cc/library.go

// Copyright 2016 Google Inc. 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.

package cc

import (
	"fmt"
	"io"
	"path/filepath"
	"regexp"
	"strconv"
	"strings"
	"sync"

	"android/soong/android"
	"android/soong/bazel"
	"android/soong/bazel/cquery"

	"github.com/google/blueprint"
	"github.com/google/blueprint/pathtools"
	"github.com/google/blueprint/proptools"
)

var (
	alwaysLinkLibraries = map[string]bool{
		// Coverage libraries are _always_ added as a whole_static_dep. By converting as these as
		// alwayslink = True, we can add these as to deps (e.g. as a regular static dep) in Bazel
		// without any extra complications in cc_shared_library roots to prevent linking the same
		// library repeatedly.
		"libprofile-extras_ndk":               true,
		"libprofile-extras":                   true,
		"libprofile-clang-extras_ndk":         true,
		"libprofile-clang-extras_cfi_support": true,
		"libprofile-clang-extras":             true,
	}
)

// LibraryProperties is a collection of properties shared by cc library rules/cc.
type LibraryProperties struct {
	// local file name to pass to the linker as -unexported_symbols_list
	Unexported_symbols_list *string `android:"path,arch_variant"`
	// local file name to pass to the linker as -force_symbols_not_weak_list
	Force_symbols_not_weak_list *string `android:"path,arch_variant"`
	// local file name to pass to the linker as -force_symbols_weak_list
	Force_symbols_weak_list *string `android:"path,arch_variant"`

	// rename host libraries to prevent overlap with system installed libraries
	Unique_host_soname *bool

	Aidl struct {
		// export headers generated from .aidl sources
		Export_aidl_headers *bool
	}

	Proto struct {
		// export headers generated from .proto sources
		Export_proto_headers *bool
	}

	Sysprop struct {
		// Whether platform owns this sysprop library.
		Platform *bool
	} `blueprint:"mutated"`

	Static_ndk_lib *bool

	// Generate stubs to make this library accessible to APEXes.
	Stubs struct {
		// Relative path to the symbol map. The symbol map provides the list of
		// symbols that are exported for stubs variant of this library.
		Symbol_file *string `android:"path"`

		// List versions to generate stubs libs for. The version name "current" is always
		// implicitly added.
		Versions []string

		// Whether to not require the implementation of the library to be installed if a
		// client of the stubs is installed. Defaults to true; set to false if the
		// implementation is made available by some other means, e.g. in a Microdroid
		// virtual machine.
		Implementation_installable *bool
	}

	// set the name of the output
	Stem *string `android:"arch_variant"`

	// set suffix of the name of the output
	Suffix *string `android:"arch_variant"`

	// Properties for ABI compatibility checker.
	Header_abi_checker headerAbiCheckerProperties

	Target struct {
		Vendor, Product struct {
			// set suffix of the name of the output
			Suffix *string `android:"arch_variant"`

			Header_abi_checker headerAbiCheckerProperties
		}

		Platform struct {
			Header_abi_checker headerAbiCheckerProperties
		}
	}

	// Names of modules to be overridden. Listed modules can only be other shared libraries
	// (in Make or Soong).
	// This does not completely prevent installation of the overridden libraries, but if both
	// binaries would be installed by default (in PRODUCT_PACKAGES) the other library will be removed
	// from PRODUCT_PACKAGES.
	Overrides []string

	// Inject boringssl hash into the shared library.  This is only intended for use by external/boringssl.
	Inject_bssl_hash *bool `android:"arch_variant"`

	// If this is an LLNDK library, properties to describe the LLNDK stubs.  Will be copied from
	// the module pointed to by llndk_stubs if it is set.
	Llndk llndkLibraryProperties

	// If this is a vendor public library, properties to describe the vendor public library stubs.
	Vendor_public_library vendorPublicLibraryProperties
}

// StaticProperties is a properties stanza to affect only attributes of the "static" variants of a
// library module.
type StaticProperties struct {
	Static StaticOrSharedProperties `android:"arch_variant"`
}

// SharedProperties is a properties stanza to affect only attributes of the "shared" variants of a
// library module.
type SharedProperties struct {
	Shared StaticOrSharedProperties `android:"arch_variant"`
}

// StaticOrSharedProperties is an embedded struct representing properties to affect attributes of
// either only the "static" variants or only the "shared" variants of a library module. These override
// the base properties of the same name.
// Use `StaticProperties` or `SharedProperties`, depending on which variant is needed.
// `StaticOrSharedProperties` exists only to avoid duplication.
type StaticOrSharedProperties struct {
	Srcs []string `android:"path,arch_variant"`

	Tidy_disabled_srcs []string `android:"path,arch_variant"`

	Tidy_timeout_srcs []string `android:"path,arch_variant"`

	Sanitized Sanitized `android:"arch_variant"`

	Cflags []string `android:"arch_variant"`

	Enabled            *bool    `android:"arch_variant"`
	Whole_static_libs  []string `android:"arch_variant"`
	Static_libs        []string `android:"arch_variant"`
	Shared_libs        []string `android:"arch_variant"`
	System_shared_libs []string `android:"arch_variant"`

	Export_shared_lib_headers []string `android:"arch_variant"`
	Export_static_lib_headers []string `android:"arch_variant"`

	Apex_available []string `android:"arch_variant"`

	Installable *bool `android:"arch_variant"`
}

type LibraryMutatedProperties struct {
	// Build a static variant
	BuildStatic bool `blueprint:"mutated"`
	// Build a shared variant
	BuildShared bool `blueprint:"mutated"`
	// This variant is shared
	VariantIsShared bool `blueprint:"mutated"`
	// This variant is static
	VariantIsStatic bool `blueprint:"mutated"`

	// This variant is a stubs lib
	BuildStubs bool `blueprint:"mutated"`
	// This variant is the latest version
	IsLatestVersion bool `blueprint:"mutated"`
	// Version of the stubs lib
	StubsVersion string `blueprint:"mutated"`
	// List of all stubs versions associated with an implementation lib
	AllStubsVersions []string `blueprint:"mutated"`
}

type FlagExporterProperties struct {
	// list of directories relative to the Blueprints file that will
	// be added to the include path (using -I) for this module and any module that links
	// against this module.  Directories listed in export_include_dirs do not need to be
	// listed in local_include_dirs.
	Export_include_dirs []string `android:"arch_variant,variant_prepend"`

	// list of directories that will be added to the system include path
	// using -isystem for this module and any module that links against this module.
	Export_system_include_dirs []string `android:"arch_variant,variant_prepend"`

	Target struct {
		Vendor, Product struct {
			// list of exported include directories, like
			// export_include_dirs, that will be applied to
			// vendor or product variant of this library.
			// This will overwrite any other declarations.
			Override_export_include_dirs []string
		}
	}
}

func init() {
	RegisterLibraryBuildComponents(android.InitRegistrationContext)
}

func RegisterLibraryBuildComponents(ctx android.RegistrationContext) {
	ctx.RegisterModuleType("cc_library_static", LibraryStaticFactory)
	ctx.RegisterModuleType("cc_library_shared", LibrarySharedFactory)
	ctx.RegisterModuleType("cc_library", LibraryFactory)
	ctx.RegisterModuleType("cc_library_host_static", LibraryHostStaticFactory)
	ctx.RegisterModuleType("cc_library_host_shared", LibraryHostSharedFactory)
}

// TODO(b/199902614): Can this be factored to share with the other Attributes?
// For bp2build conversion.
type bazelCcLibraryAttributes struct {
	// Attributes pertaining to both static and shared variants.
	Srcs    bazel.LabelListAttribute
	Srcs_c  bazel.LabelListAttribute
	Srcs_as bazel.LabelListAttribute

	Copts      bazel.StringListAttribute
	Cppflags   bazel.StringListAttribute
	Conlyflags bazel.StringListAttribute
	Asflags    bazel.StringListAttribute

	Hdrs bazel.LabelListAttribute

	Deps                              bazel.LabelListAttribute
	Implementation_deps               bazel.LabelListAttribute
	Dynamic_deps                      bazel.LabelListAttribute
	Implementation_dynamic_deps       bazel.LabelListAttribute
	Whole_archive_deps                bazel.LabelListAttribute
	Implementation_whole_archive_deps bazel.LabelListAttribute
	System_dynamic_deps               bazel.LabelListAttribute

	Export_includes        bazel.StringListAttribute
	Export_system_includes bazel.StringListAttribute
	Local_includes         bazel.StringListAttribute
	Absolute_includes      bazel.StringListAttribute
	Linkopts               bazel.StringListAttribute
	Rtti                   bazel.BoolAttribute

	Stl     *string
	Cpp_std *string
	C_std   *string

	// This is shared only.
	Additional_linker_inputs bazel.LabelListAttribute

	// Common properties shared between both shared and static variants.
	Shared staticOrSharedAttributes
	Static staticOrSharedAttributes

	Strip stripAttributes

	Features bazel.StringListAttribute
}

type aidlLibraryAttributes struct {
	Srcs        bazel.LabelListAttribute
	Include_dir *string
	Tags        bazel.StringListAttribute
}

type ccAidlLibraryAttributes struct {
	Deps                        bazel.LabelListAttribute
	Implementation_deps         bazel.LabelListAttribute
	Implementation_dynamic_deps bazel.LabelListAttribute
	Tags                        bazel.StringListAttribute

	sdkAttributes
	includesAttributes
}

type stripAttributes struct {
	Keep_symbols                 bazel.BoolAttribute
	Keep_symbols_and_debug_frame bazel.BoolAttribute
	Keep_symbols_list            bazel.StringListAttribute
	All                          bazel.BoolAttribute
	None                         bazel.BoolAttribute
}

func stripAttrsFromLinkerAttrs(la *linkerAttributes) stripAttributes {
	return stripAttributes{
		Keep_symbols:                 la.stripKeepSymbols,
		Keep_symbols_and_debug_frame: la.stripKeepSymbolsAndDebugFrame,
		Keep_symbols_list:            la.stripKeepSymbolsList,
		All:                          la.stripAll,
		None:                         la.stripNone,
	}
}

func libraryBp2Build(ctx android.Bp2buildMutatorContext, m *Module) {
	sharedAttrs := bp2BuildParseSharedProps(ctx, m)
	staticAttrs := bp2BuildParseStaticProps(ctx, m)
	baseAttributes := bp2BuildParseBaseProps(ctx, m)
	compilerAttrs := baseAttributes.compilerAttributes
	linkerAttrs := baseAttributes.linkerAttributes
	exportedIncludes := bp2BuildParseExportedIncludes(ctx, m, &compilerAttrs.includes)

	srcs := compilerAttrs.srcs

	sharedAttrs.Dynamic_deps.Add(baseAttributes.protoDependency)
	staticAttrs.Deps.Add(baseAttributes.protoDependency)

	asFlags := compilerAttrs.asFlags
	if compilerAttrs.asSrcs.IsEmpty() && sharedAttrs.Srcs_as.IsEmpty() && staticAttrs.Srcs_as.IsEmpty() {
		// Skip asflags for BUILD file simplicity if there are no assembly sources.
		asFlags = bazel.MakeStringListAttribute(nil)
	}

	sharedFeatures := baseAttributes.features.Clone().Append(sharedAttrs.Features)
	sharedFeatures.DeduplicateAxesFromBase()
	staticFeatures := baseAttributes.features.Clone().Append(staticAttrs.Features)
	staticFeatures.DeduplicateAxesFromBase()

	staticCommonAttrs := staticOrSharedAttributes{
		Srcs:    *srcs.Clone().Append(staticAttrs.Srcs),
		Srcs_c:  *compilerAttrs.cSrcs.Clone().Append(staticAttrs.Srcs_c),
		Srcs_as: *compilerAttrs.asSrcs.Clone().Append(staticAttrs.Srcs_as),
		Copts:   *compilerAttrs.copts.Clone().Append(staticAttrs.Copts),
		Hdrs:    *compilerAttrs.hdrs.Clone().Append(staticAttrs.Hdrs),

		Deps:                              *linkerAttrs.deps.Clone().Append(staticAttrs.Deps),
		Implementation_deps:               *linkerAttrs.implementationDeps.Clone().Append(staticAttrs.Implementation_deps),
		Dynamic_deps:                      *linkerAttrs.dynamicDeps.Clone().Append(staticAttrs.Dynamic_deps),
		Implementation_dynamic_deps:       *linkerAttrs.implementationDynamicDeps.Clone().Append(staticAttrs.Implementation_dynamic_deps),
		Implementation_whole_archive_deps: linkerAttrs.implementationWholeArchiveDeps,
		Whole_archive_deps:                *linkerAttrs.wholeArchiveDeps.Clone().Append(staticAttrs.Whole_archive_deps),
		System_dynamic_deps:               *linkerAttrs.systemDynamicDeps.Clone().Append(staticAttrs.System_dynamic_deps),
		Runtime_deps:                      linkerAttrs.runtimeDeps,
		sdkAttributes:                     bp2BuildParseSdkAttributes(m),
		Native_coverage:                   baseAttributes.Native_coverage,
		Additional_compiler_inputs:        compilerAttrs.additionalCompilerInputs,
	}

	includeAttrs := includesAttributes{
		Export_includes:          exportedIncludes.Includes,
		Export_absolute_includes: exportedIncludes.AbsoluteIncludes,
		Export_system_includes:   exportedIncludes.SystemIncludes,
		Local_includes:           compilerAttrs.localIncludes,
		Absolute_includes:        compilerAttrs.absoluteIncludes,
	}

	sharedCommonAttrs := staticOrSharedAttributes{
		Srcs:    *srcs.Clone().Append(sharedAttrs.Srcs),
		Srcs_c:  *compilerAttrs.cSrcs.Clone().Append(sharedAttrs.Srcs_c),
		Srcs_as: *compilerAttrs.asSrcs.Clone().Append(sharedAttrs.Srcs_as),
		Copts:   *compilerAttrs.copts.Clone().Append(sharedAttrs.Copts),
		Hdrs:    *compilerAttrs.hdrs.Clone().Append(sharedAttrs.Hdrs),

		Deps:                              *linkerAttrs.deps.Clone().Append(sharedAttrs.Deps),
		Implementation_deps:               *linkerAttrs.implementationDeps.Clone().Append(sharedAttrs.Implementation_deps),
		Dynamic_deps:                      *linkerAttrs.dynamicDeps.Clone().Append(sharedAttrs.Dynamic_deps),
		Implementation_dynamic_deps:       *linkerAttrs.implementationDynamicDeps.Clone().Append(sharedAttrs.Implementation_dynamic_deps),
		Whole_archive_deps:                *linkerAttrs.wholeArchiveDeps.Clone().Append(sharedAttrs.Whole_archive_deps),
		Implementation_whole_archive_deps: linkerAttrs.implementationWholeArchiveDeps,
		System_dynamic_deps:               *linkerAttrs.systemDynamicDeps.Clone().Append(sharedAttrs.System_dynamic_deps),
		Runtime_deps:                      linkerAttrs.runtimeDeps,
		sdkAttributes:                     bp2BuildParseSdkAttributes(m),
		Native_coverage:                   baseAttributes.Native_coverage,
		Additional_compiler_inputs:        compilerAttrs.additionalCompilerInputs,
	}

	staticTargetAttrs := &bazelCcLibraryStaticAttributes{
		staticOrSharedAttributes: staticCommonAttrs,
		includesAttributes:       includeAttrs,

		Cppflags:   compilerAttrs.cppFlags,
		Conlyflags: compilerAttrs.conlyFlags,
		Asflags:    asFlags,

		Rtti:    compilerAttrs.rtti,
		Stl:     compilerAttrs.stl,
		Cpp_std: compilerAttrs.cppStd,
		C_std:   compilerAttrs.cStd,

		Features: *staticFeatures,
	}

	sharedTargetAttrs := &bazelCcLibrarySharedAttributes{
		staticOrSharedAttributes: sharedCommonAttrs,
		includesAttributes:       includeAttrs,

		Cppflags:   compilerAttrs.cppFlags,
		Conlyflags: compilerAttrs.conlyFlags,
		Asflags:    asFlags,

		Linkopts:        linkerAttrs.linkopts,
		Rtti:            compilerAttrs.rtti,
		Stl:             compilerAttrs.stl,
		Cpp_std:         compilerAttrs.cppStd,
		C_std:           compilerAttrs.cStd,
		Use_version_lib: linkerAttrs.useVersionLib,

