: Install the Airtable.js in the node project; npm install airtable3.

Step2: To use the Airtable.js file you need use this link.

For demo you can run:

cd test/test_files

python -m SimpleHTTPServer

Edit the test/test_files/index.html and replace the BASE_ID and API_KEY with your ID.

Open this in your browser.

Step3: You can use the Airtable objects to interact with the database. Airtable javascript api example will explain more in detail.

const airtable = new Airtable(‘<YOUR_API_KEY>’);

const updatedRecord = {

“name”: “Jane Doe”,

“email”: “janedoe@example.com”

};

airtable.updateRecord(‘Your Base ID’, ‘Your Table ID’, 1234567890, updatedRecord);

How to use Airtable JSON API

Here is how to use Airtable database API JSON

Step1: Identify your base and table in step two

Choose the base and table within Airtable that you want to use the JSON API to interact with.

Step2: Construct the API endpoint URL

The Airtable JSON API’s root URL is https://api.airtable.com/v0/. To create the endpoint URL, add your base ID and table name to the base URL.

Step3: Make HTTP requests

Make HTTP calls to the created API endpoint URL using your favourite programming language or tool. You can send messages using libraries like Axios, Requests, or fetch.

Step4: Add the required headers

Include the required headers for content type and authentication in your API queries. Set the ‘Authorization: Bearer YOUR_API_KEY’ header in the Authorization section of the request. Additionally, change the Content-Type header to ‘application/json’.

Step5: Define the parameters and request method

Depending on the operation you want to carry out (such as retrieve records, create records, update records, or remove records), choose the appropriate HTTP method (GET, POST, PUT, remove). According to the API documentation, include any necessary arguments in the request URL or request body.

Step6: Handle the API response

Once you have the API response, process and handle it in accordance with the needs of your application. Parsing the JSON response, managing errors, and extracting the pertinent data may all be necessary. You can as

Step7: Develop your integration

As you need them, add more API functionalities, such as filtering, sorting, pagination, and attachments, to your integration.

How to use Airtable API NPM

Here is Airtable API node example

Start by initializing the project and install dependencies to start the server. You need to install the following :

body-parser – a middleware to parse the body of incoming requests
cors – ho handle cors headers
express – to spin up our expressjs server
morgan – a middleware utility tool that logs the server events (this is not essential but useful for debugging)
node-fetch – fetch API for node environment

npm i express cors morgan body-parser node-fetch

After installing everything create app.js file

const express = require(“express”);

const app = express();

const cors = require(“cors”);

const bp = require(“body-parser”);

const fetch = require(“node-fetch”);

app.use(cors());

app.use(bp.urlencoded({ extended: false }));

app.use(bp.json());

app.use(require(“morgan”)(“dev”));

const port = process.env.PORT || 5000;

app.listen(port, () => {

console.log(“listning on ” + port);

});

Run this by node.app.js

To read the table we create an Airtable api nodejs server to view existing data in our table.

const express = require(“express”);

const app = express();

const cors = require(“cors”);

const bp = require(“body-parser”);

const fetch = require(“node-fetch”);

app.use(cors());

app.use(bp.urlencoded({ extended: false }));

app.use(bp.json());

app.use(require(“morgan”)(“dev”));

const AIRTABLEAPI = require(“./config/env”).airtableapikey; // import airtable api key

const AIRTABLEBASEID = require(“./config/env”).airtablebaseid;// import airtable base id

const AIRTABLETABLENAME = “seriescharacters”; // table name

const port = process.env.PORT || 5000;

app.get(“/view”, (req, res) => {

//we need to send a “GET” request with our base id table name and our API key to get the existing data on our table.

fetch(

`https://api.airtable.com/v0/${AIRTABLEBASEID}/${AIRTABLETABLENAME}?view=Grid%20view`,

{

headers: { Authorization: `Bearer ${AIRTABLEAPI}` } // API key

}

)

.then((res) => res.json())

.then((result) => {

console.log(result);

res.json(result);

})

.catch((err) => {

console.log(err);

});

})

How to use Airtable API to office 365

There are a few ways to use the Airtable API to Office 365. One way is use Airtable Zapier Integration.

Start by creating an Zapier and Office 365 account.
Go to the top left-hand corner of the Zappier account and press Zap.
Name your Zap e.g. AirtableTOOffice
From Zappier select Airtable.
Choose event from the drop down menu and press Continue.
Set up your trigger.
Select Office 365 as the action app.
Choose the action that you want to take.
Connect your Airtable and Office 365 accounts.
Test the Zap.

How to use Airtable API with WordPress

Go to the Air Sync plugin page and click on Connections>> Add New.
Enter a name for your new Connection.
Fill in the Airtable Settings with the API Key.
Select the form (article, page, etc.) in which you want to import the content from your table and configure the additional options.
Link your link with fields in WordPress. Names in Airtable columns are case-sensitive, take care to adhere to the exact spelling.
Select Strategy and Trigger from the Sync Settings menu.
Once the connection is published, you’re done!

How to use Airtable jquery API

Requirement

A server with PHP installed.
cURL enabled

Here is how you can make a request to the Airtable ‘s API

$api_key = ‘YOUR_API_KEY’;

$base = ‘YOUR_SPREADSHEET_ID’;

$table = ‘YOUR_TABLE_NAME’;

$airtable_url = ‘https://api.airtable.com/v0/’ . $base . ‘/’ . $table;

$url = ‘https://api.airtable.com/v0/’ . $base . ‘/’ . $table . ‘?maxRecords=10&view=Main%20View’;

$headers = array(

‘Authorization: Bearer ‘ . $api_key

);

$ch = curl_init();

curl_setopt($ch, CURLOPT_HTTPGET, 1);

curl_setopt($ch, CURLOPT_RETURNTRANSFER, true);

curl_setopt($ch, CURLOPT_TIMEOUT, 10);

curl_setopt($ch, CURLOPT_HTTPHEADER, $headers);

curl_setopt($ch, CURLOPT_URL, $url);

$entries = curl_exec($ch);

curl_close($ch);

$airtable_response = json_decode($entries, TRUE);

This code gets the data from your Airtable and converts into a PHP array with json_decode(). The output will be as follows

“records”: [

{

“id”: “recMGvRShuBoKakfY”,

“fields”: {

“grocery”: “bread”

“createdTime”: “2016-10-25T12:18:53.000Z”

}

“offset”: “recMGvRShuBoKakfY”

We convert the JSON to PHP array and use a for loop,

foreach($airtable_response[‘records’][‘fields’] as $key => $value) {

$string.= $value[‘Data’] . ‘, ‘;

$labels.= ‘”‘ . $value[‘Label’] . ‘”, ‘;

}

$data = trim($string, “,”);

$labels = trim($labels, “,”);

How to use Airtable PHP API

Step1: Installation

If you are using Composer, you can run the following command.

composer require sleiman/airtable-php

Alternatively, directly download and extract them into your web directory.

Step2: Add Wrappers to your projects

If you are using Composer, run the autoloader

require ‘vendor/autoload.php’;

or include Airtable.php file

include(‘../src/Airtable.php’);

include(‘../src/Request.php’);

include(‘../src/Response.php’);

Step3: Initialize the class

use \TANIOS\Airtable\Airtable;

$airtable = new Airtable(array(

‘api_key’ => ‘API_KEY’,

‘base’ => ‘BASE_ID’

));

Step4: Get all the entries in the table

$request = $airtable->getContent( ‘Contacts’ );

do {

$response = $request->getResponse();

var_dump( $response[ ‘records’ ] );

}

while( $request = $response->next() );

print_r($request);

Also read: How To Use Notion API a step-by-step Integration Guide and Full Documentation List

How to use Airtable API in R

Developers can use some R packages, if they want to connect the R. In this example we wil use Darko Bergant’s package.

Install devtools, you need to run

install.packages(“devtools”).

Install Darko Bergant’s package.

devtools::install_github(“bergant/airtabler”)

Now that you have installed devtools and bergant/airtabler installed you need load them into the session to be used. First

library(airtabler), then library(dplyr).

To retrieve the data as a data frame you will need the API key.

Sys.setenv(“AIRTABLE_API_KEY”=”<Your API key”) #example key**************

You also need to add the base that you want to pull the data from

airtable <- airtabler::airtable(“<base key>”, “<Tab/sheet name>”) #base key can be found in the API docs

Now that we have the data.frame we can use the dplyr function

sample_n(airtable, 1) #1 is the number of rows we want

This is our result.

ID : 17 re*************

Twitter Handle : @amymcdougall96

Win a T Shirt : Yes

Name : Amy McDougall

Created Time : 2018-05-18T13:38:58.000Z

How to use Airtable C# API

Airtable.net is the C# sharp client of the public APIs of Airtable. . It creates a Windows class library called AirtableClientApi.dll that is intended for.NET Standard. By eliminating the need to worry about interacting with raw HTTP, low-level ideas like HTTP status codes, and records paging, AirtableClientApi.dll makes it easier to use Airtable APIs. By utilising programmatically available Airtable public APIs including List Records, Create Record, Retrieve Record, Update Record, Replace Record, and Delete Record, users can create C-Sharp apps that interface with Airtable.

Install the latest nuget package Airtable.1.3.0.nupkg.

Download the c# source code for Airtable.net at github.com. Simply add these source files to a new C#.NET Standard Class Library project in Visual Studio to compile the project to an assembly.

using System;

using Microsoft.VisualStudio.TestTools.UnitTesting;

using System.Linq;

using System.Threading.Tasks;

using System.Collections.Generic;

using System.Text.Json;

using System.Text.Json.Serialization;

using AirtableApiClient;

readonly string baseId = YOUR_BASE_ID;

readonly string appKey = YOUR_APP_KEY_OR_ACCESS_TOKEN;

string offset = null;

string errorMessage = null;

var records = new List<AirtableRecord>();

using (AirtableBase airtableBase = new AirtableBase(appKeyOrAccessToken, baseId))

{

// Use ‘offset’ and ‘pageSize’ to specify the records that you want

// to retrieve.

// Only use a ‘do while’ loop if you want to get multiple pages

// of records.

{

Task<AirtableListRecordsResponse> task = airtableBase.ListRecords(

YOUR_TABLE_ID_OR_NAME,

offset,

fieldsArray,

filterByFormula,

maxRecords,

pageSize,

sort,

view,

cellFormat,

timeZone,

userLocale,

returnFieldsByFieldId,

includeCommentCount);

AirtableListRecordsResponse response = await task;

if (response.Success)

{

records.AddRange(response.Records.ToList());

offset = response.Offset;

}

else if (response.AirtableApiError is AirtableApiException)

{

errorMessage = response.AirtableApiError.ErrorMessage;

if (response.AirtableApiError is AirtableInvalidRequestException)

{

errorMessage += “\nDetailed error message: “;

errorMessage += response.AirtableApiError.DetailedErrorMessage;

}

break;

}

else

{

errorMessage = “Unknown error”;

break;

}

} while (offset != null);

}

if (!string.IsNullOrEmpty(errorMessage))

{

// Error reporting

}

else

{

// Do something with the retrieved ‘records’ and the ‘offset’

// for the next page of the record list.

}

How to use Airtable API React
How to use Airtable API Java

How to use Airtable Ruby API

Airtable has an alternate library called Airrecord

Step1: You can line to your Gemfile; gem ‘airrecord’

Step2: You can create an Airtable object and use methods to modify the code

Airrecord.api_key = “key1”

class Tea < Airrecord::Table

self.base_key = “app1”

self.table_name = “Teas”

has_many :brews, class: “Brew”, column: “Brews”

def self.chinese

all(filter: ‘{Country} = “China”‘)

end

def self.cheapest_and_best

all(sort: { “Rating” => “desc”, “Price” => “asc” })

end

def location

[self[“Village”], self[“Country”], self[“Region”]].compact.join(“, “)

end

def green?

self[“Type”] == “Green”

end

class Brew < Airrecord::Table

self.base_key = “app1”

self.table_name = “Brews”

belongs_to :tea, class: “Tea”, column: “Tea”

def self.hot

all(filter: “{Temperature} > 90”)

end

def done_brewing?

Time.parse(self[“Created At”]) + self[“Duration”] > Time.now

end

teas = Tea.all

tea = teas.first

tea[“Country”] # access atribute

tea.location # instance methods

tea.brews # associated brews

How to use Airtable API Express Js

Install the Airtable.js library.

npm install airtable

Create a Express JS application

const express = require(‘express’);

const app = express();

Import the Airtable.js library into your application.

const airtable = require(‘airtable’);

Create an Airtable API client and make a request

const client = new airtable.Base(‘YOUR_API_KEY’, ‘YOUR_BASE_ID’);

const records = await client.getRecords(‘Table Name’);

Handle response

records.forEach(record => {

// Do something with the record.

});

Also read: How to use Slack API; a step-by-step integration guide and full documentation list

Airtable API pricing

Airtable has different pricing models for its API. Airtable API pricing model is as follows:

Free	Plus	Pro	Enterprise
	($10 per seat/per month) billed annually $12 billed monthly	($20 per seat/per month) billed annually $24 billed monthly	For departments and organizations who need a secure, scalable, and customizable connected apps platform to stay aligned and move work forward, contact Airtable Sales department.
Unlimited bases Up to 5 creators or editors Unlimited commenter & read-only users Interface Designer 1 extension per base 1 sync integration 1,200 records per base 2GB of attachments per base	Everything in Free, plus: 3 extensions per base 3 sync integrations 5000 records per base 5GB of attachments per base Custom branded forms 6-month revision & snapshot history Automatic table syncing	Everything in Plus, plus: 10 extensions per base 7 sync integrations including Jira Cloud 50,000 records per base 20GB of attachments per base Gantt & Timeline Views Granular interface permissions 1-year revision & snapshot history Personal & locked views Field & table editing permissions	Everything in Pro, plus: Unlimited workspaces per organization Unlimited extensions Salesforce & Jira on-prem sync integrations 250,000 records per base 1,000GB of attachments per base Advanced interface controls 3-year revision & snapshot history SAML-based single sign-on Enterprise-wide admin panel Included Professional Services Add-On Professional Services

Most used Airtable

Airtable is a powerful platform that allows you to create and manage data flexibly and collaboratively. You can build some powerful apps and automate workflows using Airtable for data storage and management. In this section, we focus on the most used Airtable APIs.

Airtable scripting API

The Airtable scripting API is an API reference for scripting that lets you create short scripts using scripting to save time on monotonous operations and gain deeper insights using advanced queries and bespoke reports.

Airtable API create table

The Airtable API create table lets you create a new table and return the schema for the table. The table contains columns that define the data structure, you can specify the column type, names, and other properties.

Airtable API update record

The Airtable API update record lets you update a single record with the table name or tableID. The body of our request should contain an array of up to 10 record objects. Each of these objects should have a field property containing all of your record’s cell values by field name or a field id for all of your record’s cell values by field name, as well as an id property that represents the record ID.

Airtable API upload attachment

The Airtable API upload attachment lets you upload an attachment. However, the attachment must exist in a public URL you can use. Start by uploading your file on a web service and get a URL. You can use the URL for your create/update requests.

Airtable API filter

There are two ways the Airtable API filter works.

Passing a view parameter in an API call with the list records scope can filter records by only returning those that appear in a certain table view.
The filterByFormula parameter is another method for filtering records in a call with a list records scope.

