# Copyright 2018 The Bazel Authors. All rights reserved.
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
#    http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
"""Bazel Android Resources."""

load("//providers:providers.bzl", "AndroidLibraryResourceClassJarProvider", "ResourcesNodeInfo", "StarlarkAndroidResourcesInfo")
load("//rules:acls.bzl", "acls")
load("//rules:add_constraints.bzl", "add_constraints")
load("//rules:min_sdk_version.bzl", _min_sdk_version = "min_sdk_version")
load("//rules:visibility.bzl", "PROJECT_VISIBILITY")
load("@rules_java//java/common:java_info.bzl", "JavaInfo")
load("@bazel_skylib//rules:common_settings.bzl", "BuildSettingInfo")
load(":attrs.bzl", _attrs = "attrs")
load(":busybox.bzl", _busybox = "busybox")
load(":path.bzl", _path = "path")
load(":proguard.bzl", _proguard = "proguard")
load(":utils.bzl", "ANDROID_TOOLCHAIN_TYPE", "get_android_toolchain", "utils", _compilation_mode = "compilation_mode", _log = "log")

visibility(PROJECT_VISIBILITY)

_RESOURCE_FOLDER_TYPES = [
    "anim",
    "animator",
    "color",
    "drawable",
    "font",
    "interpolator",
    "layout",
    "menu",
    "mipmap",
    "navigation",
    "values",
    "xml",
    "raw",
    "transition",
]

_RESOURCE_QUALIFIER_SEP = "-"

_MANIFEST_MISSING_ERROR = (
    "In target %s, manifest attribute is required when resource_files, " +
    "assets, or exports_manifest are specified."
)

_ASSET_DEFINITION_ERROR = (
    "In target %s, the assets and assets_dir attributes should be either " +
    "both empty or non-empty."
)

_INCORRECT_RESOURCE_LAYOUT_ERROR = (
    "'%s' is not in the expected resource directory structure of " +
    "<resource directory>/{%s}/<file>" % (",").join(_RESOURCE_FOLDER_TYPES)
)

# Keys for manifest_values
_VERSION_NAME = "versionName"
_VERSION_CODE = "versionCode"
_MIN_SDK_VERSION = "minSdkVersion"

# Resources context attributes.
_DATA_BINDING_LAYOUT_INFO = "data_binding_layout_info"
_DEFINES_RESOURCES = "defines_resources"
_DIRECT_ANDROID_RESOURCES = "direct_android_resources"
_MAIN_DEX_PROGUARD_CONFIG = "main_dex_proguard_config"
_MERGED_MANIFEST = "merged_manifest"
_PROVIDERS = "providers"
_R_JAVA = "r_java"
_RESOURCES_APK = "resources_apk"
_VALIDATION_RESULTS = "validation_results"
_VALIDATION_OUTPUTS = "validation_outputs"
_STARLARK_PROCESSED_MANIFEST = "starlark_processed_manifest"
_STARLARK_R_TXT = "starlark_r_txt"
_STARLARK_PROCESSED_RESOURCES = "starlark_processed_resources"

_ResourcesProcessContextInfo = provider(
    "Resources context object",
    fields = {
        _DEFINES_RESOURCES: "If local resources were defined.",
        _DIRECT_ANDROID_RESOURCES: "Direct android resources.",
        _MERGED_MANIFEST: "Merged manifest.",
        _PROVIDERS: "The list of all providers to propagate.",
        _R_JAVA: "JavaInfo for R.jar.",
        _DATA_BINDING_LAYOUT_INFO: "Databinding layout info file.",
        _RESOURCES_APK: "ResourcesApk.",
        _VALIDATION_RESULTS: "List of validation results.",
        _VALIDATION_OUTPUTS: "List of outputs given to OutputGroupInfo _validation group",
        _STARLARK_PROCESSED_MANIFEST: "The processed manifest from the starlark resource processing pipeline.",
        _STARLARK_R_TXT: "The R.txt from the starlark resource processing pipeline.",
        _STARLARK_PROCESSED_RESOURCES: "The processed resources from the starlark processing pipeline.",
    },
)

# Packaged resources context attributes.
_PACKAGED_FINAL_MANIFEST = "processed_manifest"
_PACKAGED_RESOURCE_APK = "resources_apk"
_PACKAGED_CLASS_JAR = "class_jar"
_PACKAGED_VALIDATION_RESULT = "validation_result"
_PACKAGED_R_TXT = "r_txt"
_RESOURCE_MINSDK_PROGUARD_CONFIG = "resource_minsdk_proguard_config"
_RESOURCE_PROGUARD_CONFIG = "resource_proguard_config"

_ResourcesPackageContextInfo = provider(
    "Packaged resources context object",
    fields = {
        _PACKAGED_FINAL_MANIFEST: "Final processed manifest.",
        _PACKAGED_RESOURCE_APK: "ResourceApk.",
        _PACKAGED_CLASS_JAR: "R class jar.",
        _PACKAGED_VALIDATION_RESULT: "Validation result.",
        _PACKAGED_R_TXT: "R text file",
        _R_JAVA: "JavaInfo for R.jar",
        _DATA_BINDING_LAYOUT_INFO: "Databinding layout info file.",
        _RESOURCE_MINSDK_PROGUARD_CONFIG: "Resource minSdkVersion proguard config",
        _RESOURCE_PROGUARD_CONFIG: "Resource proguard config",
        _MAIN_DEX_PROGUARD_CONFIG: "Main dex proguard config",
        _PROVIDERS: "The list of all providers to propagate.",
    },
)

# Manifest context attributes
_PROCESSED_MANIFEST = "processed_manifest"
_PROCESSED_MANIFEST_VALUES = "processed_manifest_values"
_PROCESSED_MIN_SDK_VERSION = "processed_min_sdk_version"

_ManifestContextInfo = provider(
    "Manifest context object",
    fields = {
        _PROCESSED_MANIFEST: "The manifest after the min SDK has been changed as necessary.",
        _PROCESSED_MANIFEST_VALUES: "Optional, dict of manifest values that have been processed.",
        _PROCESSED_MIN_SDK_VERSION: "Optional, int minSdkVersion passed as an attribute of the target that has been processed.",
    },
)

_SHRUNK_RESOURCE_APK = "resources_apk"
_SHRUNK_RESOURCE_ZIP = "resources_zip"
_RESOURCE_SHRINKER_LOG = "shrinker_log"
_RESOURCE_OPTIMIZATION_CONFIG = "optimization_config"

_ResourcesShrinkContextInfo = provider(
    "Shrunk resources context object",
    fields = {
        _SHRUNK_RESOURCE_APK: "Shrunk resource apk.",
        _SHRUNK_RESOURCE_ZIP: "Shrunk resource zip.",
        _RESOURCE_SHRINKER_LOG: "Shrinker log.",
        _RESOURCE_OPTIMIZATION_CONFIG: "Resource optimization config.",
    },
)

_RESOURCE_PATH_SHORTENING_MAP = "path_shortening_map"
_OPTIMIZED_RESOURCE_APK = "resources_apk"

_ResourcesOptimizeContextInfo = provider(
    "Optimized resources context object",
    fields = {
        _OPTIMIZED_RESOURCE_APK: "Optimized resource apk",
        _RESOURCE_PATH_SHORTENING_MAP: "Path shortening map.",
    },
)

# Feature which would enable AAPT2's resource name obfuscation optimization for android_binary
# rules with resource shrinking and ProGuard enabled.
_FEATURE_RESOURCE_NAME_OBFUSCATION = "resource_name_obfuscation"

def _get_shrinker_log_name(ctx):
    return ctx.label.name + "_files/resource_shrinker.log"

def _generate_dummy_manifest(
        ctx,
        out_manifest = None,
        java_package = None,
        min_sdk_version = 0):
    content = """<?xml version="1.0" encoding="utf-8"?>
<manifest xmlns:android="http://schemas.android.com/apk/res/android"
    package="%s">""" % (java_package or "com.default")

    min_sdk_version = max(min_sdk_version, _min_sdk_version.DEPOT_FLOOR)
    content = content + """
    <uses-sdk android:minSdkVersion="%s" />""" % min_sdk_version

    content = content + """
    <application>
    </application>
</manifest>"""

    ctx.actions.write(
        output = out_manifest,
        content = content,
    )

def _add_g3itr(
        ctx,
        manifest = None,
        out_manifest = None,
        xsltproc = None,
        instrument_xslt = None):
    """Adds Google3InstrumentationTestRunner instrumentation element to the manifest.

    Element is only added if the manifest contains an instrumentation element with
    name "android.test.InstrumentationTestRunner". The added element's name attr is
    "com.google.android.apps.common.testing.testrunner.Google3InstrumentationTestRunner".

    Args:
      ctx: The context.
      manifest: File. The AndroidManifest.xml file.
      out_manifest: File. The transformed AndroidManifest.xml.
      xsltproc: FilesToRunProvider. The xsltproc executable or
        FilesToRunProvider.
      instrument_xslt: File. The add_g3itr.xslt file describing the xslt
        transformation to apply.
    """
    args = ctx.actions.args()
    args.add("--nonet")
    args.add("--novalid")
    args.add("-o", out_manifest)
    args.add(instrument_xslt)
    args.add(manifest)

    ctx.actions.run(
        executable = xsltproc,
        arguments = [args],
        inputs = [manifest, instrument_xslt],
        outputs = [out_manifest],
        mnemonic = "AddG3ITRStarlark",
        progress_message = "Adding G3ITR to test manifest for %s" % ctx.label,
        toolchain = None,
    )

def _get_legacy_mergee_manifests(resources_infos):
    all_dependency_nodes = depset(
        transitive = [
            ri.direct_resources_nodes
            for ri in resources_infos
        ] + [
            ri.transitive_resources_nodes
            for ri in resources_infos
        ],
    )

    mergee_manifests = []
    for node in all_dependency_nodes.to_list():
        if node.exports_manifest:
            mergee_manifests.append(node.manifest)

    return depset(mergee_manifests)

def _legacy_mergee_manifest(manifest):
    sort_key = manifest.short_path + "#"
    return sort_key + "--mergee=" + manifest.path

def _legacy_merge_manifests(
        ctx,
        out_merged_manifest = None,
        manifest = None,
        mergee_manifests = None,
        legacy_merger = None):
    """Merges manifests with the legacy manifest merger."

