Cricket management system ptoject report.pdf

1
AN
INTERNSHIP REPORT
ON
CRICKET MANAGEMENT SYSTEM
PROJECT
BY
KAMAL ACHARYA
(Tribhuvan University)
Date: 2022/07/07

2
TABLE OF CONTENT
Table of Contents
1. SOFTWARE REQUIREMENT SPECIFICATION...............................................................1
1.1 INTRODUCTION .............................................................................................................. 1
1.2 FEATURES........................................................................................................................ 1
1.3 PURPOSE ...........................................................................................................................1
1.4 SCOPE ................................................................................................................................2
1.5 OVERALL DESCRIPTION ...............................................................................................2
1.6 PRODUCT PERSPECTIVE ...............................................................................................2
1.7 CONSTRAINTS, ASSUMPTIONS AND DEPENDENCIES .............................................3
1.8 SPECIFIC REQUIREMENTS ............................................................................................ 3
1.8.1 INTERFACE REQUIREMENTS......................................................................... 3
1.8.2 FUNCTIONAL REQUIREMENTS .....................................................................3
1.8.3 NON-FUNCTIONAL REQUIREMENTS............................................................4
1.8.4 DESIGN CONSTRAINTS....................................................................................4
1.9 DATA FLOW DIAGRAMS ...............................................................................................5
1.9.1 DFD LEVEL 0.....................................................................................................5
1.9.1 DFD LEVEL 1 ......................................................................................................6
1.9.1 DFD LEVEL 2 ......................................................................................................7
1.10 DATA DICTIONARY...................................................................................................... 8
2. SIZE ESTIMATION AND SCHEDULING .......................................................................... 9
2.1 FUNCTION PIONTS ESTIMATION................................................................................10
2.2 SIZE ESTIMATION.........................................................................................................11
2.3 COST ESTIMATION........................................................................................................11
2.4 SCHEDULING..................................................................................................................12
3. ARCHITECTURAL DESIGN............................................................................................. 13
3.1 VIEW....................................................................................................................14
3.2 RETRIEVE ............................................................................................................14
4. RISK ANALYSIS...............................................................................................................15
4.1 NEW UNPROVEN TECHNOLOGY................................................................................ 15
4.2 ORGANISATIONAL RISK ..............................................................................................15
4.3 PROJECT DELAY ............................................................................................................16
4.4 RISK OF STORAGE AND DATABASE SPACE............................................................. 19
5.2 SCREENSHOT OF THE SOFTWARE.............................................................................. 24
6. TESTING.............................................................................................................................29
7. USERS MANUAL.............................................................................................................. 34
7.1 LOGIN ..............................................................................................................................34
7.2 RETRIEVAL.................................................................................................................... 35
8. CONCLUSION................................................................................................................37

3
9. REFERENCES ................................................................................................................... 38

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LIST OF FIGURES
Figure 1: DATA FLOW DIAGRAM LEVEL-0 .........................................................................5
Figure 4: GANTT CHART .......................................................................................................12
Figure 5: ARCHITECTURAL DESIGN ...................................................................................13
LIST OF TABLES
Table 1- DATA DICTIONARY................................................................................................ 8
Table 2- PROJECT ESTIMATORS........................................................................................... 9
Table 3 - FUNCTIONAL POINT ANALYSIS..........................................................................10
Table 4 – RISK ASSESSMENT ...............................................................................................16
Table 5 – RMMM1.................................................................................................................. 17
Table 6 – RMMM2.................................................................................................................. 18

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1.Software Requirement
Specification
1.1 Introduction
The aim of this project is to provide the complete information of the National and
International statistics. The information is available country wise and player wise. By
entering the data of eachmatch, we can get all type of reports instantly, which will be
useful to call back history of each player. Also the team performance in each match can
be obtained. We can get a report on number of matches, wins and lost.
1.2 Features
The project will enable the user to view:
 Every Cricketer’s Information
 Every Cricketer’s Personal Achievements
 International Travel News
 Upcoming Series
 Every Team’s Information
 ODI and test ranking
 Increment of each ball ,over, run is done automatically
 Commentary of each ball
1.3 Purpose
This document aims to give a brief description about the Cricket Management System
Project.This project is very use for Cricket match broadcasters to get information
quickly. Also for Cricket lovers who are very much interested in Cricket Statistics. In
other words this documentwill provide a basis for validation and verification.