Airtable get data from API

You can use Fetch API, your script can send network queries to outside services.

async function (url: string | Request, init?: object) => Promise<Response>;

Airtable metadata API

You can use Airtable metadata API to get details about Airtable data, such as a table’s schema or a list of all the tables in a base, using the. This data can be used to automate operations or combine Airtable with other programs.

Airtable API attachments

The attachment field is a field type of the field that allows you to attach one or more files to your Airtable account.

Airtable standard API

The Airtable Standard API or web API

Airtable API get linked records
Airtable store API
Airtable API offset

Airtable sync API

The Airtable sync API allows you to bring information from external applications into a single, centralized table within the App. The API is available to Pro or Enterprise users only.

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How To Use Notion API a step-by-step Integration Guide and Full Documentation List

Technology

This article will discuss about how to use Notion API with step-by-step integration guide and full documentation list. Let’s get started!

Overview of Notion API

Notion is a web-based productivity and note-taking application. It offers several organizational tools such as – task management, project tracking, to-do-lists, bookmarking, and much more. Developers and coders can use Notion public API to interact with databases, content, and pages within Notion. This is accomplished through a number of endpoints or locations where the API can interact with Notion and gather and arrange data from other sources (such as apps). Your team can create custom integrations or use ones that are already available.

Also read: How to use Instagram API; a step-by-step integration guide and full documentation list

Notion developer API and key functionalities

Developers use the Notion developer API to connect with other software to Notion or automate workflows. They can use the API to interact with Notion’s databases, pages, and content. This can be done through end-points- places where the API communicates and works with Notion and organizes information for your software. Here are some key features of Notion API:

Create and update pages and databases
Add and remove blocks
Search for content
Import and export data.

Developers can use Notion Integration API to build integration and automation. They can use Notion to connect to apps like Google Calendar, Gmail, and other productivity apps.

Some key functionalities of the Notion API are:

For databases: information in Notion are stored in databases. Developers can use the Notion API component to pull a specific entry, search the database entry, and get a list of the entries in the database.
For pages and blocks: Blocks are Notion pages that you can customize depending on your requirements. Developers can use the API to create a new page, set page properties, or retrieve page properties.
For people in your workplace: you can use Notion to encourage transparency for all stakeholders in your organization. You can use Notion API to get names of all the users.

Developers can use these resources to learn more about the Notion Developer API. Here are a few great resources that you can use to learn more about the Notion Developer API:

Notion Developer API documentation: The Notion Developer API documentation provides detailed information about the API’s endpoints, parameters, and responses.
Notion Developer API examples: The Notion Developer API examples provide code samples that demonstrate how to use the API to perform common tasks.
Notion Developer API community: The Notion Developer API community is a forum where you can ask questions and get help from other developers.

Also read: How to use Spotify API; a step-by-step integration guide and full documentation list

How to use Notion API – step-by-step integration guide

If you are familiar with coding you will not find it difficult to use Notion API. Before you begin you need to

Sign up for a Notion account and create a new workspace or use an existing workspace.
You need to have admin level access to the workspace.
Create one or more database in the workspace.
You need to install npm and node.js to use Notion’s JavaScript Library

Step 1: Create an integration

Visit the website your browser.
Click the + new integration button
Name the integration
Select the authorization for your integration.
Click Submit button.

On the next page you can get notion API key or Notion integration token. You need to make a request to the Notion API.

Step 2: Share a database with your integration

After creating an integration you need to grant access to a database. To keep information secure, the integration should not have access specific pages. To share the database with your database

Go to the database page in your workspace.
Click the ••• on the top-right hand corner.
Scroll to the bottom of the pop-up and click on Add connection
Search for and select your integration of the Search for connection

Step 3: Save the database ID

You will need to save the database ID to manipulate the database using the integration. To get the database ID, simply copy your URL of database. The database ID is the string of characters after the /databases/ in the URL.

Once you have saved the database ID, you can start making requests to the Notion API.

Step 4: Make a request to the Notion API

To make a request to the Notion API, you will need to use the curl command-line tool. For example, to get all of the pages in a database, you would use the following command:

curl -X GET \

-H “Authorization: Bearer YOUR_API_KEY” \

Replace Your_API_Key with your Notion API key and Your_Database_ID with database you want to access.

Also read: How To Use YouTube API; A Step-By-Step Guide To Integrate And Full Documentation List

Notion API documentation references

The Notion API documentation is comprehensive and easy to navigate. The document contains detailed information about the API endpoints, parameters, and response. You can refer to the sample code to find out how to common task work.

The Notion API has following sections

Introduction is important if you want to understand Notion API.
Conventions The Notion API follows the RestFul API when possible. Requests and responses are encoded in JSON.
Pagination: Endpoint that returns list of objects support cursor-based pagination requests.
Response: The pages list the responses returned by each endpoint.
Examples: This section contains code samples to show coders how to use the API for common tasks.

Here are some additional resources that you may find helpful:

Notion Developer API community is a forum where you can ask questions and get help from other developers.
Notion Developer API Blog provides news and development about the API.
Notion Developer API Twitter account makes API announcements about new features.

Notion API examples

In this section we have covered how to use Notion API examples for different programming languages. These sections are a beginners guide on how to use the Notion API.

How to use Notion API Python

Start by setting up the Notion API and a database.

Follow all the steps mentioned in the previous section.

Create an integration and get an API Key.
Share your database with the integration.
Save the database ID.

Set up the Python Code

To work with the API you will be working with the request module. You can install it with pip:

pip install request

Define your Notion API key, database ID in the header.

import requests

NOTION_TOKEN = “YOUR_INTEGRATION_TOKEN”

DATABASE_ID = “YOUR_DATABASE_ID”

headers = {

“Authorization”: “Bearer “ + NOTION_TOKEN,

“Content-Type”: “application/json”,

“Notion-Version”: “2022-06-28”,

}

Create pages in your Notion database

To create a new page, we send a POST request.

def create_page(data: dict):

create_url = “https://api.notion.com/v1/pages”

payload = {“parent”: {“database_id”: DATABASE_ID}, “properties”: data}

res = requests.post(create_url, headers=headers, json=payload)

# print(res.status_code)

return res

How to use Notion API NPM

Start by setting up the Notion API and database mentioned in the previous section. You will need the integration token or access token.

const { Client } = require(“@notionhq/client”)

// Initializing a client

const notion = new Client({

auth: process.env.NOTION_TOKEN,

})

Make a request to any Notion endpoint. You can get a complete list of endpoints from API reference.

;(async () => {

const listUsersResponse = await notion.users.list({})

})()

Each method returns a Promise which resolves the response.

console.log(listUsersResponse)

{

results: [

{

object: ‘user’,

id: ‘d40e767c-d7af-4b18-a86d-55c61f1e39a4’,

type: ‘person’,

person: {

email: ‘avo@example.org’,

avatar_url: ‘https://secure.notion-static.com/e6a352a8-8381-44d0-a1dc-9ed80e62b53d.jpg’,

]

}

Endpoint parameters are grouped into a single object. You don’t need to remember which parameters go in the path, query, or body.

const myPage = await notion.databases.query({

database_id: “897e5a76-ae52-4b48-9fdf-e71f5945d1af”,

filter: {

property: “Landmark”,

rich_text: {

contains: “Bridge”,

})

How to use Notion API PHP

Start by setting up the Notion API and database mentioned in the previous section. To use the Notion API in PHP, you will need to install the Notion PHP package. You can do this using Composer:

composer require 64robots/php-notion

You need to create an instance of the Notion class using your Notion Internal Integration Token.

use R64\PhpNotion\Notion;

$notion = new Notion(‘secret_access_token’);

$database = $notion->databases()->retrieve(‘a65b5216-46cb-479b-961e-67cc7b05a56d’);

Testing

Composer test

How to use Notion SCIM API

Your workspace must be on an Enterprise plan.
Your Identity Provide (IdP) should support SAML 2.0 protocol.
For a Notion workspace, only a Workspace Owner can configure SCIM.

Generate your SCIM API Token

Enterprise Plan Work workspace can generate and view SCIM API tokens by going to Settings & members → Security & identity → SCIM configuration.

To generate a new token, click on the +New Token button in the right corner.
A unique token is generated for each workspace owner.

Revoke tokens

When an owner leaves the workspace or their roles chance, their token is cancelled. The remaining Workspace owners will be informed to replace the revoked token when this occurs via an automated message delivered to all Workspace owners.

Additionally, every workplace owner in the workplace has the ability to revoke active tokens. Click next to the appropriate token to cancel it.

Replace existing tokens

Any integrations that currently use a token will require a replacement if it is revoked. Until it is replaced with an active token, any SCIM integration and user provisioning that depends on the revoked token will be disabled.

How to use Notion API JSON

JSON or JavaScript Object Notation is a lightweight format for storing and transporting data. It is used to when data is sent from the server to a web page. It is easy to understand.

To use Notion API you need to sign up and authenticate your Notion Account. You can follow the steps mentioned in the previous section.

Make a request

Now that you have your API key, you can make a request to the Notion API. The following code shows JSON data for a page.

const { Client } = require(‘@notionhq/client’);

const notion = new Client({ auth: process.env.NOTION_API_KEY });

(async () => {

const pageId = ’16d8004e5f6a42a6981151c22ddada12′;

const response = await notion.pages.get({ page_id: pageId });

console.log(response);

})();

This code will GET request to the /page/get endpoints. The page_id parameter is the ID of the page that you want to get data for.

The response object will contain the JSON data for the page. You can access the data by using the properties of the response object.

How to use Notion API JavaScript

Set up your development environment:

Ensure you have Node.js installed on your system to run JavaScript code.
Create a new directory for your project and navigate to it using the command line.

Initialize a new Node.js project:

Run the command npm init in your project directory and follow the prompts to set up a new Node.js project. This will create a package.json file that manages your project dependencies.
Now that you have the package.json file, install the packages you will be using for the project.

npm install –save @notionhq/client@^2.2.1

npm install –save dotenv@^16.0.3

The notionhq/client is the library that will help us use the Notion API easier and dotenv library makes it easier to use the secrets stored in the environment variables.

Create an .env file to store the secret and database_id

NOTION_KEY=<Paste Your Internal Integration Token here>

NOTION_DATABASE_ID=<Pase your Notion Database ID here>

You can start writing the JavaScript code in a file called index.js

const integrationToken = ‘YOUR_INTEGRATION_TOKEN’;

const headers = {

headers: {

Authorization: `Bearer ${integrationToken}`,

‘Content-Type’: ‘application/json’,

};

Now import the dotenv library and run the config method. Remember to load the variables stored inside the .env file into the environment. We are using console.log to print those variables to the screen to ensure they are working as expected.

You can now start interacting with the Notion API and database.

const Client = require(‘@notionhq/client’).Client

const dotenv = require(‘dotenv’)

dotenv.config()

const NOTION_CLIENT = new Client({ auth: process.env.NOTION_KEY })

const DATABASE_ID = process.env.NOTION_DATABASE_ID

async function getDatabaseData(client, databaseId) {

const response = await client.databases.query({

database_id: databaseId,

})

console.log(response)

}

getDatabaseData(NOTION_CLIENT, DATABASE_ID)

Here two constant variables are used throughout the file NOTION and DATABASE_ID.

How to use Notion API React

We begin by creating a project directory and react app.

mkdir react-node-notion

cd react-node-notion

npx create-react-app@latest sample-app –template typescript

cd sample-app

npm run start

Start with setting up Notion Integration mentioned in the previous section. Copy the secret integration token. Create your database and copy your database_id.
Create an Express server. Notion provides a client library to make it easier to interact with the API from a backend server. Install these packages

npm install @notionhq/client cors body-parser dotenv

The CORS package allows the Express backend and React client to exchange data through the API endpoints. You can use the body-parser package to process incoming HTTP requests. You’ll parse the JSON payload from the client, retrieve specific data, and make that data available as an object in the req.body property. Lastly, the dotenv package makes it possible to load environment variables from a .env file in your application.

In the root directory of the server folder, create a .env file, and add the code below

NOTION_INTEGRATION_TOKEN = ‘your Integration secret token’
NOTION_DATABASE_ID = ‘database ID’

Open the index.js file in the server project

const express = require(‘express’);
const {Client} = require(‘@notionhq/client’);
const cors = require(‘cors’);
const bodyParser = require(‘body-parser’);
const jsonParser = bodyParser.json();
const port = process.env.PORT || 8000;
require(‘dotenv’).config();
const app = express();
app.use(cors());
const authToken = process.env.NOTION_INTEGRATION_TOKEN;
const notionDbID = process.env.NOTION_DATABASE_ID;
const notion = new Client ({auth: authToken});
app.post(‘/NotionAPIPost’, jsonParser, async(req, res) => {
const {Fullname, CompanyRole, Location} = req.body;
try {
const response = await notion.pages.create({
parent: {
database_id: notionDbID,
},
properties: {
Fullname: {
title: [
{
text: {
content: Fullname
},
},
],
},
CompanyRole: {
rich_text: [
{
text: {
content: CompanyRole
},
},
],
},
Location: {
rich_text: [
{
text: {
content: Location
},
},
],
},
},
});

res.send(response);
console.log(“success”);
} catch (error) {
console.log(error);
}
});

app.get(‘/NotionAPIGet’, async(req, res) => {
try {
const response = await notion.databases.query({
database_id: notionDbID,
sorts: [
{
timestamp: ‘created_time’,
direction: ‘descending’,
},
]
});

res.send(response);
const {results} = response;
console.log(“success”);
} catch (error) {
console.log(error);
}
});

app.listen(port, () => {
console.log(‘server listening on port 8000!’);
});

In the monitor

npm start

Set up React Client

npm install axios

Implement the POST and GET API Methods

Open the src/App.js file and replace the code

import React, { useState} from ‘react’;
import Axios from ‘axios’;
function App() {
const [name, setName] = useState(“”);
const [role, setRole] = useState(“”);
const [location, setLocation] = useState(“”);
const [APIData, setAPIData] = useState([]);
const handleSubmit = (e) => {
e.preventDefault();
Axios.post(‘http://localhost:8000/NotionAPIPost‘, {
Fullname: name,
CompanyRole:role,
Location:location
}).catch(error => {
console.log(error);
});
Axios.get(‘http://localhost:8000/NotionAPIGet‘)
.then(response => {
setAPIData(response.data.results);
console.log(response.data.results);
}).catch(error => {
console.log(error);
});
};
return (
<div className=”App”>
<header className=”App-header”>
<div className=”form”>
<form onSubmit={handleSubmit}>
<p>First Name</p>
<input
type=”text”
placeholder=”First name …”
onChange={(e) => {setName(e.target.value)}}
/>
<p>Company Role</p>
<input
type=”text”
placeholder = “Company Role….”
onChange={(e) => {setRole(e.target.value)}}
/>
<p> Company Role</p>
<input
type=”text”
placeholder = “Location….”
onChange={(e) => {setLocation(e.target.value)}}
/>
<button type=”submit”>Submit</button>
</form>
</div>
<div className=”Data”>
<p>API DATA</p>
{
APIData.map((data) => {
return (
<div key={data.id}>
<p>Name: {data.properties.Fullname.title[0].plain_text}</p>
<p>Role: {data.properties.CompanyRole.rich_text[0].plain_text}</p>
<p>Location: {data.properties.Location.rich_text[0].plain_text}</p>
</div>
)
})
}
</div>
</header>
</div>
);
}
export default App;

This section allows you to submit their name, role and user information.

