The document describes a business records management system developed for a client. The system captures financial and non-financial data via a web interface and excel uploads. It integrates data from the client's SAP and MIS systems. The system generates accurate financial reports in the required currency by managing exchange rates for different units. It was developed using a four-tier architecture with ASP.NET, MVC, C#, and MS SQL Server. The system provides ease of access and control over user permissions.

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Case Study
Business Records Management System

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CG BRM is a web-based application which handles the financial and non-financial data of an
organization. This application captures the data via–web interface, excel upload and even syncs
the data from SAP and MIS.
Client currently has an array of excel books which carries the financial and non-financial data
entered by the users. This data is collected from each of their units and saved for each month of a
financial year along with data for Budgets and Commitments. The client required this data to be
captured in a web-based application via-web interface, excel upload, data from SAP and MIS.
The Scope of CG BRM requirement is as follows:
o Financial and Non-financial data provided by the different units needs to be input into a
system
o The input is via 2 ways - web interface and excel upload
o The system validates this data and gives output in a pre-defined excel format
o Units have currencies attached to them and system manages exchange rates of these
currencies in order to have report output in the required currency
o Data fields are configured to have data from SAP. Created temporary SAP database and MIS
system's database
Client Requirement
Project Challenges
Team faced the following challenges:
• Studying the excel entry forms and reports of the CG BRM and understanding other
data aspects required in the system.
• Developing a system which could handle a large amount of data very smoothly.
• Generating various accurate financial reports with proper calculations.
• Developing and implementing a framework that smoothly handles the extensive
features offered by the system.
• Implementing and managing an exhaustive database of user profiles and user-related
statistics.
• Implementing stringent security measures to safely handle the vast transfer of data.
• Capturing data of every report which will be seen in a single report which lists the
same report for all the units in a single consolidated report.

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Technologies Used
Manpower
Planning
Keeping in mind the enormous structure of the website and the challenges involved a
four-tier development approach was adopted consisting of:
• The Database layer containing MSSQL Server Database, Tables, Stored Procedures and so on.
• The Data Access layer containing the libraries responsible for accessing data from the database.
• The Business Logic layer consisting of all the business logic procedures for modules like user
profiles, groups, registration info etc.
• The User Interface layer which forms the Graphical User Interface of the website.
Operating System &
Server Management
Windows OS, Multi-Server Architecture with Staging & Production
Environment through Version Controlling releases, Server
Optimization, Security & SSL Implementation, Scheduler for Back-ups,
Alert Monitoring System Integration, Server Performance Tuning at
regular intervals, Software Firewall Configuration & Maintenance
Development Tools &
Environments
ASP.Net, MVC, C# etc.
Database MS-SQL Database Server 2008, Report Service (SSRS), DB Clustering,
DB Optimization, Master Slave Replication, Query Optimization,
Scheduler for Backups
Project Leader 1
Developers 6
Designers 2
Quality Assurance Testers 2

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Architecture
We are using a 4-tier architecture which provides Presentation layer (PL), Business Access layer
(BAL), Data Access layer (DAL) and Database Layer (DL).
DL: Database layer contains MSSQL Server Database, Tables, Stored Procedures and so on.
BAL: Business Access layer contains business logics and validations related to the data.
DAL: Data Access layer contains methods which help the Business layer to connect the data and
perform the required action such as returning data or manipulating data (insert, delete, update).
PL: Presentation layer contains .asp or html where data is presented to the user as well as the
inputs is taken from the user.
Deployment Architecture
For deployment, we are using Windows Server 2008 with IIS7. Also, we are using MVC
architecture. The benefits of MVC are:
1. Enables full control over the rendered HTML
2. Provides clean separation of concerns (SOC)
3. Enables Test Driven Development (TDD)
4. Easy integration with JavaScript frameworks
5. Follows the design of stateless nature of the web
6. Restful URLS that enables SEO
7. No View-State and Post-Back events
8. It provides RAD development
9. Easy development models for developers those coming from Win Form development
Development Highlights
The application provided the client with a system capable of handling all the data and with ease
of access for everyone. The detailed requirement gathering was done on-site and helped setting
up a well-designed system with all modules integrated into it along with the control over user
access. Excel uploaded data & manually entered data was easily transferred from machine to the
database and in return shown to the user on web interface as Report.
The control of the site was given to the administrator who can set-up user, user roles and assign
page-level access to each user.