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Unified Diff: third_party/mojo/src/mojo/public/dart/src/codec.dart

Issue 1019173002: Update mojo sdk to rev 7214b7ec7d27563b2666afad86cf1c5895c56c18 (Closed) Base URL: https://chromium.googlesource.com/chromium/src.git@master
Patch Set: Keep permission service alive if embedder drops requests Created 5 years, 9 months ago
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Index: third_party/mojo/src/mojo/public/dart/src/codec.dart
diff --git a/third_party/mojo/src/mojo/public/dart/src/codec.dart b/third_party/mojo/src/mojo/public/dart/src/codec.dart
index 81c2523be53f4c53dd836b3320ecf3ae1abe5ac4..2c14e0eb5b075bea31ae36b2e4b03fa3c2b6f914 100644
--- a/third_party/mojo/src/mojo/public/dart/src/codec.dart
+++ b/third_party/mojo/src/mojo/public/dart/src/codec.dart
@@ -57,10 +57,10 @@ class _EncoderBuffer {
static const int kInitialBufferSize = 1024;
- _EncoderBuffer([int size = -1]) :
- buffer = new ByteData(size > 0 ? size : kInitialBufferSize),
- handles = [],
- extent = 0;
+ _EncoderBuffer([int size = -1])
+ : buffer = new ByteData(size > 0 ? size : kInitialBufferSize),
+ handles = [],
+ extent = 0;
void _grow(int newSize) {
Uint8List newBuffer = new Uint8List(newSize);
@@ -84,11 +84,13 @@ class Encoder {
_EncoderBuffer _buffer;
int _base;
- Encoder([int size = -1]) : _buffer = new _EncoderBuffer(size), _base = 0;
+ Encoder([int size = -1])
+ : _buffer = new _EncoderBuffer(size),
+ _base = 0;
- Encoder._fromBuffer(_EncoderBuffer buffer) :
- _buffer = buffer,
- _base = buffer.extent;
+ Encoder._fromBuffer(_EncoderBuffer buffer)
+ : _buffer = buffer,
+ _base = buffer.extent;
Encoder getStructEncoderAtOffset(StructDataHeader dataHeader) {
var result = new Encoder._fromBuffer(_buffer);
@@ -167,45 +169,61 @@ class Encoder {
_buffer.buffer.setUint64(_base + offset, value, Endianness.LITTLE_ENDIAN);
}
- void encodeFloat(double value, int offset) =>
- _buffer.buffer.setFloat32(_base + offset, value, Endianness.LITTLE_ENDIAN);
+ void encodeFloat(double value, int offset) => _buffer.buffer.setFloat32(
+ _base + offset, value, Endianness.LITTLE_ENDIAN);
- void encodeDouble(double value, int offset) =>
- _buffer.buffer.setFloat64(_base + offset, value, Endianness.LITTLE_ENDIAN);
+ void encodeDouble(double value, int offset) => _buffer.buffer.setFloat64(
+ _base + offset, value, Endianness.LITTLE_ENDIAN);
void encodeHandle(core.MojoHandle value, int offset, bool nullable) {
if ((value == null) || !value.isValid) {
encodeInvalideHandle(offset, nullable);
} else {
encodeUint32(_buffer.handles.length, offset);
- _buffer.handles.add(value);
+ _buffer.handles.add(value.pass());
}
}
void encodeMessagePipeHandle(
- core.MojoMessagePipeEndpoint value, int offset, bool nullable) =>
+ core.MojoMessagePipeEndpoint value, int offset, bool nullable) =>
encodeHandle(value != null ? value.handle : null, offset, nullable);
void encodeConsumerHandle(
- core.MojoDataPipeConsumer value, int offset, bool nullable) =>
+ core.MojoDataPipeConsumer value, int offset, bool nullable) =>
encodeHandle(value != null ? value.handle : null, offset, nullable);
void encodeProducerHandle(
- core.MojoDataPipeProducer value, int offset, bool nullable) =>
+ core.MojoDataPipeProducer value, int offset, bool nullable) =>
