Development of an interactive car sale system which lets a user to find a car and its details is the main objective of this project. The administrators can access, enter, modify and delete the details of every car. Administrators are responsible of maintaining the details of vehicles like the Manufacturer information,
computer science with python project for class 12 cbsemanishjain598
This document is a project report on employee management from Subodh Public School. It includes sections on importing files and functions used in Python, tables created in MySQL, coding for the project, output screens, limitations and enhancements, and bibliography. The project allows administrators to manage employee records across different departments and posts by performing functions like adding, viewing, searching, modifying and deleting records in the database tables.
This document is a project report for a Food Booking System created by a student named Harshit. It includes an acknowledgement, certificate, declaration, and index sections. The main sections describe the objectives of the project to manage food booking details and reduce manual work. It discusses the database and tables used to track menu, orders, and payments. The source code uses Python and MySQL to allow users to add customer, employee, and food details and view reports. Functions are defined to handle registration, ordering, and viewing transaction histories.
Computer project final for class 12 StudentsShahban Ali
This document appears to be a project report submitted by Shahban Ali for a railway ticket reservation system. It includes a certificate signed by his teacher Mr. M.K. Singh certifying the project. It also includes declarations, acknowledgements and outlines the contents which are about header files used, files generated, working description, coding, output screens and conclusion.
Informatics Practices/ Information Practices Project (IP Project Class 12)KushShah65
This document contains code for analyzing car sales data. It includes functions for reading a CSV file containing car sales data, providing a data analysis menu to view the data in different ways (e.g. columns, rows), adding or deleting records, and generating line graphs of sales data for different car models over time. The code allows users to select a car manufacturer, then a specific model to view a line graph comparing its sales figures across years.
Computer Science Investigatory Project Class 12Self-employed
The document describes a project report submitted by Rahul Kushwaha on a railway ticket reservation system. It includes certificates from the guide and examiner approving the report. The report contains sections describing the header files used, files generated, the working of the program, the coding, output screens, and conclusion. It was submitted for a computer science class and thanks the guide, principal, parents and classmates for their support.
Computer science class 12 project on Super Market BillingHarsh Kumar
This document is Harsh Kumar's final project report for the subject of Computer Science in Class XII. It details the development of a "Super Market Billing" software project under the guidance of his teacher, Mr. Manoj Kumar Singh. The report contains documentation of the project's features, code, and output. Harsh Kumar declares that all coding was the result of his personal efforts for his school's CBSE examination.
class 12th computer science project Employee Management System In PythonAbhishekKumarMorla
This is the employment management system designed in python without using any interface through sql it does not have sequence structured query or sql connectivity but perhaps it has file handling concept.
How To Use It:
just replace the txt file and location on the code
also always use the id of employment as shown below:
01
because in the code it search for the index 0,1 therefore it have only two digits employee names
you can make it to 3 or 4 just by replacing the code
we have already mentioned in the code part..
Computer Project for class 12 CBSE on school managementRemaDeosiSundi
This project summarizes a school management system created by Rema Deosi Sundi for their class 12 computer science project. The system allows users to manage student and teacher data, attendance records, fee structures and the school library. It was developed using Python and stores data in MySQL tables. The system has functions for adding, removing, updating and displaying data for each module. While limited in online exam capabilities, the system provides a basis for automating core school administration tasks.
computer science with python project for class 12 cbsemanishjain598
This document is a project report on employee management from Subodh Public School. It includes sections on importing files and functions used in Python, tables created in MySQL, coding for the project, output screens, limitations and enhancements, and bibliography. The project allows administrators to manage employee records across different departments and posts by performing functions like adding, viewing, searching, modifying and deleting records in the database tables.
This document is a project report for a Food Booking System created by a student named Harshit. It includes an acknowledgement, certificate, declaration, and index sections. The main sections describe the objectives of the project to manage food booking details and reduce manual work. It discusses the database and tables used to track menu, orders, and payments. The source code uses Python and MySQL to allow users to add customer, employee, and food details and view reports. Functions are defined to handle registration, ordering, and viewing transaction histories.
Computer project final for class 12 StudentsShahban Ali
This document appears to be a project report submitted by Shahban Ali for a railway ticket reservation system. It includes a certificate signed by his teacher Mr. M.K. Singh certifying the project. It also includes declarations, acknowledgements and outlines the contents which are about header files used, files generated, working description, coding, output screens and conclusion.
Informatics Practices/ Information Practices Project (IP Project Class 12)KushShah65
This document contains code for analyzing car sales data. It includes functions for reading a CSV file containing car sales data, providing a data analysis menu to view the data in different ways (e.g. columns, rows), adding or deleting records, and generating line graphs of sales data for different car models over time. The code allows users to select a car manufacturer, then a specific model to view a line graph comparing its sales figures across years.
Computer Science Investigatory Project Class 12Self-employed
The document describes a project report submitted by Rahul Kushwaha on a railway ticket reservation system. It includes certificates from the guide and examiner approving the report. The report contains sections describing the header files used, files generated, the working of the program, the coding, output screens, and conclusion. It was submitted for a computer science class and thanks the guide, principal, parents and classmates for their support.
Computer science class 12 project on Super Market BillingHarsh Kumar
This document is Harsh Kumar's final project report for the subject of Computer Science in Class XII. It details the development of a "Super Market Billing" software project under the guidance of his teacher, Mr. Manoj Kumar Singh. The report contains documentation of the project's features, code, and output. Harsh Kumar declares that all coding was the result of his personal efforts for his school's CBSE examination.
class 12th computer science project Employee Management System In PythonAbhishekKumarMorla
This is the employment management system designed in python without using any interface through sql it does not have sequence structured query or sql connectivity but perhaps it has file handling concept.
How To Use It:
just replace the txt file and location on the code
also always use the id of employment as shown below:
01
because in the code it search for the index 0,1 therefore it have only two digits employee names
you can make it to 3 or 4 just by replacing the code
we have already mentioned in the code part..
Computer Project for class 12 CBSE on school managementRemaDeosiSundi
This project summarizes a school management system created by Rema Deosi Sundi for their class 12 computer science project. The system allows users to manage student and teacher data, attendance records, fee structures and the school library. It was developed using Python and stores data in MySQL tables. The system has functions for adding, removing, updating and displaying data for each module. While limited in online exam capabilities, the system provides a basis for automating core school administration tasks.
Library Management Project (computer science) class 12RithuJ
This project descibes the Library management system.This includes the code, its output and the applications. This software has main menu, admin menu that has provision to create student & book record, display student & book record, modify student & book record, delete student & book record .
Rithu
AECS Kudankulam
This document appears to be a student project report on investigating the relationship between input/output voltage and number of turns in the primary and secondary coils of a transformer. It includes sections on introduction, theory, apparatus, procedure, observations, conclusion, and bibliography. The key points are that the output voltage of a transformer depends on the ratio of turns in the secondary coil to the primary coil, and that there are losses between the input and output resulting in the transformer's efficiency being less than 100%.
CBSE Class 12 Computer practical Python Programs and MYSQL Rishabh-Rawat
This upload is my Computer Science Practical File for CBSE class 12 Board exam practical.
Some errors in the displaying of the content might have crept in as I prepared this file on my android. ;P
This document appears to be a chemistry project file submitted by Nikhil Dwivedi, a class 12 science student, on the topic of studying food adulterants. The file includes a certificate, acknowledgements, index, objective, introduction on food adulteration and laws, and details of experiments conducted to detect adulterants in foods like oils, fats, sugar and spices. The introduction provides background on food adulteration issues and legislation in India and other countries to protect consumers from health risks of adulterated foods.
Here's my Mathematics Board Practical File. I hope you find it as useful as it was to me. I constantly got complimented for my file from internal as well as external teachers so I thought of sharing my work with all of you. This file is however of CBSE class 12th 2020-2021 syllabus.
This document describes a student project for a hotel billing system. It includes sections describing the project contents, aim to create bills based on booking numbers, table structure, program coding and output, merits like fast accessible records, and demerits like inability to recover deleted records. The conclusion states the project reduces manual work and automatically calculates totals.
This document describes a student information system project done by a student named Arjun N.M. It includes an acknowledgment, descriptions of object-oriented programming concepts and the project details. The project uses C++ to create a student class with functions for getting, putting, modifying and deleting student data from a binary file. The main function provides a menu to add, delete, display and search student records.
PHYSICAL EDUCATION PRACTICAL FILE ( Class 12th)Anushka Rai
Here's my Physical Education Board Practical File. I hope you find it as useful as it was to me. I constantly got complimented for my file from internal as well as external teachers so I thought of sharing my work with all of you. This file is however of CBSE class 12th 2020-2021 syllabus so it has 'Barrow test' missing.