		Additional_linker_inputs: linkerAttrs.additionalLinkerInputs,

		Strip:                             stripAttrsFromLinkerAttrs(&linkerAttrs),
		Features:                          *sharedFeatures,
		bazelCcHeaderAbiCheckerAttributes: bp2buildParseAbiCheckerProps(ctx, m),

		Fdo_profile: compilerAttrs.fdoProfile,
	}

	if compilerAttrs.stubsSymbolFile != nil && len(compilerAttrs.stubsVersions.Value) > 0 {
		sharedTargetAttrs.Stubs_symbol_file = compilerAttrs.stubsSymbolFile
	}

	sharedTargetAttrs.Stem = compilerAttrs.stem
	sharedTargetAttrs.Suffix = compilerAttrs.suffix

	for axis, configToProps := range m.GetArchVariantProperties(ctx, &LibraryProperties{}) {
		for cfg, props := range configToProps {
			if props, ok := props.(*LibraryProperties); ok {
				if props.Inject_bssl_hash != nil {
					// This is an edge case applies only to libcrypto
					if m.Name() == "libcrypto" || m.Name() == "libcrypto_for_testing" {
						sharedTargetAttrs.Inject_bssl_hash.SetSelectValue(axis, cfg, props.Inject_bssl_hash)
					} else {
						ctx.PropertyErrorf("inject_bssl_hash", "only applies to libcrypto")
					}
				}
			}
		}
	}

	staticProps := bazel.BazelTargetModuleProperties{
		Rule_class:        "cc_library_static",
		Bzl_load_location: "//build/bazel/rules/cc:cc_library_static.bzl",
	}
	sharedProps := bazel.BazelTargetModuleProperties{
		Rule_class:        "cc_library_shared",
		Bzl_load_location: "//build/bazel/rules/cc:cc_library_shared.bzl",
	}

	if _, ok := alwaysLinkLibraries[m.Name()]; ok {
		staticTargetAttrs.Alwayslink = proptools.BoolPtr(true)
	}

	var tagsForStaticVariant bazel.StringListAttribute
	if compilerAttrs.stubsSymbolFile == nil && len(compilerAttrs.stubsVersions.Value) == 0 {
		tagsForStaticVariant = android.ApexAvailableTagsWithoutTestApexes(ctx, m)
	}
	tagsForStaticVariant.Append(bazel.StringListAttribute{Value: staticAttrs.Apex_available})

	tagsForSharedVariant := android.ApexAvailableTagsWithoutTestApexes(ctx, m)
	tagsForSharedVariant.Append(bazel.StringListAttribute{Value: sharedAttrs.Apex_available})

	ctx.CreateBazelTargetModuleWithRestrictions(staticProps,
		android.CommonAttributes{
			Name: m.Name() + "_bp2build_cc_library_static",
			Tags: tagsForStaticVariant,
		},
		staticTargetAttrs, staticAttrs.Enabled)
	ctx.CreateBazelTargetModuleWithRestrictions(sharedProps,
		android.CommonAttributes{
			Name: m.Name(),
			Tags: tagsForSharedVariant,
		},
		sharedTargetAttrs, sharedAttrs.Enabled)

	createStubsBazelTargetIfNeeded(ctx, m, compilerAttrs, exportedIncludes, baseAttributes)
}

func createStubsBazelTargetIfNeeded(ctx android.Bp2buildMutatorContext, m *Module, compilerAttrs compilerAttributes, exportedIncludes BazelIncludes, baseAttributes baseAttributes) {
	if compilerAttrs.stubsSymbolFile != nil && len(compilerAttrs.stubsVersions.Value) > 0 {
		stubSuitesProps := bazel.BazelTargetModuleProperties{
			Rule_class:        "cc_stub_suite",
			Bzl_load_location: "//build/bazel/rules/cc:cc_stub_library.bzl",
		}
		soname := m.Name() + ".so"
		stubSuitesAttrs := &bazelCcStubSuiteAttributes{
			Symbol_file:          compilerAttrs.stubsSymbolFile,
			Versions:             compilerAttrs.stubsVersions,
			Export_includes:      exportedIncludes.Includes,
			Soname:               &soname,
			Source_library_label: proptools.StringPtr(m.GetBazelLabel(ctx, m)),
			Deps:                 baseAttributes.deps,
			Api_surface:          proptools.StringPtr("module-libapi"),
		}
		ctx.CreateBazelTargetModule(stubSuitesProps,
			android.CommonAttributes{Name: m.Name() + "_stub_libs"},
			stubSuitesAttrs)

		// Add alias for the stub shared_library in @api_surfaces repository
		currentModuleLibApiDir := ctx.Config().ApiSurfacesDir(android.ModuleLibApi, "current")
		actualLabelInMainWorkspace := bazel.Label{
			Label: fmt.Sprintf("@//%s:%s%s", ctx.ModuleDir(), m.Name(), stubsSuffix),
		}
		ctx.CreateBazelTargetAliasInDir(currentModuleLibApiDir, m.Name(), actualLabelInMainWorkspace)

		// Add alias for headers exported by the stub library
		headerLabelInMainWorkspace := bazel.Label{
			// This label is generated from cc_stub_suite macro
			Label: fmt.Sprintf("@//%s:%s_stub_libs_%s_headers", ctx.ModuleDir(), m.Name(), android.ModuleLibApi.String()),
		}
		headerAlias := m.Name() + "_headers"
		ctx.CreateBazelTargetAliasInDir(currentModuleLibApiDir, headerAlias, headerLabelInMainWorkspace)
	}
}

// wrapper struct to flatten the arch and os specific export_include_dirs
// flattening is necessary since we want to export apis of all arches even when we build for x86 (e.g.)
type bazelCcApiLibraryHeadersAttributes struct {
	bazelCcLibraryHeadersAttributes

	Arch *string
}

func (a *bazelCcApiLibraryHeadersAttributes) isEmpty() bool {
	return a.Export_includes.IsEmpty() &&
		a.Export_system_includes.IsEmpty() &&
		a.Deps.IsEmpty()
}

type apiIncludes struct {
	name  string // name of the Bazel target in the generated bp2build workspace
	attrs bazelCcApiLibraryHeadersAttributes
}

func (includes *apiIncludes) isEmpty() bool {
	return includes.attrs.isEmpty()
}

func (includes *apiIncludes) addDep(name string) {
	l := bazel.Label{Label: ":" + name}
	ll := bazel.MakeLabelList([]bazel.Label{l})
	lla := bazel.MakeLabelListAttribute(ll)
	includes.attrs.Deps.Append(lla)
}

// includes provided to the module-lib API surface. This API surface is used by apexes.
func getModuleLibApiIncludes(ctx android.TopDownMutatorContext, c *Module) apiIncludes {
	flagProps := c.library.(*libraryDecorator).flagExporter.Properties
	linkProps := c.library.(*libraryDecorator).baseLinker.Properties
	includes := android.FirstUniqueStrings(flagProps.Export_include_dirs)
	systemIncludes := android.FirstUniqueStrings(flagProps.Export_system_include_dirs)
	headerLibs := android.FirstUniqueStrings(linkProps.Export_header_lib_headers)
	attrs := bazelCcLibraryHeadersAttributes{
		Export_includes:        bazel.MakeStringListAttribute(includes),
		Export_system_includes: bazel.MakeStringListAttribute(systemIncludes),
		Deps:                   bazel.MakeLabelListAttribute(apiHeaderLabels(ctx, headerLibs)),
	}

	return apiIncludes{
		name: c.Name() + ".module-libapi.headers",
		attrs: bazelCcApiLibraryHeadersAttributes{
			bazelCcLibraryHeadersAttributes: attrs,
		},
	}
}

func getVendorApiIncludes(ctx android.TopDownMutatorContext, c *Module) apiIncludes {
	baseProps := c.library.(*libraryDecorator).flagExporter.Properties
	llndkProps := c.library.(*libraryDecorator).Properties.Llndk
	includes := baseProps.Export_include_dirs
	systemIncludes := baseProps.Export_system_include_dirs
	// LLNDK can override the base includes
	if llndkIncludes := llndkProps.Override_export_include_dirs; llndkIncludes != nil {
		includes = llndkIncludes
	}
	if proptools.Bool(llndkProps.Export_headers_as_system) {
		systemIncludes = append(systemIncludes, includes...)
		includes = nil
	}

	attrs := bazelCcLibraryHeadersAttributes{
		Export_includes:        bazel.MakeStringListAttribute(includes),
		Export_system_includes: bazel.MakeStringListAttribute(systemIncludes),
		Deps:                   bazel.MakeLabelListAttribute(apiHeaderLabels(ctx, llndkProps.Export_llndk_headers)),
	}
	return apiIncludes{
		name: c.Name() + ".vendorapi.headers",
		attrs: bazelCcApiLibraryHeadersAttributes{
			bazelCcLibraryHeadersAttributes: attrs,
		},
	}
}

// cc_library creates both static and/or shared libraries for a device and/or
// host. By default, a cc_library has a single variant that targets the device.
// Specifying `host_supported: true` also creates a library that targets the
// host.
func LibraryFactory() android.Module {
	module, _ := NewLibrary(android.HostAndDeviceSupported)
	// Can be used as both a static and a shared library.
	module.sdkMemberTypes = []android.SdkMemberType{
		sharedLibrarySdkMemberType,
		staticLibrarySdkMemberType,
		staticAndSharedLibrarySdkMemberType,
	}
	module.bazelable = true
	module.bazelHandler = &ccLibraryBazelHandler{module: module}
	return module.Init()
}

// cc_library_static creates a static library for a device and/or host binary.
func LibraryStaticFactory() android.Module {
	module, library := NewLibrary(android.HostAndDeviceSupported)
	library.BuildOnlyStatic()
	module.sdkMemberTypes = []android.SdkMemberType{staticLibrarySdkMemberType}
	module.bazelable = true
	module.bazelHandler = &ccLibraryBazelHandler{module: module}
	return module.Init()
}

// cc_library_shared creates a shared library for a device and/or host.
func LibrarySharedFactory() android.Module {
	module, library := NewLibrary(android.HostAndDeviceSupported)
	library.BuildOnlyShared()
	module.sdkMemberTypes = []android.SdkMemberType{sharedLibrarySdkMemberType}
	module.bazelable = true
	module.bazelHandler = &ccLibraryBazelHandler{module: module}
	return module.Init()
}

// cc_library_host_static creates a static library that is linkable to a host
// binary.
func LibraryHostStaticFactory() android.Module {
	module, library := NewLibrary(android.HostSupported)
	library.BuildOnlyStatic()
	module.sdkMemberTypes = []android.SdkMemberType{staticLibrarySdkMemberType}
	module.bazelable = true
	module.bazelHandler = &ccLibraryBazelHandler{module: module}
	return module.Init()
}

// cc_library_host_shared creates a shared library that is usable on a host.
func LibraryHostSharedFactory() android.Module {
	module, library := NewLibrary(android.HostSupported)
	library.BuildOnlyShared()
	module.sdkMemberTypes = []android.SdkMemberType{sharedLibrarySdkMemberType}
	module.bazelable = true
	module.bazelHandler = &ccLibraryBazelHandler{module: module}
	return module.Init()
}

// flagExporter is a separated portion of libraryDecorator pertaining to exported
// include paths and flags. Keeping this dependency-related information separate
// from the rest of library information is helpful in keeping data more structured
// and explicit.
type flagExporter struct {
	Properties FlagExporterProperties

	dirs       android.Paths // Include directories to be included with -I
	systemDirs android.Paths // System include directories to be included with -isystem
	flags      []string      // Exported raw flags.
	deps       android.Paths
	headers    android.Paths
}

// exportedIncludes returns the effective include paths for this module and
// any module that links against this module. This is obtained from
// the export_include_dirs property in the appropriate target stanza.
func (f *flagExporter) exportedIncludes(ctx ModuleContext) android.Paths {
	if ctx.inVendor() && f.Properties.Target.Vendor.Override_export_include_dirs != nil {
		return android.PathsForModuleSrc(ctx, f.Properties.Target.Vendor.Override_export_include_dirs)
	}
	if ctx.inProduct() && f.Properties.Target.Product.Override_export_include_dirs != nil {
		return android.PathsForModuleSrc(ctx, f.Properties.Target.Product.Override_export_include_dirs)
	}
	return android.PathsForModuleSrc(ctx, f.Properties.Export_include_dirs)
}

// exportIncludes registers the include directories and system include directories to be exported
// transitively to modules depending on this module.
func (f *flagExporter) exportIncludes(ctx ModuleContext) {
	f.dirs = append(f.dirs, f.exportedIncludes(ctx)...)
	f.systemDirs = append(f.systemDirs, android.PathsForModuleSrc(ctx, f.Properties.Export_system_include_dirs)...)
}

// exportIncludesAsSystem registers the include directories and system include directories to be
// exported transitively both as system include directories to modules depending on this module.
func (f *flagExporter) exportIncludesAsSystem(ctx ModuleContext) {
	// all dirs are force exported as system
	f.systemDirs = append(f.systemDirs, f.exportedIncludes(ctx)...)
	f.systemDirs = append(f.systemDirs, android.PathsForModuleSrc(ctx, f.Properties.Export_system_include_dirs)...)
}

// reexportDirs registers the given directories as include directories to be exported transitively
// to modules depending on this module.
func (f *flagExporter) reexportDirs(dirs ...android.Path) {
	f.dirs = append(f.dirs, dirs...)
}

// reexportSystemDirs registers the given directories as system include directories
// to be exported transitively to modules depending on this module.
func (f *flagExporter) reexportSystemDirs(dirs ...android.Path) {
	f.systemDirs = append(f.systemDirs, dirs...)
}

// reexportFlags registers the flags to be exported transitively to modules depending on this
// module.
func (f *flagExporter) reexportFlags(flags ...string) {
	if android.PrefixInList(flags, "-I") || android.PrefixInList(flags, "-isystem") {
		panic(fmt.Errorf("Exporting invalid flag %q: "+
			"use reexportDirs or reexportSystemDirs to export directories", flag))
	}
	f.flags = append(f.flags, flags...)
}

func (f *flagExporter) reexportDeps(deps ...android.Path) {
	f.deps = append(f.deps, deps...)
}

// addExportedGeneratedHeaders does nothing but collects generated header files.
// This can be differ to exportedDeps which may contain phony files to minimize ninja.
func (f *flagExporter) addExportedGeneratedHeaders(headers ...android.Path) {
	f.headers = append(f.headers, headers...)
}

func (f *flagExporter) setProvider(ctx android.ModuleContext) {
	ctx.SetProvider(FlagExporterInfoProvider, FlagExporterInfo{
		// Comes from Export_include_dirs property, and those of exported transitive deps
		IncludeDirs: android.FirstUniquePaths(f.dirs),
		// Comes from Export_system_include_dirs property, and those of exported transitive deps
		SystemIncludeDirs: android.FirstUniquePaths(f.systemDirs),
		// Used in very few places as a one-off way of adding extra defines.
		Flags: f.flags,
		// Used sparingly, for extra files that need to be explicitly exported to dependers,
		// or for phony files to minimize ninja.
		Deps: f.deps,
		// For exported generated headers, such as exported aidl headers, proto headers, or
		// sysprop headers.
		GeneratedHeaders: f.headers,
	})
}

// libraryDecorator wraps baseCompiler, baseLinker and baseInstaller to provide library-specific
// functionality: static vs. shared linkage, reusing object files for shared libraries
type libraryDecorator struct {
	Properties        LibraryProperties
	StaticProperties  StaticProperties
	SharedProperties  SharedProperties
	MutatedProperties LibraryMutatedProperties

	// For reusing static library objects for shared library
	reuseObjects Objects

	// table-of-contents file to optimize out relinking when possible
	tocFile android.OptionalPath

	flagExporter
	flagExporterInfo *FlagExporterInfo
	stripper         Stripper

	// For whole_static_libs
	objects                      Objects
	wholeStaticLibsFromPrebuilts android.Paths

	// Uses the module's name if empty, but can be overridden. Does not include
	// shlib suffix.
	libName string

	sabi *sabi

	// Output archive of gcno coverage information files
	coverageOutputFile android.OptionalPath

