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/*
* Copyright (C) 2016 The Android Open Source Project
*
* 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.
*/
syntax = "proto3";
import "frameworks/base/tools/aapt2/Configuration.proto";
package aapt.pb;
option java_package = "com.android.aapt";
// A string pool that wraps the binary form of the C++ class android::ResStringPool.
message StringPool {
bytes data = 1;
}
// The position of a declared entity within a file.
message SourcePosition {
uint32 line_number = 1;
uint32 column_number = 2;
}
// Developer friendly source file information for an entity in the resource table.
message Source {
// The index of the string path within the source string pool of a ResourceTable.
uint32 path_idx = 1;
SourcePosition position = 2;
}
// The name and version fingerprint of a build tool.
message ToolFingerprint {
string tool = 1;
string version = 2;
}
// References to non local resources
message DynamicRefTable {
PackageId package_id = 1;
string package_name = 2;
}
// Top level message representing a resource table.
message ResourceTable {
// The string pool containing source paths referenced throughout the resource table. This does
// not end up in the final binary ARSC file.
StringPool source_pool = 1;
// Resource definitions corresponding to an Android package.
repeated Package package = 2;
// The <overlayable> declarations within the resource table.
repeated Overlayable overlayable = 3;
// The version fingerprints of the tools that built the resource table.
repeated ToolFingerprint tool_fingerprint = 4;
repeated DynamicRefTable dynamic_ref_table = 5;
}
// A package ID in the range [0x00, 0xff].
message PackageId {
uint32 id = 1;
}
// Defines resources for an Android package.
message Package {
// The package ID of this package, in the range [0x00, 0xff].
// - ID 0x00 is reserved for shared libraries, or when the ID is assigned at run-time.
// - ID 0x01 is reserved for the 'android' package (framework).
// - ID range [0x02, 0x7f) is reserved for auto-assignment to shared libraries at run-time.
// - ID 0x7f is reserved for the application package.
// - IDs > 0x7f are reserved for the application as well and are treated as feature splits.
// This may not be set if no ID was assigned.
PackageId package_id = 1;
// The Java compatible Android package name of the app.
string package_name = 2;
// The series of types defined by the package.
repeated Type type = 3;
}
// A type ID in the range [0x01, 0xff].
message TypeId {
uint32 id = 1;
}
// A set of resources grouped under a common type. Such types include string, layout, xml, dimen,
// attr, etc. This maps to the second part of a resource identifier in Java (R.type.entry).
message Type {
// The ID of the type. This may not be set if no ID was assigned.
TypeId type_id = 1;
// The name of the type. This corresponds to the 'type' part of a full resource name of the form
// package:type/entry. The set of legal type names is listed in Resource.cpp.
string name = 2;
// The entries defined for this type.
repeated Entry entry = 3;
}
// The Visibility of a symbol/entry (public, private, undefined).
message Visibility {
// The visibility of the resource outside of its package.
enum Level {
// No visibility was explicitly specified. This is typically treated as private.
// The distinction is important when two separate R.java files are generated: a public and
// private one. An unknown visibility, in this case, would cause the resource to be omitted
// from either R.java.
UNKNOWN = 0;
// A resource was explicitly marked as private. This means the resource can not be accessed
// outside of its package unless the @*package:type/entry notation is used (the asterisk being
// the private accessor). If two R.java files are generated (private + public), the resource
// will only be emitted to the private R.java file.
PRIVATE = 1;
// A resource was explicitly marked as public. This means the resource can be accessed
// from any package, and is emitted into all R.java files, public and private.
PUBLIC = 2;
}
Level level = 1;
// The path at which this entry's visibility was defined (eg. public.xml).
Source source = 2;
// The comment associated with the <public> tag.
string comment = 3;
// Indicates that the resource id may change across builds and that the public R.java identifier
// for this resource should not be final. This is set to `true` for resources in `staging-group`
// tags.
bool staged_api = 4;
}
// Whether a resource comes from a compile-time overlay and is explicitly allowed to not overlay an
// existing resource.
message AllowNew {
// Where this was defined in source.
