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ibluetoothsocketmanager.go
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1180 lines (1118 loc) · 33.8 KB
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package bluetooth
import (
"context"
"fmt"
content "github.com/AndroidGoLab/binder/android/content"
os "github.com/AndroidGoLab/binder/android/os"
"github.com/AndroidGoLab/binder/binder"
"github.com/AndroidGoLab/binder/parcel"
)
// Code generated by aidlgen. DO NOT EDIT.
const DescriptorIBluetoothSocketManager = "android.bluetooth.IBluetoothSocketManager"
const (
TransactionIBluetoothSocketManagerConnectSocket = binder.FirstCallTransaction + 0
TransactionIBluetoothSocketManagerConnectSocketWithOffload = binder.FirstCallTransaction + 1
TransactionIBluetoothSocketManagerCreateSocketChannel = binder.FirstCallTransaction + 2
TransactionIBluetoothSocketManagerCreateSocketChannelWithOffload = binder.FirstCallTransaction + 3
TransactionIBluetoothSocketManagerRequestMaximumTxDataLength = binder.FirstCallTransaction + 4
TransactionIBluetoothSocketManagerGetL2capLocalChannelId = binder.FirstCallTransaction + 5
TransactionIBluetoothSocketManagerGetL2capRemoteChannelId = binder.FirstCallTransaction + 6
)
const (
MethodIBluetoothSocketManagerConnectSocket = "connectSocket"
MethodIBluetoothSocketManagerConnectSocketWithOffload = "connectSocketWithOffload"
MethodIBluetoothSocketManagerCreateSocketChannel = "createSocketChannel"
MethodIBluetoothSocketManagerCreateSocketChannelWithOffload = "createSocketChannelWithOffload"
MethodIBluetoothSocketManagerRequestMaximumTxDataLength = "requestMaximumTxDataLength"
MethodIBluetoothSocketManagerGetL2capLocalChannelId = "getL2capLocalChannelId"
MethodIBluetoothSocketManagerGetL2capRemoteChannelId = "getL2capRemoteChannelId"
)
type IBluetoothSocketManager interface {
AsBinder() binder.IBinder
ConnectSocket(ctx context.Context, device BluetoothDevice, type_ int32, uuid *os.ParcelUuid, port int32, flag int32, attributionSource content.AttributionSource) (int32, error)
ConnectSocketWithOffload(ctx context.Context, device BluetoothDevice, type_ int32, uuid *os.ParcelUuid, port int32, flag int32, dataPath int32, socketName string, hubId int64, endpointId int64, maximumPacketSize int32, attributionSource content.AttributionSource) (int32, error)
CreateSocketChannel(ctx context.Context, type_ int32, serviceName string, uuid *os.ParcelUuid, port int32, flag int32, attributionSource content.AttributionSource) (int32, error)
CreateSocketChannelWithOffload(ctx context.Context, type_ int32, serviceName string, uuid *os.ParcelUuid, port int32, flag int32, dataPath int32, socketName string, hubId int64, endpointId int64, maximumPacketSize int32, attributionSource content.AttributionSource) (int32, error)
RequestMaximumTxDataLength(ctx context.Context, device BluetoothDevice, attributionSource content.AttributionSource) error
GetL2capLocalChannelId(ctx context.Context, connectionUuid os.ParcelUuid, attributionSource content.AttributionSource) (int32, error)
GetL2capRemoteChannelId(ctx context.Context, connectionUuid os.ParcelUuid, attributionSource content.AttributionSource) (int32, error)