	// linked Source Abi Dump
	sAbiOutputFile android.OptionalPath

	// Source Abi Diff
	sAbiDiff android.Paths

	// Location of the static library in the sysroot. Empty if the library is
	// not included in the NDK.
	ndkSysrootPath android.Path

	// Location of the linked, unstripped library for shared libraries
	unstrippedOutputFile android.Path

	// Location of the file that should be copied to dist dir when requested
	distFile android.Path

	versionScriptPath android.OptionalPath

	postInstallCmds []string

	// If useCoreVariant is true, the vendor variant of a VNDK library is
	// not installed.
	useCoreVariant       bool
	checkSameCoreVariant bool

	skipAPIDefine bool

	// Decorated interfaces
	*baseCompiler
	*baseLinker
	*baseInstaller

	collectedSnapshotHeaders android.Paths

	apiListCoverageXmlPath android.ModuleOutPath
}

type ccLibraryBazelHandler struct {
	module *Module
}

var _ BazelHandler = (*ccLibraryBazelHandler)(nil)

// generateStaticBazelBuildActions constructs the StaticLibraryInfo Soong
// provider from a Bazel shared library's CcInfo provider.
func (handler *ccLibraryBazelHandler) generateStaticBazelBuildActions(ctx android.ModuleContext, label string, ccInfo cquery.CcInfo) {
	rootStaticArchives := ccInfo.RootStaticArchives
	if len(rootStaticArchives) != 1 {
		ctx.ModuleErrorf("expected exactly one root archive file for '%s', but got %s", label, rootStaticArchives)
		return
	}
	var outputFilePath android.Path = android.PathForBazelOut(ctx, rootStaticArchives[0])
	if len(ccInfo.TidyFiles) > 0 {
		handler.module.tidyFiles = android.PathsForBazelOut(ctx, ccInfo.TidyFiles)
		outputFilePath = android.AttachValidationActions(ctx, outputFilePath, handler.module.tidyFiles)
	}
	handler.module.outputFile = android.OptionalPathForPath(outputFilePath)

	objPaths := ccInfo.CcObjectFiles
	objFiles := make(android.Paths, len(objPaths))
	for i, objPath := range objPaths {
		objFiles[i] = android.PathForBazelOut(ctx, objPath)
	}
	objects := Objects{
		objFiles: objFiles,
	}

	ctx.SetProvider(StaticLibraryInfoProvider, StaticLibraryInfo{
		StaticLibrary: outputFilePath,
		ReuseObjects:  objects,
		Objects:       objects,

		// TODO(b/190524881): Include transitive static libraries in this provider to support
		// static libraries with deps.
		TransitiveStaticLibrariesForOrdering: android.NewDepSetBuilder[android.Path](android.TOPOLOGICAL).
			Direct(outputFilePath).
			Build(),
	})

	return
}

// generateSharedBazelBuildActions constructs the SharedLibraryInfo Soong
// provider from a Bazel shared library's CcInfo provider.
func (handler *ccLibraryBazelHandler) generateSharedBazelBuildActions(ctx android.ModuleContext, label string, ccInfo cquery.CcInfo) {
	rootDynamicLibraries := ccInfo.RootDynamicLibraries

	if len(rootDynamicLibraries) != 1 {
		ctx.ModuleErrorf("expected exactly one root dynamic library file for '%s', but got %s", label, rootDynamicLibraries)
		return
	}
	var outputFilePath android.Path = android.PathForBazelOut(ctx, rootDynamicLibraries[0])
	if len(ccInfo.TidyFiles) > 0 {
		handler.module.tidyFiles = android.PathsForBazelOut(ctx, ccInfo.TidyFiles)
		outputFilePath = android.AttachValidationActions(ctx, outputFilePath, handler.module.tidyFiles)
	}

	handler.module.outputFile = android.OptionalPathForPath(outputFilePath)
	handler.module.linker.(*libraryDecorator).unstrippedOutputFile = android.PathForBazelOut(ctx, ccInfo.UnstrippedOutput)

	var tocFile android.OptionalPath
	if len(ccInfo.TocFile) > 0 {
		tocFile = android.OptionalPathForPath(android.PathForBazelOut(ctx, ccInfo.TocFile))
	}
	handler.module.linker.(*libraryDecorator).tocFile = tocFile

	if len(ccInfo.AbiDiffFiles) > 0 {
		handler.module.linker.(*libraryDecorator).sAbiDiff = android.PathsForBazelOut(ctx, ccInfo.AbiDiffFiles)
	}

	ctx.SetProvider(SharedLibraryInfoProvider, SharedLibraryInfo{
		TableOfContents: tocFile,
		SharedLibrary:   outputFilePath,
		Target:          ctx.Target(),
		// TODO(b/190524881): Include transitive static libraries in this provider to support
		// static libraries with deps. The provider key for this is TransitiveStaticLibrariesForOrdering.
	})
}

func (handler *ccLibraryBazelHandler) QueueBazelCall(ctx android.BaseModuleContext, label string) {
	bazelCtx := ctx.Config().BazelContext
	bazelCtx.QueueBazelRequest(label, cquery.GetCcInfo, android.GetConfigKeyApexVariant(ctx, GetApexConfigKey(ctx)))
	if v := handler.module.library.stubsVersion(); v != "" {
		stubsLabel := label + "_stub_libs-" + v
		bazelCtx.QueueBazelRequest(stubsLabel, cquery.GetCcInfo, android.GetConfigKeyApexVariant(ctx, GetApexConfigKey(ctx)))
	}
}

func (handler *ccLibraryBazelHandler) ProcessBazelQueryResponse(ctx android.ModuleContext, label string) {
	if v := handler.module.library.stubsVersion(); v != "" {
		// if we are a stubs variant, just use the Bazel stubs target
		label = label + "_stub_libs-" + v
	}
	bazelCtx := ctx.Config().BazelContext
	ccInfo, err := bazelCtx.GetCcInfo(label, android.GetConfigKeyApexVariant(ctx, GetApexConfigKey(ctx)))
	if err != nil {
		ctx.ModuleErrorf("Error getting Bazel CcInfo: %s", err)
		return
	}

	if handler.module.static() {
		handler.generateStaticBazelBuildActions(ctx, label, ccInfo)
	} else if handler.module.Shared() {
		handler.generateSharedBazelBuildActions(ctx, label, ccInfo)
	} else {
		ctx.ModuleErrorf("Unhandled bazel case for %s (neither shared nor static!)", ctx.ModuleName())
	}

	handler.module.linker.(*libraryDecorator).setFlagExporterInfoFromCcInfo(ctx, ccInfo)
	handler.module.maybeUnhideFromMake()

	if i, ok := handler.module.linker.(snapshotLibraryInterface); ok {
		// Dependencies on this library will expect collectedSnapshotHeaders to
		// be set, otherwise validation will fail. For now, set this to an empty
		// list.
		// TODO(b/190533363): More closely mirror the collectHeadersForSnapshot
		// implementation.
		i.(*libraryDecorator).collectedSnapshotHeaders = android.Paths{}
	}

	handler.module.setAndroidMkVariablesFromCquery(ccInfo.CcAndroidMkInfo)

	cctx := moduleContextFromAndroidModuleContext(ctx, handler.module)
	addStubDependencyProviders(cctx)
}

func (library *libraryDecorator) setFlagExporterInfoFromCcInfo(ctx android.ModuleContext, ccInfo cquery.CcInfo) {
	flagExporterInfo := flagExporterInfoFromCcInfo(ctx, ccInfo)
	// flag exporters consolidates properties like includes, flags, dependencies that should be
	// exported from this module to other modules
	ctx.SetProvider(FlagExporterInfoProvider, flagExporterInfo)
	// Store flag info to be passed along to androidmk
	// TODO(b/184387147): Androidmk should be done in Bazel, not Soong.
	library.flagExporterInfo = &flagExporterInfo
}

func GlobHeadersForSnapshot(ctx android.ModuleContext, paths android.Paths) android.Paths {
	ret := android.Paths{}

	// Headers in the source tree should be globbed. On the contrast, generated headers
	// can't be globbed, and they should be manually collected.
	// So, we first filter out intermediate directories (which contains generated headers)
	// from exported directories, and then glob headers under remaining directories.
	for _, path := range paths {
		dir := path.String()
		// Skip if dir is for generated headers
		if strings.HasPrefix(dir, ctx.Config().OutDir()) {
			continue
		}

		// Filter out the generated headers from bazel.
		if strings.HasPrefix(dir, android.PathForBazelOut(ctx, "bazel-out").String()) {
			continue
		}

		// libeigen wrongly exports the root directory "external/eigen". But only two
		// subdirectories "Eigen" and "unsupported" contain exported header files. Even worse
		// some of them have no extension. So we need special treatment for libeigen in order
		// to glob correctly.
		if dir == "external/eigen" {
			// Only these two directories contains exported headers.
			for _, subdir := range []string{"Eigen", "unsupported/Eigen"} {
				globDir := "external/eigen/" + subdir + "/**/*"
				glob, err := ctx.GlobWithDeps(globDir, nil)
				if err != nil {
					ctx.ModuleErrorf("glob of %q failed: %s", globDir, err)
					return nil
				}
				for _, header := range glob {
					if strings.HasSuffix(header, "/") {
						continue
					}
					ext := filepath.Ext(header)
					if ext != "" && ext != ".h" {
						continue
					}
					ret = append(ret, android.PathForSource(ctx, header))
				}
			}
			continue
		}
		globDir := dir + "/**/*"
		glob, err := ctx.GlobWithDeps(globDir, nil)
		if err != nil {
			ctx.ModuleErrorf("glob of %q failed: %s", globDir, err)
			return nil
		}
		isLibcxx := strings.HasPrefix(dir, "external/libcxx/include")
		for _, header := range glob {
			if isLibcxx {
				// Glob all files under this special directory, because of C++ headers with no
				// extension.
				if strings.HasSuffix(header, "/") {
					continue
				}
			} else {
				// Filter out only the files with extensions that are headers.
				found := false
				for _, ext := range HeaderExts {
					if strings.HasSuffix(header, ext) {
						found = true
						break
					}
				}
				if !found {
					continue
				}
			}
			ret = append(ret, android.PathForSource(ctx, header))
		}
	}
	return ret
}

func GlobGeneratedHeadersForSnapshot(_ android.ModuleContext, paths android.Paths) android.Paths {
	ret := android.Paths{}
	for _, header := range paths {
		// TODO(b/148123511): remove exportedDeps after cleaning up genrule
		if strings.HasSuffix(header.Base(), "-phony") {
			continue
		}
		ret = append(ret, header)
	}
	return ret
}

// collectHeadersForSnapshot collects all exported headers from library.
// It globs header files in the source tree for exported include directories,
// and tracks generated header files separately.
//
// This is to be called from GenerateAndroidBuildActions, and then collected
// header files can be retrieved by snapshotHeaders().
func (l *libraryDecorator) collectHeadersForSnapshot(ctx android.ModuleContext) {
	ret := android.Paths{}

	// Headers in the source tree should be globbed. On the contrast, generated headers
	// can't be globbed, and they should be manually collected.
	// So, we first filter out intermediate directories (which contains generated headers)
	// from exported directories, and then glob headers under remaining directories.
	ret = append(ret, GlobHeadersForSnapshot(ctx, append(android.CopyOfPaths(l.flagExporter.dirs), l.flagExporter.systemDirs...))...)

	// Collect generated headers
	ret = append(ret, GlobGeneratedHeadersForSnapshot(ctx, append(android.CopyOfPaths(l.flagExporter.headers), l.flagExporter.deps...))...)

	l.collectedSnapshotHeaders = ret
}

// This returns all exported header files, both generated ones and headers from source tree.
// collectHeadersForSnapshot() must be called before calling this.
func (l *libraryDecorator) snapshotHeaders() android.Paths {
	if l.collectedSnapshotHeaders == nil {
		panic("snapshotHeaders() must be called after collectHeadersForSnapshot()")
	}
	return l.collectedSnapshotHeaders
}

// linkerProps returns the list of properties structs relevant for this library. (For example, if
// the library is cc_shared_library, then static-library properties are omitted.)
func (library *libraryDecorator) linkerProps() []interface{} {
	var props []interface{}
	props = append(props, library.baseLinker.linkerProps()...)
	props = append(props,
		&library.Properties,
		&library.MutatedProperties,
		&library.flagExporter.Properties,
		&library.stripper.StripProperties)

	if library.MutatedProperties.BuildShared {
		props = append(props, &library.SharedProperties)
	}
	if library.MutatedProperties.BuildStatic {
		props = append(props, &library.StaticProperties)
	}

	return props
}

// linkerFlags takes a Flags struct and augments it to contain linker flags that are defined by this
// library, or that are implied by attributes of this library (such as whether this library is a
// shared library).
func (library *libraryDecorator) linkerFlags(ctx ModuleContext, flags Flags) Flags {
	flags = library.baseLinker.linkerFlags(ctx, flags)

	// MinGW spits out warnings about -fPIC even for -fpie?!) being ignored because
	// all code is position independent, and then those warnings get promoted to
	// errors.
	if !ctx.Windows() {
		flags.Global.CFlags = append(flags.Global.CFlags, "-fPIC")
	}

	if library.static() {
		flags.Local.CFlags = append(flags.Local.CFlags, library.StaticProperties.Static.Cflags...)
	} else if library.shared() {
		flags.Local.CFlags = append(flags.Local.CFlags, library.SharedProperties.Shared.Cflags...)
	}

	if library.shared() {
		libName := library.getLibName(ctx)
		var f []string
		if ctx.toolchain().Bionic() {
			f = append(f,
				"-nostdlib",
				"-Wl,--gc-sections",
			)
		}

		if ctx.Darwin() {
			f = append(f,
				"-dynamiclib",
				"-install_name @rpath/"+libName+flags.Toolchain.ShlibSuffix(),
			)
			if ctx.Arch().ArchType == android.X86 {
				f = append(f,
					"-read_only_relocs suppress",
				)
			}
		} else {
			f = append(f, "-shared")
			if !ctx.Windows() {
				f = append(f, "-Wl,-soname,"+libName+flags.Toolchain.ShlibSuffix())
			}
		}

		flags.Global.LdFlags = append(flags.Global.LdFlags, f...)
	}

	return flags
}

// compilerFlags takes a Flags and augments it to contain compile flags from global values,
// per-target values, module type values, per-module Blueprints properties, extra flags from
// `flags`, and generated sources from `deps`.
func (library *libraryDecorator) compilerFlags(ctx ModuleContext, flags Flags, deps PathDeps) Flags {
	exportIncludeDirs := library.flagExporter.exportedIncludes(ctx)
	if len(exportIncludeDirs) > 0 {
		f := includeDirsToFlags(exportIncludeDirs)
		flags.Local.CommonFlags = append(flags.Local.CommonFlags, f)
		flags.Local.YasmFlags = append(flags.Local.YasmFlags, f)
	}

	flags = library.baseCompiler.compilerFlags(ctx, flags, deps)
	if ctx.IsLlndk() {
		// LLNDK libraries ignore most of the properties on the cc_library and use the
		// LLNDK-specific properties instead.
		// Wipe all the module-local properties, leaving only the global properties.
		flags.Local = LocalOrGlobalFlags{}
	}
	if library.buildStubs() {
		// Remove -include <file> when compiling stubs. Otherwise, the force included
		// headers might cause conflicting types error with the symbols in the
		// generated stubs source code. e.g.
		// double acos(double); // in header
		// void acos() {} // in the generated source code
		removeInclude := func(flags []string) []string {
			ret := flags[:0]
			for _, f := range flags {
				if strings.HasPrefix(f, "-include ") {
					continue
				}
				ret = append(ret, f)
			}
			return ret
		}
		flags.Local.CommonFlags = removeInclude(flags.Local.CommonFlags)
		flags.Local.CFlags = removeInclude(flags.Local.CFlags)

		flags = addStubLibraryCompilerFlags(flags)
	}
	return flags
}

func (library *libraryDecorator) getHeaderAbiCheckerProperties(ctx android.BaseModuleContext) headerAbiCheckerProperties {
	m := ctx.Module().(*Module)
	variantProps := &library.Properties.Target.Platform.Header_abi_checker
	if m.InVendor() {
		variantProps = &library.Properties.Target.Vendor.Header_abi_checker
	} else if m.InProduct() {
		variantProps = &library.Properties.Target.Product.Header_abi_checker
	}
	props := library.Properties.Header_abi_checker
	err := proptools.AppendProperties(&props, variantProps, nil)
	if err != nil {
		ctx.ModuleErrorf("Cannot merge headerAbiCheckerProperties: %s", err.Error())
	}
	return props
}

