This document provides a high-level overview of the design and functional specifications for a STEM (Science, Technology, Engineering, and Math) web application. It describes the application's logical architecture with separate layers for the presentation layer, controller, model, and data layers. It also outlines the key technologies used including ASP.NET, C#, and SQL Server. The document discusses the MVC framework that will be used and defines the roles of controllers and actions. It provides a high-level view of the application components in each layer and describes the user interface elements and processes.
A functional specification describes a product's intended capabilities, appearance, and user interactions in detail for software developers. It includes requirements defined by product planners based on market and customer input, objectives written by designers in response to requirements, a logic specification of code modules and structure, and user documentation derived from previous documents to instruct users. Ideally, the final product fully implements the functional specification and design changes identified during testing.
Functional specifications are formal documents that describe a product's intended capabilities, appearance, and user interactions in detail for software developers. They enable expectations to be managed and streamline the development process by providing complete requirements for developers to build from without ambiguity. The functional specification analyzes user requirements, desired look and feel, customization options, and how new users will interact with the website and its business processes. Creating effective functional specifications involves fixing system boundaries, identifying stakeholders, eliciting requirements from them, analyzing gathered requirements, and managing requirements throughout the project.
A functional specification describes the requested behavior and properties of inputs and outputs of an engineering system from the perspective of the user, without specifying how that behavior will be implemented internally. It focuses on what interactions and observations external agents will experience when using the system. For example, a functional specification may state that when a user clicks an OK button, a dialog will close and the main window will return to the previous state.
This document provides a functional specification for a Kodak website. It outlines the purpose, scope, assumptions, constraints, and dependencies of the project. It describes the organization developing the website and the intended users. The document also defines sections for functional and non-functional requirements, system requirements, data requirements, external interfaces, and design constraints. It aims to capture all necessary requirements to develop the Kodak website to meet stakeholder needs.
The document provides information about the Pega CPBA 7.1/7.2 certification exam, including the test domains and percentages, number of questions, time allotted, and passing score for each version. It also lists the topics covered in the training course, such as application design, case design, UI design, data modeling, automating business policies, and reporting. The course content includes practical exercises in requirements gathering, application express, direct capture of objectives, building reports, case management, data modeling, and UI design. The total course duration is 20-25 hours consisting of topics and hands-on exercises.
The document discusses software requirements analysis and engineering. It describes the requirement engineering process, which includes feasibility study, requirement gathering, software requirement specification, and validation. It discusses analyzing requirements, modeling them, and documenting them in a specification. The analysis process aims to understand customer needs and translate them into a requirements specification. Various analysis techniques are covered like use case diagrams, classes, behaviors, and flows.
A functional specification describes a product's intended capabilities, appearance, and user interactions in detail for software developers. It includes requirements defined by product planners based on market and customer input, objectives written by designers in response to requirements, a logic specification of code modules and structure, and user documentation derived from previous documents to instruct users. Ideally, the final product fully implements the functional specification and design changes identified during testing.
Functional specifications are formal documents that describe a product's intended capabilities, appearance, and user interactions in detail for software developers. They enable expectations to be managed and streamline the development process by providing complete requirements for developers to build from without ambiguity. The functional specification analyzes user requirements, desired look and feel, customization options, and how new users will interact with the website and its business processes. Creating effective functional specifications involves fixing system boundaries, identifying stakeholders, eliciting requirements from them, analyzing gathered requirements, and managing requirements throughout the project.
A functional specification describes the requested behavior and properties of inputs and outputs of an engineering system from the perspective of the user, without specifying how that behavior will be implemented internally. It focuses on what interactions and observations external agents will experience when using the system. For example, a functional specification may state that when a user clicks an OK button, a dialog will close and the main window will return to the previous state.
This document provides a functional specification for a Kodak website. It outlines the purpose, scope, assumptions, constraints, and dependencies of the project. It describes the organization developing the website and the intended users. The document also defines sections for functional and non-functional requirements, system requirements, data requirements, external interfaces, and design constraints. It aims to capture all necessary requirements to develop the Kodak website to meet stakeholder needs.
The document provides information about the Pega CPBA 7.1/7.2 certification exam, including the test domains and percentages, number of questions, time allotted, and passing score for each version. It also lists the topics covered in the training course, such as application design, case design, UI design, data modeling, automating business policies, and reporting. The course content includes practical exercises in requirements gathering, application express, direct capture of objectives, building reports, case management, data modeling, and UI design. The total course duration is 20-25 hours consisting of topics and hands-on exercises.
The document discusses software requirements analysis and engineering. It describes the requirement engineering process, which includes feasibility study, requirement gathering, software requirement specification, and validation. It discusses analyzing requirements, modeling them, and documenting them in a specification. The analysis process aims to understand customer needs and translate them into a requirements specification. Various analysis techniques are covered like use case diagrams, classes, behaviors, and flows.
The document discusses requirements analysis for software engineering projects. It describes requirements analysis as bridging system requirements and software design by providing models of system information, functions, and behavior. The objectives of analysis are identified as identifying customer needs, evaluating feasibility, allocating functions, and establishing schedules and constraints. Common analysis techniques discussed include interviews, use cases, prototyping, and specification documentation.
This document discusses defining systems and system requirements. It explains that system engineering breaks complex systems into subsystems, and that system requirements differ from subsystem requirements. Key artifacts in requirements engineering include vision documents, glossaries, software requirements specifications, and use case models. Vision documents describe the target market, users, and key features at a high level. Software requirements specifications contain functional and non-functional requirements. The document also discusses versioning requirements as a project evolves over multiple releases.
This document discusses different levels of software requirements including business requirements, user requirements, functional requirements, and non-functional requirements. It also describes the importance of involving stakeholders, and outlines characteristics of good requirement statements and specifications such as being complete, consistent, unambiguous, and traceable.
Dynamic Object-Oriented Requirements System (DOORS)David Groff
This document provides an overview of requirements management (RM) and the IBM Rational DOORS tool. It discusses what RM is, who uses it, and what DOORS is and how it can be used. It describes the key components and architecture of DOORS, including modules, objects, attributes, and links. It also covers security roles, configurations, scripting with DXL, and integrations with other tools.
Shankhadeep Bhattacharya has over 12 years of experience in various domains including enterprise solutions, Salesforce, CRM, and financial services. He holds a Master's degree in Computer Applications and has worked as a senior consultant for Cognizant and Tata Consultancy Services on projects involving Salesforce integration, Oracle middleware, and content management systems. Currently, he is a Salesforce technical consultant for Cognizant working on a Bullhorn integration project.
Basic concepts and terminology for the Requirements Management applicationIBM Rational software
After you complete this module, you should be able to do these tasks :
- Explain the difference between Jazz™ Team Server and the Requirements Management (RM) application
- Describe the basic concepts and terminology in the RM application
- Identify tasks that the team must do before starting a requirements management project with IBM® Rational® DOORS Next Generation or IBM® Rational® Requirements Composer
SWE-401 - 12. Software CASE Tools Overviewghayour abbas
CASE (Computer Aided Software Engineering) tools automate various stages of the Software Development Life Cycle (SDLC) and are used by software engineers, project managers, and analysts. There are different types of CASE tools that can be used for activities like documentation, project management, analysis, design, programming, testing, and maintenance. CASE tools provide benefits like accelerated development, reduced errors, and improved collaboration through features like centralized repositories and version control.