Source source = 1;
// Any comment associated with the declaration.
string comment = 2;
}
// Represents a set of overlayable resources.
message Overlayable {
// The name of the <overlayable>.
string name = 1;
// The location of the <overlayable> declaration in the source.
Source source = 2;
// The component responsible for enabling and disabling overlays targeting this <overlayable>.
string actor = 3;
}
// Represents an overlayable <item> declaration within an <overlayable> tag.
message OverlayableItem {
enum Policy {
NONE = 0;
PUBLIC = 1;
SYSTEM = 2;
VENDOR = 3;
PRODUCT = 4;
SIGNATURE = 5;
ODM = 6;
OEM = 7;
ACTOR = 8;
CONFIG_SIGNATURE = 9;
}
// The location of the <item> declaration in source.
Source source = 1;
// Any comment associated with the declaration.
string comment = 2;
// The policy defined by the enclosing <policy> tag of this <item>.
repeated Policy policy = 3;
// The index into overlayable list that points to the <overlayable> tag that contains
// this <item>.
uint32 overlayable_idx = 4;
}
// The staged resource ID definition of a finalized resource.
message StagedId {
Source source = 1;
uint32 staged_id = 2;
}
// An entry ID in the range [0x0000, 0xffff].
message EntryId {
uint32 id = 1;
}
// An entry declaration. An entry has a full resource ID that is the combination of package ID,
// type ID, and its own entry ID. An entry on its own has no value, but values are defined for
// various configurations/variants.
message Entry {
// The ID of this entry. Together with the package ID and type ID, this forms a full resource ID
// of the form 0xPPTTEEEE, where PP is the package ID, TT is the type ID, and EEEE is the entry
// ID.
// This may not be set if no ID was assigned.
EntryId entry_id = 1;
// The name of this entry. This corresponds to the 'entry' part of a full resource name of the
// form package:type/entry.
string name = 2;
// The visibility of this entry (public, private, undefined).
Visibility visibility = 3;
// Whether this resource, when originating from a compile-time overlay, is allowed to NOT overlay
// any existing resources.
AllowNew allow_new = 4;
// Whether this resource can be overlaid by a runtime resource overlay (RRO).
OverlayableItem overlayable_item = 5;
// The set of values defined for this entry, each corresponding to a different
// configuration/variant.
repeated ConfigValue config_value = 6;
// The staged resource ID of this finalized resource.
StagedId staged_id = 7;
}
// A Configuration/Value pair.
message ConfigValue {
Configuration config = 1;
Value value = 2;
}
// The generic meta-data for every value in a resource table.
message Value {
// Where the value was defined.
Source source = 1;
// Any comment associated with the value.
string comment = 2;
// Whether the value can be overridden.
bool weak = 3;
// The value is either an Item or a CompoundValue.
oneof value {
Item item = 4;
CompoundValue compound_value = 5;
}
}
// An Item is an abstract type. It represents a value that can appear inline in many places, such
// as XML attribute values or on the right hand side of style attribute definitions. The concrete
// type is one of the types below. Only one can be set.
message Item {
oneof value {
Reference ref = 1;
String str = 2;
RawString raw_str = 3;
StyledString styled_str = 4;
FileReference file = 5;
Id id = 6;
Primitive prim = 7;
}
}
// A CompoundValue is an abstract type. It represents a value that is a made of other values.
// These can only usually appear as top-level resources. The concrete type is one of the types
// below. Only one can be set.
message CompoundValue {
oneof value {
Attribute attr = 1;
Style style = 2;
Styleable styleable = 3;
Array array = 4;
Plural plural = 5;
MacroBody macro = 6;
}
}
// Message holding a boolean, so it can be optionally encoded.
message Boolean {
bool value = 1;
}
// A value that is a reference to another resource. This reference can be by name or resource ID.
message Reference {
enum Type {
// A plain reference (@package:type/entry).
REFERENCE = 0;
// A reference to a theme attribute (?package:type/entry).
ATTRIBUTE = 1;
}
Type type = 1;
// The resource ID (0xPPTTEEEE) of the resource being referred. This is optional.
uint32 id = 2;
// The name of the resource being referred. This is optional if the resource ID is set.
string name = 3;
// Whether this reference is referencing a private resource (@*package:type/entry).
bool private = 4;
// Whether this reference is dynamic.
