Learning Python gives you an edge over the competition and allows you to take your website’s SEO to newer heights. Using Python, you can get access to information and insights that traditional SEO tools do not provide, and that too at a speed that’s aligned with fast-paced corporate life.
With Python, you can automate your projects which would present you with the opportunity to work on different projects and give more attention to other areas of your business. So, if you’re someone who’s looking to work faster and get results outside of the boundaries of conventional SEO then learning Python will be a great help.
It goes without saying that learning programming and data science makes you more productive, but you have to put in the work to make it happen. Here are a few reasons why learning Python can be a smart move and benefit your website’s SEO-
No tool can provide you with a complete view of your company. Data from several sources are often included in any thorough data analysis. In order to have a more complete picture of your performance and to make informed decisions regarding the company, you will always need to aggregate data from many sources. You will have to "speak" to the tools yourself because they don't often "talk" to one another.
Think about asking the straightforward issue of determining whether the bounce rate of your discounted items differs from those that are not. If the URL or page title doesn’t mention the discount, Google Analytics won't be of any use to you.
You'll need to either manually crawl the pages or employ a crawler to do it for you. You must instruct the crawler to extract the page components containing the discount details.
You now possess two tables:
Now that you have a new, larger table, your task will be made easier when you integrate the two, making sure that the URLs in the first table properly line up with the URLs in the second.
Using the aforementioned example, you could even ask a more specific question like, "How big does the discount have to be for the bounce rate to drop by X%?" now that you have those data. You also have H1, H2, H3, meta descriptions, load times, and more while you're at it. Why not see whether any of those are correlated with the conversion rate, time on page, bounce rate, etc.?
You will need to write some code, which is a collection of instructions for the computer to follow, in order to put the aforementioned example into practice. Once it is written and you have verified that it is functioning properly, you can run it once more the following month by simply pressing "run." Alternatively, until you have a developed and reliable procedure for that specific situation, you might build on that analysis each month.
Handling massive amounts of data, repeatedly performing time-consuming tasks, combining tables, and importing data from many sources are all highly complex and, in many cases, impossible to do manually.
This allows you to spend more time on strategic issues such as analysis, insights, and strategy rather than worrying about the minute details of merging two tables or crawling a few thousand pages. All this (handling multiple data sources, automation, productivity, and doing things you simply can't do manually) means that you can have more time to focus on these issues.
Web scraping is an automated method of gathering data from the internet. It is a process of creating an agent that can automatically collect, parse, download, and arrange meaningful information from the web. It is also referred to as web data mining or web harvesting.
Installing Python on Linux:
Step 1: Open the terminal on your system and write the following command-
sudo apt-get install python3
If you wish to install a specific version of Python, then mention the version at the end of the command, such as-
sudo apt-get install python3.X
(Here the X denotes the specific version of Python like Python 3.6, Python 3.8)
Using this command would install python on your system.
You can check which version of Python is installed on your system using the command-
In this section, we’re going to explore how web scraping can be used to extract SEO information from a website. We’ll apply Python modules such as Requests and BeautifulSoup to extract information such as Links, Titles, Meta Tags, Word Count, and more.
Step 1: Install the Python Requests package
$ pip install requests
Step 2: Import the Requests module
Step 3: Using the GET method make a REQUEST
Store the response in a variable and use the GET method
r=requests. get (URL)
Step 4: Use requests attributes and methods to read the response
You can interact with the Python request object using its method i.e., r.json() and its attributes i.e., r.status_code
Use pip to install the latest version of Python Requests.
$ pip install requests
To move forward with our examples, you’ll also need to install the following packages-
$ pip install beautifulsoup4
$ pip install utllib
You need to use the import keyword for this-
The server’s response to the HTTP request is contained in the response object.
You can use help() to investigate the details of the Response object.
You can access the methods and attributes of the object which is a response to the requests.
The attributes can be accessed using object.attribute notation and the methods can be accessed using the object.method() notation.
Access the Python Requests JSON
In Python Request, you need to use the response.json() method to access the JSON object of the response. And in case the response of the request is not written in JSON format, then the JSON decoder will return the exception as requets.exceptions.JSONDecodeERROR
Show Status Code
Get the HTML of the Page
Show HTTP Header
Parsing with BeautifulSoup
Getting main SEO tags from a webpage
Extracting Meta with Specific Attribute
Extracting All the Links on a Page
What is Python Requests Library?
It is a basic web scraping package for Python. It is a powerful HTTP library that is used to access websites. The raw HTML of websites can be obtained with the aid of requests, which can then be parsed to retrieve the data.
What is BeautifulSoup?
It is a Python package that can extract data from XML and HTML files. It provides natural means of traversing, searching, and altering the parse tree in conjunction with your preferred parser.
Python has presented the SEO world with new opportunities. You can use Python to make a great many changes to your website to help it get better search engine result page (SERP) rankings, extract information about the website, automate your site, and more.
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