C Programming

at northolt in down maner school

The title is most certainly NOT "J. 435". Thomas H. Johnson was the first scholar to prepare a complete edition of all known poems by Emily Dickinson. It is regarded as a standard work. He made an effort to date them as precisely as documentary evidence allowed and to publish them in chronological order. I think he did a good job. The two numbers in the last line indicate the year of writing (circa 1862) and the year of first publication. The poem appears as No. 435 in his book "Emily Dickinson - The Complete Poems". For this reason it may be referred to as "J. 435", with "J." standing for "Johnson".

Emily Dickinson normally didn't give her poems titles. Most people treat the first lines as if they were the titles. There are advantages to both methods. Where the first line is given, the poem can often be found by people even if they don't have Johnson's collection. For people like myself, who use Johnson's book all the time, referring to the poems by number is much more useful, because it saves the effort of looking up the number from an index of first lines.

Though English isn't my first language either, I have lived in England for the past 30 years. If you live in an English-speaking country, asking you to do a school project of this nature certainly seems legitimate. If you live in (say) a Spanish-speaking country, your teacher is probably too demanding. You will know where you are and be able to decide how much can be expected from you.

Be that as it may, as I can not do your project for you, I will now give you a very brief explanation of the meaning of the poem. If you then study it again in detail, you will hopefully find out how Dickinson conveys the intended meaning and be able to take things from there:

Emily Dickinson is complaining that conformity is treated as if it were mental health, no matter how crazy the fashion to which people conform, while private reasoned eccentricity (like her own) is treated like madness.

The difference here is that char *p = "Hello";

will place Hello world in the read-only parts of the memory and making p a pointer to that, making any writing operation on this memory illegal. While doing: char p[] = "Hello";

puts the literal string in read-only memory and copies the string to newly allocated memory on the stack.

p[0] = 'A'; is legal.

turbo c

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Here is the required code.... to count the no. of nodes in a singly linked list..

#include < stdio.h>

#include < conio.h>

#include < malloc.h>

#include < process.h>

#include < ctype.h>

struct linear_list

{

int info;

struct linear_list *next;

}*start,*newnode,*ptr;

void main()

{

int item,num;

int i;

char ch;

clrscr();

newnode=(struct linear_list*)malloc(sizeof(struct linear_list));

start=newnode;

do

{

printf("\nEnter data: ");

scanf("%d",&item);

newnode->info=item;

printf("\nDo you want to create another node:(y/n)");

fflush(stdin);

scanf("%c",&ch);

if(tolower(ch)=='y')

{

newnode->next=(struct linear_list*)malloc(sizeof(struct linear_list));

newnode=newnode->next;

}

else

{

newnode->next=NULL;

}

}while(tolower(ch)!='n');

printf("\n Linked List is:\n");

ptr=start;

i=1;

while(ptr!=NULL)

{

printf("\nNode %d : %d",i,ptr->info);

ptr=ptr->next;

i++;

}

num=0;

ptr=start;

while(ptr!=NULL)

{

ptr=ptr->next;

num++;

}

printf("\nThe number of nodes in the linked list are: %d",num);

getch();

}

int main (void) { puts ("210"); return 0; }

aray processor is a processor that performs computations on large arrays of data.

It is of two types:

(1) attached array processor.

(2)SIMD array processor.

If you don't already have a reference to the node, there is no way to avoid traversing the list to find it.

int main (void)

{

long int x = 246810

printf("%ld", x);

return 0;

}

There is no generic C++ code for changing background colours as consoles are platform-specific. In Windows, for instance, you would use the SetConsoleTextAttribute function. The following code demonstrates how it works:

#include<iostream>

#include<Windows.h>

int main()

{

for(int colour=0x00; colour<=0xff; ++colour)

{

SetConsoleTextAttribute(GetStdHandle(STD_OUTPUT_HANDLE),colour);

std::cout<<"Using colour:"<<colour<<std::endl;

}

return(0);

}

Note that the least-significant nybble (4-bits or a half byte) changes the foreground colour, while the most-significant nybble changes the background colour.

the definition of deposit and withdrawal

A flat data structure is essentially one that has no relationships among its various records. Each record is just part of a list of records. One example would be a worksheet in Excel of names and addresses with one record per row of the table.

What kind of loop like a music or a shape? ☺☺☺

TSR means Terminate And Stay Resident.

there is no solution of this problem...........that's it..........

The 'break' command will stop a loop from going any further, where a 'continue' command will start the loop over at the top (or bottom) of the loop, bypassing other instructions that may be in the loop. The 'continue' command will not stop a loop, but a 'break ' command will.

Note: these statements aren't commands or functions.

Because a C program is constructed via a series of "blocks" or functions. It is not an object oriented language.

name, type, storage class, other attributes (const, volatile), value, address

char one [] = "A string" ;
char two [] = "Different String" ;

if (strcmp (one, two) == 0)
{
puts ("The two strings are identical") ;
}
else
{
puts ("The two strings are different") ;
}

Ah yes, the eternal question on structured design and top-down coding.

First, you need to understand the algorithm you intend to use. Write down English-like statements that describe the steps., etc., to arrive at a solution. If you can't describe what you want to do then chances are you don't understand the algorithm.

Then, translate the English-like statement/paragraph into something called pseudo-code. Pseudo-code is a mixture of the English-like statement you provided and close to the grammar of the computer language you are translating to.

Then, step by step, change the individual steps from your pseudo-code example into the exact grammar of the computer language you are using. Finally, take all of the variables you have declared along the way and define them.

Voila! You now have the corresponding computer program that represents the algorithm you described earlier.