How to Scrape Google Search Results with Python (Easy Guide)

Scraping Google Search Results Without Getting Blocked

We’ll build a Google scraper using Python to collect competitors’ reviews. So, let’s imagine we’re a new startup building a project management software, and we want to understand the state of the industry.

1. Choosing Your Target Keywords

Now that we know our main goal, it’s time to pick the keywords we want to scrape from Google search results to support it.

To pick your target keywords, think of the terms consumers could be searching to find your offering and identify your competitors.

In this example, we’ll target four keywords:

• “asana reviews”
• “clickup reviews”
• “best project management software”
• “best project management software for small teams”

We could add many more keywords to this list, but for this scraper tutorial, they’ll be more than enough.

Also, notice that the first two queries are related to direct competitors, while the last two will help us identify other competitors and get an initial knowledge of the state of the industry.

Note: For this stage, you can use a tool like Ahrefs or SEMrush to build a list of relevant keywords.

2. Setting Up Your Development Environment

The next step is to get our machine ready to develop our Google Search scraper. For this, we’ll need a few things:

• Python version 3 or later
• Pip – to install Scrapy and other packages, we might need
• ScraperAPI

Your machine may have a pre-installed Python version. Enter python -v into your command prompt to see if that’s the case.

If you need to install everything from scratch, follow our tutorial on basics of Scrapy in Python. We’ll be using the same setup, so get that done and come back.

Note: something to keep in mind is that the team behind Scrapy recommends installing Scrapy in a virtual environment (VE) instead of globally on your PC or laptop. If you’re unfamiliar, the above Python and Scrapy tutorial shows you how to create the VE and install all dependencies.

In this tutorial, we’re also going to be using ScraperAPI to avoid any IP bans or repercussions.

Google doesn’t really want us to scrape their SERPs – especially for free. As such, they have implemented advanced anti-scraping mechanisms that’ll quickly identify any bots trying to extract data automatically.

ScraperAPI is a complex system that utilizes third-party proxies, machine learning, huge browser farms, and years of statistical data to ensure that our scraper won’t get blocked from any site by rotating our IP address for every request (when needed), setting wait times between requests and handling CAPTCHAs.

In other words, by just adding a few lines of code, ScraperAPI will supercharge our scraper, saving us headaches and hours of work.

All we need for this tutorial is to get our API Key from ScraperAPI. To get it, just create a free ScraperAPI account to redeem 5000 free API requests.

3. Creating Your Web Scraping Project’s Folder

After installing Scrapy in your VE, enter this snippet into your terminal to create the necessary folders:

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scrapy startproject google_scraper
cd google_scraper
scrapy genspider google api.scraperapi.com
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• Scrapy will first create a new project folder called “google-scraper,” which also happens to be the project’s name.
• Next, go into this folder and run the “genspider” command to create a web scraper named “google”.

We now have many configuration files, a “spiders” folder containing our scraper, and a Python modules folder containing package files.

4. Importing All Necessary Dependencies to Your google.py File

The next step is to build a few components that will make our script as efficient as possible.

To do so, we’ll need to make our dependencies available to our scraper by adding them at the top of our file:

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import scrapy
from urllib.parse import urlencode
from urllib.parse import urlparse
import json
from datetime import datetime
API_KEY = 'YOUR_API_KEY'
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With these dependencies in place, we can use them to build requests and handle JSON files. This last detail is important because we’ll be using ScraperAPI’s autoparse functionality.

After sending the HTTP request, it will return the data in JSON format, simplifying the process and making it so that we don’t have to write and maintain our own parser.

5. Constructing the Google Search Query

Google employs a standard and query-able URL structure. You just need to know the URL parameters for the data you need, and you can generate a URL to query Google with.

