C Programming

The simplest way to do this is to iterate over your general tree and add each value you find to a new binary tree. The logic of the binary tree will take care of the "conversion" for you.

Note: The problem with this is that your "general" tree might already contain data in sorted order. If this is the case and you're doing an in-order traversal, then you just might be building yourself a worst-case tree.

// answer in C-style pseudo-code

// all division should be rounded up

// search will return the index of the number found, or -1 if it was not found

// nums is the array of numbers we're searching through

// num is the specific number we want to find in nums

// current is the index we are currently inspecting

// start is the first index of nums (typically 0)

// end is the last index of nums (typically the length - 1)

// preconditions: nums must be sorted or function is nondeterministic

int search( int[] nums, int num, int current, int start, int end ) {

if( nums[current] end ) { // target not in list

return -1;

}else if( nums[current] > num ) { // search to the left

return search( nums, num, current - ((current - start)/2), start, current );

}else if( nums[current] < num ) { // search to the right

return search( nums, num, current + ((end - current)/2), current, end );

}

}

// convenience function to start the search

int search( int[] nums, int num ) {

return search(nums, num, (nums.length/2), 0, nums.length - 1);

}

C is not an object-oriented programming language and therefore has no concept of abstract classes.

In C++, however, an abstract class is a base class that declares one or more pure-virtual functions. An abstract base class is also known as an abstract data type (ADT). Pure-virtual functions differ from virtual functions in that virtual functions are expected to be overridden (but needn't be) while a pure-virtual function must be overridden (but needn't be implemented by the ADT). Once overridden by a derived class, the function reverts to being a virtual function with respect to further derivatives. However, only classes that provide or inherit a complete implementation of the pure-virtual interface can be instantiated in their own right; those that do not are themselves abstract data types.

putchar used to write one character to output device Example putchar (variable_name); #include<stdio.h> void main() { char alpha='x'; clrscr(); putchar(alpha); putchar('\n'); /*or*/ putchar('\Y'); getch(); }

The difference is that pre means before and post means after in Latin so it's tested before or after. :)

#include<iostream.h>

void main()

{

int x;

char y;

cin>>y;

x=y;

cout<<"ASCII VALUE"<<x;

}

Or rather:

for (c='A'; c<='Z'; ++c) printf ("'%c' %d 0x%x\n", c, c, c);

for (c='a'; c<='z'; ++c) printf ("'%c' %d 0x%x\n", c, c, c);

You retrieve, store, and update SQL3 datatypes the same way you do other datatypes. You use either ResultSet. getXXX or CallableStatement. getXXX methods to retrieve them, PreparedStatement. setXXX methods to store them, and updateXXX to update them. Probably 90 percent of the operations performed on SQL3 types involve using the getXXX , setXXX , and updateXXX methods. The following table shows which methods to use:

SQL3 type

getXXX method

setXXX method

updateXXX methodBLOB

getBlob

setBlob

updateBlobCLOB

getClob

setClob

updateClobARRAY

getArray

setArray

updateArrayStructured type

getObject

setObject

updateObjectREF (structured type)

getRef

setRef

updateRef

For example, the following code fragment retrieves an SQL ARRAY value. For this example, the column SCORES in the table STUDENTS contains values of type ARRAY . The variable stmt is a Statement object. ResultSet rs = stmt.executeQuery( "SELECT SCORES FROM STUDENTS WHERE ID = 2238"); rs.next(); Array scores = rs.getArray("SCORES");

The variable scores is a logical pointer to the SQL ARRAY object stored in the table STUDENTS in the row for student 2238.

If you want to store a value in the database, you use the appropriate setXXX method. For example, the following code fragment, in which rs is a ResultSet object, stores a Clob object: Clob notes = rs.getClob("NOTES"); PreparedStatement pstmt = con.prepareStatement( "UPDATE MARKETS SET COMMENTS = ? WHERE SALES < 1000000", ResultSet.TYPE_SCROLL_INSENSITIVE, ResultSet.CONCUR_UPDATABLE); pstmt.setClob(1, notes);

This code sets notes as the first parameter in the update statement being sent to the database. The CLOB value designated by notes will be stored in the table MARKETS in column COMMENTS in every row where the value in the column SALES is less than one million

There are a great many sorts, Mergesort and Quicksort being among the most popular. These both have on the order of n*log n expected case runtime, and while Quicksort can get as bad as n^2, this is unlikely due to most implementations using a random pivot.

If you can make the assumption that ONLY NUMBERS will be sorted, you can use RadixSort, which is the fastest known sort for numbers.

As for how to sort in particular programming languages, consult your local API (in C++ it is in the STL's "algorithm" include file).