    This should not be called with empty mergee_manifests.

    Args:
      ctx: The context.
      out_merged_manifest: File. The merged AndroidManifest.xml.
      manifest: File. The AndroidManifest.xml.
      mergee_manifests: A sequence of Files. All transitive manifests to be merged.
      legacy_merger: A FilesToRunProvider. The legacy manifest merger executable.
    """
    args = ctx.actions.args()
    args.use_param_file("%s", use_always = True)
    args.set_param_file_format("multiline")
    args.add("--merger=%s" % manifest.path)
    args.add("--exclude_permission=all")
    args.add("--output=%s" % out_merged_manifest.path)

    manifest_params = ctx.actions.declare_file(ctx.label.name + "/legacy_merger.params")
    manifest_args = ctx.actions.args()
    manifest_args.use_param_file("%s", use_always = True)
    manifest_args.set_param_file_format("multiline")
    manifest_args.add_joined(mergee_manifests, map_each = _legacy_mergee_manifest, join_with = "\n")
    ctx.actions.run_shell(
        mnemonic = "StarlarkLegacyMergeManifestsParams",
        command = """
# Sorts the mergee manifests by path and combines with other busybox args.
set -e
SORTED=`sort $1 | sed 's/^.*#//'`
cat $2 > $3
echo "$SORTED" >> $3
""",
        arguments = [manifest_args, args, manifest_params.path],
        outputs = [manifest_params],
        toolchain = None,
    )
    args = ctx.actions.args()
    args.add(manifest_params, format = "--flagfile=%s")

    ctx.actions.run(
        executable = legacy_merger,
        arguments = [args],
        inputs = depset([manifest, manifest_params], transitive = [mergee_manifests]),
        outputs = [out_merged_manifest],
        mnemonic = "StarlarkLegacyAndroidManifestMerger",
        progress_message = "Merging Android Manifests",
        toolchain = None,
    )

def _make_databinding_outputs(
        ctx,
        resource_files):
    """Helper method to create arguments for the process_databinding busybox tool.

    Declares databinding-processed resource files that are generated by the
    PROCESS_DATABINDING busybox tool, which must be declared underneath an output
    resources directory and namespaced by their paths. The busybox takes the
    output directory exec path and generates the underlying resource files.

    Args:
      ctx: The context.
      resource_files: List of Files. The android resource files to be processed by
        _process_databinding.

    Returns:
      A tuple containing the list of declared databinding processed resource files and the
        output resource directory path expected by the busybox. The path is a full path.
    """

    # TODO(b/160907203): Clean up databinding_rel_path. We capitalize "Databinding" here to avoid
    # conflicting with native artifact file names. This is changed back to "databinding" during
    # process_starlark so that compiled resources exactly match those of the native resource
    # processing pipeline. Even a single character mismatch in the file names causes selected
    # resources to differ in the final APK.
    databinding_rel_path = _path.join(["Databinding-processed-resources", ctx.label.name])
    databinding_processed_resources = [
        ctx.actions.declare_file(_path.join([databinding_rel_path, f.path]))
        for f in resource_files
    ]
    databinding_resources_dirname = _path.join([
        ctx.bin_dir.path,
        ctx.label.package,
        databinding_rel_path,
    ])
    return databinding_processed_resources, databinding_resources_dirname

def _fix_databinding_compiled_resources(
        ctx,
        out_compiled_resources = None,
        compiled_resources = None,
        zip_tool = None):
    """Fix compiled resources to match those produced by the native pipeline.

    Changes "Databinding" to "databinding" in each compiled resource .flat file name and header.

    Args:
      ctx: The context.
      out_compiled_resources: File. The modified compiled_resources output.
      compiled_resources: File. The compiled_resources zip.
      zip_tool: FilesToRunProvider. The zip tool executable or FilesToRunProvider
    """
    ctx.actions.run_shell(
        outputs = [out_compiled_resources],
        inputs = [compiled_resources],
        tools = [zip_tool],
        arguments = [compiled_resources.path, out_compiled_resources.path, zip_tool.executable.path],
        toolchain = None,
        mnemonic = "FixDatabindingCompiledResources",
        command = """#!/bin/bash
set -e

IN_DIR=$(mktemp -d)
OUT_DIR=$(mktemp -d)
CUR_PWD=$(pwd)

if zipinfo -t "$1"; then
    # Use awk instead of 'head -n -2' for macOS compatibility (BSD head doesn't support negative counts)
    ORDERED_LIST=`(unzip -l "$1" | sed -e '1,3d' | awk '{lines[NR]=$0} END{for(i=1;i<=NR-2;i++) print lines[i]}' | tr -s " " | cut -d " " -f5)`

    unzip -q "$1" -d "$IN_DIR"

    # Iterate through the ordered list, change "Databinding" to "databinding" in the file header
    # and file name and zip the files with the right comment
    for FILE in $ORDERED_LIST; do
        cd "$IN_DIR"
        if [ -f "$FILE" ]; then
            # Use sed with backup extension for macOS compatibility, then remove backup
            sed -i.bak 's/Databinding\\-processed\\-resources/databinding\\-processed\\-resources/g' "$FILE" && rm -f "$FILE.bak"
            NEW_NAME=`echo "$FILE" | sed 's/Databinding\\-processed\\-resources/databinding\\-processed\\-resources/g' | sed 's#'"$IN_DIR"'/##g'`
            mkdir -p `dirname "$OUT_DIR/$NEW_NAME"` && touch "$OUT_DIR/$NEW_NAME"
            cp -p "$FILE" "$OUT_DIR/$NEW_NAME"

            PATH_SEGMENTS=(`echo ${FILE} | tr '/' ' '`)
            BASE_PATH_SEGMENT="${PATH_SEGMENTS[0]}"
                COMMENT=
            if [ "${BASE_PATH_SEGMENT}" == "generated" ]; then
                COMMENT="generated"
            elif [ "${BASE_PATH_SEGMENT}" == "default" ]; then
                COMMENT="default"
            fi

            cd "$OUT_DIR"
            "$CUR_PWD/$3" -jt -X -0 -q -r -c "$CUR_PWD/$2" $NEW_NAME <<EOM
${COMMENT}
EOM
        fi
    done

    cd "$CUR_PWD"
    touch -r "$1" "$2"
else
    cp -p "$1" "$2"
fi
        """,
    )

def _is_resource_shrinking_enabled(
        shrink_resources,
        use_android_resource_shrinking,
        has_proguard_specs):
    if not has_proguard_specs:
        return False
    if shrink_resources == _attrs.tristate.auto:
        return use_android_resource_shrinking
    return shrink_resources == _attrs.tristate.yes

def _should_shrink_resource_cycles(
        use_android_resource_cycle_shrinking,
        resource_shrinking_enabled):
    return use_android_resource_cycle_shrinking and resource_shrinking_enabled

def _filter_multi_cpu_configuration_targets(
        targets):
    """Filter out duplicate split-configured targets.

    This method simulates logic in the native rule where if a label_list attribute has
    split-configuration but is requested in target mode, only targets from the first architecture
    are returned. Without this filtering there are duplicate targets if multiple CPU configurations
    are specified on the command line. This is the case with deps in the packaging step of
    android_binary.

    Args:
      targets: A list of Target objects.

    Returns:
      A list of Target objects with duplicates removed.
    """
    seen_labels = {}
    filtered_targets = []
    for t in targets:
        if t.label in seen_labels:
            continue
        seen_labels[t.label] = True
        filtered_targets.append(t)
    return filtered_targets

def _get_proguard_specs_for_manifest(ctx, merged_manifest):
    assumes_value_spec = _proguard.get_proguard_temp_artifact(
        ctx,
        "proguard_minsdkversion.cfg",
    )
    _proguard.generate_min_sdk_version_assumevalues(
        ctx,
        output = assumes_value_spec,
        manifest = merged_manifest,
        generate_exec = ctx.executable._minsdkversion_assumevalues_proguard_spec_generator,
    )
    return assumes_value_spec

def _package(
        ctx,
        assets = [],
        assets_dir = None,
        deps = [],
        resource_apks = [],
        manifest = None,
        manifest_values = None,
        manifest_merge_order = "legacy",
        instruments = None,
        resource_configs = None,
        densities = [],
        resource_files = [],
        nocompress_extensions = [],
        java_package = None,
        package_id = None,
        use_r_package = False,
        compilation_mode = _compilation_mode.FASTBUILD,
        shrink_resources = None,
        use_android_resource_shrinking = None,
        use_android_resource_cycle_shrinking = None,
        use_legacy_manifest_merger = False,
        should_throw_on_conflict = True,
        enable_data_binding = False,
        enable_manifest_merging = True,
        should_compile_java_srcs = True,
        generate_minsdk_proguard_config = False,
        build_java_with_final_resources = False,
        generate_out_symbols = True,
        feature_flags = "",
        crunch_png = True,
        aapt = None,
        has_local_proguard_specs = False,
        android_jar = None,
        legacy_merger = None,
        xsltproc = None,
        instrument_xslt = None,
        busybox = None,
        host_javabase = None):
    """Package resources for top-level rules.

