Project Documentation

STYLOCE & DROID SENSORS Page 1
INTRODUCTION
1.1 Company Profile
Name : Sun Software
Owner Name : Mr. Alok Jhaveri
Address : LG-3 Nirmal Bhavan, Majura Gate, Surat 395002
Contact No : 91 98250 79206
Email ID : Alok@sunsoftware.co.in
About Sun Software:
 Sun Software is involved in the field of software development and software
consulting.
 Sun Software has developed various application for different Domains. The domains
for which it has undertaken software development work is mentioned as below.
 Medical Professional
 Textile Mills
 Trader in Chemicals
 Constructions
 Fabric Weaving
 Design Departments – Textile Mills
 The project is taken by Sun Software is diverse. A description of some of the
assignment undertaken by a Sun Software is as follow:
 Software that helps in the preparation of jacquard designs.
 Inventory keeping for the Construction Industry.
 Financial accounting for the trader in chemicals.
 Software for sales and excise in textile mills.
 MIS for a firm involved in the Construction Industry.
 Web Application for medical profession.

1.2 Project Profile
Project Title : Styloce
Platform : Mr. Alok Jhaveri
Front End : LG-3 Nirmal Bhavan, Majura Gate, Surat 395002
Back End : 91 98250 79206
Editor : Alok@sunsoftware.co.in
Internal Guide : Mrs. Payal Joshi, Mr. Sailesh Chaudhary
External Guide : Mr. Alok Jhaveri
Project Duration : 4 Months
Submitted To : Veer Narmad South Gujrat University
Submitted By : Rizwan Khan, Sahil Bhojani, Krishna Panchal

PROJECT PLANNING
2.1 INTRODUCTION OF PROJECT
Abstract
This is project report on “online woman clothing application” named ‘Styloce’. During the
developing of this project we try to explore innovative ideas and functionality behind the
working of the notepad.
This project is the output of our planning, scheduling, programming skills and hard work,
and this report reflects our steps taken at various level of programming skill, planning and
schedule.
Styloce is a web based application which helps people to find and buy latest fashion of
women with different functionality on internet. It is useful in the way that makes an easier
way to buy woman clothes online.
We develop our website using open cart framework. Styloce is PHP based web application.
The Online Shopping system enables vendors to set up online shops, customers to browse
through the shops, and a system administrator to approve and reject requests for new shops
and maintain lists of shop categories. Also on the agenda is designing an online shopping site
to manage the items in the shop and help customers purchase them online without having to
visit the shop physically. Our online shopping mall will use the internet as the sole method
for selling goods to its consumers. Shopping will be highly personalized and the mall will
provide lower prices than most competitors.

2.2 SCOPE
o Customer can view all the products, information services. Product can be viewable in full
size and zoomable also.
o Customer should be enabling to search for the products by name, colour, category, price,
work etc.
o Customers should be facilitated to maintain their information such as measurement and
personal information like registered customer details.
o Customers should have allowed to save their desired product into wish list and should be
enabling to purchase at any point of time frame.
o Customer should have allowed to compare their product.
o Customers should be allowed to send any requirement or feedback.
o Customer should be allowed to reset password through email.
o The administrator should be able to add, view, modify, delete functionalities such as
category, product, customer, user access privileges, policies, extension, special offers and
other information like term and conditions, about us and contact us information etc.
o The administrator should be able to install new extensions. Extension are like add-on.
Admin can use developed functionality which is already implemented. Admin doesn’t
need to implement same module.
o The administrator can’t work on all products or all the functionality of web application.
He can only focus on main functionality of our web application. To reduce work load we
create a new user to handle different task that admin can’t be focused much.
o Sub-administrator can work behalf of administrator to manage some functionality that
admin can’t manage.
o Human Resource administrator should be able to maintain the marketing of our web
application. He manages all the product marketing and maintain reports of marketing.
o Seller should be able to manage products categories and order. Seller only have to focus
on its own sales department. Seller can generate report of sales, shipping, reports etc.

2.3 OBJECCTIVES
o The primary aim of this project is to demonstrate that with better interactive features in
clothing web sites could improve sales for online retailers. The Objective of the project
are as follow:
 To learn about the Online Shopping Industry.
 To investigate potential problems with Styloce.
 To create prototype web site focusing on one of many problems that arise within our
website.
 To evaluate the prototype with an existing online Sarees Retailer.
 User can inquiry about the project and give review or feedback of product.
 To provide live searching using ajax
 To provide a news application. So, user can aware with our website news using our
website subscription.
2.4 ADVANTAGES
 Application provides a way to direct buy goods or services from a seller in real-time,
without any intermediator service, over the internet.
 Shop 24X7
 Comfort of own home
 A lot of store within a click away
 Comparison software easier
 Discount coupon and many vouchers are available online.
 Customer reward will also provide to customer on special item purchase or on something
else.
 Customer can subscribe to our website to see the daily news of our website.

2.5 LIMITATIONS
 Our web based application is working on internet so, it takes forever if you have a slow
connection. Without internet connection user, can’t access our web site.
 Errors in Billing
 Not able to touch or try on
 Recently we are only providing cash on delivery option, so user can’t make online
payment.

DEVELOPMENT ENVIRONMENT
3.1 HARDWARE SPECIFICATION:
Hardware requirements for Insurance on internet will be same for both the parties which
are follows :
Processor : Intel(R) Core (TM) i3-5015U CPU @2.10 GHz
Hard disk : 40 GB or more
RAM : 1 GB or Higher
Monitor : CRT,TFT,LCD (any one)
Keyboard : 104 Keys or Multimedia
Mouse : Optical, Laser, Scroll (any one)
3.2 SOFTWARE SPECIFICATION :
Software required to make working of product is :
Operating System : Windows, Ubuntu
Framework Environment : NetBeans IDE 8.0.2
Database Server : MY-SQL
Front End : PHP
Code Behind : PHP

SYSTEM PLANNING
4.1 SYSTEM REQUIREMENT
SPECIFICATION AND ANALYSIS :
 User Class And Characteristics :
No. Users Description
1. Admin Admin is super user, have authority to manage these systems.
2. Sub-Admin Admin can’t handle all the tasks so that sub-task like manage product,
manage users, manage reports, manage category etc. that are managed
by Sub-Admin. Sometimes, while admin can’t be available then Sub-
Admin can make some priority modification that will be notify to super
admin.
3. Seller Seller can manage its own products, purchase, orders. Seller can
mange’s returns and reports also. So, the sales related tasks will be
handle by the Seller.
4. Human Resource
Administrator
HR can maintain all marketing related tasks.HR can handle multi-
vendor system. Vouchers, Product purchasing, Rewards of customers
can be maintaining by HR.HR can focuses on how to increase the traffic
of website or how to make more profit that will be managed by HR.
5. Customer/Registered
User
Customer can Log in to the web site and purchase item. He can also
compare the product , view all products , search all products. Customer
can do advance search on product description. Customer can maintain
its profile so every time while purchasing he doesn’t have to provide all
information. Customer can manage its profile. Customer can review the
product and give rating also.
6. Guest User Guest User can also purchase item and view item in our website, but it
doesn’t manage a profile for guest. So, guest user can also search, view,
purchase and compare the product.