“To estimate the charge induced on each one of the two identical Styrofoam (o...VanshPatil7
This document is a certificate certifying that Vansh Patil of class 12th at SNBP International School completed a physics project on estimating the charge induced on two identical Styrofoam balls suspended vertically using Coulomb's Law, in partial fulfillment of a CBSE exam. The student thanks their physics teachers Miss Luna and Miss Ruchita for guidance. The project report includes an introduction to transformers, the theory behind them, sample circuit diagrams, observation tables showing measurements taken, results discussing relationships between voltage ratios and coils, and applications of transformers such as in voltage regulators.
Informatics Practices Project on Tour and travels Harsh Mathur
This document provides an overview and code snippets for a tour and travel management project created in Java and MySQL. It includes summaries of the tables created in MySQL, forms designed in Java for the main page, admin login, admin functions like adding/removing packages, and viewing bookings. It also provides code snippets for connecting Java to MySQL and performing basic functions like validation, inserting/updating records. The project shows how Java and MySQL can be integrated to develop a functional application for online tour bookings and transactions.
This document describes a library management system project created by Darshit Rajeshbhai Vaghasiya. The project uses Python and MySQL to create tables for books, book issues, and returns. It allows adding, issuing, returning, and deleting books. Functions and source code are provided to perform these tasks. Sample outputs and tables demonstrate the functionality of the project.
To find the refractive indexes of (a) water,(b) oil using a plane mirror, an ...AnkitSharma1903
1. Ankit Sharma completed a physics project to determine the refractive indices of water and oil using a plane mirror, convex lens, and adjustable needle under the guidance of his teacher Mr. P.K. Sha.
2. The project involved using the lens formula to calculate the focal lengths of the convex lens alone and in combination with water or oil, then using these values and the radius of curvature of the lens to determine the refractive indices.
3. The refractive indices calculated were 1.0831 for water and 1.2886 for oil.
This document contains source code for a computer shop management system project. It includes functions for adding, modifying, deleting, and searching computer product records in a database. It also contains functions for generating sales invoices and reports. The main menu allows selecting between product management, sales/purchases, and reports generation. Overall, the source code provides a way to manage the entire operations of a computer shop using a database to store product and sales information.
Cosmetics Shop Management System is a complete solution for managing a Shop, in other words, an enhanced tool that assists in organizing the day-to-day activities of a Shop. There is the need of an application for efficient management and handling customer orders. This Cosmetics Shop Management System keeps every record Shop and reducing paperwork
This document is a project report submitted by Mitul M Patel for a computer science investigatory project on report card making. It includes certificates of completion signed by the project guide and examiner. It also includes declarations, acknowledgements, and outlines the contents which will discuss the header files used, files generated, working description, coding, output screens, conclusion, and bibliography for the report card making program.
This document contains a summary of a project report on a canteen management system. It includes 15 sections that describe various aspects of the project such as introduction, databases, source code, outputs, requirements, advantages/disadvantages, and conclusion. The source code section lists 5 Python files that form the core of the system: canteen_menu.py, customers.py, product.py, invoice_report.py, and mainpage.py. The outputs and installation sections provide brief descriptions of the system demonstration and database/language setup.
Online Pay & Park System that provide online services for client book a car park on client choice location and distributor can add a new parking and manage own parking space. client after login search location and view details of particular parking if client can book a parking then add car information and process of payment. admin after login see all reports and manage client or distributor or parking details
Library Management Project (computer science) class 12RithuJ
This project descibes the Library management system.This includes the code, its output and the applications. This software has main menu, admin menu that has provision to create student & book record, display student & book record, modify student & book record, delete student & book record .
Rithu
AECS Kudankulam
This document appears to be a student project report on investigating the relationship between input/output voltage and number of turns in the primary and secondary coils of a transformer. It includes sections on introduction, theory, apparatus, procedure, observations, conclusion, and bibliography. The key points are that the output voltage of a transformer depends on the ratio of turns in the secondary coil to the primary coil, and that there are losses between the input and output resulting in the transformer's efficiency being less than 100%.
CBSE Class 12 Computer practical Python Programs and MYSQL Rishabh-Rawat
This upload is my Computer Science Practical File for CBSE class 12 Board exam practical.
Some errors in the displaying of the content might have crept in as I prepared this file on my android. ;P
This document appears to be a chemistry project file submitted by Nikhil Dwivedi, a class 12 science student, on the topic of studying food adulterants. The file includes a certificate, acknowledgements, index, objective, introduction on food adulteration and laws, and details of experiments conducted to detect adulterants in foods like oils, fats, sugar and spices. The introduction provides background on food adulteration issues and legislation in India and other countries to protect consumers from health risks of adulterated foods.
Here's my Mathematics Board Practical File. I hope you find it as useful as it was to me. I constantly got complimented for my file from internal as well as external teachers so I thought of sharing my work with all of you. This file is however of CBSE class 12th 2020-2021 syllabus.
This document describes a student project for a hotel billing system. It includes sections describing the project contents, aim to create bills based on booking numbers, table structure, program coding and output, merits like fast accessible records, and demerits like inability to recover deleted records. The conclusion states the project reduces manual work and automatically calculates totals.
This document describes a student information system project done by a student named Arjun N.M. It includes an acknowledgment, descriptions of object-oriented programming concepts and the project details. The project uses C++ to create a student class with functions for getting, putting, modifying and deleting student data from a binary file. The main function provides a menu to add, delete, display and search student records.
PHYSICAL EDUCATION PRACTICAL FILE ( Class 12th)Anushka Rai
Here's my Physical Education Board Practical File. I hope you find it as useful as it was to me. I constantly got complimented for my file from internal as well as external teachers so I thought of sharing my work with all of you. This file is however of CBSE class 12th 2020-2021 syllabus so it has 'Barrow test' missing.
“To estimate the charge induced on each one of the two identical Styrofoam (o...VanshPatil7
This document is a certificate certifying that Vansh Patil of class 12th at SNBP International School completed a physics project on estimating the charge induced on two identical Styrofoam balls suspended vertically using Coulomb's Law, in partial fulfillment of a CBSE exam. The student thanks their physics teachers Miss Luna and Miss Ruchita for guidance. The project report includes an introduction to transformers, the theory behind them, sample circuit diagrams, observation tables showing measurements taken, results discussing relationships between voltage ratios and coils, and applications of transformers such as in voltage regulators.
Informatics Practices Project on Tour and travels Harsh Mathur
This document provides an overview and code snippets for a tour and travel management project created in Java and MySQL. It includes summaries of the tables created in MySQL, forms designed in Java for the main page, admin login, admin functions like adding/removing packages, and viewing bookings. It also provides code snippets for connecting Java to MySQL and performing basic functions like validation, inserting/updating records. The project shows how Java and MySQL can be integrated to develop a functional application for online tour bookings and transactions.
This document describes a library management system project created by Darshit Rajeshbhai Vaghasiya. The project uses Python and MySQL to create tables for books, book issues, and returns. It allows adding, issuing, returning, and deleting books. Functions and source code are provided to perform these tasks. Sample outputs and tables demonstrate the functionality of the project.
To find the refractive indexes of (a) water,(b) oil using a plane mirror, an ...AnkitSharma1903
1. Ankit Sharma completed a physics project to determine the refractive indices of water and oil using a plane mirror, convex lens, and adjustable needle under the guidance of his teacher Mr. P.K. Sha.
2. The project involved using the lens formula to calculate the focal lengths of the convex lens alone and in combination with water or oil, then using these values and the radius of curvature of the lens to determine the refractive indices.
3. The refractive indices calculated were 1.0831 for water and 1.2886 for oil.
This document contains source code for a computer shop management system project. It includes functions for adding, modifying, deleting, and searching computer product records in a database. It also contains functions for generating sales invoices and reports. The main menu allows selecting between product management, sales/purchases, and reports generation. Overall, the source code provides a way to manage the entire operations of a computer shop using a database to store product and sales information.
Cosmetics Shop Management System is a complete solution for managing a Shop, in other words, an enhanced tool that assists in organizing the day-to-day activities of a Shop. There is the need of an application for efficient management and handling customer orders. This Cosmetics Shop Management System keeps every record Shop and reducing paperwork
This document is a project report submitted by Mitul M Patel for a computer science investigatory project on report card making. It includes certificates of completion signed by the project guide and examiner. It also includes declarations, acknowledgements, and outlines the contents which will discuss the header files used, files generated, working description, coding, output screens, conclusion, and bibliography for the report card making program.