That said, the following makes up the URL structure for all Google search queries:

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http://www.google.com/search
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There are several standard parameters that makeup Google search queries:

• q represents the search keyword parameter. http://www.google.com/search?q=tshirt, for example, will look for results containing the keyword “tshirt.”
• The offset point is specified by the start parameter. http://www.google.com/search?q=tshirt&start=100 is an example.
• hl is the language parameter. http://www.google.com/search?q=tshirt&hl=en is a good example.
• The as_sitesearch argument allows you to search for a domain (or website). http://www.google.com/search?q=tshirt&as sitesearch=amazon.com is one example.
• The number of results per page (maximum is 100) is specified by the num parameter. http://www.google.com/search?q=tshirt&num=50 is an example.
• The safe parameter generates only “safe” results. http://www.google.com/search?q=tshirt&safe=active is a good example.

Note: Moz’s comprehensive list of google search parameters is incredibly useful in building a query-able URL. Bookmark it for more complex scraping projects in the future.

Alright, let’s define a method to construct our Google URL using this information:

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def create_google_url(query, site=''):
	google_dict = {'q': query, 'num': 100, }
	if site:
		web = urlparse(site).netloc
		google_dict['as_sitesearch'] = web
		return 'http://www.google.com/search?' + urlencode(google_dict)
	return 'http://www.google.com/search?' + urlencode(google_dict)
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In our method, we’re setting q as query because we’ll specify our actual keywords later in the script to make it easier to make changes to our Google scraper.

6. Defining the ScraperAPI Method

To use ScraperAPI, all we need to do is to send our request through ScraperAPI’s server by appending our query URL to the proxy URL provided by ScraperAPI using payload and urlencode.

The code looks like this:

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def get_url(url):
payload = {'api_key': API_KEY, 'url': url, 'autoparse': 'true', 'country_code': 'us'}
proxy_url = 'http://api.scraperapi.com/?' + urlencode(payload)
return proxy_url
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Now that we have defined the logic our scraper will use to construct our target URLs, we’re ready to start scraping Google Search results.

7. Writing the Main Spider Class

In Scrapy, we can create different classes, called spiders, to scrape specific pages or groups of sites.

Thanks to this function, we can build different spiders inside the same project, making it much easier to scale and maintain.

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class GoogleSpider(scrapy.Spider):
	name = 'google'
	allowed_domains = ['api.scraperapi.com']
	custom_settings = {
		'ROBOTSTXT_OBEY': False,
		'LOG_LEVEL': 'INFO',
		'CONCURRENT_REQUESTS_PER_DOMAIN': 10,
		'RETRY_TIMES': 5}
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We need to give our spider a name, as this is how Scrapy will determine which script you want to run.

The name you choose should be specific to what you’re trying to scrape, as projects with multiple spiders can get confusing if they aren’t clearly named.

Because our URLs will start with ScraperAPI’s domain, we’ll also need to add “api.scraper.com” to allowed_domains.

ScraperAPI will change the IP address and headers between every retry before returning a failed message (which doesn’t count against our total available API credits).

We also want to tell our scraper to ignore the directive in the robots.txt file. This is because, by default, Scrapy won’t scrape any site which has a contradictory directive inside said file.

Finally, we’ve set a few constraints so that we don’t exceed the limits of our free ScraperAPI account. As you can see in the custom_settings code above, we’re telling ScraperAPI to send 10 concurrent requests and to retry 5 times after any failed response.

8. Sending the Initial Request to Google Search

It’s finally time to send our HTTP request. It is very simple to do this with the start_requests(self) method:

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def start_requests(self):
	queries = ['asana+reviews', 'clickup+reviews', 'best+project+management+software', 'best+project+management+software+for+small+teams']
		url = create_google_url(query)
		yield scrapy.Request(get_url(url), callback=self.parse, meta={'pos': 0})
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• It will loop through a list of queries that will be passed to the create_google_url function as query URL keywords.
• The query URL we created will then be sent to Google Search via the proxy connection we set up in the get_url() function, utilizing Scrapy’s yield.
• The result will then be given to the parse function to be processed (it should be in JSON format).
• The {'pos': 0} key-value pair is also added to the meta parameter, which is used to count the number of pages scraped.