    Args:
      ctx: The context.
      assets: sequence of Files. A list of assets to be packaged. All files be
        under the assets_dir directory in the corresponding package.
      assets_dir: String. A string giving the path to the files in assets. The
        pair assets and assets_dir describe packaged assets and either both
        parameters should be provided or none of them.
      deps: sequence of Targets. The list of other libraries targets to link
        against.
      resource_apks: sequence of resource only apk files
      manifest: File. The input top-level AndroidManifest.xml.
      manifest_values: String dictionary. Manifest values to substitute.
      manifest_merge_order: The order to merge manifests: either "legacy" (i.e. alphabetically) or
        "dependency" (i.e. in order that the manifests appear in deps).
      instruments: Optional target. The value of the "instruments" attr if set.
      resource_configs: sequence of Strings. A list of resource_configuration_filters
        to apply.
      densities: sequence of Strings. A list of densities to filter for when building
        the apk.
      resource_files: sequence of Files. A list of Android resource files
        to be processed.
      nocompress_extensions: sequence of Strings. File extension to leave uncompressed
        in the apk.
      java_package: String. Java package for which java sources will be
        generated. By default the package is inferred from the directory where
        the BUILD file containing the rule is.
      package_id: An optional integer in [2,255]. This is the prefix byte for
        all generated resource IDs, defaults to 0x7F (127). 1 is reserved by the
        framework, and some builds are known to crash when given IDs > 127.
        Shared libraries are also assigned monotonically increasing IDs in
        [2,126], so care should be taken that there is room at the lower end.
      use_r_package: A boolean to control whether resource fields should be generated with
        an RPackage class, defaults to false. Used for privacy sandbox.
      compilation_mode: String. A string that represents compilation mode. The
        list of expected values are as follows: dbg, fastbuild, opt.
      shrink_resources: Tristate. Whether resource shrinking is enabled by the rule.
      use_android_resource_shrinking: Bool. Flag that controls the default value for
        shrink_resources if the tristate value is auto (-1).
      use_android_resource_cycle_shrinking: Bool. Flag that enables more shrinking of
        code and resources by instructing AAPT2 to emit conditional Proguard keep rules.
      use_legacy_manifest_merger: A boolean. Whether to use the legacy manifest merger
      instead of the android manifest merger.
      should_throw_on_conflict: A boolean. Determines whether an error should be thrown
        when a resource conflict occurs.
      enable_data_binding: boolean. If true, processesing the data binding
        expressions in layout resources included through the resource_files
        parameter is enabled. Without this setting, data binding expressions
        produce build failures.
      enable_manifest_merging: boolean. If true, manifest merging will be performed.
      should_compile_java_srcs: boolean. If native android_binary should perform java compilation.
      generate_minsdk_proguard_config: boolean. Whether to generate the Proguard specs for the
      minSdkVersion.
      build_java_with_final_resources: boolean. If true, do not generate
        non-final resources for linking against when building any srcs. This is
        generally only desirable for test targets that aren't potentially
        running compile-time optimizations.
      generate_out_symbols: boolean. Whether to generate the merged symbols binary file.
      feature_flags: string. The string value for --feature-flags to pass to aapt2.
      crunch_png: boolean. Determines whether `aapt2 compile` should crunch PNG files.
      aapt: FilesToRunProvider. The aapt executable or FilesToRunProvider.
      has_local_proguard_specs: If the target has proguard specs.
      android_jar: File. The Android jar.
      legacy_merger: FilesToRunProvider. The legacy manifest merger executable.
      xsltproc: FilesToRunProvider. The xsltproc executable or
        FilesToRunProvider.
      instrument_xslt: File. The add_g3itr.xslt file describing the xslt
        transformation to apply.
      busybox: FilesToRunProvider. The ResourceBusyBox executable or
        FilesToRunprovider
      host_javabase: A Target. The host javabase.

    Returns:
      A ResourcesPackageContextInfo containing packaged resource artifacts and
        providers.
    """
    _validate_resources(resource_files)

    packaged_resources_ctx = {
        _PROVIDERS: [],
    }

    g3itr_manifest = manifest

    if manifest and (xsltproc or instrument_xslt):
        g3itr_manifest = ctx.actions.declare_file(
            "_migrated/" + ctx.label.name + "add_g3itr/AndroidManifest.xml",
        )
        _add_g3itr(
            ctx,
            out_manifest = g3itr_manifest,
            manifest = manifest,
            xsltproc = xsltproc,
            instrument_xslt = instrument_xslt,
        )

    direct_resources_nodes = []
    transitive_resources_nodes = []
    transitive_assets = []
    transitive_assets_symbols = []
    transitive_compiled_assets = []
    transitive_resource_files = []
    transitive_compiled_resources = []
    transitive_manifests = []
    transitive_r_txts = []
    packages_to_r_txts_depset = dict()
    transitive_resource_apks = []

    for dep in utils.collect_providers(StarlarkAndroidResourcesInfo, deps):
        direct_resources_nodes.append(dep.direct_resources_nodes)
        transitive_resources_nodes.append(dep.transitive_resources_nodes)
        transitive_assets.append(dep.transitive_assets)
        transitive_assets_symbols.append(dep.transitive_assets_symbols)
        transitive_compiled_assets.append(dep.transitive_compiled_assets)
        transitive_resource_files.append(dep.transitive_resource_files)
        transitive_compiled_resources.append(dep.transitive_compiled_resources)
        transitive_manifests.append(dep.transitive_manifests)
        transitive_r_txts.append(dep.transitive_r_txts)
        for pkg, r_txts in dep.packages_to_r_txts.items():
            packages_to_r_txts_depset.setdefault(pkg, []).append(r_txts)
        transitive_resource_apks.append(dep.transitive_resource_apks)
    if manifest_merge_order == "legacy":
        mergee_manifests = depset([
            node_info.manifest
            for node_info in depset(transitive = transitive_resources_nodes + direct_resources_nodes).to_list()
            if node_info.exports_manifest
        ])
    else:
        mergee_manifests = depset([
            node_info.manifest
            for node_info in depset(transitive = direct_resources_nodes + transitive_resources_nodes, order = "preorder").to_list()
            if node_info.exports_manifest
        ])

    if not acls.in_shared_library_resource_linking_allowlist(str(ctx.label)):
        # to_list() safe to use as we expect this to be an empty depset in the non-error case
        all_res_apks = depset(
            resource_apks,
            transitive = transitive_resource_apks,
            order = "preorder",
        ).to_list()
        if all_res_apks:
            fail(
                "%s has resource apks in the transitive closure without being allowlisted.\n%s" % (
                    ctx.label,
                    all_res_apks,
                ),
            )

    # TODO(b/156763506): Add analysis tests to verify logic around when manifest merging is configured.
    # TODO(b/154153771): Run the android merger if mergee_manifests or manifest values are present.
    merged_manifest = g3itr_manifest
    if enable_manifest_merging and (manifest_values or mergee_manifests):
        if use_legacy_manifest_merger:
            # Legacy manifest merger only runs if mergee manifests are present
            if mergee_manifests:
                merged_manifest = ctx.actions.declare_file(
                    "_migrated/_merged/" + ctx.label.name + "/AndroidManifest.xml",
                )
                _legacy_merge_manifests(
                    ctx,
                    out_merged_manifest = merged_manifest,
                    manifest = g3itr_manifest,
                    mergee_manifests = mergee_manifests,
                    legacy_merger = legacy_merger,
                )
        else:
            merged_manifest = ctx.actions.declare_file(
                "_migrated/_merged/" + ctx.label.name + "/AndroidManifest.xml",
            )
            _busybox.merge_manifests(
                ctx,
                out_file = merged_manifest,
                out_log_file = ctx.actions.declare_file(
                    "_migrated/_merged/" + ctx.label.name + "/manifest_merger_log.txt",
                ),
                manifest = g3itr_manifest,
                mergee_manifests = mergee_manifests,
                manifest_values = manifest_values,
                merge_type = "APPLICATION",
                manifest_merge_order = manifest_merge_order,
                java_package = java_package,
                busybox = busybox,
                host_javabase = host_javabase,
            )

    processed_resources = resource_files
    data_binding_layout_info = None
    if enable_data_binding:
        data_binding_layout_info = ctx.actions.declare_file("_migrated/" + ctx.label.name + "/layout-info.zip")
        processed_resources, resources_dirname = _make_databinding_outputs(
            ctx,
            resource_files,
        )
        _busybox.process_databinding(
            ctx,
            out_databinding_info = data_binding_layout_info,
            out_databinding_processed_resources = processed_resources,
            databinding_resources_dirname = resources_dirname,
            resource_files = resource_files,
            java_package = java_package,
            busybox = busybox,
            host_javabase = host_javabase,
        )

    resource_shrinking_enabled = _is_resource_shrinking_enabled(
        shrink_resources,
        use_android_resource_shrinking,
        has_local_proguard_specs,
    )
    shrink_resource_cycles = _should_shrink_resource_cycles(
        use_android_resource_cycle_shrinking,
        resource_shrinking_enabled,
    )

