本文基于安卓11。
安卓应用的资源文件都在编译时通过aapt（frameworks/base/tools/aapt2）工具打包在APK中，安装后保存在userdata分区，当应用需要使用某个资源文件时，通常使用getResources().getString(R.string.name);等方式，R.string.name是一个32位的int类型，由aapt工具生成，保存的是每个资源文件对应的ID，下面就看看安卓是如何通过这个ID获取到对应的数据的。
应用从Java层的AssetManager通过JNI调用到native模块的AssetManager，这里从androidfw模块的AssetManager2开始。
AssetManager2::FindEntry
cpp
//AssetManager2.cpp
ApkAssetsCookie AssetManager2::FindEntry(uint32_t resid, uint16_t density_override,
bool /*stop_at_first_match*/,
bool ignore_configuration,
FindEntryResult* out_entry) const {
if (resource_resolution_logging_enabled_) {
// Clear the last logged resource resolution.
ResetResourceResolution();
last_resolution_.resid = resid;
}
// Might use this if density_override != 0.
ResTable_config density_override_config;
// Select our configuration or generate a density override configuration.
const ResTable_config* desired_config = &configuration_;
if (density_override != 0 && density_override != configuration_.density) {
density_override_config = configuration_;
density_override_config.density = density_override;
desired_config = &density_override_config;
}
// Retrieve the package group from the package id of the resource id.
if (!is_valid_resid(resid)) {
LOG(ERROR) << base::StringPrintf("Invalid ID 0x%08x.", resid);
return kInvalidCookie;
}
const uint32_t package_id = get_package_id(resid);
const uint8_t type_idx = get_type_id(resid) - 1;
const uint16_t entry_idx = get_entry_id(resid);
uint8_t package_idx = package_ids_[package_id];
if (package_idx == 0xff) {
ANDROID_LOG(ERROR) << base::StringPrintf("No package ID %02x found for ID 0x%08x.",
package_id, resid);
return kInvalidCookie;
}
const PackageGroup& package_group = package_groups_[package_idx];
ApkAssetsCookie cookie = FindEntryInternal(package_group, type_idx, entry_idx, *desired_config,
false /* stop_at_first_match */,
ignore_configuration, out_entry);
if (UNLIKELY(cookie == kInvalidCookie)) {
return kInvalidCookie;
}
if (!apk_assets_[cookie]->IsLoader()) {
for (const auto& id_map : package_group.overlays_) {
auto overlay_entry = id_map.overlay_res_maps_.Lookup(resid);
if (!overlay_entry) {
// No id map entry exists for this target resource.
continue;
}
if (overlay_entry.IsTableEntry()) {
// The target resource is overlaid by an inline value not represented by a resource.
out_entry->entry = overlay_entry.GetTableEntry();
out_entry->dynamic_ref_table = id_map.overlay_res_maps_.GetOverlayDynamicRefTable();
cookie = id_map.cookie;
continue;
}
FindEntryResult overlay_result;
ApkAssetsCookie overlay_cookie = FindEntry(overlay_entry.GetResourceId(), density_override,
false /* stop_at_first_match */,
ignore_configuration, &overlay_result);
if (UNLIKELY(overlay_cookie == kInvalidCookie)) {
continue;
}
if (!overlay_result.config.isBetterThan(out_entry->config, desired_config)
&& overlay_result.config.compare(out_entry->config) != 0) {
// The configuration of the entry for the overlay must be equal to or better than the target
// configuration to be chosen as the better value.