Note: when typing keywords, remember that every word in a keyword is separated by a + sign rather than a space to avoid confusions.

9. Parsing Google Search Results

Thanks to ScraperAPI’s auto parsing functionality, our scraper will return a JSON response to our request instead of the raw HTML. For this to work, wake sure the parameter autoparse is set to true in the get_url() function.

Next, we’ll load the complete JSON response and cycle through each result, taking the data and combining it into a new item that we can utilize later.

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def parse(self, response):
	di = json.loads(response.text)
	pos = response.meta['pos']
	dt = datetime.now().strftime('%Y-%m-%d %H:%M:%S')
	for result in di['organic_results']:
		title = result['title']
		snippet = result['snippet']
		link = result['link']
		item = {'title': title, 'snippet': snippet, 'link': link, 'position': pos, 'date': dt}
		pos += 1
		yield item
	next_page = di['pagination']['nextPageUrl']
	if next_page:
		yield scrapy.Request(get_url(next_page), callback=self.parse, meta={'pos': pos})
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This procedure checks to see whether another page of results is available. The request is invoked again if an additional page is present, repeating until there are no additional pages.

10. Start Scraping Google Search Results

Congratulations, you’ve built your first Google scraper!

If you’ve been following along, your google.py file should look like this by now:

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import scrapy
from urllib.parse import urlencode
from urllib.parse import urlparse
import json
from datetime import datetime
API_KEY = 'YOUR_API_KEY'
 
def get_url(url):
    payload = {'api_key': API_KEY, 'url': url, 'autoparse': 'true', 'country_code': 'us'}
    proxy_url = 'http://api.scraperapi.com/?' + urlencode(payload)
    return proxy_url
 
def create_google_url(query, site=''):
    google_dict = {'q': query, 'num': 100, }
    if site:
        web = urlparse(site).netloc
        google_dict['as_sitesearch'] = web
        return 'http://www.google.com/search?' + urlencode(google_dict)
    return 'http://www.google.com/search?' + urlencode(google_dict)
 
class GoogleSpider(scrapy.Spider):
    name = 'google'
    allowed_domains = ['api.scraperapi.com']
    custom_settings = {
        'ROBOTSTXT_OBEY': False, 
        'LOG_LEVEL': 'INFO',
        'CONCURRENT_REQUESTS_PER_DOMAIN': 10,
        'RETRY_TIMES': 5}
 
	def start_requests(self):
		queries = ['asana+reviews', 'clickup+reviews', 'best+project+management+software', 'best+project+management+software+for+small+teams']
		for query in queries:
			url = create_google_url(query)
			yield scrapy.Request(get_url(url), callback=self.parse, meta={'pos': 0})
     
	def parse(self, response):
		di = json.loads(response.text)
		pos = response.meta['pos']
		dt = datetime.now().strftime('%Y-%m-%d %H:%M:%S')
		for result in di['organic_results']:
			title = result['title']
			snippet = result['snippet']
			link = result['link']
			item = {'title': title, 'snippet': snippet, 'link': link, 'position': pos, 'date': dt}
			pos += 1
			yield item
		next_page = di['pagination']['nextPageUrl']
		if next_page:
			yield scrapy.Request(get_url(next_page), callback=self.parse, meta={'pos': pos})
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💡 Pro Tip

If you want to scrape Google SERPs from different countries (let’s say Italy), all you need to do is change the code inside the country_code parameter in the get_url() function. Check out our documentation to learn every parameter you can customize in ScraperAPI.

To run our scraper, navigate to the project’s folder inside the terminal and use the following command:

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scrapy crawl google -o serps.csv
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Now our spider will run and store all scraped data in a new CSV file named “serps.” This feature is a big time saver and one more reason to use Scrapy for web scraping Google.