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1. #PYTHONCHECK ETHERNET STATUS CODE#
2. #PYTHONCHECK ETHERNET STATUS PROFESSIONAL#
3. #PYTHONCHECK ETHERNET STATUS DOWNLOAD#

#PYTHONCHECK ETHERNET STATUS CODE#

response, new_hash: Revisit the website and create a new hash code.time.sleep(time_delay): Wait for a time interval before rechecking the website and obtaining its status.current_hash = hashlib.sha224(response).hexdigest(): Create a hash code for the retrieved website using SHA224.if status != 200: If the status code is not 220, send an email stating the website being down or so on.If it returns 200, it implies the website is up and not otherwise. status = (input_website).getcode(): Open the website the user wishes to monitor and using getcode(), obtain the status of the website.while True: To keep monitoring until the user terminates the program, create an infinite while loop.def monitor_website(): Declare the function monitor_website() to monitor the website.New_hash = hashlib.sha224(response).hexdigest() #Visit the website after delay, and generate the new website Response = (input_website).read()Ĭurrent_hash = hashlib.sha224(response).hexdigest() smtp_ndmail: Send the email using sendemail() with the parameters: sender’s email, receiver’s email and the message to send and close the server connection using close().Message: Create a message to send in the body of the email.smtp_server.login: Connect to the server by logging in using the credentials.smtp_server = smtplib.SMTP_SSL(“”, 465): Connect to the smtp server of gmail on port 465 using smtplib.SMTL_SSL.It is optional, but a good practise to keep one. Email_from, password, email_to: Enter email details of the sender and the receiver’s email.def send_email(email_string): Declare the function send_email() with the parameter email_string.Smtp_ndmail(email_from, email_to, message) #Fill credentials for sender's email and receiver's email Declaring functions to send emails and monitor website: #Function to send email hashlib: To create hashcodes using which we can observe any changes in the website.Ģ.time: To create the delay to monitor between, we use time.smtplib: To establish an SMTP connection with gmail, we use the library.import urllib.request: To open a website and obtain the status, we use urllib’s request.Importing necessary libraries: #Import libraries for Python Website Monitoring project Declaring functions to send emails and monitor website.

#PYTHONCHECK ETHERNET STATUS DOWNLOAD#

You can download the source code from the given link: Website Monitoring Project Code Project File Structure: This project is for beginners, hence no prerequisite knowledge is required. To implement the project, we need to use libraries that already are in python by simply importing. Let us start with Python Website Monitoring Project. We simply create a python program to notify us of the status of the website through email. This can get frustrating real quick when we need some crucial information from the website and that is when a website monitor can help. Sometimes we go to a website only to find it down or under maintenance.

#PYTHONCHECK ETHERNET STATUS PROFESSIONAL#

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