continue;
}
cookie = overlay_cookie;
out_entry->entry = std::move(overlay_result.entry);
out_entry->config = overlay_result.config;
out_entry->dynamic_ref_table = id_map.overlay_res_maps_.GetOverlayDynamicRefTable();
if (resource_resolution_logging_enabled_) {
last_resolution_.steps.push_back(
Resolution::Step{Resolution::Step::Type::OVERLAID, overlay_result.config.toString(),
overlay_result.package_name});
}
}
}AssetManager2::FindEntry方法接收5个参数，在资源文件中通过resid查找到对应的资源并返回：
- uint32_t resid：R.java中定义的resid，32位无符号整型，前2位标识package，后2位标识type，最后2位标识entry，例如：0x01040000，0x01表示package，0x04表示type，0x0000标识entry。
- uint16_t density_override：覆盖屏幕像素密度参数，通常为0u，也就是不覆盖。
- bool stop_at_first_match：通常为false。
- bool ignore_configuration：通常为false。
- FindEntryResult* out_entry：查找的结果。
AssetManager2::FindEntry方法主要执行了3个步骤：
-
初始化
desired_config变量，desired_config是ResTable_config类型，ResTable_config从十几个维度定义了一个特定的资源配置，比如：MCC 和 MNC、语言、布局方向、最小宽度、可用宽度和高度、屏幕尺寸、屏幕宽高比等参数，具体可参考About app Resources，还定义了match()、isBetterThan()和compare()等方法判断资源和配置是否匹配，desired_config一开始被赋值为configuration_，也就是当前AssetManager的资源配置值，如果需要覆盖屏幕像素密度参数，desired_config的density参数被重新赋值；拆解resid，分别得到package_id，type_idx，entry_idx，一个应用可以获取多个package的资源，比如自己APK中的资源，还有系统的公共资源，其保存在framework-res.apk中，对于resid: 0x01040000，其中package_id: 0x1, type_idx: 0x3, entry_idx: 0，通过package_id找到PackageGroup对象，继续在package范围内查找对应的资源。
-
调用
AssetManager2::FindEntryInternal，在package内部开始查找。 -
如果这个Asset不是被动态加载的，继续查找overlay资源。
AssetManager2::FindEntryInternal
cpp
//AssetManager2.cpp
ApkAssetsCookie AssetManager2::FindEntryInternal(const PackageGroup& package_group,
uint8_t type_idx, uint16_t entry_idx,
const ResTable_config& desired_config,
bool /*stop_at_first_match*/,
bool ignore_configuration,
FindEntryResult* out_entry) const {
ApkAssetsCookie best_cookie = kInvalidCookie;
const LoadedPackage* best_package = nullptr;
const ResTable_type* best_type = nullptr;
const ResTable_config* best_config = nullptr;
ResTable_config best_config_copy;
uint32_t best_offset = 0u;
uint32_t type_flags = 0u;
Resolution::Step::Type resolution_type = Resolution::Step::Type::NO_ENTRY;
std::vector<Resolution::Step> resolution_steps;
// If desired_config is the same as the set configuration, then we can use our filtered list
// and we don't need to match the configurations, since they already matched.
const bool use_fast_path = !ignore_configuration && &desired_config == &configuration_;
const size_t package_count = package_group.packages_.size();
for (size_t pi = 0; pi < package_count; pi++) {
const ConfiguredPackage& loaded_package_impl = package_group.packages_[pi];
const LoadedPackage* loaded_package = loaded_package_impl.loaded_package_;
ApkAssetsCookie cookie = package_group.cookies_[pi];
// If the type IDs are offset in this package, we need to take that into account when searching
// for a type.
const TypeSpec* type_spec = loaded_package->GetTypeSpecByTypeIndex(type_idx);
if (UNLIKELY(type_spec == nullptr)) {
continue;
}
// If the package is an overlay or custom loader,
// then even configurations that are the same MUST be chosen.
const bool package_is_loader = loaded_package->IsCustomLoader();
type_flags |= type_spec->GetFlagsForEntryIndex(entry_idx);
if (use_fast_path) {
const FilteredConfigGroup& filtered_group = loaded_package_impl.filtered_configs_[type_idx];
const std::vector<ResTable_config>& candidate_configs = filtered_group.configurations;
const size_t type_count = candidate_configs.size();
for (uint32_t i = 0; i < type_count; i++) {
const ResTable_config& this_config = candidate_configs[i];
// We can skip calling ResTable_config::match() because we know that all candidate
// configurations that do NOT match have been filtered-out.
if (best_config == nullptr) {
resolution_type = Resolution::Step::Type::INITIAL;
} else if (this_config.isBetterThan(*best_config, &desired_config)) {
resolution_type = (package_is_loader) ? Resolution::Step::Type::BETTER_MATCH_LOADER
: Resolution::Step::Type::BETTER_MATCH;
} else if (package_is_loader && this_config.compare(*best_config) == 0) {
resolution_type = Resolution::Step::Type::OVERLAID_LOADER;
} else {
if (resource_resolution_logging_enabled_) {
resolution_type = (package_is_loader) ? Resolution::Step::Type::SKIPPED_LOADER
: Resolution::Step::Type::SKIPPED;
resolution_steps.push_back(Resolution::Step{resolution_type,
this_config.toString(),
&loaded_package->GetPackageName()});
}
continue;
}
// The configuration matches and is better than the previous selection.