Start the React’s development server and go to local host on your browser to view results.

How to use Notion API iOS

Start by creating Notion integration and create your Notion DB. Copy Notion API Key and database_ID
Install Notion API for iOS. You can install it from the pod.

pod ‘NotionClient’, ‘0.0.1’

Use following Notion API to fetch the database values

let client = NotionClient.init(token: “NOTION_INTEGRATION_SECRET_TOKEN“)client.queryDatabase(withId: “NOTION_DATABASE_ID“) { (data, error) inprint(data)}

Replace the NOTION_INTEGRATION_SECRET_TOKEN with the API key and NOTION_DATABASE_ID by databse_ID.

Once you have replaced these values, you can run the code and it will fetch the database values from Notion

How to use Notion API Typescript

Go up to Notion developer portal and create a new integration. The API key and secret key you’ll need to authenticate your requests will be sent to you as a result. You require a Notion database for storing and fetching data.
Set up a new TypeScript project. You can use a project generator like Create React App or set up a project manually.

npx create-next-app blog_app –ts

The –ts flag allows your app to run using Typescript. This command will create a basic Next.js app inside the folder blog_app. Once the process is done, navigate to the blog_app folder using the command cd blog_app and install the notion client package:

npm install @notionhq/client

On the project root folder, create a .env file. This file will host the notion integration key that Next.js needs to access and connect with the notion API. Go ahead and add the two notion variables, the integration token key and the database id:

export NOTION_KEY=”your_notion_api_key”

export NOTION_DATABASE=”your_notion_database_id”

Replace your_notion_api_key with your actual Notion API Key and your_notion_database_id with your actual Notion database ID.

You can now access these environment variables in your code using process.env.NOTION_KEY and process.env.NOTION_DATABASE.

Start the development server to test the app

npm run dev

Go here; you should be able to view the default Next.js page.

How to use Flutter Notion API

Set up a Notion integration using methods mentioned in the previous section.
Install the Notion_API package

flutter pub get notion_api

Import the Notion_API package

import ‘package:notion_api/notion_api.dart’;

Create a new instance of the Client class and all the API requests will be available as a class properties method.

NotionClient notion = NotionClient(token: ‘YOUR SECRET TOKEN FROM INTEGRATIONS PAGE’);

Use the NotionClient object to access the Notion API

final page = await notionClient.getPage(‘YOUR_PAGE_ID’);

How to use Golang Notion API

Start by setting up your Notion integration and get the API key and database_id.
Set up your new Go module. Open the terminal and navigate to your project directory to initialize a new Go module.

$ go get github.com/jomei/notionapi

Create a new client object

import “github.com/jomei/notionapi”

client := notionapi.NewClient(“your-integration-token”)

Use the client’s method to retrieve or update your content

page, err := client.Page.Get(context.Background(), “your-page-id”)

if err != nil {

// do something

}

Handle errors if any

if (error != null) {

// Handle error

}

How to use Next.js Notion API

Set up a Notion integration using methods mentioned in the previous section. This will give you the API key required to authenticate your requests.
Set up a new Next.js project – you can use Next.js CLI or create a new project manually.
Open a terminal and install required dependencies.

npm install notion-api-js

In your Next.Js project create a file to handle API requests. Import the necessary modules and define functions to interact with the Notion API.

import { Client } from ‘@notionhq/client’;

// Create a new Notion client with your API key

const notion = new Client({ auth: process.env.NOTION_API_KEY });

// Fetch a Notion database by its ID

export async function fetchDatabase(databaseId) {

return notion.databases.retrieve({ database_id: databaseId });

}

// Fetch a Notion page by its ID

export async function fetchPage(pageId) {

return notion.pages.retrieve({ page_id: pageId });

}

Replace the database ID and API_key the actual ID and key from your Notion App.

Start your server with

npm run dev

# or

yarn dev

You can verify the results in here.

Also read: How to use Shopify API; a step-by-step integration guide and full documentation list

Notion API pricing

Does Notion have an API? Yes, Notion does have an API. It is a Restful API that allows developers to interact with Notion’s database, pages, and content.

Is Notion free? Yes, developers can use the Notion API for commercial and personal projects. Notion does have paid models.

Free

Collaborative workspace
Integrate with Slack, GitHub & more
Basic page analytics
7 day page history
Invite 10 guests

Plus (for small groups)

$8 per user/per month billed annually $10 billed monthly

Everything in Free, and

Unlimited blocks for teams
Unlimited file uploads
30 day page history
Invite 100 guests

Business (For companies using Notion to connect with several teams and tools)

$15 per user/per month billed annually

$18 billed monthly

Everything in Plus, and

SAML SSO
Private teamsspaces
Bulk PDF export
Advanced page analytics
90 day page history
Invite 250 guests

Enterprise

(Advanced controls & support to run your entire organization.)

Everything in Business, and

User provisioning (SCIM)
Advanced security & controls
Audit log
Dedicated success manager (100+ seats)
Workspace analytics
Unlimited page history
Custom guest limit

Also read: How to use Stripe API – a step-by-step integration guide and full documentation list

Most used Notion APIs

The most used Notion APIs are

Notion Database API: The Notion database API is core how information is stored in Notion. You can use the API to interact with the Notion database, get specific database entries, update or delete entries, and get a list of all entries.
Notion pages API: You can use the Notion page API to interact with pages. It can help create new page, set page properties or retrieve page properties.
Notion block API: A block object represents a piece of content within Notion. The API translates the headings, toggles, paragraphs, lists, media, and more that you can interact with in the Notion UI as different block type objects.
Notion Search API: The API searches all the parent and child pages that has been shared with the integration. It returns all the pages, blocks and database.
Notion Integration API: The Notion integration API lets you connect Notion with other software.

Notion API create page

Notion API create page creates a new page that is a child of a existing page or a database. If the new page is a child of an existing page is the only valid property in the properties body param.

Notion API get page content

The Notion API get page content or working with page content allows you to read page content using the retrieve block children endpoint. The end point returns the list of children for any block that has children.

Notion API update page

The Notion API update page updates the properties page in the database. The properties body param of this end point can be used to update the properties of a page that is child of the database.

Notion API export

You can export a Notion page, database, or entire workspace in a variety of formats, including CSV, JSON, and Markdown. To export data, you can use the following steps:

Click the ••• icon at the upper right corner of any Notion page.
Choose Export from the dropdown menu.
A window will pop up in the center of your screen. Select PDF from the dropdown menu.
In the include content drop down, specify if you want to export everything or exclude files or images.

Notion API multi select

You can now dynamically create new options for select or multiple_select properties using the create_page and update_page endpoints.

Notion API table

The Notion API table has been added to the Notion API under Simple table. Tables are parent blocks for table row. They can contain only children of type table_row.

Notion API images

You can add external files and other media to the Notion using the API. Coders are responsible for the assets and making it available via a secured URL. Details of how to add files and media are available on the API.

Notion API filter

When you send query to the database, you can send a filter object in the body that limits the returned answers based on the specified criteria.

Notion API search

The Notion API search allows you to search the page and database shared in the integration. It returns all pages and databases, excluding duplicate linked database. You can search by title, content, and property values.

Notion API database id

The Notion API database id is a unique identifier that is assigned to each database in a Notion workspace. The database id can be used to make requests to the Notion API to access and manipulate data in the database.

Notion API relation

While creating or updating your database, you can now add relation and rollup property. The related database must also be shared with the integration.

Shubha Roy

How to use Instagram API – a step-by-step integration guide and full documentation list

Technology

This article will discuss about how to use Instagram API with step-by-step integration guide and full documentation list. Let’s get started!

Overview of Instagram API

Instagram is a photo and video-sharing platform and is one of the leading social media platforms in the world with over 1 billion people using the app every month. Instagram API for developers allows them to publish content, manage content, and access public data. Developers can use the API to create applications that interact with Instagram. Instagram API for websites allows businesses to manage their Instagram presence more effectively and track their performance on the platform.

Also read: How to use Shopify API; a step-by-step integration guide and full documentation list

List of Instagram developer API and functionalities

Does Instagram have an API? Yes Instagram API helps developers develop programs that interact with Instagram. Here are some developer API Instagram and their functionalities listed below

Instagram Graph API – Your app can access information from business and personal accounts using Instagram Graph API. You can use the API to obtain and publish their media, manage and respond to comments left on your content, locate content that has been hash tagged, find media where you have been @mentioned by other Instagram users, and obtain basic metadata and stats about other Instagram Businesses and Creators. You can think of Instagram Graph API as an Instagram business API because it was created specifically for businesses and creators.
Instagram Basic Display API – You can access the fundamental profile, images, and videos using this API. The Instagram Basic Display API to create applications that news feeds and photo galleries.
Instagram Messaging= Your app can handle your Instagram messages for your professional account using Instagram messaging API. You can use this API to send and receive messages from other Instagram users.
Sharing to stories – You can share material from your app to Instagram using this API. It can be used to create applications that let users post their images, videos, links to their stories
Sharing to feed – You can share content from your app to Instagram Feed using this API.
Embedding – You can use this API to embed Instagram stories on your API and website. You can use it to create applications that lets people view Instagram content without leaving the app.

Also read: How to use Stripe API; a step-by-step integration guide and full documentation list

How to use Instagram API – step-by-step integration guide

Like most APIs Instagram Open API requires you to get a unique key that will let you access API features and capabilities on your website or Apps. Before using Instagram API you need to have:

A Facebook account
A Facebook page, a dedicated testing page
An Instagram Account

You need to turn your Instagram account into a business account and link it to your Facebook page. Here are step-by-step integration guide

Head to the App Dashboard of your Facebook app.
On the sidebar, click the button that says Product.
Click set-up on the Facebook Login Product card.
Enter your Facebook Login setting. Make sure all the options are set to default.
Finish implementing Facebook Login into your app depending on your target device (iOS, Web, Android. bsite/instagram-api-examples
In your implementation, configure it to request these permissions:instagram_basic, pages_show_list
Return to your app and Login using your Facebook credentials. Ensure you are also logged into your Facebook Developers account.
Click Ok to give your app the permissions (instagram_basic, pages_show_list) you set up earlier.
You should now see instagram api access token on the screen.

You can use this Instagram API access key to retrieve your user pages, Instagram Business Object, and Media objects.

Also read: How To Use YouTube API; A Step-By-Step Guide To Integrate And Full Documentation List

Instagram API documentation n references

Instagram API documentation references offer detailed instruction on how to use Instagram API. The Instagram API contains the following

Overview – the overview acts as an introduction to Instagram API docs offers instructions on how to use the API.
Get Started- Explore the API using the API explorer tool and find frequent requests easily.
Guides – Provides in-depth instructions on how to use the API to carry out specific tasks such as gather user data, upload photographs, and moderate comments.
References- the section provides detailed references of all the endpoints and fields available in the API.

The Instagram API documentation is an excellent resource to build apps, integration, and other tools. The documentation is easy to understand and follow. It is a great starting point for any coder wanting to learn the API.

There are other useful resources to learn more about API given below

The Instagram Developer Blog: Gives details about the latest tools to manage your business.
The Instagram Developer Forum: It is a community of 1000 of developer from countries around the world. It is a great place to ask questions and get help from other developers.
The Instagram API SDKs: The Instagram API SDKs provide a convenient way to use the API in a variety of programming languages.

These are all the resources you need to build a great program. We recommend you read the documentation in chronological order to avoid confusion. There are several great examples to help you learn to use the API.

Instagram API examples

Instagram API is a powerful tool to build the apps or integration. In this section, we focus on some Instagram API examples. The Instagram API is frequently used to create applications that let people browse and engage with Instagram content. It can also be used to build applications to let users manage their accounts or provide insights into Instagram data. Before you start you need

A Meta developer account
A registered Meta App with basic settings configured.
Your app secret
An Ad account
A Page access token

How to use Instagram API Python

To use Instagram API Python you will need to

Step1: Install Python on your computer.

For this we will be using a Windows computer. You can check the program with a simple code

#!/usr/bin/env python

import sys

sys.stdout.write(“hello from Python %sn” % (sys.version,))

When you run the hello.py you should get the output

>python hello.py

hello from Python 3.6.0 (v3.6.0:41df79263a11, Dec 23 2016, 07:18:10) [MSC v.1900 32 bit (Intel)]

Step2: Install the Instagram API Python library.

The Instagram API Python library is available on pypi module. You can install it with the following command:

pip install instagram-python

Step3: Configure your Python environment with your API keys.

Use your API Key to configure to your Python environment, you will need to add the following variables.

INSTAGRAM_API_KEY=YOUR_API_KEY

Step4: Write Python code to make a request to API

Create a project file test.py with the following content Replace {app-id}, {access-token}, {appsecret}, and {adaccount-id} with your values.

from facebook_business.api import FacebookAdsApi

from facebook_business.adobjects.adaccount import AdAccount

my_app_id = ‘{app-id}’

my_app_secret = ‘{appsecret}’

my_access_token = ‘{access-token}’

FacebookAdsApi.init(my_app_id, my_app_secret, my_access_token)

my_account = AdAccount(‘act_{{adaccount-id}}’)

campaigns = my_account.get_campaigns()

print(campaigns)

Remember to test your install with If it complains about an expired token, request a new Page Access Token and retry.

python test.py

You should see the results on the terminal window. If there are complaints about expired tokens you may have request new Page Access and retry.

How to use Instagram API Javascript

The Instagram API Javascript is distributed through Node.js package.

Step1: Open your command terminal window and create a new project folder. Create, configure, and install your project with the following command

You can update your configuration settings later by editing the package.json file directly.

Step2: Install the SDK

Install the SDK package with the following command:

npm install –save facebook-nodejs-business-sdk

Step3: Modify the project file

Open the index.js file and add the following code. Replace {access-token}, and {adaccount-id} with your values.

const bizSdk = require(‘facebook-nodejs-business-sdk’);

const accessToken = ‘{access-token}’;

const accountId = ‘act_{{adaccount-id}}’;

const FacebookAdsApi = bizSdk.FacebookAdsApi.init(accessToken);

const AdAccount = bizSdk.AdAccount;

const Campaign = bizSdk.Campaign;

const account = new AdAccount(accountId);

var campaigns;

account.read([AdAccount.Fields.name])

.then((account) =>{

return account.getCampaigns([Campaign.Fields.name], { limit: 10 }) // fields array and params

})

.then((result) =>{

campaigns = result

campaigns.forEach((campaign) =>console.log(campaign.name))

}).catch(console.error);

Step4: Test Your Install

Test your install with the following command

node index.js

You should see the result in your terminal window. If it complains about an expired token, request a new Page Access Token and retry.

How to use Instagram API PHP

For PHP we recommend you use Composer to install the SDK.

Step1: Install the SDK

In a new project folder, create composer.json with the following content. Replace {project-name}, {Your Name}, and {your@email.com} with your values.

{

“name”: “name/{project-name}”,

“type”: “project”,

“require”: {

“facebook/php-business-sdk”: “^8.0.3”

“authors”: [

{

“name”: “{Your Name}”,

“email”: “{your@email.com}”

}

]

}

Install the SDK by running the following command in your terminal window:

composer install

Step2: Create a Project File

Create a src/test.php file with the following content. Replace {app-id}, {access-token}, {appsecret}, and {adaccount-id} with your values.

