The document provides information about a library management system project for an education institute. It discusses the need to automate the library's processes to make it more efficient. Some key points include:
- The existing manual system has limitations like time consumption, difficulty in searching and maintaining records.
- The new system aims to address these issues and make operations like book searching, issuing and returning faster and easier for students and staff.
- It will also facilitate generating various reports and calculating late fees for overdue books.
My Presentation of Graduation Project
'Library Management System'
using vb.net 2008 and sql server 2008
2013
CS & IT department
faculty of Science
Portsaid Univeristy
The document outlines the scope and design of a library management system. It includes sections on project purpose, scope, assumptions, functionality, specific requirements, tools/platform, resources used, design specification including entity relationship and data flow diagrams, database structure, module description, process logic, types of reports, and future scope. The system is intended to automate processes like membership registration, book issuing/returning, tracking book inventory and member records. It will leverage ASP.NET and SQL Server for development.
This document describes a library management system. It includes entity relationship, activity, use case, and class diagrams to model the system. The system allows users to manage the library catalog and track all book transactions. It aims to provide a user-friendly interface for librarians and patrons, make library functions faster, minimize book losses, eliminate paper-based record keeping, and record all transactions in a computerized system. Key components include members, books, staff, check-in/check-out features, and relational databases to store member, book, and transaction information.
This document describes a proposed library management system. It outlines the purpose of the system as making the existing manual system more efficient and user friendly. It notes some problems with the current system like difficult book tracing and lack of a central database. The aims and objectives of the new system are to eliminate paper work, record all transactions digitally, and have a user friendly interface. Functional requirements include librarian and student login, updating member and book details, and book issue/return. The system will also have non-functional requirements. Use cases and class, sequence, and data flow diagrams are proposed to be created.
The presentation summarizes the OPUS library management system. It includes sections on the basic identity and objectives of a typical library system, an introduction to OPUS, and its future perspectives. It also presents the entity relationship diagram and data flow of OPUS, showing how users and administrators can interact with the system to search for books, issue books, register users, and more. The goal of OPUS is to provide easy, secure access to library books and services for both users and administrators.
This document proposes developing a Library Management System to automate Agape Youth Library. The goals are to provide efficient, secure service and reduce personnel workload. Key functions include searching for books, borrowing/returning books, and viewing user details. Main users are borrowers, administrators, and librarians. The system will use Laravel and PHP with a MySQL database. It aims to address issues with manual tracking of book issues/returns and centralized record keeping.
The document outlines a proposed library management system that would track all book and visitor information in a database. The system would allow users to borrow books, register logins, and store complete details on books, visitors, and checkouts. Key features include tracking overdue fines, generating reports, and providing a user-friendly interface to simplify library management activities.
My Presentation of Graduation Project
'Library Management System'
using vb.net 2008 and sql server 2008
2013
CS & IT department
faculty of Science
Portsaid Univeristy
The document outlines the scope and design of a library management system. It includes sections on project purpose, scope, assumptions, functionality, specific requirements, tools/platform, resources used, design specification including entity relationship and data flow diagrams, database structure, module description, process logic, types of reports, and future scope. The system is intended to automate processes like membership registration, book issuing/returning, tracking book inventory and member records. It will leverage ASP.NET and SQL Server for development.
This document describes a library management system. It includes entity relationship, activity, use case, and class diagrams to model the system. The system allows users to manage the library catalog and track all book transactions. It aims to provide a user-friendly interface for librarians and patrons, make library functions faster, minimize book losses, eliminate paper-based record keeping, and record all transactions in a computerized system. Key components include members, books, staff, check-in/check-out features, and relational databases to store member, book, and transaction information.
This document describes a proposed library management system. It outlines the purpose of the system as making the existing manual system more efficient and user friendly. It notes some problems with the current system like difficult book tracing and lack of a central database. The aims and objectives of the new system are to eliminate paper work, record all transactions digitally, and have a user friendly interface. Functional requirements include librarian and student login, updating member and book details, and book issue/return. The system will also have non-functional requirements. Use cases and class, sequence, and data flow diagrams are proposed to be created.
The presentation summarizes the OPUS library management system. It includes sections on the basic identity and objectives of a typical library system, an introduction to OPUS, and its future perspectives. It also presents the entity relationship diagram and data flow of OPUS, showing how users and administrators can interact with the system to search for books, issue books, register users, and more. The goal of OPUS is to provide easy, secure access to library books and services for both users and administrators.
This document proposes developing a Library Management System to automate Agape Youth Library. The goals are to provide efficient, secure service and reduce personnel workload. Key functions include searching for books, borrowing/returning books, and viewing user details. Main users are borrowers, administrators, and librarians. The system will use Laravel and PHP with a MySQL database. It aims to address issues with manual tracking of book issues/returns and centralized record keeping.
The document outlines a proposed library management system that would track all book and visitor information in a database. The system would allow users to borrow books, register logins, and store complete details on books, visitors, and checkouts. Key features include tracking overdue fines, generating reports, and providing a user-friendly interface to simplify library management activities.
This document describes an online library management system created by Bhupendra Singh Baghela, Shraddha Panwar, and Vijay Vaishnav. The system was created to automate library processes and provide services like online membership, book tracking, and reports. It uses a frontend of servlets and HTML powered by a backend database of MS Access managed through Apache Tomcat server. The system aims to reduce workload, improve information retrieval and monitoring over the previous manual system.
