booster / com.didiglobal.booster.aapt2 / Resources / Attribute

Attribute

class Attribute : GeneratedMessageV3, AttributeOrBuilder


    A value that represents an XML attribute and what values it accepts.

Protobuf type aapt.pb.Attribute

Types

Builder	`A value that represents an XML attribute and what values it accepts.` Protobuf type `aapt.pb.Attribute` `class Builder : Builder<Builder!>, AttributeOrBuilder`
FormatFlags	`Bitmask of formats allowed for an attribute.` Protobuf enum `aapt.pb.Attribute.FormatFlags` `class FormatFlags : ProtocolMessageEnum`
Symbol	`A Symbol used to represent an enum or a flag.` Protobuf type `aapt.pb.Attribute.Symbol` `class Symbol : GeneratedMessageV3, SymbolOrBuilder`
SymbolOrBuilder	`interface SymbolOrBuilder : MessageOrBuilder`

Properties

FORMAT_FLAGS_FIELD_NUMBER	`static val FORMAT_FLAGS_FIELD_NUMBER: Int`
MAX_INT_FIELD_NUMBER	`static val MAX_INT_FIELD_NUMBER: Int`
MIN_INT_FIELD_NUMBER	`static val MIN_INT_FIELD_NUMBER: Int`
SYMBOL_FIELD_NUMBER	`static val SYMBOL_FIELD_NUMBER: Int`

Functions

equals	`fun equals(other: Any?): Boolean`
getDefaultInstance	`static fun getDefaultInstance(): Attribute!`
getDefaultInstanceForType	`fun getDefaultInstanceForType(): Attribute!`
getDescriptor	`static fun getDescriptor(): Descriptor!`
getFormatFlags	`A bitmask of types that this XML attribute accepts. Corresponds to the flags in the enum FormatFlags.` `uint32 format_flags = 1;` `fun getFormatFlags(): Int`
getMaxInt	`The largest integer allowed for this XML attribute. Only makes sense if the format includes FormatFlags::INTEGER.` `int32 max_int = 3;` `fun getMaxInt(): Int`
getMinInt	`The smallest integer allowed for this XML attribute. Only makes sense if the format includes FormatFlags::INTEGER.` `int32 min_int = 2;` `fun getMinInt(): Int`
getParserForType	`fun getParserForType(): Parser<Attribute!>!`
getSerializedSize	`fun getSerializedSize(): Int`
getSymbol	`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 .aapt.pb.Attribute.Symbol symbol = 4;` `fun getSymbol(index: Int): Symbol!`
getSymbolCount	`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 .aapt.pb.Attribute.Symbol symbol = 4;` `fun getSymbolCount(): Int`
getSymbolList	`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 .aapt.pb.Attribute.Symbol symbol = 4;` `fun getSymbolList(): MutableList<Symbol!>!`
getSymbolOrBuilder	`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 .aapt.pb.Attribute.Symbol symbol = 4;` `fun getSymbolOrBuilder(index: Int): SymbolOrBuilder!`
getSymbolOrBuilderList	`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 .aapt.pb.Attribute.Symbol symbol = 4;` `fun getSymbolOrBuilderList(): MutableList<out SymbolOrBuilder!>!`
getUnknownFields	`fun getUnknownFields(): UnknownFieldSet!`
hashCode	`fun hashCode(): Int`
internalGetFieldAccessorTable	`fun internalGetFieldAccessorTable(): FieldAccessorTable!`
isInitialized	`fun isInitialized(): Boolean`
newBuilder	`static fun newBuilder(): Builder!` `static fun newBuilder(prototype: Attribute!): Builder!`
newBuilderForType	`fun newBuilderForType(): Builder!` `fun newBuilderForType(parent: BuilderParent!): Builder!`
newInstance	`fun newInstance(unused: UnusedPrivateParameter!): Any!`
parseDelimitedFrom	`static fun parseDelimitedFrom(input: InputStream!): Attribute!` `static fun parseDelimitedFrom(input: InputStream!, extensionRegistry: ExtensionRegistryLite!): Attribute!`
parseFrom	`static fun parseFrom(data: ByteBuffer!): Attribute!` `static fun parseFrom(data: ByteBuffer!, extensionRegistry: ExtensionRegistryLite!): Attribute!` `static fun parseFrom(data: ByteString!): Attribute!` `static fun parseFrom(data: ByteString!, extensionRegistry: ExtensionRegistryLite!): Attribute!` `static fun parseFrom(data: ByteArray!): Attribute!` `static fun parseFrom(data: ByteArray!, extensionRegistry: ExtensionRegistryLite!): Attribute!` `static fun parseFrom(input: InputStream!): Attribute!` `static fun parseFrom(input: InputStream!, extensionRegistry: ExtensionRegistryLite!): Attribute!` `static fun parseFrom(input: CodedInputStream!): Attribute!` `static fun parseFrom(input: CodedInputStream!, extensionRegistry: ExtensionRegistryLite!): Attribute!`
parser	`static fun parser(): Parser<Attribute!>!`
toBuilder	`fun toBuilder(): Builder!`
writeTo	`fun writeTo(output: CodedOutputStream!): Unit`