<?php

require_once __DIR__ . ‘/../vendor/autoload.php’;

use FacebookAds\Api;

use FacebookAds\Logger\CurlLogger;

use FacebookAds\Object\AdAccount;

use FacebookAds\Object\Campaign;

use FacebookAds\Object\Fields\CampaignFields;

$app_id = “{app-id}”;

$app_secret = “{appsecret}”;

$access_token = “{access-token}”;

$account_id = “act_{{adaccount-id}}”;

Api::init($app_id, $app_secret, $access_token);

$account = new AdAccount($account_id);

$cursor = $account->getCampaigns();

// Loop over objects

foreach ($cursor as $campaign) {

echo $campaign->{CampaignFields:

}

Step3: Test Your Install

Test your install with the following command:

php src/test.php

You should see the result in your terminal window.

How to use Instagram API tutorial Android

Here is how to use Instagram API tutorial Android

Step1: Create an Instagram developer account

Go to Create an Instagram developer account. After you create an account you will be able to register.

Step2: Register your App and get client ID and client Secret.

To register your app, go to the Instagram Developer Dashboard and click on “Register App”. Fill out the form and click on “Register”. You will be given your client ID and client secret.

Step3: Add Instagram SDK to your project

The Instagram SDK is available for Android Studio. You can add it to your project by following these steps:

Open your project in Android Studio.
In the toolbar, click on “File” > “Settings”.
In the “Plugins” tab, search for “Instagram SDK” and click on the “Install” button.
Click on “Restart Android Studio”.
Create an InstagramSession object and authenticate the user.

To create an InstagramSession object, you need to pass in your client ID, client secret, and the redirect URI that you specified when you registered your app. You can then use the InstagramSession object to authenticate the user.

To authenticate the user, you need to call the authenticate() method on the InstagramSession object. This will open a web browser where the user can log in to Instagram. Once the user has logged in, the web browser will close and the InstagramSession object will be authenticated.

Make API calls to get user data, posts, and other information.

Once you have authenticated the user, you can make API calls to get user data, posts, and other information. To make an API call, you need to create an InstagramAPI object and pass in the authenticated InstagramSession object. You can then call the methods on the InstagramAPI object to get the data that you want.

Here are some examples of API calls that you can make: to get user profile information

InstagramAPI api = new InstagramAPI(session);

User user = api.getUser();

How to use Instagram JQuery API

Here are how to use Instagram JQuery API

Almost all Instagram feed plugins (like jQuery instagramFeed) that do not require the Instagram API have been broken since the latest Instagram changes.

To address this, I recommend using this jQuery script to display your Instagram feed on the webpage using the official Instagram Graph API and AJAX requests

Step1: Create a container to hold your Instagram feed.

<div id=”instagram-feed1″ class=”instagram_feed”></div>

Insert your Instagram authorization token into the jquery-feed-instagram-

graph.js. See How to get Instagram Feed Access Token for details .

// jquery-feed-instagram-graph.js

var token =’YOUR INSTGRAM TOKEN HERE’;

Determine the number of Instagram items to show. Default: 6.

// jquery-feed-instagram-graph.js

var limit = 8;

Insert the jquery-feed-instagram-graph.js after jQuery and done.

Step2: Apply your own CSS styles to the Instagram feed.

view source

.instagram_feed {

overflow: hidden;

}

.instagram_feed .instagram_new {

width: 16.666%;

float: left;

padding: 0 1px 1px 0;

-webkit-box-sizing: border-box;

-moz-box-sizing: border-box;

box-sizing: border-box;

}

.instagram_feed img.insta-image {

position: absolute;

left: 0;

top: 0;

object-fit: cover;

width: 100%;

height: 100%;

transition: all 0.3s ease 0s;

-webkit-transition: all 0.3s ease 0s;

-moz-transition: all 0.3s ease 0s;

-ms-transition: all 0.3s ease 0s;

-o-transition: all 0.3s ease 0s;

}

.instagram_feed .insta-link {

position: relative;

display: block;

background: #232323;

padding-top: 100%;

}

.instagram_feed .insta-link:hover .insta-image {

opacity: 0.2;

}

How to use Instagram API Nodejs

To learn to use Instagram API NodeJs you need to have

Node JS installed on your computer.
Working knowledge GraphQl
Working Knowledge of Javascript

1. Create a Facebook App

Follow steps 1 to 3 from this link.

2. Get Access Tokens

Proceeding further requires app-specific keys and secrets which can be found here.

App ⇒ Dashboard ⇒ My products ⇒ Instagram Basic Display ⇒ Settings

App ID is required on the frontend only; backend requires both ID & secret. Since App secret can’t be shown to users, it’s kept as an environment variable on the server.

Also, add your frontend application’s URL to Valid OAuth Redirect URIs. localhost with https will work. Hosting static app on GitHub pages will do and is a better option.

Frontend

Use this piece of code on a static frontend site to get a short-lived access token. Short-lived access tokens are valid for 1 hour but can be exchanged for long-lived tokens (will do later on server-side).

Since our goal is to fetch user-related info and their Instagram photos, scopes are set to user_profile & user_media.

// Invoke this function on button click or whatever other use case

function setupInsta(){

let appId = “XXXXXXXXXXXXXX”;

let redUri = window.location.origin + “/insta”;

let url = `https://api.instagram.com/oauth/authorize?client_id=${appId}&redirect_uri=${redUri}&scope=user_profile,user_media&response_type=code`;

window.open(url, “_blank”).focus();

}

It will open authorization window on a new tab. After being authorized it will redirect to /insta page(as configured on the above code) with a query parameter containing code. That code will be used to fetch short-lived access token on the backend.

Next, the code & redirect URI are sent to the server for further processing.

axios.post(“https://your-server-url/init-insta”, {
	code: ‘code-query-param-from-url’,
	redirectUrl: ‘redirect-url’ // needs to be registered at fb developer console
	})
	.then(({ data }) => {
	// handle success case
	})

Backend

It’s assumed that the backend has an endpoint for receiving code & redirect URI via any HTTP method.

Now, the next step is to get Short-Lived-Access-Token. The code is self-explanatory.

JSON-based POST won’t work. So form based request is sent via request.

/ data from frontend
	let code = req.body.code;
	let redirectUri = req.body.redirectUri;

	let accessToken = null;
	try {

	// send form based request to Instagram API
	let result = await request.post({
	url: ‘https://api.instagram.com/oauth/access_token’,
	form: {
	client_id: process.env.INSTA_APP_ID,
	client_secret: process.env.INSTA_APP_SECRET,
	grant_type: ‘authorization_code’,
	redirect_uri: req.body.redirectUri,
	code: req.body.code
	}
	});

	// Got access token. Parse string response to JSON
	accessToken = JSON.parse(result).access_token;
	} catch (e) {
	console.log(“Error=====”, e);
	}

After Short-Lived-Access-Token is obtained, it needs to be exchanged with Long-Lived-Access-Token.

try {

let resp = await axios.get(`https://graph.instagram.com/access_token?grant_type=ig_exchange_token&client_secret=${process.env.INSTA_APP_SECRET}&access_token=${accessToken}`)

accessToken = resp.data.access_token;

// save accessToken to Database

} catch (e) {

console.log(“Error=====”, e.data);

}

For further API calls only the Long-Lived-Access-Token is used. As mentioned earlier, short-lived token has 1 hour validity. Similarly long-lived token has 60 days validity. i.e. the token just stored on DB needs to be refreshed before it expires.

3. Setup Token Refresh Service

To refresh token every 60 days, a cron job seems suitable. node-cron will serve best for this purpose.

import cron from ‘node-cron’;

import instaRefreshCron from “./crons/instaRefresh.cron”;

// run immediately after server starts

instaRefreshCron();

// refresh instaAccessToken eg: weekly(every Sat)

cron.schedule(‘* * * * * 7’, async () => {

await instaRefreshCron();

});

4. Fetch data

Finally, its time to fetch data from Instagram. We will be making use of the accessToken stored on DB. To learn more on what kinds of data can be fetched, visit this page.

try {

let instaAccessToken = “XXXXXX”; // get from DB

let resp = await axios.get(`https://graph.instagram.com/me/media?fields=media_type,permalink,media_url&access_token=${instaAccessToken}`);

resp = resp.data;

let instaPhotos = resp.data.filter(d => d.media_type === “IMAGE”).map(d => d.media_url);

// Got insta photos

} catch (e) {

console.log(e.response.data.error);

}

How to use iOS Instagram API

Before you learn how to use iOS API you need to create : Facebook Developer Account.

Step1: Create a Facebook App

Go to the developer.facebook.com , click on My app to create a new app. After creating the app and are in the app navigation board, go to the Setting> Basic and sroll to the bottom of the page and Click on Add Platform.
Choose iOS and add your iOS Bundle and shared secret, and save your changes.
To get your BundleID just click on your project in Xcode, select your Target, then click on General, you will find your Bundle ID in Identity>Display Name.
To get Shared Secret copy your App Secret and paste it in the Shared Secret.

Step2: Configure Instagram Basic Display

Click Products, locate the Instagram product, and click Set up tp add to your app.
Click Basic Display and go to the bottom of the page and Click Create New App. Now enter the name of the app you created.
Next in Valid OAuth Redirect URIs, enter your website’s URL or any other website’s URL. Normally this would be a dedicated URI that can capture redirect query string parameters. Save the URL since you will be needing it later. In Deauthorize Callback URL, enter the copied URL again. Eventually you will have to change this to a URL that can handle deauthorization notifications, but for the purposes of this tutorial, you can re-use the above copied URL.
Do the same forData Deletion Request Callback URL.

Step3: Add an Instagram Test User

Navigate to Roles > Roles and scroll down to the Instagram Testers section. Click Add Instagram Testers and enter your Instagram account’s username and send the invitation.
Open a new web browser and go to instagram and sign into your Instagram account that you just invited. Navigate to (Profile Icon) > Edit Profile > Apps and Websites > Tester Invites and accept the invitation.

Your Instagram account is now eligible to be accessed by your Facebook app while it is in Development Mode.

Instagram API cost

A common question asked by developers, is Instagram API free. There is no cost associated with using Instagram API but you need to first apply and be granted access by Instagram. To get access to Instagram API, first create a developer’s account and submit your app for review. Instagram has strict policy guidelines that your app needs to follow to get access. After gaining access API you can use it for free as per the rate limit. You can always upgrade your plan to match the scale of your operation. Instagram API pricing offered by Rapid API is as follows.

Model	Requests	Rate
Basic ($0.00)	10/day	3 requests per minute
Pro ($5.00/month)	200/day	5 requests per minute
Ultra ($10.00/month)	500/day	10 requests per minute
Mega ($100.00/month)	6,000/day	25 requests per minute

Most used Instagram APIs

The most popular Instagram APIs are given below:

Instagram Graph API
Instagram Basic Display API
Instagram Messaging API
Sharing to Stories
Embedding

Instagram graph API

The API allows you to manage your account, publish content, and access some public data from Instagram, but only a subset of features is available compared to Instagram’s official applications.

Instagram username availability API

The Instagram username availability API is a free tool that allows users to check if an Instagram name can be used. This is a great tool to businesses or individuals looking to establish their Instagram presence. The results are instantaneous

Instagram reels API

The Instagram reels API will allow developers to interact with Reels on Instagram. The API supports content publishing, insights, comment moderation, hashtag search, business discovery, mentions, promote API, and Instagram basic display API.

Instagram API get followers

Instagram API get followers is a fast way to influence you need on Instagram. The INS Followers is one of the APIs you can use to get real Instagram followers. The platform allows you to get real Instagram users.

Instagram feed API

The Instagram Basic Display API allows users of your App to get basic profile information, videos, and photos in their Instagram account. The API is used to access to any type of Instagram account.

Instagram post API

The Instagram Content Publishing API images, videos, and reels on your Instagram Business Account. The API was changed in the beginning of 2023. However Instagram Creator accounts was not supported

Instagram messenger API

Instagram messenger API offers personal connections at every phase in the marketing journey. Brands can communicate with their customers on their preferred channel. The tool allows for integration with existing tools and data and lets business manage high volume of data.

Instagram insights API

You may get information about your Instagram account, including your follower count, reach, and engagement, by using the Instagram analytics API. You may use this information to keep tabs on how well your account is performing and to plan your content strategy.

Instagram stories API

The Instagram Stories API allows you to integrate and share stories with your iOS or android apps.

Instagram ads API

Instagram share API

Instagram login API

Instagram login API allow users to log in to your account using their Instagram account. This is useful incase users want to share their Instagram stories or follow other Instagram users.

Instagram hashtag API

Inflact is an Instagram hashtag API. You can use Inflact’s Hashtag Generator to create hashtags for your social media easily. Use the data retrieved from the API to come up with countless pertinent ideas. Inflact uses the Hashtag Search functionality in the Instagram Graph API

Instagram analytics API

There are Instagram analytics API like Minter.io that provides data about Instagram performance metrics. You can use the API to create easily report using analytics data output to a variety of interfaces. Minter.io uses Insights functionality in the Instagram Graph API.

Instagram mentions API

Instagram mentions API allows you to retrieve all the mentions that users have received in comments and captions. However there are some limitations

Mentions on stories not supported.
Commenting on phots where you tagged are not supported.
@mention appears was created by an account set to private.

Instagram live API

Instagram live API represents a collection of live video IG Media or an IG User. You can get a collection of live video on IG Media on an IG user. You can make requests to the API to start, stop, and manage the live video. The only limitation being only live video IG Media being broadcast at the time of the request will be returned.

Instagram images API

The Instagram Images API is a RESTful API that allows you to retrieve images from Instagram. You can use this API to get information about a specific image, such as its caption, location, and media, or you can get information about all the images from a specific user or hashtag.

Instagram demographics API

Instagram demographics API represents social media metrics on Instagram users. It allows businesses to access demographic information about their users. They can use the information to create more targeted marketing campaign.

Instagram marketing API

The Meta marketing API are a collection of Graph API endpoints that can be used to advertise on Facebook and Instagram. The Instagram marketing API can be used by businesses of all the users to reach a wider audience and improve their advertising campaigns.

Instagram download API

Instagram download API allows you to download images and captions. This is useful if you want to save photographs and captions for offline viewing or personal collections of Instagram content or sharing photos and videos. There several Instagram download API some are free and some free.

Instagram embed API

Instagram embed API allows you post your Instagram username and link to your profile along with your content or profile. Remember the account must be public and the embedded settings must be turned on. Private accounts and content cannot be embedded.

Shubha Roy

How to use Shopify API – a step-by-step integration guide and full documentation list

Technology

This article will discuss about how to use Shopify API with step-by-step integration guide and full documentation list. Let’s get started!

Overview of Shopify API

Shopify API provides developers a utility to build and launch Shopify Apps. In doing so, the Shopify API integration eases the life of the merchants and their online business operations. The Shopify Dev API provisions access to the data from the Shopify online data store and then leverage the data as needed.

Also read: How to use Stripe API; a step-by-step integration guide and full documentation list

List of Shopify developer API and functionalities

At the onset of the article, let’s first be acquainted with the list of Shopify developer API and functionalities.

