C programming Assignment Washing Machine System

UCTI (CT018-3-1)

Introduction To C Programming (CT018-3-1)

Cover PageGroup ProjectInstruction:

Complete this cover page (page 1) and attach it to your project – THIS MUST BE YOUR FIRST PAGE in your hard copy documentation.

Group Leader’s Signature: Date:17/oct/2011

Lecturer : Ms. SEETHA LETCHUMY Class Code: UC1F1101-IT L1

Submission Date 17/oct/2011 Due Date: 17/oct/2011

Students Full Name

(Indicate Student ID in brackets)

Leader:Ali Reza Yassi {TP 025044}

Members: Babak Esparham { TP024889}

Hossin Mohamadian far { TP024352}

Total number of pages including this cover page. 40

Washing Machine System Page 1

UCTI (CT018-3-1)

Contents

Acknowledgement...............................................................................................................4

Introduction..........................................................................................................................5

How to Creating C Programs...............................................................................................5

Editing..............................................................................................................................5

Compiling........................................................................................................................6

Linking.............................................................................................................................6

Executing.........................................................................................................................6

Objective..............................................................................................................................7

Case Study...........................................................................................................................7

Program Design...................................................................................................................9

Program Flowchart whole program.................................................................................9

Program Flowchart main menu.....................................................................................10

Program Flowchart load capacity..................................................................................11

Program Pseudo Code....................................................................................................12

Pseudo code for on, off key...............................................................................................12

Pseudo code for main menu...............................................................................................12

Pseudo code for load capacity menu.................................................................................13

Pseudo code for wash menu..............................................................................................14

Pseudo code for sock menu...............................................................................................15

Pseudo code for time menu................................................................................................16

Pseudo code for temperature menu....................................................................................16

Pseudo code for detail menu..............................................................................................17

Source Code...................................................................................................................17

Source Files...............................................................................................................17

Sample Outputs..................................................................................................................28

State on and off..............................................................................................................28


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Main Menu....................................................................................................................29

View Log b....................................................................................................................30

Load Capacity Menu......................................................................................................31

Wash Menu....................................................................................................................32

Soak or no soak..............................................................................................................33

Soak...............................................................................................................................34

Soak menu (more than 60 minutes)...............................................................................35

Temperature Menu.........................................................................................................36

View log.........................................................................................................................37

ADDITIONLA FEATURES.............................................................................................38

ASSUMPTION..................................................................................................................38

Conclusion.........................................................................................................................38

References..........................................................................................................................39

Workload Matrix...............................................................................................................40


UCTI (CT018-3-1)

Acknowledgement

We are thankful to our lecture, Ms. SEETHA LETCHUMY who has a major effect on

our opinion about C programming. As well for the time and energy made in making sure that we

understood the basic and progressive features of C program writing. Also we would like to

thanks to our fellow colleagues and home mate who aided us in comprehend and debugging

some of the faults which we encountered as well.


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Introduction

The C program writing language was established by Dennis Ritchie at AT&T Bell Test

center in the first 1970s. It was not till the getting on 1970s, though, that this encoding language

created to increase general approval and provision. In this point of view, until that period C

compilers were not readily accessible for marketable usage outside of Bell Test center. To begin

with, C program language develop in admiration was also stimulated on in share by the

equivalent, if not quicker, progress in admiration of the UNIX OS. Talking about operating

system, which was also industrialized at Bell Research laboratory, had C as its “standard”

program design language. Indeed, more over 90% of the OS’s it was printed in the C language.

C encoding is a very dense language, so there isn’t a ration of syntax to study beforehand

you can code actual submissions. In malice of its succinctness and ease, it’s also a tremendously

influential language that’s still commonly used by experts. The influence of C program writing is

such that it is used for computer programmer at all stages with any level of knowledge, from

expedient drivers and operating system components such as small-scale such as we have here in

this assignment to large-scale applications.

How to Creating C ProgramsThere are 4 essential platforms in the formation of any C database as we mention here briefly:

i. Editing

ii. Compiling

iii. Linking

iv. Executing

Editing

This is the course of creating and adapting C basis code—the name assumed to the

database instructions you coding. Certain C compilers introduce with exact editor that can offer a

lot of support in handling your programs as well. Indeed, an editor often offers a whole setting

for writing, handling, emerging, and testing your codes. This is occasionally named IDE.