Boolean is_dynamic = 5;
// The type flags used when compiling the reference. Used for substituting the contents of macros.
uint32 type_flags = 6;
// Whether raw string values would have been accepted in place of this reference definition. Used
// for substituting the contents of macros.
bool allow_raw = 7;
}
// A value that represents an ID. This is just a placeholder, as ID values are used to occupy a
// resource ID (0xPPTTEEEE) as a unique identifier. Their value is unimportant.
message Id {
}
// A value that is a string.
message String {
string value = 1;
}
// A value that is a raw string, which is unescaped/uninterpreted. This is typically used to
// represent the value of a style attribute before the attribute is compiled and the set of
// allowed values is known.
message RawString {
string value = 1;
}
// A string with styling information, like html tags that specify boldness, italics, etc.
message StyledString {
// The raw text of the string.
string value = 1;
// A Span marks a region of the string text that is styled.
message Span {
// The name of the tag, and its attributes, encoded as follows:
// tag_name;attr1=value1;attr2=value2;[...]
string tag = 1;
// The first character position this span applies to, in UTF-16 offset.
uint32 first_char = 2;
// The last character position this span applies to, in UTF-16 offset.
uint32 last_char = 3;
}
repeated Span span = 2;
}
// A value that is a reference to an external entity, like an XML file or a PNG.
message FileReference {
enum Type {
UNKNOWN = 0;
PNG = 1;
BINARY_XML = 2;
PROTO_XML = 3;
}
// Path to a file within the APK (typically res/type-config/entry.ext).
string path = 1;
// The type of file this path points to. For UAM bundle, this cannot be
// BINARY_XML.
Type type = 2;
}
// A value that represents a primitive data type (float, int, boolean, etc.).
// Refer to Res_value in ResourceTypes.h for info on types and formatting
message Primitive {
message NullType {
}
message EmptyType {
}
oneof oneof_value {
NullType null_value = 1;
EmptyType empty_value = 2;
float float_value = 3;
uint32 dimension_value = 13;
uint32 fraction_value = 14;
int32 int_decimal_value = 6;
uint32 int_hexadecimal_value = 7;
bool boolean_value = 8;
uint32 color_argb8_value = 9;
uint32 color_rgb8_value = 10;
uint32 color_argb4_value = 11;
uint32 color_rgb4_value = 12;
float dimension_value_deprecated = 4 [deprecated=true];
float fraction_value_deprecated = 5 [deprecated=true];
}
}
// A value that represents an XML attribute and what values it accepts.
message Attribute {
// A Symbol used to represent an enum or a flag.
message Symbol {
// Where the enum/flag item was defined.
Source source = 1;
// Any comments associated with the enum or flag.
string comment = 2;
// The name of the enum/flag as a reference. Enums/flag items are generated as ID resource
// values.
Reference name = 3;
// The value of the enum/flag.
uint32 value = 4;
// The data type of the enum/flag as defined in android::Res_value.
uint32 type = 5;
}
// Bitmask of formats allowed for an attribute.
enum FormatFlags {
NONE = 0x0; // Proto3 requires a default of 0.
ANY = 0x0000ffff; // Allows any type except ENUM and FLAGS.
REFERENCE = 0x01; // Allows Reference values.
STRING = 0x02; // Allows String/StyledString values.
INTEGER = 0x04; // Allows any integer BinaryPrimitive values.
BOOLEAN = 0x08; // Allows any boolean BinaryPrimitive values.
COLOR = 0x010; // Allows any color BinaryPrimitive values.
FLOAT = 0x020; // Allows any float BinaryPrimitive values.
DIMENSION = 0x040; // Allows any dimension BinaryPrimitive values.
FRACTION = 0x080; // Allows any fraction BinaryPrimitive values.
ENUM = 0x00010000; // Allows enums that are defined in the Attribute's symbols.
// ENUM and FLAGS cannot BOTH be set.
FLAGS = 0x00020000; // Allows flags that are defined in the Attribute's symbols.
// ENUM and FLAGS cannot BOTH be set.