Web API: It has a group of HTTP methods to use that support the major functions of the Shopify API library. There are almost 100 methods available from which you need to select the perfect one for your app. All the Web API methods are listed here.
Events API: Through Events API, you can build your apps for responding to the activities undertaken in the Slack platform. You need to subscribe to the event types as illustrated here. You then need to create a Slack app that will provide a response to the events.
Admin API: This comes under niche Shopify API scopes for simplification and automation of the Slack organization administration
SCIM API: Another niche Slack API for provisioning and managing users
Audit Logs API: Specially created for constructing event management tools and other security information
Status API: Helps in the health check of the Slack App programmatically
RTM API: not to be used frequently, provides WebSocket access to certain functionalities similar to Event and Web APIs.

Also read: How To Use YouTube API; A Step-By-Step Guide To Integrate And Full Documentation List

How to use Shopify API – step-by-step integration guide

Let us now focus on how to use Shopify API, the Shopify API endpoints, and with some examples of the codes to be used.

To call a web Shopify Rest API, you need to present certain arguments to the methods.

GET query string parameters

POST parameters as application/x-www-form-urlencoded

Or it can be a mix of both GET and POST parameters. For the write methods, the arguments belong to the attributes in application/json.

If you want to call methods like dialog.open and chat.postMessage, then you need to use JSON-encoded bodies.
Set your HTTP content_type header to application/x-www-form-urlencoded while sending data that is URL-encoded. The key/value pairs for Shopify integration API need to be as per RFC-3986. Here is the sample code

POST /API/conversations.create

Content-type: application/x-www-form-urlencoded

token=xoxp-xxxxxxxxx-xxxx&name=something-urgent

For JSON-encoded bodies, the HTTP content_type header is set to application/json. In the Authorization header, the Shopify API token needs to be transmitted as a bearer token

Here is the sample code. In this example, we have shown how the Shopify API access token is appended to the Bearer string

POST /API/conversations.create

Content-type: application/json

Authorization: Bearer xoxp-xxxxxxxxx-xxxx

{“name”:”something-urgent”}

Here is another example code on how to post a message using chat.PostMessage

POST /api/chat.postMessage

Content-type: application/json

Authorization: Bearer xoxp-xxxxxxxxx-xxxx

{“channel”:”C123ABC456″,”text”:”I hope the tour went well, Mr. Wonka.”,”attachments”:[{“text”:”Who wins the lifetime supply of chocolate?”,”fallback”:”You could be telling the computer exactly what it can do with a lifetime supply of chocolate.”,”color”:”#3AA3E3″,”attachment_type”:”default”,”callback_id”:”select_simple_1234″,”actions”:[{“name”:”winners_list”,”text”:”Who should win?”,”type”:”select”,”data_source”:”users”}]}]}

You can also use “curl” to send chat messages and attachments

Sample code:

curl -X POST -H ‘Authorization: Bearer xoxb-1234-56789abcdefghijklmnop’ \

-H ‘Content-type: application/json’ \

–data ‘{“channel”:”C123ABC456″,”text”:”I hope the tour went well, Mr. Wonka.”,”attachments”: [{“text”:”Who wins the lifetime supply of chocolate?”,”fallback”:”You could be telling the computer exactly what it can do with a lifetime supply of chocolate.”,”color”:”#3AA3E3″,”attachment_type”:”default”,”callback_id”:”select_simple_1234″,”actions”:[{“name”:”winners_list”,”text”:”Who should win?”,”type”:”select”,”data_source”:”users”}]}]}’ \

https://slack.com/api/chat.postMessage

The responses need to be evaluated and these can be done through the following sample codes.

{

“ok”: true,

“stuff”: “This is good”

}

{

“ok”: false,

“error”: “something_bad”

}

{

“ok”: true,

“warning”: “something_problematic”,

“stuff”: “Your requested information”

}

You need to authenticate your web requests using a token or Shopify API key. Now how to get Shopify API key? You need to register your application with Shopify. For that, you need to log in and go to the admin panel. You need to create an app, configure the required Shopify API access and save the app. Once done get the Shopify API key from the credentials.
If you are installing your apps in Shopify, then you will receive 20 requests per second on the Admin Rest API Shopify and the Shopify API limit on GraphQL Admin API is 500 points per second. Also, merchants on Shopify Commerce API enjoy unlimited API calls.
SNI extension must be used for all TLS connections. The cipher suites that need to be supported are:
ECDHE-RSA-AES128-GCM-SHA256
ECDHE-RSA-AES256-GCM-SHA384
ECDHE-RSA-AES128-SHA256
ECDHE-RSA-AES256-SHA384

Shopify API Authentication

Authentication is a vital part of Shopify API so that transactions can be kept safe and secure. There are two ways by which the apps can be authenticated – OAuth and the HTTP authentication methods.

The other important concept is the two modes by which the users can access the tokens.

Online access: In this method, the link is to a single user of the app, and the Shopify API token has a lifespan that is the same as that of the web session of the user. Online access mode is used when the single user interacts with the app via the internet or web
Offline access: This method is used when there are no user interventions and a long-term access is required to the store.

Shopify API Access Scopes

During the authorization process, you need to specify the parts of the app to which you need access, either authenticated or unauthenticated. The access scopes are available through Shopify REST APIs and Admin API in GraphQL.

Shopify API versioning

You need to maintain the Shopify webhook API versioning so that you can change platforms and be open to any upgrades and uplifts to the product.

Shopify API Rate Limits

A Shopify API rate limit needs to be set to maintain the stability of the platform and enable fair usage for all users. The rate limits can be to limit calls, no of times requests can be retried, and caching results.

GraphQL API Rate Limits

This particular limit is set based on the query costs or cost of requests within a particular time. Also, an interesting part is the rate limits can be set on a combination of apps and the store, to prevent any overlap.

Shopify REST API Rate Limits

This particular rate limit is also set on the basis of resources, requests, and throttles. Here also the rate limits can be set on a combination of apps and the store, to prevent any overlap

Storefront API Rate Limits

These limits must be set when you need to ensure the calls are time-based i.e. the time taken for the requests to complete.

Resource-Based Rate Limits

This is the limit that can be set if the store exceeds the threshold of an additional throttle containing 50,000 product variants. Beyond the threshold, you can only create 1000 new variants in a day.

Pagination

If you want to retrieve certain results from a particular connection, then use cursor-based pagination as supported by GraphQL and REST endpoints. In the arguments, you must mention the number of results to retrieve.

Last and not least use the Mobile Buy SDK to enable Shopify API for mobile apps. In general Shopify API communicates with the REST web service through pyactiveresource, which needs to be configured for usage to an authorized website of a store.

Also read: How to use ChatGPT API; a step-by-step integration guide and full documentation list

Shopify API documentation references

You can find most of the Shopify API documentation references here.

If you want to refer to Shopify API docs related to app build, then you must refer to that particular sub-section and check out the various types of API like Admin API, Partner API, Payment Apps API, Messaging API etc.

For Shopify API tutorial related to app extensions, component libraries, and references then also refer to the website and refer the details on each of the extensions and libraries.

For Shopify API reference on how to build a custom theme, there are tutorials and step-by-step guides on the website mentioned above. For any Shopify API versions and Shopify API changes, details are mentioned in the release notes. Even the Shopify API changelog can be checked from this particular sub-section.

For building a custom storefront or building a marketplace, refer to the Shopify Rest API documentation and other reference docs, and tutorials for the necessary details. The guides are helpful with all the steps mentioned to ensure smooth usage of Shopify API and also its installation, configuration, and setup.

Shopify API examples

Let is now focus on some key Shopify API examples which will assist you in creating and designing your application and using it for your needs. We will discuss the different Shopify API collections based on various technology and their subsequent usage, which varies in terms of their coding.

1. How to use Shopify Ajax API

Before using Shopify Ajax API, you must be aware that this API can only be used with seeded Shopify API and not via any custom storefront. It is mainly used when you want to recommend any product to the users, suggest products and brands, provision to add products to the shopping cart and increase the cart counter based on the purchase.

The Ajax API Shopify can only accept GET and POST HTTP requests and the sample code for it is as below: reference website.

var cartContents = fetch(window.Shopify.routes.root + ‘cart.js’)

.then(response => response.json())

.then(data => { return data });

2. How to use Shopify Python API

To start using Shopify Python API, you must first install Shopify, then create the application and the base URL. You also need to create a token to gain access to the shop’s data. After the sessions are activated, you need to make the authorized requests.

The sample code example using Python Shopify API is mentioned below and also can be referred to the website for more details.

python

shop = shopify.Shop.current

# Get a specific product

product = shopify.Product.find(179761209)

# Create a new product

new_product = shopify.Product()

new_product.title = “Burton Custom Freestyle 151”

new_product.product_type = “Snowboard”

new_product.vendor = “Burton”

success = new_product.save() #returns false if the record is invalid

# or

if new_product.errors:

#something went wrong, see new_product.errors.full_messages() for example

# Update a product

product.handle = “burton-snowboard”

product.save()

3. How to use Shopify Node API

For using Shopify Node API, you need to follow the similar steps as above. Install Shopify, create the application, and the basic URL, and then create the Shopify API NPM token/ key for authentication.

A sample code for using Shopify API node as below:

const ShopifyAPI = require(‘shopify-node-api’);

const mapStyles = require(‘./map-styles’);

module.exports = {

stores: {},

mapConfiguration: {},

install (storeOptions) {

let store = this.stores[storeOptions.shop];

if (!store) {

store = new ShopifyAPI(storeOptions);

this.stores[storeOptions.shop] = store;

}

return store;

shopNameFormater (shop){

return shop.replace(/https?:///, ”);

getStore (shop) {

shop = this.shopNameFormater(shop);

return this.stores[shop];

saveMapConfiguration (shop, configurations) {

shop = this.shopNameFormater(shop);

let mapConfigurations = this.mapConfiguration[shop];

if (!mapConfigurations) {

mapConfigurations = {};

this.mapConfiguration[shop] = mapConfigurations

}

mapConfigurations.mapApi = configurations.mapApi;

mapConfigurations.location = configurations.location;

let mapStyle;

if (configurations.mapStyle){

mapStyles[configurations.mapStyle]

} else if(configurations.mapStyleCustom){

mapStyle = JSON.parse(configurations.mapStyleCustom);

}else{

mapStyle =mapStyles[Object.keys(mapStyles)[0]];

}

mapConfigurations.styles = mapStyle;

return mapConfigurations;

}

4. How to use Shopify API Laravel PHP

The steps for using Shopify API Laravel PHP along with examples are mentioned below:

Create a server for hosting the application
Get the Shopify API Key
Add it to the env file

SHOPIFY_API_KEY=6e8a2bcdb6e43d8a29c4d6dd60fc8713

SHOPIFY_API_SECRET=********************************************

Update scopes in the config file

Shopify API Scopes | This option is for the scopes your application needs in the API.

Update scopes in the config file

‘api_scopes’ => env(‘SHOPIFY_API_SCOPES’, ‘read_products,write_products,read_themes,write_themes,read_orders,read_customers’),

After executing a few more steps of updating the env file, you have to run PHP Artisan migrate to complete the process.

5. How to use Shopify Ruby API

To use Shopify Ruby API, you need to first complete the basic steps of installation, account creation, and Shopify API token creation.

Next is to set up the Ruby Shopify API context, sample code as below elaborated.

ShopifyAPI::Context.setup(

api_key: “<api-key>”,

api_secret_key: “<api-secret-key>”,

host: “<https://application-host-name.com>”,

scope: “read_orders,read_products,etc”,

session_storage: ShopifyAPI::Auth::FileSessionStorage.new, # See more details below

is_embedded: true, # Set to true if you are building an embedded app

api_version: “2022-01”, # The version of the API you would like to use

is_private: false, # Set to true if you have an existing private app

)

Then you can set up the store, grant authorizations, and register the webhooks.

6. How to use Shopify Js API

Shopify Js API is based on the Storefront Shopify API and is essentially used to create e-commerce for your website. The steps for this Shopify API usage are:

Initializing the client
Fetching products and collections
Creating checkouts, fetching checkouts and the checkout attributes
Adding, updating, and removing the line items
Adding and removing a discount
Updating the shipping address
Completing the checkout.

Sample code for creating checkout:

// Create an empty checkout

client.checkout.create().then((checkout) => {

// Do something with the checkout

console.log(checkout);

});

Sample code for adding line items:

const checkoutId = ‘gid://shopify/Checkout/e3bd71f7248c806f33725a53e33931ef?key=47092e448529068d1be52e5051603af8’; // ID of an existing checkout

const lineItemsToAdd = [

{

variantId: ‘gid://shopify/ProductVariant/29106064584’,

quantity: 5,

customAttributes: [{key: “MyKey”, value: “MyValue”}]

}

];

// Add an item to the checkout

client.checkout.addLineItems(checkoutId, lineItemsToAdd).then((checkout) => {

// Do something with the updated checkout

console.log(checkout.lineItems); // Array with one additional line item

});

Also read: What to Look for in a Geolocation API

Shopify API pricing

In the Shopify API pricing list, the Storefront API comes for free. There are other APIs too which can be used for free. But to use advanced features like checkout, you need to check out the Shopify API premium plans. The details on the pricing and plans can be received by contacting the sales department as indicated in the website.

Most used Shopify APIs

As we approach the last section of the article, let us discuss the most used Shopify APIs. We will provide a short description of each of the APIs for reference, assisting you to decide on their use.

Shopify storefront API

Shopify Storefront API empowers to strengthen the customer front-ending experiences by creating custom storefronts. It is device-agnostic and is a GraphQL Shopify API.

Shopify Graphql API

Shopify Storefront and Admin APIs are GraphQL API and is majorly focused on retrieving orders. It accelerates the development work supporting authentication, proxies, and webhooks.

Shopify admin API

Shopify Admin API is one of the most powerful of all APIs. It is used to enhance the Shopify experience by adding new features. It enforces rate limits on requests and works both with REST and GraphQL.

Shopify product API

If you want to use a GET request for retrieving information about a product, then use the Shopify Product API. It is an Ajax API using locale-aware URLs providing a consistent user experience.

Shopify order API

The Shopify Order API is used to retrieve orders from a store and display them. The orders can be modified and also the details of the customers, product categories, items, and other entities.

Shopify cart API

Shopify cart API is used for various purposes. It is used to add items to the shopping cart, retrieve the items from the cart and update or modify the items in the cart as per the needs.

Shopify subscription API

The Shopify subscription API helps in introducing innovations, thus delivering a faster and more reliable checkout experience. The subscription experiences can be built directly within the checkout feature.

Shopify checkout API

The Shopify Checkout API is used when Sales Channel SDK is being used for creating an app. It enables customers to purchase the products from the stores where the sales channel has been installed.

Shopify fulfillment API

The Shopify Fulfillment API is used to create and manage the fulfillment of the products ordered by a customer. It provides tracking information about the products and notifies the customers when the products are ready for delivery.

Shopify customer API

The Shopify customer API is used to create an active account of a customer and store the addresses, contact details, and order history. Also, it stores whether the customer has agreed to receive email marketing.

Shopify inventory API

The Shopify inventory API helps to maintain and manage the quantities of inventory for a particular product. Each inventory belongs to a particular product in a particular location.

Shopify billing API

The Shopify billing API should be used to process the charges to the products sold via the merchant invoicing system of Shopify. It helps to reflect the charges directly on the invoice, preventing entry of credit card information.

Shopify gift card API

Shopify Gift Card API helps in using the alternative method of payment in the Shopify store using gift cards.

Shopify Metafields API

The Shopify Metafields API helps to store additional information about a product, or a collection or any other Shopify resources.

