INST32-Enron Analysis Solved

This class stores the data for all emails found in the dataset.
 Attributes
 emails: A list of email objects where each object corresponds to one email.
 Methods
init()ParametersSelf
Path - The path to the file that we are going to read. In this case, the path we are passing in will be the emails_10k.txt file, however, this should not be hardcoded in.
FunctionalityThe init method should open the file specified by the path for reading and set the emails attribute to a list containing Email objects. Each email instance should correspond to each individual email found in the text file. > HINT: In order to do this the first step is to create a list where each element in the list is an entire email. Take a look at the file and how the emails are separated from each other. You do not need to write any regular expressions in order to complete this part. Instead, you can use methods that are built into the string class. Once you have that list you can then iterate through the list and write regular expressions that will identify each of the elements of interest in each email(message id, date, subject, sender, receiver, and body text). You must use regular expressions in order to do this.Keep in mind that each of these elements will be represented by strings. However, none of these elements should contain information that does not pertain to it. For example, the date attribute of an email class should not contain anything in it that is not a date.
 Email class
 Functionality

 This class stores the data related to individual email messages.
 Attributes

 message_id: The message-id that is unique to each email message. Represented as a string.
date: The date associated with each email message. This date does not need to be formatted in any way but it must contain only date or time information. Represented as a string.
subject: The subject of each email message. Represented as a string.
sender: The sender of each email message. Represented as a string.
receiver: The receiver of each email message. Represented as a string.
body: The body message of each email message. Represented as a string.
 Methods

 init()Parametersself
messageid - A string representing the messageid
date - A string representing the date of the email.
subject - A string representing the subject of the email.
sender - A string representing the email address of the sender.
receiver - A string representing the email address of the receiver.
body - A string representing the body text of the email.
FunctionalitySets the parameters to the corresponding attributes.
 main()
 Parameters

 Path, a string that represents the path of the text file that will be parsed.
 Functionality

 Create an instance of server-class using the path that was passed in and save that to a variable.
 Returns

 An integer, the length of the emails attribute of that instance.
 parse_args()
 Parse_args functionParametersargs_list: a list of strings containing the command-line arguments for the program (when you call this program, you will pass sys.argv[1:] as the argument for this parameter)
FunctionalityCreate an instance of the ArgumentParser class from the argparse module
Use the add_argument() method of your ArgumentParser instance to add the following arguments:Required arguments (i.e., the user can’t run the program without specifying these):the path to the text file (as a str) > NOTE: You will need to import argparse and sys, or at least parts of these modules, in order for this function to work properly. Remember, import statements belong at the top of your script, right after the script docstring.
ReturnsThe ArgumentParser object created.
 if name == "main":
 pass sys.argv[1:] to parse_args() and store the result in a variable
call the main() function; pass in the path using the values extracted from the command line arguments by your parse_args() functionFor ease of use make sure that the text file is in the same directory as your script.
 Running your program
 Your program is designed to run from the terminal. To run it, open a terminal and ensure you are in the directory where your script is saved.
The program takes at least one command-line argument: the name of the text files (which are books) that you want to process using your script. Below are some examples of how to use the program. The examples assume you are using a Unix based OS (macOS, Linux) and your program is called enron.py. If you are using Windows, replace python3 with python.
 NOTE: python3 enron.py enron_10k.txt