minsdkversion

. gradle: 1 apply plugin: 'com.android.application' 2 3 android { 4 compileSdkVersion 19 5 buildToolsVersion "21.1.1" 6 7 defaultConfig { 8 applicationId "com.smyhvae.helloworld" 9 minSdkVersion 1410 targetSdkVersion 1911 versionCode 112 versionName "1.0"13 }14 buildTypes {15 release {16 minifyEnabled false17 proguardFiles getDefaultProguardFile('proguard-a

: 'com.android.application'android { compileSdkVersion 19 buildToolsVersion "19.1.0" defaultConfig { applicationId "com.example.kaizen.myapplication" minSdkVersion 15 targetSdkVersion 19 versionCode 1 versionName "1.0" } buildTypes { release { runProguard false proguardFiles getDefaultProguardFile('proguard-android.txt'), 'proguard-rules.pro' } }}dependencies {

(); // follow the node --> manifestapkInfo. setVersionCode (root. getAttributeValue ("versionCode", NS); apkInfo. setVersionName (root. getAttributeValue ("versionName", NS); apkInfo. setApkPackage (root. getAttributeValue ("package", NS); Element elemUseSdk = root. getChild ("uses-sdk"); // subnode --> uses-sdkapkInfo.setMinSdkVersion (elemUseSdk. getAttributeValue ("minSdkVersion", NS); List listPermission = root. getChildren ("uses-permission"); /

. Click OK to add the frameworks path. If there is a code jump error, follow the steps above to add the corresponding code path or jar file to its Dependencies tab. V. DEBUG source code We can add the 'android framework' to the 'modules' of the newly imported project so that the AS can use it AS an Android project to facilitate code debugging. You can follow '1' and '2' to add Android Framework support. Add a breakpoint in the code, select 'run'-> 'Attach debugger to Android process', or direct

extends actionbaractivity { Private actionbar supportactionbar; @ Override Protected void oncreate (bundle savedinstancestate ){ Super. oncreate (savedinstancestate ); Setcontentview (R. layout. activity_main ); Supportactionbar = getsuppactionactionbar (); Supportactionbar. setdisplayshowhomeenabled (true ); } @ Override Public Boolean oncreateoptionsmenu (menu ){ Getmenuinflater (). Inflate (R. Menu. Main, menu ); Return super. oncreateoptionsmenu (menu ); } } Manifest is as follows:

(1) Android. App. Fragment: the minimum compatible version is Android: minsdkversion = "11" Therefore, your application is not compatible with applications under 3.0. You can use the (2) Android. Support. v4.app. Fragment: compatible with version 1.6. The ProgramIn the Add or replace method, you also need Android-support-v4.jar For details about how to use fragment, refer to the demo on the official website. The example is Android. App. Fra

-wrapper.properties file distributionUrl :distributionUrl=https\://services.gradle.org/distributions/gradle-2.5-bin.zipGo to the Settings page ( Windows system in File, Settings or Mac OS X in Android Studio, Preferences ), and make sure that you choose to use the default configuration of Gradle wrapper.Then modify the module's build.gradle file from this:Apply plugin:' Com.android.application 'Android {Compilesdkversion ABuildtoolsversion"23.0.0 rc3"Defaultconfig {ApplicationID"Com.inthecheesef

Problems encountered during Android Development -- WARNING: Application does not specify an API level requirement in Android! Solution, requirement During the trial run of the Andorid project on the mobile phone, we found that the Console printed"WARNING: Application does not specify an API level requirement! "Such warning information is shown in: 　　 Although the normal operation of the project is not affected, you still need to find out the cause and check the cause of the warning on the Intern

this link: http://stackoverflow.com/questio... k-file-using-gradle ... signingConfigs { release { storeFile file(System.getenv("KEYSTORE")) storePassword System.getenv("KEYSTORE_PASSWORD") keyAlias System.getenv("KEY_ALIAS") keyPassword System.getenv("KEY_PASSWORD") }} Product flavors If a project wants to generate different APK packages with different package names or resources, it is time to use Product flavors. android { .... productFlavors {

set the attribute value to "auto" or "preferExternal ".2. Keep the attributes of android: minSdkVersion unchanged (less than a value of 8) to ensure that the application code is compatible with this level.3. In order to compile the program, set the generation target to API level 8. This step is necessary because the old android library does not recognize the android: installLocation attribute. When this attribute exists, the application cannot be com