Shopify shipping API

The Shopify Shipping API performs the calculation of shipping for a particular product and location before the checkout and adds to the item cost.

Shopify Search API

The Shopify Search API assists in retrieving search results while querying for products, pages, collections or articles.

Shopify discount API

The Shopify Discount API is used to apply discounts to any particular product or product category added to the shopping cart.

Shopify payments API

The Shopify Payments API helps to create a payment by capturing the transaction, amount and the credit card information.

Shopify partner API

The Shopify Partner API grants access to transactions that scale up earnings, events, and marketplace opportunities.

Shopify refund API

Refunds are returns or money send back to the customer. The Shopify Refund API creates refunds and retrieves them too for an order.

Shopify marketplace API

Shopify Marketplace API is used to develop, grow, and maintain e-commerce features on your app or platform for a state-of-the-art marketplace.

Shopify analytics API

The Shopify Analytics API is used to track gross sales, net sales, discounts, total sales as well as page views and insights.

Shopify theme API

The Shopify Theme API is used to maintain the theme of the online store that provides the proper look and feel.

Shopify POS API

The Shopify POS API maintains the Point of Sale of a store where products are sold in person and users can create their shopping cart and modify/add too.

Kuntala Banerjee

Kuntala is a versatile writer with a focus on diverse areas around work, productivity, collaboration at work, hiring, management, HR, and training. Her background of past experience in technology and consulting helps in molding razor-sharp insights into the research and user-focused content she creates. Professionally she is an IT consultant in a sales role and also a writer of short stories and poems, travel blogger, and fashion influencer.

How to use Stripe API – a step-by-step integration guide and full documentation list

Technology

This article will discuss how to use Stripe API with step-by-step integration guide and full documentation list. Let’s get started!

Overview of Stripe API

Stripe is a payment processing platform on the internet. Million businesses from startups to large corporation use Stripe to accept and make payments and manage their online operations. Developers use Stripe API is a RESTful API to create, retrieve, update, and delete Stripe resources. They can use Stripe API integration to handle complicated processes. In this blog, we show developers how to use Stripe API.

Also read: How to use Spotify API; a step-by-step integration guide and full documentation list

List of Stripe developer API and functionalities

The Stripe Open API is a robust tool that allows developers to create apps to retrieve, update, and delete Stripe resources. The API is user-friendly and efficient and offers several services like payment, invoicing, and subscriptions. The Stripe API has a range of functionalities given below

Accepting payments from different instruments.
Creating and managing customer accounts
Generate invoices (on-off or periodically) as required
Refund payments when required
Integrating with other programs

Some of the most popular API functionalities are:

Balances – Allows you to see balances in your Stripe Account
Balance Transactions – This represents the funds move through your Stripe account and are created for all types of transactions – inflow and outflows.
Charges – These are charges to credit or debit account,
Customers – This object represents a customer for your business. You can create, retrieve, update, and delete customer profiles. You can set up recurrent payments, or track payments.
Subscriptions – The Stripe Subscription API allows you to create and manage customers’ subscription plans.
Disputes – Disputes occur when a customer raises concerns about charges or transactions with their card issuer. When this occurs, you have a chance to refute the allegations by providing evidentiary documentation.
Products – Products describe the specific goods or services you offer to your customer.

The Stripe API is available in several programming languages that makes it easy to integrate into your application. The Stripe API provides tools to help you begin

Tutorials
Documentation
Support

Also read: How To Use YouTube API; A Step-By-Step Guide Integration and Full Documentation List

How to use Stripe API – step-by-step integration guide

Step1: Create a Stripe account

Create an account by going to the Stripe website (https://stripe.com). To create your Stripe account, fill out the required fields, including your email address, company information, and banking information and click on the Create button. Stripe app is based on Stripe rest API.

Now Click the sign-in button to login to the Stripe docs site and start using test mode API for authenticated requests.

Step2: Obtain API keys

Go to the Dashboard after creating a Stripe account. The dashboard contains information like developers’ API keys, view transactions, and customer reports. Click on Activate Payment and enter business type and business details. Once you fill details you will be able to accept payments.

There are two Stripe API keys – the secret key and the Stripe publishable API key. The secret key is used for server-side operations and the publishable is are used for client side operations. Never reveal the server-side key to anyone. You need to verify your account before Stripe restricts your account.

Step3: Install the Stripe library

Stripe library is language specific. Depending on the programming language you are using, you need to install the Stripe API Library. The library is easy to integrate and you can use the developer tool to install the Stripe Library

Step4: Set up server-side integration

To use the Stripe API on your server, include the Stripe library in your code and initialize it with your Secret Key. This step varies depending on the programming language you’re using.

Step 5: Create a checkout form

After installing the library and setting up the server-side integration, you need to create a checkout form. This is where the customer will enter all the payment information such as credit card number, CVV, expiration date. You can create a form from the Stripe Library.

Step 6: Client-side tokenization

To ensure the card details are secure, you should tokenize payment data on the client-side. Tokenization entails encrypting the card information and creating a distinct token from it. As a result, your server will never come into contact with sensitive card information. The token is then processed by your server after being transmitted there.

Step 7: Create a charge

You can create a charge, now that you have customer information. A charge is a payment you collect from a customer.

Also read: How to use Slack API; a step-by-step integration guide and full documentation list

Stripe API docs references

The Stripe API is organized around REST. The Stripe API docs references is a great resource for developers. It contains the following

- API Reference: The Stripe API reference is the main source for developers wishing to integrate Stripe into their program. It has comprehensive information on methods, request parameters, response handling, and errors -handling. You can find the API reference here.
- API versioning : Stripe API versioning supports backward compatibility. You can indicate the specific Stripe version you want to use by providing it the Stripe-version header. Consult the “API Versioning” section of the API Reference for more details.

Authentication: Stripe uses API keys to verify to authenticate queries. You can manage and view your on the Stripe dashboard. The API has two sets of keys: Publishable keys and Secret Keys. Never reveal your keys in public, especially on public forums like GitHub.

Webhooks : Stripe uses webhooks to send real-time notifications for account-related events in your Stripe account or connected accounts. You can configure the webhooks from the dashboard.
Payment methods: Stripe supports various payment method such as credit and debit cards, bank transfers, and digital wallets. The API reference gives instructions on how to build, get access to, administer, and integrate payment.
Stripe API Changelog: The Stripe API Changelog documents all the updates and modifications made to the Stripe API. It documents about updated features, enhancements, and issue corrections. You can ensure compatibility with the most recent API versions by keeping up with the changelog.
Stripe API Tutorial: Stripe provides an in-depth API tutorial that walks you step-by-step through the integration of Stripe into your application. Setting up your Stripe account, using the API, managing webhooks, and managing payments are all covered in this tutorial.

The Stripe API documentation tool is a user-friendly interface to explore the documentation and search for specific topic. The code examples are an excellent base to build your code.

Stripe API examples

In this section learn how to leverage the Stripe API to process payment seamlessly. You can use the Stripe API examples to create payment intent, collect customer details, handle card authentication, and confirm payment. We have used Stripe API in popular programming languages. The step 1 : set-up portion is common for most languages

Step1: Setup the Stripe CLI

Install

To install the CLI through the command line, download and extract a versioned ZIP file for your operating system. To install the Stripe CLI with homebrew run

brew install stripe/stripe-cli/stripe

Authenticate

Command line command-

stripe login

Press the Enter to complete the authentication process

Your pairing code is: enjoy-enough-outwit-win

This pairing code verifies your authentication with Stripe.

Press Enter to open the browser or visit https://dashboard.stripe.com/stripecli/confirm_auth?t=THQdJfL3x12udFkNorJL8OF1iFlN8Az1 (^C to quit)

Confirm setup

Now that you have installed the CLI, you can make a single API request to Create a product

stripe products create \

–name=”My First Product” \

–description=”Created with the Stripe CLI”

Look for the product identifier (in id) in the response object. Save it for the next step.

If everything worked, the command-line displays the following response.

{

“id”: “prod_LTenIrmp8Q67sa”,

“object”: “product”,

“active”: true,

“attributes”: [],

“created”: 1668198126,

“default_price”: null,

“description”: “Created with the Stripe CLI”,

“identifiers”: {},

“images”: [],

“livemode”: false,

“metadata”: {},

“name”: “My First Product”,

“package_dimensions”: null,

“price”: null,

“product_class”: null,

“shippable”: null,

“sku”: “my-first-product-10”,

“statement_descriptor”: null,

“tax_code”: null,

“type”: “service”,

“unit_label”: null,

“updated”: 1668198126,

“url”: null

}

Now call Create a price to attach a price of 30 USD. Swap the placeholder in product with your product identifier (for example, prod_LTenIrmp8Q67sa).

stripe prices create \

–unit-amount=3000 \

–currency=usd \

–product=”{{PRODUCT_ID}}”

If everything worked you get following response

{

“id”: “price_1KzlAMJJDeE9fu01WMJJr79o”,

“object”: “price”,

“active”: true,

“billing_scheme”: “per_unit”,

“created”: 1652636348,

“currency”: “usd”,

“livemode”: false,

“lookup_key”: null,

“metadata”: {},

“nickname”: null,

“product”: “prod_Lh9iTGZhb2mcBy”,

“recurring”: null,

“tax_behavior”: “unspecified”,

“tiers_mode”: null,

“transform_quantity”: null,

“type”: “one_time”,

“unit_amount”: 3000,

“unit_amount_decimal”: “3000”

}

How to use Stripe PHP API

Step1: Setup the Stripe CLI

Step2: Manage third-party dependencies

You can use Composer to manage third-party dependencies from Packagist

which allows you to add new libraries and include them in your PHP projects.

Installer Composer

From the command line download Composer using the instructions.

Ste3: Install the PHP Server0side SDK

The latest version of the Stripe PHP server-side SDK is v10.0.0. It supports PHP versions 5.6.0+..Check your PHP version.

php –version

Install the library

Install the library with Composer, a package manager for PHP:

composer require stripe/stripe-php

After you install the library with Composer, it’s automatically added as a dependency in your project’s composer.json file. For example:

{

“require”: {

“stripe/stripe-php”: “^10.0.0”

}

To use the bindings, use Composer’s autoload. For example:

{

“require”: {

“stripe/stripe-php”: “^10.0.0”

}

require_once(‘vendor/autoload.php’);

Step 4: Run your first SDK request

Now that you have the PHP SDK installed, you can create a subscription Product and attach a Price with a couple API requests. We’re using the product identifier returned in the response to create the price in this example.

<?php

require_once(‘vendor/autoload.php’);

$stripe = new \Stripe\StripeClient(“sk_test_tR3PYbcVNZZ796tH88S4VQ2u”);

$product = $stripe->products->create([

‘name’ => ‘Starter Subscription’,

‘description’ => ‘$12/Month subscription’,

]);

echo “Success! Here is your starter subscription product id: ” . $product->id . “\n”;

$price = $stripe->prices->create([

‘unit_amount’ => 1200,

‘currency’ => ‘usd’,

‘recurring’ => [‘interval’ => ‘month’],

‘product’ => $product[‘id’],

]);

echo “Success! Here is your premium subscription price id: ” . $price->id . “\n”;

Save the file as created_price.php. from the command line . cd to the directory you saved the file. Run

php create_price.php

If everything works properly you will see the following response. Save these identifiers and use them while building your integration.

How to use Stripe API Typescript

Step1: Set Up a TypeScript Project If you don’t already have a TypeScript project set up, start by creating a new directory for your project and initializing it with TypeScript. Open your terminal and navigate to the project directory. Run the following commands:

mkdir stripe-api-project

cd stripe-api-project

npm init -y

npm install typescript –save-dev

Step2: Install the Stripe TypeScript Library To use the Stripe API with TypeScript, you’ll need to install the Stripe TypeScript library. Run the following command in your terminal:

npm install @stripe/stripe-js –save

This command installs the official Stripe TypeScript library, which provides type definitions and utility functions for working with the Stripe API.

Step3: Create TypeScript Files In your project directory, create a TypeScript file (e.g., index.ts) to write your TypeScript code. Open the file in a code editor.

Step4: Import the Stripe TypeScript Library At the top of your index.ts file, import the Stripe TypeScript library as follows:

import { Stripe } from ‘@stripe/stripe-js’;

Step5: Initialize the Stripe Object Create a function to initialize the Stripe object. Inside this function, use the loadStripe function from the Stripe library to load the Stripe.js script and initialize the Stripe object. Here’s an example:

async function initializeStripe(): Promise<Stripe | null> {

const stripe = await import(‘@stripe/stripe-js’);

const stripeApiKey = ‘YOUR_STRIPE_PUBLIC_KEY’; // Replace with your actual Stripe publishable key

return stripe.loadStripe(stripeApiKey);

}

Step6: Use Stripe Elements Next, create a function to handle the payment form submission. In this function, use the Stripe object to create a Stripe Elements instance and mount it to a container element. Here’s an example:

async function handlePaymentFormSubmission() {

const stripe = await initializeStripe();

if (stripe) {

const elements = stripe.elements();

const cardElement = elements.create(‘card’);

cardElement.mount(‘#card-element’); // Replace with the ID of your card element container

// Handle form submission and tokenization

const form = document.getElementById(‘payment-form’) as HTMLFormElement;

form.addEventListener(‘submit’, async (event) => {

event.preventDefault();

const { token, error } = await stripe.createToken(cardElement);

if (error) {

// Handle error

} else {

// Use the token for payment processing

const tokenId = token.id;

// Send the token to your server for processing

}

});

}

Step7: Compile and Run

How to use Stripe API React

To use the Stripe API with React, you’ll need to install the Stripe JavaScript library and integrate it into your React application. Here’s a step-by-step guide on how to use the Stripe API with React:

Step1: Set Up a React Project If you don’t already have a React project set up, start by creating a new directory for your project and initializing it with React. Open your terminal and navigate to the project directory. Run the following command:

npx create-react-app stripe-react-project

This command sets up a new React project with Create React App.

Step2: Install the Stripe JavaScript Library

To use the Stripe API with React, you’ll need to install the Stripe JavaScript library. Run the following command in your terminal:

npm install @stripe/stripe-js –save

This command installs the official Stripe JavaScript library, which provides the necessary functions and methods for working with the Stripe API.

Step3: Create a Stripe Component In your React project

Create a new component that will handle Stripe-related functionality. For example, you can create a component named StripeForm.js. Open the file in a code editor.

Step4: Import the Stripe JavaScript Library

In your StripeForm.js file, import the Stripe JavaScript library as follows:

import { loadStripe } from ‘@stripe/stripe-js’;

Step5: Initialize the Stripe Object

Inside your StripeForm component, create a function to initialize the Stripe object. Use the loadStripe function from the Stripe library to load the Stripe.js script and initialize the Stripe object. Here’s an example:

async function initializeStripe() {

const stripeApiKey = ‘YOUR_STRIPE_PUBLIC_KEY’; // Replace with your actual Stripe publishable key

const stripe = await loadStripe(stripeApiKey);

// Use the stripe object for payment processing

}

Step6: Use Stripe Elements

Next, within your StripeForm component, you can use Stripe Elements to collect payment information. You can use the Stripe Elements React components provided by the Stripe JavaScript library. Here’s an example of creating a card input element:

import { CardElement, useElements, useStripe } from ‘@stripe/react-stripe-js’;

function StripeForm() {

const stripe = useStripe();

const elements = useElements();

// Handle form submission and payment processing

const handleSubmit = async (event) => {

event.preventDefault();

// Perform payment processing using the stripe and elements objects

};

return (

</form>

);

}

Step7: Compile and Run

Compile and run your React project by running the following command in your terminal:

npm start

How to use Stripe API Nodejs

Step1: Setup the Stripe CLI

Step2: Install the Node.js server-side SDK

The latest version of the Stripe Node.js server-side SDK s v12.0.0. It supports Node.js versions 12+.

