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Here are 66 public repositories matching this topic..., ssoad / bankingsystem.
Bank Management System using Java Swing
- Updated Dec 13, 2023
amulifts / bank-management-system-c
Bank management System in C (mini project)
- Updated Oct 23, 2022
sachinl0har / Bank-Management-System-Cpp
Bank Management System in C++
- Updated Apr 10, 2021
amulifts / bank-management-system-cpp
Bank management System in C++ (mini project)
Adan-Asim / Java-Projects
Small and enormous scaled projects developed using Java Language
- Updated Jul 19, 2021
halts440 / Bank-Management-System
Bank Management System in Java Swing
- Updated Aug 18, 2023
hanilr / bank-management-system
Bank Management System - Written In C
- Updated Oct 1, 2021
AsaadNA / Bank-Managment-System
A simple managment system made with 8086
- Updated Jun 23, 2021
OJASisLive / Bank-Management-System-Python-SQL
A FULL-CLI (not very) simple bank management project in Python / my CS project...
- Updated Jan 29, 2023
AteeqRana7 / Banking-Management-System
This is a Banking Management System built using the concepts of Object Oriented Programming & Data Structures. The following data structures have been implemented in this project; LinkedList, Queues.
- Updated Jun 6, 2022
codewithpom / Bank-Management-cpp
A simple bank management system in C++
- Updated Dec 3, 2023
sn2606 / emu8086-project
Bank Management System with admin and gen-user modules
- Updated Nov 30, 2021
kunaladarsh / Banking-Management-System-Application
Banking Management System using Java-AWT, Swing & MYSQL DataBase.
- Updated Nov 9, 2023
OumaymaRedissi / Banking-System-in-Java
Bank management system using JavaFX and implementing the MVC
- Updated Jan 20, 2022
MarvelousAnkit / Banking-Management-System-using-My-SQL---PYTHON
In this project we have created a Virtual Bank (COLONY BANK OF INDIA) using Python and MySQL. Data entered by the user are stored in MYSQL database in tabular form. Here We have done CRUD Operation. The Best Part of this code is that it is 100 % user friendly because of excess use of exceptional handling.
- Updated Aug 28, 2022
jaigora24 / BankManagementSystem
Bank Management System using Python (Using pickle, os, pathlib)- Mini Project
- Updated Mar 12, 2021
AhmedIssa11 / Online-Banking-System
Online Banking System - Desktop Application
- Updated Jan 19, 2021
gsiddhad / Projects
Different Projects of different Streams
- Updated Feb 20, 2021
sawongam / Bank-Management-System-in-Java
A basic banking system, providing account login, creation, balance inquiry, fund transfers, and more.
- Updated Jul 23, 2023
Omanshu209 / Bank-Management-System-CUI
- Updated Sep 3, 2023
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Bank Management System Project in Python [Source Code]
Do you want to work on a bank management system project in Python but don’t know where to start? Well, you don’t need to worry anymore as our project will help you. This article will help you learn about a beginner-level Python project where you create a bank management system. We have the source code, too, so you can easily use it for your project. However, we recommend that you understand the code first before you copy-paste it; otherwise, the project wouldn’t be useful.
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Why Work on Python Projects?
There are many benefits to working on Python projects . Here are some of the most prominent reasons why you should work on Python projects:
1. Good for Testing Skills
First and foremost, working on a project helps you test your knowledge. It lets you see how much you have learned about the programming language . Many times, a person thinks that they can perform many tasks but discovers the opposite after working on a few projects. You’ll get to discover your strengths and weaknesses after working on a project, which is undoubtedly a huge advantage.
2. Learning New Things
When you work on a new project, you learn a lot of new things. First, you get to learn about the industry-specific concepts the project covers. Moreover, you make mistakes, experiment, and try new things when working on a project, which will substantially expand your knowledge base. When you’d work on the bank management system project in Python we have discussed in this article, you’ll get to learn many new things.
3. Understanding Application
Knowing the theory and basic concepts of a programming language are great benefits, but they aren’t sufficient. If you want to use Python professionally, you must know Python’s applications and how to use it for the same. This is where working on projects has the most advantage. Different projects require you to use different skills, ensuring that you get to understand the applications of varying Python sections and concepts.
4. Enhance Your Portfolio
Another great advantage of working on a project is that it enhances your portfolio. Recruiters are always on the lookout for professionals who have experience in using their skills. With projects, you get to highlight the same. They are proof that you understand the relevant concepts thoroughly and can use them in your tasks.