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1.4 Scope
The project is designed very user friendly such that even people who know only the
basic operation of the computer can use this software. So no technical expertise is
required to use thissoftware.
This software is also functional to find out the application of cricket management
system and to provide information and manage the system regarding cricket matches
and team training. It alsohelps cricket teams to register new members.
1.5 Overall Description
The overall description of our project can be stated as creating and managing the
database,developing a friendly user interface to manipulate the database, provide an
authentication mechanism to safely accomplish tasks mentioned above.
1.6 Product Perspective
With the CMS (Cricket Management System) we will provide them with capabilities
and properties organized neatly. CMS which is an online intranet System will be used by
anyone whowishes to find information for the players and teams.
Admin will basically query and edit the database via CMS. It will also calculate the rank
of each player depending on their Strike Rate and no. of matches played.

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1.7 Constraints, Assumptions and Dependencies
Regularity Policies:
Each user must login first to have access to information of players. In other words, each
user hasan account created by the Admin.
Hardware Limitations:
There is no limitation in the operating system in which CMS will work. However,
the CMSsystem and the database will work on a server that needs to be always
online.
1.8 Specific Requirements
1.8.1 Interface Requirements
All the users will see the same page when they enter CMS(Cricket Management
System).There will be 2 options: One for the user and one for the admin. The admin is
required to login throughan ID and a password so as to make changes in the database or
to add new information to it. On the other hand users can retrieve the information about
the different players, along with their personal details and team details as well after
getting logged in to their respective accounts.
1.8.2 Functional Requirements
Requirements which are related to functional aspects of software fall into this
category.According to the CMS we have:
 View option is given to the user to view the details of their favorite players
along withtheir personal details.
 Retrieve function lets the user to offline download the details of the
players and theteams.

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1.8.3 Non-Functional Requirements
Requirements which are not related to functional aspects of software fall into this
category. Theyare implicit or expected characteristics of the software, which users make
assumption of. The Non-Functional Requirements of CMS are:
 Logging- Both the Admin and the User need to log in to access data from CMS.
 Storage- The information regarding the players and their teams is stored on a
database.The information includes the players’ personal details along with the
achievements in their cricketing career.
 Performance- The CMS satisfies the user requirements and can handle multiple
users ata time, resulting in better performance.
 Cost- The overall cost of the project is minimal which is easily affordable by one and all.
 Flexibility- The CMS is highly flexible as it can be accessed by any
person or theorganization without any difficulty.
1.8.4 Design Constraints
 Hardware Requirements
The CMS application will be storing 500 players’ personal data which will
roughlyrequire 500mb of database storage space.
 Software Requirements
1. Since the CMS is an android based application so the user will
require mobilehandsets for the deployment of the software.
2. To store and fetch data from the database online i.e. cricdb, the user also
requiresan active internet connection for smooth working of the project.
3. The CMS will work properly on any mobile set with android
version 4.4 orhigher.
4. Application will run on 256mb or higher of RAM.
5. It requires a space of 2.5mb to deploy onto the machine.

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USER ADMIN(ICC)
1.9 Data Flow Diagram
Data flow diagrams (also called data flow graphs) are commonly used during problem analysis
A DFD shows the flow of data through a system. It views a system as a function that transforms
the inputs into desired outputs. The agent that performs the transformation of data from one state
to another is called a process (or a bubble). Thus, a DFD shows the movement of data through
the different transformations or processes in the system.
1.9.1 DFD Level 0
VIEW
LOGIN/ REGISTER
CRICKET
MANAGEMENT
SYSTEM
ADD
STATISTICS
UPDATE
Figure 1: Data Flow Diagram Level 0

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1.9.2DFD Level 1
PLAYER
PLAYER INFO
VIEW
PLAYER
RECORD
TEAM INFO
RECORD
TEAM
RECORD VIEW ANY
RECORD USER
ADMIN EDIT STATS
PLAYER STATISTICS VIEW STATS
ACHIEVEMENTS RETRIEVE STATS
TEAM ACHIEVEMENTS
RETRIEVE
ACHIEVE
RETRIEVE ANY
RECORD
PLAYER RANKS RETRIEVE
RANK
PLAYER
PERSONAL
DETAILS
VIEW
TEAM

