SOLO TEST MOBILE GAME PROJECTM. Fatih AkbulutGokberk ErgunMelim Guler

Mahmut SubasiTuna ToksozYigit Yildirim

TABLE OF CONTENTS The Project

o Game Space - Solo Test Android Mobile Gameo Goals

Software Development Methodologyo Software Modelo Design Decisions

Architectureo 3 - Tier Architecture

The End Producto Functionalityo Testingo Quality

Lessons Learned

GAME SPACE – SOLO TEST ANDROİD MOBİLE GAME The Need

o Entertainment Purposeso Brain Training

The Solution - A system foro Simulating the real peg solitaire game

The Set-upo Global Software Development

• Remote Customer• In conjunction with Software Engineering Course

GOALS

Our ObjectiveoCustomer SatisfactionoQuality

• Product• Process

OUR MODEL The Spiral Model

o Abstract Specificationso Refine With Customer Inputo Documentation

Project Plano 3 Calendar Months & 2 Man Months

Documentationo Multiple Version of Documents: RAD, ODD, SDD,

Test Document, Database Design Document, IUM, Standards Security and Quality Document

CRİTİCAL DESİGN DECİSİONS Simple and user-friendly GUI Scalability Abstraction of database operations Compatibility with core issues Conformity of Software Product Line

ARCHİTECTURE

Presentation Tiero GUI

Bussiness Tiero Game Logico Calculationso Database

Operations

Database Tiero DB Tables

THE GAME PROCESS

THE GAME PROCESS

THE GAME PROCESS

THE GAME PROCESS

THE GAME PROCESS

THE GAME PROCESS

THE GAME PROCESS

UNİQUE FEATURES OF OUR GAME

Easy and Medium Configuration Types

GAME ENDİNG CONDİTİONS

Only one peg left on the board There no possible move The user presses the home button

ALGORİTHMS Score Calculation Algorithm

o Calculates the score according to time and pegs left

Move Validation Algorithmo Checks the possible moves of the

selected peg Game Finish Check Algorithm

o Checks whether there is possible move

TESTİNG

Automated Unit Testingo Performed by coders based on test

cases by using Eclipse Integration Testing

o Code reviews by independent test teamo Testing for non-functional requirements

MEASUREMENT AND PRODUCT QUALİTY The Tool

o PREST 1 2

o Tool by SoftLabo Static code metrics extraction and analysis

based on NASA code standarts

1E. Kocaguneli, A. Tosun, A. Bener, B. Turhan,B. Caglayan, Prest: An Intelligent MetricsExtraction, Analysis and Defect Prediction Tool, inproceedings of SEKE 2009. 2

http://code.google.com/p/prest/

MEASUREMENT AND PRODUCT QUALİTY Measurements

o Raw code analysis of our software product using PRESTo Standart Range:

• Level• Structural Complexity

o Below the Standart Range:• Volume• Total operators and operands• Difficulty• Time• Cyclomatic Complexity• Unique operands and operators• Vocabulary• Effort

PROCESS QUALİTY

Measurement and Monitoring Repeatable Processes Defined Processes

B. Turhan and A. Bener, ”A Template for Real World Team Projects for Highly Populated SoftwareEngineering Classes”, in Proceedings of the 29th International Conference on Software Engineering (ICSE 2007),pp. 748-753, 2007

LESSONS Team Work Software Product Line Non-functional requirements Software Development Process Maturity and

Measurement

Our Estimation

CodeTestREQM

Our ResultsCodeTestREQM

Succesful Projects Code

TestREQM

QUESTİONS