This document contains a summary of a project report on a canteen management system. It includes 15 sections that describe various aspects of the project such as introduction, databases, source code, outputs, requirements, advantages/disadvantages, and conclusion. The source code section lists 5 Python files that form the core of the system: canteen_menu.py, customers.py, product.py, invoice_report.py, and mainpage.py. The outputs and installation sections provide brief descriptions of the system demonstration and database/language setup.
Online Pay & Park System that provide online services for client book a car park on client choice location and distributor can add a new parking and manage own parking space. client after login search location and view details of particular parking if client can book a parking then add car information and process of payment. admin after login see all reports and manage client or distributor or parking details
This document contains code to analyze a dataset of car information. Several functions are defined to load and examine the data, check for duplicates and missing values, summarize manufacturers and features, and create visualizations of the data, including histograms of colors, wheels, and fuels, and plots showing numbers of cars by year, price, and gear type. Other functions allow searching the data for specific car options, plotting top manufacturers by number of cars, and graphs relating price to manufacturer and engine volume. The code provides analysis of a car sales dataset.
This document provides instructions on various SAP BASIS administration tasks, such as listing S-Users, creating area menus, copying area menus and assigning them to users, using parallel processing for MRP, converting spool output to PDF, upgrading the SAP kernel, finding inactive objects, and increasing the dialog work process run time. It also includes tips on checking the JSPM version, changing the system modification status, deleting imported requests, troubleshooting the user session timeout issue, analyzing ABAP dumps, and changing the SAPSR3 password using BRTOOLS.
R, Scikit-Learn and Apache Spark ML - What difference does it make?Villu Ruusmann
This document discusses different machine learning frameworks like R, Scikit-Learn, LightGBM, XGBoost, and Apache Spark ML and compares their capabilities for predictive modeling tasks. It highlights differences in how each framework handles data formats, parameter tuning, model serialization, and execution. It also presents a case study predicting car prices using gradient boosted trees in various frameworks and discusses lessons learned, emphasizing that ease-of-use and integration often outweigh raw performance.
This document provides an overview of SQL concepts for an exam on business intelligence. It covers topics like SELECT statements, filtering data, joining tables, and ordering results. Examples are provided using databases that contain data on film information, the Eurovision song contest, and telecom customer transactions. The last section provides sample exam questions focusing on analyzing and aggregating data from the transaction database to answer business questions.
This document provides an introduction and tutorial on SQL and business intelligence concepts. It covers topics like SELECT statements, filtering, aggregation, joins, and exam questions. The goal is to teach readers how to query databases and extract useful business insights from data. Examples are provided using SQL Server and sample databases containing customer, payment, and sales data. Overall, the document aims to give readers a foundational understanding of SQL and how it can be used for business intelligence applications.
This document describes a student project on a vehicle parking system. It includes an introduction, scope, objectives, data flow diagrams, entity relationship diagrams, relational database model, queries, and interfaces. The project aims to create an automated system to manage vehicle entry and exit from a parking area. Information like vehicle type, registration number, entry time, exit time and generated bill amount will be stored. Queries are written to retrieve and analyze data from the database tables created to represent different entities. Screenshots of the user interface designed in Visual Studio are also included.
This document contains a final project report submitted by Harsh Kumar for the subject of Computer Science. It details the development of a "Super Market Billing" software project under the guidance of his teacher, Mr. Manoj Kumar Singh. The report contains documentation of the software requirements, code structure, functions used, and output. It also includes declarations by Harsh Kumar and examinations by teachers to certify the work as Harsh Kumar's own efforts for his class project.
X-Force Marketing Application allows employees to enter information about site visits, next day planning, daily reports, leaves, and more. The application captures details from marketing personnel visits to help the business. It has features for logging in, planning next day activities, reporting on company visits, applying for leaves, and adding details of contacted persons. Various tables store user, visit, contact, leave, attendance, and project information for reporting and analysis.
The document provides details of an online car rental system project. It includes sections on the existing system, need for a new system, functional specifications, hardware and software requirements, system flowchart, timeline chart, entity relationship diagram, unified modeling language diagrams (use case diagram, activity diagram, class diagram, sequence diagram, collaboration diagram), data dictionary, input design, output design, testing, post implementation review, future enhancements and bibliography. The key aspects covered are providing online functionality for listing available cars, booking cars, getting cars on rent, and allowing users to provide feedback or inquiries.
This document is a project report for a travel agency system called "Cool Cab". It includes sections on the project profile, requirements specification, hardware and software requirements, system functionality, system flow chart, UML diagrams, data dictionary, screen layouts, testing, future enhancements, conclusion, and bibliography. The system allows users to book and cancel cab rides, and admins to manage vehicles, drivers, bookings, and feedback. Screenshots demonstrate interfaces for registration, login, booking, cancellation, and admin management features. The system aims to automate transportation processes compared to the previous paper-based system.
Programming in C#
This program demonstrates the use of a class car and overriding a function in C-sharp.
Programminghomeworkshelp.com started with the mission of helping students in the field of computer science who find it challenging to understand the theoretical concepts and work on executing C# Programming Projects.
CMPRO Process Guide: Drawing Parts List - BasicsPSA Inc.
CMPRO is Product Lifecycle Management (PLM) software that manages engineering, configuration, inventory, and product data.
For CMPRO training resources visit www.CMPROficiency.com.
The document describes a project to predict prices of used BMW cars using machine learning. It discusses exploring a dataset of car features and prices to understand relationships between variables. Categorical variables like transmission and fuel type are encoded numerically. Exploratory analysis finds price increases with years and engine size, but decreases with mileage. A random forest regressor is selected and trained on preprocessed data to predict prices, with R-squared and mean squared error used to evaluate fit.
This document contains the source code for a book shop management system project. It includes functions for adding, modifying, deleting book records from the database, and searching books by various criteria. It also includes functions for generating reports on book sales and purchases and printing invoices. The source code uses Python and connects to a MySQL database to manage the book data.
MongoDB World 2016 : Advanced AggregationJoe Drumgoole
This document discusses MongoDB's aggregation framework and provides an example of creating a summary of test results from a public MOT (Ministry of Transport) dataset containing over 25 million records. It shows how to use aggregation pipeline stages like $match, $project, $group to filter the data to only cars from 2013, calculate the age of each car, and then group the results to output statistics on counts, average mileages, and number of passes for each make and age combination. The aggregation framework allows processing large collections in parallel and creating new data from existing data.
This document is a project report on a Gas Booking System. It includes an acknowledgement section thanking those who provided guidance. It also includes a certificate section certifying the completion of the project. The content section lists the different parts of the project like introduction, source code, output, requirements, advantages/disadvantages and conclusion. The objective of the software is to computerize the manual system of a Gas Agency to make transactions faster and easier. It replaces paper work and provides easy management and navigation.
1) The document discusses various Python flow control statements including if, if-else, nested if-else, and elif statements with examples of using these to check conditions and execute code blocks accordingly.
2) Examples include programs to check number comparisons, even/odd numbers, positive/negative numbers, and using nested if-else for multi-level checks like checking triangle validity.
3) The last few sections discuss using if-else statements to classify triangles as equilateral, isosceles, or scalene and to check if a number is positive, negative, or zero.
The document discusses Python's if-else conditional statements. It provides examples of using if-else to check 1) if a user's age is greater than or equal to 18, 2) if a number is positive or negative, 3) if a number is even or odd, 4) if a number is divisible by 3 or 7, and 5) if a year is a leap year. The last example shows how to find the maximum between two numbers using if-else. The syntax and logic of if-else statements are explained through these examples.
This document discusses different types of flow control in Python programs. It explains that a program's control flow defines the order of execution and can be altered using control flow statements. There are three main types of control flow: sequential, conditional/selection, and iterative/looping.
Sequential flow executes code lines in order. Conditional/selection statements like if/else allow decisions based on conditions. Iterative/looping statements like for and while loops repeat code for a set number of iterations or as long as a condition is true. Specific conditional statements, loops, and examples are described in more detail.
This document discusses different types of operators in Python including arithmetic, comparison, assignment, logical, membership, and identity operators. It provides examples of using arithmetic operators like addition, subtraction, multiplication, division, floor division, exponentiation, and modulus on variables. It also covers operator precedence and use of operators with strings.
The document discusses various operators in Python including assignment, comparison, logical, identity, and membership operators. It provides examples of how each operator works and the output. Specifically, it explains that assignment operators are used to assign values to variables using shortcuts like +=, -=, etc. Comparison operators compare values and return True or False. Logical operators combine conditional statements using and, or, and not. Identity operators compare the memory location of objects using is and is not. Membership operators test if a value is present in a sequence using in and not in.