Library Management System Waterfall Modelmitwa1990
The document provides a summary of a team project to develop a Computerized Library Management System called Quick Access. It outlines the team members, topics to be covered which include objectives, competitive analysis, system functionality, non-functional requirements and future enhancements. It also discusses the project management approach including using a waterfall model, estimating time and costs using a work breakdown structure, and identifying risks.
This document describes an online library management system created by Bharat Raj Kunwar. The system allows librarians and students to manage library activities and resources digitally. Main features include allowing users to search for and request books, and for librarians to add, remove, and edit user and book details. The system was created using PHP, HTML, CSS for the front end and MySQL for the back end database. Testing was conducted and future improvements like online reading capabilities are discussed. In conclusion, the system aims to digitize key library functions to make managing and accessing resources more convenient.
The document describes a library management system created by Purbanchal University students to systematically manage library records and transactions. The system allows users to add, modify, delete, search, issue, and deposit books. It also tracks member details. The system aims to make the library management process faster and less error-prone compared to a manual system. It uses functions, header files, and other programming elements to manage the database of books and members. Some areas for improvement include tracking whether students have returned all books before deleting records and calculating overdue fines.
Software requirements specification of Library Management SystemSoumili Sen
The document provides requirements for a Library Management System. It includes 3 or less sentences:
The Library Management System aims to computerize library processes like book borrowing and maintain member and book details in a database. It will allow librarians and members to search for books, view member accounts, and generate reports. The system needs to be secure, fast, and compatible with common browsers and operating systems.
The Library Management System is a Windows application that uses MS Access in the backend to store data in a user-friendly graphical interface for managing book and member records in a library. It aims to reduce paperwork, improve performance, easily retrieve information, be more user-friendly, and reduce work overload by allowing members to request membership, issue/return books, search for books, and request acquisitions while admins can add, update, or delete member and book records and staff details.
This Presentation targets towards presenting a new Advanced Online Web Library Management System. It includes all the essential points to present a Library Management to any professional organization.
This document outlines the requirements for a library management system. It includes sections on group members, introduction, purpose, functional requirements, non-functional requirements, entity relationship diagram, use case diagram, and proposed modules. The system would allow students and librarians to login, search for books, issue and return books, and request new books. It describes tables for members, books, and book issues/returns. The document provides an overview of the proposed system.
Vision and Scope Document For Library Management SystemSoman Sarim
The document provides a vision and scope for a new library management software system being developed for Comsats University. The current manual system is time-consuming and inefficient. The new software will allow students and staff to check book availability, borrow and return books online. It will include an e-book portal, database to store book and user data, secure online booking issuing, and email notifications. The initial release will provide online registration, e-book access, and a backend to store user and book data. Future releases will expand the capabilities to include online booking cancellation, account deletion, mobile notifications, and analytics. The new system aims to improve the library experience for users and make management more efficient for staff.
This document outlines the requirements for a library management system. It describes functional requirements like book entry, registering students, and tracking book issues and returns. It also covers user requirements such as a graphical interface, search and report capabilities. System requirements include login authentication for users and administrators. Hardware requirements include an operating system, RAM, hard disk and processor. The purpose is to automate the manual library processes and make book and user details easily accessible online.
This document describes a library management system created by students to manage a library more efficiently than a manual system. It outlines the existing manual system and proposed computerized system. The computerized system would allow for automated tracking of books, user registration, searching for books, and generating reports. It would also make transactions like issuing and returning books much quicker. The document provides details on the system requirements, modules, UML diagrams, and system specifications to outline how the library management system would work.
The document describes the requirements for an e-book management system. It includes functional requirements like registering, logging in, searching for and paying for books. Non-functional requirements include bookmarking, categorizing books, and offering discounts. It outlines hardware requirements like processors, RAM and software requirements like operating systems and tools. Technologies used are described like HTML, J2EE, and TCP/IP. Use case, class, interaction, deployment, state and sequence diagrams are included to model the system. The conclusion states that testing was performed and the e-book management system was successfully executed.
This document presents a library management system project by six students guided by Kazi Wasif Ahmed. It discusses the existing manual system and proposes an online system with features like online book searching and reservations, barcode scanning for book issues/returns, automatic late fee calculation, and ability for librarians to add new books to the database. Entity relationship diagrams are presented for both the existing and proposed systems along with use case, data flow, and class diagrams. The conclusion states that the project aims to computerize library operations for easier and effective information storage about books and users.
The document describes a library management system created by five students. The system allows users to add members and books, search for members and books, and borrow and return books. It has four main modules: inputting data, extracting data, generating reports, and search. The system aims to automate library processes and reduce errors. It uses PHP and MySQL for a user-friendly interface and fast access. The document outlines the system's objectives, technologies used, modules, and concludes that the goals of optimizing resources, simplifying operations, and having a user-friendly system were achieved.
The document discusses a proposed library management system that aims to improve upon the current system. It outlines the key features of the proposed system, including advantages over the current one. Entity relationship, data flow, and context diagrams are presented to illustrate the flow of data and relationships between various elements in the system. Various reports, tables, and forms are also described to showcase the reporting capabilities and interfaces of the proposed library management system.
This document outlines a proposed library management system (LMS) that will allow a library to better manage its resources and users. The key features of the LMS include adding and removing users and books, issuing and returning books, and searching for books. It will use a database like Microsoft SQL Server to store information. The system aims to provide efficient service, reduce errors, and make all information easily accessible with a single click. It depends on technologies like ASP.NET and has requirements for performance, security, and being user-friendly. Flow charts and use cases are included to illustrate how the system would function.
