ndk download

breakpoints in Jni C, then project Debug as--" Android Native Applications can be run. The so file is automatically compiled into the corresponding directory and does not need to be compiled with other tools. A few points to note. I encountered an error in the place. Will prompt Android for inconsistent errors. , you can add "app_platform: = android- is also likely not to enter a breakpoint because you entered the breakpoint too early. You can get a button or something, write the function that

Reference: http://www.cnblogs.com/luxiaofeng54/archive/2011/08/13/2136982.html 1. Set up the android development environment:1) JDK; 2) eclipse; 3) Android SDK; 4) install ADT; 2. Download and install Android ndk:Http://developer.android.com/ 3. Download and install cygwin:4. Configure the ndk environment variable:Cyngwin Bash: Go to the user directory, open the.

Do the debugging of Android application, the most afraid is error, crash, see this Good article, record:Transferred from: Http://www.csdn.net/article/2014-12-30/2823366-Locate-Android-NDKWhat is the Android ndk? The Android NDK was added in front of the SDK with the word "native", the native development Kit, which Google called the "NDK". As is known to all, Andr

use.Say a bunch of crap, and then record what they have learned recently, it can be said that one of the important learning materials of the NDK is the information provided by the official Android website, including the download of the NDK, but also to see some simple project using the NDK source code, These sources l

/libc.soDirectly can see the 22nd line of our project there are errors, look at the next 22 lines is what - struct strtest{ Char* pstr; - }; strtest *ptest=NULL; ptest->pstr=NULL; at return Env->newstringutf ("Hello World returned". ");For ndk-stack use, you can look at the docs/ndk-stack.html file under the NDK root directorySource: Ht

(*newintarray) (jnienv*, jsize); Jlongarray (*newlongarray) (jnienv*, jsize); Jfloatarray (*newfloatarray) (jnienv*, jsize); Jdoublearray (*newdoublearray) (jnienv*, jsize); jboolean* (*getbooleanarrayelements) (jnienv*, Jbooleanarray, jboolean*); Jbyte* (*getbytearrayelements) (jnienv*, Jbytearray, jboolean*); Jchar* (*getchararrayelements) (jnienv*, Jchararray, jboolean*); jshort* (*getshortarrayelements) (jnienv*, Jshortarray, jboolean*); jint* (*getintarrayelements)

Reprinted please indicate the source is klayge Game Engine The purpose of this article is not to completely port Python 3.2 to Android, but to compile a link library that can be used in your own program. After porting boost 1.47, the next target is Python 3.2. Currently, Python only has 2.6.2 unofficially ported to Android (see p4a), and they are delayed in Porting 3.xbecause they think 3. X is useless -_-. It seems that this task can only be done by yourself. The difficulty of Python 3.x is co

Overview This guide is used to help developers port existing ARM *-based NDK applications to x86. If you already have a running application, you need to know how to quickly find your application on the x86 device in the Android * Market. This article will provide you with some entry-level information. This Guide also provides some tips and guidelines to help you solve compiler problems that may occur during the porting process.Content Overview

1. Download NDK r6 and FFmpeg 0.8.1 Android NDK r6 FFmpeg 0.8.1 2. Extract Extract the android-ndk-r6-linux-x86.tar.bz2 to the/home/pekall/opt directory and add the ndk path to the path environment variable Decompress the ffmpeg-0.8.1.tar.gz to the/home/pekall/Projects_priva

Operating System: Ubuntu 13.04x64 Objective: To install Android ndk C ++ Install Android SDK Due to device management, such as ADBProgramIn the android SDK, you must first install the SDK (platform tools and at least one version of Android API is required ). Http://www.cnblogs.com/sink_cup/archive/2011/10/31/ubuntu_x64_android_sdk_java.html Install Android ndk Dow