}
type BluetoothSocketManagerProxy struct {
Remote binder.IBinder
}
func NewBluetoothSocketManagerProxy(
remote binder.IBinder,
) *BluetoothSocketManagerProxy {
return &BluetoothSocketManagerProxy{Remote: remote}
}
func (p *BluetoothSocketManagerProxy) AsBinder() binder.IBinder {
return p.Remote
}
var _ IBluetoothSocketManager = (*BluetoothSocketManagerProxy)(nil)
func (p *BluetoothSocketManagerProxy) ConnectSocket(
ctx context.Context,
device BluetoothDevice,
type_ int32,
uuid *os.ParcelUuid,
port int32,
flag int32,
attributionSource content.AttributionSource,
) (int32, error) {
var _result int32
_data := parcel.New()
defer _data.Recycle()
_data.WriteInterfaceToken(DescriptorIBluetoothSocketManager)
_sig := binder.ResolveMethodSignature(p.Remote, ctx, DescriptorIBluetoothSocketManager, MethodIBluetoothSocketManagerConnectSocket)
_compiledDescs := []string{
"Landroid/bluetooth/BluetoothDevice;",
"I",
"Landroid/os/ParcelUuid;",
"I",
"I",
"Landroid/content/AttributionSource;",
}
if _sig == nil || binder.SignatureMatches(_compiledDescs, _sig) {
_data.WriteInt32(1)
if _err := device.MarshalParcel(_data); _err != nil {
return _result, _err
}
_data.WriteInt32(type_)
if uuid != nil {
_data.WriteInt32(1)
if _err := (*uuid).MarshalParcel(_data); _err != nil {
return _result, _err
}
} else {
_data.WriteInt32(-1)
}
_data.WriteInt32(port)
_data.WriteInt32(flag)
_data.WriteInt32(1)
if _err := attributionSource.MarshalParcel(_data); _err != nil {
return _result, _err
}
} else {
_paramMap := binder.MatchParamsToSignature(_compiledDescs, _sig)
for _, _pi := range _paramMap {
switch _pi {
case 0:
_data.WriteInt32(1)
if _err := device.MarshalParcel(_data); _err != nil {
return _result, _err
}
case 1:
_data.WriteInt32(type_)
case 2:
if uuid != nil {
_data.WriteInt32(1)
if _err := (*uuid).MarshalParcel(_data); _err != nil {
return _result, _err
}
} else {
_data.WriteInt32(-1)
}
case 3:
_data.WriteInt32(port)
case 4:
_data.WriteInt32(flag)
case 5:
_data.WriteInt32(1)
if _err := attributionSource.MarshalParcel(_data); _err != nil {
return _result, _err
}
}
}
}
_code, _err := p.Remote.ResolveCode(ctx, DescriptorIBluetoothSocketManager, MethodIBluetoothSocketManagerConnectSocket)
if _err != nil {
return _result, fmt.Errorf("resolving %s.%s: %w", DescriptorIBluetoothSocketManager, MethodIBluetoothSocketManagerConnectSocket, _err)
}
_reply, _err := p.Remote.Transact(ctx, _code, 0, _data)
if _err != nil {
return _result, _err
}
defer _reply.Recycle()
if _err = binder.ReadStatus(_reply); _err != nil {
return _result, _err
}
_result, _err = _reply.ReadParcelFileDescriptor()
if _err != nil {
return _result, _err
}
return _result, nil
}
func (p *BluetoothSocketManagerProxy) ConnectSocketWithOffload(
ctx context.Context,
device BluetoothDevice,
type_ int32,
uuid *os.ParcelUuid,
port int32,
flag int32,
dataPath int32,
socketName string,
hubId int64,
endpointId int64,
maximumPacketSize int32,
attributionSource content.AttributionSource,
) (int32, error) {
var _result int32
_data := parcel.New()
defer _data.Recycle()