This document is a project report submitted by Aaditya Shah for his AISSCE examination in 2013-2014 on a Library Management System created under the guidance of Sanjay Parmar. The report includes a declaration by Aaditya Shah, an acknowledgement thanking those who supported the project, and a certificate signed by the principal and teacher confirming the project fulfillment. The report then provides an introduction to the Library Management System software created, an analysis of the existing manual library system and benefits of the proposed computerized system, a feasibility analysis, hardware and software requirements, descriptions of the system interface and design.
This document is a project report for a library management system being developed at Superior University Lahore. It includes sections on the project team, change record, approval signatures, dedication, acknowledgements, executive summary, table of contents, and chapters on software requirements specifications. The system aims to digitize and streamline library processes like book issuing, return, and inventory management to reduce human effort and improve search capabilities compared to a traditional manual library system.
The document provides a software requirement specification for a Library Management System. It includes sections on introduction, abstract, existing and proposed systems, hardware and software specifications, project description, module description, and UML diagrams. The proposed system aims to computerize library operations, allow for user login and book borrowing/reserving, and give administrators user and book management capabilities.
The document discusses use case modeling and provides several examples. It describes key concepts like actors, use cases, relationships between use cases, and multiplicity. It then summarizes 4 examples - an airport check-in system, bank ATM, online library catalog, and credit card processing. The examples illustrate how use cases model systems and interactions between actors and the system.
Library 2.0 technologies in academic libraries, a case study of student use a...Anne Morris
These are the slides of a presentation given at the Online International 2008 conference in London December 2-4. The presentation reviews the types of Library 2.0 technologies available and how these are being implemented within the higher education sector, examines their potential barriers, and describes a small scale research project undertaken to investigate student use and perceptions of Library 2.0 services at Loughborough University.
This document describes an online library management system created by Bhupendra Singh Baghela, Shraddha Panwar, and Vijay Vaishnav. The system was created to automate library processes and provide services like online membership, book tracking, and reports. It uses a frontend of servlets and HTML powered by a backend database of MS Access managed through Apache Tomcat server. The system aims to reduce workload, improve information retrieval and monitoring over the previous manual system.
Library Management System Waterfall Modelmitwa1990
The document provides a summary of a team project to develop a Computerized Library Management System called Quick Access. It outlines the team members, topics to be covered which include objectives, competitive analysis, system functionality, non-functional requirements and future enhancements. It also discusses the project management approach including using a waterfall model, estimating time and costs using a work breakdown structure, and identifying risks.
This document describes an online library management system created by Bharat Raj Kunwar. The system allows librarians and students to manage library activities and resources digitally. Main features include allowing users to search for and request books, and for librarians to add, remove, and edit user and book details. The system was created using PHP, HTML, CSS for the front end and MySQL for the back end database. Testing was conducted and future improvements like online reading capabilities are discussed. In conclusion, the system aims to digitize key library functions to make managing and accessing resources more convenient.
The document describes a library management system created by Purbanchal University students to systematically manage library records and transactions. The system allows users to add, modify, delete, search, issue, and deposit books. It also tracks member details. The system aims to make the library management process faster and less error-prone compared to a manual system. It uses functions, header files, and other programming elements to manage the database of books and members. Some areas for improvement include tracking whether students have returned all books before deleting records and calculating overdue fines.
Software requirements specification of Library Management SystemSoumili Sen
The document provides requirements for a Library Management System. It includes 3 or less sentences:
The Library Management System aims to computerize library processes like book borrowing and maintain member and book details in a database. It will allow librarians and members to search for books, view member accounts, and generate reports. The system needs to be secure, fast, and compatible with common browsers and operating systems.
The Library Management System is a Windows application that uses MS Access in the backend to store data in a user-friendly graphical interface for managing book and member records in a library. It aims to reduce paperwork, improve performance, easily retrieve information, be more user-friendly, and reduce work overload by allowing members to request membership, issue/return books, search for books, and request acquisitions while admins can add, update, or delete member and book records and staff details.
This Presentation targets towards presenting a new Advanced Online Web Library Management System. It includes all the essential points to present a Library Management to any professional organization.
This document outlines the requirements for a library management system. It includes sections on group members, introduction, purpose, functional requirements, non-functional requirements, entity relationship diagram, use case diagram, and proposed modules. The system would allow students and librarians to login, search for books, issue and return books, and request new books. It describes tables for members, books, and book issues/returns. The document provides an overview of the proposed system.
Vision and Scope Document For Library Management SystemSoman Sarim
The document provides a vision and scope for a new library management software system being developed for Comsats University. The current manual system is time-consuming and inefficient. The new software will allow students and staff to check book availability, borrow and return books online. It will include an e-book portal, database to store book and user data, secure online booking issuing, and email notifications. The initial release will provide online registration, e-book access, and a backend to store user and book data. Future releases will expand the capabilities to include online booking cancellation, account deletion, mobile notifications, and analytics. The new system aims to improve the library experience for users and make management more efficient for staff.
This document outlines the requirements for a library management system. It describes functional requirements like book entry, registering students, and tracking book issues and returns. It also covers user requirements such as a graphical interface, search and report capabilities. System requirements include login authentication for users and administrators. Hardware requirements include an operating system, RAM, hard disk and processor. The purpose is to automate the manual library processes and make book and user details easily accessible online.