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Compiling

The compiler translates your basis codes into engine language and notices and reports

mistakes in the compilation course. The input to this period is the case you create during your

excision, which is usually mentioned to as a basis file as well. The compiler can notice an

extensive variety of faults that are due to unacceptable or unrecognized database code, and also

mechanical errors where, for instance, some part of a database can never be performed. The

output from the compiler is recognized as entity code and is kept in records called object files,

which typically have tags with the allowance.

Linking

The linker chains the numerous modules produced by the compiler from basis code files,

enhances essential code components from program libraries complete as part of C program, and

repairs the whole thing into an executable entire. The linker cans similarly notice and report

faults, for instance, if part of your database is lost or a missing library constituent is referenced in

deed.

Executing

The implementation period is where you run your database, having finished all the earlier

processes positively. Unfortunately, this period can also make an extensive change of fault

situations that can contain making the mistaken output or just inactive and nil, maybe crashing

your PC for good amount.


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Objective

Generate a scheme to controller a replicated washing machine. On the sour face of the

washing machine component are some buttons and also each signified with a letter.

Case Study

We are requested to generate a organization to mechanism a simulated washing mashing

consuming some buttons in which each button signified with a alphabet acceptable for the

washing machine to be well-ordered that operator is to allocate On and Off pin and when the

washing machine is switch on using the On and Off key which signified by O letter the operator

will has the choice of deciding whether including:

i. (V) View log: if this choice is selected you can be able to understanding the washing

machine process logs conferring to the previous worked.

ii. (W) Wash clothes: if this key is nominated the capacity menu will perform.

When the load capacity perform, the operator will need to control the scope of the weight which

include

i. (S)Small,

ii. (M) medium,

iii. (L) large,

iv. (X) extra-large,

v. (f)free load,

In view of that there is a least and last rate for each load capacity as well. Whenever the

size of the clothes has been nominated, the wash menu is started and now the operator is

given the choices to choice:

1. (F) full wash,

2. (W) wash,

3. (R) rinse,

4. (S) Spain.


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(F) Contain of washing, rinsing and spinning. It moreover contains Sock but contingent on the

collection completed in the sock menu which perform when the full wash is started. In the sock

menu the user has the choices whether to choice:

i. (N) No soaking and when this has been nominated the program will continue to following

menu choice (Temperature menu)

ii. (S) Sock, the system will move the operator for the total of minutes to sock and the

database will continue to the following menu witch is (Temperature menu).

Temperature menu start first after either the (F) or (W) selection has been nominated and the

operator will be given the selections whether to choose (H) hot or (C) cold as well. When all the

essential inputs have been delivered to the washing machine’s classification, the program offers

the operator with the assessed time of implementation the wash as planned and all these specifics

are kept in a view log at all.


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Program Design

Program Flowchart whole program


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Program Flowchart main menu


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Program Flowchart load capacity


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Program Pseudo Code

Pseudo code for on, off keySTART

Show statistics (time and date)

WHILE selection is O or ANY THING ELSE

If selection is O

Show Machine is on

Show Main menu

Else

Show machine is off, run the program again

ENDDO

Pseudo code for main menu If selection is O


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WHILE selection is O

Show main menu selections

Case W

Goes to “wash clothes’

(Show load capacity menu)

Break

Case ‘V’ or ‘v’

Show ‘view log”

(Display the kept statistics)

Break

ENDDO

Pseudo code for load capacity menuIf selection is W

WHILE selection is W

Show main load capacity

Case S

Print small, the size is between 1-2 kg

(Show wash menu)

Break

Case M

Print Medium, the size is between2-3kg

(Show wash menu)

Break

Case L

Print Large, the size is between3-4kg


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(Show wash menu)

Break

Case X

Print Extra-large, the size is more than 4kg

(Show wash menu)

Break

Case F

Print “Free load, machine determine the load capacity

(Display wash menu)

Break

ENDDO

Pseudo code for wash menu If choice is: S or M or L or X or F

WHILE selection is: S or M or L or X or F

Show wash menu

Item F

Print “full wash (Washing, Rinsing, and Spinning)”

(Show soak menu)

Break

Item W

Print “wash”

(Show soak menu)

Break

Item ‘R’ or ‘r’


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Print “Rinsing”

(Show Detail menu)

Break

Item S

Print “Spin”

(Show Detail menu)

Break

ENDDO

Pseudo code for sock menu If the choice is (F) or (W)

WHILE choice is (F) or (W)

Show sock menu

Item S

Print sock

(Show time menu)

Break

Case N

Print No soaking

(Show temperature menu)

Break

ENDDO


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Pseudo code for time menuIf the choice is (S)

Show time menu

Print “Enter time from (1minute to 60 minutes)

If user type more than 60 minutes

Print you type more than 60 minutes please type again

(Show temperature menu)

Break

Pseudo code for temperature menu WHILE (Time is Come in), or (N is chooses)

Show temperature menu

Case H

Print “Hot”

(Show Detail menu)

Break

Case C

Print “Cold”


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(Show Detail menu)

Break

ENDDO

Pseudo code for detail menuShow the time and date

Show load capacity

Show wash menu

Show sock menu and temperature.