func (library *libraryDecorator) compile(ctx ModuleContext, flags Flags, deps PathDeps) Objects {
	if ctx.IsLlndk() {
		// This is the vendor variant of an LLNDK library, build the LLNDK stubs.
		vndkVer := ctx.Module().(*Module).VndkVersion()
		if !inList(vndkVer, ctx.Config().PlatformVersionActiveCodenames()) || vndkVer == "" {
			// For non-enforcing devices, vndkVer is empty. Use "current" in that case, too.
			vndkVer = "current"
		}
		if library.stubsVersion() != "" {
			vndkVer = library.stubsVersion()
		}
		nativeAbiResult := parseNativeAbiDefinition(ctx,
			String(library.Properties.Llndk.Symbol_file),
			android.ApiLevelOrPanic(ctx, vndkVer), "--llndk")
		objs := compileStubLibrary(ctx, flags, nativeAbiResult.stubSrc)
		if !Bool(library.Properties.Llndk.Unversioned) {
			library.versionScriptPath = android.OptionalPathForPath(
				nativeAbiResult.versionScript)
		}
		return objs
	}
	if ctx.IsVendorPublicLibrary() {
		nativeAbiResult := parseNativeAbiDefinition(ctx,
			String(library.Properties.Vendor_public_library.Symbol_file),
			android.FutureApiLevel, "")
		objs := compileStubLibrary(ctx, flags, nativeAbiResult.stubSrc)
		if !Bool(library.Properties.Vendor_public_library.Unversioned) {
			library.versionScriptPath = android.OptionalPathForPath(nativeAbiResult.versionScript)
		}
		return objs
	}
	if library.buildStubs() {
		symbolFile := String(library.Properties.Stubs.Symbol_file)
		if symbolFile != "" && !strings.HasSuffix(symbolFile, ".map.txt") {
			ctx.PropertyErrorf("symbol_file", "%q doesn't have .map.txt suffix", symbolFile)
			return Objects{}
		}
		// b/239274367 --apex and --systemapi filters symbols tagged with # apex and #
		// systemapi, respectively. The former is for symbols defined in platform libraries
		// and the latter is for symbols defined in APEXes.
		// A single library can contain either # apex or # systemapi, but not both.
		// The stub generator (ndkstubgen) is additive, so passing _both_ of these to it should be a no-op.
		// However, having this distinction helps guard accidental
		// promotion or demotion of API and also helps the API review process b/191371676
		var flag string
		if ctx.Module().(android.ApexModule).NotInPlatform() {
			flag = "--apex"
		} else {
			flag = "--systemapi"
		}
		// b/184712170, unless the lib is an NDK library, exclude all public symbols from
		// the stub so that it is mandated that all symbols are explicitly marked with
		// either apex or systemapi.
		if !ctx.Module().(*Module).IsNdk(ctx.Config()) {
			flag = flag + " --no-ndk"
		}
		nativeAbiResult := parseNativeAbiDefinition(ctx, symbolFile,
			android.ApiLevelOrPanic(ctx, library.MutatedProperties.StubsVersion), flag)
		objs := compileStubLibrary(ctx, flags, nativeAbiResult.stubSrc)
		library.versionScriptPath = android.OptionalPathForPath(
			nativeAbiResult.versionScript)

		// Parse symbol file to get API list for coverage
		if library.stubsVersion() == "current" && ctx.PrimaryArch() && !ctx.inRecovery() && !ctx.inProduct() && !ctx.inVendor() {
			library.apiListCoverageXmlPath = parseSymbolFileForAPICoverage(ctx, symbolFile)
		}

		return objs
	}

	if !library.buildShared() && !library.buildStatic() {
		if len(library.baseCompiler.Properties.Srcs) > 0 {
			ctx.PropertyErrorf("srcs", "cc_library_headers must not have any srcs")
		}
		if len(library.StaticProperties.Static.Srcs) > 0 {
			ctx.PropertyErrorf("static.srcs", "cc_library_headers must not have any srcs")
		}
		if len(library.SharedProperties.Shared.Srcs) > 0 {
			ctx.PropertyErrorf("shared.srcs", "cc_library_headers must not have any srcs")
		}
		return Objects{}
	}
	if library.sabi.shouldCreateSourceAbiDump() {
		exportIncludeDirs := library.flagExporter.exportedIncludes(ctx)
		var SourceAbiFlags []string
		for _, dir := range exportIncludeDirs.Strings() {
			SourceAbiFlags = append(SourceAbiFlags, "-I"+dir)
		}
		for _, reexportedInclude := range library.sabi.Properties.ReexportedIncludes {
			SourceAbiFlags = append(SourceAbiFlags, "-I"+reexportedInclude)
		}
		flags.SAbiFlags = SourceAbiFlags
		totalLength := len(library.baseCompiler.Properties.Srcs) + len(deps.GeneratedSources) +
			len(library.SharedProperties.Shared.Srcs) + len(library.StaticProperties.Static.Srcs)
		if totalLength > 0 {
			flags.SAbiDump = true
		}
	}
	objs := library.baseCompiler.compile(ctx, flags, deps)
	library.reuseObjects = objs
	buildFlags := flagsToBuilderFlags(flags)

	if library.static() {
		srcs := android.PathsForModuleSrc(ctx, library.StaticProperties.Static.Srcs)
		objs = objs.Append(compileObjs(ctx, buildFlags, android.DeviceStaticLibrary, srcs,
			android.PathsForModuleSrc(ctx, library.StaticProperties.Static.Tidy_disabled_srcs),
			android.PathsForModuleSrc(ctx, library.StaticProperties.Static.Tidy_timeout_srcs),
			library.baseCompiler.pathDeps, library.baseCompiler.cFlagsDeps))
	} else if library.shared() {
		srcs := android.PathsForModuleSrc(ctx, library.SharedProperties.Shared.Srcs)
		objs = objs.Append(compileObjs(ctx, buildFlags, android.DeviceSharedLibrary, srcs,
			android.PathsForModuleSrc(ctx, library.SharedProperties.Shared.Tidy_disabled_srcs),
			android.PathsForModuleSrc(ctx, library.SharedProperties.Shared.Tidy_timeout_srcs),
			library.baseCompiler.pathDeps, library.baseCompiler.cFlagsDeps))
	}

	return objs
}

type libraryInterface interface {
	versionedInterface

	static() bool
	shared() bool
	objs() Objects
	reuseObjs() Objects
	toc() android.OptionalPath

	// Returns true if the build options for the module have selected a static or shared build
	buildStatic() bool
	buildShared() bool

	// Sets whether a specific variant is static or shared
	setStatic()
	setShared()

	// Gets the ABI properties for vendor, product, or platform variant
	getHeaderAbiCheckerProperties(ctx android.BaseModuleContext) headerAbiCheckerProperties

	// Write LOCAL_ADDITIONAL_DEPENDENCIES for ABI diff
	androidMkWriteAdditionalDependenciesForSourceAbiDiff(w io.Writer)

	availableFor(string) bool

	getAPIListCoverageXMLPath() android.ModuleOutPath

	installable() *bool
}

type versionedInterface interface {
	buildStubs() bool
	setBuildStubs(isLatest bool)
	hasStubsVariants() bool
	isStubsImplementationRequired() bool
	setStubsVersion(string)
	stubsVersion() string

	stubsVersions(ctx android.BaseMutatorContext) []string
	setAllStubsVersions([]string)
	allStubsVersions() []string

	implementationModuleName(name string) string
	hasLLNDKStubs() bool
	hasLLNDKHeaders() bool
	hasVendorPublicLibrary() bool
}

var _ libraryInterface = (*libraryDecorator)(nil)
var _ versionedInterface = (*libraryDecorator)(nil)

func (library *libraryDecorator) getLibNameHelper(baseModuleName string, inVendor bool, inProduct bool) string {
	name := library.libName
	if name == "" {
		name = String(library.Properties.Stem)
		if name == "" {
			name = baseModuleName
		}
	}

	suffix := ""
	if inVendor {
		suffix = String(library.Properties.Target.Vendor.Suffix)
	} else if inProduct {
		suffix = String(library.Properties.Target.Product.Suffix)
	}
	if suffix == "" {
		suffix = String(library.Properties.Suffix)
	}

	return name + suffix
}

// getLibName returns the actual canonical name of the library (the name which
// should be passed to the linker via linker flags).
func (library *libraryDecorator) getLibName(ctx BaseModuleContext) string {
	name := library.getLibNameHelper(ctx.baseModuleName(), ctx.inVendor(), ctx.inProduct())

	if ctx.IsVndkExt() {
		// vndk-ext lib should have the same name with original lib
		ctx.VisitDirectDepsWithTag(vndkExtDepTag, func(module android.Module) {
			originalName := module.(*Module).outputFile.Path()
			name = strings.TrimSuffix(originalName.Base(), originalName.Ext())
		})
	}

	if ctx.Host() && Bool(library.Properties.Unique_host_soname) {
		if !strings.HasSuffix(name, "-host") {
			name = name + "-host"
		}
	}

	return name
}

var versioningMacroNamesListMutex sync.Mutex

func (library *libraryDecorator) linkerInit(ctx BaseModuleContext) {
	location := InstallInSystem
	if library.baseLinker.sanitize.inSanitizerDir() {
		location = InstallInSanitizerDir
	}
	library.baseInstaller.location = location
	library.baseLinker.linkerInit(ctx)
	// Let baseLinker know whether this variant is for stubs or not, so that
	// it can omit things that are not required for linking stubs.
	library.baseLinker.dynamicProperties.BuildStubs = library.buildStubs()

	if library.buildStubs() {
		macroNames := versioningMacroNamesList(ctx.Config())
		myName := versioningMacroName(ctx.ModuleName())
		versioningMacroNamesListMutex.Lock()
		defer versioningMacroNamesListMutex.Unlock()
		if (*macroNames)[myName] == "" {
			(*macroNames)[myName] = ctx.ModuleName()
		} else if (*macroNames)[myName] != ctx.ModuleName() {
			ctx.ModuleErrorf("Macro name %q for versioning conflicts with macro name from module %q ", myName, (*macroNames)[myName])
		}
	}
}

func (library *libraryDecorator) compilerDeps(ctx DepsContext, deps Deps) Deps {
	if ctx.IsLlndk() {
		// LLNDK libraries ignore most of the properties on the cc_library and use the
		// LLNDK-specific properties instead.
		return deps
	}

	deps = library.baseCompiler.compilerDeps(ctx, deps)

	return deps
}

func (library *libraryDecorator) linkerDeps(ctx DepsContext, deps Deps) Deps {
	if ctx.IsLlndk() {
		// LLNDK libraries ignore most of the properties on the cc_library and use the
		// LLNDK-specific properties instead.
		deps.HeaderLibs = append([]string(nil), library.Properties.Llndk.Export_llndk_headers...)
		deps.ReexportHeaderLibHeaders = append([]string(nil), library.Properties.Llndk.Export_llndk_headers...)
		return deps
	}
	if ctx.IsVendorPublicLibrary() {
		headers := library.Properties.Vendor_public_library.Export_public_headers
		deps.HeaderLibs = append([]string(nil), headers...)
		deps.ReexportHeaderLibHeaders = append([]string(nil), headers...)
		return deps
	}

	if library.static() {
		// Compare with nil because an empty list needs to be propagated.
		if library.StaticProperties.Static.System_shared_libs != nil {
			library.baseLinker.Properties.System_shared_libs = library.StaticProperties.Static.System_shared_libs
		}
	} else if library.shared() {
		// Compare with nil because an empty list needs to be propagated.
		if library.SharedProperties.Shared.System_shared_libs != nil {
			library.baseLinker.Properties.System_shared_libs = library.SharedProperties.Shared.System_shared_libs
		}
	}

	deps = library.baseLinker.linkerDeps(ctx, deps)

	if library.static() {
		deps.WholeStaticLibs = append(deps.WholeStaticLibs,
			library.StaticProperties.Static.Whole_static_libs...)
		deps.StaticLibs = append(deps.StaticLibs, library.StaticProperties.Static.Static_libs...)
		deps.SharedLibs = append(deps.SharedLibs, library.StaticProperties.Static.Shared_libs...)

		deps.ReexportSharedLibHeaders = append(deps.ReexportSharedLibHeaders, library.StaticProperties.Static.Export_shared_lib_headers...)
		deps.ReexportStaticLibHeaders = append(deps.ReexportStaticLibHeaders, library.StaticProperties.Static.Export_static_lib_headers...)
	} else if library.shared() {
		if library.baseLinker.Properties.crt() {
			deps.CrtBegin = append(deps.CrtBegin, ctx.toolchain().CrtBeginSharedLibrary()...)
			deps.CrtEnd = append(deps.CrtEnd, ctx.toolchain().CrtEndSharedLibrary()...)
		}
		deps.WholeStaticLibs = append(deps.WholeStaticLibs, library.SharedProperties.Shared.Whole_static_libs...)
		deps.StaticLibs = append(deps.StaticLibs, library.SharedProperties.Shared.Static_libs...)
		deps.SharedLibs = append(deps.SharedLibs, library.SharedProperties.Shared.Shared_libs...)

		deps.ReexportSharedLibHeaders = append(deps.ReexportSharedLibHeaders, library.SharedProperties.Shared.Export_shared_lib_headers...)
		deps.ReexportStaticLibHeaders = append(deps.ReexportStaticLibHeaders, library.SharedProperties.Shared.Export_static_lib_headers...)
	}
	if ctx.inVendor() {
		deps.WholeStaticLibs = removeListFromList(deps.WholeStaticLibs, library.baseLinker.Properties.Target.Vendor.Exclude_static_libs)
		deps.SharedLibs = removeListFromList(deps.SharedLibs, library.baseLinker.Properties.Target.Vendor.Exclude_shared_libs)
		deps.StaticLibs = removeListFromList(deps.StaticLibs, library.baseLinker.Properties.Target.Vendor.Exclude_static_libs)
		deps.ReexportSharedLibHeaders = removeListFromList(deps.ReexportSharedLibHeaders, library.baseLinker.Properties.Target.Vendor.Exclude_shared_libs)
		deps.ReexportStaticLibHeaders = removeListFromList(deps.ReexportStaticLibHeaders, library.baseLinker.Properties.Target.Vendor.Exclude_static_libs)
	}
	if ctx.inProduct() {
		deps.WholeStaticLibs = removeListFromList(deps.WholeStaticLibs, library.baseLinker.Properties.Target.Product.Exclude_static_libs)
		deps.SharedLibs = removeListFromList(deps.SharedLibs, library.baseLinker.Properties.Target.Product.Exclude_shared_libs)
		deps.StaticLibs = removeListFromList(deps.StaticLibs, library.baseLinker.Properties.Target.Product.Exclude_static_libs)
		deps.ReexportSharedLibHeaders = removeListFromList(deps.ReexportSharedLibHeaders, library.baseLinker.Properties.Target.Product.Exclude_shared_libs)
		deps.ReexportStaticLibHeaders = removeListFromList(deps.ReexportStaticLibHeaders, library.baseLinker.Properties.Target.Product.Exclude_static_libs)
	}
	if ctx.inRecovery() {
		deps.WholeStaticLibs = removeListFromList(deps.WholeStaticLibs, library.baseLinker.Properties.Target.Recovery.Exclude_static_libs)
		deps.SharedLibs = removeListFromList(deps.SharedLibs, library.baseLinker.Properties.Target.Recovery.Exclude_shared_libs)
		deps.StaticLibs = removeListFromList(deps.StaticLibs, library.baseLinker.Properties.Target.Recovery.Exclude_static_libs)
		deps.ReexportSharedLibHeaders = removeListFromList(deps.ReexportSharedLibHeaders, library.baseLinker.Properties.Target.Recovery.Exclude_shared_libs)
		deps.ReexportStaticLibHeaders = removeListFromList(deps.ReexportStaticLibHeaders, library.baseLinker.Properties.Target.Recovery.Exclude_static_libs)
	}
	if ctx.inRamdisk() {
		deps.WholeStaticLibs = removeListFromList(deps.WholeStaticLibs, library.baseLinker.Properties.Target.Ramdisk.Exclude_static_libs)
		deps.SharedLibs = removeListFromList(deps.SharedLibs, library.baseLinker.Properties.Target.Ramdisk.Exclude_shared_libs)
		deps.StaticLibs = removeListFromList(deps.StaticLibs, library.baseLinker.Properties.Target.Ramdisk.Exclude_static_libs)
		deps.ReexportSharedLibHeaders = removeListFromList(deps.ReexportSharedLibHeaders, library.baseLinker.Properties.Target.Ramdisk.Exclude_shared_libs)
		deps.ReexportStaticLibHeaders = removeListFromList(deps.ReexportStaticLibHeaders, library.baseLinker.Properties.Target.Ramdisk.Exclude_static_libs)
	}
	if ctx.inVendorRamdisk() {
		deps.WholeStaticLibs = removeListFromList(deps.WholeStaticLibs, library.baseLinker.Properties.Target.Vendor_ramdisk.Exclude_static_libs)
		deps.SharedLibs = removeListFromList(deps.SharedLibs, library.baseLinker.Properties.Target.Vendor_ramdisk.Exclude_shared_libs)
		deps.StaticLibs = removeListFromList(deps.StaticLibs, library.baseLinker.Properties.Target.Vendor_ramdisk.Exclude_static_libs)
		deps.ReexportSharedLibHeaders = removeListFromList(deps.ReexportSharedLibHeaders, library.baseLinker.Properties.Target.Vendor_ramdisk.Exclude_shared_libs)
		deps.ReexportStaticLibHeaders = removeListFromList(deps.ReexportStaticLibHeaders, library.baseLinker.Properties.Target.Vendor_ramdisk.Exclude_static_libs)
	}

	return deps
}

func (library *libraryDecorator) linkerSpecifiedDeps(specifiedDeps specifiedDeps) specifiedDeps {
	specifiedDeps = library.baseLinker.linkerSpecifiedDeps(specifiedDeps)
	var properties StaticOrSharedProperties
	if library.static() {
		properties = library.StaticProperties.Static
	} else if library.shared() {
		properties = library.SharedProperties.Shared
	}

	specifiedDeps.sharedLibs = append(specifiedDeps.sharedLibs, properties.Shared_libs...)

