college technical festival event organization application
DESCRIPTION
this report are about Android application which is use by student and college at Technical Festival Organization hold in any collegeTRANSCRIPT
KORAT ABHAY M.
Ch. 1: Introduction:
1.1Project detail:
1.1.1Definition:
The definition of the project is College Technical Event Scheduling and
Organization. This application leads for the handling and formation of the event and
its schedule.
1.1.2 Project Profile:
Name of Project:College Technical Festival Event organization application.
Object Description:
The Application generally relates to a system and method to
schedule events, and more particularly, to a system and
method for scheduling technical events among entities such
as organization.
OS: Android
Front End: Android version 4.2
Back End: SQLite Database
Methodology: Object Oriented Development
Support Tools Used:
Eclipse Indigo
Android Virtual Device(AVD)
Microsoft Office 2003/2007
Microsoft Visio,
Time Duration: 1 year
1.2 Purpose:
The purpose of making this application is to provide a easiness of finding the event
schedule at one place. The user will find the technical event schedule in one application
rather to visit different web pages. The invention satisfies the foregoing needs and avoids
the drawbacks and limitations and frustrations of the prior art, and provides a better, more
timely and effective process of communication to schedule and coordinate events by
utilizing Internet-based application. The people may get fail to answer the call or would be
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unable to check the email so this Application will lead a better communication of the
people about the event.
1.3Project Scope:
The scope of the project includes creating a user interface to Android system as well as
a backend that will emulate some of its behaviour, specifically for testing. Event
management is the application of management to the creation and development of
Technical festivals, events and conference.
The Application generally relates to a system and method to schedule events, and more
particularly, to a system and method for scheduling technical events among entities such
as organization that may have limitations for scheduling, such as geographical
requirements, constraints by timing, conflicts, availability, or other factors.
This Application leads to provide the user especially the student the reliability in
finding the schedule of events at one place rather to go for each of the college websites.
The college will just have to post the event in .pdf file and that will be downloaded by
students. By this Application the matter of time which go in informing each other for the
event will also be solved out.
1.4Objectives:
The people sending mail or message of technical event to other is wasting of time and
memory. To overcome this problem our invention provides a medium where one can get
the schedule of an event by just opening our application with the internet connection and
refreshing it.Another thing our Application provides is all in one characteristic. i.e. all
technical event schedule in just one application.
Ch. 2: About the System:
2.1 Software Requirement Specification
Introduction:
This Software Requirements Specification (SRS) document is intended to give a
complete overview of College’s Event Management Organization Project (working
title), including the user interface and Event organization. The SRS document details
all features upon which CTFEOA have currently decided with reference to the manner
and importance of their implementation.
Product Perspective
This product and application is newer which provides the user a new utility in their
role as a student. We give this application to the college so they can post their
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upcoming events in the database. The other person who will use this application will
be student they will get the details of the upcoming technical events by just logging to
the application and downloading the desired event details.
Product Features
Functionality
The invention satisfies the foregoing needs and avoids the drawbacks and
limitations and frustrations of the prior art, and provides a better, more timely and
effective process of communication to schedule and coordinate events by utilizing
Internet-based application.
This product contains three major Users. First the admin will allow the user for
accessing this application by giving the permission rights and access control.
Second The college login will have a right to see the events listing and they can
post their new schedule of a technical event as well. And third The End User i.e.
Student, they can see the list of the events and schedule of event.
User Classes and Characteristics
Admin
The Admin will have all the access to this product. The Admin will provide the
access permission to the users which are students and Colleges. The admin can also
delete or discard the unwanted events reported as spam. They also manage the
database like deleting the past events.
College
The college admin will be the second admin to this product, but with less access
control. The college admin will be provided the access the database like to add
event in .pdf format and to delete event. The college admin will be logged in using
their id and password provided.
Student
The student are the end-user entity, they will be having the access rights to see
the event schedule by pdf format. And register their new account providing their
basic details.
Other Non-Functional Requirements
Performance Requirements
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Better performance will lead to better operating environment. For better
environment the user needs a high speed internet so that the upload and download
will be done better.