 FUNCTIONAL REQUIREMENTS:
The System must provide following functionalities.
o Keeping records of Registration Customers.
o Keeping the record of products.
o Generate Daily Sales and Marketing Report
o For Quick Search Provide Ajax Search Functionality
o Provide Live Price Update
o Provide a Size chart
o Store the feedback given by customer
o User can maintain his profile and account
o User can maintain order list and wish list
o User can view the news of our site
 NONFUNCTIONAL REQUIREMENTS:
Following Non-functional requirements will be there in the Insurance of internet.
o Secure access of confidential data (Customer's details).
o 24 X 7 Avaibility.
o Better component design to get better performance at peak time.
Various other Non-functional requirement are :
o Security
o Reliability
o Maintainability
o Portability
o Extensibility
o Reusability
o Resource Utilization

 ANALYSIS:
o Authenticating users based on username and password.
o The checking is also performing on every response that whether the response is
correct or not.
o Validation is performed where needed.
o Details of every registered user will be maintain.
4.2 REQUIREMENT GATHERING
We will studied opencart framework or opencart cart system to develop our web
application.
What is OpenCart?
In the modern age of Information Technology, nobody can deny how important the role that
Internet and the web has in our lives; however, the trend of eCommerce is increasing day-by-
day.
OpenCart is an open source, free, and powerful shopping cart system designed to give us
reliability when building our own implementation of a web store. OpenCart is a framework that
is used to develop a cart based web site. It also supports a mobile application feature in newer
version of OpenCart.

Why OpenCart?
There are a lot of factors for to choose OpenCart, but some of the important factors are as below:
1. OpenCart is extremely easy from the from the user and developer perspectives.
2. There are a lot of articles available via the Internet which can help you out in
nearly every situation.
3. Solid documentation is available, so developers easily can find information of each detail
of the platform.
4. Customization of code is quite easy such that a beginner level developer can also work on
the code with minimal effort.
Note, however, there are many features of OpenCart Framework.
 Powerful Features:
o Super Admin Functionality
 Administrator Dashboard: All the important information available at a
glimpse. Get a full overview of what is important with total orders, sales,
customers, people online, sales analytics and many more widgets.
 User Management: To successfully organize an online store, you will
need to cooperate with many people, each performing different roles.
OpenCart allows you to set advanced user privileges and separate access
for user groups and users.
 Multi-Store: Manage multiple stores from one admin interface. Set
products to appear on different stores. Choose a different theme for each
store. Localize store settings. Set per store product prices.
 Options, Attributes: Products come in different options. Some feature
sizes, while others colours, length, height. No matter the case OpenCart
offers a solution on adding extra important product variables.

o Unlimited Category & Products
 OpenCart is open source and free. Open source means transparency, open
code and community vision. Free means we are giving you the option to
modify, share and edit OpenCart for your project. Get your copy today and
get started in minutes not days.
 Create unlimited categories and subcategories and assign products to
them.
o Customers: Easy Find and Easy Buy
 Filters: Create filters in the same way you create categories. The is a great
way for customers to refine and narrow down just about anything in your
store. Easy find - easy buy.
 Multi-Currency: Sell in any currency, anywhere in the world. Get
automatic rates updates. Set up different taxes. Ecommerce selling made
easy.
 Multi-lingual: Available in more than 40 languages and counting! Easily
handles Chinese, Japanese, Greek, and even right-to-left languages such as
Arabic and Hebrew
 Turn Mail to Your Advantage: OpenCart offers an easy way for
customers to get subscribed to your newsletter. Once they do this you can
easily get started with your email marketing campaigns.
o Shipping, Payment, Reports: Comprehensive Payment Gateways
 Payment Gateways: Authorize.Net, Amazon Payments, First Data, Klara,
LiqPay, Skrill, PayPal and many more. Choose any of the 36 Payment
methods that come integrated with OpenCart or download among
hundreds more available via the OpenCart marketplace.
 Recurring Payments: Set up recurring payments for your customers. If
you plan to sell products by subscription, if you are promoting a discount
or member's club, or if you are simply breaking up payments into smaller
portions. This feature gives the store owner more control over how
customers are charged for products or services.

 Shipping Methods: The most world-renowned Shipping methods,
integrated for you. OpenCart has integrations with Australia Post, City
link, FedEx, Parcelforce, Royal mail, UPS, USPS and much more. There
are also hundreds of other shipping methods available in the OpenCart
Marketplace.
 Sales Report: Get analytical. OpenCart comes powered up with a sales
report, viewed products and purchased products report. If you want to get
additional reporting functionality you can view some of the popular
reporting extensions.
o Extension: Easily Extends the Functionality
 OpenCart Extensions: OpenCart is a module based system which allows
users to easily extend the functionality for their needs. Easy quick and
modify: Bestsellers, Category, Featured, Latest, Specials, Bestsellers,
Manufacturers, Information, Google analytics and many more pages.
 Extension Installer: Expanding your store functionality is a piece of cake.
The Extension Installer allows you to upload modules with a few clicks
and no technical knowledge.
 Marketplace: The OpenCart Marketplace features more than 13 000
modules and themes to jump-start, grow and expand your business. You
can find beautiful themes for just about any business, service integrations,
payment providers, conversion modules and many more
.
 100% Translatable: OpenCart is 100% translatable. Use OpenCart in
your language, get started selling in your language or expand your
business by selling in another language. It is that easy.
 Partners around The World: Looking for professional help for your
project? Get help from our Certified partners around the world.
o Mobile &SEO: Responsive & SEO Friendly
 Mobile /Tablet: OpenCart is responsive by default. This means your site
will look awesome no matter the device. Mobile, tablet, desktop or a large
screen you will certainly make an impression. You can also check out
some of the community developed themes on Theme Forest or Template
Monster.

