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Table of Contents

HTTP

The HTTP app provides various connections and automate your processes.']integrator[/tooltip]. Designed to work with data inside the application.']module[/tooltip]s for communication based on Hypertext Transfer Protocol (HTTP). HTTP is the foundation of data communication for the World Wide Web. The modules enable you to download web pages and files, call webhooks and API endpoints, etc.

Getting Started with HTTP

The right choice of the module depends on the authentication/authorization mechanism the resource you wish to access employs:

Caution

The module dialog fields that are displayed in bold (in the Make scenario, not in this documentation article) are mandatory!

Make a request

A universal module that enables you to configure an HTTP request and submit it to a server. The received HTTP response is then contained in the output bundle.

Evaluate all states as errors (except for 2xx and 3xx) Use this option to set up error handling.
URL Enter a URL you want to send a request to, e.g., API endpoint, website, etc.
Method Select the HTTP method you want to use:

  • GET – to retrieve information for an entry.
  • POST – to create a new entry.
  • PUT – to update/replace an existing entry.
  • PATCH – to make a partial entry update.
  • DELETE – to delete an entry.
Headers Enter the desired request headers. For example, an authorization.

Caution

By default, the request does not contain the Accept header. If an unexpected response is returned, try adding the Accept: */* header.

HTTP_1.png
Query String Enter the desired query key-value pairs.
Body type HTTP Body is the data bytes transmitted in an HTTP transaction message immediately following the headers if there are any to be used.

Raw The Raw body type is generally suitable for most HTTP body requests, even in situations where developer documentation does not specify data to send.

Specify a form of parsing the data in the Content type field.

HTTP_2.png

Despite the content type selected, data is entered in any format that is stipulated or required by the developer documentation.
Application/x-www-form-urlencoded This body type is to POST data using application/x-www-form-urlencoded.

HTTP_3.png

For application/x-www-form-urlencoded, the body of the HTTP message sent to the server is essentially one query string. The keys and values are encoded in key-value pairs separated by & and with a = between the key and the value. Not suitable to use with binary data (use multipart/form-data instead).

Example of the resulting HTTP request format: field1=value1&field2=value2
Multipart/form-data Multipart/form-data is an HTTP multipart request used to send files and data. It is commonly used to upload files to the server.

Add fields to be sent in the request. Each field must contain Key–Value pair.

Text Enter the key and value to be sent within the request body.
File Enter the key, and specify the source file you want to send in the request body. Map the file you want to upload from the previous module (e.g., HTTP > Get a File or Google Drive > Download a File), or enter the file name and file data manually.
Parse response Enable this option to automatically parse responses and convert JSON and XML responses so you don’t need to use JSON > Parse JSON or XML > Parse XML modules.

Before you can use parsed JSON or XML content, run the module once manually so that the module can recognize the response content and allow you to map it in subsequent modules.

HTTP_4.png
User name Enter the user name if you want to send a request using the basic auth.
Password Enter the password if you want to send a request using the basic auth.
Timeout Specify the request timeout in seconds (1-300). Default: 40 seconds.
Share cookies with other HTTP modules Enable this option to share cookies from the server with all HTTP modules in your scenario.
Self-signed certificate Upload your certificate if you want to use TLS using your self-signed certificate. For more details about inserting the certificate, refer to the Certificates and Keys article.
Reject connections that use unverified (self-signed) certificates Enable this option to reject connections that use unverified TLS certificates.
Follow redirect Follows the URL redirections with 3xx responses.
Follow all redirect Follows the URL redirections with all response codes.
Disable serialization of multiple same query string keys as arrays By default, Make handles multiple values for the same URL query string parameter key as arrays (e.g., www.test.com?foo=bar&foo=baz will be converted to www.test.com?foo[0]=bar&foo[1]=baz). To disable this feature, activate this option.
Request compressed content Enable this option to request a compressed version of the website.

Adds an Accept-Encoding  header to request compressed content.

Example

Shows how to set up the module to submit a POST request with JSON payload:

HTTP_5.png

To make sure your JSON is valid, you may use one of the available online services (e.g., https://jsonlint.com/) or employ the JSON > Create JSON module to create the JSON dynamically and take care of all the necessary escaping. Mixing JSON pieces with expressions and items directly in the Request content field is not recommended, as it can result in an invalid JSON.

HTTP_6.png

Make a Basic Auth request

A module that enables you to configure an HTTP request with HTTP Basic authentication and submit it to a server. The received HTTP response is then contained in the output bundle.

Credentials Click Add to add your credentials (user name and password) for basic authentication.

Note

You can add more credentials to easily switch between each connection.
Evaluate all states as errors (except for 2xx and 3xx ) Use this option to set up error handling.
URL Enter a URL you want to send a request to, e.g., API endpoint, website, etc.
Method Select the HTTP method you want to use:

  • GET to retrieve information for an entry.
  • POST to create a new entry.
  • PUT to update/replace an existing entry.
  • PATCH to make a partial entry update.
  • DELETE to delete an entry.
Headers Enter the desired request headers. For example, an authorization.

