C Programming

Not possible. If you think otherwise, then please increment manually this string: "/"

#include<stdio.h>

main()

{

int num1;

int num2;

int a;

printf("Enter any two numbers :");

scanf("%d%d",&num1,&num2);

for(a=num1;num1<=num2;a++)

{

if ( a % 2 == 1);

{

printf("%d",a);

}

}

getch();

}

Array lists are objects and are of the reference data types. If you pass an array list from a java method to another as an argument, you need not return this from the target method because the modifications to the list would be happening in its value and hence would be available in the parent or calling method without being received as an output from the called method.

histogam

c language is designed at "AT and T'S laboratories" of USA in 1972. It was written by dennis ritchie.

The main difference between the two is that C++ is an object oriented programming language while C is a structured programming language. Although C++ is derived from C, they are in fact completely separate languages that share a common syntax. However, C++ is backwardly compatible with C so while you may include C-style code within C++ programs, you cannot include C++ code in C programs.

A priori analysis of an algorithm refers to its time and space complexity analysis using mathematical (algebraic) methods or using a theoritical model such as a finite state machine. (In short, analysis prior to running on real machine.)

A posteriori analysis of an algorithm refers to the statistical analysis of its space and time complexity after it is actualy run on a practical machine. (in short, anaysis of its statistics after running it on a real machine)

#include<iostream.h>

#include<conio.h>

long int counter1, counter2=10;

int main(){

do{

counter1++;

cout<<counter1<<"-"<<counter2<<"-";

counter2--;

}while(counter1<10);

getch();}

this is the code, is quite easy -- but it is not in C, sadly.

Try this:

int main (void)

{

int i;

for (i=1; i<=5; ++i) printf ("%d %d ", i, 11-i);

printf ("\n");

return 0;

}

RAID 6 provides the most fault tolerance of any standard RAID disk arrays

(RAID 0, 1 , 5, 6, and RAID 10).

If any two disks in a RAID 6 array fail and are removed, then two new blank disks can be installed and no data has been lost.

RAID 1+1 or most other "layered" RAID systems can provide more fault tolerance than RAID 6, tolerating the failure of any 3 disks.

Some experimental non-standard disk arrays can provide more fault tolerance with less overhead, such as the parchive system.

Nearly all distributed file systems and distributed version control systems can be set up so that if one machine is completely destroyed by fire, all the data can be recovered from a backup machine in another building.

#include<iostream>

#include<string>

int main()

{

std::string input, invert;

bool ok = false;

while (!ok)

{

std::cout << "Enter a 5-digit binary number:";

std::getline (std::cin, input);

if (input.size()==5)

{

invert = input;

ok = true;

for (auto c = invert.begin(); c!=invert.end(); ++c)

{

switch (*c)

{

case ('1'): *c = '0'; break;

case ('0'): *c = '1'; break;

default: ok = false;

}

}

}

if (!ok)

{

std::cout << "Bad input\n";

invert.clear();

input.clear();

}

}

std::cout << "Input:\t" << input << std::endl;

std::cout << "Invert:\t" << invert << std::endl;

}

#include<stdio.h>

int a[10],i=(-1),st=(-1);

void push();

void pop();

void isfull();

void isnull();

void display();

main()

{

int st=(-1);

int a[10],n,ch,i=(-1);

char choice='Y';

while(choice=='Y' choice=='y')

{

printf(" 1.PUSH\n 2.POP\n 3.IS FULL\n 4.IS NULL\n 5.DISPLAY\n");

printf("Enter your choice :");

scanf("%d",&ch);

switch(ch)

{

case 1:

push();

break;

case 2:

pop();

break;

case 3:

isfull();

break;

case 4:

isnull();

break;

case 5:display();

break;

default:

printf("you have entered a wrong entry.");

}

printf("Do you want to continue?");

scanf(" %c",&choice);

}

}

void push()

{

if(st==(-1))

printf("The stack is empty.");

i=i+1;

if(i>=10)

printf("The stack is full.");

else

{

printf("Enter a number :");

scanf("%d",&a[i]);

st=st+1;

}

}

void pop()

{

if(st==(-1))

printf("The stack is empty. UNDERFLOW condition");

if(st>(-1))

{

printf("The deleted element is :%d",a[i]);

i=i-1;

st=st-1;

}

}

void isfull()

{

if(st<9)

printf("The stack is not full\n");

if(st>=9)

printf("The stack is full");

}

void isnull()

{

if(st==(-1))

printf("The stack is empty");

if(st>(-1))

printf("The stack is not empty");

}

void display()

{

int z;

if (st==(-1))

printf("The stack is empty.");

else

printf("The elements present in the array are :");

for(z=0;z<=i;z++)

printf(" %d",a[z]);

printf("\n");

}

An overloaded function is a function that has two or more implementations that each operate upon a different type.

Function templates allow the compiler to generate overloaded functions on an as required basis for any function where the implementations only differ by type.

Unlike Relational systems in System R

? Domains are not supported

? Enforcement of candidate key uniqueness is optional

? Enforcement of entity integrity is optional

? Referential integrity is not enforced

begin open:=[start]; closed:=[]; while open<>[]do begin remove left state from open,call it X. if X is a goal then return SUCCESS else begin generate children of X; put X on closed; discard children of X if already on open or closed; put remaining children on the left end of open; end end return FAIL; end

journal finder

1) personal c.e

2)distributed c.e

3)cloud c.e

4)time saving c.e

#include <stdio.h>

#include <conio.h>

void main()

{

char color;

clrscr();

printf("Enter character (R/G/B): ");

color= getchar();

switch (color)

{

case 'R': printf ("Red") ;

break; case 'G':

printf("Green"); break;

case 'B': printf("Blue"); break;

}

getch();

}

### posted by Pulkit and Puneet from D.Y.Patil college/pune The ans is NO......... bcoz c compiler already contains the basic functions of STDIO.H in its code segment. ok guys..... ### posted by Pulkit and Puneet from D.Y.Patil college/pune The ans is NO......... bcoz c compiler already contains the basic functions of STDIO.H in its code segment. ok guys.....

Typecasting is to make a variable of one type, act like another type for one single operation.

Type-def is to assign alternative names to existing types.

Use an enum if you are using a c style language. Or a map data structure. Assign each integer an English value and then match it to what the user inputs.

Files

A file on a computer system is any block of information being stored on the drive of that system. Files are used to hold all the information that makes a computer system function. Furthermore, most people have plenty of personal computer files with their own content within. For example, any text document you create and save on your computer is saved as a file. This also includes music, video and other application files that contain content for the user or functions for the computer itself. Folders Every computer system comes with a file system to keep all its files organized in groups. Folders serve to hold files inside them as well as other sub-folders and subsequent files. Folders help sort all the files on a system so the user (or the computer itself) can find and access files in an easier and more coherent fashion than just arranging all the files in one single directory. Many people have common folders on their computer such as a pictures folder and a music folder. Most folders can hold as much information as the computer can store on its drive and can hold any type of files. It would be possible to store photos in the music folder if the user so desired. Differences While files and folders are both stored on a computer drive, they are different items and each serves a specific purpose. While files store all the physical computer data within themselves, they are located somewhere within the directory located on the computer. These directories are also known as folders and contain all the files on the system.