_data.WriteInterfaceToken(DescriptorIBluetoothSocketManager)
_sig := binder.ResolveMethodSignature(p.Remote, ctx, DescriptorIBluetoothSocketManager, MethodIBluetoothSocketManagerConnectSocketWithOffload)
_compiledDescs := []string{
"Landroid/bluetooth/BluetoothDevice;",
"I",
"Landroid/os/ParcelUuid;",
"I",
"I",
"I",
"Ljava/lang/String;",
"J",
"J",
"I",
"Landroid/content/AttributionSource;",
}
if _sig == nil || binder.SignatureMatches(_compiledDescs, _sig) {
_data.WriteInt32(1)
if _err := device.MarshalParcel(_data); _err != nil {
return _result, _err
}
_data.WriteInt32(type_)
if uuid != nil {
_data.WriteInt32(1)
if _err := (*uuid).MarshalParcel(_data); _err != nil {
return _result, _err
}
} else {
_data.WriteInt32(-1)
}
_data.WriteInt32(port)
_data.WriteInt32(flag)
_data.WriteInt32(dataPath)
_data.WriteString16(socketName)
_data.WriteInt64(hubId)
_data.WriteInt64(endpointId)
_data.WriteInt32(maximumPacketSize)
_data.WriteInt32(1)
if _err := attributionSource.MarshalParcel(_data); _err != nil {
return _result, _err
}
} else {
_paramMap := binder.MatchParamsToSignature(_compiledDescs, _sig)
for _, _pi := range _paramMap {
switch _pi {
case 0:
_data.WriteInt32(1)
if _err := device.MarshalParcel(_data); _err != nil {
return _result, _err
}
case 1:
_data.WriteInt32(type_)
case 2:
if uuid != nil {
_data.WriteInt32(1)
if _err := (*uuid).MarshalParcel(_data); _err != nil {
return _result, _err
}
} else {
_data.WriteInt32(-1)
}
case 3:
_data.WriteInt32(port)
case 4:
_data.WriteInt32(flag)
case 5:
_data.WriteInt32(dataPath)
case 6:
_data.WriteString16(socketName)
case 7:
_data.WriteInt64(hubId)
case 8:
_data.WriteInt64(endpointId)
case 9:
_data.WriteInt32(maximumPacketSize)
case 10:
_data.WriteInt32(1)
if _err := attributionSource.MarshalParcel(_data); _err != nil {
return _result, _err
}
}
}
}
_code, _err := p.Remote.ResolveCode(ctx, DescriptorIBluetoothSocketManager, MethodIBluetoothSocketManagerConnectSocketWithOffload)
if _err != nil {
return _result, fmt.Errorf("resolving %s.%s: %w", DescriptorIBluetoothSocketManager, MethodIBluetoothSocketManagerConnectSocketWithOffload, _err)
}
_reply, _err := p.Remote.Transact(ctx, _code, 0, _data)
if _err != nil {
return _result, _err
}
defer _reply.Recycle()
if _err = binder.ReadStatus(_reply); _err != nil {
return _result, _err
}
_result, _err = _reply.ReadParcelFileDescriptor()
if _err != nil {
return _result, _err
}
return _result, nil
}
func (p *BluetoothSocketManagerProxy) CreateSocketChannel(
ctx context.Context,
type_ int32,
serviceName string,
uuid *os.ParcelUuid,
port int32,
flag int32,
attributionSource content.AttributionSource,
) (int32, error) {
var _result int32
_data := parcel.New()
defer _data.Recycle()
_data.WriteInterfaceToken(DescriptorIBluetoothSocketManager)
_sig := binder.ResolveMethodSignature(p.Remote, ctx, DescriptorIBluetoothSocketManager, MethodIBluetoothSocketManagerCreateSocketChannel)
_compiledDescs := []string{
"I",
"Ljava/lang/String;",
"Landroid/os/ParcelUuid;",
"I",
"I",
"Landroid/content/AttributionSource;",
}
if _sig == nil || binder.SignatureMatches(_compiledDescs, _sig) {
_data.WriteInt32(type_)