encodeHandle(value != null ? value.handle : null, offset, nullable);
void encodeSharedBufferHandle(
- core.MojoSharedBuffer value, int offset, bool nullable) =>
+ core.MojoSharedBuffer value, int offset, bool nullable) =>
encodeHandle(value != null ? value.handle : null, offset, nullable);
- void encodeInterface(Stub interface, int offset, bool nullable) {
+ void encodeInterface(
+ core.MojoEventStreamListener interface, int offset, bool nullable) {
if (interface == null) {
encodeInvalideHandle(offset, nullable);
return;
}
- var pipe = new core.MojoMessagePipe();
- interface.bind(pipe.endpoints[0]);
- encodeMessagePipeHandle(pipe.endpoints[1], offset, nullable);
+ if (interface is Stub) {
+ assert(!interface.isBound);
+ var pipe = new core.MojoMessagePipe();
+ interface.bind(pipe.endpoints[0]);
+ interface.listen();
+ encodeMessagePipeHandle(pipe.endpoints[1], offset, nullable);
+ } else if (interface is Proxy) {
+ assert(interface.isBound);
+ if (!interface.isOpen) {
+ // Make sure that we are listening so that state for the proxy is
+ // cleaned up when the message is sent and the handle is closed.
+ interface.listen();
+ }
+ encodeMessagePipeHandle(interface.endpoint, offset, nullable);
+ } else {
+ throw new MojoCodecError(
+ 'Trying to encode an unknown MojoEventStreamListener');
+ }
}
void encodeInterfaceRequest(ProxyBase client, int offset, bool nullable) {
@@ -215,6 +233,7 @@ class Encoder {
}
var pipe = new core.MojoMessagePipe();
client.impl.bind(pipe.endpoints[0]);
+ client.impl.listen();
encodeMessagePipeHandle(pipe.endpoints[1], offset, nullable);
}
@@ -285,81 +304,74 @@ class Encoder {
}
}
}
- var encoder = encoderForArrayByTotalSize(
- bytes.length, value.length, offset);
+ var encoder =
+ encoderForArrayByTotalSize(bytes.length, value.length, offset);
encoder.appendUint8Array(bytes);
}
- void encodeArray(Function arrayAppend,
- int elementBytes,
- List<int> value,
- int offset,
- int nullability,
- int expectedLength) {
+ void encodeArray(Function arrayAppend, int elementBytes, List<int> value,
+ int offset, int nullability, int expectedLength) {
if (value == null) {
encodeNullPointer(offset, isArrayNullable(nullability));
return;
}
- var encoder = encoderForArray(
- elementBytes, value.length, offset, expectedLength);
+ var encoder =
+ encoderForArray(elementBytes, value.length, offset, expectedLength);
arrayAppend(encoder, value);
}
void encodeInt8Array(
- List<int> value, int offset, int nullability, int expectedLength) =>
- encodeArray((e, v) => e.appendInt8Array(v),
- 1, value, offset, nullability, expectedLength);
+ List<int> value, int offset, int nullability, int expectedLength) =>
+ encodeArray((e, v) => e.appendInt8Array(v), 1, value, offset, nullability,
+ expectedLength);
void encodeUint8Array(
- List<int> value, int offset, int nullability, int expectedLength) =>
- encodeArray((e, v) => e.appendUint8Array(v),
- 1, value, offset, nullability, expectedLength);
+ List<int> value, int offset, int nullability, int expectedLength) =>
+ encodeArray((e, v) => e.appendUint8Array(v), 1, value, offset,
+ nullability, expectedLength);
void encodeInt16Array(
- List<int> value, int offset, int nullability, int expectedLength) =>
- encodeArray((e, v) => e.appendInt16Array(v),
- 2, value, offset, nullability, expectedLength);
