Skip to main content

Turbo C++ - Download & Installation


There are many compilers available for C++. You need to download any one. Here, we are going to use Turbo C++. It will work for both C and C++. To install the Turbo C++ software, you need to follow following steps.

  1. Download Turbo C++
  2. Create turboc directory inside c drive and extract the tc3.zip inside c:\turboc
  3. Double click on install.exe file
  4. Click on the tc application file located inside c:\TC\BIN to write the c program

1) Download Turbo C++ software

You can download turbo C++ from many sites. download Turbo c++

2) Create turboc directory in c drive and extract the tc3.zip

Now, you need to create a new directory turboc inside the c: drive. Now extract the tc3.zip file in c:\turboc directory.

3) Double click on the install.exe file and follow steps

Now, click on the install icon located inside the c:\turboc

Cpp Installation 1

It will ask you to install c or not, press enter to install.

Cpp Installation 2

Change your drive to c, press c.

Cpp Installation 3

Press enter, it will look inside the c:\turboc directory for the required files.

Cpp Installation 4

Select Start installation by the down arrow key then press enter.

Cpp Installation 5

Now C is installed, press enter to read documentation or close the software.

Cpp Installation 6

4) Click on the tc application located inside c:\TC\BIN

Now double click on the tc icon located in c:\TC\BIN directory to write the c program.

Cpp Installation 7

In windows 7 or window 8, it will show a dialog block to ignore and close the application because full screen mode is not supported. Click on Ignore button.

Now it will showing following console.

Cpp Installation 8
Anurag Rana

Comments

Popular posts from this blog

Standard and Formatted Input / Output in C++

The C++ standard libraries provide an extensive set of input/output capabilities which we will see in subsequent chapters. This chapter will discuss very basic and most common I/O operations required for C++ programming. C++ I/O occurs in streams, which are sequences of bytes. If bytes flow from a device like a keyboard, a disk drive, or a network connection etc. to main memory, this is called   input operation   and if bytes flow from main memory to a device like a display screen, a printer, a disk drive, or a network connection, etc., this is called   output operation . Standard Input and Output in C++ is done through the use of  streams . Streams are generic places to send or receive data. In C++, I/O is done through classes and objects defined in the header file  <iostream> .  iostream  stands for standard input-output stream. This header file contains definitions to objects like  cin ,  cout , etc. /O Library Header Files There are...

Data Warehousing - An Overview

Anurag Information Technology (IT) has historically influenced organizational performance and competitive standing. The increasing processing power and sophistication of analytical tools and techniques have put the strong foundation for the product called data warehouse. There are a number of reasons that any organization should consider a data warehouse, which can be the critical tool for maximizing the organization’s investment in the information it has collected and stored throughout the enterprise. IT managers need to understand the rationale and benefits of data warehouses because they may need to design and implement, or procure this kingpin of business intelligence. The data warehouses are supposed to provide storage, functionality and responsiveness to queries beyond the capabilities of today's transaction-oriented databases. Also data warehouses are set to improve the data access performance of databases. Traditional databases balance the requirement of data access w...

Genotype Representation

Binary Representation This is one of the simplest and most widely used representation in GAs. In this type of representation the genotype consists of bit strings. For some problems when the solution space consists of Boolean decision variables – yes or no, the binary representation is natural. Take for example the 0/1 Knapsack Problem. If there are n items, we can represent a solution by a binary string of n elements, where the x th  element tells whether the item x is picked (1) or not (0). For other problems, specifically those dealing with numbers, we can represent the numbers with their binary representation. The problem with this kind of encoding is that different bits have different significance and therefore mutation and crossover operators can have undesired consequences. This can be resolved to some extent by using  Gray Coding,  as a change in one bit does not have a massive effect on the solution. Real Valued Representation For problems where we want to define ...