_data.WriteString16(serviceName)
if uuid != nil {
_data.WriteInt32(1)
if _err := (*uuid).MarshalParcel(_data); _err != nil {
return _result, _err
}
} else {
_data.WriteInt32(-1)
}
_data.WriteInt32(port)
_data.WriteInt32(flag)
_data.WriteInt32(1)
if _err := attributionSource.MarshalParcel(_data); _err != nil {
return _result, _err
}
} else {
_paramMap := binder.MatchParamsToSignature(_compiledDescs, _sig)
for _, _pi := range _paramMap {
switch _pi {
case 0:
_data.WriteInt32(type_)
case 1:
_data.WriteString16(serviceName)
case 2:
if uuid != nil {
_data.WriteInt32(1)
if _err := (*uuid).MarshalParcel(_data); _err != nil {
return _result, _err
}
} else {
_data.WriteInt32(-1)
}
case 3:
_data.WriteInt32(port)
case 4:
_data.WriteInt32(flag)
case 5:
_data.WriteInt32(1)
if _err := attributionSource.MarshalParcel(_data); _err != nil {
return _result, _err
}
}
}
}
_code, _err := p.Remote.ResolveCode(ctx, DescriptorIBluetoothSocketManager, MethodIBluetoothSocketManagerCreateSocketChannel)
if _err != nil {
return _result, fmt.Errorf("resolving %s.%s: %w", DescriptorIBluetoothSocketManager, MethodIBluetoothSocketManagerCreateSocketChannel, _err)
}
_reply, _err := p.Remote.Transact(ctx, _code, 0, _data)
if _err != nil {
return _result, _err
}
defer _reply.Recycle()
if _err = binder.ReadStatus(_reply); _err != nil {
return _result, _err
}
_result, _err = _reply.ReadParcelFileDescriptor()
if _err != nil {
return _result, _err
}
return _result, nil
}
func (p *BluetoothSocketManagerProxy) CreateSocketChannelWithOffload(
ctx context.Context,
type_ int32,
serviceName string,
uuid *os.ParcelUuid,
port int32,
flag int32,
dataPath int32,
socketName string,
hubId int64,
endpointId int64,
maximumPacketSize int32,
attributionSource content.AttributionSource,
) (int32, error) {
var _result int32
_data := parcel.New()
defer _data.Recycle()
_data.WriteInterfaceToken(DescriptorIBluetoothSocketManager)
_sig := binder.ResolveMethodSignature(p.Remote, ctx, DescriptorIBluetoothSocketManager, MethodIBluetoothSocketManagerCreateSocketChannelWithOffload)
_compiledDescs := []string{
"I",
"Ljava/lang/String;",
"Landroid/os/ParcelUuid;",
"I",
"I",
"I",
"Ljava/lang/String;",
"J",
"J",
"I",
"Landroid/content/AttributionSource;",
}
if _sig == nil || binder.SignatureMatches(_compiledDescs, _sig) {
_data.WriteInt32(type_)
_data.WriteString16(serviceName)
if uuid != nil {
_data.WriteInt32(1)
if _err := (*uuid).MarshalParcel(_data); _err != nil {
return _result, _err
}
} else {
_data.WriteInt32(-1)
}
_data.WriteInt32(port)
_data.WriteInt32(flag)
_data.WriteInt32(dataPath)
_data.WriteString16(socketName)
_data.WriteInt64(hubId)
_data.WriteInt64(endpointId)
_data.WriteInt32(maximumPacketSize)
_data.WriteInt32(1)
if _err := attributionSource.MarshalParcel(_data); _err != nil {
return _result, _err
}
} else {
_paramMap := binder.MatchParamsToSignature(_compiledDescs, _sig)
for _, _pi := range _paramMap {
switch _pi {
case 0:
_data.WriteInt32(type_)
case 1:
_data.WriteString16(serviceName)
case 2:
if uuid != nil {
_data.WriteInt32(1)
if _err := (*uuid).MarshalParcel(_data); _err != nil {
return _result, _err
}
} else {