Our Bank Management System Project in Python
Our bank management system project in Python is a console that performs the essential functions of banking software. It lets the user create a new account, view the account’s records, make deposits and withdrawals, and edit account details. It’s quite a simple project, so even if you don’t have any experience in working on Python projects, you can quickly get started with this one.
You’d notice that our bank management system doesn’t have any login section. We have left it out as it would have made things more complicated and it would have no longer remained a beginner-friendly project. If you’re interested, you can learn about that and add a login window to this solution yourself.
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Code for the bank management system project in python.
Here’s the code for different sections of our bank management system project in Python:
Database Table and Variables
Primary module , client registration account, client withdrawal process (when client makes a withdrawal).
elif EnterLetter == “b”:<br> v = 0<br> print(” letter b is Selected by the Client”)<br> while v < 1:<br> w = -1<br> name = input(“Please Insert a name : “)<br> pin = input(“Please Insert a pin : “)<br> while w < len(NamesOFClients) – 1:<br> w = w + 1<br> if name == NamesOFClients[w]:<br> if pin == ClientPins[w]:<br> v = v + 1<br> print(“Your Current Balance:”, “P”, end=” “)<br> print(ClientBalances[w], end=” “)<br> print(“\n”)<br> ClientBalance = (ClientBalances[w])<br> ClientWithdrawal = eval(input(“Insert value to Withdraw : “))<br> if ClientWithdrawal > ClientBalance:<br> deposition = eval(input(<br> “Please Deposit a higher Value because your Balance mentioned above is not enough : “))<br> ClientBalance = ClientBalance + deposition<br> print(“Your Current Balance:”, “P”, end=” “)<br> print(ClientBalance, end=” “)<br> ClientBalance = ClientBalance – ClientWithdrawal<br> print(“-\n”)<br> print(“—-Withdraw Successfully!—-“)<br> ClientBalances[w] = ClientBalance<br> print(“Your New Balance: “, “P”, ClientBalance, end=” “)<br> print(“\n\n”)<br> else:<br> ClientBalance = ClientBalance – ClientWithdrawal<br> print(“\n”)<br> print(“—-Withdraw Successfully!—-“)<br> ClientBalances[w] = ClientBalance<br> print(“Your New Balance: “, “P”, ClientBalance, end=” “)<br> print(“\n”)<br> if v < 1:<br> print(“Your name and pin does not match!\n”)<br> break<br> mainMenu = input(” Press Enter Key to go Back to Main Menu to Conduct Another Transaction or Quit_”)
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Client deposit process (when client makes a deposit), client and balance check, exiting the banking system, how to run this project.
You will need Pycharm to run this project. After entering the code, you only need to run the project, and the module would start working.
Working on projects is undoubtedly a fantastic experience. They teach you many things. We hope you liked our bank management system project in Python. You can tell us by dropping a comment below. On the other hand, you can share this project with anyone else who might find it useful as well.
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Frequently Asked Questions (FAQs)
Working on live projects is very beneficial for a growing programming geek. There are multiple reasons why we strongly recommend you to keep working on projects: 1. Boost your confidence When you apply your theoretical learning in building something practical, your confidence goes on to the next level and gives you a feeling that you actually know something of value. 2. Clears your basics Experimenting clears all your doubts that theory can never. When you try to apply something and fail, it’s not a setback. It solves your confusion about the particular implementation and provides you with multiple other ways to implement it. 3. Polishes your programming skills The biggest benefit that working on projects provides is that it polishes your programming skills. Just watching video solutions does not help you get anywhere. You need practical implementation of your learning in order to master it.
This bank management system is beginner-friendly and is based on all the beginner’s concepts. This project performs all the significant features of banking software. You can create a new login user-id, view your credit and withdrawal records and statements, send and receive money, and edit your account information. This project is specialized for beginners so you can create this project even if you are not that comfortable with Python. You can add the login system as well as where you can provide two options- “login with email id or continue with google”. You can use the Google API for adding this functionality to your banking system.
There are several project ideas that can be built using Python. Following are some of the most popular ones: 1. Pharmacy Management System: A pharmacy management system should implement the functionalities such as an ordering system, inventory management, invoicing system, and additional functionality for prescribing medicines. 2. Hotel Management System: This project should include features such as a reservation system, room management, housekeeping management, and invoice automation. 3. Student Management System: A student management system should include functionalities such as profile management, account management, student record system, and hostel management.
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CS-IT-IP-AI and Data Science Notes, QNA for Class 9 to 12
Bank Management- Python Project for class 12 MySQL Connectivity
Bank management- python project class 12.
