Using a Content Management System (CMS) of your choice or using HTML/CSS/JavaScr

Question

Using a Content Management System (CMS) of your choice or using HTML/CSS/JavaScript/PHP, design and implement an E-Commerce web application that sells products (of your choice) and should allow users to browse the products, add products to a shopping cart, and checkout items in the cart. Your application should be visually appealing with good usability and the above functionality. The project can be completed in teams of max size 4. All team members should be from the same section. Include all team member names in the homepage of the web application. A report (of at least 7 pages) should be submitted which should include the following: ? Title page (project name, group names, and IDs) ? Table of contents ? Introduction ? To web applications, their benefits to businesses, example web applications, popular technologies for web application development. ? Problem description ? Purpose and description of your web application, benefits. ? Technologies/CMS used for the implementation and their advantages over other related technologies ? Design and implementation ? Snapshot of all the web application pages. ? Difficulties encountered with the implementation and how they were resolved ? Conclusion ? A summary of your web application, benefits, and ways of improving the application. ? References ? Books or websites used

Explanation / Answer

#include <stdio.h>
#include <conio.h>
#include <malloc.h>
#include <time.h>
#include <dos.h>
#include <stdlib.h>
#include <string.h>
extern unsigned get_port(void);
main()
{
unsigned ADC_Chan0,dac1,eoc;
int count;
char data[30000];
ADC_Chan0 = get_port();
if(ADC_Chan0 == 0)
{
printf("no hardware found ");
return;
}
dac1 = ADC_Chan0 + 8;
eoc = ADC_Chan0 + 0x18;
printf("ADC Channel 0 after get_port = %X ",ADC_Chan0);
while(!kbhit())
{
puts("Recording");
disable();
for(count=0; count<30000; count++)
{
outp(ADC_Chan0, 0); // start channel 0 conversion
while(!(inp(eoc) & 0x80)); // wait for ready
data[count] = (char)inp(ADC_Chan0);
}
enable();
puts("Playing");
disable();
for(count=0; count<30000; count++)
{
outp(ADC_Chan0, 0); // start channel 0 conversion
while(!(inp(eoc) & 0x80)); // wait for ready
outp(dac1, data[count]); // put the data in the DAC
}
enable();
// for(count=0; count<30000; count++)
// printf("%4d",data[count]);
}
}

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