+ List<int> value, int offset, int nullability, int expectedLength) =>
+ encodeArray((e, v) => e.appendInt16Array(v), 2, value, offset,
+ nullability, expectedLength);
void encodeUint16Array(
- List<int> value, int offset, int nullability, int expectedLength) =>
- encodeArray((e, v) => e.appendUint16Array(v),
- 2, value, offset, nullability, expectedLength);
+ List<int> value, int offset, int nullability, int expectedLength) =>
+ encodeArray((e, v) => e.appendUint16Array(v), 2, value, offset,
+ nullability, expectedLength);
void encodeInt32Array(
- List<int> value, int offset, int nullability, int expectedLength) =>
- encodeArray((e, v) => e.appendInt32Array(v),
- 4, value, offset, nullability, expectedLength);
+ List<int> value, int offset, int nullability, int expectedLength) =>
+ encodeArray((e, v) => e.appendInt32Array(v), 4, value, offset,
+ nullability, expectedLength);
void encodeUint32Array(
- List<int> value, int offset, int nullability, int expectedLength) =>
- encodeArray((e, v) => e.appendUint32Array(v),
- 4, value, offset, nullability, expectedLength);
+ List<int> value, int offset, int nullability, int expectedLength) =>
+ encodeArray((e, v) => e.appendUint32Array(v), 4, value, offset,
+ nullability, expectedLength);
void encodeInt64Array(
- List<int> value, int offset, int nullability, int expectedLength) =>
- encodeArray((e, v) => e.appendInt64Array(v),
- 8, value, offset, nullability, expectedLength);
+ List<int> value, int offset, int nullability, int expectedLength) =>
+ encodeArray((e, v) => e.appendInt64Array(v), 8, value, offset,
+ nullability, expectedLength);
void encodeUint64Array(
- List<int> value, int offset, int nullability, int expectedLength) =>
- encodeArray((e, v) => e.appendUint64Array(v),
- 8, value, offset, nullability, expectedLength);
+ List<int> value, int offset, int nullability, int expectedLength) =>
+ encodeArray((e, v) => e.appendUint64Array(v), 8, value, offset,
+ nullability, expectedLength);
void encodeFloatArray(
- List<int> value, int offset, int nullability, int expectedLength) =>
- encodeArray((e, v) => e.appendFloatArray(v),
- 4, value, offset, nullability, expectedLength);
+ List<int> value, int offset, int nullability, int expectedLength) =>
+ encodeArray((e, v) => e.appendFloatArray(v), 4, value, offset,
+ nullability, expectedLength);
void encodeDoubleArray(
- List<int> value, int offset, int nullability, int expectedLength) =>
- encodeArray((e, v) => e.appendDoubleArray(v),
- 8, value, offset, nullability, expectedLength);
-
- void _handleArrayEncodeHelper(Function elementEncoder,
- List value,
- int offset,
- int nullability,
- int expectedLength) {
+ List<int> value, int offset, int nullability, int expectedLength) =>
+ encodeArray((e, v) => e.appendDoubleArray(v), 8, value, offset,
+ nullability, expectedLength);
+
+ void _handleArrayEncodeHelper(Function elementEncoder, List value, int offset,
+ int nullability, int expectedLength) {
if (value == null) {
encodeNullPointer(offset, isArrayNullable(nullability));
return;
@@ -374,67 +386,42 @@ class Encoder {
}
}
- void encodeHandleArray(
- List<core.MojoHandle> value,
- int offset,
- int nullability,
- int expectedLength) =>
- _handleArrayEncodeHelper(
- (e, v, o, n) => e.encodeHandle(v, o, n),
- value, offset, nullability, expectedLength);
