find a Way to Track your Profile Visitors in Facebook Page View Source. Facebook is not Added this Cool Feature because they not want to Reveal Information about Profile Visitors. Now on Internet this is very Popular trick to Track your Facebook Profile Visitor. People want to Know who is Open Their Profiles and See their Pictures and Status. It is very Cool Trick that You can Now find who is Visit on your Facebook Profile.

1. Login your Facebook Account.
2. By Default you are on Facebook Home Page But If you are not Go to Facebook Home.
3. Press CTRL+U and a New Window Open Where you see the Source Code of Facebook Page or You can also Do it By Right Click >> Open Source Code.
4. Now Press CTRL+F and Search for this InitialChatFriendsList and You will see that Many Profile ID’s starting with 1000 is the Facebook Profile ID’s. You can Pick up any ID to see who is visit your Profile. In Below Picture You see that there are many People who View Facebook Profiles Secretly.
5.  
   
6. Use These Profile ID’s like www.facebook.com/ID and Paste in Browser URL and See People who Watching you
7. These all are Facebook Profile IDs who is Visiting your Facebook Profile.
8. Now you need to Pick Each of Profile Code and use this Process Again and Again. This is Little Complicated but 100% Working Trick.  

Method 1 to increase RAM in Android mobile

1. First of all, you need a root android mobile.
   
2. So, in next steps I am assuming that you have successfully rooted your android mobile.
3. Now, Install and Open Swapper for Root.
4. After, you will open Swapper. It will ask you for swap size.
5. It will ask you for Swap File Dimension.
6. Enter amount of RAM you want to increase and Click on Save.

So, How to check whether RAM is increased or not?

1. Open Terminal Emulator.
2. Type free.

Some tips to optimize free amount of RAM in your android phone

 

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CppDroid is simple C/C++ IDE focused on learning programming languages and libraries.
Features:
* code complete
* real-time diagnostics (warnings and errors) and fixes
* file and tutorial navigator (variables, methods, etc)
* static analysis
* smart syntax highlighting
* portrait/landscape UI
* auto indentation and auto pairing (configurable)
* configurable code syntax highlighting (themes)
* compile C/C++ code (no root required)
* works offline (built-in compiler, no internet connection required)
* great C/C++ code examples included
* detailed C++ tutorial and learn guide included
* add-ons manager and auto updates
* Dropbox support

 READ ALSO: Fundamentals of C++ Programming Language

On first launch CppDroid extracts SDK (about 150Mb) and downloads and extracts examples and tutorials, so about 190Mb of internal storage space is required. It can't be moved to sd card because of android security.

Download cppDroid Apk file here

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This tutorial gives you easy-to-follow instructions, with screenshots, for setting up a compiler (the MINGW compiler), a tool that will let you turn the code that you write into programs, and Code::Blocks, a free development environment for C and C++. This tutorial explains how to install Code::Blocks on Windows 2000, XP, Vista or Windows 7.

Step 1: Download Code::Blocks

• Go to this website: http://www.codeblocks.org/downloads
• Follow the link to "Download the binary release" (direct link)
• Go to the Windows 2000 / XP / Vista / 7 section
• Look for the file that includes mingw in the name. (The name as of this writing was codeblocks-10.05mingw-setup.exe; the 10.05 may be different).
• Save the file to your desktop. It is roughly 74 megabytes

Step 2: Install Code::Blocks

• Double click the installer.
• Hit next several times. Other setup tutorials will assume you have installed in C:\Program Files\CodeBlocks (the default install location), but you may install elsewhere if you like
• Do a Full Installation
• Launch Code::Blocks 

Step 3: Running in Code::Blocks

You will be prompted with a Compilers auto-detection window: 
When you get the compiler auto-detection window, just hit OK. Code::Blocks may ask if you want to associate it as the default viewer for C/C++ files--I'd suggest you do. Click on the File menu, and under "New", select "Project..."

The following window will come up:
Click on "Console Application" and hit the "Go" button.

Click next until you get to the Language Selection Dialog:
You'll be asked to choose whether you want to use C or C++. If you're not sure, use C++. Otherwise, choose based on the language you are learning.

After clicking "Next", Code::Blocks will then prompt you with where you'd like to save the console application:


 I'd recommend you put it in its own folder, as it may create several files (this is especially true if you create other types of projects). You will need to give your project a name, anything will be fine.

Clicking "Next" again will prompt you to set up your compiler:
You don't need to do anything here. Just accept the defaults by hitting "Finish".

You can now open the main.cpp file on the left:
You may need to expand the contents of the "Sources" folder if you don't see main.cpp.)

At this point, you will have your main.cpp file, which you can modify if you like. For now, it just says "Hello World!", so we can run it as is. Hit F9, which will first compile it and then run it.

Troubleshooting

"CB01 - Debug" uses an invalid compiler. Probably the toolchain path within the compiler options is not setup correctly?! Skipping..."

// my first program in c++ #include <iostream> int main() { std::cout<<"Hello World!"; }

Output result: Hello World 

Line 1: // my first program in C++

Two slash signs indicate that the rest of the line is a comment inserted by the programmer but which has no effect on the behavior of the program. Programmers use them to include short explanations or observations concerning the code or program. In this case, it is a brief introductory description of the program.

Line 2: #include <iostream>

Lines beginning with a hash sign (#) are directives read and interpreted by what is known as the preprocessor. They are special lines interpreted before the compilation of the program itself begins. In this case, the directive #include <iostream>, instructs the preprocessor to include a section of standard C++ code, known as header iostream, that allows to perform standard input and output operations, such as writing the output of this program (Hello World) to the screen.

Line 3: int main ()

This line initiates the declaration of a function. Essentially, a function is a group of code statements which are given a name: in this case, this gives the name "main" to the group of code statements that follow. Functions will be discussed in detail in a later chapter, but essentially, their definition is introduced with a succession of a type (int), a name (main) and a pair of parentheses (()), optionally including parameters.
The function named main is a special function in all C++ programs; it is the function called when the program is run. The execution of all C++ programs begins with the main function, regardless of where the function is actually located within the code.

Lines 4 and 6: { and }

The open brace ({) at line 5 indicates the beginning of main's function definition, and the closing brace (}) at line 7, indicates its end. Everything between these braces is the function's body that defines what happens when main is called. All functions use braces to indicate the beginning and end of their definitions.

Line 5: std::cout << "Hello World!";

This line is a C++ statement. A statement is an expression that can actually produce some effect. It is the meat of a program, specifying its actual behavior. Statements are executed in the same order that they appear within a function's body.
This statement has three parts: First, std::cout, which identifies the standard character output device (usually, this is the computer screen). Second, the insertion operator (<<), which indicates that what follows is inserted into std::cout. Finally, a sentence within quotes ("Hello world!"), is the content inserted into the standard output.
Notice that the statement ends with a semicolon (;). This character marks the end of the statement, just as the period ends a sentence in English. All C++ statements must end with a semicolon character. One of the most common syntax errors in C++ is forgetting to end a statement with a semicolon.

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