    resource_apk = ctx.actions.declare_file(ctx.label.name + "_migrated/.ap_")
    r_java = ctx.actions.declare_file("_migrated/" + ctx.label.name + ".srcjar")
    r_txt = ctx.actions.declare_file(ctx.label.name + "_migrated/_symbols/R.txt")
    processed_manifest = ctx.actions.declare_file(ctx.label.name + "_migrated/_processed_manifest/AndroidManifest.xml")
    proguard_cfg = ctx.actions.declare_file(
        "_migrated/proguard/%s/_%s_proguard.cfg" % (ctx.label.name, ctx.label.name),
    )
    main_dex_proguard_cfg = ctx.actions.declare_file(
        "_migrated/proguard/%s/main_dex_%s_proguard.cfg" %
        (ctx.label.name, ctx.label.name),
    )
    resource_files_zip = ctx.actions.declare_file(
        "_migrated/" + ctx.label.name + "_files/resource_files.zip",
    )
    out_symbols = ctx.actions.declare_file("_migrated/" + ctx.label.name + "_symbols/merged.bin") if generate_out_symbols else None
    _busybox.package(
        ctx,
        out_file = resource_apk,
        out_r_src_jar = r_java,
        out_r_txt = r_txt,
        out_symbols = out_symbols,
        out_manifest = processed_manifest,
        out_proguard_cfg = proguard_cfg,
        out_main_dex_proguard_cfg = main_dex_proguard_cfg,
        out_resource_files_zip = resource_files_zip,
        application_id = manifest_values.get("applicationId", None),
        package_id = package_id,
        manifest = merged_manifest,
        assets = assets,
        assets_dir = assets_dir,
        resource_files = processed_resources,
        resource_apks = depset(resource_apks, transitive = transitive_resource_apks, order = "preorder"),
        direct_resources_nodes =
            depset(transitive = direct_resources_nodes, order = "preorder"),
        transitive_resources_nodes =
            depset(transitive = transitive_resources_nodes, order = "preorder"),
        transitive_assets = transitive_assets,
        transitive_compiled_assets = transitive_compiled_assets,
        transitive_resource_files = transitive_resource_files,
        transitive_compiled_resources = transitive_compiled_resources,
        transitive_manifests = transitive_manifests,
        transitive_r_txts = transitive_r_txts,
        resource_configs = resource_configs,
        densities = densities,
        nocompress_extensions = nocompress_extensions,
        java_package = java_package,
        shrink_resource_cycles = shrink_resource_cycles,
        version_name = manifest_values[_VERSION_NAME] if _VERSION_NAME in manifest_values else None,
        version_code = manifest_values[_VERSION_CODE] if _VERSION_CODE in manifest_values else None,
        feature_flags = feature_flags,
        crunch_png = crunch_png,
        android_jar = android_jar,
        aapt = aapt,
        busybox = busybox,
        host_javabase = host_javabase,
        debug = compilation_mode != _compilation_mode.OPT,
        should_throw_on_conflict = should_throw_on_conflict,
    )

    minsdk_proguard_config = None
    if generate_minsdk_proguard_config:
        minsdk_proguard_config = _get_proguard_specs_for_manifest(ctx, processed_manifest)

    packaged_resources_ctx[_PACKAGED_FINAL_MANIFEST] = processed_manifest
    packaged_resources_ctx[_PACKAGED_RESOURCE_APK] = resource_apk
    packaged_resources_ctx[_PACKAGED_VALIDATION_RESULT] = resource_files_zip
    packaged_resources_ctx[_RESOURCE_PROGUARD_CONFIG] = proguard_cfg
    packaged_resources_ctx[_RESOURCE_MINSDK_PROGUARD_CONFIG] = minsdk_proguard_config
    packaged_resources_ctx[_MAIN_DEX_PROGUARD_CONFIG] = main_dex_proguard_cfg
    packaged_resources_ctx[_PACKAGED_R_TXT] = r_txt

    nonfinal_class_jar_name = ctx.label.name + "_migrated/" + ctx.label.name + "_resources.jar"
    final_class_jar_name = ctx.label.name + "_migrated/" + ctx.label.name + "_final_resources.jar"

    compile_class_jar = ctx.actions.declare_file(nonfinal_class_jar_name)
    use_final_fields = not shrink_resource_cycles and not instruments and not use_r_package
    if use_final_fields:
        if build_java_with_final_resources:
            output_class_jar = compile_class_jar
        else:
            output_class_jar = ctx.actions.declare_file(final_class_jar_name)
        _busybox.generate_binary_r(
            ctx,
            out_class_jar = output_class_jar,
            r_txt = r_txt,
            manifest = processed_manifest,
            package_for_r = java_package,
            final_fields = True,
            use_r_package = use_r_package,
            resources_nodes = depset(transitive = direct_resources_nodes + transitive_resources_nodes),
            transitive_r_txts = transitive_r_txts,
            transitive_manifests = transitive_manifests,
            busybox = busybox,
            host_javabase = host_javabase,
        )
    else:
        output_class_jar = compile_class_jar

    if not use_final_fields or not build_java_with_final_resources:
        _busybox.generate_binary_r(
            ctx,
            out_class_jar = compile_class_jar,
            r_txt = r_txt,
            manifest = processed_manifest,
            package_for_r = java_package,
            final_fields = False,
            use_r_package = use_r_package,
            resources_nodes = depset(transitive = direct_resources_nodes + transitive_resources_nodes),
            transitive_r_txts = transitive_r_txts,
            transitive_manifests = transitive_manifests,
            busybox = busybox,
            host_javabase = host_javabase,
        )
    packaged_resources_ctx[_PACKAGED_CLASS_JAR] = output_class_jar

    java_info = JavaInfo(
        output_jar = output_class_jar,
        compile_jar = compile_class_jar,
        source_jar = r_java,
    )

    java_info = add_constraints(java_info, constraints = ["android"])

    packaged_resources_ctx[_R_JAVA] = java_info
    packaged_resources_ctx[_DATA_BINDING_LAYOUT_INFO] = data_binding_layout_info

    packages_to_r_txts_depset.setdefault(java_package, []).append(depset([r_txt]))

    packages_to_r_txts = dict()
    for pkg, depsets in packages_to_r_txts_depset.items():
        packages_to_r_txts[pkg] = depset(transitive = depsets)

    return _ResourcesPackageContextInfo(**packaged_resources_ctx)

def _liteparse(ctx, out_r_pb, resource_files, android_kit):
    """Creates an R.pb which contains the resource ids gotten from a light parse.

    Args:
      ctx: The context.
      out_r_pb: File. The R.pb output file.
      resource_files: List of Files. The list of resource files.
      android_kit: FilesToRunProvider. The Android Kit executable or
        FilesToRunProvider.
    """
    args = ctx.actions.args()
    args.use_param_file(param_file_arg = "--flagfile=%s", use_always = True)
    args.set_param_file_format("multiline")
    args.add_joined("--res_files", resource_files, join_with = ",")
    args.add("--out", out_r_pb)

    ctx.actions.run(
        executable = android_kit,
        arguments = ["liteparse", args],
        inputs = resource_files,
        outputs = [out_r_pb],
        mnemonic = "ResLiteParse",
        progress_message = "Lite parse Android Resources %s" % ctx.label,
        toolchain = None,
    )

def _fastr(ctx, r_pbs, package, manifest, android_kit):
    """Create R.srcjar from the given R.pb files in the transitive closure.

    Args:
      ctx: The context.
      r_pbs: Transitive  set of resource pbs.
      package: The package name of the compile-time R.java.
      manifest: File. The AndroidManifest.xml file.
      android_kit: FilesToRunProvider. The Android Kit executable or
        FilesToRunProvider.

    Returns:
      The output R source jar artifact.
    """
    inputs = r_pbs
    r_srcjar = ctx.actions.declare_file(ctx.label.name + "/resources/R-fastr.srcjar")
    args = ctx.actions.args()
    args.use_param_file(param_file_arg = "--flagfile=%s", use_always = True)
    args.set_param_file_format("multiline")
    args.add("-rJavaOutput", r_srcjar)
    if package:
        args.add("-packageForR", package)
    else:
        args.add("-manifest", manifest)
        inputs = depset([manifest], transitive = [inputs])
    args.add_joined("-resourcePbs", r_pbs, join_with = ",")

    ctx.actions.run(
        executable = android_kit,
        arguments = ["rstub", args],
        inputs = inputs,
        outputs = [r_srcjar],
        mnemonic = "CompileTimeR",
        progress_message = "Generating compile-time R %s" % r_srcjar.short_path,
    )
    return r_srcjar

def _compile(
        ctx,
        out_compiled_resources = None,
        out_r_pb = None,
        resource_files = [],
        crunch_png = True,
        aapt = None,
        android_kit = None,
        busybox = None,
        host_javabase = None):
    """Compile Android Resources processing pipeline.

    Args:
      ctx: The context.
      out_compiled_resources: File. The compiled resources output file.
      out_r_pb: File. The R.pb output file.
      resource_files: A list of Files. The resource files can be directories.
      crunch_png: boolean. Determines whether `aapt2 compile` should crunch PNG files.
      aapt: FilesToRunProvider. The aapt executable or FilesToRunProvider.
      android_kit: FilesToRunProvider. The android_kit executable or
        FilesToRunProvider.
      busybox: FilesToRunProvider. The ResourceBusyBox executable or
        FilesToRunprovider
      host_javabase: A Target. The host javabase.
    """
    _liteparse(ctx, out_r_pb, resource_files, android_kit)
    _busybox.compile(
        ctx,
        out_file = out_compiled_resources,
        resource_files = resource_files,
        crunch_png = crunch_png,
        aapt = aapt,
        busybox = busybox,
        host_javabase = host_javabase,
    )

def _make_aar(
        ctx,
        assets = [],
        assets_dir = None,
        resource_files = [],
        class_jar = None,
        r_txt = None,
        manifest = None,
        aar_metadata = None,
        proguard_specs = [],
        busybox = None,
        host_javabase = None):
    """Generate an android archive file.

    Args:
      ctx: The context.
      assets: sequence of Files. A list of Android assets files to be processed.
      assets_dir: String. The name of the assets directory.
      resource_files: A list of Files. The resource files.
      class_jar: File. The class jar file.
      r_txt: File. The resource IDs outputted by linking resources in text.
      manifest: File. The primary AndroidManifest.xml.
      aar_metadata: File. Optional metadata file to be included in the `.aar` file.
      proguard_specs: List of File. The proguard spec files.
      busybox: FilesToRunProvider. The ResourceBusyBox executable or
        FilesToRunprovider
      host_javabase: A Target. The host javabase.