Source Code

Source Files#include "stdafx.h"

#include <iostream>

# include <stdio.h>

#include <time.h>

#include <conio.h>

void stateOnOff();

void mainmenu();

void Washcolthes();

void WashMenu();

void soak();

void getTimesoak();

void Temperature();

void viewlog();

void viewlogb();

void readviewlogb();

char result[4];

int main(void);

int times,count;


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int _tmain(int argc, _TCHAR* argv[])

{

stateOnOff();

return 0;

}

int main(void) {

time_t timer = time(NULL);

printf("current time is %s", ctime(&timer));

stateOnOff();

}

void stateOnOff() {

system("color 1B");

char ch;

printf("\n**************************************************************");

printf("\n* ((wellcome dear user)) *");

printf("\n**************************************************************");

printf("\nPress (o) to washing machine start?");

ch=_getch();

printf("\n%c",ch);

if(ch=='o'){

printf("\nWashing machine is On.");

mainmenu();

}else

printf("\nWashing machine is Off.run the mechine again");

stateOnOff();

}

void mainmenu()

{ system("cls");

char ch;

printf("\n**************************************************************");

printf("\n* ((Main Menu)) *");


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printf("\n**************************************************************");

printf("\nIf you want to wash clothes,please type w:");

printf("\nIf you want to see view log,please type v :");

ch=_getch();

printf("\n%c",ch);

do

{

if(ch=='w')

Washcolthes();

else if(ch=='v')

readviewlogb();

printf("\nInvalid answer.type correctly:");

ch=_getch();

printf("\n%c",ch);

}while(ch!='w' && ch!='v');

}

void readviewlogb()

{

FILE *fp;

int c;

fp = fopen("New Text Doucument.doc", "r");

c = getc(fp);

while (c!= EOF)

{

putchar(c);

c = getc(fp);

}


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fclose(fp);

printf("\n Press any key to continue...");

getch();

system("cls");

mainmenu();

}

void Washcolthes(){

system("cls");

char ch;

printf("\n**************************************************************");

printf("\n* ((Size menu)) *");

printf("\n**************************************************************");

printf("\nPlease select size of the your clothes:");

printf("\nEnter s(small) if your cloths between 1-2kgr:");

printf("\nEnter m(medium) if your cloths between 2-3kgr:");

printf("\nEnter l(large) if your cloths between 3-4kgr:");

printf("\nEnter x(Eatra large) if your cloths more than 4kgr:");

printf("\nEnter f(Free load) if machine determines the load capacity:");

ch=_getch();

printf("\n%c",ch);

while(ch!='s'&& ch!='m'&& ch!='l' && ch!='x'&& ch!='f'){


ch=_getch();

printf("\n%c",ch);

}

result[count]=ch;

count++;

WashMenu();

}

void WashMenu(){


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system("cls");

char ch;

printf("\n**************************************************************");

printf("\n* ((Wash menu)) *");

printf("\n**************************************************************");

printf("\nPlease select one of the wash menu options for your clothes:");

printf("\nEnterf(full wash)consist of washing ,rinsing and spinning:");

printf("\nEnter w(wash) consist of only washing without rinsing or spinning:");

printf("\nEnter r(rinse)consist of only rinsing without washing or spinning:");

printf("\nEnter s(spin)consist of only spinning without washing or rinsing :");

ch=_getch();

printf("\n%c",ch);

while(ch!='f' && ch!='w'&& ch!='r' && ch!='s'){


ch=_getch();

printf("\n%c",ch);

}

result[count]=ch;

count++;

if(ch=='f' || ch=='w'){

soak();

}

else{Temperature();

}

}

void soak(){

system("cls");

char ch;

printf("\n**************************************************************");

printf("\n* ((Soak menu)) *");

printf("\n**************************************************************");


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printf("\nIf you want soak please press (y):");

ch=_getch();

printf("\n%c",ch);

while(ch!='y' && ch!='n'){


ch=_getch();

printf("\n%c",ch);

}

if(ch=='y'){

result[count]=ch;

count++;

getTimesoak();

}

Temperature();