Security Requirements
The login details must be kept confidential so that other user may not login
using other's id and password. Especially the college login details must be kept
confidential so that other user may not post a fake event schedule.
2.2Feasibility Study
Feasibility Analysis:
A feasibility study is a short focused, which aims to answer a number of questions:
Does the system contribute to the overall objective of the organization?
Can the system be implemented using the current technology and within given cost
and schedule constraints?
Can the system be integrated with system which is already in place?
Economic Feasibility:
The project is economically feasible as it only requires a mobile phone with
Android operating system.
The application is free to download once released for student and payable for
college into Android market.
The users should be able to connect to internet through mobile phone and this
would be the only cost incurred on the project.
Technical Feasibility:
To develop this application, an internet connection, a database server, a web server
and software are required. The current project is technically feasible as the
application was successfully deployed on Android Emulator.
Behavioral Feasibility:
The application is behaviorally feasible since it requires no technical guidance, all
the modules are user friendly and execute in a manner they were designed to.
2.3 Project Plan
At the beginning of the project, we scheduled meeting time for the group to discuss on
the design and implementation of the software and what language to use in writing the
software. We had severalmeetings to this effect. When then developed a time-line for the
project–when we would be releasing the first version for scrutiny and the estimated time
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we thought we would use for refactoring. We alsopondered on a suitable name to give the
project.
The group was then divided that would work on parts of the code. We kept in
touchwith each other and whenever we had difficulties, we asked each other questions. On
someoccasions, we had to pretend we were the customer so as to try to figure out some of
the things thatuser would desire, such as the friendliness of the user interface and ease of
navigation through thesoftware.
Figure 1 GanttChart
Ch. 3: Analysis:
3.1 Technology And Analysis
The technology used here is ANDROID. Android is basically an operating system for
smartphones. But we find now integrated into PDAs, touch pads or televisions, even cars
(trip computer) or netbooks. The OS was created by the start-up of the same name, which
is owned by Google since 2005. Now a day’s people using android as an operating system
in their mobile phones have been increased. So people using android are, much more and
they are familiar with it. Students increase their craze about android phones. The operating
system is based on Linux. Android allows multitasking in the sense that multiple
applications can run simultaneously. The database here used is SQLite. The lighter version
of SQL.
Software and Hardware Requirements
Software Requirements:
Android version 2.3 or above.
Hardware Requirements:
Minimum 128MB RAM
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Minimum 20MB space.
Hardware Constraints/Limitations
Require Android supporting devices.
Would work better in android 4.1 or above.
Internet access needed.
Ch. 4: Design:
4.1E-R Diagram
Entity-Relationship diagram is a detail & logical representation of entities and data
elements for an organization. This technique is used in database that helps in an enterprise
are related to each other. There are 3 types of E-R diagram:
1. one to one :
It is a one to one relationship is an association between 2 entities.
2. one to many:
One-to-many relationship exists when one entity related to one or more entity.
3. Many to many:
It describes entities that may have many relationships among each other.
The basic symbols for E-R diagram are as described below:
This rectangle represents entity set.
This arrow is known as flow line. It links attributes to entity set &
entity set to relationship.
This diamond represents relationship among entity set. The
association among several entities in E-R diagram is known as
Relationship.
This oval represents various types of data items that describes an
entity are known as its attributes.
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Figure 2 E-R Diagram
4.2Data Flow Diagram
The data flow diagrams are pictorial or graphical representation of the outline of the
system study. The data flow diagram covers all the processes and data storage area which
takes place during any transaction in the system. The data flow diagrams are functionally
divided into context level, Zero level, First level and Second level data flow diagrams.
Following are the Symbols used in DFD:
Process: Here flow of data is transformed. E.g. Purchase
of items, update inventory file, etc.
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External Entity: A source or destination of data which is
external to the system. E.g. Customer, Supplier etc.
A data flow: It is packet of data. It may be in the form of
document, letter etc.
Data store: Any store data but with no reference to the
physical method of storing.