This is a Python code for a basic bank transaction system. It uses a MySQL database to store account and transaction details.
The code creates a “bank” database if it does not already exist and then creates two tables in the database – “bank_master” and “banktrans”. The “bank_master” table stores details of each account holder, such as account number, name, city, mobile number, and account balance. The “banktrans” table stores transaction details, such as account number, amount, date of transaction, and transaction type (deposit or withdrawal).
The code then presents a menu to the user with the following options:
- Create account
- Deposit money
- Withdraw money
- Display account
If the user chooses to create an account, the code prompts for details such as account number, name, city, and mobile number. It then inserts the details into the “bank_master” table and sets the account balance to 0.
If the user chooses to deposit money, the code prompts for the account number and amount to be deposited. It then inserts a transaction record into the “banktrans” table with the account number, amount, current date, and transaction type “d”. It also updates the account balance in the “bank_master” table.
If the user chooses to withdraw money, the code prompts for the account number and amount to be withdrawn. It then inserts a transaction record into the “banktrans” table with the account number, amount, current date, and transaction type “w”. It also updates the account balance in the “bank_master” table.
If the user chooses to display an account, the code prompts for the account number and then retrieves and displays the account details from the “bank_master” table.
If the user chooses to exit, the code breaks out of the while loop and ends.
Functions used in this Python code
- mysql.connector.connect() : This function is used to create a connection to a MySQL database. It takes in several parameters, such as the host, user, and password, and returns a MySQLConnection object.
- cursor() : This method is called on a MySQLConnection object and returns a Cursor object. A Cursor object is used to interact with a MySQL database.
- execute() : This method is called on a Cursor object and is used to execute a MySQL query. It takes a single parameter, which is the MySQL query to be executed.
- commit() : This method is called on a MySQLConnection object and is used to commit any changes made to the database. This is necessary to ensure that changes made to the database are permanent.
- input() : This function is used to take user input. It prompts the user to enter a value and returns the input as a string.
- str() : This function is used to convert a value to a string.
- int() : This function is used to convert a value to an integer.
- break : This keyword is used to break out of a loop.
- if...elif...else : This is a conditional statement used to execute different blocks of code depending on the condition. The if block is executed if the condition is true, the elif block is executed if the previous condition is false and the current condition is true, and the else block is executed if all the previous conditions are false.
- for loop: This is a loop that is used to iterate over a sequence of values. In this code, it is used to iterate over the result of a MySQL query and print the values.
- primary key : This is a column or group of columns in a database table that uniquely identifies each row. In this code, the “acno” column in the “bank_master” table is set as the primary key, which means that each account number can only appear once in the table.
- foreign key : This is a column or group of columns in a database table that references the primary key of another table. In this code, the “acno” column in the “banktrans” table is set as a foreign key that references the “acno” column in the “bank_master” table. This ensures that each transaction in the “banktrans” table corresponds to a valid account in the “bank_master” table.
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Simple billing system in python for class 11, marriage bureau management system in python project for class 12, food order system python project class 12.
Banking Management System
- Registration : A customer can create an account in the bank by providing important information such as personal details
- Login/Logout : As any secure internet facing financial solution, login and logout will be provided by Banking management system
- Core Operations : This module enables Deposit or withdraw functionality to the customer. User can also check the balance
- Reports : This module will generate different kind of statements and can be used for checking balance.
- Profile Management : User can update his details like contact information etc
- Python 3.x installation
- IDE such as Spyder or PyCharm for project development (Optional)
- MySQL for storing information
- Django software
- CSS (Optional)
- Python with Django framework for web application
- MySQL as database
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Project Idea: Bank Management System
The Bank Management System is a Python-based application that serves as a comprehensive solution for managing bank accounts and related operations. This system is designed to provide a user-friendly interface for both customers and administrators to interact with the bank's database efficiently. The application utilizes MySQL as the database management system for secure storage and retrieval of account information.
Sample Output Key Features of Bank Account Management System
Before you start designing your program, it's crucial to have a clear understanding of the problem you're trying to solve. Let's revisit the key features of our Bank Account Management System:
- Users must log in with their account number and password to access their accounts.
- Passwords are securely stored in the database using hashing techniques.
- Customers can check their account balance.
- Customers can deposit funds into their accounts.
- Customers can withdraw funds from their accounts.
- Customers can transfer funds to other accounts within the bank, ensuring convenient money transfers.
- Customers can change their account passwords for security purposes.
- Administrators can log in with a special password to access admin features.
- Admins can create new customer accounts.
- Admins can update customer account details, including their balance.