// Find the entry value if it exists for this configuration.
const ResTable_type* type = filtered_group.types[i];
const uint32_t offset = LoadedPackage::GetEntryOffset(type, entry_idx);
if (offset == ResTable_type::NO_ENTRY) {
if (resource_resolution_logging_enabled_) {
if (package_is_loader) {
resolution_type = Resolution::Step::Type::NO_ENTRY_LOADER;
} else {
resolution_type = Resolution::Step::Type::NO_ENTRY;
}
resolution_steps.push_back(Resolution::Step{resolution_type,
this_config.toString(),
&loaded_package->GetPackageName()});
}
continue;
}
best_cookie = cookie;
best_package = loaded_package;
best_type = type;
best_config = &this_config;
best_offset = offset;
if (resource_resolution_logging_enabled_) {
last_resolution_.steps.push_back(Resolution::Step{resolution_type,
this_config.toString(),
&loaded_package->GetPackageName()});
}
}
} else {
// This is the slower path, which doesn't use the filtered list of configurations.
// Here we must read the ResTable_config from the mmapped APK, convert it to host endianness
// and fill in any new fields that did not exist when the APK was compiled.
// Furthermore when selecting configurations we can't just record the pointer to the
// ResTable_config, we must copy it.
const auto iter_end = type_spec->types + type_spec->type_count;
for (auto iter = type_spec->types; iter != iter_end; ++iter) {
ResTable_config this_config{};
if (!ignore_configuration) {
this_config.copyFromDtoH((*iter)->config);
if (!this_config.match(desired_config)) {
continue;
}
if (best_config == nullptr) {
resolution_type = Resolution::Step::Type::INITIAL;
} else if (this_config.isBetterThan(*best_config, &desired_config)) {
resolution_type = (package_is_loader) ? Resolution::Step::Type::BETTER_MATCH_LOADER
: Resolution::Step::Type::BETTER_MATCH;
} else if (package_is_loader && this_config.compare(*best_config) == 0) {
resolution_type = Resolution::Step::Type::OVERLAID_LOADER;
} else {
continue;
}
}
// The configuration matches and is better than the previous selection.
// Find the entry value if it exists for this configuration.
const uint32_t offset = LoadedPackage::GetEntryOffset(*iter, entry_idx);
if (offset == ResTable_type::NO_ENTRY) {
continue;
}
best_cookie = cookie;
best_package = loaded_package;
best_type = *iter;
best_config_copy = this_config;
best_config = &best_config_copy;
best_offset = offset;
if (ignore_configuration) {
// Any configuration will suffice, so break.
break;
}
if (resource_resolution_logging_enabled_) {
last_resolution_.steps.push_back(Resolution::Step{resolution_type,
this_config.toString(),
&loaded_package->GetPackageName()});
}
}
}
}
if (UNLIKELY(best_cookie == kInvalidCookie)) {
return kInvalidCookie;
}
const ResTable_entry* best_entry = LoadedPackage::GetEntryFromOffset(best_type, best_offset);
if (UNLIKELY(best_entry == nullptr)) {
return kInvalidCookie;
}
out_entry->entry = ResTable_entry_handle::unmanaged(best_entry);
out_entry->config = *best_config;
out_entry->type_flags = type_flags;
out_entry->package_name = &best_package->GetPackageName();
out_entry->type_string_ref = StringPoolRef(best_package->GetTypeStringPool(), best_type->id - 1);
out_entry->entry_string_ref =