	// Must distinguish nil and [] in system_shared_libs - ensure that [] in
	// either input list doesn't come out as nil.
	if specifiedDeps.systemSharedLibs == nil {
		specifiedDeps.systemSharedLibs = properties.System_shared_libs
	} else {
		specifiedDeps.systemSharedLibs = append(specifiedDeps.systemSharedLibs, properties.System_shared_libs...)
	}

	specifiedDeps.sharedLibs = android.FirstUniqueStrings(specifiedDeps.sharedLibs)
	if len(specifiedDeps.systemSharedLibs) > 0 {
		// Skip this if systemSharedLibs is either nil or [], to ensure they are
		// retained.
		specifiedDeps.systemSharedLibs = android.FirstUniqueStrings(specifiedDeps.systemSharedLibs)
	}
	return specifiedDeps
}

func (library *libraryDecorator) linkStatic(ctx ModuleContext,
	flags Flags, deps PathDeps, objs Objects) android.Path {

	library.objects = deps.WholeStaticLibObjs.Copy()
	library.objects = library.objects.Append(objs)
	library.wholeStaticLibsFromPrebuilts = android.CopyOfPaths(deps.WholeStaticLibsFromPrebuilts)

	fileName := ctx.ModuleName() + staticLibraryExtension
	outputFile := android.PathForModuleOut(ctx, fileName)
	builderFlags := flagsToBuilderFlags(flags)

	if Bool(library.baseLinker.Properties.Use_version_lib) {
		if ctx.Host() {
			versionedOutputFile := outputFile
			outputFile = android.PathForModuleOut(ctx, "unversioned", fileName)
			library.injectVersionSymbol(ctx, outputFile, versionedOutputFile)
		} else {
			versionedOutputFile := android.PathForModuleOut(ctx, "versioned", fileName)
			library.distFile = versionedOutputFile
			library.injectVersionSymbol(ctx, outputFile, versionedOutputFile)
		}
	}

	transformObjToStaticLib(ctx, library.objects.objFiles, deps.WholeStaticLibsFromPrebuilts, builderFlags, outputFile, nil, objs.tidyDepFiles)

	library.coverageOutputFile = transformCoverageFilesToZip(ctx, library.objects, ctx.ModuleName())

	ctx.CheckbuildFile(outputFile)

	if library.static() {
		ctx.SetProvider(StaticLibraryInfoProvider, StaticLibraryInfo{
			StaticLibrary:                outputFile,
			ReuseObjects:                 library.reuseObjects,
			Objects:                      library.objects,
			WholeStaticLibsFromPrebuilts: library.wholeStaticLibsFromPrebuilts,

			TransitiveStaticLibrariesForOrdering: android.NewDepSetBuilder[android.Path](android.TOPOLOGICAL).
				Direct(outputFile).
				Transitive(deps.TranstiveStaticLibrariesForOrdering).
				Build(),
		})
	}

	if library.header() {
		ctx.SetProvider(HeaderLibraryInfoProvider, HeaderLibraryInfo{})
	}

	return outputFile
}

func ndkSharedLibDeps(ctx ModuleContext) android.Paths {
	if ctx.Module().(*Module).IsSdkVariant() {
		// The NDK sysroot timestamp file depends on all the NDK
		// sysroot header and shared library files.
		return android.Paths{getNdkBaseTimestampFile(ctx)}
	}
	return nil
}

func (library *libraryDecorator) linkShared(ctx ModuleContext,
	flags Flags, deps PathDeps, objs Objects) android.Path {

	var linkerDeps android.Paths
	linkerDeps = append(linkerDeps, flags.LdFlagsDeps...)
	linkerDeps = append(linkerDeps, ndkSharedLibDeps(ctx)...)

	unexportedSymbols := ctx.ExpandOptionalSource(library.Properties.Unexported_symbols_list, "unexported_symbols_list")
	forceNotWeakSymbols := ctx.ExpandOptionalSource(library.Properties.Force_symbols_not_weak_list, "force_symbols_not_weak_list")
	forceWeakSymbols := ctx.ExpandOptionalSource(library.Properties.Force_symbols_weak_list, "force_symbols_weak_list")
	if !ctx.Darwin() {
		if unexportedSymbols.Valid() {
			ctx.PropertyErrorf("unexported_symbols_list", "Only supported on Darwin")
		}
		if forceNotWeakSymbols.Valid() {
			ctx.PropertyErrorf("force_symbols_not_weak_list", "Only supported on Darwin")
		}
		if forceWeakSymbols.Valid() {
			ctx.PropertyErrorf("force_symbols_weak_list", "Only supported on Darwin")
		}
	} else {
		if unexportedSymbols.Valid() {
			flags.Local.LdFlags = append(flags.Local.LdFlags, "-Wl,-unexported_symbols_list,"+unexportedSymbols.String())
			linkerDeps = append(linkerDeps, unexportedSymbols.Path())
		}
		if forceNotWeakSymbols.Valid() {
			flags.Local.LdFlags = append(flags.Local.LdFlags, "-Wl,-force_symbols_not_weak_list,"+forceNotWeakSymbols.String())
			linkerDeps = append(linkerDeps, forceNotWeakSymbols.Path())
		}
		if forceWeakSymbols.Valid() {
			flags.Local.LdFlags = append(flags.Local.LdFlags, "-Wl,-force_symbols_weak_list,"+forceWeakSymbols.String())
			linkerDeps = append(linkerDeps, forceWeakSymbols.Path())
		}
	}
	if library.versionScriptPath.Valid() {
		linkerScriptFlags := "-Wl,--version-script," + library.versionScriptPath.String()
		flags.Local.LdFlags = append(flags.Local.LdFlags, linkerScriptFlags)
		linkerDeps = append(linkerDeps, library.versionScriptPath.Path())
	}

	fileName := library.getLibName(ctx) + flags.Toolchain.ShlibSuffix()
	outputFile := android.PathForModuleOut(ctx, fileName)
	unstrippedOutputFile := outputFile

	var implicitOutputs android.WritablePaths
	if ctx.Windows() {
		importLibraryPath := android.PathForModuleOut(ctx, pathtools.ReplaceExtension(fileName, "lib"))

		flags.Local.LdFlags = append(flags.Local.LdFlags, "-Wl,--out-implib="+importLibraryPath.String())
		implicitOutputs = append(implicitOutputs, importLibraryPath)
	}

	builderFlags := flagsToBuilderFlags(flags)

	if ctx.Darwin() && deps.DarwinSecondArchOutput.Valid() {
		fatOutputFile := outputFile
		outputFile = android.PathForModuleOut(ctx, "pre-fat", fileName)
		transformDarwinUniversalBinary(ctx, fatOutputFile, outputFile, deps.DarwinSecondArchOutput.Path())
	}

	// Optimize out relinking against shared libraries whose interface hasn't changed by
	// depending on a table of contents file instead of the library itself.
	tocFile := outputFile.ReplaceExtension(ctx, flags.Toolchain.ShlibSuffix()[1:]+".toc")
	library.tocFile = android.OptionalPathForPath(tocFile)
	TransformSharedObjectToToc(ctx, outputFile, tocFile)

	stripFlags := flagsToStripFlags(flags)
	needsStrip := library.stripper.NeedsStrip(ctx)
	if library.buildStubs() {
		// No need to strip stubs libraries
		needsStrip = false
	}
	if needsStrip {
		if ctx.Darwin() {
			stripFlags.StripUseGnuStrip = true
		}
		strippedOutputFile := outputFile
		outputFile = android.PathForModuleOut(ctx, "unstripped", fileName)
		library.stripper.StripExecutableOrSharedLib(ctx, outputFile, strippedOutputFile, stripFlags)
	}
	library.unstrippedOutputFile = outputFile

	outputFile = maybeInjectBoringSSLHash(ctx, outputFile, library.Properties.Inject_bssl_hash, fileName)

	if Bool(library.baseLinker.Properties.Use_version_lib) {
		if ctx.Host() {
			versionedOutputFile := outputFile
			outputFile = android.PathForModuleOut(ctx, "unversioned", fileName)
			library.injectVersionSymbol(ctx, outputFile, versionedOutputFile)
		} else {
			versionedOutputFile := android.PathForModuleOut(ctx, "versioned", fileName)
			library.distFile = versionedOutputFile

			if library.stripper.NeedsStrip(ctx) {
				out := android.PathForModuleOut(ctx, "versioned-stripped", fileName)
				library.distFile = out
				library.stripper.StripExecutableOrSharedLib(ctx, versionedOutputFile, out, stripFlags)
			}

			library.injectVersionSymbol(ctx, outputFile, versionedOutputFile)
		}
	}

	sharedLibs := deps.EarlySharedLibs
	sharedLibs = append(sharedLibs, deps.SharedLibs...)
	sharedLibs = append(sharedLibs, deps.LateSharedLibs...)

	linkerDeps = append(linkerDeps, deps.EarlySharedLibsDeps...)
	linkerDeps = append(linkerDeps, deps.SharedLibsDeps...)
	linkerDeps = append(linkerDeps, deps.LateSharedLibsDeps...)
	transformObjToDynamicBinary(ctx, objs.objFiles, sharedLibs,
		deps.StaticLibs, deps.LateStaticLibs, deps.WholeStaticLibs,
		linkerDeps, deps.CrtBegin, deps.CrtEnd, false, builderFlags, outputFile, implicitOutputs, objs.tidyDepFiles)

	objs.coverageFiles = append(objs.coverageFiles, deps.StaticLibObjs.coverageFiles...)
	objs.coverageFiles = append(objs.coverageFiles, deps.WholeStaticLibObjs.coverageFiles...)
	objs.sAbiDumpFiles = append(objs.sAbiDumpFiles, deps.StaticLibObjs.sAbiDumpFiles...)
	objs.sAbiDumpFiles = append(objs.sAbiDumpFiles, deps.WholeStaticLibObjs.sAbiDumpFiles...)

	library.coverageOutputFile = transformCoverageFilesToZip(ctx, objs, library.getLibName(ctx))
	library.linkSAbiDumpFiles(ctx, objs, fileName, unstrippedOutputFile)

	var transitiveStaticLibrariesForOrdering *android.DepSet[android.Path]
	if static := ctx.GetDirectDepsWithTag(staticVariantTag); len(static) > 0 {
		s := ctx.OtherModuleProvider(static[0], StaticLibraryInfoProvider).(StaticLibraryInfo)
		transitiveStaticLibrariesForOrdering = s.TransitiveStaticLibrariesForOrdering
	}

	ctx.SetProvider(SharedLibraryInfoProvider, SharedLibraryInfo{
		TableOfContents:                      android.OptionalPathForPath(tocFile),
		SharedLibrary:                        unstrippedOutputFile,
		TransitiveStaticLibrariesForOrdering: transitiveStaticLibrariesForOrdering,
		Target:                               ctx.Target(),
	})

	addStubDependencyProviders(ctx)

	return unstrippedOutputFile
}

func addStubDependencyProviders(ctx ModuleContext) {
	stubs := ctx.GetDirectDepsWithTag(stubImplDepTag)
	if len(stubs) > 0 {
		var stubsInfo []SharedStubLibrary
		for _, stub := range stubs {
			stubInfo := ctx.OtherModuleProvider(stub, SharedLibraryInfoProvider).(SharedLibraryInfo)
			flagInfo := ctx.OtherModuleProvider(stub, FlagExporterInfoProvider).(FlagExporterInfo)
			stubsInfo = append(stubsInfo, SharedStubLibrary{
				Version:           moduleLibraryInterface(stub).stubsVersion(),
				SharedLibraryInfo: stubInfo,
				FlagExporterInfo:  flagInfo,
			})
		}
		ctx.SetProvider(SharedLibraryStubsProvider, SharedLibraryStubsInfo{
			SharedStubLibraries: stubsInfo,
			IsLLNDK:             ctx.IsLlndk(),
		})
	}
}

func (library *libraryDecorator) unstrippedOutputFilePath() android.Path {
	return library.unstrippedOutputFile
}

func (library *libraryDecorator) disableStripping() {
	library.stripper.StripProperties.Strip.None = BoolPtr(true)
}

func (library *libraryDecorator) nativeCoverage() bool {
	if library.header() || library.buildStubs() {
		return false
	}
	return true
}

func (library *libraryDecorator) coverageOutputFilePath() android.OptionalPath {
	return library.coverageOutputFile
}

func getRefAbiDumpFile(ctx android.ModuleInstallPathContext,
	versionedDumpDir, fileName string) android.OptionalPath {

	currentArchType := ctx.Arch().ArchType
	primaryArchType := ctx.Config().DevicePrimaryArchType()
	archName := currentArchType.String()
	if currentArchType != primaryArchType {
		archName += "_" + primaryArchType.String()
	}

	return android.ExistentPathForSource(ctx, versionedDumpDir, archName, "source-based",
		fileName+".lsdump")
}

func getRefAbiDumpDir(isNdk, isVndk bool) string {
	var dirName string
	if isNdk {
		dirName = "ndk"
	} else if isVndk {
		dirName = "vndk"
	} else {
		dirName = "platform"
	}
	return filepath.Join("prebuilts", "abi-dumps", dirName)
}

func prevRefAbiDumpVersion(ctx ModuleContext, dumpDir string) int {
	sdkVersionInt := ctx.Config().PlatformSdkVersion().FinalInt()
	sdkVersionStr := ctx.Config().PlatformSdkVersion().String()

	if ctx.Config().PlatformSdkFinal() {
		return sdkVersionInt - 1
	} else {
		// The platform SDK version can be upgraded before finalization while the corresponding abi dumps hasn't
		// been generated. Thus the Cross-Version Check chooses PLATFORM_SDK_VERION - 1 as previous version.
		// This situation could be identified by checking the existence of the PLATFORM_SDK_VERION dump directory.
		versionedDumpDir := android.ExistentPathForSource(ctx, dumpDir, sdkVersionStr)
		if versionedDumpDir.Valid() {
			return sdkVersionInt
		} else {
			return sdkVersionInt - 1
		}
	}
}

func currRefAbiDumpVersion(ctx ModuleContext, isVndk bool) string {
	if isVndk {
		// Each version of VNDK is independent, so follow the VNDK version which is the codename or PLATFORM_SDK_VERSION.
		return ctx.Module().(*Module).VndkVersion()
	} else if ctx.Config().PlatformSdkFinal() {
		// After sdk finalization, the ABI of the latest API level must be consistent with the source code,
		// so choose PLATFORM_SDK_VERSION as the current version.
		return ctx.Config().PlatformSdkVersion().String()
	} else {
		return "current"
	}
}