+ void encodeHandleArray(List<core.MojoHandle> value, int offset,
+ int nullability, int expectedLength) => _handleArrayEncodeHelper(
+ (e, v, o, n) => e.encodeHandle(v, o, n), value, offset, nullability,
+ expectedLength);
- void encodeMessagePipeHandleArray(
- List<core.MojoMessagePipeEndpoint> value,
- int offset,
- int nullability,
- int expectedLength) =>
+ void encodeMessagePipeHandleArray(List<core.MojoMessagePipeEndpoint> value,
+ int offset, int nullability, int expectedLength) =>
_handleArrayEncodeHelper(
- (e, v, o, n) => e.encodeMessagePipeHandle(v, o, n),
- value, offset, nullability, expectedLength);
+ (e, v, o, n) => e.encodeMessagePipeHandle(v, o, n), value, offset,
+ nullability, expectedLength);
- void encodeConsumerHandleArray(
- List<core.MojoDataPipeConsumer> value,
- int offset,
- int nullability,
- int expectedLength) =>
- _handleArrayEncodeHelper(
- (e, v, o, n) => e.encodeConsumerHandle(v, o, n),
+ void encodeConsumerHandleArray(List<core.MojoDataPipeConsumer> value,
+ int offset, int nullability, int expectedLength) =>
+ _handleArrayEncodeHelper((e, v, o, n) => e.encodeConsumerHandle(v, o, n),
value, offset, nullability, expectedLength);
- void encodeProducerHandleArray(
- List<core.MojoDataPipeProducer> value,
- int offset,
- int nullability,
- int expectedLength) =>
- _handleArrayEncodeHelper(
- (e, v, o, n) => e.encodeProducerHandle(v, o, n),
+ void encodeProducerHandleArray(List<core.MojoDataPipeProducer> value,
+ int offset, int nullability, int expectedLength) =>
+ _handleArrayEncodeHelper((e, v, o, n) => e.encodeProducerHandle(v, o, n),
value, offset, nullability, expectedLength);
- void encodeSharedBufferHandleArray(
- List<core.MojoSharedBuffer> value,
- int offset,
- int nullability,
- int expectedLength) =>
+ void encodeSharedBufferHandleArray(List<core.MojoSharedBuffer> value,
+ int offset, int nullability, int expectedLength) =>
_handleArrayEncodeHelper(
- (e, v, o, n) => e.encodeSharedBufferHandle(v, o, n),
- value, offset, nullability, expectedLength);
+ (e, v, o, n) => e.encodeSharedBufferHandle(v, o, n), value, offset,
+ nullability, expectedLength);
void encodeInterfaceRequestArray(
- List<Proxy> value,
- int offset,
- int nullability,
- int expectedLength) =>
+ List<Proxy> value, int offset, int nullability, int expectedLength) =>
_handleArrayEncodeHelper(
- (e, v, o, n) => e.encodeInterfaceRequest(v, o, n),
- value, offset, nullability, expectedLength);
+ (e, v, o, n) => e.encodeInterfaceRequest(v, o, n), value, offset,
+ nullability, expectedLength);
void encodeInterfaceArray(
- List<Stub> value,
- int offset,
- int nullability,
- int expectedLength) =>
- _handleArrayEncodeHelper(
- (e, v, o, n) => e.encodeInterface(v, o, n),
+ List<Stub> value, int offset, int nullability, int expectedLength) =>
+ _handleArrayEncodeHelper((e, v, o, n) => e.encodeInterface(v, o, n),
value, offset, nullability, expectedLength);
static Uint8List _utf8OfString(String s) =>
@@ -446,17 +433,15 @@ class Encoder {
return;
}
int nullability = nullable ? kArrayNullable : kNothingNullable;
- encodeUint8Array(_utf8OfString(value),
- offset,
- nullability,
- kUnspecifiedArrayLength);
+ encodeUint8Array(
+ _utf8OfString(value), offset, nullability, kUnspecifiedArrayLength);
}
void appendBytes(Uint8List value) {