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1.9.3 DFD Level 2
RECORD
ADD
PLAYER RECORD
PLAYER INFO
VIEW
RECORD
FETCH
BAT_NAME
NAMES OF
BATSMEN
TEAM
RECORD
TEAM INFO FETCH
BOWL_NAME
NAMES OF BOWLERS
ADMIN
Player ID
Team
ID
UPDATE
STATS
PLAYER STATISTICS
HIGHEST
CENTURIES PLAYER
NAME
USER
ACHIEVEMENTS TEAM
ACHIEVEMENTS NO.1
TEAM TEAM ID
PLAYER ID
CALCULATE PLAYER RANKS
PLAYER
PERSONAL
DETAILS
BEST
PLAYER
PLAYER NAME
PLAYER ID

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1.10 Data Dictionary
DATA DESCRIPTION
Record
Pid + Pname + DOB + Team + Bat_Style +
Bowl_Style + Strike_Rate +
No_Of_Centuries + Tid + Tname + Captain
+ No_Of_Batsmen + No_Of_Bowlers +
Team_Colour + Coach_Name +…
Player Record Pid+ Pname+ DOB+ Team+ Bat_Style +
Bowl_Style+ Strike_Rate+ No_Of_Centuries
+…
Team Record Tid + Tname+ Captain + No_Of_Batsmen+
No_Of_Bowlers + Team_Colour +
Coach_Name+…
Stats Man_Match + Man_Series +
Highest_Centuries
Achievements Won_matches + Lost_matches +
Tie_matches
Player Personal Details Pid + Pname + DOB
Table 1: Data Dictionary

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2 Size Estimation And Scheduling
GRADE
VALUE
1. Does the system require reliable backup and recovery? 5
2. Are specialized data communications required to transfer
Information to or from the application?
3
3. Are there distributed processing functions? 4
4. Is performance critical? 0
5. Will the system run in an existing, heavily utilized
Operational environment?
5
6. Does the system require on-line data entry? 5
7. Does the on-line data entry require the input transaction to be
built over multiple screens or operations?
3
8. Are the Master files updated online? 5
9. Are the inputs, outputs, files, or inquiries complex? 2
10. Is the internal processing complex? 1
11. Is the code designed to be reusable? 1
12. Are conversions and installations included in the design? 0
13. Is the system designed for multiple installations in different
Organizations?
5
14. Is the application design to facilitate change and for ease of use by
the user?
5
Table 2: Project Estimators

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2.1 Function Points Estimation
Considering the following assumptions:
3-4 INPUTS AS LOW
4-7 INPUTS AS AVERAGE
>7 INPUTS AS HIGH
COUNT WEIGHING FACTOR TOTAL
COUNT
Simple average Complex Simple Average Complex
Number
of
internal
inputs
2 2 1 3 4 6 20
Number
of
external
outputs
3 2 1 4 5 7 29
Number
of
inquiries
2 2 2 3 4 6 26
Number
of
internal
logical
files
0 0 3 7 10 15 45
Number
of
external
interfaces
1 1 1 5 7 10 22
Total
FPs
142
Table 3: Function Point Analysis

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Thus, the UNADJUSTED FUNCTIONAL POINTS (UFP) ARE:
UFP = Total I/P + Total O/P + Total ILF + Total EIF + Total Enquiries
= 20 + 29 + 45 + 22 + 26
= 142
Now, COMPLEXITY ADJUSTMENT FACTOR (CAF) IS:
CAF= 0.65 + (0.01 *∑ fi)
= 0.65 + (0.01 *3*14)
= 1.07
So the Functional Points (FP) is:
FP = UFP*CAF
= 151.94
2.2 Size Estimation
Assuming that average productivity for such a system is 6.5 FP/pm i.e. 6.5 functional points per
person month, then the estimates are:
Size=Total FP’s / Average productivity
= 151.94/6.5
= 23.37 pm i.e. 24 person month.
2.3 Cost Estimation
Assuming that the cost is Rs.5000/pm, i.e. 5000 per person month.
Cost=cost per person month * effort
= Rs. (5000*14) = Rs.70,000

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Mar 9
2.4 Scheduling
Scheduling is the culmination of a planning activity that is a primary component of
Software project management. When combined with estimation methods and risk
analysis, scheduling establishes a road map for the project manager. The
characteristics of the project are used to adapt an appropriate task set for the work to
be done. A task network depicts each engineeringtask, its dependency on other tasks,
and its projected duration.
GANTT CHART
Figure 4: Gantt Chart
01- ar-14 21-Mar-14 10-Apr-14 30-Apr-14 20-May-14 09-Jun-14 29-Jun-14
GATHER REQUIREMENTS
UI DESIGN
CODING
UNIT TESTS
SYSTEM TESTS
BUG FIXES
IMPROVEMENTS
FINAL TESTING
RELEASE VERSION