}

void getTimesoak(){

system("cls");

int ch;

printf("\n**************************************************************");

printf("\n* ((Soak time)) *");

printf("\n**************************************************************");

printf("\nPlease enter time between 1-60 minutes");

scanf_s("%d",&ch);

if(ch>60){

printf("\n**************************************************************");

printf("\n* ((warning)) *");

printf("\n**************************************************************");

printf("\nThis time is more than 60 minutes.enter time less than 60 minutes");

scanf_s("%d",&ch);

}

times =ch;


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}

void Temperature(){

system("cls");

char ch;

printf("\n**************************************************************");

printf("\n* ((Temperature menu)) *");

printf("\n**************************************************************");

printf("\nEnter h(hot) if you want hot water for operation");

printf("\nEnter c(cold) if you want cold water for operation");

ch=_getch();

printf("\n%c",ch);

while(ch!='h' &&ch!='c'){


ch=_getch();

printf("\n%c",ch);

}

result[count]=ch;

viewlog();

}

void viewlog() {

system("cls");

printf("\n********************((the machine start to work))********************:");

printf("\n");

int j=0;

if(result[j]=='s'){

printf("\nSmall");

}else

if(result[j]=='m'){

printf("\nMedium");

}else


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if(result[j]=='l'){

printf("\nLarge");

}else

if(result[j]=='x'){

printf("\nE-xtralarge");

}else

if(result[j]=='f'){

printf("\nFreeload");

}

//size

j++;

if(result[j]=='f'){

printf("\nfullwash");

}else

if(result[j]=='w'){

printf("\nwash");

}else

if(result[j]=='r'){

printf("\nrinse");

}else

if(result[j]=='s'){

printf("\nspine");

}

////wash

j++;

if(result[j]=='y'){

printf(",soak is active");

printf("\nTime for washing your clothes :60 min and for soaking:");

printf("%d",times);

printf("\nTotal:");

times+=60;


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printf("%d",times);

printf("min");

}

else{

printf("\nSoak isnot active");

printf("\nTime for washing your clothes is :60 minute");

}

////soak

j++;

if(result[j]=='h'){

printf("\nTemperature water is hot");

}else if(result[j]=='c')

{printf("\nTemperature water is cold");}

system("pause");

viewlogb();

}

void viewlogb() {

system("cls");

FILE *fp;

fp = fopen("New Text Doucument.doc","a");

time_t timer = time(NULL);

fprintf(fp,"current time is %s", ctime(&timer));

int i=0;

if(result[i]=='s'){

fprintf(fp,"%s","Small\n");

}else

if(result[i]=='m'){

fprintf(fp,"%s","Medium\n");

}else

if(result[i]=='l'){


UCTI (CT018-3-1)

fprintf(fp,"%s","Large\n");

}else

if(result[i]=='x'){

fprintf(fp,"%s","E_xtralarge\n");

}else

if(result[i]=='f'){

fprintf(fp,"%s","Freeload\n");

}

//size

i++;

if(result[i]=='f'){

fprintf(fp,"%s","fullwash\n");

}else

if(result[i]=='w'){

fprintf(fp,"%s","wash\n");

}else

if(result[i]=='r'){

fprintf(fp,"%s","rinse\n");

}else

if(result[i]=='s'){

fprintf(fp,"%s","spine\n");

}

////wash

i++;

if(result[i]=='y'){

fprintf(fp,"%s","soak is active\n");

fprintf(fp,"%s","Time for washing your clothes :60 minute and for soaking:\n");

//printf("%d",time);

fprintf(fp,"%d",times);


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fprintf(fp,"%s","Total\n");

times+=60;

fprintf(fp,"%d",times);

fprintf(fp,"%s","min");

}

else{

fprintf(fp,"%s","soak is not active\n");

fprintf(fp,"%s","Time for washing your clothes is:60 minute:\n");

}

////soak

i++;

if(result[i]=='h'){

fprintf(fp,"%s","Temperature water is hot\n");

}else if(result[i]=='c')

fprintf(fp,"%s","Temperature water is cold\n");

fclose(fp); //done!

stateOnOff();

}


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Sample Outputs

State on and off

The overhead screen shot displays the current time and date as well as state on and off in the

system. Here the operator is supposed to choice whether to on the washing machine . The

operator can even see the operation time and date as shown above. Whenever operator types any

word instead of O the machine would be off and ask to press O again.


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Main Menu

After the user processed to the main menu, then the washing machine gives user two option

witch is : W is for wash clothes and V for view the log.