- _buffer.buffer.buffer.asUint8List().setRange(
- _base + ArrayDataHeader.kHeaderSize,
- _base + ArrayDataHeader.kHeaderSize + value.lengthInBytes,
- value);
+ _buffer.buffer.buffer
+ .asUint8List()
+ .setRange(_base + ArrayDataHeader.kHeaderSize,
+ _base + ArrayDataHeader.kHeaderSize + value.lengthInBytes, value);
}
void appendInt8Array(List<int> value) =>
@@ -495,7 +480,6 @@ class Encoder {
}
}
-
class _Validator {
final int _maxMemory;
final int _numberOfHandles;
@@ -531,7 +515,6 @@ class _Validator {
}
}
-
class Decoder {
_Validator _validator;
Message _message;
@@ -566,7 +549,7 @@ class Decoder {
int decodeInt64(int offset) =>
_buffer.getInt64(_base + offset, Endianness.LITTLE_ENDIAN);
int decodeUint64(int offset) =>
- _buffer.getUint64(_base + offset,Endianness.LITTLE_ENDIAN);
+ _buffer.getUint64(_base + offset, Endianness.LITTLE_ENDIAN);
double decodeFloat(int offset) =>
_buffer.getFloat32(_base + offset, Endianness.LITTLE_ENDIAN);
double decodeDouble(int offset) =>
@@ -582,14 +565,14 @@ class Decoder {
throw new MojoCodecError(
'Trying to decode an invalid handle from a non-nullable type.');
}
- return new core.MojoHandle(core.MojoHandle.INVALID);
+ return new core.MojoHandle.invalid();
}
_validator.claimHandle(index);
return _handles[index];
}
core.MojoMessagePipeEndpoint decodeMessagePipeHandle(
- int offset, bool nullable) =>
+ int offset, bool nullable) =>
new core.MojoMessagePipeEndpoint(decodeHandle(offset, nullable));
core.MojoDataPipeConsumer decodeConsumerHandle(int offset, bool nullable) =>
@@ -678,8 +661,7 @@ class Decoder {
return null;
}
var header = d.decodeDataHeaderForBoolArray(expectedLength);
- var bytes = new Uint8List.view(
- d._buffer.buffer,
+ var bytes = new Uint8List.view(d._buffer.buffer,
d._buffer.offsetInBytes + d._base + ArrayDataHeader.kHeaderSize,
(header.numElements + 7) ~/ kAlignment);
var result = new List<bool>(header.numElements);
@@ -694,8 +676,8 @@ class Decoder {
return result;
}
- ArrayDataHeader decodeDataHeaderForArray(int elementSize,
- int expectedLength) {
+ ArrayDataHeader decodeDataHeaderForArray(
+ int elementSize, int expectedLength) {
var header = decodeArrayDataHeader();
var arrayByteCount =
ArrayDataHeader.kHeaderSize + header.numElements * elementSize;
@@ -715,76 +697,65 @@ class Decoder {
ArrayDataHeader decodeDataHeaderForPointerArray(int expectedLength) =>
decodeDataHeaderForArray(kPointerSize, expectedLength);
- List decodeArray(Function arrayViewer,
- int elementSize,
- int offset,
- int nullability,
- int expectedLength) {
+ List decodeArray(Function arrayViewer, int elementSize, int offset,
+ int nullability, int expectedLength) {
Decoder d = decodePointer(offset, isArrayNullable(nullability));
if (d == null) {
return null;
}
var header = d.decodeDataHeaderForArray(elementSize, expectedLength);
- return arrayViewer(
- d._buffer.buffer,
+ return arrayViewer(d._buffer.buffer,
d._buffer.offsetInBytes + d._base + ArrayDataHeader.kHeaderSize,
header.numElements);
}
- List<int> decodeInt8Array(
- int offset, int nullability, int expectedLength) =>
- decodeArray((b, s, l) => new Int8List.view(b, s, l),
- 1, offset, nullability, expectedLength);
+ List<int> decodeInt8Array(int offset, int nullability, int expectedLength) =>
+ decodeArray((b, s, l) => new Int8List.view(b, s, l), 1, offset,