The print() function in Python allows users to customize output. The sep and end parameters can be used to control the separator between values and the ending text. Sep allows specifying the character or string inserted between values, like a comma, while end controls the string appended after the last value, like a new line. Examples demonstrate using sep and end to print values on separate lines, with different separators like commas and tabs, or append text to the end of a print statement.
This document discusses data types and variables in Python. It explains that a variable is a name that refers to a memory location used to store values. The main data types in Python are numbers, strings, lists, tuples, and dictionaries. It provides examples of declaring and initializing different types of variables, including integers, floats, characters, and strings. Methods for assigning values, displaying values, and accepting user input are also demonstrated. The document also discusses type conversion using functions like int(), float(), and eval() when accepting user input.
The document discusses user-defined functions in Python. It provides examples of different types of functions: default functions without parameters, parameterized functions that accept arguments, and functions that return values. It demonstrates how to define functions using the def keyword and call functions. The examples show functions to print messages, calculate mathematical operations based on user input, check if a number is even or odd, and display sequences of numbers in different patterns using loops. Finally, it provides an example of a program that uses multiple functions and user input to perform mathematical operations.
This document discusses random functions in Python. It explains how to import the random module and describes several functions:
- random() generates random float numbers between 0 and 1
- randrange() returns random integers within a given range
- randint() returns random integers within a range similar to randrange()
Examples are provided to demonstrate how to use these functions to generate random numbers between certain values or in lists.
Functions allow programmers to organize code into reusable blocks to perform related actions. There are three types of functions: built-in functions, modules, and user-defined functions. Built-in functions like int(), float(), str(), and abs() are predefined to perform common tasks. Modules like the math module provide additional mathematical functions like ceil(), floor(), pow(), sqrt(), and trigonometric functions. User-defined functions are created by programmers to customize functionality.
tokens,keywords,literals,operators,identifiers.
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NATURAL ENVIRONMENT,CATEGORIES OF RESOURCES,NATURAL RESOURCES,RENEWABLE AND NON-RENEWABLE,EXHAUSTIBLE , NON-EXHAUSTIBLE RESOURCES,HOW ENVIRONMENT IS CRUCIAL FOR US
WHAT IS DICTIONARY IN PYTHON?
HOW TO CREATE A DICTIONARY
INITIALIZE THE DICTIONARY
ACCESSING KEYS AND VALUES FROM A DICTIONARY
LOOPS TO DISPLAY KEYS AND VALUES IN A DICTIONARY
METHODS IN A DICTIONARY
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introduction to boolean logic,truth table and types of forms in truth table , evaluate the expression using truth table
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To watch video:
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A tuple is an ordered collection of elements that is immutable. Tuples are created using parentheses, with elements separated by commas. Elements within a tuple can be accessed using indexing with integers or slicing to access ranges. Tuples can be concatenated using the + operator or repeated using the * operator. The len(), count(), index(), min(), max() and sorted() functions can be used to operate on tuples. Tuples can be traversed using for loops or while loops to access each element.
INTRODUCTION TO SELECTION SORT AND WORKING OF SELECTION SORT
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How to Create User Notification in Odoo 17Celine George
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The Science of Learning: implications for modern teachingDerek Wenmoth
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How to Download & Install Module From the Odoo App Store in Odoo 17Celine George
Custom modules offer the flexibility to extend Odoo's capabilities, address unique requirements, and optimize workflows to align seamlessly with your organization's processes. By leveraging custom modules, businesses can unlock greater efficiency, productivity, and innovation, empowering them to stay competitive in today's dynamic market landscape. In this tutorial, we'll guide you step by step on how to easily download and install modules from the Odoo App Store.
(𝐓𝐋𝐄 𝟏𝟎𝟎) (𝐋𝐞𝐬𝐬𝐨𝐧 3)-𝐏𝐫𝐞𝐥𝐢𝐦𝐬
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In Odoo, hooks are functions that are presented as a string in the __init__ file of a module. They are the functions that can execute before and after the existing code.
1. Name of Your School / University
Project Report
On
CAR SHOP SYSTEM
………………………………………………..
(SESSION-…………….)
………………………….
…...............
LOGO IMAGE
2. ACKNOWLEDGEMENT
I would like to convey my heartful thanks to
……………………………. (Computer Science) who always
gave valuable suggestions & guidance for completion of my
project.
He helped me to understand & remember important details of
the project. My project has been a success only because of his
guidance.
I am especially indented & I am also beholden to my friends. And
finally I thank to the members of my family for their support &
encouragement.
3. CERTIFICATE
This is to certify that …………………… of class
………… of ………………………………… has
completed his project under my supervision. He has taken
proper care & shown sincerity in completion of this project.
I certify that this project is up to my expectation &
as per the guideline issued by CBSE.
………………………………..
(Computer Science faculty)
5. INTRODUCTION
Development of an interactive car sale system which lets a user to
find a car and its details is the main objective of this project. The
administrators can access, enter, modify and delete the details of
every car. Administrators are responsible of maintaining the details
of vehicles like the Manufacturer information, Year, Model, Price,
and descriptions. This is a software which can be used by a Car
center for keeping the records of items which is to be transacted for
purchase and sell. The system’s main functions include:
Look up various cars listing with details included:-
You may select, search, modify and delete the car details
he system provides a search algorithm which enables the user
to find a car with all details displayed matching the car model
Users can also view the information of vehicles purchased and
their particulars.
Menus are part of the excellent user interface implemented in
the project
7. DATABASE STRUCTURE
Database Name: carshop
Table Name: carinfo
Column Name Data Type /Width Constraints
carid int(11) Primary Key
carnm varchar(30)
type varchar(25)
company varchar(25)
qty int(11)
rice int(11)
description varchar(35)
enginetype varchar(10)