By default, the request does not contain the Accept header. If an unexpected response is returned, try adding the Accept: */* header.

HTTP_1.png
Query String Enter the desired query key-value pairs.
Body type HTTP Body is the data bytes transmitted in an HTTP transaction message immediately following the headers if there are any to be used.

Raw The Raw body type is generally suitable for most HTTP body requests, even in situations where developer documentation does not specify data to send.
Application/x-www-form-urlencoded This body type is to POST data using application/x-www-form-urlencoded.

HTTP_3.png

For application/x-www-form-urlencoded, the body of the HTTP message sent to the server is essentially one query string. The keys and values are encoded in key-value pairs separated by & and with a = between the key and the value. Not suitable to use with binary data (use multipart/form-data instead).

Example of the resulting HTTP request format: field1=value1&field2=value2
Multipart/form-data Multipart/form-data is an HTTP multipart request used to send files and data. It is commonly used to upload files to the server.

HTTP_7.png

Add fields to be sent in the request. Each field must contain Key–Value pair.

Text Enter the key and value to be sent within the request body.
File Enter the key and specify the source file you want to send in the request body.

Map the file you want to upload from the previous module (e.g., HTTP >; Get a File or Google Drive > Download a File), or enter the file name and file data manually.
Parse response Enable this option to automatically parse responses and convert JSON and XML responses so you don’t need to use JSON > Parse JSON or XML > Parse XML modules.

Before you can use parsed JSON or XML content, run the module once manually so that the module can recognize the response content and allow you to map it in subsequent modules.

HTTP_4.png
Timeout Specify the request timeout in seconds (1-300). Default: 40 seconds.
Share cookies with other HTTP modules Enable this option to share cookies from the server with all HTTP modules in your scenario.
Self-signed certificate Upload your certificate if you want to use TLS using your self-signed certificate. For more details about inserting the certificate, refer to the Certificates and Keys article.
Reject connections that are using unverified (self-signed) certificates Enable this option to reject connections that are using unverified TLS certificates.
Follow redirect Follows the URL redirections with 3xx responses.
Follow all redirect Follows the URL redirections with all response codes.
Disable serialization of multiple same query string keys as arrays Disable serialization of multiple same query string keys as arrays (e.g., www.test.com?foo=bar&foo=baz will be converted to www.test.com?foo[0]=bar&foo[1]=baz ). To disable this feature, activate this option.
Request compressed content Enable this option to request a compressed version of the website.

Adds an Accept-Encoding header to request compressed content.

Make an OAuth 2.0 request

In order to make an HTTP(S) request to servers that require an OAuth 2.0 authorization, you need to create an OAuth connection first.

Creating a Connection

  1. Create an OAuth client in the target service with which you want Make to communicate. This option is most likely to be found in the Developer section of the given service. When creating the client, you will be asked to specify a so-called Redirect URL (sometimes called a Callback URL).
    1. Use the following Redirect URL: https://www.integromat.com/oauth/cb/app.

      OAuth redirect URI domain

      Notice that the redirect URI starts with https://www.integromat.com instead of https://www.make.com. This is currently a known issue in Make.

      Make was formerly called Integromat, which means you can trust this URL as much as any Make URL.

      Please make sure all your OAuth redirect URIs point to https://www.integromat.com/oauth/cb/app

    2. Once you have created the client in the 3rd party service, the given service will display two keys:
      1. Client ID
      2. Client Secret

        Note

        Some services call these App Key and App Secret.

    3. Make sure you save these keys. You will be asked to provide them when creating the connection in Make.
  2. Find the Authorize URI and Token URI in the API documentation of the given service (if the service uses implicit flow, you will need only Authorize URI). These are URL addresses through which Make communicates with the target service. The addresses serve for OAuth authorization.
    1. Examples of Yahoo addresses:
      1. Authorize URI: https://api.login.yahoo.com/oauth2/request_auth
      2. Token URI: https://api.login.yahoo.com/oauth2/get_token
  3. If the target service uses scopes (access rights), check how the service separates individual scopes, and make sure you set the Scope separator in the connection advanced settings (see below) accordingly.
  4. Once you have completed the steps above, you can proceed with setting up the module:
Connection Click the Add button to set up the OAuth 2.0 connection for the request.

Connection name Enter the name of the connection.
Flow type Select the flow for obtaining tokens.

Authorization Code Enter Authorize URI and Token URI you have retrieved from the service’s API documentation.
Implicit Enter Authorize URI you have retrieved from the service’s API documentation.
Scope Add the individual scopes you will need to use. You will find this information in the given service’s developer (API) documentation.
Scope separator Select what the scopes entered above should be separated by. You will find this information in the given service’s developer (API) documentation.