This document describes a library management system created by students to manage a library more efficiently than a manual system. It outlines the existing manual system and proposed computerized system. The computerized system would allow for automated tracking of books, user registration, searching for books, and generating reports. It would also make transactions like issuing and returning books much quicker. The document provides details on the system requirements, modules, UML diagrams, and system specifications to outline how the library management system would work.
The document describes the requirements for an e-book management system. It includes functional requirements like registering, logging in, searching for and paying for books. Non-functional requirements include bookmarking, categorizing books, and offering discounts. It outlines hardware requirements like processors, RAM and software requirements like operating systems and tools. Technologies used are described like HTML, J2EE, and TCP/IP. Use case, class, interaction, deployment, state and sequence diagrams are included to model the system. The conclusion states that testing was performed and the e-book management system was successfully executed.
This document presents a library management system project by six students guided by Kazi Wasif Ahmed. It discusses the existing manual system and proposes an online system with features like online book searching and reservations, barcode scanning for book issues/returns, automatic late fee calculation, and ability for librarians to add new books to the database. Entity relationship diagrams are presented for both the existing and proposed systems along with use case, data flow, and class diagrams. The conclusion states that the project aims to computerize library operations for easier and effective information storage about books and users.
The document describes a library management system created by five students. The system allows users to add members and books, search for members and books, and borrow and return books. It has four main modules: inputting data, extracting data, generating reports, and search. The system aims to automate library processes and reduce errors. It uses PHP and MySQL for a user-friendly interface and fast access. The document outlines the system's objectives, technologies used, modules, and concludes that the goals of optimizing resources, simplifying operations, and having a user-friendly system were achieved.
The document discusses a proposed library management system that aims to improve upon the current system. It outlines the key features of the proposed system, including advantages over the current one. Entity relationship, data flow, and context diagrams are presented to illustrate the flow of data and relationships between various elements in the system. Various reports, tables, and forms are also described to showcase the reporting capabilities and interfaces of the proposed library management system.
This document outlines a proposed library management system (LMS) that will allow a library to better manage its resources and users. The key features of the LMS include adding and removing users and books, issuing and returning books, and searching for books. It will use a database like Microsoft SQL Server to store information. The system aims to provide efficient service, reduce errors, and make all information easily accessible with a single click. It depends on technologies like ASP.NET and has requirements for performance, security, and being user-friendly. Flow charts and use cases are included to illustrate how the system would function.
This document is a project report submitted by Aaditya Shah for his AISSCE examination in 2013-2014 on a Library Management System created under the guidance of Sanjay Parmar. The report includes a declaration by Aaditya Shah, an acknowledgement thanking those who supported the project, and a certificate signed by the principal and teacher confirming the project fulfillment. The report then provides an introduction to the Library Management System software created, an analysis of the existing manual library system and benefits of the proposed computerized system, a feasibility analysis, hardware and software requirements, descriptions of the system interface and design.
This document is a project report for a library management system being developed at Superior University Lahore. It includes sections on the project team, change record, approval signatures, dedication, acknowledgements, executive summary, table of contents, and chapters on software requirements specifications. The system aims to digitize and streamline library processes like book issuing, return, and inventory management to reduce human effort and improve search capabilities compared to a traditional manual library system.
The document provides a software requirement specification for a Library Management System. It includes sections on introduction, abstract, existing and proposed systems, hardware and software specifications, project description, module description, and UML diagrams. The proposed system aims to computerize library operations, allow for user login and book borrowing/reserving, and give administrators user and book management capabilities.
The document discusses use case modeling and provides several examples. It describes key concepts like actors, use cases, relationships between use cases, and multiplicity. It then summarizes 4 examples - an airport check-in system, bank ATM, online library catalog, and credit card processing. The examples illustrate how use cases model systems and interactions between actors and the system.
Library 2.0 technologies in academic libraries, a case study of student use a...Anne Morris
These are the slides of a presentation given at the Online International 2008 conference in London December 2-4. The presentation reviews the types of Library 2.0 technologies available and how these are being implemented within the higher education sector, examines their potential barriers, and describes a small scale research project undertaken to investigate student use and perceptions of Library 2.0 services at Loughborough University.
ADVANCED SYSTEM ANALYSIS On Automated Library Management SystemUraz Pokharel
This document provides an analysis of different methodologies that could be used to develop an automated library management system for Islington College, ultimately selecting eXtreme Programming (XP). It examines SSADM, DSDM, Scrum, and XP methodologies, finding that SSADM emphasizes documentation too much, DSDM focuses on prototypes over products, and Scrum is better suited for larger projects with changing requirements. XP is determined to be the best fit as it can deliver a working product with clear requirements and emphasizes team collaboration needed for integration. The document outlines the project plan, design documents, and interfaces that will be developed following the XP methodology.
While doing a PPT presentation we have to keep in mind that the slides should be well arranged and don't describe too many unnecessary things in that. Because most of us only watch that by the pictures they don't like reading bullshit articles. This presentation is about how a software can help a library, from student databases to the prizes of books and other thing can be included there too. So don't be bother any more if you are a librarian then you must have a computer and if a software is installed it that like this then surely it's going to help you in your busy schedule. I have done that in past for my college seminar project for my college last year. The mentor and juries liked that so much. Just think about this, May be you could make lot changes in that for future. If i have spoke something wrong then plz forgive me.Good Luck bye...
