Android多渠道打包工具

Android市场众多，要监测每个渠道的数据的，需根据不同的渠道打包，该工具可以一步为各个渠道打包成不同的

建立Java项目运行，即可（下面代码都有详细的介绍）。

/**

* Android多渠道打包工具

* 1、确保路径填写无误,渠道名称填入channels中

* 2、运行之前确保bin文件夹下有最新的apk

* 3、AndroidManifest.xml.xml中修改 <meta-data android:name="UMENG_CHANNEL" android:value="@string/channel_name" />

* 4、res\strings.xml中修改 <string name="channel_name">app_channel<//string>

*

*/

public class CompiledApkUpdate {

//市场别名{搜狗手机助手，搜狐，360，木蚂蚁，91，豌豆荚，小米，搜狗，魅族，QQ，百度，联想，机锋，安智，N多网}

public static String[] channels = { "sougouzs", "sohu", "360", "mumayi",

"91", "wandoujia", "mi", "sougou", "meizu", "QQ", "baidu",

"lenovo", "gfan", "anzhi", "nduoa" };

//默认名称

public static final String APK_NAME = "hsj_temp.apk";

//要打包工程的根目录

public static final String PROJECT_PATH = "E:\\WorkSoftwareWorkspace\\androidDemo\\DrawNumber\\";

//生成的apk存放位置，huashijie_是前缀

public static final String APK_PATH = "E:\\numberapk\\yqhsj_";

//资源包

public static final String PROJECT_LIBARY = "";

private static String currentChannelName = "";

//Android sdk路径

private static final String androidSDK_PATH = "E:\\WorkSoftwareWorkspace\\android-sdk-windows-1.5_r1\\"; // android

//apk签名文件

private static final String apk_PATH_keystore = "E:\\app_signature\\apkkey.keystore";

//签名密码

private static final String key_storepass = "111111";

//别名密码

private static final String alias_keypass = "111111";

//别名名称

private static final String alias_name = "通用的密匙";

//对应strings.xml中的配置

private static final String channelFlag = "app_channel";

public static void main(String[] args) {

replaceChannel();

}

/**

* 替换渠道名称

*/

public static void replaceChannel() {

try {

String outPath = PROJECT_PATH + "res\\values\\strings.xml"; // 输出文件位置

String content = read(outPath);

for (int channelid = 0; channelid < channels.length; channelid++) {

String tmpContent = content;

tmpContent = tmpContent.replaceFirst(channelFlag,

channels[channelid]);

currentChannelName = channels[channelid];

write(tmpContent, outPath);

System.out.println("replace channel name over...");

packageRes(); // 一次渠道号的更改完成。可以进行打包了。

createUnsignedApk();

signedApk(channelid);

}

write(content, outPath); // 完成后还原channel_name

System.out.println("execute over!");

} catch (Exception e) {

e.printStackTrace();

}

}

/**

* class文件打包成classes.dex

*/

public static void packageDex() {

try {

System.out.println("dx.bat start...");

Process process = Runtime.getRuntime().exec(

androidSDK_PATH + "platform-tools\\dx.bat --dex --output="

+ PROJECT_PATH + "bin\\classes.dex " + PROJECT_PATH

+ "bin\\classes " + PROJECT_PATH + "libs\\*.jar");

new MyThread(process.getErrorStream()).start();

new MyThread(process.getInputStream()).start();

process.waitFor();

process.destroy();

System.out.println("dx.bat over...");

} catch (Exception e) {

e.printStackTrace();

}

}

/**

* res assets文件打包成res.zip

*/

public static void packageRes() {

try {

System.out.println(currentChannelName + " create resources.ap");

String library = "";

if (PROJECT_LIBARY != null && !PROJECT_LIBARY.equals("")) {

library = "-S " + PROJECT_LIBARY + "res ";

}

Process process = null;

process = Runtime.getRuntime().exec(

androidSDK_PATH

// + "platform-tools\\aapt.exe package -f " +

+ "build-tools\\19.0.0\\aapt.exe package -f "

+ "-M " + PROJECT_PATH

+ "AndroidManifest.xml "

+ // -M 指定配置文件

"-S " + PROJECT_PATH

+ "res "

+ // -S 指定资源文件

library + "-A " + PROJECT_PATH

+ "assets "

+ // -A 指定assets

"-I " + androidSDK_PATH

+ "platforms\\android-16\\android.jar "

+ // -I 指定android类

"-F " + PROJECT_PATH

+ "bin\\resources.ap_ --auto-add-overlay"); // 将资源文件打包resources.ap_

new MyThread(process.getErrorStream()).start();

new MyThread(process.getInputStream()).start();

process.waitFor();

process.destroy();

System.out.println(currentChannelName + " resources.ap over...");

} catch (Exception e) {

e.printStackTrace();

}

}

/**

* classes.dex res.zip AndroidManifest.xml组合成未签名的apk

*/

public static void createUnsignedApk() {

try {

System.out.println(currentChannelName + " createUnsignedApk start");

Process process = null;

process = Runtime.getRuntime().exec(

androidSDK_PATH + "tools\\apkbuilder.bat " + PROJECT_PATH

+ "bin\\" + APK_NAME + " -u -z " + PROJECT_PATH

+ "bin\\resources.ap_ -f " + PROJECT_PATH

+ "bin\\classes.dex"); // 生成未签名的apk

new MyThread(process.getErrorStream()).start();

new MyThread(process.getErrorStream()).start();

process.waitFor();

process.destroy();

System.out.println(currentChannelName + " createUnsignedApk over");

} catch (Exception e) {

e.printStackTrace();

}

}

/**

* 签名apk

*/

public static void signedApk(int channelid) {

try {

System.out.println(currentChannelName + " signed apk start");

Process process = null;

String jarsigner;

jarsigner = "jarsigner -keystore " + apk_PATH_keystore

+ " -storepass "+key_storepass+" -keypass "+alias_keypass+" " + "-signedjar "

+ APK_PATH + channels[channelid] + ".apk " + PROJECT_PATH

+ "bin\\" + APK_NAME +" "+ alias_name; // 签名apk

process = Runtime.getRuntime().exec(jarsigner); // 对apk进行签名

new MyThread(process.getErrorStream()).start();

new MyThread(process.getInputStream()).start();

process.waitFor();

process.destroy();

System.out.println(currentChannelName + " signed apk over"); // 一条渠道的打包完成。文件会输出到指定目录

} catch (Exception e) {

e.printStackTrace();

}

}

public static String read(String path) {

StringBuffer res = new StringBuffer();

String line = null;

try {

BufferedReader reader = new BufferedReader(new InputStreamReader(

new FileInputStream(path), "UTF-8"));

while ((line = reader.readLine()) != null) {

res.append(line + "\n");

}

reader.close();

} catch (FileNotFoundException e) {

e.printStackTrace();

} catch (IOException e) {

e.printStackTrace();

}

return res.toString();

}

public static boolean write(String cont, String dist) {

try {

OutputStreamWriter writer = new OutputStreamWriter(

new FileOutputStream(new File(dist)), "utf-8");

writer.write(cont);

writer.flush();

writer.close();

return true;

} catch (IOException e) {

e.printStackTrace();

return false;

}

}

public static class MyThread extends Thread {

BufferedReader bf;

public MyThread(InputStream input) {

bf = new BufferedReader(new InputStreamReader(input));

}

public void run() {

String line;

try {

line = bf.readLine();

while (line != null) {

System.out.println(line);

line = bf.readLine();

}

} catch (IOException e) {

e.printStackTrace();

}

}

}

}