_data.WriteInt32(-1)
}
case 3:
_data.WriteInt32(port)
case 4:
_data.WriteInt32(flag)
case 5:
_data.WriteInt32(dataPath)
case 6:
_data.WriteString16(socketName)
case 7:
_data.WriteInt64(hubId)
case 8:
_data.WriteInt64(endpointId)
case 9:
_data.WriteInt32(maximumPacketSize)
case 10:
_data.WriteInt32(1)
if _err := attributionSource.MarshalParcel(_data); _err != nil {
return _result, _err
}
}
}
}
_code, _err := p.Remote.ResolveCode(ctx, DescriptorIBluetoothSocketManager, MethodIBluetoothSocketManagerCreateSocketChannelWithOffload)
if _err != nil {
return _result, fmt.Errorf("resolving %s.%s: %w", DescriptorIBluetoothSocketManager, MethodIBluetoothSocketManagerCreateSocketChannelWithOffload, _err)
}
_reply, _err := p.Remote.Transact(ctx, _code, 0, _data)
if _err != nil {
return _result, _err
}
defer _reply.Recycle()
if _err = binder.ReadStatus(_reply); _err != nil {
return _result, _err
}
_result, _err = _reply.ReadParcelFileDescriptor()
if _err != nil {
return _result, _err
}
return _result, nil
}
func (p *BluetoothSocketManagerProxy) RequestMaximumTxDataLength(
ctx context.Context,
device BluetoothDevice,
attributionSource content.AttributionSource,
) error {
_data := parcel.New()
defer _data.Recycle()
_data.WriteInterfaceToken(DescriptorIBluetoothSocketManager)
_sig := binder.ResolveMethodSignature(p.Remote, ctx, DescriptorIBluetoothSocketManager, MethodIBluetoothSocketManagerRequestMaximumTxDataLength)
_compiledDescs := []string{
"Landroid/bluetooth/BluetoothDevice;",
"Landroid/content/AttributionSource;",
}
if _sig == nil || binder.SignatureMatches(_compiledDescs, _sig) {
_data.WriteInt32(1)
if _err := device.MarshalParcel(_data); _err != nil {
return _err
}
_data.WriteInt32(1)
if _err := attributionSource.MarshalParcel(_data); _err != nil {
return _err
}
} else {
_paramMap := binder.MatchParamsToSignature(_compiledDescs, _sig)
for _, _pi := range _paramMap {
switch _pi {
case 0:
_data.WriteInt32(1)
if _err := device.MarshalParcel(_data); _err != nil {
return _err
}
case 1:
_data.WriteInt32(1)
if _err := attributionSource.MarshalParcel(_data); _err != nil {
return _err
}
}
}
}
_code, _err := p.Remote.ResolveCode(ctx, DescriptorIBluetoothSocketManager, MethodIBluetoothSocketManagerRequestMaximumTxDataLength)
if _err != nil {
return fmt.Errorf("resolving %s.%s: %w", DescriptorIBluetoothSocketManager, MethodIBluetoothSocketManagerRequestMaximumTxDataLength, _err)
}
_reply, _err := p.Remote.Transact(ctx, _code, 0, _data)
if _err != nil {
return _err
}
defer _reply.Recycle()
if _err = binder.ReadStatus(_reply); _err != nil {
return _err
}
return nil
}
func (p *BluetoothSocketManagerProxy) GetL2capLocalChannelId(
ctx context.Context,
connectionUuid os.ParcelUuid,
attributionSource content.AttributionSource,
) (int32, error) {
var _result int32
_data := parcel.New()
defer _data.Recycle()
_data.WriteInterfaceToken(DescriptorIBluetoothSocketManager)
_sig := binder.ResolveMethodSignature(p.Remote, ctx, DescriptorIBluetoothSocketManager, MethodIBluetoothSocketManagerGetL2capLocalChannelId)
_compiledDescs := []string{
"Landroid/os/ParcelUuid;",
"Landroid/content/AttributionSource;",