+ nullability, expectedLength);
- List<int> decodeUint8Array(
- int offset, int nullability, int expectedLength) =>
- decodeArray((b, s, l) => new Uint8List.view(b, s, l),
- 1, offset, nullability, expectedLength);
+ List<int> decodeUint8Array(int offset, int nullability, int expectedLength) =>
+ decodeArray((b, s, l) => new Uint8List.view(b, s, l), 1, offset,
+ nullability, expectedLength);
- List<int> decodeInt16Array(
- int offset, int nullability, int expectedLength) =>
- decodeArray((b, s, l) => new Int16List.view(b, s, l),
- 2, offset, nullability, expectedLength);
+ List<int> decodeInt16Array(int offset, int nullability, int expectedLength) =>
+ decodeArray((b, s, l) => new Int16List.view(b, s, l), 2, offset,
+ nullability, expectedLength);
List<int> decodeUint16Array(
- int offset, int nullability, int expectedLength) =>
- decodeArray((b, s, l) => new Uint16List.view(b, s, l),
- 2, offset, nullability, expectedLength);
+ int offset, int nullability, int expectedLength) => decodeArray(
+ (b, s, l) => new Uint16List.view(b, s, l), 2, offset, nullability,
+ expectedLength);
- List<int> decodeInt32Array(
- int offset, int nullability, int expectedLength) =>
- decodeArray((b, s, l) => new Int32List.view(b, s, l),
- 4, offset, nullability, expectedLength);
+ List<int> decodeInt32Array(int offset, int nullability, int expectedLength) =>
+ decodeArray((b, s, l) => new Int32List.view(b, s, l), 4, offset,
+ nullability, expectedLength);
List<int> decodeUint32Array(
- int offset, int nullability, int expectedLength) =>
- decodeArray((b, s, l) => new Uint32List.view(b, s, l),
- 4, offset, nullability, expectedLength);
+ int offset, int nullability, int expectedLength) => decodeArray(
+ (b, s, l) => new Uint32List.view(b, s, l), 4, offset, nullability,
+ expectedLength);
- List<int> decodeInt64Array(
- int offset, int nullability, int expectedLength) =>
- decodeArray((b, s, l) => new Int64List.view(b, s, l),
- 8, offset, nullability, expectedLength);
+ List<int> decodeInt64Array(int offset, int nullability, int expectedLength) =>
+ decodeArray((b, s, l) => new Int64List.view(b, s, l), 8, offset,
+ nullability, expectedLength);
List<int> decodeUint64Array(
- int offset, int nullability, int expectedLength) =>
- decodeArray((b, s, l) => new Uint64List.view(b, s, l),
- 8, offset, nullability, expectedLength);
+ int offset, int nullability, int expectedLength) => decodeArray(
+ (b, s, l) => new Uint64List.view(b, s, l), 8, offset, nullability,
+ expectedLength);
List<double> decodeFloatArray(
- int offset, int nullability, int expectedLength) =>
- decodeArray((b, s, l) => new Float32List.view(b, s, l),
- 4, offset, nullability, expectedLength);
+ int offset, int nullability, int expectedLength) => decodeArray(
+ (b, s, l) => new Float32List.view(b, s, l), 4, offset, nullability,
+ expectedLength);
List<double> decodeDoubleArray(
- int offset, int nullability, int expectedLength) =>
- decodeArray((b, s, l) => new Float64List.view(b, s, l),
- 8, offset, nullability, expectedLength);
-
- List _handleArrayDecodeHelper(Function elementDecoder,
- int offset,
- int nullability,
- int expectedLength) {
+ int offset, int nullability, int expectedLength) => decodeArray(
+ (b, s, l) => new Float64List.view(b, s, l), 8, offset, nullability,
+ expectedLength);