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3.ARCHITECTURAL DESIGN
CRICKET FEVER
RETRIEVE VIEW
GET_PLAYER GET_TEAM VIEW_PLAYER VIEW_TEAM VIEW_ACHIEVE
GET
RANKS
ENTER
PLAYER
RECORD
GET
TEAM
RECORD
DISPLAY
PLAYER
PERSONAL
DISPLAY
RANKS
DISPLAY
TEAM
INFO
DISPLAY
ACHIEVEMENTS
GET
STRIKE
RATE GET
STATS ENTER
PERSONAL
DETAILS
CALCULATE DISPLAY
WON_MATCHES
DISPLAY
LOST_MATCHES
DISPLAY
TIED_MATCHES
Figure 5: Architectural design

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The architectural design of the software defines every module of the application in detail
in ahierarchical way. The CMS application is mainly divided into two modules:
3.1 VIEW
The VIEW MODULE can view information about the PLAYER RECORD
, TEAMRECORD and ACHIEVEMENTS of the Team.
It will display the personal information about the player and
the ranks.Also , It will also display the won, lost and tied
matches.
3.2 RETRIEVE
The RETRIEVE MODULE will retrieve details of the player and the team.
Here the user will enter personal details and statistics of the player by the help of
whichSTRIKE RATE will be calculated .
The approach used is a top to bottom approach.

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PROJECT REPORT
Team Information
The administrator Can Add/Update the teams With the details and the user can view the overall
information of the
the team detail module allows the user to browser The details of the team profile and management.
Team module allows user to browse different teams
where only one team can be selected at a time and get the detail
when selected on a particular team.
This module gives the detail of team such as team logo, team name, team information, team
captain, address, contact no show match details
Player Details
this will come under team information which gives the basic details about the players.
allow the user to have a glimpse of the player’s profile.
it give the personal details of a player with their batting style, bowling style and his position in the
team along with their achievements
Batting Performance
It gives the batsman profile, statistic, and summary of his batting performance in his current and
previous matches that he had played.
Bowling Performance
It gives the bowling profile, statistics, and summary of his bowling performance in his current and
previous matches that he had played.
Results
This module gives the summary that was played.
It also gives the overall detailed result of that particular match that was played.
G
De
a
ta
l
i
l
l
e
su
ry
ch as scores scored by both the teams Over’s completed, loss of wickets.
it shows the best captured moments, pictures, video etc… That was taken during the course of the
matches.
It will dynamic.
Here the photo is uploaded which was clicked/recorded by the fans during the matches.
The user cannot upload the image here due to censorship issues.

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Instead, the user is supposed to e-mail the image to admin and then admin uploads it to the
website.
Administrator
The administrator is allowed to access all the services in the system. The main objective of the
administrator is to add/update the summary of the matches and also to add/update the schedules
of the matches.
Users/Visitors
These users will get the full access of the website but they cannot do any changes on the Online
Score System website, they can enjoy the services provides by the administrator.

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#include <stdio.h>
#include <stdlib.h>
void req_rate(float a, float b, float c, float d, float e);
void runs_needed(int a, int b, int c, int d, int e);
void projected_score(int a, int b, int c, int d, float e);
void result(int a, int b, int e, int g, char f, char c[], char d[]);
float curr_rate(float a, float b, float c);
void ball_played(int *a, int *b, int *c, int *d, int *e, int *f, int *g, int *h, int *i, int *j);
int string_comp(char a[], char b[], char c[]);
float curr_rate(float a, float b, float c);
int main(int argc, char *argv[])
{
int wd = 0, nb = 0, lb = 0, b = 0, extras = 0, overs = 0, T_overs = 0, k = 0, balls = 0, T = 0, score = 0,
wickets = 0, target = 0, q = 0, c[11], j = 1, f = 0, s = 0;
float c_rate;
char toss[15], team_1[15], team_2[15], choice, runs;
printf("Match between:n");
gets(team_1);
printf("versusn");
gets(team_2);
printf("Toss won by: ");
gets(toss);
printf("Enter B to choose bat first and F to field first: ");
scanf("%c", &choice);
printf("Enter overs to be played by each side: ");
scanf("%d", &T_overs);
system("cls");
T = string_comp(team_1, team_2, toss);
while (overs <= T_overs || overs >= T_overs)
{