// sourceAbiDiff registers a build statement to compare linked sAbi dump files (.lsdump).
func (library *libraryDecorator) sourceAbiDiff(ctx android.ModuleContext, referenceDump android.Path,
	baseName, nameExt string, isLlndkOrNdk, allowExtensions bool,
	sourceVersion, errorMessage string) {

	sourceDump := library.sAbiOutputFile.Path()

	extraFlags := []string{"-target-version", sourceVersion}
	headerAbiChecker := library.getHeaderAbiCheckerProperties(ctx)
	if Bool(headerAbiChecker.Check_all_apis) {
		extraFlags = append(extraFlags, "-check-all-apis")
	} else {
		extraFlags = append(extraFlags,
			"-allow-unreferenced-changes",
			"-allow-unreferenced-elf-symbol-changes")
	}
	if isLlndkOrNdk {
		extraFlags = append(extraFlags, "-consider-opaque-types-different")
	}
	if allowExtensions {
		extraFlags = append(extraFlags, "-allow-extensions")
	}
	extraFlags = append(extraFlags, headerAbiChecker.Diff_flags...)

	library.sAbiDiff = append(
		library.sAbiDiff,
		transformAbiDumpToAbiDiff(ctx, sourceDump, referenceDump,
			baseName, nameExt, extraFlags, errorMessage))
}

func (library *libraryDecorator) crossVersionAbiDiff(ctx android.ModuleContext, referenceDump android.Path,
	baseName string, isLlndkOrNdk bool, sourceVersion, prevVersion string) {

	errorMessage := "error: Please follow https://android.googlesource.com/platform/development/+/master/vndk/tools/header-checker/README.md#configure-cross_version-abi-check to resolve the ABI difference between your source code and version " + prevVersion + "."

	library.sourceAbiDiff(ctx, referenceDump, baseName, prevVersion,
		isLlndkOrNdk, true /* allowExtensions */, sourceVersion, errorMessage)
}

func (library *libraryDecorator) sameVersionAbiDiff(ctx android.ModuleContext, referenceDump android.Path,
	baseName string, isLlndkOrNdk, allowExtensions bool) {

	libName := strings.TrimSuffix(baseName, filepath.Ext(baseName))
	errorMessage := "error: Please update ABI references with: $$ANDROID_BUILD_TOP/development/vndk/tools/header-checker/utils/create_reference_dumps.py -l " + libName

	library.sourceAbiDiff(ctx, referenceDump, baseName, "",
		isLlndkOrNdk, allowExtensions, "current", errorMessage)
}

func (library *libraryDecorator) optInAbiDiff(ctx android.ModuleContext, referenceDump android.Path,
	baseName, nameExt string, isLlndkOrNdk bool, refDumpDir string) {

	libName := strings.TrimSuffix(baseName, filepath.Ext(baseName))
	errorMessage := "error: Please update ABI references with: $$ANDROID_BUILD_TOP/development/vndk/tools/header-checker/utils/create_reference_dumps.py -l " + libName + " -ref-dump-dir $$ANDROID_BUILD_TOP/" + refDumpDir
	// Most opt-in libraries do not have dumps for all default architectures.
	if ctx.Config().HasDeviceProduct() {
		errorMessage += " -products " + ctx.Config().DeviceProduct()
	}

	library.sourceAbiDiff(ctx, referenceDump, baseName, nameExt,
		isLlndkOrNdk, false /* allowExtensions */, "current", errorMessage)
}

func (library *libraryDecorator) linkSAbiDumpFiles(ctx ModuleContext, objs Objects, fileName string, soFile android.Path) {
	if library.sabi.shouldCreateSourceAbiDump() {
		exportIncludeDirs := library.flagExporter.exportedIncludes(ctx)
		var SourceAbiFlags []string
		for _, dir := range exportIncludeDirs.Strings() {
			SourceAbiFlags = append(SourceAbiFlags, "-I"+dir)
		}
		for _, reexportedInclude := range library.sabi.Properties.ReexportedIncludes {
			SourceAbiFlags = append(SourceAbiFlags, "-I"+reexportedInclude)
		}
		exportedHeaderFlags := strings.Join(SourceAbiFlags, " ")
		headerAbiChecker := library.getHeaderAbiCheckerProperties(ctx)
		library.sAbiOutputFile = transformDumpToLinkedDump(ctx, objs.sAbiDumpFiles, soFile, fileName, exportedHeaderFlags,
			android.OptionalPathForModuleSrc(ctx, library.symbolFileForAbiCheck(ctx)),
			headerAbiChecker.Exclude_symbol_versions,
			headerAbiChecker.Exclude_symbol_tags)

		addLsdumpPath(classifySourceAbiDump(ctx) + ":" + library.sAbiOutputFile.String())

		// The logic must be consistent with classifySourceAbiDump.
		isVndk := ctx.useVndk() && ctx.isVndk()
		isNdk := ctx.isNdk(ctx.Config())
		isLlndk := ctx.isImplementationForLLNDKPublic()
		dumpDir := getRefAbiDumpDir(isNdk, isVndk)
		binderBitness := ctx.DeviceConfig().BinderBitness()
		// If NDK or PLATFORM library, check against previous version ABI.
		if !isVndk {
			prevVersionInt := prevRefAbiDumpVersion(ctx, dumpDir)
			prevVersion := strconv.Itoa(prevVersionInt)
			prevDumpDir := filepath.Join(dumpDir, prevVersion, binderBitness)
			prevDumpFile := getRefAbiDumpFile(ctx, prevDumpDir, fileName)
			if prevDumpFile.Valid() {
				library.crossVersionAbiDiff(ctx, prevDumpFile.Path(),
					fileName, isLlndk || isNdk,
					strconv.Itoa(prevVersionInt+1), prevVersion)
			}
		}
		// Check against the current version.
		currVersion := currRefAbiDumpVersion(ctx, isVndk)
		currDumpDir := filepath.Join(dumpDir, currVersion, binderBitness)
		currDumpFile := getRefAbiDumpFile(ctx, currDumpDir, fileName)
		if currDumpFile.Valid() {
			library.sameVersionAbiDiff(ctx, currDumpFile.Path(),
				fileName, isLlndk || isNdk, ctx.IsVndkExt())
		}
		// Check against the opt-in reference dumps.
		for i, optInDumpDir := range headerAbiChecker.Ref_dump_dirs {
			optInDumpDirPath := android.PathForModuleSrc(ctx, optInDumpDir)
			// Ref_dump_dirs are not versioned.
			// They do not contain subdir for binder bitness because 64-bit binder has been mandatory.
			optInDumpFile := getRefAbiDumpFile(ctx, optInDumpDirPath.String(), fileName)
			if !optInDumpFile.Valid() {
				continue
			}
			library.optInAbiDiff(ctx, optInDumpFile.Path(),
				fileName, "opt"+strconv.Itoa(i), isLlndk || isNdk,
				optInDumpDirPath.String())
		}
	}
}

func processLLNDKHeaders(ctx ModuleContext, srcHeaderDir string, outDir android.ModuleGenPath) (timestamp android.Path, installPaths android.WritablePaths) {
	srcDir := android.PathForModuleSrc(ctx, srcHeaderDir)
	srcFiles := ctx.GlobFiles(filepath.Join(srcDir.String(), "**/*.h"), nil)

	for _, header := range srcFiles {
		headerDir := filepath.Dir(header.String())
		relHeaderDir, err := filepath.Rel(srcDir.String(), headerDir)
		if err != nil {
			ctx.ModuleErrorf("filepath.Rel(%q, %q) failed: %s",
				srcDir.String(), headerDir, err)
			continue
		}

		installPaths = append(installPaths, outDir.Join(ctx, relHeaderDir, header.Base()))
	}

	return processHeadersWithVersioner(ctx, srcDir, outDir, srcFiles, installPaths), installPaths
}

// link registers actions to link this library, and sets various fields
// on this library to reflect information that should be exported up the build
// tree (for example, exported flags and include paths).
func (library *libraryDecorator) link(ctx ModuleContext,
	flags Flags, deps PathDeps, objs Objects) android.Path {

	if ctx.IsLlndk() {
		if len(library.Properties.Llndk.Export_preprocessed_headers) > 0 {
			// This is the vendor variant of an LLNDK library with preprocessed headers.
			genHeaderOutDir := android.PathForModuleGen(ctx, "include")

			var timestampFiles android.Paths
			for _, dir := range library.Properties.Llndk.Export_preprocessed_headers {
				timestampFile, installPaths := processLLNDKHeaders(ctx, dir, genHeaderOutDir)
				timestampFiles = append(timestampFiles, timestampFile)
				library.addExportedGeneratedHeaders(installPaths.Paths()...)
			}

			if Bool(library.Properties.Llndk.Export_headers_as_system) {
				library.reexportSystemDirs(genHeaderOutDir)
			} else {
				library.reexportDirs(genHeaderOutDir)
			}

			library.reexportDeps(timestampFiles...)
		}

		// override the module's export_include_dirs with llndk.override_export_include_dirs
		// if it is set.
		if override := library.Properties.Llndk.Override_export_include_dirs; override != nil {
			library.flagExporter.Properties.Export_include_dirs = override
		}

		if Bool(library.Properties.Llndk.Export_headers_as_system) {
			library.flagExporter.Properties.Export_system_include_dirs = append(
				library.flagExporter.Properties.Export_system_include_dirs,
				library.flagExporter.Properties.Export_include_dirs...)
			library.flagExporter.Properties.Export_include_dirs = nil
		}
	}

	if ctx.IsVendorPublicLibrary() {
		// override the module's export_include_dirs with vendor_public_library.override_export_include_dirs
		// if it is set.
		if override := library.Properties.Vendor_public_library.Override_export_include_dirs; override != nil {
			library.flagExporter.Properties.Export_include_dirs = override
		}
	}

	// Linking this library consists of linking `deps.Objs` (.o files in dependencies
	// of this library), together with `objs` (.o files created by compiling this
	// library).
	objs = deps.Objs.Copy().Append(objs)
	var out android.Path
	if library.static() || library.header() {
		out = library.linkStatic(ctx, flags, deps, objs)
	} else {
		out = library.linkShared(ctx, flags, deps, objs)
	}

	// Export include paths and flags to be propagated up the tree.
	library.exportIncludes(ctx)
	library.reexportDirs(deps.ReexportedDirs...)
	library.reexportSystemDirs(deps.ReexportedSystemDirs...)
	library.reexportFlags(deps.ReexportedFlags...)
	library.reexportDeps(deps.ReexportedDeps...)
	library.addExportedGeneratedHeaders(deps.ReexportedGeneratedHeaders...)

	// Optionally export aidl headers.
	if Bool(library.Properties.Aidl.Export_aidl_headers) {
		if library.baseCompiler.hasAidl(deps) {
			if library.baseCompiler.hasSrcExt(".aidl") {
				dir := android.PathForModuleGen(ctx, "aidl")
				library.reexportDirs(dir)
			}
			if len(deps.AidlLibraryInfos) > 0 {
				dir := android.PathForModuleGen(ctx, "aidl_library")
				library.reexportDirs(dir)
			}

			library.reexportDeps(library.baseCompiler.aidlOrderOnlyDeps...)
			library.addExportedGeneratedHeaders(library.baseCompiler.aidlHeaders...)
		}
	}

	// Optionally export proto headers.
	if Bool(library.Properties.Proto.Export_proto_headers) {
		if library.baseCompiler.hasSrcExt(".proto") {
			var includes android.Paths
			if flags.proto.CanonicalPathFromRoot {
				includes = append(includes, flags.proto.SubDir)
			}
			includes = append(includes, flags.proto.Dir)
			library.reexportDirs(includes...)

			library.reexportDeps(library.baseCompiler.protoOrderOnlyDeps...)
			library.addExportedGeneratedHeaders(library.baseCompiler.protoHeaders...)
		}
	}

	// If the library is sysprop_library, expose either public or internal header selectively.
	if library.baseCompiler.hasSrcExt(".sysprop") {
		dir := android.PathForModuleGen(ctx, "sysprop", "include")
		if library.Properties.Sysprop.Platform != nil {
			isOwnerPlatform := Bool(library.Properties.Sysprop.Platform)

			// If the owner is different from the user, expose public header. That is,
			// 1) if the user is product (as owner can only be platform / vendor)
			// 2) if the owner is platform and the client is vendor
			// We don't care Platform -> Vendor dependency as it's already forbidden.
			if ctx.Device() && (ctx.ProductSpecific() || (isOwnerPlatform && ctx.inVendor())) {
				dir = android.PathForModuleGen(ctx, "sysprop/public", "include")
			}
		}

		// Make sure to only export headers which are within the include directory.
		_, headers := android.FilterPathListPredicate(library.baseCompiler.syspropHeaders, func(path android.Path) bool {
			_, isRel := android.MaybeRel(ctx, dir.String(), path.String())
			return isRel
		})

		// Add sysprop-related directories to the exported directories of this library.
		library.reexportDirs(dir)
		library.reexportDeps(library.baseCompiler.syspropOrderOnlyDeps...)
		library.addExportedGeneratedHeaders(headers...)
	}

	// Add stub-related flags if this library is a stub library.
	library.exportVersioningMacroIfNeeded(ctx)

	// Propagate a Provider containing information about exported flags, deps, and include paths.
	library.flagExporter.setProvider(ctx)

	return out
}

func (library *libraryDecorator) exportVersioningMacroIfNeeded(ctx android.BaseModuleContext) {
	if library.buildStubs() && library.stubsVersion() != "" && !library.skipAPIDefine {
		name := versioningMacroName(ctx.Module().(*Module).ImplementationModuleName(ctx))
		apiLevel, err := android.ApiLevelFromUser(ctx, library.stubsVersion())
		if err != nil {
			ctx.ModuleErrorf("Can't export version macro: %s", err.Error())
		}
		library.reexportFlags("-D" + name + "=" + strconv.Itoa(apiLevel.FinalOrPreviewInt()))
	}
}

// buildStatic returns true if this library should be built as a static library.
func (library *libraryDecorator) buildStatic() bool {
	return library.MutatedProperties.BuildStatic &&
		BoolDefault(library.StaticProperties.Static.Enabled, true)
}

// buildShared returns true if this library should be built as a shared library.
func (library *libraryDecorator) buildShared() bool {
	return library.MutatedProperties.BuildShared &&
		BoolDefault(library.SharedProperties.Shared.Enabled, true)
}

func (library *libraryDecorator) objs() Objects {
	return library.objects
}

func (library *libraryDecorator) reuseObjs() Objects {
	return library.reuseObjects
}

func (library *libraryDecorator) toc() android.OptionalPath {
	return library.tocFile
}

func (library *libraryDecorator) installSymlinkToRuntimeApex(ctx ModuleContext, file android.Path) {
	dir := library.baseInstaller.installDir(ctx)
	dirOnDevice := android.InstallPathToOnDevicePath(ctx, dir)
	// libc_hwasan has relative_install_dir set, which would mess up the dir.Base() logic.
	// hardcode here because it's the only target, if we have other targets that use this
	// we can generalise this.
	var target string
	if ctx.baseModuleName() == "libc_hwasan" {
		target = "/" + filepath.Join("apex", "com.android.runtime", "lib64", "bionic", "hwasan", file.Base())
	} else {
		base := dir.Base()
		target = "/" + filepath.Join("apex", "com.android.runtime", base, "bionic", file.Base())
	}
	ctx.InstallAbsoluteSymlink(dir, file.Base(), target)
	library.postInstallCmds = append(library.postInstallCmds, makeSymlinkCmd(dirOnDevice, file.Base(), target))
}

func (library *libraryDecorator) install(ctx ModuleContext, file android.Path) {
	if library.shared() {
		if ctx.Device() && ctx.useVndk() {
			// set subDir for VNDK extensions
			if ctx.IsVndkExt() {
				if ctx.isVndkSp() {
					library.baseInstaller.subDir = "vndk-sp"
				} else {
					library.baseInstaller.subDir = "vndk"
				}
			}