#include<stdio.h> #include<conio.h> int main() { char str[100],temp; int i,j; clrscr(); printf("Enter the string :"); gets(str); printf("%s in ascending order is -> ",str); for(i=0;str[i];i++) { for(j=i+1;str[j];j++) { if(str[j]<str[i]) { temp=str[j]; str[j]=str[i]; str[i]=temp; } } } printf("%s\n",str); getch(); return 0; } Output: Enter the string : syntax syntax in ascending order is -> anstxy

1. direct access to the elements

2. the elements are sorted

A spanning tree is a tree associated with a network. All the nodes of the graph appear on the tree once. A minimum spanning tree is a spanning tree organized so that the total edge weight between nodes is minimized.

Principles of Compiler Design was created in 1977.

//posted by Mr. VINOD KUMAR HOODA from HISAR, HARYANA

#include<stdio.h>

#include<conio.h>

void insert(int);

int delet(int);

void display(void);

void run(void);

void checkf(int z);

void checke(void);

int size=5;

int rear=-1;

int front=-1;

int queue[5]={55,66,77};

void main()

{

front+=1;

rear+=3;

int n;

int op;

printf("current queue is:");

display();

printf("\nPress:");

printf("\n1: for insertion of an element into the queue");

printf("\n2: for deletion of an element from the queue");

printf("\n3: check for full queue");

printf("\n4: check for empty queue");

printf("\n5: for exit\n");

scanf("%d",&op);

switch(op)

{

case 1:insert(size);break;

case 2:delet(size);break;

case 3:checkf(size); break;

case 4:checke(); break;

case 5:exit(1); break;

default:printf("\nWrong operator");

}

getch();

}

void insert(int n)

{

int item;

if(front!=-1&&rear!=n)

{

printf("\nEnter the item to be inserted");

scanf("%d",&item);

queue[rear+1]=item;

}

else

{

printf("\ncan not be inserted\n");

}

display();

}

int delet(int n)

{

printf("\ndeleted from queue\n");

if(front!=-1 && front!=rear)

{ run();

display();

}

else if(front!=-1 && front==rear)

{ run();

front=front-1;

display();

}

else if(front==-1)

{ printf("\nQueue is empty"); }

}

void display(void)

{

int i;

printf("\nDisplaying Queue\n");

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

printf("%d ",queue[i]);

}

void run(void)

{ int m,temp;

for(m=front;m<=rear-1;m++)

{temp=queue[m];

queue[m]=queue[m+1];

}

for(m=rear;m<size;m++)

{ queue[m]=0; }

rear=rear-1;

}

void checkf(int z)

{ if(rear==z-1)

{ printf("Queue is Full \n");

}

else

{ printf("Queue is not Full, new values can be inserted. \n");

}

}

void checke(void)

{ if(front==-1)

{ printf("Queue is empty \n");

}

else

{ printf("Queue is not empty, new values can be deleted. \n");

}

}

You could call it a bug in general but more specifically code with no syntax errors (i.e. it compiles and runs) but doesn't produce the output you expect would be called a semantic error.

Low level languages bring you close to the machine, e.g. Assembly, or C. High level languages obfuscate more, so it makes life as a programmer easier. Consider:

Python, garbage collected.

C, not garbage collected.

Java, garbage collected.

And so forth.

C does has its uses, still: how could one make a hardware driver with a garbage collected language?

its a storage device, it stores information

There are 5 operators which cannot be overloaded. They are:

* .* - class member access operator

* :: - scope resolution operator

* . - dot operator

* ?:: - conditional operator

* Sizeof() - operator Note:- This is possible only in C++.

A universal pointer is a pointer variable that does not specify the type being pointed at. That is, it can be used to store any memory address regardless of the type of object actually stored at that address. It can be likened to a variable type, but you cannot dereference the memory address without providing some mechanism for determining the actual type stored at that memory address. Generally you would use a universal pointer when you don't actually care what type resides at the address, you are only interested in the address itself. But just as a typed pointer can point to 0 (or NULL), so can a universal pointer, which simply means it points at nothing at all.

#include<stdio.h>

#include<conio.h>

void main()

{

int fact,f;

printf("Enter number");

scanf("%d",&f);

fact=1;

while(f>1)

{

fact=fact*f;

f--;

}

printf("Factorial is: %d",fact);

}

The advantages of algorithms are:

1.They are easy to understand

2.They are easy to implement

3.They are easy to modify

4.They are not dependent on any particular computer language.

The advantages of using cellphones are so many including mobility and convenience. However, there are many disadvantages as well which includes health hazards as a result of cellphones being electromagnetic devices.

one reason to use new and delete operator overloading in c++ is when you are using your own memory manager code. when the user of your code calls the new keywork, your memory manager code can allocate memory.

And by the way, I know that "most virus' are written in Asm, and not any high level languages cuz they're too... uh... high, yeah. stupid f*ckin computer geeks, go jump off 21h and land in the stack. anyway, yes, my question (I am Agrybard) is really if there are any virus' written in C++, rather than just C, but either way I would appreciate any help. and yes, I've GOOGLED IT ALREADY! lol AGB