This document is a curriculum vitae for Praveen Pulicharla that summarizes his professional experience and qualifications. It includes details about his current role as a Solution Developer at Tata Technologies Ltd since 2014, previous roles as a Consultant and Senior Software Engineer, and expertise including 1.5 years of experience in Hadoop technologies. It also provides summaries of 3 projects he worked on, including developing Pig and Hive scripts to analyze data for Jaguar & Land Rover, and programming in Pro*C for order processing and financial reporting systems.
This document contains the resume of Pradeep Mishra. It summarizes his professional experience, technical skills, projects, and education. He has over 2 years of experience as a Siebel Application Developer and Administrator. His skills include Oracle SQL, PL/SQL, Siebel CRM, and he has knowledge of Java, HTML, and Python. He has worked on projects for Volkswagen and Standard Register Company involving Siebel implementations, customizations, support and maintenance. He holds a B.Tech degree in Computer Science and Engineering.
The document discusses several topics related to software development methodologies:
- Joint Application Development (JAD) is a methodology that involves end users in designing and developing applications through collaborative workshops.
- Rapid Application Development (RAD) is an iterative process that segments software delivery into pieces to provide functionality faster compared to a single large implementation.
- The Systems Development Life Cycle (SDLC) describes the stages of an information system project from initial feasibility study through maintenance. It discusses different SDLC methodologies like waterfall, RAD, and spiral models.
- Use cases model interactions between actors and a system, representing the system's capabilities and how it may be used. Activity and sequence diagrams also help describe workflows and object
After you complete this module, you should be able to
explain these concepts:
- How requirements fit in the development process
- Key principles of requirements definition and management
- How you can manage requirements by using IBM Rational
requirements management tools
Factors to consider when starting a brand-new requirements management project...IBM Rational software
The document discusses factors to consider when starting a new requirements management project in IBM Rational DOORS Next Generation. It recommends understanding project goals, environment and constraints to optimize the requirements process. Key questions to address include which artifacts define scope, how artifacts will be organized and tracked, what relationships are important, and which development methodology is being followed. The document also discusses configuring artifact types, attributes, link types and modules to structure requirements information in the project.
The document discusses various modeling techniques used in requirements analysis for web applications (WebApps), including:
1) Content modeling to identify and describe all content objects and their relationships.
2) Interaction modeling using use cases, sequence diagrams, state diagrams, and prototypes to describe how users interact.
3) Functional modeling to define all necessary operations and processing functions implied by usage scenarios.
The techniques help analysts understand WebApp requirements by modeling key elements like content, interactions, and functions.
Master data distribution in SAP: implementation guideJonathan Eemans
Often master data is created separately in the different environments of a certain landscape or multiple SAP landscapes. This is time consuming!
Master data distribution can automate this process easily using IDoc’s and ALE.
A functional specification describes a product's intended capabilities, appearance, and interactions with users to guide software developers. It serves as a reference point during development. A functional specification typically shows the visual user interface and describes user input actions and program responses. It may also specify tasks, dependencies, and usability criteria. The functional specification fits into the development process after objectives are defined and describes all user and programming interfaces that the product must support.
The document discusses the process of constructing enterprise applications. It involves translating the design into code components through various activities like achieving construction readiness, constructing solution layers, code review, testing, and creating deployable packages. Construction readiness includes defining a construction plan, package structure, configuration management plan, and development environment. Solution layers include infrastructure, presentation, business, data access, and integration components. Code review and static/dynamic analysis help ensure quality. The overall process aims to fulfill requirements through proper architecture, techniques, and tools.
This document outlines the design, development, and testing process for a software project. It is divided into modules for requirements analysis, designing and coding two modules (A and B) of the software, and integrated testing. For each module, the tasks are specified including creating designs, conducting reviews, testing, and obtaining sign-offs from stakeholders. A work breakdown structure and estimated hours are also provided to plan out the project schedule and resource allocation.
This document discusses the requirement analysis and software development methodology selection for developing a ticketing system called the Snow City System. It analyzes the requirements of the system, which include scanning tickets, calculating charges based on time spent, notifying customers of charges, and generating reports. It evaluates various software development methodologies and determines that the fourth generation techniques methodology is most appropriate due to its features around non-procedural languages, report generation, data manipulation, and screen interaction that map well to the system requirements. The document also discusses various dependability measurement attributes that are relevant for the system, including reliability, efficiency, integrity, maintainability, and availability.
Pega Training ( whats app : +919908107432)Ashock Roy
This document provides information on business process management (BPM) using the Pega platform. It discusses key concepts like rulesets, classes, properties, flows, and decision trees. BPM focuses on modeling business processes and using rules engines and technologies to automate workflows. The Pega BPM suite includes capabilities for receiving, routing, reporting on, responding to, researching, and resolving work. Core components include the business rules engine, business activity monitoring, and integration engine. Class hierarchies are used to structure data and workflows. Properties, sections, and decision trees can be created and referenced in flows and rules to automate business logic and processes.
This chapter discusses requirements engineering processes. It defines a process as an organized set of activities that transforms inputs to outputs. Requirements engineering is presented as a design process involving creativity and interactions between people. The key activities in most requirements engineering processes are requirements elicitation, analysis and negotiation, and validation. Process models can describe requirements engineering processes at different levels of granularity. Human factors are important influences as requirements processes involve stakeholders from varying backgrounds. Process improvement is achieved through incremental introduction of good practices and maturity models can assess organizational process capabilities.
This document outlines the importance of creating an effective design specification. It directly influences the design ideas, final product, and project grades. The specification demonstrates applying research knowledge from earlier stages. Like the personal project, the specification is crucial and dictates what must be done based on informed decisions from research. An effective specification comes from good research, while poor research leads to a poor specification. The specification should consider demands that must be achieved, limits to avoid, and wishes that are ideals but not required for success.
This document is a functional specification for a project with the purpose of describing the functions and scope. It includes sections for an introduction, scope overview, and a list of functions. The introduction defines the purpose and references other documents. The scope overview describes the project and lists any constraints or assumptions. The list of functions section defines each function with a description, process flow, and field details.
The document discusses requirements analysis for software engineering projects. It describes requirements analysis as bridging system requirements and software design by providing models of system information, functions, and behavior. The objectives of analysis are identified as identifying customer needs, evaluating feasibility, allocating functions, and establishing schedules and constraints. Common analysis techniques discussed include interviews, use cases, prototyping, and specification documentation.
This document discusses defining systems and system requirements. It explains that system engineering breaks complex systems into subsystems, and that system requirements differ from subsystem requirements. Key artifacts in requirements engineering include vision documents, glossaries, software requirements specifications, and use case models. Vision documents describe the target market, users, and key features at a high level. Software requirements specifications contain functional and non-functional requirements. The document also discusses versioning requirements as a project evolves over multiple releases.
This document discusses different levels of software requirements including business requirements, user requirements, functional requirements, and non-functional requirements. It also describes the importance of involving stakeholders, and outlines characteristics of good requirement statements and specifications such as being complete, consistent, unambiguous, and traceable.
Dynamic Object-Oriented Requirements System (DOORS)David Groff
This document provides an overview of requirements management (RM) and the IBM Rational DOORS tool. It discusses what RM is, who uses it, and what DOORS is and how it can be used. It describes the key components and architecture of DOORS, including modules, objects, attributes, and links. It also covers security roles, configurations, scripting with DXL, and integrations with other tools.
Shankhadeep Bhattacharya has over 12 years of experience in various domains including enterprise solutions, Salesforce, CRM, and financial services. He holds a Master's degree in Computer Applications and has worked as a senior consultant for Cognizant and Tata Consultancy Services on projects involving Salesforce integration, Oracle middleware, and content management systems. Currently, he is a Salesforce technical consultant for Cognizant working on a Bullhorn integration project.