- Admins can delete customer accounts.
- Admins can search for customer accounts by account number or account holder's name.
- Admins can view a list of all customer accounts.
How To Code The Project
To make your project organized and manageable, it's essential to divide your code into smaller functions, each with a specific purpose and responsibility.
Begin with the most basic functionalities, Once these are working, gradually add more features. Don't hesitate to ask for help or guidance from instructors, classmates, or online communities. If you find making this project is too complex, this sample project might be useful for you.
Before you begin, make sure you have the following installed: Python: Download Python MySQL: Download MySQL mysql-connector-python: install it using pip pip install mysql-connector-python
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Bank Management System Project in Python
Introduction to Bank Management System
Hello readers !! We are again back with an amazing article that implements Bank Management System Project in Python . This is a straightforward GUI-based program that is simple to grasp and utilize. The GUI is created with the Tkinter package. When it comes to the application, users may easily register an account and log in to manage their bank accounts.
In this project, the Bank management System Python Project using Tkinter , the user can create an account by entering information such as his or her username, opening balance, and pin number. The user must then submit those data in order to gain access to their account. The user can see transaction information, balance inquiries, credit and debit amounts, and more. The user can credit or debit sums by merely specifying a specific amount.
Before starting with the coding of the Bank Management System Project in Python , let us take a look at the features our UI will have:
- Login/Create a bank account
- Credit and debit amount
- Balance inquiry
- View transaction logs
Project Overview: Bank Management System Python
Explanation: Here, in this project, we will use the Tkinter library that will help us in GUI development and the time module that will basically be used to get local time.
Function to handle invalid credentials:
Explanation : is_number() : It is a combination of the try and except block that returns a floating-point number and the except block handles the ValueError. check_acc_nmb(): This function is used to check whether the account number with which the user is trying to log in is present or not. For every new user that registers, a new text file with the credentials of the user is created. Here, in this function, we used fopen() to open the file and if the file is not present then a message is displayed using messagebox.showinfo()
Function to destroy a widget and return to home:
Explanation: This function is responsible to take the user back home. This is performed using a destroy() function that destroys the widget and then the Main_Menu() function is called.
Logic to create an account:
- The above code on the bank management system project in python using Tkinter is responsible for creating a new user’s account. First, it checks whether the user is entering data in a correct format, i.e the name field cannot have a number, etc. If the user entered a value in any field incorrectly then an error is displayed “Error, Invalid Credentials. Please try again.”
- Now if data is submitted successfully then we opened an Accnt_Record.txt file to read the line and store it in account_no and then the account_no is incremented. This is done in order to assign each user a different account no. Suppose, in the file, there is a number 63710015000, then the account_no will have the value 63710015001 (after increment).
- Once this is done, this incremented value is written to the Accnt_Record.txt fie. And this account number will be assigned to the user.
- Now, fdet=open(str(accnt_no)+”.txt”,”w”) this will create a file with the account number that is assigned to the user. And in this file, all the user info will be stored.
- Another file using frec=open(str(accnt_no)+”-rec.txt”,’w’) is made, and this file will store the transaction details of the user.
- This file will show the credit, debit, and balance everything with a timestamp.
- In the end, the user’s account number is displayed and that widget is destroyed using master.destroy().
Logic to credit the amount:
Explanation: This function crdt_write() in Bank Management System in Python is responsible for crediting the amount. This simply means that whenever the user wants to credit the amount.
- First, if block is used to check whether the user entered the number in digits or not. If the user entered the value in the alphabet then an error is displayed. We used our previous function is_number() for this purpose.
- Line 1 to 4: We opened a file with the format <account_number.txt> and read its first line and stored the output in the variable “pin” and read another line that is the existing amount in the account and stored it in the “camt” variable.
- Line 5 to 12: The input from the user is stored in the “amti” variable. Now we again opened the account_number.txt file to write the pin, updated balance (previous balance + credited balance), account number, and name.
- Line 13 to 18: Now we opened a file with format <account_number-rec.txt> and added details like date, time, credit/debit, and balance. We used strftime that returns date and time in string form and gmtime(). The last lines are to display the message and destroy the widget.
Logic to debit the amount:
Explanation: The debit function debit_write() in our Bank Management System Project in python using Tkinter is responsible for updating the two files when the user debits the amount. We used a conditional that if the user enters the debit amount greater than the balance then an error is displayed.
Another difference between crdt_write() and debit_write() is that in the previous credit function we used to add the previous balance and the credit balance. But in this function, we simply have to change that line and subtract the debit balance from the previous balance i.e cb=camt-amti .