22
do
{
if (wickets > q)
{
*(c + wickets) = score;
}
q = wickets;
system("cls");
printf("ttt%s vs %s (%d-overs match)n", team_1, team_2, T_overs);
if (T == 1)
{
if (choice == 'B' || choice == 'b')
{
printf("%s won the toss and elected to bat firstn", team_1);
printf("nn%s %d-%dttovers %d.%dtt", team_1, score, wickets, overs, balls);
}
else if (choice == 'F' || choice == 'f')
{
printf("%s won the toss and elected to field firstn", team_1);
}
}
else if (T == 2)
{
{
printf("%s won the toss and elected to bat firstn", team_2);
}
{

23
printf("%s won the toss and elected to field firstn", team_2);
}
}
if (overs > 0 && score > 20)
{
if (overs == T_overs || wickets == 10)
{
printf("n");
k++;
break;
}
c_rate = curr_rate(score, overs, balls);
printf("run rate %0.2fn", c_rate);
}
if (balls == 0)
{
printf("n");
if (extras > 0)
{
printf("extras: %d(wd %d,nb %d,lb %d,b %d)t", extras, wd, nb, lb, b);
}
if (f > 0 || s > 0)
{
printf("boundaries: %d fours,%d sixesn", f, s);
}
else
printf("n");
}
if (overs > 0 && score > 20 && balls == 0)
{

24
projected_score(score, overs, T_overs, balls, c_rate);
}
printf("n");
if (overs == T_overs || wickets == 10)
{
k++;
break;
}
ball_played(&balls, &score, &wickets, &extras, &wd, &nb, &lb, &b, &f, &s);
} while (balls < 6);
if (balls == 6)
{
balls = 0;
}
if (overs < T_overs)
{
overs++;
}
if (k > 0)
{
break;
}
}
printf("nextras: %d(wd %d,nb %d,lb %d,b %d)tboundaries: %d fours,%d sixesn", extras, wd, nb,
lb, b, f, s);
if (wickets > 0)
{
printf("nfall of wickets: ");
for (j = 1; j <= wickets; j++)
{
if (j == 1 || j == 6)

25
printf("n");
else
printf("t");
printf("%d-%d", j, c[j]);
}
}
printf("nninnings completed.");
sleep(10);
for (k = 10; k >= 0; k--)
{
system("cls");
printf("nnnntttINNINGS BREAK...ntttt%d", k);
sleep(1);
}
target = score + 1, score = 0, overs = 0, k = 0, wd = 0, nb = 0, lb = 0, b = 0, balls = 0, wickets = 0,
extras = 0, j = 1, q = 0, f = 0, s = 0;
while (overs <= T_overs || overs >= T_overs)
{
do
{
if (wickets > q)
{
*(c + wickets) = score;
}
q = wickets;
system("cls");
printf("ttt%s vs %s (%d-overs match)n", team_1, team_2, T_overs);
if (T == 1)
{
{

26
printf("%s gives target of %d runs to %s to winn", team_1, target, team_2);
printf("nn%s %d-%dt overs %d.%dt", team_2, score, wickets, overs, balls);
}
{
}
}
else if (T == 2)
{
{
}
{
}
}
{
if (overs == T_overs || wickets == 10 || target <= score)
{
printf("n");
k++;
break;
}
c_rate = curr_rate(score, overs, balls);

27
printf("run rate %0.2f", c_rate);
req_rate(score, overs, T_overs, balls, target);
}
if (balls == 0)
{
printf("n");
if (extras > 0)
{
printf("extras: %d(wd %d,nb %d,lb %d,b %d)t", extras, wd, nb, lb, b);
}
if (f > 0 || s > 0)
{
printf("boundaries: %d fours,%d sixesn", f, s);
}
else
printf("n");
}
{
runs_needed(score, overs, T_overs, balls, target);
}
printf("n");
if (wickets == 10 || target <= score || overs == T_overs)
{
k++;
break;
}
ball_played(&balls, &score, &wickets, &extras, &wd, &nb, &lb, &b, &f, &s);
} while (balls < 6 && overs < T_overs);
if (balls == 6)
{

28
balls = 0;
}
if (overs < T_overs)
{
overs++;
}
if (k > 0)
{
break;
}
}
printf("nextras: %d(wd %d,nb %d,lb %d,b %d)tboundaries: %d fours,%d sixesn", extras, wd, nb,
lb, b, f, s);
if (wickets > 0)
{
printf("nfall of wickets: ");
for (j = 1; j <= wickets; j++)
{
if (j == 1 || j == 6)
printf("n");
else
printf("t");
printf("%d-%d", j, c[j]);
}
}
printf("nninnings completed.");
sleep(10);
for (k = 0; k <= 7; k++)
{
system("cls");
sleep(1);