Basic concepts and terminology for the Requirements Management applicationIBM Rational software
After you complete this module, you should be able to do these tasks :
- Explain the difference between Jazz™ Team Server and the Requirements Management (RM) application
- Describe the basic concepts and terminology in the RM application
- Identify tasks that the team must do before starting a requirements management project with IBM® Rational® DOORS Next Generation or IBM® Rational® Requirements Composer
SWE-401 - 12. Software CASE Tools Overviewghayour abbas
CASE (Computer Aided Software Engineering) tools automate various stages of the Software Development Life Cycle (SDLC) and are used by software engineers, project managers, and analysts. There are different types of CASE tools that can be used for activities like documentation, project management, analysis, design, programming, testing, and maintenance. CASE tools provide benefits like accelerated development, reduced errors, and improved collaboration through features like centralized repositories and version control.
This document is a curriculum vitae for Praveen Pulicharla that summarizes his professional experience and qualifications. It includes details about his current role as a Solution Developer at Tata Technologies Ltd since 2014, previous roles as a Consultant and Senior Software Engineer, and expertise including 1.5 years of experience in Hadoop technologies. It also provides summaries of 3 projects he worked on, including developing Pig and Hive scripts to analyze data for Jaguar & Land Rover, and programming in Pro*C for order processing and financial reporting systems.
This document contains the resume of Pradeep Mishra. It summarizes his professional experience, technical skills, projects, and education. He has over 2 years of experience as a Siebel Application Developer and Administrator. His skills include Oracle SQL, PL/SQL, Siebel CRM, and he has knowledge of Java, HTML, and Python. He has worked on projects for Volkswagen and Standard Register Company involving Siebel implementations, customizations, support and maintenance. He holds a B.Tech degree in Computer Science and Engineering.
The document discusses several topics related to software development methodologies:
- Joint Application Development (JAD) is a methodology that involves end users in designing and developing applications through collaborative workshops.
- Rapid Application Development (RAD) is an iterative process that segments software delivery into pieces to provide functionality faster compared to a single large implementation.
- The Systems Development Life Cycle (SDLC) describes the stages of an information system project from initial feasibility study through maintenance. It discusses different SDLC methodologies like waterfall, RAD, and spiral models.
- Use cases model interactions between actors and a system, representing the system's capabilities and how it may be used. Activity and sequence diagrams also help describe workflows and object
After you complete this module, you should be able to
explain these concepts:
- How requirements fit in the development process
- Key principles of requirements definition and management
- How you can manage requirements by using IBM Rational
requirements management tools
Factors to consider when starting a brand-new requirements management project...IBM Rational software
The document discusses factors to consider when starting a new requirements management project in IBM Rational DOORS Next Generation. It recommends understanding project goals, environment and constraints to optimize the requirements process. Key questions to address include which artifacts define scope, how artifacts will be organized and tracked, what relationships are important, and which development methodology is being followed. The document also discusses configuring artifact types, attributes, link types and modules to structure requirements information in the project.
The document discusses various modeling techniques used in requirements analysis for web applications (WebApps), including:
1) Content modeling to identify and describe all content objects and their relationships.
2) Interaction modeling using use cases, sequence diagrams, state diagrams, and prototypes to describe how users interact.
3) Functional modeling to define all necessary operations and processing functions implied by usage scenarios.
The techniques help analysts understand WebApp requirements by modeling key elements like content, interactions, and functions.
Master data distribution in SAP: implementation guideJonathan Eemans
Often master data is created separately in the different environments of a certain landscape or multiple SAP landscapes. This is time consuming!
Master data distribution can automate this process easily using IDoc’s and ALE.
A functional specification describes a product's intended capabilities, appearance, and interactions with users to guide software developers. It serves as a reference point during development. A functional specification typically shows the visual user interface and describes user input actions and program responses. It may also specify tasks, dependencies, and usability criteria. The functional specification fits into the development process after objectives are defined and describes all user and programming interfaces that the product must support.
The document discusses the process of constructing enterprise applications. It involves translating the design into code components through various activities like achieving construction readiness, constructing solution layers, code review, testing, and creating deployable packages. Construction readiness includes defining a construction plan, package structure, configuration management plan, and development environment. Solution layers include infrastructure, presentation, business, data access, and integration components. Code review and static/dynamic analysis help ensure quality. The overall process aims to fulfill requirements through proper architecture, techniques, and tools.
This document outlines the design, development, and testing process for a software project. It is divided into modules for requirements analysis, designing and coding two modules (A and B) of the software, and integrated testing. For each module, the tasks are specified including creating designs, conducting reviews, testing, and obtaining sign-offs from stakeholders. A work breakdown structure and estimated hours are also provided to plan out the project schedule and resource allocation.
This document discusses the requirement analysis and software development methodology selection for developing a ticketing system called the Snow City System. It analyzes the requirements of the system, which include scanning tickets, calculating charges based on time spent, notifying customers of charges, and generating reports. It evaluates various software development methodologies and determines that the fourth generation techniques methodology is most appropriate due to its features around non-procedural languages, report generation, data manipulation, and screen interaction that map well to the system requirements. The document also discusses various dependability measurement attributes that are relevant for the system, including reliability, efficiency, integrity, maintainability, and availability.
Pega Training ( whats app : +919908107432)Ashock Roy
This document provides information on business process management (BPM) using the Pega platform. It discusses key concepts like rulesets, classes, properties, flows, and decision trees. BPM focuses on modeling business processes and using rules engines and technologies to automate workflows. The Pega BPM suite includes capabilities for receiving, routing, reporting on, responding to, researching, and resolving work. Core components include the business rules engine, business activity monitoring, and integration engine. Class hierarchies are used to structure data and workflows. Properties, sections, and decision trees can be created and referenced in flows and rules to automate business logic and processes.
This chapter discusses requirements engineering processes. It defines a process as an organized set of activities that transforms inputs to outputs. Requirements engineering is presented as a design process involving creativity and interactions between people. The key activities in most requirements engineering processes are requirements elicitation, analysis and negotiation, and validation. Process models can describe requirements engineering processes at different levels of granularity. Human factors are important influences as requirements processes involve stakeholders from varying backgrounds. Process improvement is achieved through incremental introduction of good practices and maturity models can assess organizational process capabilities.
This document outlines the importance of creating an effective design specification. It directly influences the design ideas, final product, and project grades. The specification demonstrates applying research knowledge from earlier stages. Like the personal project, the specification is crucial and dictates what must be done based on informed decisions from research. An effective specification comes from good research, while poor research leads to a poor specification. The specification should consider demands that must be achieved, limits to avoid, and wishes that are ideals but not required for success.
This document is a functional specification for a project with the purpose of describing the functions and scope. It includes sections for an introduction, scope overview, and a list of functions. The introduction defines the purpose and references other documents. The scope overview describes the project and lists any constraints or assumptions. The list of functions section defines each function with a description, process flow, and field details.
The document provides a design specification template for a product with requirements organized under the headings of Limits, Demands, and Wishes. Each heading has subheadings of Function, Appearance, Content, Materials, and Size, with bullet points listed under each subheading to describe the product's requirements.
Talk about Specification by Example. What's the problems it tries to tackle and how to solve them.
I gave this talk at wiggle.com like a brown-bag sessions after attending to a workshop from Gojko Adzic at agiliaconference.com.
