parse, passing the response object as an argument. In the parse callback, we loop through the quote elements using a CSS Selector, yield a Python dict with the extracted quote text and author, look for a link objects [s] view(response) View response in a browser >>> Using the shell, you can try selecting elements using CSS [https://www.w3.org/TR/selectors] with the response object: >>> response.css('title') object called SelectorList, which represents a list of Selector objects that wrap around XML/HTML elements and allow you to run further queries to fine-grain the selection or extract the data. To extract

parse, passing the response object as an argument. In the parse callback, we loop through the quote elements using a CSS Selector, yield a Python dict with the extracted quote text and author, look for a link objects [s] view(response) View response in a browser >>> Using the shell, you can try selecting elements using CSS with the response object: >>> response.css('title') [elements and allow you to run further queries to fine-grain the selection or extract the data. To extract

parse, passing the response object as an argument. In the parse callback, we loop through the quote elements using a CSS Selector, yield a Python dict with the extracted quote text and author, look for a link objects [s] view(response) View response in a browser >>> Using the shell, you can try selecting elements using CSS with the response object: >>> response.css('title') [elements and allow you to run further queries to fine-grain the selection or extract the data. To extract

parse, passing the response object as an argument. In the parse callback, we loop through the quote elements using a CSS Selector, yield a Python dict with the extracted quote text and author, look for a link objects [s] view(response) View response in a browser >>> Using the shell, you can try selecting elements using CSS with the response object: >>> response.css('title') [elements and allow you to run further queries to fine-grain the selection or extract the data. To extract

parse, passing the response object as an argument. In the parse callback, we loop through the quote elements using a CSS Selector, yield a Python dict with the extracted quote text and author, look for a link objects [s] view(response) View response in a browser >>> Using the shell, you can try selecting elements using CSS with the response object: >>> response.css('title') [elements and allow you to run further queries to fine-grain the selection or extract the data. To extract

parse, passing the response object as an argument. In the parse callback, we loop through the quote elements using a CSS Selector, yield a Python dict with the extracted quote text and author, look for a link objects [s] view(response) View response in a browser >>> Using the shell, you can try selecting elements using CSS with the response object: >>> response.css('title') [elements and allow you to run further queries to fine-grain the selection or extract the data. To extract

parse, passing the response object as an argument. In the parse callback, we loop through the quote elements using a CSS Selector, yield a Python dict with the extracted quote text and author, look for a link objects [s] view(response) View response in a browser >>> Using the shell, you can try selecting elements using CSS [https://www.w3.org/TR/selectors] with the response object: >>> response.css('title') object called SelectorList, which represents a list of Selector objects that wrap around XML/HTML elements and allow you to run further queries to fine-grain the selection or extract the data. To extract

parse, passing the response object as an argument. In the parse callback, we loop through the quote elements using a CSS Selector, yield a Python dict with the extracted quote text and author, look for a link objects [s] view(response) View response in a browser >>> Using the shell, you can try selecting elements using CSS [https://www.w3.org/TR/selectors] with the response object: >>> response.css('title') object called SelectorList, which represents a list of Selector objects that wrap around XML/HTML elements and allow you to run further queries to fine-grain the selection or extract the data. To extract

parse, passing the response object as an argument. In the parse callback, we loop through the quote elements using a CSS Selector, yield a Python dict with the extracted quote text and author, look for a link objects [s] view(response) View response in a browser >>> Using the shell, you can try selecting elements using CSS [https://www.w3.org/TR/selectors] with the response object: >>> response.css('title') object called SelectorList, which represents a list of Selector objects that wrap around XML/HTML elements and allow you to run further queries to fine-grain the selection or extract the data. To extract

parse, passing the response object as an argument. In the parse callback, we loop through the quote elements using a CSS Selector, yield a Python dict with the extracted quote text and author, look for a link local objects [s] view(response) View response in a browser Using the shell, you can try selecting elements using CSS with the response object: >>> response.css('title') [elements and allow you to run further queries to fine-grain the selection or extract the data. To extract