If the separator is not set correctly, Make will be unable to create the connection, and you will receive an invalid scope error.
Client ID Enter the Client ID. The Client ID is provided when you create an OAuth client in the service you want to connect.
Client Secret Enter the Client Secret. The Client Secret is provided when you create an OAuth client in the service you want to connect.
Authorize parameters Enter the additional authorization request parameters as a key-value pair.

Standard parameters:

  • response_type: code for Authorization Code flow and token for Implicit flow
  • redirect_uri: https://www.integromat.com/oauth/cb/app
  • client_id: The Client ID you entered when creating the account
Access token parameters Enter the additional access token request parameters as a key-value pair.

Standard parameters:

  • grant_type: authorization_code
  • redirect_uri: https://www.integromat.com/oauth/cb/app
  • client_id: The Client ID you entered when creating the account
  • client_secret: The Client Secret you entered when creating the account
  • code: The code returned by the authorization request
Refresh token parameters Enter the additional refresh token request parameters as a key-value pair.

Standard parameters:

  • grant_type: refresh_token
  • refresh_token: The Refresh token obtained together with the Access token
  • client_id: The Client ID you entered when creating the account
  • client_secret: The Client Secret you entered when creating the account
Custom Headers Specify the custom headers to be sent with the request, if needed.
Token placement Select whether to send the token in the header, query string, or in both.
Header token name Enter the name of the authorization token in the header. Default: Bearer.
Query string parameter name Enter the name of the authorization token in the query string. Default: access_token.
Evaluate all states as errors (except for 2xx and 3xx ) Use this option to set up error handling.
URL Enter a URL you want to send the request to, e.g., API endpoint, website, etc.
Method Select the HTTP method you want to use:

  • GET – to retrieve information for an entry.
  • POST – to create a new entry.
  • PUT – to update/replace an existing entry.
  • PATCH – to make a partial entry update.
  • DELETE – to delete an entry.
Headers Enter the desired request headers. For example, an authorization.

By default, the request does not contain the Accept header. If an unexpected response is returned, try adding the Accept: */* header.

HTTP_1.png
Query String Enter the desired query key-value pairs.
Body type HTTP Body is the data bytes transmitted in an HTTP transaction message immediately following the headers if there are any to be used.

Raw The Raw body type is generally suitable for most HTTP body requests, even in situations where developer documentation does not specify data to send.

Specify a form of parsing the data in the Content type field.

HTTP_2.png

Despite the content type selected, data is entered in any format that is stipulated or required by the developer documentation.
Application/x-www-form-urlencoded This body type is to POST data using application/x-www-form-urlencoded.

HTTP_3.png

For application/x-www-form-urlencoded, the body of the HTTP message sent to the server is essentially one query string. The keys and values are encoded in key-value pairs separated by & and with a = between the key and the value. Not suitable to use with binary data (use multipart/form-data instead).

Example of the resulting HTTP request format:

field1=value1&field2=value2
Multipart/form-data Multipart/form-data is an HTTP multipart request used to send files and data. It is commonly used to upload files to the server.

HTTP_7.png

Add fields to be sent in the request. Each field must contain Key–Value pair.

Text Enter the key and value to be sent within the request body.
File Enter the key and specify the source file you want to send in the request body.

Map the file you want to upload from the previous module (e.g., HTTP > Get a File or Google Drive > Download a File), or enter the file name and file data manually.
Parse response Enable this option to automatically parse responses and convert JSON and XML responses so you don’t need to use JSON > Parse JSON or XML > Parse XML modules.

Before you can use parsed JSON or XML content, run the module once manually so that the module can recognize the response content and allow you to map it in subsequent modules.

HTTP_4.png
Timeout Specify the request timeout in seconds (1-300). Default: 40 seconds.
Share cookies with other HTTP modules Enable this option to share cookies from the server with all HTTP modules in your scenario.
Self-signed certificate Upload your certificate if you want to use TLS using your self-signed certificate. For more details about inserting the certificate, refer to the Certificates and Keys article.
Reject connections that use unverified (self-signed) certificates Enable this option to reject connections that use unverified TLS certificates.
Follow redirect Follows the URL redirections with 3xx responses.
Follow all redirect Follows the URL redirections with all response codes.
Disable serialization of multiple same query string keys as arrays By default, Make handles multiple values for the same URL query string parameter key as arrays (e.g., www.test.com?foo=bar&foo=bazwill be converted to www.test.com?foo[0]=bar&foo[1]=baz). To disable this feature, activate this option.
Request compressed content Enable this option to request a compressed version of the website. Adds an Accept-Encoding header to request compressed content.

Make a client certificate authentication request

Makes an HTTP(S) request to servers that require a client certificate authorization.

