Basic tutorial Selenium IDE & Python

Basic tutorial Selenium IDE & Python

Selenium IDE is a browser extension available for Chrome and Firefox that allows you to record and replay interactions with websites. Here's a basic guide on how to use Selenium IDE:

Install Selenium IDE:

Visit the Chrome Web Store or Firefox Add-ons website and search for "Selenium IDE."
Click on "Add to Chrome" or "Add to Firefox" to install the extension.

Open Selenium IDE:

Once installed, you can find Selenium IDE as an extension icon in your browser's toolbar.
Click on the Selenium IDE icon to open the tool.

Record a Test:

To record a test, click on the "Record a new test" button in Selenium IDE.
A new browser window will open, and Selenium IDE will start recording your actions.

Interact with the Website:

Navigate to the website or web application you want to automate.
Perform the actions you want to record, such as clicking buttons, filling out forms, or navigating through pages.

Stop Recording:

Once you've completed your actions, click on the "Stop recording" button in Selenium IDE.
Selenium IDE will stop recording, and you'll see a list of commands corresponding to the actions you performed.

Playback the Test:

To replay the recorded test, click on the "Play current test" button in Selenium IDE.
Selenium IDE will open a new browser window and replay the actions you recorded.

Inspect and Edit Commands:

You can inspect and edit the recorded commands in Selenium IDE.
Click on a command to view its details, such as the target element and the action performed.
You can modify commands, add new commands, or delete existing commands as needed.

Export and Save Test Cases:

Once you're satisfied with your test case, you can export it to various formats like HTML, Java, Python, etc.
You can also save your test case within Selenium IDE for future use.

Playback Test Cases Automatically:

Selenium IDE allows you to schedule and run your test cases automatically using the command-line interface or integration with CI/CD pipelines.

Advanced Features:

Selenium IDE offers various advanced features like assertions, variables, loops, and conditional statements for creating more complex and robust test cases.
By following these steps, you can start using Selenium IDE to automate interactions with websites without writing any code. It's a great tool for beginners to get started with web automation and test automation.

After exporting your test case from Selenium IDE into Python, you'll have a Python script that contains the Selenium commands necessary to automate interactions with the website. Here's an example of how you can set up your Python environment and use the Selenium WebDriver to execute the exported test case:

Install Selenium WebDriver:

First, make sure you have Python installed on your system. You can download Python from the official website:
Then, you'll need to install the Selenium WebDriver library for Python. You can do this using pip, the Python package manager, by running the following command in your terminal or command prompt:
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pip install selenium

Import Selenium WebDriver:

In your Python script, import the necessary modules from the Selenium WebDriver library:
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from selenium import webdriver

Set Up WebDriver:

Initialize an instance of the WebDriver for the browser you want to automate (e.g., Chrome, Firefox, etc.):
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# For Chrome
driver = webdriver.Chrome()

# For Firefox
# driver = webdriver.Firefox()
Load Web Page:

Use the get() method to navigate to the URL of the web page you want to automate:
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Execute Test Case Commands:

Copy and paste the exported Selenium commands (e.g., click, type, assert, etc.) from the Python file generated by Selenium IDE into your Python script.
Replace any hard-coded values or variables with appropriate Python variables as needed.

Close WebDriver:

After executing the test case, make sure to close the WebDriver to release the browser resources:
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Execute Python Script:

Save your Python script and execute it using the Python interpreter:
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Here's a simplified example of what your Python script might look like:

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from selenium import webdriver

# Initialize WebDriver
driver = webdriver.Chrome()

# Navigate to the web page

# Selenium commands from exported test case
# For example:

# Close WebDriver
Make sure to replace "", "some_element_id", "username", and "password" with the appropriate values from your exported test case. Additionally, you may need to add additional commands or error handling depending on the complexity of your automation task.

To convert a Python script into an executable (.exe) file, you can use various tools and libraries available for this purpose. One popular option is to use PyInstaller, which is a Python package that bundles Python applications into standalone executables.

Here's a basic guide on how to use PyInstaller to convert a Python script into an executable:

Install PyInstaller:

First, make sure you have PyInstaller installed. You can install it via pip using the following command:
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pip install pyinstaller

Navigate to Your Python Script Directory:

Open a terminal or command prompt and navigate to the directory where your Python script is located.

Run PyInstaller:

Run PyInstaller with your Python script as the input. For example, if your script is named, you can run PyInstaller with the following command:
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Wait for PyInstaller to Finish:

PyInstaller will analyze your script and its dependencies, and bundle them into a standalone executable. Depending on the complexity of your script and its dependencies, this process may take some time.

Locate the Executable:

Once PyInstaller has finished running, you can find the standalone executable in the dist directory within your script's directory.
Inside the dist directory, you'll find a folder with the name of your script (e.g., your_script), and within that folder, you'll find the executable file (e.g., your_script.exe on Windows).

Test the Executable:

You can now test the executable by double-clicking on it or running it from the command line.
Make sure to test it on a different machine to ensure that all dependencies are properly bundled and that it runs as expected.

That's it! You have successfully converted your Python script into an executable file using PyInstaller. PyInstaller is quite powerful and can handle most Python scripts, but keep in mind that there might be some edge cases or dependencies that require additional configuration or tweaking. Refer to the PyInstaller documentation for more advanced usage and troubleshooting tips.