			// In some cases we want to use core variant for VNDK-Core libs.
			// Skip product variant since VNDKs use only the vendor variant.
			if ctx.isVndk() && !ctx.isVndkSp() && !ctx.IsVndkExt() && !ctx.inProduct() {
				mayUseCoreVariant := true

				if ctx.mustUseVendorVariant() {
					mayUseCoreVariant = false
				}

				if ctx.Config().CFIEnabledForPath(ctx.ModuleDir()) {
					mayUseCoreVariant = false
				}

				if mayUseCoreVariant {
					library.checkSameCoreVariant = true
					if ctx.DeviceConfig().VndkUseCoreVariant() {
						library.useCoreVariant = true
					}
				}
			}

			// do not install vndk libs
			// vndk libs are packaged into VNDK APEX
			if ctx.isVndk() && !ctx.IsVndkExt() && !ctx.Config().IsVndkDeprecated() {
				return
			}
		} else if library.hasStubsVariants() && !ctx.Host() && ctx.directlyInAnyApex() {
			// Bionic libraries (e.g. libc.so) is installed to the bootstrap subdirectory.
			// The original path becomes a symlink to the corresponding file in the
			// runtime APEX.
			translatedArch := ctx.Target().NativeBridge == android.NativeBridgeEnabled
			if InstallToBootstrap(ctx.baseModuleName(), ctx.Config()) && !library.buildStubs() &&
				!translatedArch && !ctx.inRamdisk() && !ctx.inVendorRamdisk() && !ctx.inRecovery() {
				if ctx.Device() {
					library.installSymlinkToRuntimeApex(ctx, file)
				}
				library.baseInstaller.subDir = "bootstrap"
			}
		} else if ctx.directlyInAnyApex() && ctx.IsLlndk() && !isBionic(ctx.baseModuleName()) {
			// Skip installing LLNDK (non-bionic) libraries moved to APEX.
			ctx.Module().HideFromMake()
		}

		library.baseInstaller.install(ctx, file)
	}

	if Bool(library.Properties.Static_ndk_lib) && library.static() &&
		!ctx.useVndk() && !ctx.inRamdisk() && !ctx.inVendorRamdisk() && !ctx.inRecovery() && ctx.Device() &&
		library.baseLinker.sanitize.isUnsanitizedVariant() &&
		ctx.isForPlatform() && !ctx.isPreventInstall() {
		installPath := getUnversionedLibraryInstallPath(ctx).Join(ctx, file.Base())

		ctx.ModuleBuild(pctx, android.ModuleBuildParams{
			Rule:        android.Cp,
			Description: "install " + installPath.Base(),
			Output:      installPath,
			Input:       file,
		})

		library.ndkSysrootPath = installPath
	}
}

func (library *libraryDecorator) everInstallable() bool {
	// Only shared and static libraries are installed. Header libraries (which are
	// neither static or shared) are not installed.
	return library.shared() || library.static()
}

// static returns true if this library is for a "static' variant.
func (library *libraryDecorator) static() bool {
	return library.MutatedProperties.VariantIsStatic
}

// shared returns true if this library is for a "shared' variant.
func (library *libraryDecorator) shared() bool {
	return library.MutatedProperties.VariantIsShared
}

// header returns true if this library is for a header-only variant.
func (library *libraryDecorator) header() bool {
	// Neither "static" nor "shared" implies this library is header-only.
	return !library.static() && !library.shared()
}

// setStatic marks the library variant as "static".
func (library *libraryDecorator) setStatic() {
	library.MutatedProperties.VariantIsStatic = true
	library.MutatedProperties.VariantIsShared = false
}

// setShared marks the library variant as "shared".
func (library *libraryDecorator) setShared() {
	library.MutatedProperties.VariantIsStatic = false
	library.MutatedProperties.VariantIsShared = true
}

// BuildOnlyStatic disables building this library as a shared library.
func (library *libraryDecorator) BuildOnlyStatic() {
	library.MutatedProperties.BuildShared = false
}

// BuildOnlyShared disables building this library as a static library.
func (library *libraryDecorator) BuildOnlyShared() {
	library.MutatedProperties.BuildStatic = false
}

// HeaderOnly disables building this library as a shared or static library;
// the library only exists to propagate header file dependencies up the build graph.
func (library *libraryDecorator) HeaderOnly() {
	library.MutatedProperties.BuildShared = false
	library.MutatedProperties.BuildStatic = false
}

// hasLLNDKStubs returns true if this cc_library module has a variant that will build LLNDK stubs.
func (library *libraryDecorator) hasLLNDKStubs() bool {
	return String(library.Properties.Llndk.Symbol_file) != ""
}

// hasLLNDKStubs returns true if this cc_library module has a variant that will build LLNDK stubs.
func (library *libraryDecorator) hasLLNDKHeaders() bool {
	return Bool(library.Properties.Llndk.Llndk_headers)
}

// hasVendorPublicLibrary returns true if this cc_library module has a variant that will build
// vendor public library stubs.
func (library *libraryDecorator) hasVendorPublicLibrary() bool {
	return String(library.Properties.Vendor_public_library.Symbol_file) != ""
}

func (library *libraryDecorator) implementationModuleName(name string) string {
	return name
}

func (library *libraryDecorator) buildStubs() bool {
	return library.MutatedProperties.BuildStubs
}

func (library *libraryDecorator) symbolFileForAbiCheck(ctx ModuleContext) *string {
	if props := library.getHeaderAbiCheckerProperties(ctx); props.Symbol_file != nil {
		return props.Symbol_file
	}
	if ctx.Module().(*Module).IsLlndk() {
		return library.Properties.Llndk.Symbol_file
	}
	if library.hasStubsVariants() && library.Properties.Stubs.Symbol_file != nil {
		return library.Properties.Stubs.Symbol_file
	}
	return nil
}

func (library *libraryDecorator) hasStubsVariants() bool {
	// Just having stubs.symbol_file is enough to create a stub variant. In that case
	// the stub for the future API level is created.
	return library.Properties.Stubs.Symbol_file != nil ||
		len(library.Properties.Stubs.Versions) > 0
}

func (library *libraryDecorator) isStubsImplementationRequired() bool {
	return BoolDefault(library.Properties.Stubs.Implementation_installable, true)
}

func (library *libraryDecorator) stubsVersions(ctx android.BaseMutatorContext) []string {
	if !library.hasStubsVariants() {
		return nil
	}

	if library.hasLLNDKStubs() && ctx.Module().(*Module).UseVndk() {
		// LLNDK libraries only need a single stubs variant.
		return []string{android.FutureApiLevel.String()}
	}

	// Future API level is implicitly added if there isn't
	return addCurrentVersionIfNotPresent(library.Properties.Stubs.Versions)
}

func addCurrentVersionIfNotPresent(vers []string) []string {
	if inList(android.FutureApiLevel.String(), vers) {
		return vers
	}
	// In some cases, people use the raw value "10000" in the versions property.
	// We shouldn't add the future API level in that case, otherwise there will
	// be two identical versions.
	if inList(strconv.Itoa(android.FutureApiLevel.FinalOrFutureInt()), vers) {
		return vers
	}
	return append(vers, android.FutureApiLevel.String())
}

func (library *libraryDecorator) setStubsVersion(version string) {
	library.MutatedProperties.StubsVersion = version
}

func (library *libraryDecorator) stubsVersion() string {
	return library.MutatedProperties.StubsVersion
}

func (library *libraryDecorator) setBuildStubs(isLatest bool) {
	library.MutatedProperties.BuildStubs = true
	library.MutatedProperties.IsLatestVersion = isLatest
}

func (library *libraryDecorator) setAllStubsVersions(versions []string) {
	library.MutatedProperties.AllStubsVersions = versions
}

func (library *libraryDecorator) allStubsVersions() []string {
	return library.MutatedProperties.AllStubsVersions
}

func (library *libraryDecorator) isLatestStubVersion() bool {
	return library.MutatedProperties.IsLatestVersion
}

func (library *libraryDecorator) availableFor(what string) bool {
	var list []string
	if library.static() {
		list = library.StaticProperties.Static.Apex_available
	} else if library.shared() {
		list = library.SharedProperties.Shared.Apex_available
	}
	if len(list) == 0 {
		return false
	}
	return android.CheckAvailableForApex(what, list)
}

func (library *libraryDecorator) installable() *bool {
	if library.static() {
		return library.StaticProperties.Static.Installable
	} else if library.shared() {
		return library.SharedProperties.Shared.Installable
	}
	return nil
}

func (library *libraryDecorator) makeUninstallable(mod *Module) {
	if library.static() && library.buildStatic() && !library.buildStubs() {
		// If we're asked to make a static library uninstallable we don't do
		// anything since AndroidMkEntries always sets LOCAL_UNINSTALLABLE_MODULE
		// for these entries. This is done to still get the make targets for NOTICE
		// files from notice_files.mk, which other libraries might depend on.
		return
	}
	mod.ModuleBase.MakeUninstallable()
}

func (library *libraryDecorator) getPartition() string {
	return library.path.Partition()
}

func (library *libraryDecorator) getAPIListCoverageXMLPath() android.ModuleOutPath {
	return library.apiListCoverageXmlPath
}

func (library *libraryDecorator) overriddenModules() []string {
	return library.Properties.Overrides
}

var _ overridable = (*libraryDecorator)(nil)

var versioningMacroNamesListKey = android.NewOnceKey("versioningMacroNamesList")

// versioningMacroNamesList returns a singleton map, where keys are "version macro names",
// and values are the module name responsible for registering the version macro name.
//
// Version macros are used when building against stubs, to provide version information about
// the stub. Only stub libraries should have an entry in this list.
//
// For example, when building against libFoo#ver, __LIBFOO_API__ macro is set to ver so
// that headers from libFoo can be conditionally compiled (this may hide APIs
// that are not available for the version).
//
// This map is used to ensure that there aren't conflicts between these version macro names.
func versioningMacroNamesList(config android.Config) *map[string]string {
	return config.Once(versioningMacroNamesListKey, func() interface{} {
		m := make(map[string]string)
		return &m
	}).(*map[string]string)
}

// alphanumeric and _ characters are preserved.
// other characters are all converted to _
var charsNotForMacro = regexp.MustCompile("[^a-zA-Z0-9_]+")

// versioningMacroName returns the canonical version macro name for the given module.
func versioningMacroName(moduleName string) string {
	macroName := charsNotForMacro.ReplaceAllString(moduleName, "_")
	macroName = strings.ToUpper(macroName)
	return "__" + macroName + "_API__"
}

// NewLibrary builds and returns a new Module corresponding to a C++ library.
// Individual module implementations which comprise a C++ library (or something like
// a C++ library) should call this function, set some fields on the result, and
// then call the Init function.
func NewLibrary(hod android.HostOrDeviceSupported) (*Module, *libraryDecorator) {
	module := newModule(hod, android.MultilibBoth)

	library := &libraryDecorator{
		MutatedProperties: LibraryMutatedProperties{
			BuildShared: true,
			BuildStatic: true,
		},
		baseCompiler:  NewBaseCompiler(),
		baseLinker:    NewBaseLinker(module.sanitize),
		baseInstaller: NewBaseInstaller("lib", "lib64", InstallInSystem),
		sabi:          module.sabi,
	}

	module.compiler = library
	module.linker = library
	module.installer = library
	module.library = library

	return module, library
}

// connects a shared library to a static library in order to reuse its .o files to avoid
// compiling source files twice.
func reuseStaticLibrary(mctx android.BottomUpMutatorContext, static, shared *Module) {
	if staticCompiler, ok := static.compiler.(*libraryDecorator); ok {
		sharedCompiler := shared.compiler.(*libraryDecorator)

		// Check libraries in addition to cflags, since libraries may be exporting different
		// include directories.
		if len(staticCompiler.StaticProperties.Static.Cflags) == 0 &&
			len(sharedCompiler.SharedProperties.Shared.Cflags) == 0 &&
			len(staticCompiler.StaticProperties.Static.Whole_static_libs) == 0 &&
			len(sharedCompiler.SharedProperties.Shared.Whole_static_libs) == 0 &&
			len(staticCompiler.StaticProperties.Static.Static_libs) == 0 &&
			len(sharedCompiler.SharedProperties.Shared.Static_libs) == 0 &&
			len(staticCompiler.StaticProperties.Static.Shared_libs) == 0 &&
			len(sharedCompiler.SharedProperties.Shared.Shared_libs) == 0 &&
			// Compare System_shared_libs properties with nil because empty lists are
			// semantically significant for them.
			staticCompiler.StaticProperties.Static.System_shared_libs == nil &&
			sharedCompiler.SharedProperties.Shared.System_shared_libs == nil {

			mctx.AddInterVariantDependency(reuseObjTag, shared, static)
			sharedCompiler.baseCompiler.Properties.OriginalSrcs =
				sharedCompiler.baseCompiler.Properties.Srcs
			sharedCompiler.baseCompiler.Properties.Srcs = nil
			sharedCompiler.baseCompiler.Properties.Generated_sources = nil
		}

		// This dep is just to reference static variant from shared variant
		mctx.AddInterVariantDependency(staticVariantTag, shared, static)
	}
}

// LinkageMutator adds "static" or "shared" variants for modules depending
// on whether the module can be built as a static library or a shared library.
func LinkageMutator(mctx android.BottomUpMutatorContext) {
	ccPrebuilt := false
	if m, ok := mctx.Module().(*Module); ok && m.linker != nil {
		_, ccPrebuilt = m.linker.(prebuiltLibraryInterface)
	}
	if ccPrebuilt {
		library := mctx.Module().(*Module).linker.(prebuiltLibraryInterface)

		// Differentiate between header only and building an actual static/shared library
		buildStatic := library.buildStatic()
		buildShared := library.buildShared()
		if buildStatic || buildShared {
			// Always create both the static and shared variants for prebuilt libraries, and then disable the one
			// that is not being used.  This allows them to share the name of a cc_library module, which requires that
			// all the variants of the cc_library also exist on the prebuilt.
			modules := mctx.CreateLocalVariations("static", "shared")
			static := modules[0].(*Module)
			shared := modules[1].(*Module)

			static.linker.(prebuiltLibraryInterface).setStatic()
			shared.linker.(prebuiltLibraryInterface).setShared()

			if buildShared {
				mctx.AliasVariation("shared")
			} else if buildStatic {
				mctx.AliasVariation("static")
			}

			if !buildStatic {
				static.linker.(prebuiltLibraryInterface).disablePrebuilt()
			}
			if !buildShared {
				shared.linker.(prebuiltLibraryInterface).disablePrebuilt()
			}
		} else {
			// Header only
		}

	} else if library, ok := mctx.Module().(LinkableInterface); ok && library.CcLibraryInterface() {

		// Non-cc.Modules may need an empty variant for their mutators.
		variations := []string{}
		if library.NonCcVariants() {
			variations = append(variations, "")
		}

		isLLNDK := false
		if m, ok := mctx.Module().(*Module); ok {
			isLLNDK = m.IsLlndk()
		}
		buildStatic := library.BuildStaticVariant() && !isLLNDK
		buildShared := library.BuildSharedVariant()
		if buildStatic && buildShared {
			variations := append([]string{"static", "shared"}, variations...)

			modules := mctx.CreateLocalVariations(variations...)
			static := modules[0].(LinkableInterface)
			shared := modules[1].(LinkableInterface)

			static.SetStatic()
			shared.SetShared()

			if _, ok := library.(*Module); ok {
				reuseStaticLibrary(mctx, static.(*Module), shared.(*Module))
			}
			mctx.AliasVariation("shared")
		} else if buildStatic {
			variations := append([]string{"static"}, variations...)

			modules := mctx.CreateLocalVariations(variations...)
			modules[0].(LinkableInterface).SetStatic()
			mctx.AliasVariation("static")
		} else if buildShared {
			variations := append([]string{"shared"}, variations...)

			modules := mctx.CreateLocalVariations(variations...)
			modules[0].(LinkableInterface).SetShared()
			mctx.AliasVariation("shared")
		} else if len(variations) > 0 {
			mctx.CreateLocalVariations(variations...)
			mctx.AliasVariation(variations[0])
		}
	}
}