Library mangement system project srs documentation.docjimmykhan
The document describes a library management system created in Java. It has four main modules: inserting data into the database, extracting data from the database, generating reports on borrowed and available books, and a search facility. The proposed system automates library processes like adding members and books, searching, borrowing and returning books. This makes transactions faster and reduces errors compared to the manual existing system. The system was implemented using Java, MS Access for the database, and designed to run on Windows operating systems. Testing was done to check functionality and ensure all requirements were met.
This document discusses different library management systems including indigenous, barcode, and RFID systems. The indigenous system uses Excel to manage tasks like member registration, book purchasing, and inventory. The barcode system uses barcodes on books and member cards to automate circulation. RFID uses radio frequency technology to track library assets and automate check-in, search, check-out, and return of materials without human intervention. Both barcode and RFID systems provide benefits like faster transactions and improved security but also have some limitations.
UML stands for Unified Modelling Language.
UML is a standard language for specifying, visualizing, constructing, and documenting a system in which software represents the most significant part.
UML is different from the other common programming languages like C++, Java, COBOL etc.
UML is a pictorial language used to make software blue prints.
UML can serve as a central notation for software development process. Using UML helps project teams communicate, explore potential designs, and validate the architectural designs of software.
UML diagrams are made using notation of things and relationships.
The building blocks of UML can be defined as:
Things
Relationships
Diagrams
Things: Things are the most important building blocks of UML. Things can be:
Structural
Behavioral
Grouping
Annotational
The Structural things define the static part of the model. They represent physical and conceptual elements. Following are the brief descriptions of the structural things.
Class: Class represents set of objects having similar responsibilities.
Interface: Interface defines a set of operations which specify the responsibility of a class.
Collaboration: Collaboration defines interaction between elements.
Use case: Use case represents a set of actions performed by a system for a specific goal.
Component: Component describes physical part of a system.
Node: A node can be defined as a physical element that exists at run time.
A behavioral thing consists of the dynamic parts of UML models. Following are the behavioral things:
Interaction: Interaction is defined as a behavior that consists of a group of messages exchanged among elements to accomplish a specific task.
State machine: State machine is useful when the state of an object in its life cycle is important. It defines the sequence of states an object goes through in response to events. Events are external factors responsible for state change.
Manual Testing
1. Introduction to Software Testing
1.1 What is Software Testing
“Software testing is a process of executing the application with the intent of finding the defects by comparing the output behavior of the application with expected behavior (requirement).”
In other words it’s comparing the actual behavior of an application with expected behavior.
1.2 Why Software Testing
Humans make mistakes all the time!!
“Software testing is really required to point out the defects and errors that were made during the development phases”.
We humans can’t identify our mistakes in a work done by us. We should get someone else to check our work because another person may identify the mistakes done by us. In the same way software developers may not identify the mismatches in a program or application implemented by them which can be identify by the another department called Software Test Engineer.
1.3 Benefits of Software Testing
“Software testing helps in finalizing the software application against business requirements.”
Software testing makes sure that the testing is being done properly and hence the system is ready for the customers to use.
Below are few benefits of software testing.
- Finding the defects before delivery
- Gaines the confidence about quality
- To Prevent defects
- Ensure the requirements are delivered to client
1.4 What is Quality
“Software quality is nothing but delivering a bug free application and delivered on time with all requirements.”
ISO 8402-1986 standard defines quality as “the totality of features and characteristics of a product or service that bears its ability to satisfy stated or implied needs.”
1.5 What is defect
“A defect is a deviation or mismatch from the requirements”.
When actual result deviates from the expected result while testing a software application or product then it results into a defect. Hence, any deviation from the specification mentioned in the functional specification document is a defect. In different organizations it’s called differently like bug, issue, incidents or problem.
1.6 Project Vs Product
“Project is developed for a single customer on his own requirements by the software companies and the project will be used by the customer only.”
“Product is developed for multiple customers on their consolidated requirements by the software companies and the product will be used by all customers.”
2. Software Development Life Cycle (SDLC)
2.1 What is Software Development Life Cycle
“SDLC is a process followed for a software project, within a software organization. It consists of a detailed plan describing how to develop, maintain, replace and alter or enhance specific software”
2.2 Why Software Development Life Cycle
“SDLC ensure success in process of software development.”
2.3 Phases of Software Development Life Cycle
• Initial
• Analysis
• Design
• Coding
• Testing
• Delivery & Maintenance
2.3.1 Initial
“Business requirements are gathered in this phase. “
this
This document describes a proposed library management system. It will manage user and book databases, and allow users to check books in and out. It aims to make the library's operations more efficient and user-friendly by automating processes like tracking book loans and late fees. The system will be a web application developed using ASP and an MS Access database, running on Windows 7 hardware. It will include modules for login, book searching, and other common library management functions.
This document describes a proposed library management system that would allow users to check book availability, search for books, and allow library staff to issue and return books. It would run in a client-server mode and store historical transaction data. The three-page summary outlines the software and hardware requirements, proposed features like stock maintenance and reporting, screen shots of the login and welcome screens, and concludes there is still room for improvement.
This document provides a software requirements specification (SRS) for a library management system. It describes the existing manual system, proposed automated system, system requirements, and key system features. The proposed system will automate library operations like adding books and members, searching, borrowing and returning books, and generating reports. It aims to make transactions faster and reduce errors compared to the existing manual process. The SRS outlines user interface designs, database tables, and an implementation plan for training users and transitioning to the new system.