+
+ List _handleArrayDecodeHelper(Function elementDecoder, int offset,
+ int nullability, int expectedLength) {
Decoder d = decodePointer(offset, isArrayNullable(nullability));
if (d == null) {
return null;
@@ -792,57 +763,48 @@ class Decoder {
var header = d.decodeDataHeaderForArray(4, expectedLength);
var result = new List(header.numElements);
for (int i = 0; i < result.length; ++i) {
- result[i] = elementDecoder(
- d,
+ result[i] = elementDecoder(d,
ArrayDataHeader.kHeaderSize + kSerializedHandleSize * i,
isElementNullable(nullability));
}
return result;
-
}
List<core.MojoHandle> decodeHandleArray(
- int offset, int nullability, int expectedLength) =>
- _handleArrayDecodeHelper((d, o, n) => d.decodeHandle(o, n),
- offset, nullability, expectedLength);
+ int offset, int nullability, int expectedLength) =>
+ _handleArrayDecodeHelper((d, o, n) => d.decodeHandle(o, n), offset,
+ nullability, expectedLength);
List<core.MojoDataPipeConsumer> decodeConsumerHandleArray(
- int offset, int nullability, int expectedLength) =>
+ int offset, int nullability, int expectedLength) =>
_handleArrayDecodeHelper((d, o, n) => d.decodeConsumerHandle(o, n),
- offset, nullability, expectedLength);
+ offset, nullability, expectedLength);
List<core.MojoDataPipeProducer> decodeProducerHandleArray(
- int offset, int nullability, int expectedLength) =>
+ int offset, int nullability, int expectedLength) =>
_handleArrayDecodeHelper((d, o, n) => d.decodeProducerHandle(o, n),
- offset, nullability, expectedLength);
+ offset, nullability, expectedLength);
List<core.MojoMessagePipeEndpoint> decodeMessagePipeHandleArray(
- int offset, int nullability, int expectedLength) =>
+ int offset, int nullability, int expectedLength) =>
_handleArrayDecodeHelper((d, o, n) => d.decodeMessagePipeHandle(o, n),
- offset, nullability, expectedLength);
+ offset, nullability, expectedLength);
List<core.MojoSharedBuffer> decodeSharedBufferHandleArray(
- int offset, int nullability, int expectedLength) =>
+ int offset, int nullability, int expectedLength) =>
_handleArrayDecodeHelper((d, o, n) => d.decodeSharedBufferHandle(o, n),
- offset, nullability, expectedLength);
-
- List<Stub> decodeInterfaceRequestArray(
- int offset,
- int nullability,
- int expectedLength,
- Function interfaceFactory) =>
- _handleArrayDecodeHelper(
- (d, o, n) => d.decodeInterfaceRequest(o, n, interfaceFactory),
offset, nullability, expectedLength);
- List<Proxy> decodeServiceInterfaceArray(
- int offset,
- int nullability,
- int expectedLength,
- Function clientFactory) =>
+ List<Stub> decodeInterfaceRequestArray(int offset, int nullability,
+ int expectedLength, Function interfaceFactory) =>
_handleArrayDecodeHelper(
- (d, o, n) => d.decodeServiceInterface(o, n, clientFactory),
- offset, nullability, expectedLength);
+ (d, o, n) => d.decodeInterfaceRequest(o, n, interfaceFactory), offset,
+ nullability, expectedLength);
+
+ List<Proxy> decodeServiceInterfaceArray(int offset, int nullability,
+ int expectedLength, Function clientFactory) => _handleArrayDecodeHelper(
+ (d, o, n) => d.decodeServiceInterface(o, n, clientFactory), offset,
+ nullability, expectedLength);
static String _stringOfUtf8(Uint8List bytes) =>
(const Utf8Decoder()).convert(bytes.toList());
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