Mass Player 2.1 is a portable music player.It has a very sleek looks and made to run various music formats like mp3,wav, etc. It is a full featured application that enhance the feel and comfort,while you play any type of music files.It’s shiny and glossy skins along with various themes like Windows XP,Windows Vista,Motif,Cleanlooks,etc add mood while playing music.

Mass Music Player has some cool features that let you play your favourite songs from the current playlist.Sometimes, you wanna play the music files of your choice out of the large playlist ,which is nothing but a difficult job.This hassle has been overcome by the MASS Player team in this version by introducing a ‘Favourite only’ playing option.

Download from here : http://punuptech.com

Enjoy Music & Have fun !!

Thanks for giving so much love and support to our previous releases v1.2 and v1.3 ,with a huge appreciation of these releases, MASS Audio Player v2.0 is released including ,lots of additional features and skins.

Complete Installation Pack :-

Note :- JMF installation will automatically start,click on finish button only after the installation of JMF(java media framework).While installation ,JMF will prompt to restart the computer ,click on “No to restart“.

Installation video is given below

Update Pack (upgrade v1.3 to v2.0) :-This Pack will upgrade your previous version of music player to v2.0.

Windows Vista,Windows 7 Users : Extract the Setup File anywhere in any directory,right click on the extracted setup >>Compatiblity mode>>Check on run this program on compatibilty mode>>choose windows xp service pack 2 and also check on run this program as an administrator.

MASS Player Enhanced Features :-

Features	v1.2	v1.3	v2.0
JRE
JMF
MP3
WAV
AU
Add files to list
Add directories to list
Sort Play list
Jump to a music
Remove a file
Clear Play list
One click installer
Click files to play music
Compact view
Harsh sound remover
Song Slider
Volume Control
File selections
Loop one & all
Antivirus Approved
Shortcut keys
Skins & Looks
Mute/Unmute
Rate Changer

Featured skins (included in v2.0) :-

Orkut skin

Punuptech Skin

Installation Procedure :-

Installation video of MASS Player v2.0

We are soon announcing the release date of MASS Music Player 2.0 for linux , solaris operating systems.

MASS Music Player(Multi Audio Surround Sound Player) is a Mp3 ,Wav,Au audio player. made by Anup Gupta(Punuptech Team Member) .It is a Multi Platform Player,which can run on various platforms like Windows,Solaris,Linux.

Procedure :

1)First Install Winrar .(Download from here if you don’t have).

2)Now Download :

if you don’t know that your system has “jre” installed ,then download complete pack,click on the Download button given below :

if you know your system has “jre” installed then download the minimal pack given below :

3)Now Click on Setup given to Install the Application.

Regards

We are working on providing other support in the next release.

Give your feedback through comments.

Enjoy Music.

But program will be compiled successfully.

We’ll understand this with the help of examples.

Example 1.

main()
{
int i=10,j=20;
fun(i,j);
printf(”i= %d j= “%d”,i,j);
}
fun(int p,int q)
{
p= 2*q;
q=2*p;
return(p);
return(q);
}
Output
i=10,j=20
Explanation
A call to fun() from main() sends 10 and 20 to variables p and q. In fun(), p and q are calculated and return(p) is executed,which sends the control back to main() along with the value of p. But this value is not collected in any variable in main() it just gets ignored. As a result i and j stands unchanged at 10 and 20 respectively. The statement return(q) never gets execued,since the previous return statement will not allow the control to reach there.

Example 2.

main()
{
int i=10,j=20,k;
k=fun(i,j);
printf(”k= %d,k);
}
fun(int p,int q)
{
int a.b;
a=p-q;
b=p+q;
return(a,b);
}
Output
k=30
Explanation
Whenever we are attempt to return more than one value through the return statement,the last value gets returned. Thus in this case the value of b,i.e. 30 gets returned. Had the return statement been return(b,a),the value of a would have been returned.

Syntax

return (expression);

• you can pass any number of arguments to a function but can return only one value at a time.

Example

return(5);  ,   return (x*y);     valid

return(2,3);   return(x,y);        invalid

• If a function does not return anything,void specifier is used in the function declaration.
• All the function’s type is by default is int i.e. a function return an integer value,if no type specifier is used in the function declaration.

