use of com.android.sdklib.AndroidVersion in project android by JetBrains.
the class InstantRunBuilderTest method fullBuildIfManifestResourceChanged.
@Test
public void fullBuildIfManifestResourceChanged() throws Exception {
myDumpsysPackageOutput = DUMPSYS_PACKAGE_EXISTS;
myDeviceBuildTimetamp = "100";
when(myDevice.getVersion()).thenReturn(new AndroidVersion(23, null));
myInstalledPatchCache.setInstalledManifestResourcesHash(myDevice, APPLICATION_ID, HashCode.fromInt(1));
when(myInstantRunContext.getManifestResourcesHash()).thenReturn(HashCode.fromInt(2));
myBuilder.build(myTaskRunner, Collections.emptyList());
assertEquals("gradlew -Pandroid.optional.compilation=INSTANT_DEV,FULL_APK -Pandroid.injected.coldswap.mode=MULTIAPK :app:assemble", myTaskRunner.getBuilds());
}
use of com.android.sdklib.AndroidVersion in project android by JetBrains.
the class InstantRunBuilderTest method coldSwapBuildIfAppNotRunning.
@Test
public void coldSwapBuildIfAppNotRunning() throws Exception {
myDumpsysPackageOutput = DUMPSYS_PACKAGE_EXISTS;
myDeviceBuildTimetamp = "100";
myAppInForeground = false;
myRunConfigContext.setSameExecutorAsPreviousSession(true);
when(myDevice.getVersion()).thenReturn(new AndroidVersion(23, null));
setUpDeviceForHotSwap();
myBuilder.build(myTaskRunner, Collections.emptyList());
assertEquals("gradlew -Pandroid.optional.compilation=INSTANT_DEV,RESTART_ONLY -Pandroid.injected.coldswap.mode=MULTIAPK :app:assemble", myTaskRunner.getBuilds());
}
use of com.android.sdklib.AndroidVersion in project android by JetBrains.
the class SystemImageList method installForDevice.
private void installForDevice() {
int apiLevel = SdkVersionInfo.HIGHEST_KNOWN_STABLE_API;
List<String> requestedPackages = Lists.newArrayListWithCapacity(3);
requestedPackages.add(DetailsTypes.getSysImgPath(null, new AndroidVersion(apiLevel, null), DEFAULT_TAG, Abi.X86.toString()));
requestedPackages.add(DetailsTypes.getSysImgPath(null, new AndroidVersion(apiLevel, null), WEAR_TAG, Abi.X86.toString()));
requestedPackages.add(DetailsTypes.getSysImgPath(null, new AndroidVersion(apiLevel, null), TV_TAG, Abi.X86.toString()));
ModelWizardDialog dialog = SdkQuickfixUtils.createDialogForPaths(this, requestedPackages, false);
if (dialog != null) {
dialog.show();
myModel.refreshImages(true);
}
}
use of com.android.sdklib.AndroidVersion in project android by JetBrains.
the class MakeBeforeRunTaskProvider method getDeviceSpecificArguments.
@NotNull
public static List<String> getDeviceSpecificArguments(@NotNull List<AndroidDevice> devices) {
if (devices.isEmpty()) {
return Collections.emptyList();
}
List<String> properties = new ArrayList<>(2);
// Find the minimum value of the build API level and pass it to Gradle as a property
AndroidVersion minVersion = devices.get(0).getVersion();
for (int i = 1; i < devices.size(); i++) {
AndroidDevice androidDevice = devices.get(i);
if (androidDevice.getVersion().compareTo(minVersion) < 0) {
minVersion = androidDevice.getVersion();
}
}
properties.add(AndroidGradleSettings.createProjectProperty(PROPERTY_BUILD_API, Integer.toString(minVersion.getFeatureLevel())));
// If we are building for only one device, pass the density and the ABI
if (devices.size() == 1) {
AndroidDevice device = devices.get(0);
Density density = Density.getEnum(device.getDensity());
if (density != null) {
properties.add(AndroidGradleSettings.createProjectProperty(PROPERTY_BUILD_DENSITY, density.getResourceValue()));
}
// Note: the abis are returned in their preferred order which should be maintained while passing it on to Gradle.
List<String> abis = device.getAbis().stream().map(Abi::toString).collect(Collectors.toList());
if (!abis.isEmpty()) {
properties.add(AndroidGradleSettings.createProjectProperty(PROPERTY_BUILD_ABI, Joiner.on(',').join(abis)));
}
}
return properties;
}
use of com.android.sdklib.AndroidVersion in project android by JetBrains.
the class ConfigureTemplateParametersStep method onProceeding.