Specification & Design Service OverviewKingspanSolar
The document provides an overview of the specification and design services offered by Coates Design Partnership. It includes summaries of the team members, the commercial solar design service which provides reports, schematics and specifications, commercial solar case studies, and an overview of the specification and design process including site assessments, analysis, quotations, planning applications and hybrid solution design. It also describes additional specification services offered such as technical assistance, product development, training and highlighting other Kingspan Environmental products. The document concludes by outlining next steps such as developing a brochure, promoting the design service to consultants, following the SLX procedure for all projects, pursuing professional accreditations, and charging models for commercial design services.
This document provides a functional specification for a Quality Assurance and Inspections Database. It outlines requirements for the user interface, data entry, search functions, reports, and administration. The database will consolidate existing quality inspection data and support electric, gas, vegetation management, and gas high pressure inspections. Requirements cover main screens, forms, checklists, searching, reporting, and user preferences. Section 4 provides specific requirements for electric site audits, including fields, checklists, inspection items, searchable fields, and reports.
How to Write Amazing Functional Analysis Documents for your SharePoint Projects GSoft
The document provides an overview of a presentation on how to write functional analysis documents for SharePoint projects. It discusses defining requirements, prioritizing requirements, and a 9-step methodology for functional analysis when using SharePoint. The methodology includes steps like visualizing requirements, describing information types, defining relationships between data, determining data storage and flows, and defining data access points and behaviors. The presentation provides examples and tips for effectively analyzing requirements and functionality for SharePoint solutions.
This document provides an overview of an active workshop on functional specifications and use cases. It discusses the purpose of the workshop, which is to introduce a simple, practical, and precise methodology for writing functional specifications for software systems. The workshop agenda is then outlined, which will cover requirements, the use case model, a case study, system and software use cases, and use case realization. Finally, some basic concepts that will be covered in the workshop like stakeholders, actors, use cases, and use case diagrams are introduced at a high level.
The document discusses specification formats used to organize construction project information. It describes the UNIFORMAT and MASTERFORMAT systems. UNIFORMAT uses 9 categories based on physical assemblies, while MASTERFORMAT uses 50 categories based on specific products and activities. The document outlines how specifications are organized in sections and divisions according to MASTERFORMAT. It provides details on the categories and organization of information in MASTERFORMAT.
The document discusses components of the design process and their relationship to perceived product quality. It summarizes research examining how elements like state of the art reviews, design methods, ergonomic studies, user involvement, and design tools affect user perceptions for redesigned versus new products. The research found some components positively or negatively correlated with quality ratings. It also compared designer and user evaluations, finding stronger alignment for general audiences than specialized products. The document advocates incorporating process elements shown to increase quality and differentiating approaches based on the design problem and target users.
This document discusses various methods of construction cost estimation, including preliminary estimates, plinth area method, cubical contents method, unit base method, abstract estimates, detailed estimates, bottom up method, and square foot estimates. It also discusses factors that influence specification, rate analysis, and final estimates. Preliminary estimates provide early project costs but have low accuracy of 20-30%. Detailed estimates use quantities, rates, and specifications to determine costs more accurately. The bottom up method aggregates task estimates to determine total project costs.
This document discusses validation concepts including user requirement specification, phases of validation such as design qualification, installation qualification, operational qualification, performance qualification, and maintenance qualification. It provides definitions and guidelines for each phase. The key phases involve design qualification to define functional specifications, installation qualification to ensure proper installation, operational qualification to test functions, performance qualification to ensure consistent performance over time, and maintenance qualification to document maintenance. The overall goal of validation is to provide high assurance that a process will consistently produce quality products meeting specifications.
The document provides an example script for a radio show. It includes segments for an intro jingle, song playback with DJ introduction, gossip segment, upcoming segments announcement, guest interview, additional song playback, and ambient music between segments. The script is meant to clearly identify each part of the show and include estimated timing for planning purposes. The total timing can be calculated to gauge the show length and allow for additions or cuts to aim for 15-30 minutes.
The document discusses different types of construction cost estimates. It describes preliminary estimates which provide approximate costs using methods like per unit, plinth area, or cubic content. Detailed estimates involve accurately calculating quantities for each work item. Other estimates include revised estimates for costs exceeding 5% of original estimates, supplementary estimates for additional works, and annual repair estimates for maintenance. Terminology related to construction projects is also defined.
This document provides an overview of an online taxi booking system. It describes the existing manual system and outlines the benefits of developing a computerized system. The proposed system would allow customers to book taxis online and for administrators to maintain driver, vehicle and billing details digitally. The system would have modules for administration, customers and reports. It then covers the system design including data flow diagrams, database design with tables for customers, bookings, drivers, vehicles and bills, and input screen designs. Hardware, software and technology requirements are also specified.
Top 10 - ASP.NET Interview Questions And Answers 2023.pdfRuddarpratap
This document provides an introduction and overview of the top 10 ASP.NET interview questions and their answers. It discusses what ASP.NET is, its key features like being an open-source web application framework part of the .NET platform. It also summarizes some important ASP.NET concepts like the Common Language Runtime, MVC framework, Server Controls, the web.config and Global.asax files.
The document provides an introduction to the .NET framework. It discusses that .NET is a software platform and runtime that supports multiple programming languages and allows development of web and Windows applications. It describes key aspects of .NET including the Common Language Runtime (CLR), Windows Forms, ASP.NET, ADO.NET, and Visual Studio.NET development tools. It also provides comparisons between .NET and Java platforms and architectures.
The document provides an introduction to the Struts framework. It describes Struts as an open source MVC framework that implements the JSP Model 2 architecture. It stores routing information in a configuration file and separates the model, view, and controller layers. All requests are routed through the Struts controller which uses the configuration file to map requests to actions, which then call services and forward to view resources.
This document summarizes an application development framework called SmartLib for ASP.NET 2.0. It provides base page classes, controls, data access layers and other common classes to help developers build web applications more quickly. The framework has been tested on different platforms and databases. It allows for multilingual support and flexible development. The document describes the architecture and components of SmartLib and outlines some sample projects where it has been implemented successfully with thousands of concurrent users.
.Net is a framework that helps developers create web applications and web services that use forms and web technology. It is used to develop desktops and server-based applications.
Actively looking for an opportunity to work as a challenging Dot Net DeveloperKarthik Reddy
This document contains a summary of Karthik Kumar Reddy Paduru's technical skills and professional experience. He has over 6 years of experience developing multi-tier web applications using Microsoft technologies like ASP.NET MVC, C#, SQL Server, and the .NET framework. He has expertise in full stack development, database design, and implementing architectures like n-tier and MVC. His most recent roles involved developing applications for insurance companies using technologies such as ASP.NET, AngularJS, and Web API.
Actively looking for an opportunity to work as a challenging Dot Net DeveloperKarthik Reddy
The .Net Developer designs, modifies, develops, writes and implements software programming applications and components. Supports and/or installs software applications and components. Works from written specifications and pre-established guidelines to perform the functions of the job and maintains documentation of process flow.
Dairy management system project report..pdfKamal Acharya
ASP.NET is the next version of Active Server Pages (ASP); it is a unified Web development platform that provides the services necessary for developers to build enterprise-class Web applications. While ASP.NET is largely syntax compatible, it also provides a new programming model and infrastructure for more secure, scalable, and stable applications. ASP.NET is a compiled, NET-based environment, we can author applications in any .NET compatible language, including Visual Basic .NET, C#, and JScript .NET. Additionally, the entire .NET Framework is available to any ASP.NET application. Developers can easily access the benefits of these technologies, which include the managed common language runtime environment (CLR), type safety, inheritance, and so on. ASP.NET has been designed to work seamlessly with WYSIWYG HTML editors and other programming tools, including Microsoft Visual Studio .NET. Not only does this make Web development easier, but it also provides all the benefits that these tools have to offer, including a GUI that developers can use to drop server controls onto a Web page and fully integrated debugging support.