Context Diagram:
Figure 3 Context Diagram
1 Level DFD:
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Figure 4Level1 DFD
Level-2 DFD for Sign In/Sign Up:
Figure 5Level-2 DFD for Sign In/Sign Up
Level-2 DFD for College:
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Figure 6 Level-2 DFD for CollegeLevel-2 DFD for Admin:
Figure 7 Level-2 DFD for Admin
Level-2 DFD for Forget Password:
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Figure 8 Level-2 DFD for Forget Password
4.3Use Case Diagram
Use Case for System:
Figure 9 Use Case Diagram for System
Use Case for Admin:
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Figure 10 Use Case for Admin
Use Case for College:
Figure 11 Use Case for College
Use Case for Student:
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Figure 12 Use Case for Student
4.4Activity Diagram
Student Registration:
Figure 13 Student Registration Activity Diagram
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College Registration:
Figure 14 College Registration Activity Diagram
Student Activity:
Figure 15 Student Activity Diagram
College Activity:
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Figure 16 College Activity Diagram
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Admin Activity:
Figure 17 Admin Activity Diagram
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4.5Class Diagram
Figure 18 Class Diagram
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4.6Sequence Diagram
Figure 19 Sequence Diagram
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4.7System Flow Diagram
Figure 20 System Flow Diagram
4.8 Data Dictionary
1. Admin_login:
Table 1Admin_Login
Field Name Data Type Size Null
Username Varchar 30 Not Null
Password Varchar 30 Not Null
2. College _login:
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Table 2College_login
Field Name Data Type Size Null
Username Varchar 30 Not Null
Password Varchar 30 Not Null
College_name Varchar 50 Not Null
College_no Number 15 Not Null
E-Mail ID Varchar 30 Not Null
3. Student_login:
Table 3Student_login
Field Name Data Type Size Null
Username Varchar 30 Not Null
Password Varchar 30 Not Null
First Name Varchar 30 Not Null
Last name Varchar 30 Not Null
Gender Boolean 2 Not Null
Contact No. Number 12 Not Null
Reg_Type Varchar 10 Not Null
E-Mail ID Varchar 30 Not Null
4. Event_pdf:
Table 4Event_pdf
Field Name Data Type Size Null
Event_id Number 30 Not Null
Event_name Varchar 30 Not Null
Pdf_no Number 30 Not Null
Pdf_size Number 30 Not Null
Pdf_date/time Date/time 8 Not null
5. Event_registerd_information:
Table 5Event_registerd_information
Field Name Data Type Size Null
Event_name Varchar 30 Not Null
Event_id Number 30 Not Null
Event_date/time Date/time 30 Not Null
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Student_name Varchar 30 Not Null
Student_id Number 15 Not Null
Student_add Varchar 50 Not Null
Student_contact Number 15 Not Null
E-Mail ID Varchar 30 Not Null
4.9User Interface
Loading Page: This page is shown at the starting of the application.
Figure 21 Starting Page
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Login Page: The below figure shows the login screen/activity of an application.
Figure 22 Login PageStudent Registration Page: This below given figure shows the user interface of the
registration activity of student.
Figure 23 Student Registration
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Student Registration Success: The given figure shows the activity strike to the student
user when the login is successfully done.
Figure 24 Student Login Success
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College Registration Success: The given figure shows the activity strike to the
College user when the login is successfully done.
Figure 25 College Login SuccessAdmin Login: The figure shows the activity when Admin is successfully login.
Figure 26 Admin Login SuccessList Of User(Admin Login): The figure given below shows the list of user in an activity.
This can be seen by only admin of the application.
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Figure 27 List Of User(Admin Login)College Registration Activity: The given figure shows the activity of college registration.
This can be done by admin only.
Figure 28 College RegistrationForget Password: Thebelow figure shows the activity for forget password when the user forget the password they will get it by entering the username.
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Figure 29 Forget Password Activity
Receive Password: The password is received by the user to their registered mobile number.
Figure 30 Password Received by Message
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Ch.5: Testing:
5.1 Testing Plan
5.1.1 The Testing Process:
We have tested the software process activities such as design, implementation and
requirement engineering because design errors are very costly to repair once system has
been started to operate. Therefore, it is quite obvious to repair them at early stage of the
system. So analysis is the most important process of any project.