 SEO: Don’t waste time & money to get your website higher in Search
Engines. We know how important this it so we take care of this for you.
You can further enhance SEO in OpenCart with some of our Popular SEO
Extensions.
 Marketing: No need for expensive add ones. The Marketing in your
OpenCart dashboard allows you to add and track the marketing campaigns
you create.
 Product Feeds: Connect to Google base and Google sitemap and set how
Google lists and views your products
 Guest and Registered User Checkout When it comes to the most important
step and converting a customer - the checkout, OpenCart provides both
Guest and Registered user checkout. The choice is yours.
o Developer: Sell your modules and themes on the OpenCart marketplaces
 Marketplace for third party Extension: We have provided over 13 000
and more extensions & themes on the OpenCart marketplace, little or no
bureaucracy and competitive commission rates based on your sales.
OpenCart is one of the best places to give your ideas review application.
Start today and sell your modules and themes on the OpenCart
marketplaces.
 MVC-L Architecture: Get started with Open Cart’s MVC-L (Model-
View-Controller-Language framework) MVC is a popular software
architectural pattern which is extended in OpenCart by including a
language entity.
 API: OpenCart features a API which allow third party applications to talk
to your OpenCart store for better integration capabilities.
 Open-Source: Open source means transparency, open code and
community vision. Get started and view the project in GitHub

PROJECT SCHEDUAL
5.1 TIMELINE CHART

DATABASE DESIGN
6.1 RELATIONSHIP DIAGRAM
: ER-DIAGRAM OF STYLOCE:

6.2 DATABASE TABLES
Styloce Tables :
[All Field with underline Is Primary Key of table.]
 address
Primary Key : address_id
Foreign Key : country_id [from Country]
zone_id [from zone]
 attribute
Primary Key : attribute_id

 attribute_description
Primary Key : attribute_id, language_id
Foreign Key : language_id [from language]
 attribute_group
Primary Key : attribute_group_id
 attribute_group_description
Primary Key : attribute_group_id, language_id
 banner
Primary Key : banner_id

 banner_image
Primary Key : banner_image_id
Foreign Key : banner_id[from banner]
language_id [from language]
 cart
Primary Key : cart_id
Foreign Key : api_id [from api]
customer_id [from customer]
product_id [from product]

 category
Primary Key : category_id
 category_description
Primary Key :category_id, language_id

 category_filter
Primary key : category_id,filter_id
Foreign Key : filter_id [from filter]
 category_path
Primary Key : category_id, path_id
 country
Primary Key : country_id

 currency
Primary Key : currency_id

 customer
Primary Key : customer_id
Foreign Key : customer_group_id [from customer_group]
language_id [from language]
store_id [from store]

 customer_activity
Primary Key : customer_activity_id
Foreign Key : customer_id [from customer]
 customer_group
Primary Key : customer_group_id
 customer_group_description
Primary Key : customer_group_id, language_id
Foreign Key : language_id[from language]
 customer_history
Primary Key : customer_history_id

 customer_ip
Primary Key : customer_ip_id
Foreign Key : customer_id [from Customer]
 customer_login
Primary Key : customer_login_id
 customer_online
Primary Key : ip

 customer_reward
 customer_search
Primary Key : customer_search_id
customer_id[from customer], category_id [from category]
 customer_transaction
Primary Key : customer_transaction_id
Foreign Key : customer_id [from customer],order_id[from order]

 customer_wishlist
Primary Key : customer_id, product_id
Foreign Key : product_id [from product]
 download
Primary Key : download_id
 download_description
Primary Key :download_id, language_id
 extension
Primary Key : extention_id

 filter
Primary Key : filter_id
Foreign Key : filter_group_id [from filter_group]
 filter_group
 filter_group_description
Primary Key : filter_group_id, language_id
 geo_zone
Primary Key : geo_zone_id

 information
Primary Key : information_id
 information_description
Primary key: information_id, language_id
 language
 layout
Primary Key : layout_id

 layout_module
Primary Key : layout_module_id
Foreign Key : layout_id [from layout]
 layout_route
Primary Key : layout_route_id
 length_class
Primary Key : length_class_id
 length_class_description
Primary Key : length_class_id, language_id

 location
Primary Key : location_id
 manufacturer
 marketing
Primary Key : marketing_id

 menu
Primary Key : menu_id
 menu_description
Primary Key : menu_id, language_id
 menu_module

 modification
Primary Key : modification_id
 module
Primary Key : module_id
 news
Primary Key : news_id

 news_description
Primary Key : news_description_id
Foreign Key : news_id [from news]
 option
Primary Key : option_id
 option_description
Primary Key : option_id, language_id
 option_value
Primary Key : option_id
Foreign Key : option_id [from option]

 option_value_description
Primary Key : option_value_id , language_id
 order(1)
Primary Key : order_id, store_id, customer_id, customer_group_id

 order(2)
Primary Key : language_id, order_status_id, marketing_id
currency_id, ip

 order_custom_field
Primary Key : order_custom_field_id
Foreign Key : order_id [from order]
 order_history
Primary Key : order_history_id
 order_option
Primary Key : order_option_id

 order_product
Primary Key : order_product_id
Foreign Key : order_id [from order], product_id[from product]
 order_status
Primary Key : order_status_id, language_id
 order_total
Primary Key : order_total_id
 product_attribute

 product
Primary Key : product_id
Foreign Key : stock_status_id [from stock_status]

 product_description
Primary Key : product_id,attribute_id, language_id
Foreign Key : attribute_id[from attribute], language_id[from language]
 product_discount
Primary Key : product_descount_id
customer_group_id [from customer_group]
 product_filter
Primary Key : product_id, filter_id
Foreign Key : filter_id [from filter]
 product_image

 product_option
Primary Key : product_option_id
option_id [from option]
 product_option_value
Primary Key : product_option_value_id
Foreign Key : product_id [from product] option_id [from option]
 product_related
Primary Key : product_id, related_id
Foreign Key : related_id [from product]

 product_reward
Primary Key : product_reward_id
 product_special
Primary Key : product_special_id
customer_group_id[from customer_group]
 product_to_category
Primary Key : product_id, category_id
Foreign Key : category_id [from category]
 product_to_download
Primary Key : product_id, download_id
Foreign key : download_id [from download]

 return
Primary Key : return_id
Foreign Key : order_id [from order] product_id [from product]
customer_id[from customer]
 return_action
Primary Key : return_action_id, language_id

 return_history
Primary Key : return_history_id
Foreign Key : return_id [from return]
 return_reason
Primary Key : return_reason_id, language_id
 return_status
Primary Key : return_status_id, language_id
 review
Primary Key : review_id

 setting
Primary Key : setting_id
Foreign Key : store_id [from store]
 stock_status
Primary Key : stock_status_id, language_id
 store
Primary Key : store_id
 theme
Primary Key : theme_id

 upload
Primary Key : upload_id
 user
Primary Key : user_id
Foreign Key : user_group_id [from user_group]

 user_group
Primary Key : user_group_id
 weight_class
 weight_class_description
 zone
 zone_to_geo_zone

SYSTEM ANALYSIS
7.1 UML DIAGRAMS
7.1.1 USE CASE DIAGRAM
: Admin Use case Daigram :