/**
* When finished with this step, calculate and install a bunch of values that will be used in our
* template's <a href="http://freemarker.incubator.apache.org/docs/dgui_quickstart_basics.html">data model.</a>
*/
@Override
protected void onProceeding() {
// canGoForward guarantees this optional value is present
AndroidSourceSet sourceSet = getModel().getSourceSet().get();
AndroidProjectPaths paths = sourceSet.getPaths();
File moduleRoot = paths.getModuleRoot();
if (moduleRoot == null) {
getLog().error(String.format("%s failure: can't create files because module root is not found. Please report this error.", getTitle()));
return;
}
// Some parameter values should be saved for later runs through this wizard, so do that first.
for (RowEntry rowEntry : myParameterRows.values()) {
rowEntry.accept();
}
// Prepare the template data-model, starting from scratch and filling in all values we know
Map<String, Object> templateValues = getModel().getTemplateValues();
templateValues.clear();
for (Parameter parameter : myParameterRows.keySet()) {
ObservableValue<?> property = myParameterRows.get(parameter).getProperty();
if (property != null) {
templateValues.put(parameter.id, property.get());
}
}
templateValues.put(ATTR_PACKAGE_NAME, myPackageName.get());
templateValues.put(ATTR_SOURCE_PROVIDER_NAME, sourceSet.getName());
// Android Modules are called Gradle Projects
templateValues.put(ATTR_IS_NEW_PROJECT, isNewModule());
if (isNewModule()) {
templateValues.put(ATTR_IS_LAUNCHER, true);
}
try {
File sha1File = myFacet == null ? getOrCreateDefaultDebugKeystore() : getDebugKeystore(myFacet);
templateValues.put(ATTR_DEBUG_KEYSTORE_SHA1, KeystoreUtils.sha1(sha1File));
} catch (Exception e) {
getLog().info("Could not compute SHA1 hash of debug keystore.", e);
templateValues.put(ATTR_DEBUG_KEYSTORE_SHA1, "");
}
if (myFacet == null) {
// If we don't have an AndroidFacet, we must have the Android Sdk info
AndroidVersionsInfo.VersionItem buildVersion = getModel().androidSdkInfo().getValue();
templateValues.put(ATTR_MIN_API_LEVEL, buildVersion.getApiLevel());
templateValues.put(ATTR_MIN_API, buildVersion.getApiLevelStr());
templateValues.put(ATTR_BUILD_API, buildVersion.getBuildApiLevel());
templateValues.put(ATTR_BUILD_API_STRING, buildVersion.getBuildApiLevelStr());
templateValues.put(ATTR_TARGET_API, buildVersion.getTargetApiLevel());
templateValues.put(ATTR_TARGET_API_STRING, buildVersion.getTargetApiLevelStr());
} else {
AndroidPlatform platform = AndroidPlatform.getInstance(myFacet.getModule());
if (platform != null) {
templateValues.put(ATTR_BUILD_API, platform.getTarget().getVersion().getFeatureLevel());
templateValues.put(ATTR_BUILD_API_STRING, getBuildApiString(platform.getTarget().getVersion()));
}
AndroidModuleInfo moduleInfo = AndroidModuleInfo.get(myFacet);
AndroidVersion minSdkVersion = moduleInfo.getMinSdkVersion();
String minSdkName = minSdkVersion.getApiString();
templateValues.put(ATTR_MIN_API, minSdkName);
templateValues.put(ATTR_TARGET_API, moduleInfo.getTargetSdkVersion().getApiLevel());
templateValues.put(ATTR_MIN_API_LEVEL, minSdkVersion.getFeatureLevel());
templateValues.put(ATTR_IS_LIBRARY_MODULE, myFacet.isLibraryProject());
// Register application-wide settings
String applicationPackage = AndroidPackageUtils.getPackageForApplication(myFacet);
if (!myPackageName.get().equals(applicationPackage)) {
templateValues.put(ATTR_APPLICATION_PACKAGE, AndroidPackageUtils.getPackageForApplication(myFacet));
}
}
// Register the resource directories associated with the active source provider
templateValues.put(ATTR_PROJECT_OUT, FileUtil.toSystemIndependentName(moduleRoot.getAbsolutePath()));
String packageAsDir = myPackageName.get().replace('.', File.separatorChar);
File srcDir = paths.getSrcDirectory();
if (srcDir != null) {
srcDir = new File(srcDir, packageAsDir);
templateValues.put(ATTR_SRC_DIR, getRelativePath(moduleRoot, srcDir));
templateValues.put(ATTR_SRC_OUT, FileUtil.toSystemIndependentName(srcDir.getAbsolutePath()));
}
File testDir = paths.getTestDirectory();
if (testDir != null) {
testDir = new File(testDir, packageAsDir);
templateValues.put(ATTR_TEST_DIR, getRelativePath(moduleRoot, testDir));
templateValues.put(ATTR_TEST_OUT, FileUtil.toSystemIndependentName(testDir.getAbsolutePath()));
}
File resDir = paths.getResDirectory();
if (resDir != null) {
templateValues.put(ATTR_RES_DIR, getRelativePath(moduleRoot, resDir));
templateValues.put(ATTR_RES_OUT, FileUtil.toSystemIndependentName(resDir.getPath()));
}
File manifestDir = paths.getManifestDirectory();
if (manifestDir != null) {
templateValues.put(ATTR_MANIFEST_DIR, getRelativePath(moduleRoot, manifestDir));
templateValues.put(ATTR_MANIFEST_OUT, FileUtil.toSystemIndependentName(manifestDir.getPath()));
}
File aidlDir = paths.getAidlDirectory();
if (aidlDir != null) {
templateValues.put(ATTR_AIDL_DIR, getRelativePath(moduleRoot, aidlDir));
templateValues.put(ATTR_AIDL_OUT, FileUtil.toSystemIndependentName(aidlDir.getPath()));
}
templateValues.put(PROJECT_LOCATION_ID, moduleRoot.getParent());
// We're really interested in the directory name on disk, not the module name. These will be different if you give a module the same
// name as its containing project.
String moduleName = moduleRoot.getName();
templateValues.put(ATTR_MODULE_NAME, moduleName);
}
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