StringPoolRef(best_package->GetKeyStringPool(), best_entry->key.index);
out_entry->dynamic_ref_table = package_group.dynamic_ref_table.get();
return best_cookie;
}PackageGroup结构体变量std::vector<ConfiguredPackage> packages_;是一个数组，保存了多个ConfiguredPackage引用，ConfiguredPackage定义了2个变量：const LoadedPackage* loaded_package_;表示一个apk资源；ByteBucketArray<FilteredConfigGroup> filtered_configs_;保存着匹配着当前AssetManager的配置ResTable_config，以空间换时间，节省后续查找的时间。
Package
先遍历packages_数组，得到每个ConfiguredPackage的loaded_package_，LoadedPackage定义了一个apk的资源配置：
ResStringPool type_string_pool_: 存储资源类型的名称。例如，资源的类型可能是string、drawable、layout等。ResStringPool key_string_pool_: 存储具体资源条目的名称（也就是键）。例如，strings.xml中的每个<string>元素的名称（如"app_name"）。std::string package_name_: 包名。int package_id_: package_id对应resid的前2位，如0x01040000，package_id就是0x01。int type_id_offset_: 内存偏移量，一般为0。ByteBucketArray<TypeSpecPtr> type_specs_:TypeSpecPtr是结构体TypeSpec的指针(using TypeSpecPtr = util::unique_cptr<TypeSpec>;)，TypeSpec定义了每一个Type(资源类型)，一个Type的所有Entry都存储在同一个内存块中。ByteBucketArray<uint32_t> resource_ids_:resource_ids_描述了每个Type的Entry数量，比如string类型有100个，drawable类型有80个，代码形式表现为resource_ids_[typeIndex_] = entry_count。
ByteBucketArray是模板类，数据结构是数组，ByteBucketArray<TypeSpecPtr>就是TypeSpecPtr类型的数组。
回到AssetManager2::FindEntryInternal方法，在遍历packages_数组后，通过LoadedPackage和type_idx参数得到它指向的TypeSpec对象，loaded_package->GetTypeSpecByTypeIndex(type_idx);。
Type
对于每种Type（资源类型）都有多种配置，比如drawable资源有drawable、drawable-hdpi、drawable-ldrtl-hdpi、drawable-ldrtl-mdpi等，要找到匹配的资源类型，需要比较desired_config和每个Type关联的配置是否匹配，可以通过上文提到的ResTable_config提供的match()、isBetterThan()和compare()等方法判断。
TypeSpec定义了一个Type（资源类型）结构体。注意命名后缀Spec，Spec是Specification**（规范/规格）** 的缩写，它一般用于表示某种 定义、描述或元数据 ，而不是实际的数据本身，可以理解为在package和type中的一个抽象类型。ResTable_type（在 types[0] 数组中）才是实际的资源类型数据，它存储了不同配置下的资源内容，type_count表示一个package存在多个的Type（资源类型）,比如有layout, drawable，那么type_count的值就是2。
ResTable_type才是实际的资源类型数据，定义了id、entryCount、config、entriesStart等关键数据。
header: 头文件。id: type_id对应resid的三四位，如0x01040000，id就是0x04。entryCount: entry数量。entriesStart: 从header数据开始，ResTable_entry数据的偏移量。config: 特定的资源配置。FLAG_SPARSE: 是否分散保存。
回到AssetManager2::FindEntryInternal方法，遍历TypeSpec的每个ResTable_type对象，比较其关联的config，得到和desired_config最匹配的ResTable_type。
找到了匹配的Type后，下一步就是通过Type找到Entry，通过传递过来的entry_idx参数：
const uint32_t offset = LoadedPackage::GetEntryOffset(*iter, entry_idx);。
LoadedPackage::GetEntryOffset方法的作用是获取指定资源条目（entry）在资源类型（type_chunk）中的偏移量，首先判断ResTable_type是否有FLAG_SPARSE标志表示分散保存，如果是分散保存，则需要通过二分搜索找到对应的entry，否则简单多了，找到头文件之后的内存指针，后面的内存保存着uint32_t类型的偏移量数据。
cpp
//LoadedArsc.cpp
uint32_t LoadedPackage::GetEntryOffset(const ResTable_type* type_chunk, uint16_t entry_index) {
const size_t offsets_offset = dtohs(type_chunk->header.headerSize);
const uint32_t* entry_offsets = reinterpret_cast<const uint32_t*>(
reinterpret_cast<const uint8_t*>(type_chunk) + offsets_offset);
return dtohl(entry_offsets[entry_index]);
}-
reinterpret_cast<const uint8_t*>(type_chunk)先将结构体指针重新解释为字节指针，type_chunk是指向ResTable_type结构的指针，而结构体指针一般会按结构体的大小和对齐方式对齐，这对于我们后续的内存访问和计算偏移并不方便，通过将type_chunk转换为uint8_t*，我们将其视为一个字节数组，这样就可以按 字节 访问内存。 -
reinterpret_cast<const uint8_t*>(type_chunk) + offsets_offset在type_chunk*指针位置偏移offsets_offset个字节。 -