(The following example is the builde.gradle of Module:app)Apply plugin: ' Com.android.application ' android {compilesdkversion buildtoolsversion ' 23.0.1 ' defaultconfig { ApplicationID "Com.awu.kanzhihu" minsdkversion targetsdkversion versioncode 1 ver Sionname "1.1.20160120"} buildtypes {release {minifyenabled false proguardfiles getd Efaultproguardfile (' Proguard-android.txt '), ' Proguard-rules.pro '}}}dependencies {compile filetree (dir: ' Li BS

should be thisinclude‘:myModule‘‘:lib:abs‘With "Enclosed is the module name under Project, you can see that the module ABS is a relative path."In the third step, the following In lib/abs/build.gradle may be true:Buildscript{repositories {mavencentral ()}Dependencies{classpath ' com.android.tools.build:gradle:0.7.+ ' }}apply plugin:' Android-library 'Android{compilesdkversion buildtoolsversion "19.0. 0" Defaultconfig {minsdkversion XX targetsdkversio

facilitate code debugging. You can follow '1' and '2' to add Android Framework support. Add a breakpoint in the code, select 'run'-> 'Attach debugger to Android process', or directly click the icon shown in In the displayed Choose Process dialog box, select all processes, select the Process where the code to DEBUG resides, and click OK. Vi. Others In the code, Call requires API Level x... is prompted because AS regards our project AS an Android Application project, and

your program is targeting a system of Version 4.1 or later (that is, minSdkVersion 16), you do not need this permission. 3. Add the permission to receive GCM messages: 4. Add the following broadcast receivers: This Broadcast receiver is responsible for processing two Intent (com. google. android. c2dm. intent. RECEIVE and com. google. android. c2dm. intent. REGISTRATION), and must be defined in the manifest file (not implemented by encoding

build. gradle is automatically generated under each module (this article mainly discusses build. gradle in the module) Module/build. gradle: Apply plugin: 'com. android. application '// enable the android application plug-in android {compileSdkVersion 22 buildToolsVersion "22.0.1" defaultConfig {applicationId "com. stone. testbuild "minSdkVersion 8 targetSdkVersion 22 versionCode 1 versionName" 1.0 "} buildTypes {release {minifyEnabled false proguar

displayed as a solid line. Cause:By default, the hardware acceleration of the Activity is enabled for more than 4.0, so we can turn it off in Manifest. xml. Solution:Add the following attributes to the activity to be displayed: android: hardwareAccelerated = "false". You can also disable View. setLayerType (view. LAYER_TYPE_SOFTWARE, null) at the View level ). Application does not specify an API level requirement Description:Compilation times warn: Application does not specify an API level r

library, many errors will occur in this process (as shown in the bottom red box ). In this case, we need to modify the OpenCVLibrary310 \ build. gradle file, and then re-Synchronize the Gradle Configuration: Modify the OpenCVLibrary310 \ build. gradle file as follows: apply plugin: 'com.android.library'android { compileSdkVersion 23 buildToolsVersion "23.0.2" defaultConfig { minSdkVersion 16 targetSdkVersion 23 } buildTy

partition containing this path. * Returns 0 if this path does not exist. * * @param path * @return -1 means path is null, 0 means path is not exist. */public static long getTotalSpace(File path) { if (path == null) { return -1; } return path.getTotalSpace();}Processing cannot be compiled byIf minSdkVersion set to 8, then the build will report the following error:Call requires API level 9 (current min is 8)In order to compile can pass

In Android development, you will need to configure the minimum and target versions of the Android SDK using the app, which is the Bulidl.gradle Android module setting. The following settings are available by default: ApplicationID, which is the app's package name, must be unique in the Google App Store and cannot be modified throughout the app's lifecycle, and will be considered a new app. Minsdkversion, set the minimum version of the SDK tha