}
if _sig == nil || binder.SignatureMatches(_compiledDescs, _sig) {
_data.WriteInt32(1)
if _err := connectionUuid.MarshalParcel(_data); _err != nil {
return _result, _err
}
_data.WriteInt32(1)
if _err := attributionSource.MarshalParcel(_data); _err != nil {
return _result, _err
}
} else {
_paramMap := binder.MatchParamsToSignature(_compiledDescs, _sig)
for _, _pi := range _paramMap {
switch _pi {
case 0:
_data.WriteInt32(1)
if _err := connectionUuid.MarshalParcel(_data); _err != nil {
return _result, _err
}
case 1:
_data.WriteInt32(1)
if _err := attributionSource.MarshalParcel(_data); _err != nil {
return _result, _err
}
}
}
}
_code, _err := p.Remote.ResolveCode(ctx, DescriptorIBluetoothSocketManager, MethodIBluetoothSocketManagerGetL2capLocalChannelId)
if _err != nil {
return _result, fmt.Errorf("resolving %s.%s: %w", DescriptorIBluetoothSocketManager, MethodIBluetoothSocketManagerGetL2capLocalChannelId, _err)
}
_reply, _err := p.Remote.Transact(ctx, _code, 0, _data)
if _err != nil {
return _result, _err
}
defer _reply.Recycle()
if _err = binder.ReadStatus(_reply); _err != nil {
return _result, _err
}
_result, _err = _reply.ReadInt32()
if _err != nil {
return _result, _err
}
return _result, nil
}
func (p *BluetoothSocketManagerProxy) GetL2capRemoteChannelId(
ctx context.Context,
connectionUuid os.ParcelUuid,
attributionSource content.AttributionSource,
) (int32, error) {
var _result int32
_data := parcel.New()
defer _data.Recycle()
_data.WriteInterfaceToken(DescriptorIBluetoothSocketManager)
_sig := binder.ResolveMethodSignature(p.Remote, ctx, DescriptorIBluetoothSocketManager, MethodIBluetoothSocketManagerGetL2capRemoteChannelId)
_compiledDescs := []string{
"Landroid/os/ParcelUuid;",
"Landroid/content/AttributionSource;",
}
if _sig == nil || binder.SignatureMatches(_compiledDescs, _sig) {
_data.WriteInt32(1)
if _err := connectionUuid.MarshalParcel(_data); _err != nil {
return _result, _err
}
_data.WriteInt32(1)
if _err := attributionSource.MarshalParcel(_data); _err != nil {
return _result, _err
}
} else {
_paramMap := binder.MatchParamsToSignature(_compiledDescs, _sig)
for _, _pi := range _paramMap {
switch _pi {
case 0:
_data.WriteInt32(1)
if _err := connectionUuid.MarshalParcel(_data); _err != nil {
return _result, _err
}
case 1:
_data.WriteInt32(1)
if _err := attributionSource.MarshalParcel(_data); _err != nil {
return _result, _err
}
}
}
}
_code, _err := p.Remote.ResolveCode(ctx, DescriptorIBluetoothSocketManager, MethodIBluetoothSocketManagerGetL2capRemoteChannelId)
if _err != nil {
return _result, fmt.Errorf("resolving %s.%s: %w", DescriptorIBluetoothSocketManager, MethodIBluetoothSocketManagerGetL2capRemoteChannelId, _err)
}
_reply, _err := p.Remote.Transact(ctx, _code, 0, _data)
if _err != nil {
return _result, _err
}
defer _reply.Recycle()
if _err = binder.ReadStatus(_reply); _err != nil {
return _result, _err
}
_result, _err = _reply.ReadInt32()
if _err != nil {
return _result, _err
}
return _result, nil
}
// BluetoothSocketManagerStub dispatches incoming binder transactions
// to a typed IBluetoothSocketManager implementation.
