In a previous post we saw how you could access Gmail in NodeJS. In this post we will see how we can access Gmail using Python.

Python Gmail Example
Gmail Account Creator Python App

It has an attachment.' #The subject line #The body and the attachments for the mail message.attach(MIMEText(mailcontent, 'plain')) #Create SMTP session for sending the mail session = smtplib.SMTP('smtp.gmail.com', 587) #use gmail with port session.starttls #enable security session.login(senderaddress, senderpass) #login with mailid. The email.generator module also provides a derived class, DecodedGenerator, which is like the Generator base class, except that non-text parts are not serialized, but are instead represented in the output stream by a string derived from a template filled in with information about the part. Class email.generator. Ownership of employee accounts so you are always in control of your company’s accounts, emails, and files. 24/7 phone, email, and chat support from a real person. Increased Gmail and Google Drive storage.

Turning on the Gmail api

!!LINKS BELOW - PLEASE READ!!-It may could be.

You first need to enable Gmail api and get the required OAuth credentials from your Google account. The steps which are shown below.

1. Use this wizard to create or select a project in the Google Developers Console and automatically turn on the API. Click Continue, then Go to credentials.

2. On the Add credentials to your project page, click the Cancel button.

3. At the top of the page, select the OAuth consent screen tab. Select an Email address, enter a Product name if not already set, and click the Save button.

4. Select the Credentials tab, click the Create credentials button and select OAuth client ID.

5. Select the application type Other, enter the name “Gmail API Quickstart”, and click the Create button.

6. Click OK Acer aspire easystore. to dismiss the resulting dialog.

7. Click the Download JSON button to the right of the client ID.

8. Move this file to your working directory and rename it client_secret.json.

Install the Gmail api Python library.

Once the above process has been done run the following Python file and you will get the list of labels for your Gmail account.

Now to get an actual message from Gmail we will use the following code. The initial authorization code is the same, just the api calls change.

Detailed functions list for accessing the Gmail api is given here.

Complete the steps described in the rest of this page to create a simple Pythoncommand-line application that makes requests to the Gmail API.

Prerequisites

To run this quickstart, you'll need:

Python 2.6 or greater
The pip package management tool
A Google account with Gmail enabled

Step 1: Turn on the Gmail API

Click this button to create a new Cloud Platform project and automaticallyenable the Gmail API:

In resulting dialog click DOWNLOAD CLIENT CONFIGURATION

Python Gmail Example

and save the filecredentials.json to your working directory.

Step 2: Install the Google Client Library

Run the following command to install the library using pip:

See the library's installationpage for the alternativeinstallation options.

Step 3: Set up the sample

Create a file named quickstart.py in your working directory and copy in thefollowing code:

Step 4: Run the sample

Run the sample using the following command:

Gmail Account Creator Python App

The sample will attempt to open a new window or tab in your defaultbrowser. If this fails, copy the URL from the console and manually open it inyour browser.
If you are not already logged into your Google account, you will beprompted to log in. If you are logged into multiple Google accounts, you willbe asked to select one account to use for the authorization.
Click the Accept button.
The sample will proceed automatically, and you may close the window/tab.

Great! Check out the further reading section below to learn more.

Bummer, let us know what went wrong. Check out our troubleshooting section below for some common errors and solutions. If you have found a bug in the code, report the issue on GitHub or submit a pull request.

Notes

Authorization information is stored on the file system, so subsequentexecutions will not prompt for authorization.
The authorization flow in this example is designed for a command-lineapplication. For information on how to perform authorization in a webapplication, seeUsing OAuth 2.0 for Web Server Applications.

Troubleshooting

This section describes some common issues that you may encounter whileattempting to run this quickstart and suggests possible solutions.

AttributeError: 'Module_six_moves_urllib_parse' object has no attribute 'urlparse'

This error can occur in Mac OSX where the default installation of the sixmodule (a dependency of this library) is loaded before the one that pipinstalled. To fix the issue, add pip's install location to the PYTHONPATHsystem environment variable:

Determine pip's install location with the following command:
Add the following line to your ~/.bashrc file, replacing<pip_install_path> with the value determined above:
Reload your ~/.bashrc file in any open terminal windows using the followingcommand:

TypeError: sequence item 0: expected str instance, bytes found

This error is due to a bug in httplib2, and upgrading to the latest versionshould resolve it:

Cannot uninstall 'six'. It is a distutils installed project..

When running the pip install command you may receive the following error:

This can happen on Mac OSX when pip attempts to upgrade the six package thatcame pre-installed. To work around this issue you can add the flag--ignore-installed six to the pip install command listed in Step 2.

This app isn't verified.

The OAuth consent screen that is presented to the user may show the warning'This app isn't verified' if it is requesting scopes that provide access tosensitive user data. These applications must eventually go through theverification process toremove that warning and other limitations. During the development phase you cancontinue past this warning by clickingAdvanced > Go to {Project Name} (unsafe).