    Returns:
      The output aar artifact.
    """
    aar = ctx.actions.declare_file(ctx.label.name + ".aar")
    _busybox.make_aar(
        ctx,
        out_aar = aar,
        assets = assets,
        assets_dir = assets_dir,
        resource_files = resource_files,
        class_jar = class_jar,
        r_txt = r_txt,
        manifest = manifest,
        aar_metadata = aar_metadata,
        proguard_specs = proguard_specs,
        busybox = busybox,
        host_javabase = host_javabase,
    )
    return aar

def _validate(ctx, manifest, defined_assets, defined_assets_dir):
    if ((defined_assets and not defined_assets_dir) or
        (not defined_assets and defined_assets_dir)):
        _log.error(_ASSET_DEFINITION_ERROR % ctx.label)

    if not manifest:
        _log.error(_MANIFEST_MISSING_ERROR % ctx.label)

def _validate_resources(resource_files = None):
    for resource_file in resource_files:
        path_segments = resource_file.path.split("/")
        if len(path_segments) < 3:
            fail(_INCORRECT_RESOURCE_LAYOUT_ERROR % resource_file)

        # Check the resource directory type if the resource file is not a Fileset.
        if not resource_file.is_directory:
            # The resource directory is presumed to be the second directory from the end.
            # Resource directories can have multiple qualifiers, each one separated with a dash.
            res_type = path_segments[-2].partition(_RESOURCE_QUALIFIER_SEP)[0]
            if res_type not in _RESOURCE_FOLDER_TYPES:
                fail(_INCORRECT_RESOURCE_LAYOUT_ERROR % resource_file)

def _process_manifest_values(ctx, manifest_values, min_sdk_floor = _min_sdk_version.DEPOT_FLOOR):
    expanded_manifest_values = utils.expand_make_vars(ctx, manifest_values)

    # We cannot bump non-integer minSdkVersion values. These are used for pre-release versions of Android.
    if _MIN_SDK_VERSION in expanded_manifest_values and min_sdk_floor > 0 and expanded_manifest_values[_MIN_SDK_VERSION].isdigit():
        expanded_manifest_values[_MIN_SDK_VERSION] = str(
            max(int(expanded_manifest_values[_MIN_SDK_VERSION]), min_sdk_floor),
        )
    return expanded_manifest_values

def _bump_min_sdk(
        ctx,
        manifest = None,
        manifest_values = None,
        min_sdk_version = 0,
        floor = _min_sdk_version.DEPOT_FLOOR):
    """Bumps the min SDK attribute of AndroidManifest to the floor.

    Args:
      ctx: The rules context.
      manifest: File. The AndroidManifest.xml file.
      manifest_values: Dictionary. The optional manifest_values to process.
      min_sdk_version: Int. The min_sdk_version attribute provided on the build target (generally not set).
      floor: int. The min SDK floor. Manifest is unchanged if floor <= 0.

    Returns:
      A dict containing _ManifestContextInfo provider fields.
    """
    manifest_ctx = {}

    if floor == None:
        fail("Missing required `floor` in bump_min_sdk")

    if manifest_values != None:
        manifest_ctx[_PROCESSED_MANIFEST_VALUES] = _process_manifest_values(
            ctx,
            manifest_values,
            floor,
        )

    if min_sdk_version != 0:
        manifest_ctx[_PROCESSED_MIN_SDK_VERSION] = max(min_sdk_version, floor)
    else:
        manifest_ctx[_PROCESSED_MIN_SDK_VERSION] = 0

    if not manifest or floor <= 0:
        manifest_ctx[_PROCESSED_MANIFEST] = manifest
        return _ManifestContextInfo(**manifest_ctx)

    args = ctx.actions.args()
    args.add("-action", "bump")
    args.add("-manifest", manifest)
    args.add("-min_sdk_floor", floor)

    out_dir = "_min_sdk_bumped/" + ctx.label.name + "/"
    log = ctx.actions.declare_file(
        out_dir + "log.txt",
    )
    args.add("-log", log.path)

    out_manifest = ctx.actions.declare_file(
        out_dir + manifest.path.split("/")[-1],
    )
    args.add("-output", out_manifest.path)
    ctx.actions.run(
        executable = get_android_toolchain(ctx).android_kit.files_to_run,
        inputs = [manifest],
        outputs = [out_manifest, log],
        arguments = ["minsdkfloor", args],
        mnemonic = "BumpMinSdkFloor",
        progress_message = "Bumping up AndroidManifest min SDK %s" % str(ctx.label),
        toolchain = ANDROID_TOOLCHAIN_TYPE,
    )
    manifest_ctx[_PROCESSED_MANIFEST] = out_manifest

    return _ManifestContextInfo(**manifest_ctx)

def _set_default_min_sdk(
        ctx,
        manifest,
        default):
    """ Sets the min SDK attribute of AndroidManifest to default if it is not already set.

    Args:
      ctx: The rules context.
      manifest: File. The AndroidManifest.xml file.
      default: string. The default value for min SDK. The manifest is unchanged if it already
        specifies a min SDK.

    Returns:
      A dict containing _ManifestContextInfo provider fields.
    """
    manifest_ctx = {}
    if not manifest or not default:
        manifest_ctx[_PROCESSED_MANIFEST] = manifest
        return _ManifestContextInfo(**manifest_ctx)

    args = ctx.actions.args()
    args.add("-action", "set_default")
    args.add("-manifest", manifest)
    args.add("-default_min_sdk", default)

    out_dir = "_min_sdk_default_set/" + ctx.label.name + "/"
    log = ctx.actions.declare_file(
        out_dir + "log.txt",
    )
    args.add("-log", log.path)

    out_manifest = ctx.actions.declare_file(
        out_dir + "AndroidManifest.xml",
    )
    args.add("-output", out_manifest.path)
    ctx.actions.run(
        executable = get_android_toolchain(ctx).android_kit.files_to_run,
        inputs = [manifest],
        outputs = [out_manifest, log],
        arguments = ["minsdkfloor", args],
        mnemonic = "SetDefaultMinSdkFloor",
        progress_message = "Setting AndroidManifest min SDK to default %s" % str(ctx.label),
        toolchain = ANDROID_TOOLCHAIN_TYPE,
    )
    manifest_ctx[_PROCESSED_MANIFEST] = out_manifest

    return _ManifestContextInfo(**manifest_ctx)

def _validate_manifest(
        ctx,
        manifest,
        min_sdk_version = 0,
        manifest_validation_tool = None,
        toolchain_type = None):
    """Validates that the minSdkVersion value of the final manifest is expected.

    Args:
      ctx: The rules context.
      manifest: File. The AndroidManifest.xml file.
      min_sdk_version: Int. The expected minSdkVersion value in the manifest.
      manifest_validation_tool: FilesToRunProvider. The manifest validation tool executable.
      toolchain_type: The Android Toolchain.
    Returns:
      A file containing the log of validation results, or None if validation not performed.
    """
    if (min_sdk_version <= 0) or not manifest_validation_tool:
        return None

    output = ctx.actions.declare_file(ctx.label.name + "_manifest_validation_output")

    args = ctx.actions.args()
    args.add("--manifest", manifest)
    args.add("--output", output)
    args.add("--expected_min_sdk_version", min_sdk_version)

    ctx.actions.run(
        executable = manifest_validation_tool,
        arguments = [args],
        outputs = [output],
        inputs = [manifest],
        mnemonic = "ValidateManifest",
        progress_message = "Validating %{input}",
        toolchain = toolchain_type,
    )

    return output

def _process(
        ctx,
        java_package = None,
        manifest = None,
        defined_assets = False,
        assets = None,
        defined_assets_dir = False,
        assets_dir = None,
        exports_manifest = False,
        stamp_manifest = True,
        deps = [],
        resource_apks = [],
        exports = [],
        feature_flags = "",
        resource_files = None,
        neverlink = False,
        enable_data_binding = False,
        fix_resource_transitivity = False,
        crunch_png = True,
        aapt = None,
        android_jar = None,
        android_kit = None,
        busybox = None,
        java_toolchain = None,
        host_javabase = None,
        instrument_xslt = None,
        xsltproc = None,
        zip_tool = None):
    """Processes Android Resources.

    Args:
      ctx: The rules context.
      java_package: string. Java package for which java sources will be
        generated. By default the package is inferred from the directory where
        the BUILD file containing the rule is.
      manifest: File. The AndroidManifest.xml file.
      defined_assets: Bool. Signifies that the assets attribute was set, even
        if the value is an empty list.
      assets: sequence of Files. A list of Android assets files to be processed.
      defined_assets_dir: Bool. Signifies that the assets dir attribute was set,
        even if the value is an empty string.
      assets_dir: String. The name of the assets directory.
      exports_manifest: boolean. Whether to export manifest entries to the
        android_binary targets that depend on this target.
        NOTE: "uses-permissions" attributes are never exported.
      stamp_manifest: boolean. Whether to stamp the manifest with the java
        package of the target. If True, java_package needs to be passed to
        the function.
      deps: sequence of Targets. The list of other libraries targets to link
        against.
      resource_apks: sequence of resource apk files to link against.
      exports: sequence of Targets. The closure of all rules reached via exports
        attributes are considered direct dependencies of any rule that directly
        depends on the target with exports. The exports are not direct deps of
        the rule they belong to (TODO(b/144134042): make this so).
      feature_flags: string. The string value for --feature-flags to pass to aapt2.
      resource_files: sequence of Files. A list of Android resource files to be
        processed.
      neverlink: boolean. Only use this library for compilation and not runtime.
        The outputs of a rule marked as neverlink will not be used in .apk
        creation. Useful if the library will be provided by the runtime
        environment during execution.
      enable_data_binding: boolean. If true, processesing the data binding
        expressions in layout resources included through the resource_files
        parameter is enabled. Without this setting, data binding expressions
        produce build failures.
      fix_resource_transitivity: Whether to ensure that transitive resources are
        correctly marked as transitive.
      crunch_png: boolean. Determines whether `aapt2 compile` should crunch PNG files.
      aapt: FilesToRunProvider. The aapt executable or FilesToRunProvider.
      android_jar: File. The android Jar.
      android_kit: FilesToRunProvider. The android_kit executable or
        FilesToRunProvider.
      busybox: FilesToRunProvider. The ResourceBusyBox executable or
        FilesToRunprovider
      java_toolchain: The java_toolchain Target.
      host_javabase: Target. The host javabase.
      instrument_xslt: File. The xslt transform to apply g3itr.
      xsltproc: FilesToRunProvider. The xsltproc executable or FilesToRunProvider.
      zip_tool: FilesToRunProvider. The zip tool executable or FilesToRunProvider.