type BluetoothSocketManagerStub struct {
Impl IBluetoothSocketManager
Transport binder.VersionAwareTransport
}
var _ binder.TransactionReceiver = (*BluetoothSocketManagerStub)(nil)
func (s *BluetoothSocketManagerStub) Descriptor() string {
return DescriptorIBluetoothSocketManager
}
func (s *BluetoothSocketManagerStub) OnTransaction(
ctx context.Context,
code binder.TransactionCode,
_data *parcel.Parcel,
) (*parcel.Parcel, error) {
if _, _err := _data.ReadInterfaceToken(); _err != nil {
return nil, _err
}
switch code {
case TransactionIBluetoothSocketManagerConnectSocket:
var _arg_device BluetoothDevice
{
_nullInd, _err := _data.ReadInt32()
if _err != nil {
return nil, _err
}
if _nullInd != 0 {
if _err = _arg_device.UnmarshalParcel(_data); _err != nil {
return nil, _err
}
}
}
_arg_type_, _err := _data.ReadInt32()
if _err != nil {
return nil, _err
}
var _arg_uuid *os.ParcelUuid
{
_nullInd, _err := _data.ReadInt32()
if _err != nil {
return nil, _err
}
if _nullInd != 0 {
_arg_uuid = new(os.ParcelUuid)
if _err = _arg_uuid.UnmarshalParcel(_data); _err != nil {
return nil, _err
}
}
}
_arg_port, _err := _data.ReadInt32()
if _err != nil {
return nil, _err
}
_arg_flag, _err := _data.ReadInt32()
if _err != nil {
return nil, _err
}
var _arg_attributionSource content.AttributionSource
{
_nullInd, _err := _data.ReadInt32()
if _err != nil {
return nil, _err
}
if _nullInd != 0 {
if _err = _arg_attributionSource.UnmarshalParcel(_data); _err != nil {
return nil, _err
}
}
}
_result, _err := s.Impl.ConnectSocket(ctx, _arg_device, _arg_type_, _arg_uuid, _arg_port, _arg_flag, _arg_attributionSource)
_reply := parcel.New()
if _err != nil {
binder.WriteStatus(_reply, _err)
return _reply, nil
}
binder.WriteStatus(_reply, nil)
_reply.WriteParcelFileDescriptor(_result)
return _reply, nil
case TransactionIBluetoothSocketManagerConnectSocketWithOffload:
var _arg_device BluetoothDevice
{
_nullInd, _err := _data.ReadInt32()
if _err != nil {
return nil, _err
}
if _nullInd != 0 {
if _err = _arg_device.UnmarshalParcel(_data); _err != nil {
return nil, _err
}
}
}
_arg_type_, _err := _data.ReadInt32()
if _err != nil {
return nil, _err
}
var _arg_uuid *os.ParcelUuid
{
_nullInd, _err := _data.ReadInt32()
if _err != nil {
return nil, _err
}
if _nullInd != 0 {
_arg_uuid = new(os.ParcelUuid)
if _err = _arg_uuid.UnmarshalParcel(_data); _err != nil {
return nil, _err
}
}
}
_arg_port, _err := _data.ReadInt32()
if _err != nil {
return nil, _err
}
_arg_flag, _err := _data.ReadInt32()
if _err != nil {
return nil, _err
}
_arg_dataPath, _err := _data.ReadInt32()
if _err != nil {
return nil, _err
}
_arg_socketName, _err := _data.ReadString16()
if _err != nil {
return nil, _err
}
_arg_hubId, _err := _data.ReadInt64()
if _err != nil {
return nil, _err
}
_arg_endpointId, _err := _data.ReadInt64()
if _err != nil {
return nil, _err
}
_arg_maximumPacketSize, _err := _data.ReadInt32()
if _err != nil {
return nil, _err
}
var _arg_attributionSource content.AttributionSource
{
_nullInd, _err := _data.ReadInt32()
if _err != nil {
return nil, _err
}
if _nullInd != 0 {
if _err = _arg_attributionSource.UnmarshalParcel(_data); _err != nil {
return nil, _err
}
}
}