5.1.2 Requirement Traceability:
As the most interested portion is whether the system is meeting its requirements or not,
for that testing should be planned so that all requirements are individually tested. We have
to check out that output of certain combinations of inputs gives the desirable results or not.
Your requirement specification gives us the path to get the desirable result.
5.1.3 Tested Modules:
Administrator
Users
Visitors
5.1.4 Testing Schedule:
We have tested each procedure back to back so that errors and omissions can be found
as early as possible. Once the system has been developed fully we tested it on another
machines, which differs in combinations.
5.2 Testing Strategy
A strategy for the software testing integrates software test case design methods into
awell-planned series of steps that result in the successful construction of software. The
strategy provides a road map that describes the steps to be conducted as part of testing.
When these steps are planned and then undertaken, very much efforts, time and resources
are required.
A software testing strategy should be flexible enough to promote a customized testing
approach. At that same time it must be rigid enough to promote reasonable planning and
management tracking as the project progresses.
A software testing strategy has following characteristics
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Testing begins at the component level and works outward towards the
integration of the entire computer based system.
Different testing techniques are appropriate at different points in time.
Testing & Debugging are different activities but debugging must be
accommodated in any testing strategy.
We checked entire project thoroughly so not even a single mistake would be there.
5.3 Test Methods
Testing presents an interesting anomaly for the software engineering activities, the
engineer attempts to build software from an abstract concept to a tangible product. Now
comes testing. The engineer creates a series of test case that are initiated to "demolish" the
software that has been build. Infect, testing is the one step in the software process that
could be viewed (psychologically, at least) as destructive rather than constructive.
Models of Testing:-
There are different Models of testing. On the basis of testing methods there are two
types of testing:
1. Black-box testing.
2. White-box testing
Black-box tests are used to demonstrate that software functions are operational, that
input is properly accepted and output is correctly produced, and that integrity of external
information is maintained.
White-box tests are used to examine the procedural details. It checks the logical paths
by test case. It can also checks the conditions, loops used in the software coding. It checks
that loops are working correctly on defined boundary value.
5.3.1 White-Box Testing:
White-box testing sometimes called glass-box testing, is a test case design method that
users the control structure of the procedural design to drive the test case. Always we are
thinking that there is no necessary to execute or checks the loops and conditions. And so
large number of errors is uncovered. With using white-box testing methods, we have
checked that; all independent paths within a function have been executed at least once, All
logical decisions on their true and false side, A11 loops working correctly at their boundary
values and within their specified conditions.
In our coding we test that all the loops works truly in each module. The one technique
of white-box testing is basis path testing. It contains two parts, one is flow graph notation
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and the second is cyclometer complexity. In flow graph notation we are checking logical
control of flow. By using cyclometer complexity we find complexity of our project
structure.
5.3.2 Black-Box Testing:
Black-box testing focuses on the functional requirements of the software. That is black-
box testing enables the software engineer to drive sets of input conditions that will fully
exercise all functional Requirements for the program. Black-box testing is not an
alternative to white-box testing techniques. Rather, it is a complementary approach that is
likely to uncover a different class of errors than white-box methods.
We use in our coding to find errors in the following categories:
Incorrect or missing functions
Interface errors
Errors in database
Performance errors
Initialization and termination errors.
Unlike white-box testing, which is performed earlier in the testing process, black-box
testing tends to be applied during later stages of testing. Because black-box testing
purposely disregards control structure, attention is focused on the information domain.
By applying black-box techniques, we derive a set of test cases that satisfy following
criteria test cases that reduce, by a count that is greater than one, the number of additional
test cases must be designed to achieve reasonable testing.
Level 1 - Build Acceptance Tests
Other related test cases ensure that adopters received the proper Development
Release Document plus other build related information (drop point, etc.). The objective
is to determine if further testing is possible. If any Level 1 test case fails, the build is
returned to developers un-tested.