:Sub-Admin Use case Diagram:
:Seller Use Case Diagram:

:Human Resource Administrator Use Case Diagram:
:Customer Use Case Diagram:

7.1.2 ACTIVITY DIAGRAM
:Customer Activity Diagram:
viewthe
product
customer
visit faq Itemnot found
want topurchase?
no
yes
product avilable in india? no
yes
gothroughthe
product details
are u member?
Login
Register
yes
no
shopping cart is
assigned to customer
itemget added
to shopping cart
confirmthe shopp...
generate purchase
details
payment
details
yes
payment on
delivery
getway system
activated
no
yes
paying by creditcard?
no
yes
want topurchase?
final bill
no
varification of customer?
yes
Fill feedback
yes
signout
no
want tofill feedback?
Cancel
Product
no
yes
doyou want tocancel the product?
no

:Customer Purchase Activity Diagram:

:Add To Cart Activity Diagram:

7.1.3 SEQUENCE DIAGRAM

Sequence Diagram for Online Customer
Cart item
: Online
Customer
Shopping cart Process
order
Order
summary
Logout
Adds Item
Gets Item
Product Details
Taxes
Processes
Add the products
Taxes
Displays the Orderd ItemDisplays the ordered item
ConfirmsConfirms
CheckoutChecks Out
Processes
Payment Details
Shipping Charges

Sequence Diagram for Online Administrator
: Online Customer
Shopping
system
Cart system Ordering
system
Login
Add item
Add category
Add user
Delete user
Change password
Delete item
Delete category
Logout

7.1.4 COLLABORATIVE DIAGRAM
Collaboration Diagram for User registration
Collaboration Diagram for Online Administrator

Fig.6.2.3 Collaboration Diagram for Online Customer

7.1.5 STATE DIAGRAM
Fig.7.1 State Chart diagram for Online Shopping System
Fig7.2 State diagram for customer.

SOFTWARE TESTING
8.1 TEST CASE DESIGN
 Compatible Testing
o Device is compatible in following Operating Systems:
 Windows XP
 Windows 2007 and higher versions
 Ubuntu
 Linux
o Application is tested on browser like:
 Mozilla Firefox
 Goggle Chrome
 Chromium in Ubuntu
 Internet Explore
 Microsoft Edge
o Application properties files for UI are standard on language files
o Application events are handled according requirements like registration of users,
purchase a product, add to wish list product, etc.
 Performance
o Application events are maintained so releasing resources are triggered when required
o Application Live chart clean-ups are done periodically for better performance
o Threads are maintaining for enhancement in services
 Usability Testing
o Application resources and components are maintaining in standard format so that the UI
experience does not get disturb
o Images and colours of each element is maintain and kept consistent so conflicts are
avoided to user
o Fonts and Touchable elements are easily visible and accessible to user to enhance the UI
experience
o Strings are synchronized per their functionality
o Help option is provided for details of application and the ways to access application in
details
 Test Case/ Scenario for Styloce
o click the URL link for the online purchasing site.
o Register if not registered before, enter user name, login id and password, click
‘OK’ button to submit.
o Enter your login id and password, if you are a.
o Validate the login id and password, if correct menu page will be opened.

o If not correct, display the error message “invalid login id or password-enter your
login id and password.
o If the product is not available out of stock status will generate on that product
o User can get notify option if product is not currently available in store.
o If available, display the cost and brand, else display” item is unavailable”.
o click ‘YES’ to do online purchasing for the item else click ‘NO’.
o If ‘YES’ go to the Voucher code , if you have else skip that step.
o If ‘YES’ go to the payment type, else display the ‘EXIT’ page.
o Enter shipping address where all the fields are mandatory
o Enter billing address
o Enter message to be given to the consignee
o update shopping cart and proceed to payment
o click the payment type options and select the mode of payment.
o Fill the fields- account holder’s name, bank name, credit/debit card option, card
detail, price to be paid, email id etc.
o If invalid information is given, show error message” please re-enter “
o If black field is present, display message “all the fields are mandatory”.
o Click “SUBMIT” button.
o Display the successful submission message “successfully completed”.
o Press ‘Continue Shopping Button’
o Press ‘Log Off’ button.
o Show the message” successfully logged off”.
 Unit Testing :
 User
Unit Testing Result Remarks
Add To Cart
Add Item To Card Fine -
Add Quantity Fine -
Add Coupon Code Fine -
Add Voucher Code Fine -
Select Payment Method Fine -
Add To WishList Fine -
Add To Compare List Fine -
Add Product To Compare List Fine -
Remove Product From List Fine -
Review Product
Add Review Fine -
Add Rating Fine -

 Admin
Unit Testing Result Remarks
Products
Add Product Fine -
Delete Product Fine -
Modify Product Fine -
Report of Product Purchase Fine
Report of Product View Fine -
Pending Orders
Update Phase Fine -
Delivered Orders
Feedback Fine -
Pricing
Tax Fine -
Shipping Cost Fine -
User Group Permission Management Fine
Feedback Management Fine -
Users Fine -
Add Users Fine -
Send Mail to User Fine -
Lock to User -
Search User Fine -
Report Management Fine -
Extension Management Fine -
Order Management Fine -
Payment management Fine -
Theme management Fine -
Banner management Fine -
Layout Management Fine -

LIMITATIONS
 We doesn’t enable online payment module, so user can’t make transactions online.
 Our web based application is working on internet so, it takes forever if you have a
slow connection.
 We doesn’t enable recuuring module in our system.
 This is online shopping so no sales assistant will help.You have to purchase a item on
your own risk with some terms and condtions.
FEATUR ENHANCEMENT
 Implement Online Payment Module
 Blog System For User
 Facebook Page of Shop
 Share product details on different media like facebook , google+,whats app etc.
 Online Video Calling Shopping

WEBSITE SCREEN LAYOUTS
10.1 CUSTOMER PANEL LAYOUT
 Login
 News

 Home Page

 Category

 Register

 Product

 Product Compare

 Search Products
 wishlist

 Shopping Cart
 Checkout

 Order History
 Order Status

10.2 ADMIN PANEL LAYOUT
 Managing Customers (CRUD)
 Managing News (CRUD)

 Managing Users
 Managing Users Group

10.3 SUB-ADMIN PANEL LAYOUT
 Managing Banners
 Managing Layouts

 Report Of Customer Activity

 Report Of Online Customers
 Report Of Customer Order

10.4 SELLER PANEL LAYOUT
 Managing Category (CRUD)

 Manage Downloads(CRUD)
 Add New Downloadable Product

 Manage Manufactures(CRUD)
 Manage Attributes

 Manage Reviews Of Product
 Modify Review

 Manage Products
 Report Of Purchased Products

 Report Of Product View
 Report of Returned Product

 Report Of Sales

10.1 HUMAN RESOURCE ADMIN PANEL
LAYOUT
 Manage Marketing
 Add New Marketing Scenario

 Report Of Marketing

BIBLIOGRAPHY
 REFERENCES :
o https://www.opencart.com/
o http://www.kalkifashion.com/
o https://code.tutsplus.com
o https://github.com/
o http://stackoverflow.com/