Example

square(int n);

int square (int n);

Both above will return an integer value.

void square(int n);

it will not return anything.

• A function can have many return statements. This thing happens when some condition based returns are required.

Example

if((i%2)==0)

return(0);

else

return(1);

• With the execution of return statement,the control is transferred to the calling function with the value associated with it.

Every function has its declaration and function definition. When we talk of declaration only,it means only the function name,its arguments and return type are specified and the function body or definition is not attached to it.

int square(int num)

{

int result;

result = num * num;

return(result);

}

void main()

{

int n,sq;

printf(”Enter a number to calculate square value \n”);

scanf(”%d”,&n);

sq= square(n);

}

In above program for calculating square of a given number,we have declared function square() before main() function,this means before coming to main() ,compiler knows about square(),as the compilation process starts with the first statement of any program. Now,suppose we reverse the sequence of functions in this program i.e. writing the main() function and later on writing the square() function ,what happens?

The C compiler will give an error.

Function prototype require that every function which is to be accessed should be declared in the calling function.

Program to calculate square of number using function prototype

#include<stdio.h>

void main()

{

int n,sq;

int square(int); /*function prototype*/

printf(”Enter a number\n”);

scanf(”%d”,&n);

sq=square(n);

printf(”Square of a number is %d “,sq);

}

/*square function*/

int square (int num)

{

int result;

result = num* num;

return(result);

}

Output

Enter a number

5

Square of the number is 25

Note

• Function prototype requires that the function declaration must include the return type of function as well as number of arguments or parameter passed.
• The variable name of arguments need not be declared in prototype.
  

{

data type declaration of the arguments;

executable statements;

return(expression);

}

where

• return data type is the same as the data type of the variable that is returned by function using return statement.
• function_name is formed in the same way as variables names/identifier are formed.
• list of arguments as parameters are valid variable names.

Example

(int x, float y, char z)

• arguments give the value which are passed from calling function.
• body of function contains executable statement.
• return statement returns a single value to the calling function.

Program to calculate square of integer using functions

/*square function*/

int square(int num) /*passing of arguments */

{

int result; /*local variable to function square */

result = num * num;

return(result); /*returns an integer value*/

}

/*it will be called from main() as follows*/

void main()

{

int n,sq; /* local variable to function main */

printf(”Enter a number to calculate square value \n”);

scanf(”%d”,&n);

sq= square(n); /* function call with parameter passing */
}

/*program ends*/

Output

Enter a number to calculate square value

5

Square  of  the number is 25

Definition:

A function is a self contained block of executable code that can be called from any other function.

When the function is called,the control transfers to the called function,which will be executed and then transfers the control back to the calling function.

Example

#include<stdio.h>

void main()

{

void sample();

sample();

printf(”\nYou are in main”);

}

void sample()

{

printf(”You are in sample”);

}

Output:

You are in sample

You are in main

Here we are calling a function sample() through main() i.e. control  of execution transfers from main() to sample(),which means main() is suspended for sometime and sample() is executed. After the execution control returns back to main(),at the statement following function call and the execution of main() is resumed.

Syntax

goto label;

label : statement;

label is an identifier that is used to label the statement to which control will be transferred.

Example:

Program to print first 10 even numbers.

#include<stdio.h>

void main()

{

int i=2;

while(1)

{

printf(”%d  “,i);

i=i+2;

if(i>=20)

goto outside;

}

outside : printf(”over”);

}

Output:

2  4  6  8  10  12  14  16  18  20  over

Applications

1. To branch around statements under certain conditions in place of use of if-else statement.
2. To jump the end of the loop under certain conditions by passing the rest of the statements inside the loop in place of continue statement.
3. To jump out of the loop avoiding the use of break statement.

Note

• goto can never be used to jump into the loop from outside and it should be preferably used for forward jump.
• The usage of the goto keyword should be avoided as it usually violates the normal flow of execution.

Syntax

continue;

Example:

#include<stdio.h>

void main()

{

int i;

for (i=1;i<=20;i++)

{

if((i%5)==0)

continue;

printf(”%d “,i);

}

}

Output:

1  2  3  4  6  7  8  9   11  12  13  14  16  17 18 19

Here,the printf statement is bypassed each time when the value stored in i is divisible by 5.