Level 2 - Smoke Tests
The objective is to determine if further testing is possible. These test cases should
emphasize breadth more than depth. All components should be touched, and every
major feature should be tested briefly by the Smoke Test. If any Level 2 test case fails,
the build is returned to developers un-tested.
Level 2a - Bug Regression Testing
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Every bug that was “Open” during the previous build, but marked as “Fixed,
Needs Re-Testing” for the current build under test, will need to be regressed, or re-
tested. Once the smoke test is completed, all resolved bugs need to be regressed. It
should take between 5 minutes to 1 hour to regress most bugs.
Level 3 - Critical Path Tests
Critical Path test cases must pass by the end of every 2-3 Build Test Cycles. They
do not need to be tested every drop, but must be tested at least once per milestone.
Thus, the Critical Path test cases must all be executed at least once during the Iteration
cycle, and once during the Final Release cycle.
Level 4 - Standard Tests
Test Cases that need to be run at least once during the entire test cycle for this
release. These cases are run once, not repeated as are the test cases in previous levels.
Functional Testing and Detailed Design Testing (Functional Spec and Design Spec
Test Cases, respectively). These can be tested multiple times for each Milestone Test
Cycle (Iteration, Final Release, etc.).Standard test cases usually include Installation,
Data, GUI, and other test areas.
Level 5 - Suggested Test
These are Test Cases that would be nice to execute, but may be omitted due to
time constraints
Bug Regression:
Bug Regression will be a central tenant throughout all testing phases. When a
Severity 1 bug fails regression, adopters testing team should also put out an immediate
email to development. The Test Lead will be responsible for tracking and reporting to
development and product management the status of regression testing.
5.4Test Cases
Table 6 Testing New Student Entries
Sr.
No
Test Case Validation or
Requirement
Test Data Expected
Result
Actual
Result
Modificatio
n done
1 New
Student
Entry
User ID auto
generation
Adding a
new User
New entry
should be
done
successfull
y
Successfu
l
No
modification
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2 New
Student
Entry
All Data must
be required
All details Successful
entry
Successfu
l
No
Modification
3 New
Student
Entry as
admin or
existing
username
All Data
Inserted
All Details Shows
Error
Showing
error
No
Modification
Table 7Testing For Forget Password
Sr.N
o
Test Case Validation
or
Requiremen
t
Test
Data
Expected
Result
Actual
Result
Modificatio
n done
1 Provide
username
correctly
Username
must
required
Send
Passwor
d To
their
number
Successfull
y
Send
successfu
l
No
Modification
Done.
Table 8Testing Login for Administrator/Student/College
Sr
.
N
o
Test Case Validation or
Requirement
Test
Data
Expected
Result
Actual
Result
Modificatio
n done
1 Right
Login
Authenticatio
n
User
Name,
Passwor
d and
type
entered
Login Done
Successfull
y
Successful No
modification
2 Wrong
Login
Authenticatio
n
User
Name &
Passwor
Login
Won’t be
Successful
Unsuccessfu
l
No
modification
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d
entered
Table 9Testing New College Entries
Sr.
No
Test Case Validation
or
Requiremen
t
Test Data Expected
Result
Actual
Result
Modification
done
1 New
College
Entry
User ID auto
generation
Adding a
new User
New entry
should be
done
successfully
Successful No
modification
2 New
College
Entry
All Data
must be
required
All details Successful
entry
Successful No
Modification
3 New
College
Entry as
admin or
existing
username
All Data
Inserted
All Details Shows
Error
Showing
error
No
Modification
Ch. 6: Conclusion And Future Work:
Conclusion:
This Application leads to the new product for student and college which provide effective intercommunication of technical event. The wastage of time in sending mail, calling each other and checking each other site is reduced here. The student will get a better medium for getting Event Schedules.
Future Enhancement:
Registration Services:
The future needs of providing registration for the specific event will be provided. This provides students not to interact with the college for registration, but they can directly register their names in any event.
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Email Services:
When the user is registered they will get the confirmation mail to their registered mail. This service will make sure to the Student that they are successfully registered to the event.
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