// normalizeVersions modifies `versions` in place, so that each raw version
// string becomes its normalized canonical form.
// Validates that the versions in `versions` are specified in least to greatest order.
func normalizeVersions(ctx android.BazelConversionPathContext, versions []string) {
	var previous android.ApiLevel
	for i, v := range versions {
		ver, err := android.ApiLevelFromUser(ctx, v)
		if err != nil {
			ctx.PropertyErrorf("versions", "%s", err.Error())
			return
		}
		if i > 0 && ver.LessThanOrEqualTo(previous) {
			ctx.PropertyErrorf("versions", "not sorted: %v", versions)
		}
		versions[i] = ver.String()
		previous = ver
	}
}

func createVersionVariations(mctx android.BottomUpMutatorContext, versions []string) {
	// "" is for the non-stubs (implementation) variant for system modules, or the LLNDK variant
	// for LLNDK modules.
	variants := append(android.CopyOf(versions), "")

	m := mctx.Module().(*Module)
	isLLNDK := m.IsLlndk()
	isVendorPublicLibrary := m.IsVendorPublicLibrary()
	isImportedApiLibrary := m.isImportedApiLibrary()

	modules := mctx.CreateLocalVariations(variants...)
	for i, m := range modules {

		if variants[i] != "" || isLLNDK || isVendorPublicLibrary || isImportedApiLibrary {
			// A stubs or LLNDK stubs variant.
			c := m.(*Module)
			c.sanitize = nil
			c.stl = nil
			c.Properties.PreventInstall = true
			lib := moduleLibraryInterface(m)
			isLatest := i == (len(versions) - 1)
			lib.setBuildStubs(isLatest)

			if variants[i] != "" {
				// A non-LLNDK stubs module is hidden from make and has a dependency from the
				// implementation module to the stubs module.
				c.Properties.HideFromMake = true
				lib.setStubsVersion(variants[i])
				mctx.AddInterVariantDependency(stubImplDepTag, modules[len(modules)-1], modules[i])
			}
		}
	}
	mctx.AliasVariation("")
	latestVersion := ""
	if len(versions) > 0 {
		latestVersion = versions[len(versions)-1]
	}
	mctx.CreateAliasVariation("latest", latestVersion)
}

func createPerApiVersionVariations(mctx android.BottomUpMutatorContext, minSdkVersion string) {
	from, err := nativeApiLevelFromUser(mctx, minSdkVersion)
	if err != nil {
		mctx.PropertyErrorf("min_sdk_version", err.Error())
		return
	}

	versionStrs := ndkLibraryVersions(mctx, from)
	modules := mctx.CreateLocalVariations(versionStrs...)

	for i, module := range modules {
		module.(*Module).Properties.Sdk_version = StringPtr(versionStrs[i])
		module.(*Module).Properties.Min_sdk_version = StringPtr(versionStrs[i])
	}
}

func canBeOrLinkAgainstVersionVariants(module interface {
	Host() bool
	InRamdisk() bool
	InVendorRamdisk() bool
}) bool {
	return !module.Host() && !module.InRamdisk() && !module.InVendorRamdisk()
}

func canBeVersionVariant(module interface {
	Host() bool
	InRamdisk() bool
	InVendorRamdisk() bool
	CcLibraryInterface() bool
	Shared() bool
}) bool {
	return canBeOrLinkAgainstVersionVariants(module) &&
		module.CcLibraryInterface() && module.Shared()
}

func moduleLibraryInterface(module blueprint.Module) libraryInterface {
	if m, ok := module.(*Module); ok {
		return m.library
	}
	return nil
}

// setStubsVersions normalizes the versions in the Stubs.Versions property into MutatedProperties.AllStubsVersions.
func setStubsVersions(mctx android.BottomUpMutatorContext, library libraryInterface, module *Module) {
	if !library.buildShared() || !canBeVersionVariant(module) {
		return
	}
	versions := library.stubsVersions(mctx)
	if len(versions) <= 0 {
		return
	}
	normalizeVersions(mctx, versions)
	if mctx.Failed() {
		return
	}
	// Set the versions on the pre-mutated module so they can be read by any llndk modules that
	// depend on the implementation library and haven't been mutated yet.
	library.setAllStubsVersions(versions)
}

// versionMutator splits a module into the mandatory non-stubs variant
// (which is unnamed) and zero or more stubs variants.
func versionMutator(mctx android.BottomUpMutatorContext) {
	if mctx.Os() != android.Android {
		return
	}

	m, ok := mctx.Module().(*Module)
	if library := moduleLibraryInterface(mctx.Module()); library != nil && canBeVersionVariant(m) {
		setStubsVersions(mctx, library, m)

		createVersionVariations(mctx, library.allStubsVersions())
		return
	}

	if ok {
		if m.SplitPerApiLevel() && m.IsSdkVariant() {
			createPerApiVersionVariations(mctx, m.MinSdkVersion())
		}
	}
}

// maybeInjectBoringSSLHash adds a rule to run bssl_inject_hash on the output file if the module has the
// inject_bssl_hash or if any static library dependencies have inject_bssl_hash set.  It returns the output path
// that the linked output file should be written to.
// TODO(b/137267623): Remove this in favor of a cc_genrule when they support operating on shared libraries.
func maybeInjectBoringSSLHash(ctx android.ModuleContext, outputFile android.ModuleOutPath,
	inject *bool, fileName string) android.ModuleOutPath {
	// TODO(b/137267623): Remove this in favor of a cc_genrule when they support operating on shared libraries.
	injectBoringSSLHash := Bool(inject)
	ctx.VisitDirectDeps(func(dep android.Module) {
		if tag, ok := ctx.OtherModuleDependencyTag(dep).(libraryDependencyTag); ok && tag.static() {
			if cc, ok := dep.(*Module); ok {
				if library, ok := cc.linker.(*libraryDecorator); ok {
					if Bool(library.Properties.Inject_bssl_hash) {
						injectBoringSSLHash = true
					}
				}
			}
		}
	})
	if injectBoringSSLHash {
		hashedOutputfile := outputFile
		outputFile = android.PathForModuleOut(ctx, "unhashed", fileName)

		rule := android.NewRuleBuilder(pctx, ctx)
		rule.Command().
			BuiltTool("bssl_inject_hash").
			FlagWithInput("-in-object ", outputFile).
			FlagWithOutput("-o ", hashedOutputfile)
		rule.Build("injectCryptoHash", "inject crypto hash")
	}

	return outputFile
}

func bp2buildParseAbiCheckerProps(ctx android.Bp2buildMutatorContext, module *Module) bazelCcHeaderAbiCheckerAttributes {
	lib, ok := module.linker.(*libraryDecorator)
	if !ok {
		return bazelCcHeaderAbiCheckerAttributes{}
	}

	abiChecker := lib.getHeaderAbiCheckerProperties(ctx)

	abiCheckerAttrs := bazelCcHeaderAbiCheckerAttributes{
		Abi_checker_enabled:                 abiChecker.Enabled,
		Abi_checker_exclude_symbol_versions: abiChecker.Exclude_symbol_versions,
		Abi_checker_exclude_symbol_tags:     abiChecker.Exclude_symbol_tags,
		Abi_checker_check_all_apis:          abiChecker.Check_all_apis,
		Abi_checker_diff_flags:              abiChecker.Diff_flags,
	}
	if abiChecker.Symbol_file != nil {
		symbolFile := android.BazelLabelForModuleSrcSingle(ctx, *abiChecker.Symbol_file)
		abiCheckerAttrs.Abi_checker_symbol_file = &symbolFile
	}

	return abiCheckerAttrs
}

func sharedOrStaticLibraryBp2Build(ctx android.Bp2buildMutatorContext, module *Module, isStatic bool) {
	baseAttributes := bp2BuildParseBaseProps(ctx, module)
	compilerAttrs := baseAttributes.compilerAttributes
	linkerAttrs := baseAttributes.linkerAttributes

	exportedIncludes := bp2BuildParseExportedIncludes(ctx, module, &compilerAttrs.includes)
	includeAttrs := includesAttributes{
		Export_includes:          exportedIncludes.Includes,
		Export_absolute_includes: exportedIncludes.AbsoluteIncludes,
		Export_system_includes:   exportedIncludes.SystemIncludes,
		Local_includes:           compilerAttrs.localIncludes,
		Absolute_includes:        compilerAttrs.absoluteIncludes,
	}

	// Append shared/static{} stanza properties. These won't be specified on
	// cc_library_* itself, but may be specified in cc_defaults that this module
	// depends on.
	libSharedOrStaticAttrs := bp2BuildParseLibProps(ctx, module, isStatic)

	compilerAttrs.srcs.Append(libSharedOrStaticAttrs.Srcs)
	compilerAttrs.cSrcs.Append(libSharedOrStaticAttrs.Srcs_c)
	compilerAttrs.asSrcs.Append(libSharedOrStaticAttrs.Srcs_as)
	compilerAttrs.copts.Append(libSharedOrStaticAttrs.Copts)

	linkerAttrs.deps.Append(libSharedOrStaticAttrs.Deps)
	linkerAttrs.implementationDeps.Append(libSharedOrStaticAttrs.Implementation_deps)
	linkerAttrs.dynamicDeps.Append(libSharedOrStaticAttrs.Dynamic_deps)
	linkerAttrs.implementationDynamicDeps.Append(libSharedOrStaticAttrs.Implementation_dynamic_deps)
	linkerAttrs.systemDynamicDeps.Append(libSharedOrStaticAttrs.System_dynamic_deps)

	asFlags := compilerAttrs.asFlags
	if compilerAttrs.asSrcs.IsEmpty() {
		// Skip asflags for BUILD file simplicity if there are no assembly sources.
		asFlags = bazel.MakeStringListAttribute(nil)
	}

	features := baseAttributes.features.Clone().Append(libSharedOrStaticAttrs.Features)
	features.DeduplicateAxesFromBase()

	commonAttrs := staticOrSharedAttributes{
		Srcs:    compilerAttrs.srcs,
		Srcs_c:  compilerAttrs.cSrcs,
		Srcs_as: compilerAttrs.asSrcs,
		Copts:   compilerAttrs.copts,
		Hdrs:    compilerAttrs.hdrs,

		Deps:                              linkerAttrs.deps,
		Implementation_deps:               linkerAttrs.implementationDeps,
		Dynamic_deps:                      linkerAttrs.dynamicDeps,
		Implementation_dynamic_deps:       linkerAttrs.implementationDynamicDeps,
		Whole_archive_deps:                linkerAttrs.wholeArchiveDeps,
		Implementation_whole_archive_deps: linkerAttrs.implementationWholeArchiveDeps,
		System_dynamic_deps:               linkerAttrs.systemDynamicDeps,
		sdkAttributes:                     bp2BuildParseSdkAttributes(module),
		Runtime_deps:                      linkerAttrs.runtimeDeps,
		Native_coverage:                   baseAttributes.Native_coverage,
		Additional_compiler_inputs:        compilerAttrs.additionalCompilerInputs,
	}

	module.convertTidyAttributes(ctx, &commonAttrs.tidyAttributes)

	var attrs interface{}
	if isStatic {
		commonAttrs.Deps.Add(baseAttributes.protoDependency)
		var alwayslink *bool
		if _, ok := alwaysLinkLibraries[module.Name()]; ok && isStatic {
			alwayslink = proptools.BoolPtr(true)
		}
		attrs = &bazelCcLibraryStaticAttributes{
			staticOrSharedAttributes: commonAttrs,
			Rtti:                     compilerAttrs.rtti,
			Stl:                      compilerAttrs.stl,
			Cpp_std:                  compilerAttrs.cppStd,
			C_std:                    compilerAttrs.cStd,

			includesAttributes: includeAttrs,

			Cppflags:   compilerAttrs.cppFlags,
			Conlyflags: compilerAttrs.conlyFlags,
			Asflags:    asFlags,

			Alwayslink: alwayslink,
			Features:   *features,
		}

	} else {
		commonAttrs.Dynamic_deps.Add(baseAttributes.protoDependency)

		sharedLibAttrs := &bazelCcLibrarySharedAttributes{
			staticOrSharedAttributes: commonAttrs,

			Cppflags:   compilerAttrs.cppFlags,
			Conlyflags: compilerAttrs.conlyFlags,
			Asflags:    asFlags,

			Linkopts:        linkerAttrs.linkopts,
			Use_version_lib: linkerAttrs.useVersionLib,

			Rtti:    compilerAttrs.rtti,
			Stl:     compilerAttrs.stl,
			Cpp_std: compilerAttrs.cppStd,
			C_std:   compilerAttrs.cStd,

			includesAttributes: includeAttrs,

			Additional_linker_inputs: linkerAttrs.additionalLinkerInputs,

			Strip: stripAttrsFromLinkerAttrs(&linkerAttrs),

			Features: *features,

			Stem:   compilerAttrs.stem,
			Suffix: compilerAttrs.suffix,

			bazelCcHeaderAbiCheckerAttributes: bp2buildParseAbiCheckerProps(ctx, module),

			Fdo_profile: compilerAttrs.fdoProfile,
		}
		if compilerAttrs.stubsSymbolFile != nil && len(compilerAttrs.stubsVersions.Value) > 0 {
			sharedLibAttrs.Stubs_symbol_file = compilerAttrs.stubsSymbolFile
		}
		attrs = sharedLibAttrs
	}

	var modType string
	if isStatic {
		modType = "cc_library_static"
	} else {
		modType = "cc_library_shared"
		createStubsBazelTargetIfNeeded(ctx, module, compilerAttrs, exportedIncludes, baseAttributes)
	}
	props := bazel.BazelTargetModuleProperties{
		Rule_class:        modType,
		Bzl_load_location: fmt.Sprintf("//build/bazel/rules/cc:%s.bzl", modType),
	}

	tags := android.ApexAvailableTagsWithoutTestApexes(ctx, module)

	ctx.CreateBazelTargetModule(props, android.CommonAttributes{Name: module.Name(), Tags: tags}, attrs)
}

type includesAttributes struct {
	Export_includes          bazel.StringListAttribute
	Export_absolute_includes bazel.StringListAttribute
	Export_system_includes   bazel.StringListAttribute
	Local_includes           bazel.StringListAttribute
	Absolute_includes        bazel.StringListAttribute
}

// TODO(b/199902614): Can this be factored to share with the other Attributes?
type bazelCcLibraryStaticAttributes struct {
	staticOrSharedAttributes
	includesAttributes

	Use_version_lib bazel.BoolAttribute
	Rtti            bazel.BoolAttribute
	Stl             *string
	Cpp_std         *string
	C_std           *string

	Hdrs bazel.LabelListAttribute

	Cppflags   bazel.StringListAttribute
	Conlyflags bazel.StringListAttribute
	Asflags    bazel.StringListAttribute

	Alwayslink *bool
	Features   bazel.StringListAttribute
}

// TODO(b/199902614): Can this be factored to share with the other Attributes?
type bazelCcLibrarySharedAttributes struct {
	staticOrSharedAttributes
	includesAttributes

	Linkopts        bazel.StringListAttribute
	Use_version_lib bazel.BoolAttribute

	Rtti    bazel.BoolAttribute
	Stl     *string
	Cpp_std *string
	C_std   *string

	Hdrs bazel.LabelListAttribute

	Strip                    stripAttributes
	Additional_linker_inputs bazel.LabelListAttribute

	Cppflags   bazel.StringListAttribute
	Conlyflags bazel.StringListAttribute
	Asflags    bazel.StringListAttribute

	Features bazel.StringListAttribute

	Stubs_symbol_file *string

	Inject_bssl_hash bazel.BoolAttribute

	Stem   bazel.StringAttribute
	Suffix bazel.StringAttribute

	bazelCcHeaderAbiCheckerAttributes

	Fdo_profile bazel.LabelAttribute
}

type bazelCcStubSuiteAttributes struct {
	Symbol_file          *string
	Versions             bazel.StringListAttribute
	Export_includes      bazel.StringListAttribute
	Source_library_label *string
	Soname               *string
	Deps                 bazel.LabelListAttribute
	Api_surface          *string
}

type bazelCcHeaderAbiCheckerAttributes struct {
	Abi_checker_enabled                 *bool
	Abi_checker_symbol_file             *bazel.Label
	Abi_checker_exclude_symbol_versions []string
	Abi_checker_exclude_symbol_tags     []string
	Abi_checker_check_all_apis          *bool
	Abi_checker_diff_flags              []string
}