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View Log b

After choosing view log the user can view the last process, meaning that the operator can realize

all the process that have been done, what kind of action and user can see the date and time that

process has done.by pressing any key user can access again to the main menu.


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Load Capacity Menu

As a result, after the user selected to the Wash Clothes then the user have to choice the size of

the Load Capacity Menu as well, which could contain any one of the next five decisions. The

choices including: Small, Medium, Large, Extra-large as well as Free Load.

If the operator is not assured on which size to choice has the option to choose Free Load. This

means that the operator would be contingent on the machine to control the Load Capacity

grounded on the heaviness of the clothes. The weight of the wears can be an accidental generated

rate but its value has to be a rational heaviness for clothes put into a machine as well. When the

weight is resolute then the Load Capacity is established mechanically to Small, Medium, Large

as well as Extra Large. Mention that there should be a least and full rate for each Load Capacity

sort. For this situation:

1. Small is less than 2kg,

2. Medium is (2 - 4) kg,

3. Larger is (4 - 6) kg,

4. Extra-large is (6 - 8) kg.


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Wash Menu

Here After the size of the load has been noticed, the Wash Menu is triggered. Then the

user now gets to choice from one of the subsequent Wash Menu choices as shown

overhead.


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Soak or no soak

If the operator choice Full Wash would contain of Washing, Rinsing and Spinning but

may contain Soak contingent on the collection made in the Soak Menu which show off

when the Full Wash is triggered. Wash would contain of just washing, lacking rinsing or

spinning. Though, it may contain Soak contingent on the collection made by the operator

from the Soak Menu which show off when Wash is started. In the Soak Menu the

operator has the choice to select Soak or Not Soak as well.


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Soak

Whenever the operator chooses N, the program will continue to the following menu choice witch

is Temperature Menu. If the chooses S, the system will ready the operator for the amount of

minutes to soak the clothes. The operator can chose in any rate between 1 – 60 minutes as well.

Once the number of minutes is mentioned the program will continue to the following menu

choice – Temperature Menu.


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Soak menu (more than 60 minutes)

Whenever user type more than 60 minutes the program will show the warning witch is:

this time is more than 60 minutes.so user should mention the time less than 60 minutes.


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Temperature Menu

This menu is started only after both the Full Wash and the Wash select has been designated. The

Temperature Menu holds Hot and Cold as shown overhead. Then if the operator chooses “H”,

hot water will be recycled for all processes from soaking to rinsing. Or other cold water will be

recycled as well.


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View log

This menu started after machine got all the information’s and start to work.as you can see it gives

all statistics that the user gave to the machine in the screen.


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ADDITIONLA FEATURESIt shows the logs single by single in log view which styles it more contented for operator.

In addition, in our program for making chance rate we took the input for the showing in

the view log of the screen as well as showing in view log b.

ASSUMPTION We were not given exact way for just out put the information in view log b that the user cannot

see that what information he or she given to machine .we create the view log that user can see

witch parts of options he or she took.

In additional, if user types any wrong type the system would give him or her notification that this

answer is in valid. Type again correctly.

ConclusionC is perfect programming languages that can make software design a lot of challenges.

Programming in C is a talent that could finish up saving you your occupation or aid you get a

healthier occupation. Now in this task the notion was to create a washing machine system by C

under convinced restraints stated by the lecturer. Done all this assignment we have been fronting

many problems due to our lack of information, but our determination aided us to stare forward,

and apply a problematic resolving set of mind. Analysis books, considering in net, requesting

from friends were all conducts that we used to exceed the problems.


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References

H.M. Deitel, 2004, How To Program, 4th Edition, United State of American

MATEO, Apprenez à programmer en C, Available from http://www.siteduzero.com/ [Accessed 12 July 2010]

EBRAHIM MOHAMADI ,easy c programing, 8th edition,IRAN

Perry G., 1997, C By Example, 6th Edition, United States of America, Prentice Hall. G. Kochan. Stephen, Programming in C,3rd edition, India


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Workload Matrix

Student’sName

Tasks

Ali Reza Yassi----------------------

A

Babak Esparham------------------------

B

Hossin Mohamadin far

------------------------C

Research book 50% 25% 25%Coding 60% 20% 20%

Document 50% 25% 25%Net research 50% 25% 25%

Group meeting 100% 100% 100%design 50% 25% 25%

Signature of each member

Total of 100%

I, hereby agree that the above members have undertaken the above tasks and their work is reflected as shown above.

Name of Group Leader:

Group Leader’s Signature: ____________________


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C programming Assignment Washing Machine System