Check your Node version:

node –version

Initialize Node

npm init

Initialize the library

Install the library with npm, a package manager for Node:

npm install stripe –save

After you install the library with npm, the library is automatically added as a dependency in your project’s package.json file. For example:

{

“name”: “stripe-node-example”,

“version”: “1.0.0”,

“description”: “A Stripe demo”,

“main”: “index.js”,

“scripts”: {

“node “: “node create_price.js”,

“test”: “echo \”Error: no test specified\” && exit 1″

“author”: “”,

“license”: “ISC”,

“dependencies”: {

“stripe”: “^12.0.0”

}

Step3: Run your first SDK request

Now that you have the Node.js SDK installed, you can create a subscription Product and attach a Price with a couple API requests. The Node.js SDK returns promises which can be used as chainable callbacks. To demonstrate, we’re passing the product identifier returned in the Product response to create a Price

in this example.

const stripe = require(‘stripe’)(‘sk_test_tR3PYbcVNZZ796tH88S4VQ2u’);

stripe.products.create({

description: ‘$12/Month subscription’,

}).then(product => {

stripe.prices.create({

unit_amount: 1200,

currency: ‘usd’,

recurring: {

interval: ‘month’,

product: product.id,

}).then(price => {

console.log(‘Success! Here is your starter subscription product id: ‘ + product.id);

console.log(‘Success! Here is your premium subscription price id: ‘ + price.id);

});

If you everything worked in the command line show the following response. Save the identifiers so you can use them while building your applications.

Success! Here is your starter subscription product id: price_0KxBDl589O8KAxCG1alJgiA6

Success! Here is your starter subscription price id: price_0KxBDm589O8KAxCGMgG7scjb

How to use Stripe Express Js API

Step1: Set Up an Express.js Project

If you haven’t already set up an Express.js project, start by creating a new directory for your project and initializing it with Express.js. Open your terminal and navigate to the project directory. Run the following commands:

mkdir stripe-express-project

cd stripe-express-project

npm init -y

npm install express –save

Step2: Install the Stripe Node.js Library

To use the Stripe API with Express.js, you’ll need to install the Stripe Node.js library. Run the following command in your terminal:

npm install stripe –save

This command installs the official Stripe Node.js library, which provides the necessary functions and methods for interacting with the Stripe API.

Step3: Set Up Stripe Secret Key Obtain your Stripe Secret Key from the Stripe Dashboard. You’ll need to set the Secret Key in your Express.js application’s environment variables. You can use a package like dotenv to manage your environment variables.

Step4: Set Up Express.js Server Create an Express.js server file (e.g., server.js) and open it in a code editor. Import the required modules and set up your Express.js server. Here’s a basic example to get started:

const express = require(‘express’);

const stripe = require(‘stripe’)(process.env.STRIPE_SECRET_KEY);

const app = express();

// Configure Express.js middleware, routes, and other settings

// Start the server

app.listen(3000, () => {

console.log(‘Server is running on port 3000’);

});

Step5: Handle API Requests

In your Express.js server file, you can define routes to handle different API requests. For example, to create a charge, you can define a route as follows:

app.post(‘/create-charge’, async (req, res) => {

try {

const { amount, currency, source } = req.body;

// Create a charge using the Stripe API

const charge = await stripe.charges.create({

amount: amount,

currency: currency,

source: source,

});

// Return the charge object as the response

res.json(charge);

} catch (error) {

// Handle any errors that occur during the charge creation

res.status(500).json({ error: error.message });

}

});

Step6: Test the API

You can now test your Stripe Express.js API by sending HTTP requests to the defined routes. You can use tools like Postman or cURL to send requests to your Express.js server.

How to use Stripe API Django

Set up the Django API

Create a Django project called StripeApp with Django Rest framework library installed.

Create a new app in our StripeApp project root

python manage.py startapp payments

Ensure the urls.py, views.py, settings/py, and urls.py are visible in the project structure.

Install the Stripe Library

pip install –upgrade stripe

payments/views.pystripe.api_key = ‘sk_test_’ # your real key will be much longer

Make a test request to the Stripe API

Creae a simple view making a stripe payment to check if your key is valid.

# payments/views.py@api_view([‘POST’])
def test_payment(request):test_payment_intent = stripe.PaymentIntent.create(
amount=1000, currency=’pln’,
payment_method_types=[‘card’],
receipt_email=’test@example.com’)return Response(status=status.HTTP_200_OK, data=test_payment_intent)

Connect the view with the URL in payments/urls.py

# payments/urls.pyfrom django.conf.urls import url
from payments import viewsurlpatterns = [
url(r’^test-payment/$’, views.test_payment),
]

Now define the payments URL prefix in stripeapp/urls.py.

# stripeapp/urls.pyurlpatterns = [
path(‘admin/’, admin.site.urls),

# add this line
path(‘payments/’, include(‘payments.urls’))
]

Now send a request to (http://localhost:8000/payments/test-payment) using Postman. If successful you should get JSON object like

{
“id”: “pi_123”, #you will have a unique id every time
“object”: “payment_intent”,
“amount”: 1000,
“amount_capturable”: 0,
“amount_received”: 0,
“application”: null,
“application_fee_amount”: null,
…
}

How to use Stripe Ruby API

In this section we focus on how to use Stripe API. Stripe server side libraries (also known as SDK) help you interact with the Stripe REST APIs.

Initial Setup

Click the sign in to login to the Stripe doc site and start using your test mode API keys to authenticate requests.

Step1: Follow steps mention Stripe CLI

Step2: Manage third-party dependencies

It is best to use Rub to manage third-party dependencies if any. This allows you to add new libraries and use them in your projects. Check if RubuyGem is installed.

gem –version

If you get the response RubyGem is not found, you can download RubyGems from their downloads page.

Step3: Install the Ruby server-side SDK

The latest version of the Stripe Ruby server-side SDK is v8.0.0. It supports Ruby versions 2.3+.

Check your Ruby version:

ruby -v

Install the library

Create a gem file and install the generated gem using a bundler with RubyGems.

Add the latest version of the Stripe gem to a project:

bundle add stripe

Install the required gems from your specified sources:

bundle install

Step4: Run your first SK

All Ruby SDK are installed, you can create a subscription Product and attach a Price with some API requests.

For example

require ‘rubygems’

require ‘stripe’

Stripe.api_key = “sk_test_tR3PYbcVNZZ796tH88S4VQ2u”

starter_subscription = Stripe::Product.create(

description: ‘$12/Month subscription’,

)

starter_subscription_price = Stripe::Price.create(

currency: ‘usd’,

unit_amount: 1200,

recurring: {interval: ‘month’},

product: starter_subscription[‘id’],

)

puts “Success! Here is your starter subscription product id: #{starter_subscription.id}”

puts “Success! Here is your starter subscription price id: #{starter_subscription_price.id}”

Save the file as create_price.rb. From the command line cd to go directory where you saved the file and run

ruby create_price.rb

If everything worked you should get the following response

Success! Here is your starter subscription product id: price_0KxBDl589O8KAxCG1alJgiA6

Success! Here is your starter subscription price id: price_0KxBDm589O8KAxCGMgG7scjb

How to use Stripe Python API

Step1: Manage third-party dependencies

We recommend use the venv module to manage third-party dependencies. The module permits you to add new libraries and include them in your Python 3 projects.

In the command line type

third-party dependencies

On GNU/MacOS bash

python3 -m venv env

source env/bin/activate

Step2: Install Python server-side SDK

The latest version of the Stripe Python server-side SDK is v5.0.0. It supports Python versions 2.7, 3.6+.

Check your Python version:

python3 –version

Install the library

Install the library from PyPi a package manager for Python:

pip3 install –upgrade stripe

Next, specify the following version in your requirements.txt file:

stripe>=5.0.0

Step3: Run your first SDK request

Now that you have installed Python SDK, you can create a subscription Product and attach a Price with a couple API requests. We’re using the product identifier returned in the response to create the price in this example.

import stripe

stripe.api_key = “sk_test_tR3PYbcVNZZ796tH88S4VQ2u”

starter_subscription = stripe.Product.create(

name=”Starter Subscription”,

description=”$12/Month subscription”,

)

starter_subscription_price = stripe.Price.create(

unit_amount=1200,

currency=”usd”,

recurring={“interval”: “month”},

product=starter_subscription[‘id’],

)

# Save these identifiers

print(f”Success! Here is your starter subscription product id: {starter_subscription.id}”)

print(f”Success! Here is your starter subscription price id: {starter_subscription_price.id}”)

Save the file as create_price.py. From the command line, cd to the directory containing the file you just save and run.

python3 create_price.py

If everything works, the command line shows the following response. Save these identifiers so you can use them while building your integration.

Success! Here is your starter subscription product id: price_0KxBDl589O8KAxCG1alJgiA6

Success! Here is your starter subscription price id: price_0KxBDm589O8KAxCGMgG7scjb

How to use Stripe API Jar

Step1: Download the Stripe API Jar First, you need to download the Stripe API Jar file. Visit the Stripe website and download the latest version of the Stripe API Jar.

Step2: Set Up Your Java Project Create a new Java project or open an existing one in your preferred integrated development environment (IDE). Make sure you have the necessary dependencies and build tools set up.

Step3: Add the Stripe API Jar to Your Project Copy the downloaded Stripe API Jar file to your project’s directory. In your IDE, right-click on your project’s name and select “Properties” or “Build Path” (depending on your IDE) to open the project settings. Look for the “Libraries” or “Dependencies” tab and click on it. Then, click on the “Add JARs” or “Add External JARs” button and select the Stripe API Jar file you downloaded.

import com.stripe.Stripe;

import com.stripe.model.Charge;

import com.stripe.exception.StripeException;

import com.stripe.model.Customer;

Step4: Set Your Stripe API Key Before making any API calls, you need to set your Stripe API key. Obtain your API key from the Stripe Dashboard. In your Java code, add the following line and replace “YOUR_STRIPE_API_KEY” with your actual API key:

Stripe.apiKey = “YOUR_STRIPE_API_KEY”;

Step5: Make API Calls Now, you can start making API calls using the Stripe API Jar. You can perform various actions, such as creating charges, managing customers, creating subscriptions, and more. Here’s an example of creating a charge:

Map<String, Object> params = new HashMap<>();

params.put(“amount”, 2000); // Amount in cents

params.put(“currency”, “usd”);

params.put(“source”, “tok_visa”); // Example card token

try {

Charge charge = Charge.create(params);

System.out.println(“Charge created: ” + charge);

} catch (StripeException e) {

// Handle exception

e.printStackTrace();

}

How to use Stripe API WordPress

A free WordPress fundraising plugin called Paymattic works with the Stripe payment gateway. Several website accept payment with Paymattic. It features subscription payments and on-off payments. Paymattic’s user-friendly interface makes it simple to manage payments forms.

First go to Paymattic > Payment Gateway from your WordPress dashboard.
Click on Stripe tab in the left navigation tab.

The Stripe setting page will open. Select test mode or live mode in the setting page. After choosing your preferred mode you will need publishable and secret key.

You can get the keys once you log in to your Stripe dashboard and go to the Developers options.
Now navigate to API keys and find the publishable and secret key.
Copy paste keys into the respective fields in Paymattic > Payment Gateway > Stripe.
Click Save Settting Button to finish the integration.

You need to create a form to see how Stripe works with Payymatic.

To create your form go to Paymattic > Create Form.

Click on the Add New Form option.
Click on Advance Editor to build a form from scratch.
Add all your required form fields.
At last, add Stripe payment gateway from the payment method fields.
Configure your desired settings for Stripe checkout in the Card Elements (Stripe) field.
Click on the Update Fields button.

Also read: How to use ChatGPT API; a step-by-step integration guide and full documentation list

Stripe API pricing

Stripe API pricing is transparent. There are two models

Integrated model – The model gives you complete access to the payment platform with pay-as-you-go pricing. The payment is 2.9% + 30 Cents. There are no set up fees, monthly fees or hidden fees in this model.
Customized packages- You can set up a customized package for your business. This model is ideal for businesses with a large payment volume or high value transactions. You can speak with an expert for more information.

Most used Stripe APIs

The most used Stripe API are

Customer – the API is used to create, delete and update customer profiles
Payment API – the payment api allows you to accept payment through credit and debit cards or any other payment instrument. You can use the payment API for charges or refunds.
Invoice API – The invoice API create and send invoices to customer. The API can be used to track transaction history of a customer and customer information.
Subscription API – This API helps you manage subscriptions for your product and services.

Stripe ACH API

The Stripe ACH API lets you accept payments from US bank accounts. The ACH debit card is a reusable, delayed payment method. It can take 4 business days for a transaction to receive acknowledgment of the success and failure of a transaction.

Stripe connect API

The Stripe connect API lets you route payments between multiple parties. It is ideal for business models like marketplaces and software platforms. The API lets you route payment between businesses, customers, and the recipient.

Stripe charge API

The Stripe Charges API is to charge credit or debit cards. You can retrieve or refund individual charges and list all charges made to an account.

Stripe orders API

The Stripe has decided to wind down the Order API. The API will be depreciated on May 26 2023.

Stripe API pagination

The Stripe API pagination allows you to retrieve bulk lists – list customers, list charges, or list invoices. You can opt for cursor-based pagination or auto pagination.

Stripe API balance transaction

The Stripe API balance transaction represents funds moving through the Stripe account. They are made for each kind of transaction that enters or exits your Stripe account’s balance.

Stripe issuing API

The Stripe issuing API is primarily for businesses to create, manage, and distribute payments instantly. Issuing is available the US, the UK, and countries in the European Economic Area.

cc checker Stripe API

The CC Checker Stripe API checks the validity of the credit card numbers. The API is based on the luhn algorithm and is used to verify if the credit card is real or fake.

Stripe subscription create API

The Stripe subscription create API is used to create new subscription on existing customers. Each customer can have up to 500 active or schedule subscriptions. Subscription model takes recurrent payment from a customer.

Stripe recurring payments API

The Stripe recurring payment API or the subscriptions allow you to charge the customer on recurrent basis and allows customers to pay for products or services regularly.

Stripe Treasury API

Stripe Treasury API is a banking-as-a-service API that lets you embed financial services in your software. Many users use Strip issuing in conjunction with Strip Treasury API to attach cards and spend funds in the account.

Stripe graphql API

The open-source Stripe Graphql API makes it possible to query data from your database and Stripe account in a single GraphQL query.

Stripe Invoice API

The Stripe Invoice API allows you to generate statement of how much is owed by the customer. It is generated on one-off basis or periodically from a subscription.

Shubha Roy

How to use Slack API – a step-by-step integration guide and full documentation list

Technology

This article will discuss on how to use Slack API – a step-by-step integration guide and full documentation list. Let’s get started!

Overview of Slack API

Slack API grants provision to developers for creating custom applications, workflows, and data exchange both ways. The APIs provided by Slack are capable to query various types of information and accordingly create activities in a Slack-controlled workspace. You only need to choose the right Slack API, the details of which are available on the website.