Function to display Credit Amount window:
Explanation: Line 1 to 5: We declared a function and in that using geometry() we defined the size of the window. Then using title() we gave the title to our window and finally set a background of that window using configure(bg=”SteelBlue1″) Line 6 to 9: Now on top of the window we added the text “ BANK MANAGEMENT SYSTEM ” and we then configured the font and size of that text. In the last line, the label is packed using pack() Line 10 to 16: We used a label widget to inform users about entering the amount to be credited and used the Entry() widget to take input from users. A button is placed to perform the credit process. When the user clicks on the button, crdt_write() is called and the required operations are performed.
Function to display Debit Amount window:
Moving ahead in the Bank Management System Project in python using Tkinter , we have the above function. The explanation is the same as that of Cr_Amt , the only difference is that whenever the user clicks on the Debit button, debit_write() is called.
Function to display Balance:
Explanation: This function simply read the balance from the text file and displays it to the user.
Function to display Transaction History window:
Explanation: Line 1 to 15: We have used our usual Tkinter function to design a transaction window. Line 16 to 19: In these lines, we have opened a file that stores the date, time, credit, debit and balance info. We used a for loop to display the data on the window. Line 20 to 22: Finally we added a Quit button and closed the file.
Function to display Logged In Menu:
Explanation: Line 1 to 12: We again used our usual functions to design the window like geometry(), configure() etc. Line 13 to 20: We used PhotoImage() which displays an image for a particular label or widget. Line 21 to 32: Now we used a Button() widget to display 5 buttons on the window. For eg : command=lambda: Cr_Amt(accnt, name), simply means that whenever the Credit Amount to your Account is clicked Cr_Amt()function is called and the same goes on for the other 4 buttons. Line 33 to 37: We used to place() to place the buttons at different places.
Function to handle Login and Logout:
Explanation: The logout() function simply destroys the logged-in menu widget and takes the user to the main screen. check_log_in() this function simply checks if the account number, pin, and name are in the current format or not. And if wrong then takes the user to the Main menu.
Function to display Login window:
Explanation: We designed this window using various widgets. When submit button is clicked check_log_in() and all the values entered by the user are passed as an argument to that function. A home button is added to take the user directly to the main menu. The home_return function is called when the home button is clicked. (Refer to above for a detailed explanation)
Function to display Create New Account window:
Explanation: Create New Account window consists of three input fields as visible in the output. These inputs from the user are taken using the Entry() widget. As the input from the user is taken in a single line and so we used Entry(). All the labels are added using the Label() widget (Refer above for detailed explanation)
Function to display Main Menu window & call to Main_Menu():
Explanation: The main menu of the Bank Management System Python project consists of three-button widgets login, create a new account and quit. b6=tk.Button(image=myimg6,command=rootwn.destroy) this line directly destroys the main widget.
Complete code for Bank Management System :
Required files:, references:.
Here’s the link to the official library used for the development of the Bank management system project in python using Tkinter . Tkinter Documentation
Thank you for reading this article on Bank Management systems in Python with source code . Try changing the GUI and adding new features. As always we will be back with another amazing project. Thank you for visiting us.
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Create Bank Management Project with Python
Basically, Bank Management Project with python is an intermediate-level project made using Python. Not only a beginner can level up their skill through this project but an intermediate can also sharpen his skills through this. One can even add this amazing project to their portfolio.
This Bank management project in python used classes and objects. So if you don’t know about classes in python I will recommend you to check out this post on classes and objects in python Read Here.
About Bank Management Project with Python
This is a console-based project. All You have to do is run the program and it will open up in the console or terminal depending on whatever IDLE or Code Editor is using. This program is written in classes and objects.
Project Overview : Bank Management Project with Python
Features of this bank management project.
Basically, you can have all sorts of functionality that normal banks do have.
- Open a new account
- Deposit amount
- Withdraw Amount
- Balance Enquiry
- All Account Holder List
- Close Bank Account
- Modify Bank Account
Complete Source Code of Bank Management Project
Here is the Complete code of the Bank Management Program using Python .
Question) Is Python used in Finance? Answer: Yes, in fact, python has become now the most popular programming language in Finance. It’s used by many large corporations, including Google, for a variety of projects.
Question) Is Python the future of Finance and Fintech? Answer: With the increase in usage of Data Science Applications in Finance sector, the demand for python’s simplicity, popularity, community, and speed will rise.