reinterpret_cast<const uint32_t*>(reinterpret_cast<const uint8_t*>(type_chunk) + offsets_offset)将其重新解释为uint32_t*类型的数据，在内存中，偏移量通常是以 4 字节为单位存储的。entry_offsets存储了一组 偏移量 ，每个偏移量对应一个资源条目（例如，资源ID，图像，字符串等）。entry_offsets[entry_index]便是 资源条目对应的偏移量。 -
dtohl(entry_offsets[entry_index])将网络字节序（大端字节序）转换为主机字节序（小端字节序）。
好了，现在确定了ResTable_type对象，和Entry的偏移量，接下来就是查找Entry对象了。
Entry
查找获取Entry对象：const ResTable_entry* best_entry = LoadedPackage::GetEntryFromOffset(best_type, best_offset);，其中best_type是最匹配的Type，ResTable_type对象，best_offset是Entry的偏移量。
cpp
//LoadedArsc.cpp
const ResTable_entry* LoadedPackage::GetEntryFromOffset(const ResTable_type* type_chunk,
uint32_t offset) {
return reinterpret_cast<const ResTable_entry*>(reinterpret_cast<const uint8_t*>(type_chunk) +
offset + dtohl(type_chunk->entriesStart));
}在type_chunk*指针位置偏移offset个字节，然后加上type_chunk->entriesStart偏移量，就是ResTable_entry对象的内存数据了。
内存结构如下：
ResTable_type->header.headerSize表示ResTable_type结构体的大小，ResTable_type->entriesStart表示ResTable_type结构体和Entry offSets的大小。
回到LoadedPackage::GetEntryFromOffset，将对应的内存数据重新解释为ResTable_entry类型。
ResTable_entry定义了每个资源条目的数据结构。
size: 数据大小，字节数。flags: FLAG_COMPLEX 或 FLAG_PUBLIC 或 FLAG_WEAK。key:ResStringPool_ref类型，已一个uint32_t类型的index指向stringPool中的某个string，这里保存了每个entry对应的的值。
总结一下，ResTable_config从十几个维度定义了一个特定的资源配置，先是通过package_idx确定了PackageGroup，遍历PackageGroup中的所有LoadedPackage，然后通过type_idx找到LoadedPackage中保存的TypeSpec对象，比较desired_config和TypeSpec关联的ResTable_config，找到最匹配的TypeSpec，最后通过entry_idx找到对应的内存地址，转换解释为ResTable_entry对象。
返回结果
回到AssetManager2::FindEntryInternal，找到了对应的Entry后通过FindEntryResult对象返回。
cpp
//AssetManager2.cpp
const ResTable_entry* best_entry = LoadedPackage::GetEntryFromOffset(best_type, best_offset);
out_entry->entry = ResTable_entry_handle::unmanaged(best_entry);
out_entry->config = *best_config;
out_entry->type_flags = type_flags;
out_entry->package_name = &best_package->GetPackageName();
out_entry->type_string_ref = StringPoolRef(best_package->GetTypeStringPool(), best_type->id - 1);
out_entry->entry_string_ref =
StringPoolRef(best_package->GetKeyStringPool(), best_entry->key.index);
out_entry->dynamic_ref_table = package_group.dynamic_ref_table.get();
FindEntryResult的entry是ResTable_entry_handle类型，共享指针指向best_entry。
FindEntryResult指针保存结果返回给JNI调用者。
cpp
//AssetManager2.cpp
ApkAssetsCookie AssetManager2::GetResource(uint32_t resid, bool may_be_bag,
uint16_t density_override, Res_value* out_value,
ResTable_config* out_selected_config,
uint32_t* out_flags) const {
FindEntryResult entry;
ApkAssetsCookie cookie = FindEntry(resid, density_override, false /* stop_at_first_match */,
false /* ignore_configuration */, &entry);
const ResTable_entry* table_entry = *entry.entry;
const Res_value* device_value = reinterpret_cast<const Res_value*>(
reinterpret_cast<const uint8_t*>(table_entry) + dtohs(table_entry->size));
out_value->copyFrom_dtoh(*device_value);
return cookie;
}reinterpret_cast<const Res_value*>(reinterpret_cast<const uint8_t*>(table_entry) + dtohs(table_entry->size))将ResTable_entry内存地址后size个字节的数据重新解释装换为Res_value对象，size的值是ResTable_entry结构体的内存大小。
Res_value类定义：
JNI的NativeGetResourceValue方法将CPP中的Res_value对象转换为Java中的TypedValue对象：
cpp
//android_util_AssetManager.cpp
