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    Locating multiple elements in Selenium Python

    In Selenium Python, Locators Techniques are methods for finding single or several items on a page and executing operations on them. The Python Framework for Selenium is designed to do automatic testing for Python. The Selenium Python bindings include a simple API for writing Selenium WebDriver functional/acceptance checks. After downloading Selenium and testing out Browsing links using the get process, you might want to experiment with Selenium Python further. After opening a page with selenium, such as ducatindia, one might want to automate the clicking of buttons, the filling of a form, or some other activity.

    Locator Strategies to locate multiple elements

    Selenium is a mineral that is present in nature. Python uses a number of element-location techniques. Multiple elements can be found in seven different forms. In Python, below is a list of Selenium finding techniques.

    Locators Description
    t>find_elements_by_tag_name All elements with a CSS selector that matches will be retrieved.
    find_elements_by_tag_name A list of all elements with the stated tag name will be retrieved.
    find_elements_by_link_text Returns all items with a relation text value that matches the location.
    find_elements_by_name Both elements whose name attribute matches the position comes name attribute will have their name attribute restored.
    find_elements_by_class_name Both elements with class attribute names that fit will be returned.
    find_elements_by_partial_link_text Returns all items with a partial relation text value that matches the location.
    find_elements_by_xpath Both elements matching the building’s xpath syntax will be returned.
    • find_elements_by_name

      This technique returns all items with a name attribute value that fits the position. A NoSuchElementException would be thrown if no element has a name attribute that fits.

    • Syntax

      driver.find_elements_by_name(“name_of_element”)

      Program: –

      	< html>
      	< body>
      	< form id="loginForm">
      	< input name="username" type="text" />
      	< input name="username" type="username" />
      	< input name="continue" type="submit" value="Login" />
      	< /form>
      	< /body>
      	< html>		
      	

      Now that you’ve built a car, you can use it to capture elements.

      elements = driver.find_elements_by_name(‘username’)

    • find_elements_by_link_text

      Both elements with a relation text value that matches the position will be returned using this technique. A NoSuchElementException will be thrown if no element has a matching relation text attribute.

    • Syntax:

      driver.find_elements_by_link_text(“Text of Link”)

      Program: –

      	< html>
      	< body>
      	< p> you want to do this task given in the system< /p>
      	< a href="continue.html">Continue< /a>
      	< a href="cancel.html">Cancel< /a>
      	< /body>
      	< html>
      	

      Now that you’ve built a car, you can use it to capture elements.

      login_form = driver.find_elements_by_link_text(‘Continue’)

    • find_elements_by_xpath

      Through this technique, all items matching the location’s xpath pattern will be returned. A NoSuchElementException would be tossed if no variable has a corresponding element attribute.

    • Syntax:

      driver.find_elements_by_xpath(“xpath”)

      Program: –

      	< html>
      	< body>
      	< form id="loginForm">
      	< input name="username" type="text" />
      	< input name="password" type="password" />
      	< input name="continue" type="submit" value="Login" />
      	< /form>
      	< /body>
      	< /html>
      	

      Now that you’ve built a car, you can use it to capture elements.

      login_form = driver.find_elements_by_xpath(“/html/body/form[2]”)

      login_form = driver.find_elements_by_xpath(“//form[2]”)

    • find_elements_by_tag_name

      This strategy will return all elements with the given tag name. A NoSuchElementException would be tossed if no element has a tag name that suits.

    • Syntax:

      driver.find_elements_by_tag_name(“Tag name”)

      Program: –

      	< html>
      	< body>
      	< h1>Welcome< /h1>
      	< p>Web browser gotop>
      	< /body>
      	< html>
      	
    • find_elements_by_partial_link_text

      Both items with a partial relation text value that matches the location will be returned using this technique. A NoSuchElementException will be thrown if no element has a matching partial relation text attribute.

    • Syntax:

      driver.find_elements_by_partial_link_text(“Text of Link”)

      Program: –

      	< html>
      	< body>
      	< p>Are you sure you want to do this?< /p>
      	< a href="continue.html">Continue< /a>
      	< a href="cancel.html">Cancel< /a>
      	< /body>
      	< /html>
      	

      Now that you’ve built a car, you can use it to catch all of the components.

      login_form = driver.find_elements_by_partial_link_text(‘Conti’)

    • find_elements_by_link_text

      Both elements with a relation text value that matches the position will be returned using this technique. A NoSuchElementException will be thrown if no element has a matching relation text attribute.

    • Syntax:

      driver.find_elements_by_link_text(“Text of Link”)

      Program: –

      	< html>
      	< body>
      	< p>Are you sure to create the data< p>
      	< a href="continue.html">Continue< /a>
      	< a href="reject.html">Reject< /a>
      	< /body>
      	< /html>
      	

      Now that you’ve built a car, you can use it to capture elements.

      login_form = driver.find_elements_by_link_text(‘Continue’)

    • find_elements_by_class_name

      Using this process, the first objects with the corresponding class identification number will be returned. If no element has a corresponding class user id, a NoSuchElementException will be hurled.

    • Syntax:

      driver.find_elements_by_class_name(“class_of_element”)

      Program: –

      	< html>
      	< body>
      	< p class="content">Data store in a single line< /p>
      	< /body>
      	< /html>
      	

      Now that you’ve built a car, you can use it to catch all of the components.

      content = driver.find_elements_by_class_name(‘content’)

    • find_elements_by_css_selector

      Both elements with the corresponding CSS selector will be returned using this technique. A NoSuchElementException will be thrown if no CSS selector matches the feature.

    • Syntax:

      driver.find_elements_by_css_selector(“CSS Selectors”)

      Program: –

      	< html>
      	< body>
      	< p class="content">website data released Here< /p>
      	< /body>
      	< /html>
      	

      Now that you’ve built a car, you can use it to catch all of the components.

      content = driver.find_elements_by_css_selector(‘p.content’)

     
     

     
     

     

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