List of Slack APIs and functionalities

As a first step towards how to use Slack API, let us first understand what are the different types of Slack integrations API and their functionalities.

Slack Real Time Messaging API: It helps to display an event or a message inside the Slack instance or workspace in one or single feed. An instance can be, say suppose, you want to monitor when a member of a team reacts to a message. You can build a program using Slack API for real-time messaging.
Slack Events API: It helps to control and specify a set of actions or events you want to monitor or capture in the Slack instance or workspace. For example, if you want to monitor a group of messages from a certain user, then it’s good to use this Slack API.
Slack Web API: It works along with the Events API. While the Events API is responsible for sending information from the Slack instance to any other application, the Web API is responsible for receiving the response.
Slack API conversations: It is just a subset of the Slack app API for Web, providing additional features of allowing changes to public, private, and shared channels and direct messages.

Also read: How to use ChatGPT API; a step-by-step integration guide and full documentation list

How to use Slack API – 7 step integration guide

Let us now discuss how to use Slack API, here are the steps.

The Http RPC-style methods need to be called by passing on the following arguments

GET querystring parameters
POST parameters for example application/x-www-form-urlencoded
It can also be a mix of both POST and GET parameters
The methods accept arguments that are JSON attributes
The files to be uploaded expect to send the parameters in the form of urlencoded

2. Set your content type header to application/x-www-form-urlencoded.

Here is the sample code.

POST /api/conversations.create

Content-type: application/x-www-form-urlencoded

token=xoxp-xxxxxxxxx-xxxx&name=something-urgent

And then present your key/value pairs

In the HTTP header, transmit the bearer Slack API token. Here is an example of a code for displaying a message with certain menus.

POST /api/chat.postMessage

Content-type: application/json

Authorization: Bearer xoxp-xxxxxxxxx-xxxx

{“channel”:”C061EG9SL”,”text”:”I hope the tour went well, Mr. Wonka.”,”attachments”:[{“text”:”Who wins the lifetime supply of chocolate?”,”fallback”:”You could be telling the computer exactly what it can do with a lifetime supply of chocolate.”,”color”:”#3AA3E3″,”attachment_type”:”default”,”callback_id”:”select_simple_1234″,”actions”:[{“name”:”winners_list”,”text”:”Who should win?”,”type”:”select”,”data_source”:”users”}]}]}

Next you need to authenticate the requests of Slack API. The step is achieved by providing the bearer token. To negotiate tokens or on how to get Slack API token, you need to register your application with Slack and obtain the required credentials. The token can be sent as an HTTP header or in the POST parameter.
For returning results in Slack rest API, use the cursor-based approach. This will help to return a certain portion of the total results set or point to the next portion of the result set. A sample code for a request to the next page and limited to 2 results

GET slack.com/api/users.list?limit=2&cursor=dXNlcjpVMEc5V0ZYTlo%3D&token=xoxp-1234-5678-90123

Limit your apps with 1 request per second for any API call in Slack API integration
Use the event API to deliver events that count up to 30,000 deliveries per workspace per hour
You can initiate your application via the Slack integration API in two ways – via a Slash command like using /mycallapp inside the composer. The other way is to use the Call icon.
To set up the app you need to call the Slash command. The command buttons can be found under Add features and functionality. You will find the option to Create a new command.
Slack then sends a payload to your app which looks as below,

{

“token”: “<verification token>”,

“team_id”: “T123ABC456”,

“team_domain”: “my-team”,

“channel_id”: “C123ABC456”,

“channel_name”: “test”,

“user_id” : “U123ABC456”,

“user_name”: “mattjones”,

“response_url”:”https://slack.com/callback/123xyz”,

“type”: “video”

}

You then need to post your response to the response_url of the Slack connect API. You need to enter the following

{

“response_type”:”call”,

“call_initiation_url”:”https://join.call.com/123456″,

“desktop_protocol_call_initiation_url”: “call://join&room_id=123456”

}

If you want to launch your app in desktop then use this desktop_protocol_call_initiation_url
If you want the call type to be video then you need to ensure the initiation URL begins with a video. If its audo, then you need to enter the phone number received in the payload. Code sample

{

“response_type”: “audio”,

“call_initiation_url”: “https://your_company_url/…”,

“desktop_protocol_call_initiation_url”: “your_call_app_url://+1-202-555-0145”

}

The calls.add method will now need to be used for adding the details of the call to the Slack webhook API. Store the id received as a response to refer while ending or updating the call
Post the call to the channel. Sample code

“blocks”: [

{

“type”: “call”,

“call_id”: “R123”,

}

Next you need to unfurl a call in the channel. The sample code is

{

“token”: “xxxx-xxxxxxxxx-xxxx”,

“channel”: “C123ABC456”,

“ts”: “12345.6789”,

“unfurls”: {

“https:\/\/url.to\/your\/call”: {

“blocks”: [{

“type”: “call”,

“call_id”: “Rxxx”

}]

}

While responding to a rejected call, the following sample payload needs to be utilized

{

“token”: “12345FVmRUzNDOAuy4BiWh”,

“team_id”: “T123ABC456”,

“api_app_id”: “B123ABC456”,

“event”: {

“type”: “call_rejected”,

“call_id”: “RL731AVEF”,

“user_id”: “U123ABC456”,

“channel_id”: “D123ABC456”,

“external_unique_id”: “123-456-7890”

“type”: “event_callback”,

“event_id”: “Ev123ABC456”,

“event_time”: 1563448153,

“authed_users”: [“U123ABC456”]

}

To update a call use calls.update_method and to and add or modify participants or users, use calls.participants.remove
To end a call, use the calls.end method
As a Slack API user, you can set up custom Slack API status, represented by the attributes status_text, status_emoji, and status_expiration profile attributes. You can retrieve the status of a user by using users.profile.get command
You can set the custom status of a user through Slack API key or access token and entering into the users.profile.set method. The parameter for the profile must be a URL-encoded JSON string. The string must have the attribute as status_text

Sample code:

{

“status_text”: “riding a train”,

“status_emoji”: “:mountain_railway:”,

“status_expiration”: 0

}

To unset the status, status_text, and status_emoji are set to empty
You can expire the status of the user, using status_expiration command.

Sample code

{

“status_text”: “riding the train home”,

“status_emoji”: “:mountain_railway:”,

“status_expiration”: 1532627506

}

To manually mark a user as auto or away, use the command users.setPresence
For using slack bot API, use the command chat.postMessage for passing information
Now coming to the usage of Slacks connect APIs that help users between organizations and different workspaces to work together in a Slack environment.
- You need to invite users from different organizations into the workspace, transforming the channel into a Slack Connect channel
- Once the app is installed in the target workspace, then you need to accept the invitations from the Slack Connect channel
- You can either approve, decline the invitations and then disconnect from the channel
The other API which is of importance is the Slack Analytics API. You need to integrate within the channel enabling it to work along for providing insights and analysis of the way the company is leveraging Slack. Once it is integrated, it can extract the chats, messages, and members of the Slack API workspace.

Also read: How To Use YouTube API; A Step-By-Step Guide To Integrate And Full Documentation List

Slack API documentation references

Here are the key Slack API documentation references that serve as Slack API reference and Slack API tutorial.

For overview of Slack API, refer here.
To understand the connection protocols, and socket mode implementation, follow the Slack API docs.
Now coming to the usage guides, if you want to learn about using the web API, then click here.
To know about Calls API, refer to this link.
Details on Bookmark API can be checked here.
Now comes Slack connect and its APIs. Know more about it in the document link.
The status API is another important Slack API which helps to check the health of the product. Here is the tutorial.
For information on Slack API web methods, refer to this link,
Then comes event types, the details of which can be checked here.
And then the last, to check object types here is the link.

Slack API examples

Now let us see some Slack API examples, which will help beginners to be familiar with the coding, syntax, etc. These Slack API examples will further help to fast track the development activities, requiring considerably less time for completion. In the subsequent sections, we will be describing the same.

How to use Slack API Python

The Slack API Python SDK offers the full package for using the platform to install and build APIs. There are packages for Web API, Socket Mode, Webhooks, OAuth, and other APIs. Sample codes for real time API Slack python to refer for installation. Here is the reference.

The source code:

git clone https://github.com/slackapi/python-slack-sdk.git

cd python-slack-sdk

python3 -m venv .venv

source .venv/bin/activate

pip install -U pip

pip install -e .

Saving into test.py, a Slack real time messaging API example

# test.py

import sys

# Enable debug logging

import logging

logging.basicConfig(level=logging.DEBUG)

# Verify it works

from slack_sdk import WebClient

client = WebClient()

api_response = client.api_test()

How to use golang Slack API

As the first step towards how to use golang Slack API, you need to create .env file. Here is a sample code for Slack Golang API.

package main

import (

“fmt”

“os”

“time”

“github.com/joho/godotenv”

“github.com/slack-go/slack”

)

func main() {

godotenv.Load(“.env”)

token := os.Getenv(“SLACK_AUTH_TOKEN”)

channelID := os.Getenv(“SLACK_CHANNEL_ID”)

client := slack.New(token, slack.OptionDebug(true))

attachment := slack.Attachment{

Pretext: “Super Bot Message”,

Text: “some text”,

Color: “4af030”,

Fields: []slack.AttachmentField{

{

Title: “Date”,

Value: time.Now().String(),

}

_, timestamp, err := client.PostMessage(

channelID,

slack.MsgOptionAttachments(attachment),

)

if err != nil {

panic(err)

}

fmt.Printf(“Message sent at %s”, timestamp)

}

Here is the reference website on how to use Slack go API.

How to use Slack API PHP

In order to understand how to use Slack API PHP, you need build a Slack bot and API in php.

A sample code for creating a PHP application is elaborated below,

<?php

/**

* A lightweight example script for demonstrating how to

* work with the Slack API.

// Include our Slack interface classes

require_once ‘slack-interface/class-slack.php’;

require_once ‘slack-interface/class-slack-access.php’;

require_once ‘slack-interface/class-slack-api-exception.php’;

use Slack_Interface\Slack;

use Slack_Interface\Slack_API_Exception;

// HELPER FUNCTIONS

/**

* Initializes the Slack object.

* @return Slack The Slack interface object

function initialize_slack_interface() {

return null;

}

/**

* Executes an application action (e.g. ‘send_notification’).

* @param Slack $slack The Slack interface object

* @param string $action The id of the action to execute

* @return string A result message to show to the user

function do_action( $slack, $action ) {

$result_message = ”;

switch ( $action ) {

default:

break;

}

return $result_message;

}

// MAIN FUNCTIONALITY

// Setup the Slack interface

$slack = initialize_slack_interface();

// If an action was passed, execute it before rendering the page

$result_message = ”;

if ( isset( $_REQUEST[‘action’] ) ) {

$action = $_REQUEST[‘action’];

$result_message = do_action( $slack, $action );

}

// PAGE LAYOUT

<html>

<head>

<title>Slack Integration Example</title>

<style>

body {

font-family: Helvetica, sans-serif;

padding: 20px;

}

.notification {

padding: 20px;

background-color: #fafad2;

}

input {

padding: 10px;

font-size: 1.2em;

width: 100%;

}

</style>

</head>

<body>

<h1>Slack Integration Example</h1>

<?php if ( $result_message ) : ?>

<?php echo $result_message; ?>

</p>

<?php endif; ?>

<p>

</p>

</form>

</body>

</html>

How to use Slack API React

Before detailing how to use Slack API react, it is crucial to understand that this method is used to add reaction or emoji to a message.

Here is a Slack API react example on its usage:

The argument that you need to pass to the code are token like xxxx-xxxxxxxxx-xxxx, channel like C1234567890, name like thumbsup, timestamp like 1234567890.123456.

To add base emoji with a particular skin color, here is a Slack API code example,

thumbsup::skin-tone-6 or wave::skin-tone-3

After this particular call via the code mentioned above, the reaction is saved. Then an event is broadcast through the two types of APIs – events and RTM.

Also read: How to use Spotify API; a step-by-step integration guide and full documentation list

Slack API pricing

Now coming to Slack API pricing, there are 4 plans which you can choose from. There is a free version with limited facilities like only 10 integrations only. The other Slack API plans are Pro and Business+ where the Slack legacy API costs INR 218 per month and INR 375.20 per month respectively. The last one is Enterprise Grid for which you need to contact sales team.

Most used Slack APIs

In this section we will focus on the most used Slack APIs. This will provide an idea and guidance on the usage of a Slack API, and the purpose behind the use. You can then program your codes appropriately for your newly installed application.

Slack discovery API

A Slack discovery API helps to connect the Slack Enterprise Grid to the organization’s enlisted partners for data loss prevention or third party e-discovery where their cloud softwares reside. This connection is used to export messages and files from slack and even act on messages, accessible to all the users.

Slack API lookup user by email

The method for Slack API lookup user by email is used to find an user with a particular email address. You need to enter the token and the email id as the arguments to the code and access the method using the code GET.

Slack API reply to thread

The Slack API reply to thread method is used to retrieve the replies to a thread or a conversation. You need to use the conversations.replies method to achieve the desired result. The way to access the method Slack API thread is GET.

Slack API add user to channel

The method for Slack API add user to channel is conversations.invite. If the user is a member to the channel then you can add the person, the arguments being passed are the channel id and the users. The code for accessing the method is POST.

Slack API get messages from channel

The Slack API get messages from channel methods are used to access first the history of a Slack conversation and then extract the details of a certain message. The methods are conversations.list API method, conversations.history and conversations.replies.

Slack API create channel

The Slack API create channel method is conversations.create which helps to create a channel be it private or public and initiate the conversations within the channel. The name of the channels can contain numbers, lowercase letters. Underscores, hyphens and must be limited to max of 80 characters.

Slack API mention user

The Slacp API mention user tag is used to call a particular user in a list in a particular message or a conversation. Slack API tag user is used to tag using the symbol ‘@’ and select from the list or enter the name manually.

Slack API delete message

The Slack API delete message method is chat.delete which helps to delete a message in a conversation. If you use the method using the user token then it can delete messages which only the user is authorized to do so. And if you use the bot token then the messages accessible to the bot can only be deleted.

Slack API read messages

The Slack API read messages is an utility provided to retrieve the messages in a conversation or in a channel. The conversations.read method is specifically used for the purpose, where a specific message or a group of messages can be extracted.

Slack API edit message

The Slack API edit message method is chat.update API method. You can update any non-ephemeral message using the Slack API update message in a particular conversation or in a channel be it private or public.

Slack API send direct message

The Slack API send direct message method is called chat.postMessage. By passing the channel name and the block of messages as arguments, you can send direct messages in a conversation channel. You can post an attachment as well using this method using the Slack API send message to specific user method.

Slack API list channels

The Slack API lists channel method is conversations.list which helps in returning a list of channel where conversations occur in a Slack workspace. The channels returned as a response depends on the ones where the token has the access and also depends on the directives mentioned under the type parameter.

Slack API mention channel

Similar to tagging and mentioning a particular user in a conversation, the Slack API mention channel method is using ‘@’. You need to select the name of the channel from the list or enter the name manually after the symbol.

Slack API private channel

If you want to access a group of private channels then the Slack API private channel method groups.list can be used. It helps to retrieve all the channels to which the token has access to. If you want to initiate a conversation within a private channel then you can use the conversations API.

Kuntala Banerjee