29
printf("nnn");
result(target, score, T, wickets, choice, team_1, team_2);
sleep(1);
}
getche();
return 0;
}
float curr_rate(float a, float b, float c)
{
float d;
if (c == 0)
d = a / b;
else
d = a / (b + (c / 10));
return d;
}
int string_comp(char a[], char b[], char c[])
{
int i = 0, ab = 0, j = 0, k = 0;
strupr(a);
strupr(b);
strupr(c);
for (i = 0; i < 3; i++)
{
if (a[i] == c[i])
j++;
else if (b[i] == c[i])
k++;
else
break;
}

30
if (j == 3)
ab = 1;
else if (k == 3)
ab = 2;
else
ab = 0;
return ab;
}
void ball_played(int *a, int *b, int *c, int *d, int *e, int *f, int *g, int *h, int *i, int *j)
{
char runs;
int t;
scanf("%c", &runs);
switch (runs)
{
case '0':
*a = *a + 1;
break;
case '1':
*b = *b + 1;
*a = *a + 1;
break;
case '2':
*b = *b + 2;
*a = *a + 1;
break;
case '3':
*b = *b + 3;
*a = *a + 1;
break;
case '4':

31
*b = *b + 4;
*a = *a + 1;
*i = *i + 1;
break;
case '5':
*b = *b + 5;
*a = *a + 1;
break;
case '6':
*b = *b + 6;
*a = *a + 1;
*j = *j + 1;
break;
case 'w':
case 'W':
printf("enter runs on wide ball: ");
scanf("%d", &t);
*b = *b + 1 + t;
*d = *d + 1 + t;
*e = *e + 1 + t;
break;
case 'n':
case 'N':
printf("enter runs on no ball: ");
scanf("%d", &t);
*b = *b + t + 1;
*d = *d + 1;
*f = *f + 1;
break;
case 'l':
case 'L':

32
printf("enter runs as leg byes: ");
scanf("%d", &t);
*b = *b + t;
*a = *a + 1;
*d = *d + t;
*g = *g + t;
break;
case 'b':
case 'B':
printf("enter runs as byes: ");
scanf("%d", &t);
*b = *b + t;
*a = *a + 1;
*d = *d + t;
*h = *h + t;
break;
case 'o':
case 'O':
*a = *a + 1;
*c = *c + 1;
printf("enter runs if wicket is runout: ");
scanf("%d", &t);
*b = *b + t;
break;
}
}
void result(int a, int b, int e, int g, char f, char c[], char d[])
{
int h, i;
h = (a - 1) - b;
i = 10 - g;

33
if ((a - 1) == b)
{
printf("tttMATCH DRAWN.");
}
else if (a > b)
{
if (e == 1)
{
if (f == 'B' || f == 'b')
printf("ttt%s won by %d runsntttCONGRATULATIONS TEAM %s!", c, h, c);
else if (f == 'F' || f == 'f')
printf("ttt%s won by %d runsntttCONGRATULATIONS TEAM %s!", d, h, d);
}
else if (e == 2)
{
if (f == 'B' || f == 'b')
printf("ttt%s won by %d runsntttCONGRATULATIONS TEAM %s!", d, h, d);
else if (f == 'F' || f == 'f')
printf("ttt%s won by %d runsntttCONGRATULATIONS TEAM %s!", c, h, c);
}
}
else if (a < b || a == b)
{
if (e == 1)
{
if (f == 'B' || f == 'b')
printf("ttt%s won by %d wicketsntttCONGRATULATIONS TEAM %s!", d, i, d);
else if (f == 'F' || f == 'f')
printf("ttt%s won by %d wicketsntttCONGRATULATIONS TEAM %s!", c, i, c);
}
else if (e == 2)

34
{
if (f == 'B' || f == 'b')
printf("ttt%s won by %d wicketsntttCONGRATULATIONS TEAM %s!", c, i, c);
else if (f == 'F' || f == 'f')
printf("ttt%s won by %d wicketsntttCONGRATULATIONS TEAM %s!", d, i, d);
}
}
}
void projected_score(int a, int b, int c, int d, float e)
{
int ab, ba;
ab = (c - b) + (d / 10);
ba = (ab * e) + a;
printf("nPROJECTED SCORE:n%d at %0.2f RPO(curr. rate)n%d at 6 RPOn%d at 8 RPOn%d at 10
RPOn", ba, e, (ab * 6) + a, (ab * 8) + a, (ab * 10) + a);
}
void runs_needed(int a, int b, int c, int d, int e)
{
int f, h;
f = (c * 6) - ((b * 6) + d);
h = e - a;
printf("%d runs needed to win from %d balls", h, f);
}
void req_rate(float a, float b, float c, float d, float e)
{
float f, g, h, i;
f = e - a;
if (d == 0)
{
h = c;
}