modelno varchar(10)
colour varchar(15)
Table Name: carinvoice
Column Name Data Type /Width Constraints
carinvoid int(11) Primary Key
carid int(11)
custnm varchar(30)
mobno varchar(15)
qty int(11)
status varchar(25)
invoiceno int(11)
amt int(11)
dateSP date
8. SOURCE CODE
File Name: carmenu.py
"""*************************************************************
THE MAIN FUNCTION OF PROGRAM
****************************************************************"""
import platform
import os
def myclear():
if platform.system()=="Windows":
print(os.system("cls"))
def intromain():
myclear()
print("**********CAR*******SHOP****SYSTEM******PROJECT*********
**********")
print("**************************************************************
****")
def intro():
print("*************************CAR
SUPERMARKET***************************")
print("=======================================================
====")
print("****************************S=Y=S=T=E=M********************
********")
print("PROJECT:")
print("MADE BY : ……………………")
print("---------------SCHOOL : NAME OF SCHOOL--------------------")
10. print("3.SEARCH RECORD BY CAR'S PRODUCT ID")
print("4.SEARCH RECORD BY CAR'S PRODUCT NAME")
print("5.SEARCH RECORD BY PRICE")
print("6.SEARCH RECORD BY TYPE")
print("7.SEARCH RECORD BY COMPANY")
print("8.SEARCH RECORD BY ENGINE TYPE")
print("9.SEARCH RECORD BY MODEL NO")
print("10.SEARCH RECORD BY CAR COLOUR")
print("11.BACK TO MAIN MENU")
ch=int(input("Please Enter Your Choice (1-11) "))
return ch
"""***************************************************************
ADMINSTRATOR CAR'S MAIN MENU FUNCTION
****************************************************************"""
def Car_ADM_menu():
ch=0
myclear()
intromain()
print("=================ADMIN MENU====================")
print("1.CAR'S MENU")
print("2.CAR'S SALE/PURCHASE")
print("3.BACK TO MAIN MENU")
ch=int(input("Please Enter Your Choice (1-3) "))
return ch
"""**********************************************************
MODIFY MENU
********************************************************"""
def modifyCar_menu():
ch=0
myclear()
intromain()
print("===============MODIFY MENU==================")
11. print("1.MODIFY CAR'S PRODUCT NAME")
print("2.MODIFY PRICE")
print("3.MODIFY QUANTITY")
print("4.MODIFY TYPE")
print("5.MODIFY COMPANY")
print("6.MODIFY DESCRIPTION")
print("7-MODIFY ENGINE TYPE")
print("8-MODIFY MODELNO")
print("9-MODIFY COLOUR")
print("10.BACK TO MAIN MENU")
ch=int(input("Please Enter Your Choice (1-10) "))
return ch
"""**********************************************************
REPORTS MENU
********************************************************"""
def SALE_PURCHASEmenu():
ch=0
myclear()
intromain()
print("===============SALE AND PURCHASE
MENU==================")
print("1.CAR'S PRODUCT SOLD OUT")
print("2.CAR'S PRODUCT PURCHASED")
print("3.BACK TO MAIN MENU")
ch=int(input("Please Enter Your Choice (1-3) "))
return ch
def carinvoicereports():
ch=0
myclear()
intromain()
print("=================SPAREPART'S ADD
MENU====================")
print("1.SEARCH AND PRINT SALE INVOICE")
12. print("2.SEARCH AND PRINT PURCHASE INVOICE")
print("3.DISPLAY ALL INVOICE(SALE/PURCHASE)")
print("4.SEARCH INVOICE BY DATEOFINVOICE")
print("5.BACK TO MAIN MENU")
ch=int(input("Please Enter Your Choice (1-5) "))
return ch
File Name: carshop.py
import os
import pymysql
#--------SEARCH AND PRINT SALE INVOICE
def searchCOSinvoice():
try:
mydb=pymysql.connect(host="localhost", user="root", passwd="",
database="carshop")
C=mydb.cursor()
tot=0
gst=0
count=1
nettot=0
invo=int(input("Enter the Invoice No:"))
Query=("SELECT
carinfo.carnm,carinvoice.amt,carinvoice.qty,carinvoice.dateSP,carinvoice.custnm,c
arinvoice.mobno FROM carinfo,carinvoice WHERE carinfo.carid=carinvoice.carid
AND carinvoice.status='SALE' AND carinvoice.invoiceno=%s")
data=(invo,)
C.execute(Query,data)
rc=C.fetchall()
if rc:
print("----------------INVOICE: ",invo,"---------DATE: ",rc[0][3])
print("--NAME:--",rc[0][4],"-----------MOBILE NO.:",rc[0][5])
print("--------------------------SALE------------------------------")
print("S.NO.----|------------CAR NAME-------------------TOTAL-----")
for rc1 in rc:
13. tot=tot+rc1[1]
print(count," |---",rc1[0],"ttttt |t",rc1[1])
count=count+1
gst=tot*12/100
nettot=tot+gst
print("=======================================================
=====")
print(" Total: ",tot)
print(" GST : ",gst)
print(" NETTOTAL: ",nettot)
input("----------------------Press any key-------------------------")
C.close()
mydb.close()
return rc
except:
mydb.close()
def searchPURinvoice():
try:
mydb=pymysql.connect(host="localhost", user="root", passwd="",
database="carshop")
C=mydb.cursor()
tot=0
gst=0
count=1
nettot=0
invo=int(input("Enter the Invoice No:"))
Query=("SELECT
carinfo.carnm,carinvoice.amt,carinvoice.qty,carinvoice.dateSP,carinvoice.custnm,c
arinvoice.mobno FROM carinfo,carinvoice WHERE carinfo.carid=carinvoice.carid
AND carinvoice.status='PURCHASE' AND carinvoice.invoiceno=%s")
data=(invo,)
C.execute(Query,data)
14. rc=C.fetchall()
if rc:
print("----------------INVOICE: ",invo,"---------DATE: ",rc[0][3])
print("--NAME:--",rc[0][4],"-----------MOBILE NO.:",rc[0][5])
print("--------------------------PURCHASE------------------------------")
print("S.NO.----|----------------CAR NAME-------------------TOTAL-----")
for rc1 in rc:
tot=tot+rc1[1]
print(count," |---",rc1[0],"ttttt |t",rc1[1])
count=count+1
gst=tot*12/100
nettot=tot+gst
print("=======================================================
=====")
print(" Total: ",tot)
print(" GST : ",gst)
print(" NETTOTAL: ",nettot)
input("----------------------Press any key-------------------------")
C.close()
mydb.close()
return rc
except:
mydb.close()
#----------display all invoice SALE or PURCHASE wise
def displayinvoiceSP():
try:
mydb=pymysql.connect(host="localhost", user="root", passwd="",
database="carshop")
C=mydb.cursor()
count=1
ch=int(input("Enter the Choice 1- SALE Wise 2- PURCHASE Wise:"))
15. Query=("SELECT
carinfo.carnm,carinvoice.amt,carinvoice.qty,carinvoice.dateSP,carinvoice.invoiceno
,carinfo.type FROM carinfo,carinvoice WHERE carinfo.carid=carinvoice.carid
AND carinvoice.status=%s")
if(ch==1):
data=('SALE',)
else:
data=('PURCHASE',)
C.execute(Query,data)
rc=C.fetchall()
if rc:
print("---------------------INVOICE LIST---------------------------")
print("------------------------------------------------------------")
print("S.NO.tCAR'S-
NAMEttTYPEtQUANTITYtAMOUNTtDATEtINVOICE NO")
for rc1 in rc:
print(count,"t",rc1[0],"tt",rc1[5],"t",rc1[2],"t",rc1[1],"t",rc1[3],"t",rc1[4])
count=count+1
print("=======================================================
=====")
input("----------------------Press any key-------------------------")
C.close()
mydb.close()
return rc
except:
mydb.close()
#----------display all invoice SALE or PURCHASE by date
def displayinvoiceSPdate():
try:
mydb=pymysql.connect(host="localhost", user="root", passwd="",
database="carshop")
16. C=mydb.cursor()
count=1
ch=int(input("Enter the Choice 1- SALE Wise 2- PURCHASE Wise:"))
dt=input("Enter the date(yyyy-mm-dd)")
Query=("SELECT
carinfo.carnm,carinvoice.amt,carinvoice.qty,carinvoice.dateSP,carinvoice.invoiceno
,carinfo.type FROM carinfo,carinvoice WHERE carinfo.carid=carinvoice.carid