Credentials Click the Add button to add your credentials (certificate) for client certificate authorization.

Provide the certificate you want to use for authorization. For more details about inserting a certificate, refer to the Certificates and Keys article.
Evaluate all states as errors (except for 2xx and 3xx ) Use this option to set up error handling.
URL Enter a URL you want to send a request to, e.g., API endpoint, website, etc.
Method Select the HTTP method you want to use:

  • GET – to retrieve information for an entry.
  • POST – to create a new entry.
  • PUT – to update/replace an existing entry.
  • PATCH – to make a partial entry update.
  • DELETE – to delete an entry.
Headers Enter the desired request headers. For example, an authorization.

By default, the request does not contain the Accept header. If an unexpected response is returned, try adding the Accept: */* header.

HTTP_1.png
Query String Enter the desired query key-value pairs.
Body type HTTP Body is the data bytes transmitted in an HTTP transaction message immediately following the headers if there are any to be used.

Raw The Raw body type is generally suitable for most HTTP body requests, even in situations where developer documentation does not specify data to send.

Specify a form of parsing the data in the Content type field.

HTTP_2.png

Despite the content type selected, data is entered in any format that is stipulated or required by the developer documentation.
Application/x-www-form-urlencoded This body type is to POST data using application/x-www-form-urlencoded.

HTTP_3.png

For application/x-www-form-urlencoded, the body of the HTTP message sent to the server is essentially one query string. The keys and values are encoded in key-value pairs separated by & and with a = between the key and the value. Not suitable to use with binary data (use multipart/form-data instead).

Example of the resulting HTTP request format:

field1=value1&field2=value2
Multipart/form-data Multipart/form-data is an HTTP multipart request used to send files and data. It is commonly used to upload files to the server.

HTTP_7.png

Add fields to be sent in the request. Each field must contain Key–Value pair.

Text Enter the key and value to be sent within the request body.
File Enter the key and specify the source file you want to send in the request body.

Map the file you want to upload from the previous module (e.g., HTTP > Get a File or Google Drive > Download a File), or enter the file name and file data manually.
Parse response Enable this option to automatically parse responses and convert JSON and XML responses so you don’t need to use JSON > Parse JSON or XML > Parse XML modules.

Before you can use parsed JSON or XML content, run the module once manually so that the module can recognize the response content and allow you to map it in subsequent modules.

HTTP_4.png
Timeout Specify the request timeout in seconds (1-300). Default: 40 seconds.
Share cookies with other HTTP modules Enable this option to share cookies from the server with all HTTP modules in your scenario.
Self-signed certificate Upload your certificate if you want to use TLS using your self-signed certificate. For more details about inserting the certificate, refer to the Certificates and Keys article.
Reject connections that are using unverified (self-signed) certificates Enable this option to reject connections that are using unverified TLS certificates.
Follow redirect Follows the URL redirections with 3xx responses.
Follow all redirect Follows the URL redirections with all response codes.
Disable serialization of multiple same query string keys as arrays By default, Make handles multiple values for the same URL query string parameter key as arrays (e.g., www.test.com?foo=bar&foo=baz will be converted to www.test.com?foo[0]=bar&foo[1]=baz). To disable this feature, activate this option.
Request compressed content Enable this option to request a compressed version of the website. Adds an Accept-Encoding header to request compressed content.

Get a file

Downloads a file from the specified URL.

URL Enter the URL of the file you want to download. After the file is downloaded, you can further process the file (map the file data) using other modules in the scenario.

Resolve a target URL

Enter the URL of the file you want to download. After the file is downloaded, you can further process the file (map the file data) using other modules in the

URL Enter the URL you want to resolve, e.g., https://bit.ly/2FbUoRt
Method Select the method you want to use.

Retrieve Headers

Returns each header (name and value) from the specified HTTP module in the separate bundle.

Source Module Select the module you want to retrieve headers from.

Generating JSON Web Tokens (JWT)

It is possible to generate a JWT token using the HS256 algorithm with the help of built-in functions:Header:

mceclip0-14.png

Code for copy & paste:

{{replace(replace(replace(base64("{""alg"":""HS256"",""typ"":""JWT""}"); "/=/g"; emptystring); "/\+/g"; "-"); "/\//g"; "_")}}

Payload:

mceclip1-6.png

Code for copy & paste:

{{replace(replace(replace(base64("{""iss"":""key"",""exp"":" + (timestamp + 60) + "}"); "/=/g"; emptystring); "/\+/g"; "-"); "/\//g"; "_")}}

Token:

mceclip2-12.png

Code for copy & paste:

{{11.header}}.{{12.payload}}.{{replace(replace(replace(sha256(11.header + "." + 12.payload; "base64"; 16.secret); "/=/g"; emptystring); "/\+/g"; "-"); "/\//g"; "_")}}