DROID SENSOR : SENSOR BASED
ANDROID APPLICATION

Project Profile
Project Title : Droid Sensor
Platform : Android
Front End : Android
Behind Code : Java
IDE : Android Studio
Internal Guide : Mrs. Payal Joshi, Mr. Sailesh Chaudhary
External Guide : Mr. Alok Jhaveri
Project Duration : 4 Months
Submitted To : Veer Narmad South Gujrat University
Submitted By : Rizwan Khan, Sahil Bhojani, Krishna Panchal

PROJECT PLANNING
2.1 INTRODUCTION OF PROJECT
Abstract
Droid Sensor Is and android based mobile application which shows and works on sensors of
mobile device
It is mainly provides all the sensor list to the user of his/her device and also contains general
tools which work on sensors.
Droid Sensor application is easy to use and understand. And also provides Live Data Charts for
easy understanding and testing each sensor on device. Tools also provide daily drive application
to ease working.
2.2 SCOPE
o User isable to see listof all the sensorsinhis/herdevice
o User isable to access full detailsof eachsensor
o User can testsensorisworkingor not
o User can alsounderstandbehaviourof sensorbyLive charts
o User has accessto Tools
o User can manage ToolsShortcuts
o User has accessto helpforextrainformationaboutapplication
o User isable to give theirfeedbacksforimprovementof application

2.3 OBJECCTIVES
The primary aim of application is to get information about sensors and test working behaviour of
sensors on our device and provide tools for daily uses. It becomes a helping tool for validating
sensors are working or not on device:
 Get all Sensors on device
 Get detailed information about each sensor
o Sensor Name
o Sensor Manufacture
o Sensor Vendor
o Sensor Max Range
o Sensor Axis
o Sensor Values
 Test Sensors are working properly or not
 Understand behaviour of Sensor working
 Tools for daily Uses
 For ease use generating shortcuts of tools
2.4 ADVANTAGES
 Application provides a way to check sensor data and working behaviour
 Application offer tools so that use can use them
 Application is mainly used for testing mobile sensor strength, ranges and axis
 Provide understandable Live chart for axis
2.5 LIMITATIONS
 Sensors are different in each device so the data generation may vary from device to
device. Data generation depends on the sensor sensing technology.

DEVELOPMENT ENVIRONMENT
3.1 HARDWARE SPECIFICATION:
Hardware requirements for Insurance on internet will be same for both the parties which
are follows :
Processor : Min 528 MHz Qualcomm MSM7201A and Above
HDD Storage : Min 6 MBs
RAM : Min 512 MBs
3.2 SOFTWARE SPECIFICATION :
Software required to make working of product is :
Android Operating System : Min Jelly bean API Level 16 and Above
Target SDK : 23
Compiled SDK : 23
Build Tool Version : 24.0.2
Code Behind : PHP

SYSTEM PLANNING
4.1 SYSTEM REQUIREMENT
SPECIFICATION AND ANALYSIS :
 FUNCTIONAL REQUIREMENTS:
o System Should be able to detect all sensors on device
o System should be able to keep track of sensor data
o System should display Live chart of sensor data
o Filter raw Sensor data and bind to understandable models
o Tools should provide accurate results based on sensor data
o User should get information about each sensor in details
o User should have access to each tool on one click by shortcuts
 NEED OF APPLICATION:
o There are many application in App Store which provide only tools for the device
but they does not provide data of each sensor
o The application gives all the sensor data so that user can get clear idea about
device sensors
o Application also provide raw data so that the user can get clear idea about built
quality of device and their sensors
o User can compare and understand the working of each sensor with its information
o If device is resold so by this application the user can get information about device
sensors and working condition of sensors

4.2 REQUIREMENT GATHERING
We analyse different types of sensors to developed oue android based mobile
application.The sensors we studied are as follow :
 Proximity Sensor
A proximity sensor is a sensor able to detect the presence of nearby objects without any
physical contact.
A proximity sensor often emits an electromagnetic field or a beam of electromagnetic
radiation (infrared, for instance), and looks for changes in the field or return signal. The
object being sensed is often referred to as the proximity sensor's target. Different
proximity sensor targets demand different sensors. For example, a capacitive or
photoelectric sensor might be suitable for a plastic target; an inductive proximity sensor
always requires a metal target.
The maximum distance that this sensor can detect is defined "nominal range". Some
sensors have adjustments of the nominal range or means to report a graduated detection
distance. Some know these process as "thermo sensation".
Proximity sensors can have a high reliability and long functional life because of the
absence of mechanical parts and lack of physical contact between sensor and the sensed
object.
Proximity sensors are commonly used on smartphones to detect (and skip) accidental
touchscreen taps when held to the ear during a call. They are also used in machine
vibration monitoring to measure the variation in distance between a shaft and its support
bearing. This is common in large steam turbines, compressors, and motors that use sleeve-
type bearings.
 Accelerometer Sensor
An accelerometer is a device that measures proper acceleration; proper acceleration is not
the same as coordinate acceleration (rate of change of velocity). For example, an
accelerometer at rest on the surface of the Earth will measure an acceleration due to
Earth's gravity, straight upwards (by definition) of g ≈ 9.81 m/s2. By contrast,
accelerometers in free fall (falling toward the center of the Earth at a rate of about 9.81
m/s2) will measure zero.
Accelerometers have multiple applications in industry and science. Highly sensitive
accelerometers are components of inertial navigation systems for aircraft and missiles.
Accelerometers are used to detect and monitor vibration in rotating machinery.
Accelerometers are used in tablet computers and digital cameras so that images on
screens are always displayed upright. Accelerometers are used in drones for flight