Isas _Q3 _Soft_Topic3_enterprise_application_architectureTuấn Anh Nguyễn
This document discusses an enterprise application architecture using the Microsoft .NET Framework. It outlines important characteristics of enterprise applications like availability, security, and scalability. It describes how SQL Server and .NET Framework can store and access application data. The document also includes diagrams of example enterprise application architectures showing layers like the presentation layer, integration layer, and delivery layer. It discusses how .NET Framework can be used to build different types of applications like web applications, web services, and smart clients.
The document describes an online furniture management system website called Liyawel.com that was created for a master's project. The website was developed in a cost-effective way using an open-source ecommerce solution and includes a front-end public site and a back-end admin site. The website allows users to register, view products by category, add items to a cart, and make payments online with credit/debit cards. It also sends email confirmations.
The document describes an online examination system. It discusses the existing manual paper-based examination system and its drawbacks. The proposed system is an online examination system developed using ASP.Net and SQL Server that allows administrators to create exams and questions, and students to take exams online. Key features include exam and student administration, online question display and answering, automated result calculation and display.
Have you know about Microsoft’s new version of ASP.NET Core?
That is ASP.Net Core 3.0, is an open-source, modular, community-focused framework to build superior quality applications.
Read the full blog and know what are the new features and fundamental changes to existing features.
Visit graycelltech.com/blog for more
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A Deep Dive into Android App Development 2.0
As a strong and adaptable framework, ASP.NET stands out in the constantly changing world of online development. With origins in the early 2000s, ASP.NET has continually changed with the internet's evolving environment, evolving into a foundational technology for creating reliable, scalable, and secure web applications. The world of ASP.NET web development, its evolution, important components, recommended practices, and its influence on the digital world are all covered in this thorough reference.
Understanding ASP.NET in Chapter 1
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1. A Synopsis of ASP.NET's History
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Key Characteristics of ASP.NET Server-Side Development: ASP.NET enables programmers to create server-side web applications, which are more dependable and secure than client-side alternatives. Integration with the.NET Ecosystem: The. NET framework and ASP.NET are strongly connected, giving users access to a variety of libraries and tools. Model-View-Controller (MVC): The MVC design, which encourages the separation of concerns and code organization, is supported by ASP.NET. Cross-Platform Capability: Since the release of.NET Core, ASP.NET can now be utilized on a variety of platforms in addition to Windows. Scalability:
Applications built with ASP.NET can be readily scaled to manage rising traffic and workloads. Security: ASP.NET provides strong security features like data protection, authentication, and authorization. Extensibility: Custom controls, modules, and libraries can be used by developers to expand ASPNET.
Technologies ASP.NET in Chapter
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2. Design and Functional Specification
1. Introduction
1.1 Purpose
This document records functional specifications for
Math (STEM) web application along with the high level design. The objective is to
document the specifications in as much detail as possible so that the developers
may directly take this as a basis for the coding. This document provides an
overview of each specific module of the application and technical design,
including a description of each component’s high level role. Where applicable, the
document provides references to more detailed external documentation.
1.2 Scope
This document covers the high level design and functional specification for
student, Teacher and Admin modules
Some of the web pages will also be developed with minimum content to enable
faster loading of pages for low bandwidth users. Design for these web pages for
low bandwidth in not included in this document. This will be taken care of at the
development time.
Design and Functional Specification
Introduction
This document records functional specifications for Science Technology English
) web application along with the high level design. The objective is to
document the specifications in as much detail as possible so that the developers
ay directly take this as a basis for the coding. This document provides an
overview of each specific module of the application and technical design,
including a description of each component’s high level role. Where applicable, the
nces to more detailed external documentation.
This document covers the high level design and functional specification for
Admin modules in STEM.
Some of the web pages will also be developed with minimum content to enable
faster loading of pages for low bandwidth users. Design for these web pages for
low bandwidth in not included in this document. This will be taken care of at the
Science Technology English
) web application along with the high level design. The objective is to
document the specifications in as much detail as possible so that the developers
ay directly take this as a basis for the coding. This document provides an
overview of each specific module of the application and technical design,
including a description of each component’s high level role. Where applicable, the
nces to more detailed external documentation.
This document covers the high level design and functional specification for
Some of the web pages will also be developed with minimum content to enable
faster loading of pages for low bandwidth users. Design for these web pages for
low bandwidth in not included in this document. This will be taken care of at the
3. Design and Functional Specification
2 Technology stack
STEM web site will be developed using following technologies:
Name
ASP.Net 3.5
Net Framework 3.5
Microsoft Visual Studio Team System
2008
Design and Functional Specification
2 Technology stack
site will be developed using following technologies:
Description
ASP.NET is a powerful platform for
building dynamic web applications that
provides a tremendous amount of
flexibility and power for building just
about any kind of web application from
small, personal websites through to
large, enterprise-class web applica
The .NET Framework is an integral
Windows component that supports
building and running the next
generation of applications and Web
services. The key components of the
.NET Framework are the common
language runtime (CLR) and t
Framework class library, which includes
ADO.NET, ASP.NET, and Windows
Forms. The .NET Framework also
consists of technologies such as
Windows Workflow Foundation (WF),
Windows Communication Foundation
(WCF), Windows Card Space ,WPF
al Studio Team System
Microsoft Visual Studio Team System
2008 is an integrated application
lifecycle management (ALM) product
family with the tools and processes that
ASP.NET is a powerful platform for
building dynamic web applications that
provides a tremendous amount of
flexibility and power for building just
about any kind of web application from
small, personal websites through to
class web applications.
The .NET Framework is an integral
Windows component that supports
building and running the next
generation of applications and Web
services. The key components of the
.NET Framework are the common
language runtime (CLR) and the .NET
Framework class library, which includes
ADO.NET, ASP.NET, and Windows
Forms. The .NET Framework also
consists of technologies such as
Windows Workflow Foundation (WF),
ion Foundation
(WCF), Windows Card Space ,WPF
Microsoft Visual Studio Team System
2008 is an integrated application
lifecycle management (ALM) product
family with the tools and processes that
4. Design and Functional Specification
SQL Server 2005
Windows Server 2008
MVC ASP.Net 1.0
Design and Functional Specification
help development teams work more
effectively together.
Microsoft SQL Server 2005
relational database management
system (RDBMS) produced by
Microsoft. Its primary query language is
Transact-SQL, an implementation of the
ANSI/ISO standard Structured Query
Language (SQL).
Windows Server 2008 is the most
recent release of Microsoft Windows's
server line of operating systems.
ASP.NET MVC 1.0 provides a new
Model-View-Controller (MVC)
framework on top of the existing
ASP.NET 3.5 runtime. This means that
developers can take advantage of the
MVC design patterns to create their
Web Applications which includes the
ability to achieve and maintain a clear
separation of concerns (the UI or view
from the business and application logic
and backend data), as well as facilitate
test driven development (TDD).
help development teams work more
Microsoft SQL Server 2005 is a
relational database management
system (RDBMS) produced by
Microsoft. Its primary query language is
SQL, an implementation of the
ANSI/ISO standard Structured Query
ver 2008 is the most
recent release of Microsoft Windows's
server line of operating systems.