}
// A bitmask of types that this XML attribute accepts. Corresponds to the flags in the
// enum FormatFlags.
uint32 format_flags = 1;
// The smallest integer allowed for this XML attribute. Only makes sense if the format includes
// FormatFlags::INTEGER.
int32 min_int = 2;
// The largest integer allowed for this XML attribute. Only makes sense if the format includes
// FormatFlags::INTEGER.
int32 max_int = 3;
// The set of enums/flags defined in this attribute. Only makes sense if the format includes
// either FormatFlags::ENUM or FormatFlags::FLAGS. Having both is an error.
repeated Symbol symbol = 4;
}
// A value that represents a style.
message Style {
// An XML attribute/value pair defined in the style.
message Entry {
// Where the entry was defined.
Source source = 1;
// Any comments associated with the entry.
string comment = 2;
// A reference to the XML attribute.
Reference key = 3;
// The Item defined for this XML attribute.
Item item = 4;
}
// The optinal style from which this style inherits attributes.
Reference parent = 1;
// The source file information of the parent inheritance declaration.
Source parent_source = 2;
// The set of XML attribute/value pairs for this style.
repeated Entry entry = 3;
}
// A value that represents a <declare-styleable> XML resource. These are not real resources and
// only end up as Java fields in the generated R.java. They do not end up in the binary ARSC file.
message Styleable {
// An attribute defined for this styleable.
message Entry {
// Where the attribute was defined within the <declare-styleable> block.
Source source = 1;
// Any comments associated with the declaration.
string comment = 2;
// The reference to the attribute.
Reference attr = 3;
}
// The set of attribute declarations.
repeated Entry entry = 1;
}
// A value that represents an array of resource values.
message Array {
// A single element of the array.
message Element {
// Where the element was defined.
Source source = 1;
// Any comments associated with the element.
string comment = 2;
// The value assigned to this element.
Item item = 3;
}
// The list of array elements.
repeated Element element = 1;
}
// A value that represents a string and its many variations based on plurality.
message Plural {
// The arity of the plural.
enum Arity {
ZERO = 0;
ONE = 1;
TWO = 2;
FEW = 3;
MANY = 4;
OTHER = 5;
}
// The plural value for a given arity.
message Entry {
// Where the plural was defined.
Source source = 1;
// Any comments associated with the plural.
string comment = 2;
// The arity of the plural.
Arity arity = 3;
// The value assigned to this plural.
Item item = 4;
}
// The set of arity/plural mappings.
repeated Entry entry = 1;
}
// Defines an abstract XmlNode that must be either an XmlElement, or
// a text node represented by a string.
message XmlNode {
oneof node {
XmlElement element = 1;
string text = 2;
}
// Source line and column info.
SourcePosition source = 3;
}
// An <element> in an XML document.
message XmlElement {
// Namespaces defined on this element.
repeated XmlNamespace namespace_declaration = 1;
// The namespace URI of this element.
string namespace_uri = 2;
// The name of this element.
string name = 3;
// The attributes of this element.
repeated XmlAttribute attribute = 4;
// The children of this element.
repeated XmlNode child = 5;
}
// A namespace declaration on an XmlElement (xmlns:android="http://...").
message XmlNamespace {
string prefix = 1;
string uri = 2;
// Source line and column info.
SourcePosition source = 3;
}
// An attribute defined on an XmlElement (android:text="...").
message XmlAttribute {
string namespace_uri = 1;
string name = 2;
string value = 3;
// Source line and column info.
SourcePosition source = 4;
// The optional resource ID (0xPPTTEEEE) of the attribute.
uint32 resource_id = 5;
// The optional interpreted/compiled version of the `value` string.
Item compiled_item = 6;
}
message MacroBody {
string raw_string = 1;
StyleString style_string = 2;
repeated UntranslatableSection untranslatable_sections = 3;
repeated NamespaceAlias namespace_stack = 4;
SourcePosition source = 5;
}
message NamespaceAlias {
string prefix = 1;
string package_name = 2;
bool is_private = 3;
}
message StyleString {
message Span {
string name = 1;
uint32 start_index = 2;
uint32 end_index = 3;
}
string str = 1;
repeated Span spans = 2;
}
message UntranslatableSection {
uint64 start_index = 1;
uint64 end_index = 2;
}