stabilization. Coordinated accelerometers can be used to measure differences in proper
acceleration, particularly gravity, over their separation in space; i.e., gradient of the
gravitational field. This gravity gradiometer is useful because absolute gravity is a weak
effect and depends on local density of the Earth which is quite variable.
Single- and multi-axis models of accelerometer are available to detect magnitude and
direction of the proper acceleration, as a vector quantity, and can be used to sense
orientation (because direction of weight changes), coordinate acceleration, vibration,
shock, and falling in a resistive medium (a case where the proper acceleration changes,
since it starts at zero, then increases). Micro machined accelerometers are increasingly
present in portable electronic devices and video game controllers, to detect the position of
the device or provide for game input.
 Magnetic Sensor
As is evident from the basics of smartphone navigation mentioned above, GPS and AGPS
are sufficient to provide you with basic navigation. When your GPS sensor is week or the
GPS signal is week, as is the case with many budget smartphones, you can use A-GPS.
The Magnetic sensor in your smartphone is not an actual magnet, it is however capable of
sensing the magnetic field of earth (using Halls effect) and determining your Direction.
With magnetic Compass turned on while using the navigation app, your navigation will
be more precise.
The Magnetic sensor will show minute details like change in your orientation as well.
You can change your direction and you will be able to see that on your smartphone
screen. This is particularly help full when you are using navigation on foot. In the
Absence of magnetic senor you can see your position on the Map but, not your
orientation. The Map doesn’t rotate when you do. Magnetic sensor helps you to take that
first step in the correct direction with the help of the direction pointer.
Thus Magnetic sensor adds details to enhance your navigation experience, but it is not a
necessity. Good navigation primarily requires good GPS receiver and Good A-GPS
synchronization.
 Orientation Sensor
By computing a device's orientation, you can monitor the position of the device relative
to the earth's frame of reference (specifically, the magnetic north pole). The following
code shows you how to compute a device's orientation

The system computes the orientation angles by using a device's geomagnetic field sensor
in combination with the device's accelerometer. Using these two hardware sensors, the
system provides data for the following three orientation angles:
Azimuth (degrees of rotation about the -z axis). This is the angle between the device's
current compass direction and magnetic north. If the top edge of the device faces
magnetic north, the azimuth is 0 degrees; if the top edge faces south, the azimuth is 180
degrees. Similarly, if the top edge faces east, the azimuth is 90 degrees, and if the top
edge faces west, the azimuth is 270 degrees.
Pitch (degrees of rotation about the x axis). This is the angle between a plane parallel to
the device's screen and a plane parallel to the ground. If you hold the device parallel to
the ground with the bottom edge closest to you and tilt the top edge of the device toward
the ground, the pitch angle becomes positive. Tilting in the opposite direction— moving
the top edge of the device away from the ground—causes the pitch angle to become
negative. The range of values is -180 degrees to 180 degrees.
Roll (degrees of rotation about the y axis). This is the angle between a plane
perpendicular to the device's screen and a plane perpendicular to the ground. If you hold
the device parallel to the ground with the bottom edge closest to you and tilt the left edge
of the device toward the ground, the roll angle becomes positive. Tilting in the opposite
direction—moving the right edge of the device toward the ground— causes the roll angle
to become negative. The range of values is -90 degrees to 90 degrees.
 Light Sensor
In a smartphone the light sensor is facing your head and is measuring the brightness of
your face instead of the ambient light level that is behind and to either side of the phone,
which is what actually sets your eye’s light sensitivity and what should be determining
the brightness level of the screen. Similarly, in HDTVs the light sensor is measuring the
light level behind the TV viewers instead of the light that is behind and on either side of
the TV, which again determines the eye’s light sensitivity level. The existing front facing
light sensors are good for measuring and correcting the image for glare from screen
reflections (by modifying the display transfer functions), but not for setting the screen
brightness. To do that in both smartphones and HDTVs a rear and side facing ambient
light sensor with a different angular profile than the current IL luminance sensors is
needed for future hardware designs. Note that a front sensor for glare is not as important
since screen reflectance can be very low – around 5 percent for many smartphones and
HDTVs

 Ambient Temperature Sensor
Thermal analysis is an essential part of nearly all electronic system designs these days.
We have to make sure that the components do not heat up so much as to affect their
functionality or make the system practically unusable. And for most of us, it’s a delicate
dance of environmental factors, system design, component power dissipation, and a range
of usage conditions. We must establish some baseline temperature conditions, then figure
out through modeling, calculations, rules of thumb, and ultimately measurements – how
much will things heat up above that temperature.
 Game Rotation Vector Sensor
The game rotation vector is a virtual sensor in Android that depends on the accelerometer
and gyroscope, but not the magnetometer (digital compass). Since the magnetometer is
not used the rotation vector will slowly drift, so the game rotation vector will not preserve
its orientation to the device on large timescales, however on the timescale of a game
session drift ought to be negligible. By not using magnetometer readings some power can
be saved
 Geomagnetic Rotation Sensor
Geomagnetic Rotation Vector sensor consists of an accelerometer + magnetometer which
helps in conserving battery while using apps like Gmaps, Compass, etc. That sensor is
helps in finding where the phone is pointed at, wrt magnetic poles and the phones
orientation (landscape or portrait). From the data obtained from the sensor, 3d mapping
can be drawn onto the screen which brings a visual flair over 2d. This sensor is
continuously powered and consumes very low amount of battery when compared to
Game Rotation Vector (accelerometer + gyroscope), which is more sensitive than GeoRV
and is triggered on by games which takes input data about the phone's tilt in 3-
Dimension.
 Gravity Sensor
The gravity sensor measures the acceleration effect of Earth's gravity on the device
enclosing the sensor. It is typically derived from the accelerometer, where other sensors
(e.g. the magnetometer and the gyroscope) help to remove linear acceleration from the
data. The Gravity unit are in m/s² like the accelerometer, and they are measured along the
X, Y, and Z axes.
When a device with gravity sensor is held up, the source of gravity acceleration is, of
course, the gravity pull of the Earth. Therefore, when the gravity sensor discloses the X,
Y, Z components of the sensed gravity, one can calculate the tilt of the device relative to

the face of the Earth. Ancient gravity sensors for measuring tilt were made by a small
body (e.g. a sphere) that is tattered to a wire connected to the device. Crude angular
scales were used to determine the inclination of the wire relative to a perpendicular
reference line to the Earth.
In modern mobile devices, the physical sensor that measure acceleration is the
accelerometer. The accelerometer, however, measures all the accelerations that affect the
device, which are the sum of the gravity acceleration and the actual linear acceleration
that are associated with the movement of the device. A crude estimate of the gravity on
hand-held device can be made on the accelerometer reading using a low-pass filter that
minimizes the linear acceleration.
Remember that a hand-held device is most of the time stationary, and cannot sustain
continuous acceleration in one direction (unless the user travels within a vehicle that is
subjected to wild accelerations). Therefore, the linear acceleration components in the
accelerometer measurement are transient in nature, with a tendencies to return to 0.
 Gyroscope Sensor && Gyroscope Uncalibrated Sensor
A gyroscope is a spinning wheel or disc in which the axis of rotation is free to assume
any orientation by itself. When rotating, the orientation of this axis is unaffected by tilting
or rotation of the mounting, according to the conservation of angular momentum.
Because of this, gyroscopes are useful for measuring or maintaining orientation.
Gyroscopes based on other operating principles also exist, such as the electronic,
microchip-packaged MEMS gyroscopes found in consumer electronics devices, solid-
state ring lasers, fiber optic gyroscopes, and the extremely sensitive quantum gyroscope.
Applications of gyroscopes include inertial navigation systems where magnetic
compasses would not work (as in the Hubble telescope) or would not be precise enough
(as in intercontinental ballistic missiles), or for the stabilization of flying vehicles like
radio-controlled helicopters or unmanned aerial vehicles, and recreational boats and
commercial ships. Due to their precision, gyroscopes are also used in gyro theodolites to
maintain direction in tunnel mining. Gyroscopes can be used to construct gyrocompasses,
which complement or replace magnetic compasses (in ships, aircraft and spacecraft,
vehicles in general), to assist in stability (Hubble Space Telescope, bicycles, motorcycles,
and ships) or be used as part of an inertial guidance system.