static jint NativeGetResourceValue(JNIEnv* env, jclass /*clazz*/, jlong ptr, jint resid,
jshort density, jobject typed_value,
jboolean resolve_references) {
ScopedLock<AssetManager2> assetmanager(AssetManagerFromLong(ptr));
Res_value value;
ResTable_config selected_config;
uint32_t flags;
ApkAssetsCookie cookie =
assetmanager->GetResource(static_cast<uint32_t>(resid), false /*may_be_bag*/,
static_cast<uint16_t>(density), &value, &selected_config, &flags);
uint32_t ref = static_cast<uint32_t>(resid);
return CopyValue(env, cookie, value, ref, flags, &selected_config, typed_value);
}CopyValue将Res_value对象数据复制给TypedValue对象:
cpp
//android_util_AssetManager.cpp
static jint CopyValue(JNIEnv* env, ApkAssetsCookie cookie, const Res_value& value, uint32_t ref,
uint32_t type_spec_flags, ResTable_config* config, jobject out_typed_value) {
env->SetIntField(out_typed_value, gTypedValueOffsets.mType, value.dataType);
env->SetIntField(out_typed_value, gTypedValueOffsets.mAssetCookie,
ApkAssetsCookieToJavaCookie(cookie));
env->SetIntField(out_typed_value, gTypedValueOffsets.mData, value.data);
env->SetObjectField(out_typed_value, gTypedValueOffsets.mString, nullptr);
env->SetIntField(out_typed_value, gTypedValueOffsets.mResourceId, ref);
env->SetIntField(out_typed_value, gTypedValueOffsets.mChangingConfigurations, type_spec_flags);
if (config != nullptr) {
env->SetIntField(out_typed_value, gTypedValueOffsets.mDensity, config->density);
}
return static_cast<jint>(ApkAssetsCookieToJavaCookie(cookie));
}gTypedValueOffsets.mType: TypedValue.typegTypedValueOffsets.mData: TypedValue.data
Java层的AssetManager通过TypedValue找到entry对应的值。
java
//AssetManger.java
boolean getResourceValue(@AnyRes int resId, int densityDpi, @NonNull TypedValue outValue,
boolean resolveRefs) {
final int cookie = nativeGetResourceValue(
mObject, resId, (short) densityDpi, outValue, resolveRefs);
if (outValue.type == TypedValue.TYPE_STRING) {
outValue.string = getPooledStringForCookie(cookie, outValue.data);
}
}判断type是否为ypedValue.TYPE_STRING，如果是的话getPooledStringForCookie(cookie, outValue.data);，cookie是上文AssetManager2::FindEntryInternal方法返回的best_cookie，using ApkAssetsCookie = int32_t;一个整型变量关联一个LoadedPackage，相当于LoadedPackage的索引。
java
//AssetManger.java
CharSequence getPooledStringForCookie(int cookie, int id) {
// Cookies map to ApkAssets starting at 1.
return getApkAssets()[cookie - 1].getStringFromPool(id);
}通过cookie索引到具体的ApkAssets对象，然后通过outValue.data在字符串池中获取对应的值。
getApkAssets()返回一个ApkAssets[]数组，一个应用可能有多个ApkAssets，比如下面的应用com.example.myapplication，3个systemApkAssets和1个mUserApkAssets，返回的ApkAssets[]大小为4。
shell
01-01 07:24:10.137 1143 1283 D AssetManager: AssetManager systemApkAssets: 0, /system/framework/framework-res.apk
01-01 07:24:10.137 1143 1283 D AssetManager: AssetManager systemApkAssets: 1, /vendor/overlay/framework-res__auto_generated_rro_vendor.apk
01-01 07:24:10.137 1143 1283 D AssetManager: AssetManager systemApkAssets: 2, /system/product/overlay/framework-res__auto_generated_rro_product.apk
01-01 07:24:10.137 1143 1283 D AssetManager: AssetManager mUserApkAssets: 0, /data/app/~~YZ0ivppt_GbGfdxqixf45Q==/com.example.myapplication-_rJfRy7PAecqI4zoHuVdbA==/base.apk