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2 thoughts on “Create Bank Management Project with Python”
Hi,I am refering your code for my collage project.But the withdraw money function is not working in the customer section. It’s showing transaction failed. Can you help me.
ok I am updating the code
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SYNOPSIS ON BANK MANAGEMENT SYSTEM
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- 1. Prepared by: Manish Najkani(10BCA38) Rahul Nath(10BCA40) Nitish Xavier Tirkey(10BCA52) Submitted to: BCA DEPT. Renu Kewalramani Class: SY BCA Sem-IV
- 2. ACKNOWLEDGEMENT I am thankful to all the faculty members, providing their valuable time and guidance in elaborating view of studying the project details and getting the right vision for its implementation. I am also thankful to Mrs. Renu Kewalramani, who is having a vast knowledge of DBMS, System Analysis and Design & Programming concepts which are the building block of project. I also thank Mr. Samir Thakkar, our H.O.D., and all other faculty members who are directly or indirectly involved with our project. I am also pleased with the support and co-operation of the lab in charge in order to make use of the free lab slots.
- 3. Abstract Requirements definition and management is recognized as a necessary step in the delivery of successful systems and software projects, discipline is also required by standards, regulations, and quality improvement initiatives. Creating and managing requirements is a challenge of IT, systems and product development projects or indeed for any activity where you have to manage a contractual relationship. Organization need to effectively define and manage requirements to ensure they are meeting needs of the customer, while proving compliance and staying on the schedule and within budge. The impact of a poorly expressed requirement can bring a business out of compliance or even cause injury or death. Requirements definition and management is an activity that can deliver a high, fast return on investment. The BANK MANAGEMENT SYSTEM undertaken as a project is based on relevant technologies. The main aim of this project is to develop software for bank management system. This project is to develop software for bank management system. This project has been developed to carry out the processes easily and quickly, which is not possible with the manuals systems, which are overcome by this software. This project is developed using VB language and. Hence it provides the complete solution for the current management system.
- 4. Table of Contents 1. Introduction of the Project 1.1. Project Objective 1.2. Project Benefit 1.3. Project Scope 1.4. Project Limitation 2. System Development Life Cycle 2.1. Preliminary Investigation 2.1.1. Request Clarification 2.1.2. Feasibility Study 126.96.36.199. Technical Feasibility 188.8.131.52. Economical Feasibility 184.108.40.206. Operational Feasibility 2.1.3. Request Approval 2.2. Determination of System Requirements 3. System Design 3.1. Interface Design 3.1.1. User Interface 3.1.2. Communication Interface 3.2. Detailed System Specification 3.2.1. Detailed System Design 220.127.116.11 Functional Flow of System 18.104.22.168 Data Flow of System 4. Testing & Debugging 5. Appendix 5.1. References Introduction of the Project
- 5. 1.1. Project Objective • To allow only authorized user to access various function and processed available in the system. • Locate any A/C wanted by the user. • Reduced clerical work as most of the work done by computer. • Provide greater speed & reduced time consumption. 1.2. Project Benefits Some benefits are: • Access to privilege banking zone • Dedicated Relationship Manager • International Debit Card with insurance coverage • Facility to link with current account • Anywhere Banking with higher limits • Daily account balance alerts • Multi-city cheque book with 25 leaves 1.3. Project Scope Banking activities are considered to be the life blood of the national Economy. Without banking services, trading and business activities cannot be carried on smoothly. Banks are the distributors and protectors of liquid capital which is of vital significance to a developing country. Efficient administration of the banking system helps in the economic Growth of the nation. Banking is useful to trade and commerce. 1.4. Project Limitation
- 6. • The failure of a larger institution could have serious ramifications for the entire system in that if one universal bank were to collapse, it could lead to a systemic financial crisis. • Universal bankers may be tempted to take excessive risks. • Banks may deploy their own assets in securities with consequent risk to commercial and savings deposits. • Vulnerable to high risks due to investment banking activities coupled with focus on commercial banking activities. • Unsound loans may be made in order to shore up the price of securities or the financial position of companies in which a bank had invested its own assets. System Development Life Cycle Implementation Preliminary Investigation Determination of System Testing Requirements Developm ent of Design of System System
- 7. System development Life cycle consist of two major steps of System analysis and design. It includes set of activities that analysts, designers and users carry out to develop and implement an information system. So, here we followed the different stages of system development life cycle to develop Billing Software efficiently. The systems development life cycle consists of the following activities: 1. Preliminary Investigation 2. Determination Requirements 3. Design of System 4. Development of System 5. System Testing 6. Implementation 2.1. Preliminary Investigation For this, the need arises to understand the viewpoint of two important entities… Top management and users. In order to gather pertinent information, I interviewed the Top Management and asked the following questions:
- 8. • How the present system works? • What all drawbacks are in the present system? • What is their vision about the new system? • What specific facilities they want from new system, those are currently not in scope of existing system? • How will data flow in the system? • Who will be authenticated to access data and his/her access rights? To find more about present system’s working mechanism such as the ways of getting inputs and providing outputs, I interviewed the current users of the system by asking following question: • Are they comfortable with the present system? • What flaws exists in the current system? • Do they feel the necessity of new system? • What will be their requirements from new system? • Are they satisfied with their role in new system? After carrying out these interviews, I drew conclusion about the Top Management’s requirements and whether users are in support of the new system. This activity is consisting of three parts:- 2.1.1. Request Clarification As previously stated, the requests are made from employees and users in the organization, which are not clearly stated, therefore a
- 9. system investigation is being considered. The project request must be examined to determine precisely what the originator wants. My project is basically meant for Receipt & Revenue section so taking in to consideration of all these tasks; the corresponding development came in to existence. 2.1.2. Feasibility Study Feasibility study tried to determine whether a given solution would work or not. Its main objective is not to solve the problem, but to acquire its scope. It focuses on following: • Meet user requirements • Best utilization of available resources • Develop a cost effective system • Develop a technically feasible system It is further classified into 3 aspects:- 22.214.171.124. Technical Feasibility Issues to be studied are, whether the work for the project will be done with current equipment, existing S/W technology and available personnel? If the new technology is required, then what is the likelihood that it can be developed?
- 10. This billing software is technically feasible. The primary technical requirement includes the availability of Windows 2000 or higher version of operating systems installed in the network. MS Access is also required which was already installed. To develop programs VB 6.0 was required which was also available. Reliability, access power and data security was also available. The system can also be developed if the new technology is acquired. Thus, through all the ends technical feasibility was met. The tools that we were requiring were all available to us they are:- Hardware Requirements Server Machine: Minimum p-3, 256 MB RAM, 20 GB Hard Disk Client Machine: Minimum p-3, 128 MB RAM, 8 GB Hard Disk Printer: 132 columns High Speed Dot Matrix Printer with local language support Software Requirements Windows OS: Version 2000 and above; Source: Microsoft for Server
- 11. Windows OS: Version 2000 or XP; Source: Microsoft for Client Visual Basic: Version 6.0 and above; Source: Microsoft MS-Access: Version 2000 and above; Source: Microsoft 126.96.36.199. Economic Feasibility Issues to be studied are, whether the new system is cost effective or not? The benefits in the form of reduced cost? This billing software is economically feasible. As the hardware was installed from quite beginning, the cost on project of hardware is low. Similarly, the software loaded for this project was used even after this project was developed for many other applications. The software cost was under budget. Moreover, the technical requirements were already available so there was no further expenditure for buying software packages. 188.8.131.52. Operational Feasibility Issues to be studied are, is there sufficient support for management and users? Is the current method acceptable to users? Will the proposed system cause any harm? This billing software is operationally feasible. This application provides the necessary information to the user such as how to enter the information regarding different operations performed on the database. The application was planned in such a way that no prior knowledge
- 12. was required to go through the various operations. The user just needed to have the basic knowledge of computers. This software also possesses behavioral feasibility. It’s because the users of the system are computer professionals and know the advantages of computer system. Moreover, this application is going to enhance their skills and reduce their workloads. 2.1.3. Request Approval Not all the requested projects are desirable or feasible. However, those that are both feasible and desirable should be put into scheduled. After the project is approved, its cost, priority, completion time and personnel requirements are estimated and used to determine where to add it to any project list. The Top Management reviewed the above factors and gave their ascent. After the consent to request approval, the design was taken up. 2.2. Determination of System Requirement Determination of system requirement means studying the adjacent system in order to collect the details regarding the way it captures data, processes the data, produces the output. I used following techniques for identifying system requirements:
- 13. • Reviewing organization documents • Onsite observations • Conducting interviews 2.2.1. Reviewing Organization Documents I first learnt about the organization involved in, or affected by the project, I got to know how the department works and the employees were directly involved/associated with the application. Annual manuals and reports were of great help to me. 2.2.2.. Onsite Observations It is a process of recognizing and observing people, objects and their occurrence to obtain the information. The major objective of the Onsite Observation is to get as close as possible to real system being studied. Here, I observed the activities of the system directly. I saw the office environment, workload on the system, and workload on the users. The physical layout of the current system along with the location & movement of staff was analyzed. In this way, the