 Heart Rate Sensor
A heart rate monitor is a personal monitoring device that allows one to measure one's
heart rate in real time or record the heart rate for later study. It is largely used by
performers of various types of physical exercise.
Modern heart rate monitors usually comprise two elements: a chest strap transmitter and
a wrist receiver (which usually doubles as a watch) or mobile phone. In early plastic
straps, water or liquid was required to get good performance. Later units have used
conductive smart fabric with built-in microprocessors that analyze the EKG signal to
determine heart rate. More recent devices utilize optics to measure heart rate using
Infrared light. This is achieved by production of infrared light by an internal bulb, as
Infrared light is absorbed by the blood, a sensor measures the amount that the infrared
light is darkened by. If it is significantly darker, due the pulse causing a temporary
increase in the amount of blood that is travelling through the measured area that is
counted as a heart pulse.
Strapless heart rate monitors (often referred to as "wearable’s") now allow the user to just
touch two sensors on a wristwatch display for a few seconds to view heart rate data.
These are popular for comfort and ease of use, though they don't give as much detail as
monitors that use a chest strap. Some models of these variations of heart rate monitors
utilize an infrared sensor to measure the heart rate, as opposed to two electrodes.
More advanced models offer measurements of heart rate variability, activity, and
breathing rate to assess parameters relating to a subject's fitness. Sensor fusion algorithms
allow these monitors to detect core temperature and dehydration.
 Linear Acceleration
The linear acceleration measures the acceleration effect of the device movement,
excluding the effect of Earth's gravity on the device. It is typically derived from the
accelerometer, where other sensors (e.g. the magnetometer and the gyroscope) help to
remove linear acceleration from the data. Linear acceleration units are shown in m/s2 like
the accelerometer.
A simple method to determine the linear acceleration using only a three - axes
accelerometer is to approximate the gravity sensor readings using a low-pass filter on the
accelerometer data, and then subtracting the gravity measurements from the
accelerometer full measurement. Better linear acceleration measurements are obtained
when the gravity measurements are enhanced with sensor-fusion following our discussion

of the modern gravity sensor. You can use the experiment below to verify the importance
of sensor-fusion in measuring linear acceleration.
When used in conjunction with a hand-held device, the device is most of the time
stationary, and cannot sustain continuous acceleration in one direction (unless the user
travels within a vehicle that is subjected to wild accelerations). Therefore, the linear
acceleration components in the accelerometer measurement are transient in nature, with a
tendencies to return to 0.
 Pressure Sensor
Pressure sensors can be classified in terms of pressure ranges they measure, temperature
ranges of operation, and most importantly the type of pressure they measure. Pressure
sensors are variously named according to their purpose, but the same technology may be
used under different names.
 Absolute pressure sensor
This sensor measures the pressure relative to perfect vacuum.
 Gauge pressure sensor
This sensor measures the pressure relative to atmospheric pressure. A tire pressure gauge
is an example of gauge pressure measurement; when it indicates zero, then the pressure it
is measuring is the same as the ambient pressure.
 Vacuum pressure sensor
This term can cause confusion. It may be used to describe a sensor that measures
pressures below atmospheric pressure, showing the difference between that low pressure
and atmospheric pressure (i.e. negative gauge pressure), but it may also be used to
describe a sensor that measures low pressure relative to perfect vacuum (i.e. absolute
pressure).
 Differential pressure sensor
This sensor measures the difference between two pressures, one connected to each side of
the sensor. Differential pressure sensors are used to measure many properties, such as
pressure drops across oil filters or air filters, fluid levels (by comparing the pressure
above and below the liquid) or flow rates (by measuring the change in pressure across a
restriction). Technically speaking, most pressure sensors are really differential pressure
sensors; for example a gauge pressure sensor is merely a differential pressure sensor in
which one side is open to the ambient atmosphere.

 Sealedpressure sensor
This sensor is similar to a gauge pressure sensor except that it measures pressure relative
to some fixed pressure rather than the ambient atmospheric pressure (which varies
according to the location and the weather).
 Relative Humidity
Humidity is the presence of water in air. The amount of water vapor in air can affect
human comfort as well as many manufacturing processes in industries. The presence of
water vapor also influences various physical, chemical, and biological processes.
Humidity Sensor Humidity measurement in industries is critical because it may affect the
business cost of the product and the health and safety of the personnel. Hence, humidity
sensing is very important, especially in the control systems for industrial processes and
human comfort.
Controlling or monitoring humidity is of paramount importance in many industrial &
domestic applications. In semiconductor industry, humidity or moisture levels needs to be
properly controlled & monitored during wafer processing. In medical applications,
humidity control is required for respiratory equipment’s, sterilizers, incubators,
pharmaceutical processing, and biological products. Humidity control is also necessary in
chemical gas purification, dryers, ovens, film desiccation, paper and textile production,
and food processing. In agriculture, measurement of humidity is important for plantation
protection (dew prevention), soil moisture monitoring, etc. For domestic applications,
humidity control is required for living environment in buildings, cooking control for
microwave ovens, etc. In all such applications and many others, humidity sensors are
employed to provide an indication of the moisture levels in the environment.
 Rotation vector
The Attitude (rotation) sensor provides the pitch, roll and yaw (azimuth) angles of the
smartphone or tablet relative to the normal horizon. It is a part of the Device-Motion
information computed by the device's operating system from the main sensors,
particularly the gyroscope.
Although the gyroscope provides precise measurements of the angular rates, calculating
rotations only from the gyroscope are subject to a noticeable drift due to various inherent
physical phenomena like gyro precession. The Device-Motion computation automatically
uses measurements from the accelerometer to minimize the drift.
Using the main sensors screen in the Sensor Kinetics app, you can verify the stability of
the attitude sensor by monitoring the globe when the device is stationary. The globe