35
else
{
h = (c - 1) + 0.6;
}
i = b + (d / 10);
g = f / (h - i);
printf("t req. run rate %0.2fn", g);
}

38
4. RISK ANALYSIS
While deploying a project, several risks are always there with different probability of happening
and different consequences. Here we are giving such risks for our project.
4.1 New Unproven Technology
The Cricket Management System is developed on Android Studio. One of the biggest risks
involved with our project is the advancement in technology. As soon as new tools and better
technology will come into play in the near future, the software might become outdated and hence
would not be able to meet the user expectations. Thus, the software will not be able to compete
with other better software available in the market and henceforth will ultimately fail.
4.2 Organizational Risk
Another risk involved with the Cricket Management System is that of the organization of player
info, team info into various tables in the database. Even if there is the slightest possibility that
there exists some ambiguity and inconsistency in the stored information about different
players and teams, this would make it difficult for the users to fetch the information of their
favorite players and would display wrong results too. Thus, the Software would lose its essence
of correctness at the first place. In the longer run, this situation may lead to the complete
removal of the Software from the user market.

39
4.3 Project Delay
One of the major risks involved with our project is in the project delay that if the project is not
completed within the given deadline, then we have to increase the person hours on our project
which will ultimately lead to an increase in the overall cost of the project. Furthermore, if the
quality software is not delivered on time, it would be of no use to the costumers as well. Thus,
The whole project will not serve any fruitful purpose to the users.
4.4 Risk of storage of database space
What if the company faces the shortage of database space for storing the application database?
Then the CMS application will not work properly. To resolve this, the management has to
redesign the database and some changes to the CMS application which will add cost of the
application to the management. The probability of this to the management is less in short term
and has a little higher risk in the long term.
RISK CATEGORY PROBABILITY
(OUT OF 100%)
IMPACT
(1-5)
1.Size estimate is
significantly low
Product Size 40% 2
2.Large no of users Product Size 30% 3
3.Less Reuse Product Size 20% 2
4.Delivery Deadline
NotMet
Business
Impact
20% 4
5.Cost Exceeds Cost Risk 50% 4
6.Custom
RequirementChange
Product Size 45% 3
7.Freezing Cost Business
Impact
35% 2
8.Lack Of Planning Technology 10% 3
9.Staff In Experience Staff Size
And
Experience
10% 2
Table 4: Risk Assessment

40
Table 6: RMMM Table 1
RISK INFORMATION SHEET (RMMM1)
RISK ID:
R01
DATE :
10-02-2018
PROBABILITY:
60%
IMPACT:
High
DESCRIPTION:
Organizational Risk (Inconsistent data into tables)
REFINEMENT / CONTEXT:
1. Inconsistency of data will lead to the formation of spurious tuples in the database.
2. Incorrect information will be passed on to the users about the players and teams.
MITIGATION / MONITORING:
1. Correct data must be inserted into the database tables by the Admin so that no
spurious tuples are formed.
2. Cricket fans and other users can get accurate and precise information about their
favorite players and teams along with the live scores.
MANAGEMENT / CONTINGENCY PLAN / TRIGGER:
1. Risk Estimation computed to be 5000. Allocate this amount within project
contingency cost.
2. Develop, revise and schedule assuming that high capable server is to be
adopted: allocate staff accordingly.
Trigger: Mitigation steps unproductive as of 20-02-2018
CURRENT STATUS:
05/03/2018: Mitigation steps initiated
Originator: Vrinda Anand Assigned: Riya Goel

41
RISK INFORMATION SHEET (RMMM2)
Risk ID:
R02
DATE:
12-02-2018
PROBABILITY:
40%
IMPACT:
AVERAGE
DESCRIPTION:
New Unproven technology (Obsolete version of Android Studio)
REFINEMENT / CONTEXT:
1. The software will fail if Android becomes outdated and is replaced by some other
Operating System.
2. The software will fail to provide information to the cricket fans about their favourite
players.
MITIGATION/MONITORING:
The software will continue to rule the market if the developers continue to release newer
versions of Android.
MANAGEMENT / CONTINGENCY PLAN/ TRIGGER:
1. Risk Estimation computed to be 40,000. Allocate this amount within project contingency
cost.
2. Develop, revised schedule assuming that high capable server is to be adopted: allocate staff
accordingly.
Trigger: Mitigation steps unproductive as of 22-02-2018
CURRENT STATUS:
07/03/2018: Mitigation steps initiated
Originator: Priya Aggarwal Assigned: Sonakshi Garg