ASP.NET MVC 1.0 provides a new
Controller (MVC)
framework on top of the existing
ASP.NET 3.5 runtime. This means that
take advantage of the
MVC design patterns to create their
Web Applications which includes the
ability to achieve and maintain a clear
separation of concerns (the UI or view
from the business and application logic
and backend data), as well as facilitate
est driven development (TDD).
5. Design and Functional Specification
3 High level Design
At the highest and most abstract level, the logical architecture view of
application can be considered to be a set of cooperating services grouped into the
following layers, as shown in figure be
Figure: High level logical architecture view of STEM application
Each layer of application contains a series of components that implement the
functionality for that layer. These components should be cohesive and loosely
coupled to simplify reuse and maintenance. Following figure shows the
components to be implemented in each layer.
User
Presentation Layer
Controller
Model
Data
Base
Design and Functional Specification
3 High level Design
At the highest and most abstract level, the logical architecture view of
application can be considered to be a set of cooperating services grouped into the
following layers, as shown in figure below:
Figure: High level logical architecture view of STEM application
Each layer of application contains a series of components that implement the
functionality for that layer. These components should be cohesive and loosely
coupled to simplify reuse and maintenance. Following figure shows the
components to be implemented in each layer.
At the highest and most abstract level, the logical architecture view of STEM
application can be considered to be a set of cooperating services grouped into the
Each layer of application contains a series of components that implement the
functionality for that layer. These components should be cohesive and loosely
coupled to simplify reuse and maintenance. Following figure shows the
6. Design and Functional Specification
Figure: High level components view of STEM application
STEM application follows a ASP.NET MVC
Framework includes a URL mapping component that enables building applications
with clean URLs; The application defines controllers that contains number of
predefined actions where each action process specific request, the process
sequence includes executing application logic and retrieving data from the
UI Process
Component
s
Presentation
Layer
UI
Componen
ts
User
Design and Functional Specification
Figure: High level components view of STEM application
ASP.NET MVC architecture style, ASP.NET MVC
Framework includes a URL mapping component that enables building applications
URLs; The application defines controllers that contains number of
predefined actions where each action process specific request, the process
sequence includes executing application logic and retrieving data from the
Controller Model
Business
Logic
Application Server Tier
ASP.NET MVC
Framework includes a URL mapping component that enables building applications
URLs; The application defines controllers that contains number of
predefined actions where each action process specific request, the process
sequence includes executing application logic and retrieving data from the
7. Design and Functional Specification
domain model up to generating the respon
framework automatically maps URL's with friendly names ("/controller
name/controller action/action parameters") to action in the controller class and
invokes the action with the proper parameters
Asp.net MVC architecture style has following characteristics:
The ASP.NET MVC framework maps URLs to server code differently from a
typical ASP.NET web site. Instead of mapping URLs to ASP.NET pages or
handlers, the framework maps URLs to controller classes
Controller classes, then, handle incoming requests, such as user input and
interactions, and execute appropriate application and data logic, based on
user input. (ASP.NET MVC controllers implement a pattern known as the
Front Controller pattern). A controller cla
component that generates HTML output as the response.
The ASP.NET MVC framework does not use the ASP.NET
for interactions with the server. Instead, all end
routed to a controller class. This maintains separation between UI logic and
business logic and facilitates testability. As a result, the ASP.NET view state
Design and Functional Specification
domain model up to generating the response through a view component. The
framework automatically maps URL's with friendly names ("/controller
name/controller action/action parameters") to action in the controller class and
invokes the action with the proper parameters
architecture style has following characteristics:
The ASP.NET MVC framework maps URLs to server code differently from a
typical ASP.NET web site. Instead of mapping URLs to ASP.NET pages or
handlers, the framework maps URLs to controller classes
ler classes, then, handle incoming requests, such as user input and
interactions, and execute appropriate application and data logic, based on
user input. (ASP.NET MVC controllers implement a pattern known as the
Front Controller pattern). A controller class typically calls a separate view
component that generates HTML output as the response.
The ASP.NET MVC framework does not use the ASP.NET Post back
for interactions with the server. Instead, all end-user interactions are
routed to a controller class. This maintains separation between UI logic and
business logic and facilitates testability. As a result, the ASP.NET view state
se through a view component. The
framework automatically maps URL's with friendly names ("/controller
name/controller action/action parameters") to action in the controller class and
The ASP.NET MVC framework maps URLs to server code differently from a
typical ASP.NET web site. Instead of mapping URLs to ASP.NET pages or
ler classes, then, handle incoming requests, such as user input and
interactions, and execute appropriate application and data logic, based on
user input. (ASP.NET MVC controllers implement a pattern known as the
ss typically calls a separate view
Post back model
user interactions are
routed to a controller class. This maintains separation between UI logic and
business logic and facilitates testability. As a result, the ASP.NET view state
8. Design and Functional Specification
and ASP.NET page life
views.
Also, the MVC framework doesn't consider any URL as the endpoint to a physical
server file to parse and compile to a class. In ASP.NET Web Forms, you have a 1:1
correspondence between a URL and a re
when you use completely custom HTTP handlers bound to a particular path
3.1 Presentation Layer
Presentation layer components implement the functionality required to allow
users to interact with the application.
included in the presentation
User interface (UI) components: These components provide the mechanism
for users to interact with the application. They format data and render it for
display, and acquire and validate data entered by
UI process components: To help synchronize and o
interactions, it will be useful to drive the process using separate UI process
components. This prevents the process flow and state management logic
from being hard-coded into the UI elements themselves, and allows
reusing the same basic us
UI processing components are not always necessary; create them only if
you need to perform significant processing in the presentation layer that
must be separated from the UI controls. Be careful not to mi
display logic within the process components; they should be focused on
organizing user interactions with your UI.
A help icon will be provided on pages which include data entry such as new user
registration, new agency registration, sancti
will display the help content as defined by the super admin. Super admin can
create a content specific to each page using site content functionality
Design and Functional Specification
fe-cycle events are not integrated with MVC
Also, the MVC framework doesn't consider any URL as the endpoint to a physical
server file to parse and compile to a class. In ASP.NET Web Forms, you have a 1:1
correspondence between a URL and a resource. The only exception to this rule is
when you use completely custom HTTP handlers bound to a particular path
Presentation layer components implement the functionality required to allow
users to interact with the application. The following types of components are
included in the presentation layer.
User interface (UI) components: These components provide the mechanism
for users to interact with the application. They format data and render it for
display, and acquire and validate data entered by users.
UI process components: To help synchronize and orchestrate user
interactions, it will be useful to drive the process using separate UI process
components. This prevents the process flow and state management logic
coded into the UI elements themselves, and allows
reusing the same basic user interaction patterns in other user interfaces.
UI processing components are not always necessary; create them only if
you need to perform significant processing in the presentation layer that
must be separated from the UI controls. Be careful not to mix business and
display logic within the process components; they should be focused on
organizing user interactions with your UI.
A help icon will be provided on pages which include data entry such as new user
registration, new agency registration, sanction generation etc. Clicking this icon
will display the help content as defined by the super admin. Super admin can
create a content specific to each page using site content functionality
cycle events are not integrated with MVC-based
Also, the MVC framework doesn't consider any URL as the endpoint to a physical
server file to parse and compile to a class. In ASP.NET Web Forms, you have a 1:1
source. The only exception to this rule is
when you use completely custom HTTP handlers bound to a particular path.
