Java Programming

#include<iostream>

#include<vector>

template<class T>

void insertion_sort (std::vector<T>& v)

{

if (v.size()<2U)

return;

for (size_t index=1; index<v.size(); ++index)

{

T value = v[index];

size_t gap = index;

size_t prev = index-1;

while (gap && value<v[left] )

v[gap--]=v[left--];

v[gap] = value;

}

}

int main()

{

std::vector<int> vect {42, 1, 27, 8, 15, 4};

for (auto v : vect) std::cout << v << '\t';

std::cout << std::endl;

insertion_sort (vect);

for (auto v : vect) std::cout << v << '\t';

std::cout << std::endl;

}

we all know the general language which is universal to internet is HTML

which is also called language of tags,(we hve nw many more languages)

java language was made in keeping mind the scenario of internet and even

it was called internet language the 2 parts of java are application and applets

technically not approx the applet are programed with java language and distributed on internet and when we have to request for them the web server which understand HTML

as a primary tool to interact wid user this HTML behave as interface so in nutshell

vital role of HTML in java applets are to be a intermediator.

hope u r satisfied wid answer.junaid niit

The only disadvantage of OOP programming is its inability to represent non objects. For example: consider a program having just one member function which prints a statement. Creating of an object doesn't make much sense but still such a disadvantage can be overcome by marking it as static, thereby emphasizing the fact that the method isn't associated to an object.

Consider the following statement:

System.out.println ("string to be printed");

The statement begins with System.out. This is a constant that represents the default output mode, which in this case is the screen. The constant helps to read and display the data in a Java program.

The output is generated using the built-in println() method. The string that is assigned to the println() method is displayed when the statement is executed.

For example,

class Class2

{

public static void main (String args[])

{

System.out.println("Here is your string");

}

}

The above program will show the following output:

Here is your string

A Synchronized block is a block of code enclosed by the {} braces that has a synchronized keyword before it. This block of code is similar to a synchronized method and only one thread can access it at a time.

a. It provides Java programmers many new powerful components-- most of which we've been begging for since Java's inception. b. It gives developers a chance to create a powerful, portable application that can not only target users on any Java-compatible platform, but also target their desired look-and-feel as well. c. The distribution is easy to learn, but can also be used at varying levels of complexity to curtail to the programmer's wishes.

#include
#include
#include
void main()
{
char str1[30],str2[30];
int l1,l2,i;
clrscr();
gets(str1);
gets(str2);
l1=strlen(str1);
l2=strlen(str2);

for(i=0;i<=l2;i++)
{
str1[l1+i]=str2[i];
}
printf("%s",str1);
getch();
}

By Embedding it into a HTML page, create a new file with the extension .html (like app.html) insert following code: No Java 2 SDK, Standard Edition v 1.4.2 support for APPLET!! Adjust the code for your applet file (can't help there i am not a java programmer) or just use : No Java 2 SDK, Standard Edition v 1.4.2 support for APPLET!! but i recommend the first because the applet tag is deprecated and not supported in XHTML

When your tying your shoe you loop the loop or some kind of dance.

To 'loop the loop' in an aeronautical term. It is a maneuver creating a vertical circle in the sky and was first 'invented' by the pilot Lincoln Beachey prior to 1915

Because that's the whole purpose of a programming language, the reason why they were developed - to make software.

Because that's the whole purpose of a programming language, the reason why they were developed - to make software.

Because that's the whole purpose of a programming language, the reason why they were developed - to make software.

Because that's the whole purpose of a programming language, the reason why they were developed - to make software.

Object-oriented analysis and design is a method of software design and programming. It revolves around everything in the program being an 'object' and how it reacts to other 'objects'. Object design is common in video games, with the player character, collectible items, hazards, enemies, and allies all considered 'objects'.

String num = Integer.toString(12345); // Insert your Integer here.

int sum = 0;

for(int i = 0; i < num.length(); i++){

sum += Character.digit(num.charAt(i), 10);

}

System.out.println(sum); // Simply prints the sum of the digits to standard out.

///// ALTERNATE SOLUTION:

int num = 12345; // Insert your Integer here.

int sum = 0;

while (num > 0){

sum += num % 10;

num /= 10;

}

System.out.println(sum); // Simply prints the sum of the digits to standard out.

an assay that measures the appearance or disappearance of a fluorescent.

#include<stdio.h>

#include<conio.h>

#include<string.h>

void main(void)

{

int i,k,n;

char name[50],temp;

printf("\n enter no.of persons");

scanf("%d",&n);

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

gets(name[i]);

for(k=0;k<n-1;k++)

{

for(i=0;i<n-k-1;i++)

{

if(strcmp(name[i],name[i+1])>0)

{

strcpy(temp,name[i]);

strcpy(name[i],name[i+1]);

strcpy(name[i+1],temp);

}

}

}

printf("\n sorted list \n");

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

puts(name[i]);

}

how to create a c program for left factoring.

Multiple inheritance is used when a new class to be formed has to inherit characteristics from two or more classes. eg: class scientist class labourer | | | | V V -------------------------------- | class employee | -------------------------------- Multilevel inheritance is used if a derived class inherits characteristics from a base class which is a derived class (intermmediate base class). If the inheritance level is more than two then it is a multilevel inheritance. eg: class Grandfather | | V class Father | | V class son

You do not use pointers in Java because the language designers decided to abstract memory management to a higher level in Java than in C. The reason for this is that it is easy to make mistakes using pointers and other lower level memory management techniques. These mistakes can lead to bugs. hard to read code, memory leaks that waste system resources, and security issues. Instead for the most part Java takes care of memory management for the user who can instead specify behavior though the object oriented techniques that are safer and easier to understand. The downside is that the programmers lose some control and flexibility in using memory. Also, programs using Java take a small performance hit in some cases because of the extra work Java has to do to manage memory itself.

They are, however in Java they are called references.

Because it supports Web-oriented architecture (If we will discuss about J2EE/ Java for Enterprise Edition). It is HTML, the language of the Internet, its protocol HTTP provides standard operating procedure for transfer of info between client and web server.


Java is not "the language of the Internet". For humans, English is the language of the Internet since it is what a majority uses to communicate, because it is the language which the IETF uses to write standards and protocols, and because most Internet hardware is configured using software in English. For computers, HTML/SGML/XML, JavaScript and Flash are all Internet languages of sorts, and all use English verbs. Java is used to implement some back-end systems, notably from Apache and Sun, but so are C, C++, Tcl, Perl, and dozens of others.


Whomever is trying to teach you that Java is the language of the Internet is relying too much on advertisements from the late 1990s for their information.

A Class is a template from which Objects are created, in much the same way as a plan of a building is a template from which a building is created... just as the building plan is a piece of paper and not a building, so a Class is not an Object.

The code for a Class describes the way in which an Object should behave when particular methods are invoked.

Swing is a package in Java which contains tools for building GUI application. Swing is a part of Java's foundation classes.

On a Windows platform the online Java Runtime Environment (JRE) installer is approximately 0.86 MB and the installed size on disk is about 98MB.

The downloadable full Windows offline JRE installer is larger ~30.2 MB and for MacOS ~50 MB.