This document outlines the project details for an online book store. It includes definitions, feasibility reports, key features, modules, data flow diagrams, entity relationship diagrams, and screen shots. The online book store will allow users to search for books, view details, add books to a wish list or cart, and make purchases online. It will also include administrative features to manage books, categories, authors, orders and user accounts.
The document describes an automated library management system that allows users to perform tasks like adding members and books, searching the database, updating and editing records, and borrowing or returning books quickly. It provides several advantages like fast database access, more storage capacity, and managing all library work and data online. Key features of the system include search capabilities, quick transactions, online user accounts, and membership-based access. The system aims to rectify all manual difficulties in library management by implementing computerization and an online organizational database.
This document summarizes the implementation of a database management system for a library. It includes conceptual models like an entity relationship diagram and use case diagram. Logical models include the relational database schema and normalization diagrams. Scenarios with event trace diagrams demonstrate key processes like logging in, adding a patron, and checking out media. Physical models cover the implementation narrative, features, and deployment. The appendices include sample data, forms, reports, and installation instructions.
The document describes a library management system project that uses Java and databases. It includes modules for login, adding/viewing books, issuing/returning books, and admin functions. The system aims to automate library processes and provide search capabilities. It uses tables to store user, book, and transaction data and connects to these tables via JDBC. The document outlines the system's features and modules, technology used, and provides screenshots of the GUI.
This document describes a library management system project developed by Patel Ketan R. for Bansidhar Library. The system was developed using Microsoft Visual Studio 2010 and MS Access 2007 to automate library processes like maintaining book and member details, book issuing and returning, and generating reports. It aims to make record keeping easier and save time compared to a manual system. The system documentation includes requirements, database design, process flows, screen designs, and testing approach. There is potential to enhance the system in the future by adding an online book ordering feature and developing a client-server version for multiple users.
The document provides details about a library management system project done by Sumedh Kumar Singh at MECON Limited, Ranchi under the guidance of Mr. P.K. Dubey. The project report includes sections on feasibility study, system architecture, database creation and tables, forms design, and deployment. The proposed system automates processes like book and member management, book issuing and returning, and calculates any fines. It aims to provide efficient services to users and reduce the workload for library staff.
This document describes a project for automating a book store's inventory system. It begins with an acknowledgment section thanking those who provided guidance. It then includes an introduction outlining the problems with a manual system and benefits of an automated one. The document outlines the proposed automated system's requirements, design, source code, testing, and possibilities for future enhancements. The system is intended to allow easy searching and purchase of books in a store's inventory database.
The document provides an overview of a library management system presentation, including:
1) An introduction to the basic identity and objectives of a typical library management system.
2) A presentation of the data flow and entity relationship diagram of the software.
3) A demonstration of the software using snapshot technology.
4) Future scopes of the system including making it platform independent and adding more user-friendly features.
The document outlines the design of a library management system called LibSYS. It includes a hierarchy chart showing the system modules, user requirements, system requirements, dataflow diagrams modeling the flow of data through the system, a database schema defining the tables and attributes, and program specifications for the main menu and additional modules. The main menu allows the user to select between book, member, and loan modules to perform core library management functions such as adding/removing books and members, recording loans and returns, and listing overdue books.
The document provides an overview of a presentation on a library management system. It includes sections on the basic identity and objectives of a typical library system, the data flow and entity relationship diagram, a software presentation using screenshots, and a conclusion. The presentation covers what a library system is, how it helps manage a library database and provides book information to users, and allows users to browse books virtually. It also discusses maintaining a user-friendly and customizable system, and future perspectives like making the software platform independent and adding more user-friendly features.
Matchmaking Services help people find their soul-mate on the basis of profile criteria like age, height, religion, marital status, location etc. The other options to refine the search include education, occupation, and astrological requirement like star-sign. Some other search parameters are culture, family values, mother tongue, and social behaviour like drinking, smoking etc.
Our project is designed and developed using Java for windows-based system named as “Matchmaking System” which helps people find their soul-mate based on the profile details entered. To narrow-down the search our system allows refining the profile by choosing number of other profile parameters. Quick search can be done by entering the profile ID which is unique for each profile created in the database.
This document describes an e-library management system project. The key points are:
- It aims to develop a software solution to manage basic functions of a library like book issuing/returning, tracking books, and providing book information to users.
- The project scope includes making the existing system more efficient, providing a user-friendly interface, and minimizing book losses.
- It will have modules for admin, students, teachers, books, and transactions. Students can search books and check their issue status. Teachers can add notes and events.
- The system was tested at the unit and integration levels to check for defects before implementation.
- In conclusion, the computerized system is expected to benefit both
This document provides an overview of an online library management system project. A team of 3 students developed the system under the guidance of their professor. The system allows librarians to manage book records, member registrations, and book check-outs online. It aims to address issues with the previous manual system such as slow reporting, difficulty tracking books, and a lack of centralized data storage. The project report describes the system functionality, feasibility study, entity relationship diagram, screen shots, and future enhancements.
