Turbo C ID/ DevC++
Basic Parts of Turbo C IDE / DevC++
Understanding the Turbo C / DevC++ Compiler
BSIT:11014
PRESENTTION
INTREDUCTION
Brief introduction to Turbo C and DevC++
Turbo C and Dev-C++ are both IDEs
(Integrated Development
Environments) used for developing C
and C++ programs, but they have
significant differences in their history
and features. Turbo C, developed by
Borland, was a popular choice in the
1990s for its speed and simplicity,
especially for beginners. Dev-C++, on
the other hand, is a more modern IDE,
based on the MinGW compiler, and
supports a wider range of features and
standards.
Turbo C
History:
An older IDE, known for its speed and
simplicity, developed by Borland for MS-DOS History:
and early Windows. An older IDE, known for its speed and
simplicity, developed by Borland for MS-DOS
Features: and early Windows.
Included a code editor, compiler, linker, and
debugger, all within a single application.
Pros:
Fast compilation times, small executable
sizes, and efficient resource usage.
Cons:
No longer actively developed or supported,
and doesn't support modern C++ standards.
Dev-C++: Key Differences:
Compilers:
History:
Turbo C uses Borland's compiler, while Dev-C++
A more modern IDE, based on the MinGW
uses the MinGW compiler, which is more
compiler, developed for Windows.
standard-compliant.
C++ Standards:
Features: Turbo C's support for C++ is limited compared to
Supports a wider range of features, including Dev-C++, which supports newer C++ standards.
code completion, debugging, and project
management.
.Pros: Development:
Easier to use with a better GUI, supports newer Turbo C is no longer actively developed, while
C++ standards, and has active development and Dev-C++ has a more active development cycle.
community support.
Features:
Cons: Dev-C++ offers a more modern and feature-rich
Can be slower than Turbo C for simple programs, environment compared to Turbo C.
and the development has been somewhat
inconsistent.
In summary, while Turbo
C was a great tool for its
time, Dev-C++ is a more
modern and capable
IDE that is better suited
for learning and
developing modern C++
code.
Introduction #2
Importance of IDEs in programming
Turbo C
• Overview: Turbo C is an older IDE developed by Borland, primarily for DOS. It
was widely used in the late 1980s and early 1990s.
• Features: It includes a powerful compiler, a text editor, and a debugger. Turbo C is
known for its fast compilation speed and user-friendly interface.
• Limitations: Being a DOS-based application, it lacks support for modern operating
systems and features found in contemporary IDEs.
Dev C++
• Overview: Dev C++ is a more modern IDE that supports C and C++ programming.
It is open-source and available for Windows.
• Features: It offers a graphical user interface, syntax highlighting, code completion,
and integrated debugging tools. Dev C++ uses the MinGW (Minimalist GNU for
Windows) compiler.
• Advantages: It is compatible with modern Windows systems and provides a more
up-to-date programming environment compared to Turbo C.
What is an IDE?
An IDE (Integrated Development Environment) is like a
toolbox for programmers. It's a software that combines
everything you need to write, test, and fix your code all in
one place.
It usually has
1.A code editor where you write your program
2.A compiler to turn your code into something the
computer understands
3.A debugger to help find and fix mistakes in your code
4. Build tools to organize and manage your files and
projects
Some common examples of IDEs are Turbo C and Dev C++.
Using an IDE makes programming a lot easier and faster since all the tools you need are in one spot
IDE stands for Integrated Development Environment.
IDE stands for Integrated Development Environment. It is a • Build Automation Tools:
software application that provides comprehensive facilities to • These tools automate the
computer programmers for software development. An IDE process of building the
typically integrates various tools that developers use into a single executable program from the
source code, often involving
graphical user interface (GUI), streamlining the development compilation, linking, and
process and enhancing productivity. packaging
Key components commonly found in an IDE include
Source Code Editor: Version Control
Integration:
This is where programmers write and edit their code, often Many modern IDEs offer
featuring syntax highlighting, code completion, and auto- seamless integration with
indentation. version control systems,
enabling developers to
manage code changes,
Compiler or Interpreter: collaborate with others, and
These tools translate the source code into an executable format track project history
that a computer can understand.
• Debugger
• This component assists in testing and debugging code, allowing
developers to identify and fix errors by stepping through code
execution, setting breakpoints, and inspecting variables.
Turbo C and DevC++ are examples of IDEs designed for C/C++ programming.
Turbo C
was a classic IDE developed by Borland, known for its
simplicity and use in educational settings, particularly for
DOS-based applications. While it is now considered
outdated and does not fully support modern C++
standards, it was historically significant.
Dev C++
is a more modern IDE that offers a comprehensive
environment for C and C++ development,
including features like code editing, compilation,
and debugging. It is still widely used, especially by
beginners and students, due to its user-friendly
interface and integrated debugger based on GDB.
Basic Parts of Turbo C IDE
The Turbo C / TCLite IDE Components
THE CLOSE BOX- the close box of a window
is the box in the upper left corner. Click
this box to quickly close the window. (Or
choose Window | Close.)
2. THE MENU BAR- It’s located at the top
of the screen. Contains options like File,
Edit, Search, Run, Compile, Debug, etc.
3. THE CURSOR- The blinking vertical line
that shows where your next character will
appear when typing.
4. THE EDIT WINDOW-is where you type
your program. The cursor moves while
you type your program statements and its
positions in line and column are shown at
the bottom of the edit window.
Basic Parts of Turbo C IDE
The Turbo C / TCLite IDE Components
5. THE STATUS BAR display the current
line number, column, and file status
Shortcut keys (e.g., F2 = Save, F3 =
Open)
6. LINE#: COLUMN # OF THE CURSOR - It
shows the current line and column
number where the cursor is positioned in
the file. Helps you navigate large files or
debug errors reported on specific lines.
. THE TITLE BAR - the topmost horizontal
7.
bar of a window, contains the name of the
window and the window number. Double-
clicking the title bar zooms the window.
You can also drag the title bar to move
the window around.
8. WINDOW# (UP TO 9) - The IDE can open
up to 9 edit windows at the same time,
each with its own number. You can switch
between them using keyboard shortcuts
like Alt+0 to Alt+9.
Basic Parts of Turbo C IDE
The Turbo C / TCLite IDE Components
9. THE ZOOM BOX - It’s appears in the
upper right corner of the window. In the
above screen, the window is in regular
size. Click it to zoom the window to the
maximum size. Click it again to return the
window back to the normal size
10. THE SCROLL BOX - Let you scroll
up/down or left/right within the edit
window when your code exceeds the
visible area.
MAIN MENU OPTIONS
The Turbo C / TCLite IDE Components
FILE- Open, save, or create a new file.
EDIT- Cut, copy, paste, or
search text.
COMPILE-Translate code to machine
language.
RUN- Run your program after compiling.
DEBUG - Helps find and fix errors (bugs).
PROJECT - For handling multiple files
(projects).
OPTIONS - Customize settings.
HELP - View help topics.
