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C is a compiled, high-performance language. Robots, automobiles, and embedded software all depend on C for speed of execution. This program is designed to turn software engineers into C developers. You will use C to develop object-oriented programs, to manage memory and system resources, and to implement parallel programming. C4droid is the most powerful C/C IDE + C/C compiler for Android. Features:. Offline C/C compiler: create your own applications on Android device and run them even without Internet access. Qt, SDL, SDL2, Allegro, SFML, FLTK and NativeActivity support for graphics. Export & share your programs as APK or binaries. Debugger with breakpoints and watches. CMake.

1. The world runs on you. The USB Driver for Windows is available for download on this page. You need the driver only if you are developing on Windows and want to connect a Samsung Android device to your development environment over USB.
2. I've found that generally, the correct answer is don't use Dev-C because it's a steaming pile of bleep but this would also work. I tutor students that are required to use this compiler and this problem happens with great frequency, even when not using the C: directory as Jon indicated above.
3. Dismiss Grow your team on GitHub. GitHub is home to over 40 million developers working together. Join them to grow your own development teams, manage permissions, and collaborate on projects.

The Native Development Kit (NDK) is a set of tools that allows you to use C and C++ code with Android, and provides platform libraries you can use to manage native activities and access physical device components, such as sensors and touch input. The NDK may not be appropriate for most novice Android programmers who need to use only Java code and framework APIs to develop their apps. However, the NDK can be useful for cases in which you need to do one or more of the following:

• Squeeze extra performance out of a device to achieve low latency or run computationally intensive applications, such as games or physics simulations.
• Reuse your own or other developers' C or C++ libraries.

Using Android Studio 2.2 and higher, you can use the NDK to compile C and C++ code into a native library and package it into your APK using Gradle, the IDE's integrated build system. Your Java code can then call functions in your native library through the Java Native Interface (JNI) framework. To learn more about Gradle and the Android build system, read Configure Your Build.

Android Studio's default build tool to compile native libraries is CMake. Android Studio also supports ndk-build due to the large number of existing projects that use the build toolkit. However, if you are creating a new native library, you should use CMake.

This guide gives you the information you need to get up and running with the NDK on Android Studio. If you don't have the latest version of Android Studio, download and install it now.

Attention experimental Gradle users: Consider migrating to plugin version 2.2.0 or higher, and using CMake or ndk-build to build your native libraries if any of the following apply to you: Your native project already uses CMake or ndk-build; you would rather use a stable version of the Gradle build system; or you want support for add-on tools, such as CCache. Otherwise, you can continue to use the experimental version of Gradle and the Android plugin.

Download the NDK and Tools

To compile and debug native code for your app, you need the following components:

• The Android Native Development Kit (NDK): a set of tools that allows you to use C and C++ code with Android.
• CMake: an external build tool that works alongside Gradle to build your native library. You do not need this component if you only plan to use ndk-build.
• LLDB: the debugger Android Studio uses to debug native code.

For information on installing these components, see Install and configure the NDK and CMake.

Create or Import a Native Project

Dev C Plus Plus App

Once you set up Android Studio, you can simply Create a New Project with C/C++ Support. However, if you want to add or import native code to an existing Android Studio project, you need to follow this basic process:

1. Create new native source files and add them to your Android Studio project.
   • You can skip this step if you already have native code or want to import a prebuilt native library.
2. Create a CMake build script to tell CMake how to build your native sources into a library. You also require this build script if you are importing and linking against prebuilt or platform libraries.
   • You can skip this step if your existing native library already has a CMakeLists.txt build script, or uses ndk-build and includes an Android.mk build script.
3. Link Gradle to your native library by providing a path to your CMake or ndk-build script file. Gradle uses the build script to import source code into your Android Studio project and package your native library (the SO file) into the APK.

   Note: If your existing project uses the deprecated ndkCompile tool, you should open your build.properties file and remove the following line of code before configuring Gradle to use CMake or ndk-build:

4. Build and run your app by clicking Run . Gradle adds your CMake or ndk-build process as a dependency to compile, build, and package your native library with your APK.

Once your app is running on a physical device or the emulator, you can use Android Studio to Debug Your App. Otherwise, to learn more about the NDK and its components, read the Concepts page.

A free, open-source, portable and extensible C/C++ IDE. Old Bloodshed versions are buggy and ship with a very outdated GCC compiler. Do yourself a favor: don't use the old versions. See 'info' for alternatives.

As of June 2011 Orwell, a developer independent from Bloodshed (the original developers of Dev-C++), is releasing improved and updated versions of Dev-C++. Therefore, it is not recommended to stick with the old Bloodshed Dev-C++ versions. Consider upgrading to for example:

• Orwell Dev-C++ is free, open-source, ships with a 64bit compiler including the latest resources like the Windows 7 API, and can be made fully portable with zero effort.
• Microsoft has a freeware version of their excellent Visual Studio IDE available here.
• NetBeans, free, open-source, cross-platform IDE (see 'C and C++ Development')
• Qt Creator is a free, open-source, cross-platform IDE for building C++ applications.
• Code::Blocks is often hailed as the obvious replacement for Dev-C++. It is free, open-source, cross-platform, and can be extended with plugins.
• Eclipse is also a free, open-source, cross-platform IDE with pretty robust C++ support.

And of course, countless others are available.

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So do yourself and everyone else a favor: don't use Bloodshed Dev-C++.