42
6.TESTING
SOFTWARE TESTING
Testing is done with an objective of finding most errors with minimum amount of time
and effort.
WHITE BOX testing sometimes called glass-box testing, is a test-case design
philosophy
that uses the control structure described as part of component-level design to derive test
cases. Using white-box testing methods, you can derive test cases that :
(1) Guarantee that all independent paths within a module have been exercised at
least once.
(2) Exercise all logical decisions on their true and false sides.
(3) Execute all loops at their boundaries and within their operational bounds.
(4) Exercise internal data structures to ensure their validity.
Basic Path Testing is a White Box testing technique that enables to derive logical
complexity and defines basic test of execution paths. The test cases are prepared so that
each execution path will occur at least once.
_

43
1-6
F 7 T
12
F
8-11
T
17 13-16
F T
18-21
22-26
27

44
 Cyclomatic Complexity
Cyclomatic complexity is a software metric that provides a quantitative measure of the
logical complexity of a program. When used in the context of the basis path testing method,
the value computed for cyclomatic complexity defines the number of independent paths in
the basis set of a program and provides you with an upper bound for the number of tests
that must be conducted to ensure that all statements have been executed at least once.
P = 3
E = 11
N = 9
R=4
WHERE P = NO OF PREDICATE NODES
E = NO. OF EDGES
N = NO. OF NODES
R = NO. OF REGIONS
CYCLOMATIC COMPLEXITY = E-N+2
= 11-9+2
= 4
OR
CYCLOMATIC COMPLEXITY = P+1
= 3+1
= 4
OR
CYCLOMATIC COMPLEXITY = R
=4

45
 To Find No. Of Independent Paths
No. of independent paths=Cyclomatic Complexity
=4
 To Determine Independent Paths
1-6,7,8-11,27
1-6,7,12,13-16,27
1-6,7,12,17,18-21,27
1-6,7,12,17,22-26,27
 Test Cases
Independent Paths Inputs Expected O/P Received O/P
1-6, 7, 8-11, 27 S.R=250,TOT_RUNS=3200 rank=’H’; rank=’H’;
1-6, 7, 12, 13-16, 27 S.R=198,TOT_RUNS=2500 rank=’A’; rank=’A’;
1-6, 7, 12, 17, 18-21, 27 S.R=90,TOT_RUNS=1014 rank=’B’; rank=’B’;
1-6, 7, 12, 17, 22-26, 27 S.R=20,TOT_RUNS=500 rank=’L’; rank=’L’;

46
7. USER MANUAL
The Cricket Management System is an android application. Following are the requirement for
the proper deployment of the software:
1. An android mobile phone is required.
2. The mobile phones must run on android 4.4 or higher version.
3. It has at least 250 MB of RAM and a 20 Mb of the hard disk space.
4. It must have an active internet connection for the smooth functioning
of the software.
7.1 LOGIN
In this section of the project, the user has to login with the credentials of login ID and Password.
Different application layout is there for the admin and other users.
For a new user, only the admin can create a new user using his password
provide the login details to him/her so that no other outsider will violate the security of the
application.
Users can logout from his/her id at any time using the logout
home page.

47
7.CONCLUSION
We can conclude that the Cricket Management System can be used by people all across the globeto
access the information of various players and teams to retrieve details along with the player personal
details also. It can help in accessing new data and news about favourite players and teams. It is a
modern approach to fetch data of players and teams, along with live scores.
It is based on advanced technology as it is compatible with all mobile sets having android
version 4.4 or higher. Some of the advantages of CMS (Cricket Management System) are as
follows:-
 Can ODI Tournament details on Internet.
 Players, Organizers, Selectors, Fan and Followers can access it from anywhere
and anytime.
 The ODI Tournament can reach thousands of online users and gain major
popularity.
 User-Friendly admin and easy to manage.
 Admin can add and edit information at any point of time and also from any
location.
 Can share ODI Details through Social Media: Comments, posting, etc.
 Latest cricket news updates, ongoing ODI Events information is easy to retrieve.

48
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