AND carinvoice.status=%s AND carinvoice.dateSP=%s")
if(ch==1):
data=('SALE',dt)
info='SALE'
else:
data=('PURCHASE',dt)
info='PURCHASE'
C.execute(Query,data)
rc=C.fetchall()
if rc:
print("---------------------INVOICE LIST---------------------------")
print("---------------------",info,"---------------------------")
print("NOttCAR-
NAMEtTYPEtQUANTITYtAMOUNTtDATEtINVOICENO")
for rc1 in rc:
print(count,"tt",rc1[0],"t",rc1[5],"t",rc1[2],"t",rc1[1],"t",rc1[3],"t",rc1[4])
count=count+1
print("=======================================================
=====")
input("----------------------Press any key-------------------------")
C.close()
mydb.close()
return rc
except:
17. mydb.close()
#--------------------------------
#---Search Product no
def prodsearchdata(scid):
try:
mydb=pymysql.connect(host="localhost", user="root", passwd="",
database="carshop")
C=mydb.cursor()
Query=("SELECT * FROM carinfo WHERE carid=%s")
data=(scid,)
C.execute(Query,data)
rc=C.fetchone()
if rc:
print("CARIDtCAR-
NAMEtPRICEtQUANTITYtTYPEtBRANDtDESCRIPTIONtENGINETYPEt
MODELNOtCOLOUR")
print(rc[0],"t",rc[1],"t",rc[5],"t",rc[4],"t",rc[2],"t",rc[3],"t",rc[6],"t",rc[7],"t",rc
[8],"t",rc[9])
input("--------------------press the key---------------------------------")
os.system('cls')
C.close()
mydb.close()
return rc
except:
mydb.close()
#---Search Product no
#----Modify Name of the Product
def search_mod_Prodnm():
try:
mydb=pymysql.connect(host="localhost", user="root", passwd="",
database="carshop")
C=mydb.cursor()
pno=int(input("ENTER Car No"))
18. rc1=prodsearchdata(pno)
if rc1:
pnm=input("Enter the new Car name to update:")
Query=("UPDATE carinfo SET carnm=%s WHERE carid=%s")
data=(pnm,pno)
C.execute(Query,data)
mydb.commit()
print(C.rowcount, "record(s) affected")
C.close()
mydb.close()
except:
mydb.close()
#----Modify price of Product
def search_mod_price():
try:
mydb=pymysql.connect(host="localhost", user="root", passwd="",
database="carshop")
C=mydb.cursor()
pno=int(input("ENTER Car No"))
rc1=prodsearchdata(pno)
if rc1:
pr=int(input("Enter the price to update:"))
Query=("UPDATE carinfo SET price=%s WHERE carid=%s")
data=(pr,pno)
C.execute(Query,data)
mydb.commit()
print(C.rowcount, "record(s) affected")
C.close()
mydb.close()
except:
mydb.close()
#----Modify Quantity of Product
def search_mod_qty():
19. try:
mydb=pymysql.connect(host="localhost", user="root", passwd="",
database="carshop")
C=mydb.cursor()
pno=int(input("ENTER Car No"))
rc1=prodsearchdata(pno)
if rc1: #--- and f==1:
qt=int(input("Enter the new Quantity to update:"))
Query=("UPDATE carinfo SET qty=qty+%s WHERE carid=%s")
data=(qt,pno)
C.execute(Query,data)
mydb.commit()
print(C.rowcount, "record(s) affected")
C.close()
mydb.close()
except:
mydb.close()
#----Modify Type of Product
def search_mod_type():
try:
mydb=pymysql.connect(host="localhost", user="root", passwd="",
database="carshop")
C=mydb.cursor()
pno=int(input("ENTER Car No"))
rc1=prodsearchdata(pno)
if rc1: #--- and f==1:
print("(SEDAN/COUPE/SPORTS CAR/STATION
WAGON/HATCHBACK/CONVERTIBLE/)")
print("SPORT-UTILITY VEHICLE (SUV)/MINIVAN/PICKUP TRUCK/")
ty=input("Enter the new Type to update:")
Query=("UPDATE carinfo SET type=%s WHERE carid=%s")
data=(ty,pno)
C.execute(Query,data)
20. mydb.commit()
print(C.rowcount, "record(s) affected")
C.close()
mydb.close()
except:
mydb.close()
#----Modify company of Product
def search_mod_company():
try:
mydb=pymysql.connect(host="localhost", user="root", passwd="",
database="carshop")
C=mydb.cursor()
pno=int(input("ENTER Car No"))
rc1=prodsearchdata(pno)
if rc1: #--- and f==1:
print("Lexus/Kia/Subaru/Mazda/Skoda/Toyota/Honda/Peugeot/Alfa
Romeo/Volvo")
print("Nissan/Jaguar/Hyundai/SEAT/Renault/Mitsubishi/Suzuki/Volkswagen")
print("MG/Audi/Fiat/Ford/Land Rover/BMW/Mercedes-Benz")
ty=input("Enter the new Company to update:")
Query=("UPDATE carinfo SET company=%s WHERE carid=%s")
data=(ty,pno)
C.execute(Query,data)
mydb.commit()
print(C.rowcount, "record(s) affected")
C.close()
mydb.close()
except:
mydb.close()
#----Modify company of Product
def search_mod_desc():
21. try:
mydb=pymysql.connect(host="localhost", user="root", passwd="",
database="carshop")
C=mydb.cursor()
pno=int(input("ENTER Car No"))
rc1=prodsearchdata(pno)
if rc1: #--- and f==1:
ds=input("Enter the new Description to update:")
Query=("UPDATE carinfo SET description=%s WHERE carid=%s")
data=(ds,pno)
C.execute(Query,data)
mydb.commit()
print(C.rowcount, "record(s) affected")
C.close()
mydb.close()
except:
mydb.close()
def search_mod_engtype():
try:
mydb=pymysql.connect(host="localhost", user="root", passwd="",
database="carshop")
C=mydb.cursor()
pno=int(input("ENTER Car No"))
rc1=prodsearchdata(pno)
if rc1: #--- and f==1:
ds=input("Enter the new Engine Type(Petrol/Diesel) to update:")
Query=("UPDATE carinfo SET enginetype=%s WHERE carid=%s")
data=(ds,pno)
C.execute(Query,data)
mydb.commit()
print(C.rowcount, "record(s) affected")
C.close()
mydb.close()
22. except:
mydb.close()
def search_mod_modno():
try:
mydb=pymysql.connect(host="localhost", user="root", passwd="",
database="carshop")
C=mydb.cursor()
pno=int(input("ENTER Car No"))
rc1=prodsearchdata(pno)
if rc1: #--- and f==1:
ds=input("Enter the new Model No to update:")
Query=("UPDATE carinfo SET modelno=%s WHERE carid=%s")
data=(ds,pno)
C.execute(Query,data)
mydb.commit()
print(C.rowcount, "record(s) affected")
C.close()
mydb.close()
except:
mydb.close()
def search_mod_col():
try:
mydb=pymysql.connect(host="localhost", user="root", passwd="",
database="carshop")
C=mydb.cursor()
pno=int(input("ENTER Car No"))
rc1=prodsearchdata(pno)
if rc1: #--- and f==1:
ds=input("Enter the new colour to update:")
Query=("UPDATE carinfo SET colour=%s WHERE carid=%s")
data=(ds,pno)
C.execute(Query,data)
23. mydb.commit()
print(C.rowcount, "record(s) affected")
C.close()
mydb.close()
except:
mydb.close()
#-- to generate the autonumbers
def giveno():
count=0
mydb=pymysql.connect(host="localhost", user="root", passwd="",
database="carshop")
mycursor=mydb.cursor()
query=("SELECT COUNT(*) FROM carinfo")
q=("SELECT MAX(carid) FROM carinfo")
mycursor.execute(query)
rc=mycursor.fetchone()
tmp=rc[0]
print(tmp)
if tmp==0:
count=int(input("Enter the New Car No:"))
else:
q=("SELECT MAX(carid) FROM carinfo")
mycursor.execute(q)
rc=mycursor.fetchone()
count=rc[0]
count=count+1
mycursor.close()
mydb.close()
return count
#-To add new record of Products
def write_carrecord():
try:
24. mydb=pymysql.connect(host="localhost", user="root", passwd="",
database="carshop")
print(mydb)
C=mydb.cursor()
Query=("INSERT INTO carinfo
VALUES(%s,%s,%s,%s,%s,%s,%s,%s,%s,%s)")
pno=giveno()
pdid=pno
pname=input("Enter Car Name")
print("(SEDAN/COUPE/SPORTS CAR/STATION
WAGON/HATCHBACK/CONVERTIBLE/)")
print("SPORT-UTILITY VEHICLE (SUV)/MINIVAN/PICKUP TRUCK/")
ty=input("Enter Car Type:")
print("Lexus/Kia/Subaru/Mazda/Skoda/Toyota/Honda/Peugeot/Alfa
Romeo/Volvo")
print("Nissan/Jaguar/Hyundai/SEAT/Renault/Mitsubishi/Suzuki/Volkswagen")
print("MG/Audi/Fiat/Ford/Land Rover/BMW/Mercedes-Benz")
bnm=input("Enter Car Company name")
qt=int(input("Enter quantity"))
pr=int(input("Enter Price"))
dsc=input("Enter Product description")
egtype=input("Enter Engine Type(Petrol/desiel)")