- 14. information about the present workflow, objects and people was gathered. This helped me to understand various procedures & processes, which were to be developed in the new system. 2.2.3. Conducting Interviews Written documents and onsite observation just tell that how the system should operate. They do not include enough details to allow a decision to be made about the merits of system proposal, nor do they present user views about the current system. I conducted interviews of the staff, which were directly involved with the application. Also the regular users of the application were interviewed. Based on their viewpoints, crystal clear system requirements were jolted down. These interviews were of great help. Design of System 3.1. Interface Design A well-designed interface improves the user perception of the content or services. It needs not to be flashy but it should be ergonomically sound. Two main types of design interface, which I considered, are:
- 15. • User Interface • Communication Interface 3.1.1. User Interface The various documents that are maintained by the RR section that have been used to analyze the user interfaces that will interact with the billing software. The billing software consists of many modules and these modules consist of various sub modules, which provides the user with various facilities. 3.1.2. Communication Interface The software may either be installed on a client server based setup with a Local Area Network (using the Ethernet Interface, one to one connection and TCP/IP) or on a standalone machine whereby client and server components resides on the same machine. 3.2. Detailed Design Specification Complete design specification serves the following purposes:
- 16. • It should be able to adequately serve as training material for new project members, imparting them enough information and understanding about the project implementation. • It should serve as “Objective Evidence” that the designers and/or implementers are following through on their commitment to implement the functionality described in their requirements specifications. 3.2.1. Detailed Design The design that we have formed for the new system are given as under:- 184.108.40.206 Data Flow Diagram: 0-Level DFD Account No User Account Details Bank System
- 17. Transaction Flow chart
- 18. ACC. NO. ADDRESS. NAME BALANCE. START BANK h CUSTOMER as TRANSACTION Done by DEBIT CREDIT
- 20. CUSTOMER has has FIXED ACCOUNT DEPOSITE AMOUNT ID. NO. DURATION BALANCE ACC. ID. Transaction Process
- 21. TRANSACTION CUSTOMER CURRENT BALANCE DEBIT CREDIT UPDATE BALANCE UPDATE BALANCE BALANCE
- 22. Testing & Debugging Testing is a process of executing the program with the intent of finding errors and it establishes confidence that the program does what it is suppose to do. Testing can be performed in two ways:- Unit Testing: It is testing of individual module. Before initiating unit testing, it must be ensured that the code is peer previewed. Integration Testing:
- 23. Integration testing is performed after all the software units are combined together. The objective here is to test the software interfaces. Project team conducts the integration testing. Before entering integration testing, it may be ensured that code review and unit testing have been performed on the individual software modules. I conducted the unit testing for finding errors and the results of the unit testing are recorded and action initiated for rectification of the errors/defects. VALIDATION Almost every field in the database which is sensitive i.e. responsible for some important changes are validated. Basically we validated the field as such is numeric and the length in case of the primary keys and also used the Data base to complete most of the details once entered at the data entry time, So that while performing the transaction at faster rate also the user is not going to face any problems or can make any sort of blunders in the fine, status, book no that can be issued, and other important fields. Mostly the validation is carried out in the lost focus, click, change and other similar events where the entered value is compared with the one stored in the database and if there is duplication to occur or no match with the database then the entry is to be removed and user is prompt to reenter it.
- 24. Implementation & consequently maintenance was not included as part of our project. Testing Process
- 25. APPENDIX 5.1. References Books: System Analysis & Design Elias M.Awad (Galgotia Publication) Microsoft Access (e-book) System Analusis & Design James A. Senn Mastering VB (e-book) Websites: http://www.intranic.in http://www.google.com
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Title: llm-based policy generation for intent-based management of applications.
Abstract: Automated management requires decomposing high-level user requests, such as intents, to an abstraction that the system can understand and execute. This is challenging because even a simple intent requires performing a number of ordered steps. And the task of identifying and adapting these steps (as conditions change) requires a decomposition approach that cannot be exactly pre-defined beforehand. To tackle these challenges and support automated intent decomposition and execution, we explore the few-shot capability of Large Language Models (LLMs). We propose a pipeline that progressively decomposes intents by generating the required actions using a policy-based abstraction. This allows us to automate the policy execution by creating a closed control loop for the intent deployment. To do so, we generate and map the policies to APIs and form application management loops that perform the necessary monitoring, analysis, planning and execution. We evaluate our proposal with a use-case to fulfill and assure an application service chain of virtual network functions. Using our approach, we can generalize and generate the necessary steps to realize intents, thereby enabling intent automation for application management.
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