Presentation layer components implement the functionality required to allow
The following types of components are
User interface (UI) components: These components provide the mechanism
for users to interact with the application. They format data and render it for
rchestrate user
interactions, it will be useful to drive the process using separate UI process
components. This prevents the process flow and state management logic
coded into the UI elements themselves, and allows
er interaction patterns in other user interfaces.
UI processing components are not always necessary; create them only if
you need to perform significant processing in the presentation layer that
x business and
display logic within the process components; they should be focused on
A help icon will be provided on pages which include data entry such as new user
on generation etc. Clicking this icon
will display the help content as defined by the super admin. Super admin can
create a content specific to each page using site content functionality.
10. Design and Functional Specification
3.2 Controller
MVC controllers are responsible for responding t
ASP.NET MVC website. Each browser request is mapped to a particular controller.
For example, imagine that you enter the following URL into the address bar of
your browser:
http://localhost/Product/Index/3
For example, the controller might return a particular view back to the browser or
the controller might redirect the user to another controller.
3.2.1 Understanding Controller Actions
A controller exposes controller actions. An action is a method on a controller that
gets called when you enter a particular URL in your browser address bar. For
example, imagine that you make a request for the following URL:
http://localhost/Product/Index/3
A controller action must be a public
default, are private methods. Realize that any public method that you add to a
controller class is exposed as a controller action automatically (You must be
careful about this since a controller action can be i
universe simply by typing the right URL into a browser address bar).
There are some additional requirements that must be satisfied by a controller
action. A method used as a controller action cannot be overloaded. Furthermore, a
controller action cannot be a static method. Other than that, you can use just about
any method as a controller action.
3.2.2 Understanding Action Results
A controller action returns something called an
action returns in response to a browser request.
The ASP.NET MVC framework supports several types of action results including:
Design and Functional Specification
MVC controllers are responsible for responding to requests made against an
ASP.NET MVC website. Each browser request is mapped to a particular controller.
For example, imagine that you enter the following URL into the address bar of
http://localhost/Product/Index/3
ler might return a particular view back to the browser or
the controller might redirect the user to another controller.
3.2.1 Understanding Controller Actions
A controller exposes controller actions. An action is a method on a controller that
hen you enter a particular URL in your browser address bar. For
example, imagine that you make a request for the following URL:
http://localhost/Product/Index/3
A controller action must be a public method of a controller class. C# methods, by
default, are private methods. Realize that any public method that you add to a
controller class is exposed as a controller action automatically (You must be
careful about this since a controller action can be invoked by anyone in the
universe simply by typing the right URL into a browser address bar).
There are some additional requirements that must be satisfied by a controller
action. A method used as a controller action cannot be overloaded. Furthermore, a
troller action cannot be a static method. Other than that, you can use just about
any method as a controller action.
3.2.2 Understanding Action Results
A controller action returns something called an action result. An action result is what a controller
ion returns in response to a browser request.
The ASP.NET MVC framework supports several types of action results including:
o requests made against an
ASP.NET MVC website. Each browser request is mapped to a particular controller.
For example, imagine that you enter the following URL into the address bar of
ler might return a particular view back to the browser or
A controller exposes controller actions. An action is a method on a controller that
hen you enter a particular URL in your browser address bar. For
method of a controller class. C# methods, by
default, are private methods. Realize that any public method that you add to a
controller class is exposed as a controller action automatically (You must be
nvoked by anyone in the
There are some additional requirements that must be satisfied by a controller
action. A method used as a controller action cannot be overloaded. Furthermore, a
troller action cannot be a static method. Other than that, you can use just about
. An action result is what a controller
The ASP.NET MVC framework supports several types of action results including:
11. Design and Functional Specification
1. ViewResult – Represents HTML and markup.
2. EmptyResult – Represents no result.
3. RedirectResult – Represents a redirection to a new UR
4. JsonResult – Represents a JavaScript Object Notation result that can be used in an AJAX
application.
5. JavaScriptResult – Represents a JavaScript script.
6. ContentResult – Represents a text result.
7. FileContentResult – Represents a downloadable file (wit
8. FilePathResult – Represents a downloadable file (with a path).
9. FileStreamResult – Represents a downloadable file (with a file stream).
All of these action results inherit from the base ActionResult class.
In most cases, a controller action returns a ViewResult. For example, the Index
controller action in Listing 2 returns a ViewResult
3.3 Model
An MVC model contains all of the application logic that is not contained in an
MVC view or MVC controller. In particular, an MVC mo
application business and data access logic.
You can use a variety of different technologies to implement your data access
logic. For example, you can build your data access classes using the Microsoft
Entity Framework, NHibernate,
In this, we use LINQ to SQL to query and update the database. LINQ to SQL
provides you with a very easy method of interacting with a Microsoft SQL Server
database. However, it is important to understand that the ASP.NET MVC
framework is not tied to LINQ to SQL in any way. ASP.NET MVC is compatible with
any data access technology.
Design and Functional Specification
Represents HTML and markup.
Represents no result.
Represents a redirection to a new URL.
Represents a JavaScript Object Notation result that can be used in an AJAX
Represents a JavaScript script.
Represents a text result.
Represents a downloadable file (with the binary content).
Represents a downloadable file (with a path).
Represents a downloadable file (with a file stream).
All of these action results inherit from the base ActionResult class.
controller action returns a ViewResult. For example, the Index
controller action in Listing 2 returns a ViewResult
An MVC model contains all of the application logic that is not contained in an
MVC view or MVC controller. In particular, an MVC model contains all of your
application business and data access logic.
You can use a variety of different technologies to implement your data access
logic. For example, you can build your data access classes using the Microsoft
Entity Framework, NHibernate, Subsonic, or ADO.NET classes.
use LINQ to SQL to query and update the database. LINQ to SQL
provides you with a very easy method of interacting with a Microsoft SQL Server
database. However, it is important to understand that the ASP.NET MVC
amework is not tied to LINQ to SQL in any way. ASP.NET MVC is compatible with
.
Represents a JavaScript Object Notation result that can be used in an AJAX
controller action returns a ViewResult. For example, the Index
An MVC model contains all of the application logic that is not contained in an
del contains all of your
You can use a variety of different technologies to implement your data access
logic. For example, you can build your data access classes using the Microsoft
use LINQ to SQL to query and update the database. LINQ to SQL
provides you with a very easy method of interacting with a Microsoft SQL Server
database. However, it is important to understand that the ASP.NET MVC
amework is not tied to LINQ to SQL in any way. ASP.NET MVC is compatible with
12. Design and Functional Specification
4. Student Corner
This module contains the functionality related to
system. This includes new
Chat, Friend Request,-Control Panel
4.1 Student Registration
Design and Functional Specification
4. Student Corner
This module contains the functionality related to Student Activity
system. This includes new Student registration, e-Class, Content Reading
Control Panel, Blog, KB.
Activity in the
Content Reading,
13. Design and Functional Specification
This Page is for student Registration. After
info@stemnet.in. Student has to verify the mail id.
Following table lists the elements that would be part of
Field Name Input Type
User Name Text Box
Password Text Box
Name Text Box
Email Text Box
Address Text box
Phone No. Text box
Subject Check Box
Class Dropdown
School Text Box
Board Text box
Create Button
Design and Functional Specification
Registration. After registration student get a verification mail form
to verify the mail id.