follows your pitch and roll changes. You can experiment with yaw (azimuth) angle when
you rotate the device while it is placed on a flat surface.
 Significant motion sensor
An electronic motion detector contains an optical, microwave, or acoustic sensor, and in
many cases a transmitter for illumination. However, a passive sensor only senses a signal
emitted by the moving object itself. Changes in the optical, microwave, or acoustic field
in the device's proximity are interpreted by the electronics based on one of the
technologies listed below. Most inexpensive motion detectors can detect up to distances
of at least 15 feet (5 meters). Specialized systems are more expensive but have much
longer ranges. Tomographic motion detection systems can cover much larger areas
because the radio waves are at frequencies which penetrate most walls and obstructions,
and are detected in multiple locations, not just at the location of the transmitter.
Motion detectors have found wide use in domestic and commercial applications. One
common application is activation of automatic door openers in businesses and public
buildings. Motion sensors are also widely used in lieu of a true occupancy sensor in
activating street lights or indoor lights in walkways (such as lobbies and staircases). In
such "Smart Lighting" systems, energy is conserved by only powering the lights for the
duration of a timer, after which the person has presumably left the area. A motion
detector may be among the sensors of a burglar alarm that is used to alert the home owner
or security service when it detects the motion of a possible intruder. Such a detector may
also trigger a security camera in order to record the possible intrusion.
 Step Counter and Step Detector
A pedometer is a device, usually portable and electronic or electromechanical, that counts
each step a person takes by detecting the motion of the person's hands or hips. Because
the distance of each person's step varies, an informal calibration, performed by the user,
is required if presentation of the distance covered in a unit of length (such as in
kilometers or miles) is desired, though there are now pedometers that use electronics and
software to automatically determine how a person's step varies. Distance traveled (by
walking or any other means) can be measured directly by a GPS watch.
Used originally by sports and physical fitness enthusiasts, pedometers are now becoming
popular as an everyday exercise counter and motivator. Often worn on the belt and kept
on all day, it can record how many steps the wearer has walked that day, and thus the
kilometers or miles (distance = number of steps × step length). Some pedometers will
also erroneously record movements other than walking, such as bending to tie one's
shoes, or road bumps incurred while riding a vehicle, though the most advanced devices
record fewer of these 'false steps'. Step counters can give encouragement to compete with
oneself in getting fit and losing weight. A total of 10,000 steps per day, equivalent to 8

kilometers (5.0 mi), is recommended by some to be the benchmark for an active lifestyle,
although this point is debated among experts. Thirty minutes of moderate walking are
equivalent to 3,000-4,000 steps as determined by a pedometer. Step counters are being
integrated into an increasing number of portable consumer electronic devices such as
music players, smartphones, and mobile phones.
 Temperature Sensor
A temperature sensor is a device that gathers data concerning the temperature from a
source and convert it to a form that can be understood either by an observer or another
device. These sensors come in many different forms and are used for a wide variety of
purposes, from simple home use to extremely accurate and precise scientific use. They
play a very important role almost everywhere that they are applied; knowing the
temperature helps people to pick their clothing before a walk outside just as it helps
chemists to understand the data collected from a complex chemical reaction.
The best known example is the mercury-in-glass thermometer. Mercury expands and
contracts based on changes in temperature; when these volume changes are quantified,
temperature can be measured with a fair degree of accuracy. The outside temperature is
the source of the measurements and the position of the mercury in the glass tube is the
observable quantification of temperature that can be understood by observers. Typically,
mercury-in-glass thermometers are only used for nonscientific purposes because they are
not extremely accurate. In some cases, they can be used in high school or college
chemistry labs when a very accurate measurement of temperature is not important.

4.3 MODEL CLASS
Sensor Data Model
Accessor Type Name Description
Private String sensorName StoresSensorName providedbydevice
SensorService
Private String sensorReadableName StoresSensorReadable Name from
SensorResourcesfiles
Private String sensorDescription StoresSensorReadable Descriptionfrom
SensorResource files
Private String sensorVendor StoresVendorDetailsprovidedbySensor
Service
Private Float sensorVersion StoresSensorVersion
Private Int sensorImage StoresSensorImage idfromSensor
Resource files
Private Int sensorType StoresType of SensorprovidedbySensor
Service toidentifyeachSensor
Private Int sensorBackgroundColor StoresBackgroundcolorfor Sensor
layout
Tools Data Model
Accessor Type Name Description
Private Int toolId StoresUnique Idto identifyeachTool
Private String toolName StoresTool name from ToolsResource
files
Private Int toolImage StoresToolsImage idfrom Tools
Resource files
Private Int toolBackgroundColor StoresBackgroundcolorfor Tool layout

PROJECT SCHEDUAL
5.1 TIMELINE CHART

SYSTEM ANALYSIS
6.1 UML DIAGRAMS
6.1.1 USE CASE DIAGRAM

6.1.2 ACTIVITY DIAGRAM

6.1.3 SEQUENCE DIAGRAM
:Detail Activity Sequence Diagram:

:Lanuch Activity Sequence Diagram:

:Tool Activity Sqequence Diagram:

6.1.4 CLASS DIAGRAM

SOFTWARE TESTING
8.1 TEST CASE DESIGN
 Compatible Testing
o Device is compatible in portrait mode in mobile and tablets
o Application is tested on number of physical devices like:
 Samsung Galaxy Tab 2
 Screen : 7 inch
 Ram : 1 GB
 Processor : TI OMAP 4430
 Moto E
 Screen : 4.3 inch
 Ram : 1 GB
 Processor : Snapdragon 400
 Zolo Q700
 Ram : 1 GB
 Processor :
 Redmi 3s Prime
 Screen : 5 inch
 Ram : 3 GB
 Gionee F103
 Screen : 5 inch
 Ram : 2 GB
 Processor : MediaTek 6735
 Redmi Note 3
 Ram : 3 GB
o Application properties files for UI are standard on each activity
o Application events are handled according requirements like registration of
sensors, un-registration of sensors, so that other apps can also be utilized optimum

 Performance
o Application events are maintained so releasing resources are triggered when
required
o Application Live chart clean-ups are done periodically for better performance
o Threads are maintain for enhancement in services of sensors
o Sensors registration and un-registration are done periodically so that other
application can also utilize that sensor data and dead lock or other resource
pooling problems does not occur
o Sensor are un-register when application is minimized so that sensor data
resources will not be wasted and avoid unpredictable behaviour of application
 Usability Testing
o Application resources and components are maintain in standard format so that the
UI experience does not get disturb
o Images and colours of each element is maintain and kept consistent so conflicts is
avoided to user
o Fonts and Touchable elements are easily visible and accessible to user to enhance
the UI experience
o Strings are synchronized according to their functionality
o Help option is provided for details of application and also the ways to access
application in details

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