Library management is a sub-discipline of institutional management that focuses on specific issues faced by libraries and library management professionals. Library management encompasses normal managerial tasks, as well as intellectual freedom and fundraising responsibilities. Issues faced in library management frequently overlap with those faced in managing non-profit organizations.[1]
The basic functions of library management include, but are not limited to: planning and negotiating the acquisition of materials, Interlibrary Loan (ILL) requests, stacks maintenance, overseeing fee collection, event planning, fundraising, and human resources.[2]
This document provides an overview of an online book store system project. It includes sections on the definition, project profile, feasibility report, key features, risk analysis, data flow diagram, entity relationship diagram, flow chart, data dictionary, screen shots, and modules. The modules covered include home, shopping cart, admin, user, help, and contact us. It also includes documentation on the tools and technologies used such as ASP.Net and SQL Server, as well as screen shots of the user interface.
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1. Kill the STRESS, before it kills you.. .
.
Reach your GOAL, before it kicks you…
Live the life, before it leaves you…
Get READY, we will help you.
Developed By
Patel Smit
3. Introduction
Brain Power Institute that provides teaching class for Students.
The Institute is an invaluable source for students, researchers and facility of EDUCATION
industry.
The Institute is established in the 20th March 1992.
Teaching
Research
Consulting
Training
Learning requirement
4. Activities of the Organization
The main source for STUDENTS , STAFF and FACULTIES.
Huge collection of text books, reference books, and etc.
The library provides peaceful atmosphere.
Library gives facility.
Library also provides source of past years’ projects, exam and research papers etc.
In short, the library is the large source of the knowledge .
5. Existing System
To check availability of the book.
Manual system.
The librarian has to perform each task automatically.
6. Existing System
Time Manipulation.
Also updating is tedious work.
Issuing and receiving of the books is also complex.
penalty is very complex.
7. Need for a New
System
As we have seen in earlier topic, the existing system following drawbacks which create
the need for the system.
1) Time-consuming.
2) Searching challenging task.
3) Maintenance tedious work.
4) To calculate penalty for late-coming.
5) Generating reports is complex.
6) Maintaining register is complex.
8. Project
Profile
Our Aim
Students can easily take and issue books.
Students delight by delivering on-time
and fast service.
Maintain for generating various reports.
9. Objectives Of The Project
Basic Objectives
More Accuracy
Speed improvement
Data inconsistency
Better error handling
Integrity
Other Objectives
The System will handle the maintenance of data .
It handle entire transaction of book registration till issue of the book.
Administrator will immediately acknowledged with error message.
The Administrator details of Books, Authors and existing Member etc.
Book wise search can be performed.
11. Requirement
Specification
Type of software they needed.
They needed the software that built in latest software tool and easy to operate.
Features they needed in the software.
They needed features like reports, easy information fetching about the students,
publishers, staff, books and many other information.
Computerized Report Generation.
Easy maintenance and retrieval of data.
Future Requirement.
Centralized and secure database.
They can afford for computerized system.
They can afford the computerized system as per our application requirement.
12. Requirement
Specification
Other Features Specified.
They want to work as fast as possible as the existing system...
Improve data inconsistency and integrity for the system.
More accuracy speed and better error handling feature.
Member arises search can be performed in the library system...
Member can check the available details of books, project reports and Journals.
The system will handle the maintenance of books and member details
13. Advantages
This project can be used for any company, for infinite number of products, and for infinite
number of categories as it is totally generic.
The data of the member would be entered in the database.
There would be a safe storage of information of the member in the database.
Quick, easy, flexible generation of the member reports.
There would be a dynamic and fully computerized system would be developed.
With the database any data can be added, modified, deleted very quickly.
Security features are very much provided in the system.
User friendly environment.
15. Flow Chart
Start
Administrators
Enter User
Name
Is User
Name and
Password
Correct
User Register
Add User
Add User
Detail
Enter User
Password
Exit
Disconnect
correct user
Verification
Layout
Book Search
Update User
Info
Delete User
Search by
Title
Modify user
Detail
Delete user
Info
Retrieve
Detail
Show Detail
17. Context level
User_id / password
Request For Book
Correct
Issue Book
Library
Management
System
User
Member Detail
Access Right
Member
Return Book
Log Out
19. 0.1
User_id / password
Login
Assess Right
Login File
Check
Conformation
Request For Book
Librarian
S
e
a
r
c
h
Note Member Details
Issue
Request
For
Member
Details
Check
Time
Return
Update
Transactio
n
0.3
F
o
r
B
o
o
k
0.2
Update
Return Book
Member
0.4
Add Book Details
0.4
Book
Entry
Member
0.5
Search
Check Availability
Return Status Of The Book
Update
Book
20. First level
Search For a Book
Request
Request For a Book
User
Member
Check For Availability
Availability
Not Available
Return Status
Enter Details
Transaction
Update
Check
Not
Details
Book
Issue
Book
Issue Process
23. Author table
FIELD NAME
DATA TYPE
SIZE
NULL
DESCRIPTION
Author _id
Nvarchar
10
Not
Primary key
Author _name
Nvarchar
50
Not
Address
Nvarchar
200
Phone
Nvarchar
10
Fax
Nvarchar
10
Email
Nvarchar
20
24. Author table Details
Author table is connected with the Author form.
In this table included field name, data type, size of the character, end
description.
In the Author form included Author-id, Author-name, Address,
Phone number,fax,Email.
Author-id used for Primary key
Author information is available for in this table.
25. Category Table
Field Name
Type
Size
Null
Description
Category_Id
nvarchar
10
Not
Primary Key
Category_Name
nvarchar
50
Not
Category_Discription
nvarchar
200
Not
Category table is connected with the category form.
In this table included field name, data type, size of the character end
description.
In the category form included Category-id, Category-name,
Category_Discription.