Following table lists the elements that would be part of student registration
Input Type Input Validation Description/Comments
Text Box Mandatory This is user login id .
two User id not be
same
Text Box Mandatory This is the User
Password
Text Box Mandatory This is Name of User
Complete Name
Text Box Mandatory A Valid email Id of
user. A verification
mail is send to this Id
and this id is used as
future communication
Text box Mandatory This is communication
Address of the User.
Text box Mandatory Phone No of User.
Check Box At least one
check box is
checked
Subject for which user
want to registration.
Dropdown Mandatory Class of the Student
Text Box Mandatory School Name
Text box Mandatory Name of the Board
Not Applicable Clicking this button will
validate the inputted
data on the form using
client side java script
get a verification mail form
student registration form.
Description/Comments
This is user login id .
two User id not be
This is the User
Password
This is Name of User
Complete Name
A Valid email Id of
user. A verification
mail is send to this Id
and this id is used as
future communication.
This is communication
Address of the User.
Phone No of User.
Subject for which user
want to registration.
the Student
School Name
Name of the Board
Clicking this button will
validate the inputted
data on the form using
client side java script
14. Design and Functional Specification
Reset Button
Business Logic for Registration
1. Username field Must Be Check in Database. Two users can’t Have Same Username.
For this we have to check in User Registration Table.
2. A Verification Mail must be send to User give Mail Id.
3. By default Activation of users is False. Only Admin can active the users.
Design and Functional Specification
functions. If the data is
valid then it is posted
to server for checking
whether
already exists in the
system.
If Not Then it
The user information
and display a Waiting
Message for Email
Validation
Not applicable Reset The Date of this
Page.
Username field Must Be Check in Database. Two users can’t Have Same Username.
For this we have to check in User Registration Table.
A Verification Mail must be send to User give Mail Id.
default Activation of users is False. Only Admin can active the users.
functions. If the data is
valid then it is posted
to server for checking
whether a Username is
already exists in the
If Not Then it stores
The user information
and display a Waiting
Message for Email
Validation.
Reset The Date of this
Username field Must Be Check in Database. Two users can’t Have Same Username.
default Activation of users is False. Only Admin can active the users.
15. Design and Functional Specification
4.2 Student Login
This Page is For Login OF Student:
Figure 1 : Login Page
Following table lists the elements that would be part of
Field Name Input Type
Username Text Box
Design and Functional Specification
Following table lists the elements that would be part of student Login
Input Type Validation Description/Comments
Text Box Mandatory This field Takes Users
login ID
student Login form
Description/Comments
This field Takes Users
16. Design and Functional Specification
Password Text Box
Remember Me Check Box
Forgot Password Hyper link
Login Button
Business Logic for Login
1. Check User Name and Password Must be same as In Database.
2. Redirect user to Forget Password Page when User Click on Forget Password link
Design and Functional Specification
Text Box Mandatory This Field Takes Users
Password
Check Box Not Applicable This is used for Create
cookies For save
Password
Hyper link Not applicable Clicking on
redirect user to user
forget Password Page.
Not applicable Clicking this button will
validate the inputted
data on the form using
client side java script
functions. If the data is
valid then it is posted
to server for checking
whether a
and password is
Correct. If Correct
Redirect User to
Control Pan
else Redirect
Page with error
Message.
Check User Name and Password Must be same as In Database.
to Forget Password Page when User Click on Forget Password link
This Field Takes Users
Password.
This is used for Create
For save
Password
Clicking on Link
user to user
forget Password Page.
Clicking this button will
validate the inputted
data on the form using
client side java script
functions. If the data is
valid then it is posted
to server for checking
whether a Username
and password is
If Correct then
Redirect User to
Control Panel Page
else Redirect to Login
Page with error
Message.
to Forget Password Page when User Click on Forget Password link.
17. Design and Functional Specification
4.3 Control Panel
This Is the Home Of this Application. We Name
On this Page student Have:
• Performance Dial.
• Calibration Dial.
• Button for Science, Math, English, Technology.
• News Feed Form NASA.
• Resource Panel.
o e Class
o Chat
o Student’s Corner
o Teacher’s Corner
o Knowledge Bank (KB)
o Progress Tracker
o Connect to Mentor
• Test.
• Inbox ( for Stem net Mail )
• Profile
o Group List
o View Profile
o Buddy Zone
o Buddy Request
Design and Functional Specification
This Is the Home Of this Application. We Name it ‘Control Panel’.
Button for Science, Math, English, Technology.
Form NASA.
Student’s Corner
Teacher’s Corner
Knowledge Bank (KB)
Progress Tracker
Connect to Mentor
Mail )
Status.
18. Design and Functional Specification
4.3.1 Performance Dial
The Performance Dial show the student last Score in
Dial. To show this we need Flash
4.3.2 Calibration Dial
Calibration Dial Show student average Performance with all student.
Performance of Student in Class Room.
Design and Functional Specification
Performance Dial show the student last Score in Test. This is flash
need Flash player.
Calibration Dial Show student average Performance with all student.
of Student in Class Room. This is flash Base Dial.
is flash based
Calibration Dial Show student average Performance with all student. Means
19. Design and Functional Specification
4.3.3 Button for Science, Math, English, Technology.
These Buttons are for Content
• Science Button: This
Chemistry and physics.
• Math Button: This button Open Current Uploaded Math
• English Button: Open English Content.
• Technology Button: Open technology Content.
4.3.4 News Feed Form NASA
This Section shows RSS feed Of
4.3.5 Resource Panel
4.3.5.1 e-Class
e Class is the service, which uses the mechanism of e learning but blended in an
online, real time coaching by subject specialists on a 1
common a technological platform
This service is providing by “Dim Dim”.
Feature of e class:
1. Virtual Class Room.
2. White Board
3. Public Chat and private Chat
4. Video and Audio Live Class room
5. All Controls are Controlled
6. Desktop Share
7. File share (i.e. PPT , Flash file )
Design and Functional Specification
4.3.3 Button for Science, Math, English, Technology.
These Buttons are for Content reading.
This Button Redirect Student to Select Science:
Chemistry and physics.
Math Button: This button Open Current Uploaded Math Content.
English Button: Open English Content.
Technology Button: Open technology Content.
4.3.4 News Feed Form NASA
Section shows RSS feed Of NASA.
Class is the service, which uses the mechanism of e learning but blended in an
online, real time coaching by subject specialists on a 1-1 or 1-N with a student via
common a technological platform.
by “Dim Dim”.
Public Chat and private Chat
Video and Audio Live Class room
All Controls are Controlled By teacher.
File share (i.e. PPT , Flash file )
Select Science:
Content.
Class is the service, which uses the mechanism of e learning but blended in an
N with a student via
20. Design and Functional Specification
4.3.5.2 Chat
This is Public Chat Room. Each chat Text must Be store in Database so that
Admin can Monitor Chat. List
On Clicking On user Name U
Design and Functional Specification
Room. Each chat Text must Be store in Database so that
Admin can Monitor Chat. List of Online student is Visible on Right side of the Chat.
Name U can see The User Profile.
Room. Each chat Text must Be store in Database so that
Online student is Visible on Right side of the Chat.
21. Design and Functional Specification
4.3.5.3 Student’s Corner
This Is Blog of Student. Student Can Create and See All Post . this Blog Content The Question’s Of
Student .
4.3.5.4 Teacher’s Corner
This Is Blog of Teacher’s. Student Can Create and See All
Student.
Design and Functional Specification
Student Can Create and See All Post . this Blog Content The Question’s Of
Student Can Create and See All Post. This Blog Content the Question’s Of
Student Can Create and See All Post . this Blog Content The Question’s Of
Question’s Of