    Returns:
      A _ResourcesProcessContextInfo.
    """
    if (xsltproc and not instrument_xslt) or (not xsltproc and instrument_xslt):
        fail(
            "Error, both instrument_xslt and xsltproc need to be " +
            "specified or not, got:\nxlstproc = %s\ninstrument_xslt = %s" %
            (xsltproc, instrument_xslt),
        )

    _validate_resources(resource_files)

    defines_resources = bool(
        manifest or
        resource_files or
        defined_assets or
        defined_assets_dir or
        exports_manifest,
    )

    # TODO(djwhang): Clean up the difference between neverlink the attribute used
    # by Java compilation and resources neverlink.
    resources_neverlink = (
        neverlink and (
            defines_resources or
            ctx.fragments.android.fixed_resource_neverlinking
        )
    )

    resources_ctx = {
        _RESOURCES_APK: None,
        _PROVIDERS: [],
        # TODO(b/156530953): Move the validation result to the validation_outputs list when we are
        # done rolling out Starlark resources processing
        _VALIDATION_RESULTS: [],
        _VALIDATION_OUTPUTS: [],
        _DEFINES_RESOURCES: defines_resources,
        _R_JAVA: None,
        _DATA_BINDING_LAYOUT_INFO: None,
        _MERGED_MANIFEST: None,
        _STARLARK_PROCESSED_MANIFEST: None,
        _STARLARK_R_TXT: None,
        _STARLARK_PROCESSED_RESOURCES: [],
    }

    if resource_files and not manifest:
        _log.error(_MANIFEST_MISSING_ERROR % ctx.label)

    direct_resources_nodes = []
    transitive_resources_nodes = []
    transitive_assets = []
    transitive_assets_symbols = []
    transitive_compiled_assets = []
    direct_compiled_resources = []
    transitive_compiled_resources = []
    transitive_resources_files = []
    transitive_manifests = []
    transitive_r_txts = []
    packages_to_r_txts_depset = dict()
    transitive_resource_apks = []

    for dep in utils.collect_providers(StarlarkAndroidResourcesInfo, deps):
        direct_resources_nodes.append(dep.direct_resources_nodes)
        transitive_resources_nodes.append(dep.transitive_resources_nodes)
        transitive_assets.append(dep.transitive_assets)
        transitive_assets_symbols.append(dep.transitive_assets_symbols)
        transitive_compiled_assets.append(dep.transitive_compiled_assets)
        direct_compiled_resources.append(dep.direct_compiled_resources)
        transitive_compiled_resources.append(dep.transitive_compiled_resources)
        transitive_resources_files.append(dep.transitive_resource_files)
        transitive_manifests.append(dep.transitive_manifests)
        transitive_r_txts.append(dep.transitive_r_txts)
        for pkg, r_txts in dep.packages_to_r_txts.items():
            packages_to_r_txts_depset.setdefault(pkg, []).append(r_txts)
        transitive_resource_apks.append(dep.transitive_resource_apks)
    exports_direct_resources_nodes = []
    exports_transitive_resources_nodes = []
    exports_transitive_assets = []
    exports_transitive_assets_symbols = []
    exports_transitive_compiled_assets = []
    exports_direct_compiled_resources = []
    exports_transitive_compiled_resources = []
    exports_transitive_resources_files = []
    exports_transitive_manifests = []
    exports_transitive_r_txts = []
    for dep in utils.collect_providers(StarlarkAndroidResourcesInfo, exports):
        exports_direct_resources_nodes.append(dep.direct_resources_nodes)
        exports_transitive_resources_nodes.append(dep.transitive_resources_nodes)
        exports_transitive_assets.append(dep.transitive_assets)
        exports_transitive_assets_symbols.append(dep.transitive_assets_symbols)
        exports_transitive_compiled_assets.append(dep.transitive_compiled_assets)
        exports_direct_compiled_resources.append(dep.direct_compiled_resources)
        exports_transitive_compiled_resources.append(dep.transitive_compiled_resources)
        exports_transitive_resources_files.append(dep.transitive_resource_files)
        exports_transitive_manifests.append(dep.transitive_manifests)
        exports_transitive_r_txts.append(dep.transitive_r_txts)
        for pkg, r_txts in dep.packages_to_r_txts.items():
            packages_to_r_txts_depset.setdefault(pkg, []).append(r_txts)

    # TODO(b/144134042): Don't merge exports; exports are not deps.
    direct_resources_nodes.extend(exports_direct_resources_nodes)
    transitive_resources_nodes.extend(exports_transitive_resources_nodes)
    transitive_assets.extend(exports_transitive_assets)
    transitive_assets_symbols.extend(exports_transitive_assets_symbols)
    transitive_compiled_assets.extend(exports_transitive_compiled_assets)
    direct_compiled_resources.extend(exports_direct_compiled_resources)
    transitive_compiled_resources.extend(exports_transitive_compiled_resources)
    transitive_resources_files.extend(exports_transitive_resources_files)
    transitive_manifests.extend(exports_transitive_manifests)
    transitive_r_txts.extend(exports_transitive_r_txts)

    compiled_assets = None
    parsed_assets = None
    compiled_resources = None
    out_aapt2_r_txt = None
    r_txt = None
    data_binding_layout_info = None
    processed_resources = resource_files
    processed_manifest = None
    if not defines_resources:
        if aapt:
            # Generate an empty manifest with the right package
            generated_manifest = ctx.actions.declare_file(
                "_generated/" + ctx.label.name + "/AndroidManifest.xml",
            )
            _generate_dummy_manifest(
                ctx,
                out_manifest = generated_manifest,
                java_package = java_package if java_package else ctx.label.package.replace("/", "."),
                min_sdk_version = _min_sdk_version.DEPOT_FLOOR,
            )
            r_txt = ctx.actions.declare_file(ctx.label.name + "_symbols/R.txt")
            out_manifest = ctx.actions.declare_file(
                ctx.label.name + "_processed_manifest/AndroidManifest.xml",
            )
            _busybox.package(
                ctx,
                out_r_src_jar = ctx.actions.declare_file(ctx.label.name + ".srcjar"),
                out_r_txt = r_txt,
                out_manifest = out_manifest,
                manifest = generated_manifest,
                assets = assets,
                assets_dir = assets_dir,
                resource_files = resource_files,
                resource_apks = depset(resource_apks, transitive = transitive_resource_apks, order = "preorder"),
                direct_resources_nodes =
                    depset(transitive = direct_resources_nodes, order = "preorder"),
                transitive_resources_nodes =
                    depset(transitive = transitive_resources_nodes, order = "preorder"),
                transitive_assets = transitive_assets,
                transitive_compiled_assets = transitive_compiled_assets,
                transitive_resource_files = transitive_resources_files,
                transitive_compiled_resources = transitive_compiled_resources,
                transitive_manifests = transitive_manifests,
                transitive_r_txts = transitive_r_txts,
                feature_flags = feature_flags,
                package_type = "LIBRARY",
                java_package = java_package,
                android_jar = android_jar,
                aapt = aapt,
                busybox = busybox,
                host_javabase = host_javabase,
                should_throw_on_conflict = False,
            )
            resources_ctx[_STARLARK_PROCESSED_MANIFEST] = out_manifest
            resources_ctx[_STARLARK_R_TXT] = r_txt
            resources_ctx[_STARLARK_PROCESSED_RESOURCES] = resource_files

    else:
        if stamp_manifest:
            stamped_manifest = ctx.actions.declare_file(
                "_renamed/" + ctx.label.name + "/AndroidManifest.xml",
            )
            _busybox.merge_manifests(
                ctx,
                out_file = stamped_manifest,
                manifest = manifest,
                merge_type = "LIBRARY",
                java_package = java_package,
                busybox = busybox,
                host_javabase = host_javabase,
            )
            manifest = stamped_manifest

        if instrument_xslt:
            g3itr_manifest = ctx.actions.declare_file(
                ctx.label.name + "_g3itr_manifest/AndroidManifest.xml",
            )
            _add_g3itr(
                ctx,
                out_manifest = g3itr_manifest,
                manifest = manifest,
                xsltproc = xsltproc,
                instrument_xslt = instrument_xslt,
            )
            manifest = g3itr_manifest

        parsed_assets = ctx.actions.declare_file(ctx.label.name + "_symbols/assets.bin")
        _busybox.parse(
            ctx,
            out_symbols = parsed_assets,
            assets = assets,
            assets_dir = assets_dir,
            busybox = busybox,
            host_javabase = host_javabase,
        )
        merged_assets = ctx.actions.declare_file(ctx.label.name + "_files/assets.zip")
        _busybox.merge_assets(
            ctx,
            out_assets_zip = merged_assets,
            assets = assets,
            assets_dir = assets_dir,
            symbols = parsed_assets,
            direct_resources_nodes = depset(
                transitive = direct_resources_nodes,
                order = "preorder",
            ),
            transitive_resources_nodes = depset(
                transitive = transitive_resources_nodes,
                order = "preorder",
            ),
            transitive_assets = transitive_assets,
            transitive_assets_symbols = transitive_assets_symbols,
            busybox = busybox,
            host_javabase = host_javabase,
        )
        resources_ctx[_VALIDATION_RESULTS].append(merged_assets)

        if assets:
            compiled_assets = ctx.actions.declare_file(ctx.label.name + "_symbols/assets.zip")
            _busybox.compile(
                ctx,
                out_file = compiled_assets,
                assets = assets,
                assets_dir = assets_dir,
                crunch_png = crunch_png,
                aapt = aapt,
                busybox = busybox,
                host_javabase = host_javabase,
            )

        if enable_data_binding:
            data_binding_layout_info = ctx.actions.declare_file(
                "databinding/" + ctx.label.name + "/layout-info.zip",
            )
            processed_resources, resources_dirname = _make_databinding_outputs(
                ctx,
                resource_files,
            )
            _busybox.process_databinding(
                ctx,
                out_databinding_info = data_binding_layout_info,
                out_databinding_processed_resources = processed_resources,
                databinding_resources_dirname = resources_dirname,
                resource_files = resource_files,
                java_package = java_package,
                busybox = busybox,
                host_javabase = host_javabase,
            )

        compiled_resources = ctx.actions.declare_file(ctx.label.name + "_symbols/symbols.zip")
        _busybox.compile(
            ctx,
            out_file = compiled_resources,
            resource_files = processed_resources,
            crunch_png = crunch_png,
            aapt = aapt,
            busybox = busybox,
            host_javabase = host_javabase,
        )