Category_Id is the primary key
26. Supplier Table
FIELD NAME
DATA TYPE
SIZE
NULL
DESCRIPTION
Supplier_id
Nvarchar
10
Not
Primary key
Supplier_name
Nvarchar
50
Not
Address
Nvarchar
200
Not
Phone
Nvarchar
10
Not
Fax
Nvarchar
10
Email
Nvarchar
20
27. Supplier table Details
Supplier table is connected with the Supplier form.
In this table included field name, data type, size of the character, end
description.
In the Supplier form included Supplier -id, Supplier -name, Address,
Phone number , fax , Email.
Supplier -id used for Primary key
Supplier information is available for in this table.
28. Publisher table
FIELD NAME
DATA TYPE
SIZE
NULL
Publisher_Id
Nvarchar
10
Not
Publisher_Name
Nvarchar
50
Not
Publishing_year
Date/Time
Not
Publisher_Edition
Nvarchar
10
Not
Address
Nvarchar
200
Not
Phone
Nvarchar
10
Not
Fax
Nvarchar
Email
Nvarchar
10
20
DESCRIPTION
Primary Key
29. Publisher table Details
Publisher table is connected with the Publisher form.
In this table included field name, data type, size of the character, end
description.
In the Publisher form included Publisher-id, Publisher-name, Publisher-Year, Publisher Edition ,Address ,Phone number ,fax , Email.
Publisher-id used for Primary key.
Publisher-information is available for in this table.
32. Member table Details
Member table is connected with the Member form.
In this table included field name, data type, size of the character, end description.
In the Member form included Member Id . User Name , Password , First Name , Middle Name,
Last_Name,Address,E_mail_Id,Land_Line,Mobile,Sex,Security_Q,Security_A,Registration_Date,
Member -id used for Primary key
Member -information is available for in this table.
33. Book Master table
FIELD NAME
DATA TYPE
SIZE
NULL
Book_Id
Nvarchar
10
Not
Book_Title
Nvarchar
50
Not
Author_id
Nvarchar
10
Not
Publisher_id
Nvarchar
10
Not
Catogory_id
Nvarchar
10
Not
Suppier_id
Nvarchar
10
Not
ISBN
Nvarchar
20
Not
Price
Nvarchar
8
Not
DESCRIPTION
Primary Key
34. Book Master table Details
Book Master table is connected with the Book Master form.
In this table included field name, data type, size of the character, end
description.
In the Book Master form included Book Id , Book Title , Author id, Publisher id, Category id,
Supplier id , ISBN , Price .
Book-id used for Primary key.
Author id, Publisher id, Category id, Supplier id used Foreign key.
Book Master information is available for in this table.
35. Book-Transaction Table
FIELD NAME
DATA TYPE
SIZE
NULL
Book-id
Nvarchar
10
Not
Member –id
Nvarchar
10
Not
Issue Date
Date Time
Not
Return Date
Date Time
Not
Actual
Return Date
Date Time
Late Fee
Nvarchar
8
DESCRIPTION
36. Book-Transaction table Details
Book-Transaction table is connected with the Issue And Return form.
In this table included field name, data type, size of the character, end
description.
In the Book-Transaction form included Book -id, Member-id, Issue date , Return Date , Actual
Date , Late Fee.
Book-Transaction information is available for in this table.
70. Testing
APPROACH
Functional Specifications are thoroughly reviewed for correctness, coverage and completeness.
Study of Design specification and Review for Requirement coverage.
Review the design of system components and their integration to give business solution.
Identification of units of application for testing
Preparation of database scripts for testing
SCOPE
The system has different type of forms that were used for input, manipulation and output of data.
The System will be tested for the usability, functionality, reliability and performance of the application
as whole and in parts.
71. Future Enhancements
In any system there is always chance for its enhancement and extension.
This system can also be enhanced with the change facilities. Also with the progress of
the Fashion Design system can also be enhance in future.
More facilities can be added to the system for its growth.
There is always scope for enhancements in any system, especially in the ever –
changing world of computers.
The Fashion design System can also be modified according to the feature requirements
the advancement of the technology.
72. CLR
Common Language Runtime (CLR)
The CLR is at the heart of the .Net platform. The CLR is a run-time engine that
compiles IL code into native machine-language code when a Web page or middletier method is invoked. It catches system exceptions, manages memory, and loads
and unloads application code.
The CLR features automatic memory management, called Garbage Collection.
The .NET runtime decides when to release object references based on usage
patterns. No longer are developers explicitly required to release object references or
free memory. This should mean improved application reliability because fewer
memory leaks can occur.
73. Why VB.NET?
Visual Studio .NET is a complete set of development tools for building ASP Web applications,
XML Web services, desktop applications, and mobile applications.
Visual Basic .NET, Visual C++ .NET, and Visual C# .NET all use the same integrated
development environment (IDE), which allows them to share tools and facilitates in the creation of
mixed-language solutions.
In addition, these languages leverage the functionality of the .NET Framework, which provides
access to key technologies that simplify the development of ASP Web applications and XML Web
services.
It is recognizably the descendant of Visual Basic. An existing Visual Basic programmer will feel
immediately familiar with the language.
Its syntax and semantics are simple, straightforward, and easy to understand. The language avoids
unintuitive features.
It gives developers the major features of the .NET Framework and is consistent with the
framework's conventions.
Because the .NET Framework explicitly supports multiple computer languages, it works well in a
Multilanguage environment.