modno=input("Enter Model No")
col=input("Enter Car Colour")
data=(pdid,pname,ty,bnm,qt,pr,dsc,egtype,modno,col)
C.execute(Query,data)
mydb.commit()
C.close()
mydb.close()
except:
mydb.close()
#--show all Products
25. def showallCarprod():
try:
mydb=pymysql.connect(host="localhost", user="root", passwd="",
database="carshop")
C=mydb.cursor()
Query=("SELECT * FROM carinfo")
#data=(scid,)
C.execute(Query)
rc=C.fetchall()
if rc:
print("CARIDtCAR-
NAMEtPRICEtQUANTITYtTYPEtBRANDtDESCRIPTIONtENGINETYPEt
MODELNOtCOLOUR")
for x in rc:
print(x[0],"t",x[1],"t",x[5],"t",x[4],"t",x[2],"t",x[3],"t",x[6],"t",x[7],"t",x[8],"t
",x[9])
input("--------------------press the key---------------------------------")
os.system('cls')
C.close()
mydb.close()
return rc
except:
mydb.close()
#----search and display Product by ID
def showprodID():
try:
mydb=pymysql.connect(host="localhost", user="root", passwd="",
database="carshop")
C=mydb.cursor()
scid=int(input("Enter the CAR ID:"))
Query=("SELECT * FROM carinfo WHERE carid=%s")
27. print(rc[0],"t",rc[1],"t",rc[5],"t",rc[4],"t",rc[2],"t",rc[3],"t",rc[6],"t",rc[7],"t",rc
[8],"t",rc[9])
input("--------------------press the key---------------------------------")
os.system('cls')
C.close()
mydb.close()
return rc
except:
mydb.close()
#----search and display Product by price
def showbyProdprice():
try:
mydb=pymysql.connect(host="localhost", user="root", passwd="",
database="carshop")
C=mydb.cursor()
low=int(input("Enter the Price lowest value:"))
high=int(input("Enter the Price Highest value:"))
Query=("SELECT * FROM carinfo WHERE price BETWEEN %s AND %s
")
data=(low,high)
C.execute(Query,data)
rc=C.fetchall()
if rc:
print("CARIDtCAR-
NAMEtPRICEtQUANTITYtTYPEtBRANDtDESCRIPTIONtENGINETYPEt
MODELNOtCOLOUR")
for rc1 in rc:
print(rc1[0],"t",rc1[1],"t",rc1[5],"t",rc1[4],"t",rc1[2],"t",rc1[3],"t",rc1[6],"t",rc1
[7],"t",rc1[8],"t",rc1[9])
input("--------------------press the key---------------------------------")
os.system('cls')
28. C.close()
mydb.close()
return rc
except:
mydb.close()
#----search and display Product by type
def showProdtype():
try:
mydb=pymysql.connect(host="localhost", user="root", passwd="",
database="carshop")
C=mydb.cursor()
print("(SEDAN/COUPE/SPORTS CAR/STATION
WAGON/HATCHBACK/CONVERTIBLE/)")
print("SPORT-UTILITY VEHICLE (SUV)/MINIVAN/PICKUP TRUCK")
scid=input("Enter the Car type:")
Query=("SELECT * FROM carinfo WHERE type=%s")
data=(scid,)
C.execute(Query,data)
rc=C.fetchall()
if rc:
print("CARIDtCAR-
NAMEtPRICEtQUANTITYtTYPEtBRANDtDESCRIPTIONtENGINETYPEt
MODELNOtCOLOUR")
for rc1 in rc:
print(rc1[0],"t",rc1[1],"t",rc1[5],"t",rc1[4],"t",rc1[2],"t",rc1[3],"t",rc1[6],"t",rc1
[7],"t",rc1[8],"t",rc1[9])
input("--------------------press the key---------------------------------")
os.system('cls')
C.close()
mydb.close()
return rc
except:
29. mydb.close()
#----search and display Product by brand
def showProdcompy():
try:
mydb=pymysql.connect(host="localhost", user="root", passwd="",
database="carshop")
C=mydb.cursor()
print("Lexus/Kia/Subaru/Mazda/Skoda/Toyota/Honda/Peugeot/Alfa
Romeo/Volvo")
print("Nissan/Jaguar/Hyundai/SEAT/Renault/Mitsubishi/Suzuki/Volkswagen")
print("MG/Audi/Fiat/Ford/Land Rover/BMW/Mercedes-Benz")
scid=input("Enter the Car Company name:")
Query=("SELECT * FROM carinfo WHERE company=%s")
data=(scid,)
C.execute(Query,data)
rc=C.fetchall()
if rc:
print("CARIDtCAR-
NAMEtPRICEtQUANTITYtTYPEtBRANDtDESCRIPTIONtENGINETYPEt
MODELNOtCOLOUR")
for rc1 in rc:
print(rc1[0],"t",rc1[1],"t",rc1[5],"t",rc1[4],"t",rc1[2],"t",rc1[3],"t",rc1[6],"t",rc1
[7],"t",rc1[8],"t",rc1[9])
input("--------------------press the key---------------------------------")
os.system('cls')
C.close()
mydb.close()
return rc
except:
mydb.close()
#----search and display Product by Engine type
30. def showProdEnginetype():
try:
mydb=pymysql.connect(host="localhost", user="root", passwd="",
database="carshop")
C=mydb.cursor()
scid=input("Enter the Car Engine type(Petrol/Diesel):")
Query=("SELECT * FROM carinfo WHERE enginetype=%s")
data=(scid,)
C.execute(Query,data)
rc=C.fetchall()
if rc:
print("CARIDtCAR-
NAMEtPRICEtQUANTITYtTYPEtBRANDtDESCRIPTIONtENGINETYPEt
MODELNOtCOLOUR")
for rc1 in rc:
print(rc1[0],"t",rc1[1],"t",rc1[5],"t",rc1[4],"t",rc1[2],"t",rc1[3],"t",rc1[6],"t",rc1
[7],"t",rc1[8],"t",rc1[9])
input("--------------------press the key---------------------------------")
os.system('cls')
C.close()
mydb.close()
return rc
except:
mydb.close()
#----search and display Product by Model no
def showProdModelno():
try:
mydb=pymysql.connect(host="localhost", user="root", passwd="",
database="carshop")
C=mydb.cursor()
scid=input("Enter the Car Model No")
Query=("SELECT * FROM carinfo WHERE modelno=%s")
data=(scid,)
C.execute(Query,data)
31. rc=C.fetchall()
if rc:
print("CARIDtCAR-
NAMEtPRICEtQUANTITYtTYPEtBRANDtDESCRIPTIONtENGINETYPEt
MODELNOtCOLOUR")
for rc1 in rc:
print(rc1[0],"t",rc1[1],"t",rc1[5],"t",rc1[4],"t",rc1[2],"t",rc1[3],"t",rc1[6],"t",rc1
[7],"t",rc1[8],"t",rc1[9])
input("--------------------press the key---------------------------------")
os.system('cls')
C.close()
mydb.close()
return rc
except:
mydb.close()
#----search and display Product by Car colour
def showProdColour():
try:
mydb=pymysql.connect(host="localhost", user="root", passwd="",
database="carshop")
C=mydb.cursor()
scid=input("Enter the Car Colour")
Query=("SELECT * FROM carinfo WHERE colour=%s")
data=(scid,)
C.execute(Query,data)
rc=C.fetchall()
if rc:
print("CARIDtCAR-
NAMEtPRICEtQUANTITYtTYPEtBRANDtDESCRIPTIONtENGINETYPEt
MODELNOtCOLOUR")
for rc1 in rc:
33. print(mydb)
C=mydb.cursor()
netamt=0
Query=("INSERT INTO carinvoice
VALUES(%s,%s,%s,%s,%s,%s,%s,%s,%s)")
invono=int(input("Enter the invoice no:"))
dosp=input("Enter the date of sale(yyyy-mm-dd)")
custnm=input("Enter the Customer Name:")
mob=input("enter the mobile no:")
while True:
no=givemeno()
invoiceid=no
gno=int(input("Enter the Car no"))
rc1=prodsearchdata(gno)
if rc1:
qt=int(input("Enter the quantity:"))
pr=int(input("Enter the price"))
netamt=pr*qt
data=(invoiceid,gno,custnm,mob,qt,'SALE',invono,netamt,dosp)
C.execute(Query,data)
mydb.commit()
print(C.rowcount, "record(s) affected")
changeqty(gno,qt,'S')
else:
print("No such Car's record please try again")
ch=input("Do you want to add more Car's to sell(y/n)")
if(ch=='n' or ch=='N'):
break
C.close()
mydb.close()
except:
mydb.close()
34. #------Update the qty----
def changeqty(mno,qt,ch):
try:
mydb=pymysql.connect(host="localhost", user="root", passwd="",
database="carshop")
C=mydb.cursor()
if(ch=='S'):
Query=("UPDATE carinfo SET qty=qty-%s WHERE carid=%s")
elif(ch=='A'):
Query=("UPDATE carinfo SET qty=qty+%s WHERE carid=%s")
data=(qt,mno)
C.execute(Query,data)
mydb.commit()
print(C.rowcount, "record(s) affected")
C.close()
mydb.close()
except:
mydb.close()
#-------invoice to Purchase the Car's
def Car_Purchase():
try:
mydb=pymysql.connect(host="localhost", user="root", passwd="",
database="carshop")
print(mydb)
C=mydb.cursor()
netamt=0
Query=("INSERT INTO carinvoice
VALUES(%s,%s,%s,%s,%s,%s,%s,%s,%s)")
invono=int(input("Enter the invoice no:"))
dosp=input("Enter the date of sale")
custnm=input("Enter the Distributer Name:")
mob=input("enter the mobile no:")
35. while True:
no=givemeno()
invoiceid=no
gno=int(input("Enter the CAR NO"))
rc1=prodsearchdata(gno)
if rc1:
qt=int(input("Enter the Car quantity:"))
pr=int(input("Enter the Car price"))
netamt=pr*qt
data=(invoiceid,gno,custnm,mob,qt,'PURCHASE',invono,netamt,dosp)
C.execute(Query,data)
mydb.commit()
print(C.rowcount, "record(s) affected")
changeqty(gno,qt,'A')
else:
print("No such Car record please try again")
ch=input("Do you want to add more Car to Purchase(y/n)")
if(ch=='n' or ch=='N'):
break
C.close()
mydb.close()
except:
mydb.close()
#-- to generate the autonumbers
def givemeno():
count=0
mydb=pymysql.connect(host="localhost", user="root", passwd="",
database="carshop")
print(mydb)
mycursor=mydb.cursor()
query=("SELECT COUNT(*) FROM carinvoice")
q=("SELECT MAX(carinvoid) FROM carinvoice")
36. mycursor.execute(query)
rc=mycursor.fetchone()
tmp=rc[0]
print(tmp)
if tmp==0:
count=1
else:
q=("SELECT MAX(carinvoid) FROM carinvoice")
mycursor.execute(q)
rc=mycursor.fetchone()
count=rc[0]
count=count+1
mycursor.close()
mydb.close()
return count
File Name: carmainpage.py
import carmenu as CM
import sys
import carshop as GM
def invoice_show():
choice1=CM.carinvoicereports()
while True:
if choice1==1:
GM.searchCOSinvoice()
break
elif choice1==2:
GM.searchPURinvoice()
break
elif choice1==3:
GM.displayinvoiceSP()
break
elif choice1==4:
37. GM.displayinvoiceSPdate()
break
elif choice1==5:
main()
else:
#print("Enter the correct choice")
input("Enter any key to continue")
choice1=0
invoice_show()
def modifycarshow():
choice1=" "
choice1=CM.modifyCar_menu()
while True:
if choice1==1:
GM.search_mod_Prodnm()
break
elif choice1==2:
#-------2.MODIFY PRICE
GM.search_mod_price()
break
elif choice1==3:
#-------3.MODIFY QUANTITY
GM.search_mod_qty()
break
elif choice1==4:
#-------4.MODIFY type
GM.search_mod_type()
break
elif choice1==5:
#-------5.MODIFY
43. OUTPUTS
**********CAR*******SHOP****SYSTEM******PROJECT*******************
******************************************************************
=================MAIN MENU====================
01. CAR'S REPORT GENERATOR
02. ADMINISTRATOR
03. EXIT
==============================================
Please Select Your Option (1-3) 2
=================ADMIN MENU====================
1.CAR'S MENU
2.CAR'S SALE/PURCHASE
3.BACK TO MAIN MENU
Please Enter Your Choice (1-3) 1
===========CAR'S INFO MENU===========
01. ADD CAR'S INFORMATION
02. MODIFY CAR'S INFORMATION
03. DELETE CAR'S INFORMATION
04. BACK TO MAIN
==============================================
Please Select Your Option (1-4)
If choice: 1
=================CAR'S ADD MENU====================
1.CREATE CAR'S DETAILS
2.DISPLAY ALL CAR'S DETAILS
3.SEARCH RECORD BY CAR'S PRODUCT ID
4.SEARCH RECORD BY CAR'S PRODUCT NAME
5.SEARCH RECORD BY PRICE
6.SEARCH RECORD BY TYPE
7.SEARCH RECORD BY COMPANY
8.SEARCH RECORD BY ENGINE TYPE
9.SEARCH RECORD BY MODEL NO
10.SEARCH RECORD BY CAR COLOUR
11.BACK TO MAIN MENU
Please Enter Your Choice (1-11)1
Enter Car NameDFX-202
44. SEDAN/COUPE/SPORTS CAR/STATION
WAGON/HATCHBACK/CONVERTIBLE/SPORT-UTILITY VEHICLE
(SUV)/MINIVAN/PICKUP TRUCK
Enter Car Type:SEDAN
Lexus/Kia/Subaru/Mazda/Skoda/Toyota/Honda/Peugeot/Alfa Romeo/Volvo Nissan/ Jaguar/
Hyundai/ SEAT/ Renault/Mitsubishi/Suzuki/Volkswagen/MG/Audi/Fiat/Ford/Land
Rover/BMW/Mercedes-Benz
Enter Car Company nameSkoda
Enter quantity2
Enter Price950000
Enter Product descriptionSEDAN DFX-200
Enter Engine Type(Petrol/desiel)Petrol
Enter Model NoDFX-2020
Enter Car Colourred
If choice 2:
CARID CAR-NAME PRICE QUANTITY TYPE BRAND DESCRIPTION
ENGINETYPE MODELNO COLOUR
4001 NXXZ-200 550000 5 Coupe BMW Coupe desc Diesel K4012
red
4002 Q-23 857500 1 COUPE Jaguar jaguar 4x Diesel AW2313
blue
4004 WZ 950000 5 SUV Ford suv Diesel SUV140 blue
4005 DFX-202 950000 2 SEDAN Skoda SEDAN DFX-200 Petrol DFX-2020
red
If Choice 3:
Enter the CAR ID:4001
CARID CAR-NAME PRICE QUANTITY TYPE BRAND
DESCRIPTION ENGINETYPE MODELNO COLOUR
4001 NXXZ-200 550000 5 Coupe BMW Coupe desc
Diesel K4012 red
If Choice 4:
Enter the Car Name:wz
CARID CAR-NAME PRICE QUANTITY TYPE BRAND
DESCRIPTION ENGINETYPE MODELNO COLOUR
4004 wz 950000 5 SUV Ford suv diesel
SUV140 blue
If Choice 5:
Enter the Price lowest value:800000 Enter the Price Highest value:900000
45. CARID CAR-NAME PRICE QUANTITY TYPE BRAND
DESCRIPTION ENGINETYPE MODELNO COLOUR
4002 Q-23 857500 1 COUPE Jaguar jaguar 4x Desiel
AW2313 blue
If Choice 6:
Enter the Car type:SEDAN
CARID CAR-NAME PRICE QUANTITY TYPE BRAND
DESCRIPTION ENGINETYPE MODELNO COLOUR
4005 DFX-202 950000 2 SEDAN Skoda SEDAN DFX-200
Petrol DFX-2020 red
If Choice 7:
Enter the Car Company name:skoda
CARID CAR-NAME PRICE QUANTITY TYPE BRAND
DESCRIPTION ENGINETYPE MODELNO COLOUR
4005 DFX-202 950000 2 SEDAN Skoda SEDAN DFX-200
Petrol DFX-2020 red
If Choice 8:
Enter the Car Engine type(Petrol/Diesel):Petrol
CARID CAR-NAME PRICE QUANTITY TYPE BRAND
DESCRIPTION ENGINETYPE MODELNO COLOUR
4005 DFX-202 950000 2 SEDAN Skoda SEDAN DFX-200
Petrol DFX-2020 red
If Choice 9:
Enter the Car Model NoDFX-2020
CARID CAR-NAME PRICE QUANTITY TYPEBRAND
DESCRIPTION ENGINETYPE MODELNO COLOUR
4005 DFX-202 950000 2 SEDAN Skoda SEDAN DFX-200
Petrol DFX-2020 red
If choice is Modify:
===============MODIFY MENU==================
1.MODIFY CAR'S PRODUCT NAME
2.MODIFY PRICE
3.MODIFY QUANTITY
4.MODIFY TYPE
5.MODIFY COMPANY
6.MODIFY DESCRIPTION
7-MODIFY ENGINE TYPE
8-MODIFY MODELNO
9-MODIFY COLOUR
46. 10.BACK TO MAIN MENU
Please Enter Your Choice (1-10)
If choice is Invoice Report:
1.SEARCH AND PRINT SALE INVOICE
2.SEARCH AND PRINT PURCHASE INVOICE
3.DISPLAY ALL INVOICE(SALE/PURCHASE)
4.SEARCH INVOICE BY DATEOFINVOICE
5.BACK TO MAIN MENU
Please Enter Your Choice (1-5)
If choice is Invoice:
===============SALE AND PURCHASE MENU==================
1.CAR'S PRODUCT SOLD OUT
2.CAR'S PRODUCT PURCHASED
3.BACK TO MAIN MENU
Please Enter Your Choice (1-3)
47. REQUIREMENTS
HARDWARE REQUIRED
Printer, to print the required documents of the project
Processor : intel or any other
Ram : 512 MB or above
Harddisk : 80 GB or more
SOFTWARE REQUIRED
Operating system : Windows 7 or above
Python 2 or above
IDE Atom, PyCharm, Thonny, or any other.
Database: MySQL
WebServer: XAMPP
48. ADVANTAGES AND DISADVANTAGES
ADVANTAGE:
Customer does not have to wait as the searching a car in software is easy
Shop owner does not need to worry about buying and selling of products
This software reduces paper work.
It is easy to handle customer’s record and the details of purchased of products and selling
of products.
This software saves the time.
Information of the product sold or purchased store in a database separately.
DISADVANTAGES:
Although we have put best effort to make the software flexible, easy to operate but
limitations cannot be ruled out even by us. It is character user interface based software, so it
is not much user friendly. Online facility is not available.
49. CONCLUSION
The car shop system project is easy to handle project.This
applications provides enter , edit ,delete and access all the
information easily.Our project satisfy he needs of car shops
and the requirements of the organization.
BIBLIOGRAPHY
www.mysql.org
www.google.co.in
www.w3schools.com
www.tutorialspoint.com
www.javapoint.com
www.programiz.com
www.guru99.com