        # TODO(b/160907203): Remove this fix once the native resource processing pipeline is turned off.
        if enable_data_binding:
            fixed_compiled_resources = ctx.actions.declare_file(
                "fixed/" + ctx.label.name + "_symbols/symbols.zip",
            )
            _fix_databinding_compiled_resources(
                ctx,
                out_compiled_resources = fixed_compiled_resources,
                compiled_resources = compiled_resources,
                zip_tool = zip_tool,
            )
            compiled_resources = fixed_compiled_resources

        out_class_jar = ctx.actions.declare_file(ctx.label.name + "_resources.jar")
        processed_manifest = ctx.actions.declare_file(
            ctx.label.name + "_processed_manifest/AndroidManifest.xml",
        )
        out_aapt2_r_txt = ctx.actions.declare_file(
            ctx.label.name + "_symbols/R.aapt2.txt",
        )
        _busybox.merge_compiled(
            ctx,
            out_class_jar = out_class_jar,
            out_manifest = processed_manifest,
            out_aapt2_r_txt = out_aapt2_r_txt,
            java_package = java_package,
            manifest = manifest,
            compiled_resources = compiled_resources,
            direct_resources_nodes =
                depset(transitive = direct_resources_nodes, order = "preorder"),
            transitive_resources_nodes = depset(
                transitive = transitive_resources_nodes,
                order = "preorder",
            ),
            direct_compiled_resources = depset(
                transitive = direct_compiled_resources,
                order = "preorder",
            ),
            transitive_compiled_resources = depset(
                transitive = transitive_compiled_resources,
                order = "preorder",
            ),
            android_jar = android_jar,
            busybox = busybox,
            host_javabase = host_javabase,
        )
        resources_ctx[_MERGED_MANIFEST] = processed_manifest

        apk = ctx.actions.declare_file(ctx.label.name + "_files/library.ap_")
        r_java = ctx.actions.declare_file(ctx.label.name + ".srcjar")
        r_txt = ctx.actions.declare_file(ctx.label.name + "_symbols/R.txt")
        _busybox.validate_and_link(
            ctx,
            out_r_src_jar = r_java,
            out_r_txt = r_txt,
            out_file = apk,
            compiled_resources = compiled_resources,
            transitive_compiled_resources = depset(
                transitive = transitive_compiled_resources,
                order = "preorder",
            ),
            java_package = java_package,
            manifest = processed_manifest,
            feature_flags = feature_flags,
            android_jar = android_jar,
            aapt = aapt,
            busybox = busybox,
            host_javabase = host_javabase,
            resource_apks = resource_apks,
        )
        resources_ctx[_RESOURCES_APK] = apk

        java_info = JavaInfo(
            output_jar = out_class_jar,
            compile_jar = out_class_jar,
            source_jar = r_java,
        )

        packages_to_r_txts_depset.setdefault(java_package, []).append(depset([out_aapt2_r_txt]))

        java_info = add_constraints(java_info, constraints = ["android"])

        resources_ctx[_R_JAVA] = java_info
        resources_ctx[_DATA_BINDING_LAYOUT_INFO] = data_binding_layout_info

        # In a normal build, the outputs of _busybox.validate_and_link are unused. However we need
        # this action to run to support resource visibility checks.
        resources_ctx[_VALIDATION_RESULTS].append(r_txt)

        # Needed for AAR generation. The Starlark resource processing pipeline uses the aapt2_r_txt file,
        # which is why we can't use the StarlarkAndroidResourcesInfo provider when generating the aar.
        resources_ctx[_STARLARK_PROCESSED_MANIFEST] = processed_manifest
        resources_ctx[_STARLARK_R_TXT] = r_txt
        resources_ctx[_STARLARK_PROCESSED_RESOURCES] = processed_resources

    # TODO(b/117338320): Transitive lists defined here are incorrect; direct should come
    # before transitive, and the order should be topological order instead of preorder.
    # However, some applications may depend on this incorrect order.
    if (defines_resources or fix_resource_transitivity) and (
        ctx.attr._manifest_merge_order[BuildSettingInfo].value == "legacy"
    ):
        transitive_resources_nodes = transitive_resources_nodes + direct_resources_nodes
        direct_resources_nodes = []
        transitive_compiled_resources = transitive_compiled_resources + direct_compiled_resources
        direct_compiled_resources = []

        # TODO(b/144163743): If the resource transitivity fix is disabled and resources-related
        # inputs are missing, we implicitly export deps here. This legacy behavior must exist in the
        # Starlark resource processing pipeline until we can clean up the depot.

    packages_to_r_txts = dict()
    for pkg, depsets in packages_to_r_txts_depset.items():
        packages_to_r_txts[pkg] = depset(transitive = depsets)

    # TODO(b/159916013): Audit neverlink behavior. Some processing can likely be skipped if the target is neverlink.
    # TODO(b/69668042): Don't propagate exported providers/artifacts. Exports should respect neverlink.
    if resources_neverlink:
        resources_ctx[_PROVIDERS].append(StarlarkAndroidResourcesInfo(
            direct_resources_nodes = depset(
                transitive = exports_direct_resources_nodes,
                order = "preorder",
            ),
            transitive_resources_nodes = depset(
                transitive = exports_transitive_resources_nodes,
                order = "preorder",
            ),
            transitive_assets = depset(
                transitive = exports_transitive_assets,
                order = "preorder",
            ),
            transitive_assets_symbols = depset(
                transitive = exports_transitive_assets_symbols,
                order = "preorder",
            ),
            transitive_compiled_assets = depset(
                transitive = exports_transitive_compiled_assets,
                order = "preorder",
            ),
            transitive_resource_files = depset(
                transitive = exports_transitive_resources_files,
                order = "preorder",
            ),
            direct_compiled_resources = depset(
                transitive = exports_direct_compiled_resources,
                order = "preorder",
            ),
            transitive_compiled_resources = depset(
                transitive = exports_transitive_compiled_resources,
                order = "preorder",
            ),
            transitive_manifests = depset(
                [processed_manifest] if processed_manifest else [],
                transitive = exports_transitive_manifests,
                order = "preorder",
            ),
            transitive_r_txts = depset(
                [out_aapt2_r_txt] if out_aapt2_r_txt else [],
                transitive = exports_transitive_r_txts,
                order = "preorder",
            ),
            packages_to_r_txts = packages_to_r_txts,
            transitive_resource_apks = depset(
                resource_apks,
                transitive = transitive_resource_apks,
                order = "preorder",
            ),
            package = java_package,
        ))
    else:
        # Depsets are ordered below to match the order in the legacy native rules.
        resources_ctx[_PROVIDERS].append(StarlarkAndroidResourcesInfo(
            direct_resources_nodes = depset(
                [ResourcesNodeInfo(
                    label = ctx.label,
                    assets = depset(assets),
                    assets_dir = assets_dir,
                    assets_symbols = parsed_assets,
                    compiled_assets = compiled_assets,
                    resource_apks = depset(resource_apks),
                    resource_files = depset(processed_resources),
                    compiled_resources = compiled_resources,
                    r_txt = out_aapt2_r_txt,
                    manifest = processed_manifest,
                    exports_manifest = exports_manifest,
                )] if defines_resources else [],
                transitive = direct_resources_nodes + exports_direct_resources_nodes,
                order = "preorder",
            ),
            transitive_resources_nodes = depset(
                transitive = transitive_resources_nodes + exports_transitive_resources_nodes,
                order = "preorder",
            ),
            transitive_assets = depset(
                assets,
                transitive = transitive_assets + exports_transitive_assets,
                order = "preorder",
            ),
            transitive_assets_symbols = depset(
                [parsed_assets] if parsed_assets else [],
                transitive = transitive_assets_symbols + exports_transitive_assets_symbols,
                order = "preorder",
            ),
            transitive_compiled_assets = depset(
                [compiled_assets] if compiled_assets else [],
                transitive = transitive_compiled_assets + exports_transitive_compiled_assets,
                order = "preorder",
            ),
            transitive_resource_files = depset(
                processed_resources,
                transitive = transitive_resources_files + exports_transitive_resources_files,
                order = "preorder",
            ),
            direct_compiled_resources = depset(
                [compiled_resources] if compiled_resources else [],
                transitive = direct_compiled_resources + exports_direct_compiled_resources,
                order = "preorder",
            ),
            transitive_compiled_resources = depset(
                [compiled_resources] if compiled_resources else [],
                transitive = transitive_compiled_resources + exports_transitive_compiled_resources,
                order = "preorder",
            ),
            transitive_manifests = depset(
                [processed_manifest] if processed_manifest else [],
                transitive = transitive_manifests + exports_transitive_manifests,
                order = "preorder",
            ),
            transitive_r_txts = depset(
                [out_aapt2_r_txt] if out_aapt2_r_txt else [],
                transitive = transitive_r_txts + exports_transitive_r_txts,
                order = "preorder",
            ),
            packages_to_r_txts = packages_to_r_txts,
            transitive_resource_apks = depset(
                resource_apks,
                transitive = transitive_resource_apks,
                order = "preorder",
            ),
            package = java_package,
        ))

    # TODO(b/69552500): In the Starlark Android Rules, the R compile time
    # JavaInfo is added as a runtime dependency to the JavaInfo. Stop
    # adding the R.jar as a runtime dependency.
    resources_ctx[_PROVIDERS].append(
        AndroidLibraryResourceClassJarProvider(
            jars = depset(
                (resources_ctx[_R_JAVA].runtime_output_jars if resources_ctx[_R_JAVA] else []),
                transitive = [
                    p.jars
                    for p in utils.collect_providers(
                        AndroidLibraryResourceClassJarProvider,
                        deps,
                        exports,
                    )
                ],
                order = "preorder",
            ),
        ),
    )

    return _ResourcesProcessContextInfo(**resources_ctx)

def _shrink(
        ctx,
        resources_zip = None,
        aapt = None,
        android_jar = None,
        r_txt = None,
        shrunk_jar = None,
        proguard_mapping = None,
        busybox = None,
        host_javabase = None):
    """Shrinks the resources apk.

    Args:
        ctx: The context.
        resources_zip: File. The input resources file zip containing the merged assets and resources to be shrunk.
        aapt: FilesToRunProvider. The AAPT executable.
        android_jar: File. The Android Jar.
        r_txt: File. The resource IDs outputted by linking resources in text.
        shrunk_jar: File. The proguarded output jar.
        proguard_mapping: File. The Proguard Mapping file.
        busybox: FilesToRunProvider. The ResourceBusyBox executable.
        host_javabase: Target. The host javabase.

    Returns:
        A dict contaning all of the shrunk resource outputs.
    """
    shrunk_ctx = {
        _SHRUNK_RESOURCE_APK: None,
        _SHRUNK_RESOURCE_ZIP: None,
        _RESOURCE_SHRINKER_LOG: None,
        _RESOURCE_OPTIMIZATION_CONFIG: None,
    }

    out_apk = ctx.actions.declare_file(ctx.label.name + "_shrunk.ap_")
    out_zip = ctx.actions.declare_file(ctx.label.name + "_files/resource_files_shrunk.zip")
    out_log = ctx.actions.declare_file(_get_shrinker_log_name(ctx))
    out_config = ctx.actions.declare_file(ctx.label.name + "_files/resource_optimization.cfg")
    _busybox.shrink(
        ctx,
        out_apk,
        out_zip,
        out_log,
        out_config,
        resources_zip = resources_zip,
        aapt = aapt,
        android_jar = android_jar,
        r_txt = r_txt,
        shrunk_jar = shrunk_jar,
        proguard_mapping = proguard_mapping,
        debug = _compilation_mode.get(ctx) != _compilation_mode.OPT,
        busybox = busybox,
        host_javabase = host_javabase,
    )

    shrunk_ctx[_SHRUNK_RESOURCE_APK] = out_apk
    shrunk_ctx[_SHRUNK_RESOURCE_ZIP] = out_zip
    shrunk_ctx[_RESOURCE_SHRINKER_LOG] = out_log
    shrunk_ctx[_RESOURCE_OPTIMIZATION_CONFIG] = out_config

    return _ResourcesShrinkContextInfo(**shrunk_ctx)

def _convert_resources_to_apk(
        ctx,
        resources_zip = None,
        aapt = None,
        android_jar = None,
        busybox = None,
        host_javabase = None):
    """Converts the resource zip into a compiled resource APK

    Args:
        ctx: The context.
        resources_zip: File. The input resources file zip containing the merged assets and resources to be shrunk.
        aapt: FilesToRunProvider. The AAPT executable.
        android_jar: File. The Android Jar.
        busybox: FilesToRunProvider. The ResourceBusyBox executable.
        host_javabase: Target. The host javabase.

    Returns:
        A dict containing all of the shrunk resource outputs.
    """
    shrunk_ctx = {
        _SHRUNK_RESOURCE_APK: None,
        _SHRUNK_RESOURCE_ZIP: None,
        _RESOURCE_SHRINKER_LOG: None,
        _RESOURCE_OPTIMIZATION_CONFIG: None,
    }

    out_apk = ctx.actions.declare_file(ctx.label.name + "_shrunk.ap_")
    out_log = _get_shrinker_log_name(ctx)

    _busybox.convert_resources_to_apk(
        ctx,
        out_apk,
        resources_zip = resources_zip,
        aapt = aapt,
        android_jar = android_jar,
        debug = _compilation_mode.get(ctx) != _compilation_mode.OPT,
        busybox = busybox,
        host_javabase = host_javabase,
    )

    shrunk_ctx[_SHRUNK_RESOURCE_APK] = out_apk
    shrunk_ctx[_SHRUNK_RESOURCE_ZIP] = resources_zip
    shrunk_ctx[_RESOURCE_SHRINKER_LOG] = out_log

    return _ResourcesShrinkContextInfo(**shrunk_ctx)

def _optimize(
        ctx,
        resources_apk = None,
        resource_optimization_config = None,
        is_resource_shrunk = False,
        enable_sparse_encoding = False,
        aapt = None,
        busybox = None,
        host_javabase = None):
    """Optimizes the resources apk if necessary.

    Args:
        ctx: The context.
        resources_apk: File. The resources apk.
        resource_optimization_config: File. The resource optimization config outputted
          by resource shrinking. It will only be used if resource name obfuscation is enabled.
        is_resource_shrunk: Boolean. Whether the resources has been shrunk or not.
        enable_sparse_encoding: Boolean. Whether to enable sparse encoding, no-op unless minSdk 32+.
        aapt: FilesToRunProvider. The AAPT executable.
        busybox: FilesToRunProvider. The ResourceBusyBox executable.
        host_javabase: Target. The host javabase.

    Returns:
        A dict contaning all of the optimized resource outputs.
    """
    optimize_ctx = {
        _OPTIMIZED_RESOURCE_APK: None,
        _RESOURCE_PATH_SHORTENING_MAP: None,
    }

    use_resource_path_shortening_map = _is_resource_path_shortening_enabled(ctx)
    use_resource_optimization_config = _is_resource_name_obfuscation_enabled(ctx, is_resource_shrunk)

    if not (use_resource_path_shortening_map or use_resource_optimization_config or
            enable_sparse_encoding):
        return _ResourcesOptimizeContextInfo(**optimize_ctx)

    optimized_resource_apk = ctx.actions.declare_file(ctx.label.name + "_optimized.ap_")
    optimize_ctx[_OPTIMIZED_RESOURCE_APK] = optimized_resource_apk

    resource_path_shortening_map = None
    if use_resource_path_shortening_map:
        resource_path_shortening_map = ctx.actions.declare_file(ctx.label.name + "_resource_paths.map")
        optimize_ctx[_RESOURCE_PATH_SHORTENING_MAP] = resource_path_shortening_map

    _busybox.optimize(
        ctx,
        out_apk = optimized_resource_apk,
        in_apk = resources_apk,
        resource_path_shortening_map = optimize_ctx[_RESOURCE_PATH_SHORTENING_MAP],
        resource_optimization_config = resource_optimization_config if use_resource_optimization_config else None,
        enable_sparse_encoding = enable_sparse_encoding,
        aapt = aapt,
        busybox = busybox,
        host_javabase = host_javabase,
    )

    return _ResourcesOptimizeContextInfo(**optimize_ctx)

def _is_resource_path_shortening_enabled(ctx):
    return ctx.fragments.android.use_android_resource_path_shortening and \
           _compilation_mode.get(ctx) == _compilation_mode.OPT and \
           not acls.in_android_binary_raw_access_to_resource_paths_allowlist(str(ctx.label))

def _is_resource_name_obfuscation_enabled(ctx, is_resource_shrunk):
    return (ctx.fragments.android.use_android_resource_name_obfuscation or
            _FEATURE_RESOURCE_NAME_OBFUSCATION in ctx.features) and \
           is_resource_shrunk and \
           not acls.in_android_binary_resource_name_obfuscation_opt_out_allowlist(str(ctx.label))

resources = struct(
    process = _process,
    package = _package,
    make_aar = _make_aar,

    # Exposed for mobile-install
    compile = _compile,
    legacy_merge_manifests = _legacy_merge_manifests,

    # Exposed for android_local_test and android_library
    generate_dummy_manifest = _generate_dummy_manifest,

    # Exposed for android_library, aar_import, android_local_test and android_binary
    bump_min_sdk = _bump_min_sdk,
    process_manifest_values = _process_manifest_values,

    # Exposed for use in AOSP
    set_default_min_sdk = _set_default_min_sdk,

    # Exposed for android_binary
    is_resource_shrinking_enabled = _is_resource_shrinking_enabled,
    is_resource_name_obfuscation_enabled = _is_resource_name_obfuscation_enabled,
    validate_manifest = _validate_manifest,
    shrink = _shrink,
    convert_resources_to_apk = _convert_resources_to_apk,
    optimize = _optimize,
    get_shrinker_log_name = _get_shrinker_log_name,
)

testing = struct(
    add_g3itr = _add_g3itr,
    filter_multi_cpu_configuration_targets = _filter_multi_cpu_configuration_targets,
    get_legacy_mergee_manifests = _get_legacy_mergee_manifests,
    get_proguard_specs_for_manifest = _get_proguard_specs_for_manifest,
    make_databinding_outputs = _make_databinding_outputs,
    ResourcesPackageContextInfo = _ResourcesPackageContextInfo,
    ResourcesProcessContextInfo = _ResourcesProcessContextInfo,
    ResourcesShrinkContextInfo = _ResourcesShrinkContextInfo,
    ResourcesOptimizeContextInfo = _ResourcesOptimizeContextInfo,
)