_result, _err := s.Impl.ConnectSocketWithOffload(ctx, _arg_device, _arg_type_, _arg_uuid, _arg_port, _arg_flag, _arg_dataPath, _arg_socketName, _arg_hubId, _arg_endpointId, _arg_maximumPacketSize, _arg_attributionSource)
_reply := parcel.New()
if _err != nil {
binder.WriteStatus(_reply, _err)
return _reply, nil
}
binder.WriteStatus(_reply, nil)
_reply.WriteParcelFileDescriptor(_result)
return _reply, nil
case TransactionIBluetoothSocketManagerCreateSocketChannel:
_arg_type_, _err := _data.ReadInt32()
if _err != nil {
return nil, _err
}
_arg_serviceName, _err := _data.ReadString16()
if _err != nil {
return nil, _err
}
var _arg_uuid *os.ParcelUuid
{
_nullInd, _err := _data.ReadInt32()
if _err != nil {
return nil, _err
}
if _nullInd != 0 {
_arg_uuid = new(os.ParcelUuid)
if _err = _arg_uuid.UnmarshalParcel(_data); _err != nil {
return nil, _err
}
}
}
_arg_port, _err := _data.ReadInt32()
if _err != nil {
return nil, _err
}
_arg_flag, _err := _data.ReadInt32()
if _err != nil {
return nil, _err
}
var _arg_attributionSource content.AttributionSource
{
_nullInd, _err := _data.ReadInt32()
if _err != nil {
return nil, _err
}
if _nullInd != 0 {
if _err = _arg_attributionSource.UnmarshalParcel(_data); _err != nil {
return nil, _err
}
}
}
_result, _err := s.Impl.CreateSocketChannel(ctx, _arg_type_, _arg_serviceName, _arg_uuid, _arg_port, _arg_flag, _arg_attributionSource)
_reply := parcel.New()
if _err != nil {
binder.WriteStatus(_reply, _err)
return _reply, nil
}
binder.WriteStatus(_reply, nil)
_reply.WriteParcelFileDescriptor(_result)
return _reply, nil
case TransactionIBluetoothSocketManagerCreateSocketChannelWithOffload:
_arg_type_, _err := _data.ReadInt32()
if _err != nil {
return nil, _err
}
_arg_serviceName, _err := _data.ReadString16()
if _err != nil {
return nil, _err
}
var _arg_uuid *os.ParcelUuid
{
_nullInd, _err := _data.ReadInt32()
if _err != nil {
return nil, _err
}
if _nullInd != 0 {
_arg_uuid = new(os.ParcelUuid)
if _err = _arg_uuid.UnmarshalParcel(_data); _err != nil {
return nil, _err
}
}
}
_arg_port, _err := _data.ReadInt32()
if _err != nil {
return nil, _err
}
_arg_flag, _err := _data.ReadInt32()
if _err != nil {
return nil, _err
}
_arg_dataPath, _err := _data.ReadInt32()
if _err != nil {
return nil, _err
}
_arg_socketName, _err := _data.ReadString16()
if _err != nil {
return nil, _err
}
_arg_hubId, _err := _data.ReadInt64()
if _err != nil {
return nil, _err
}
_arg_endpointId, _err := _data.ReadInt64()
if _err != nil {
return nil, _err
}
_arg_maximumPacketSize, _err := _data.ReadInt32()
if _err != nil {
return nil, _err
}
var _arg_attributionSource content.AttributionSource
{
_nullInd, _err := _data.ReadInt32()
if _err != nil {
return nil, _err
}
if _nullInd != 0 {
if _err = _arg_attributionSource.UnmarshalParcel(_data); _err != nil {
return nil, _err
}
}
}
_result, _err := s.Impl.CreateSocketChannelWithOffload(ctx, _arg_type_, _arg_serviceName, _arg_uuid, _arg_port, _arg_flag, _arg_dataPath, _arg_socketName, _arg_hubId, _arg_endpointId, _arg_maximumPacketSize, _arg_attributionSource)
_reply := parcel.New()
if _err != nil {
binder.WriteStatus(_reply, _err)
return _reply, nil
}
binder.WriteStatus(_reply, nil)
_reply.WriteParcelFileDescriptor(_result)
return _reply, nil
case TransactionIBluetoothSocketManagerRequestMaximumTxDataLength:
var _arg_device BluetoothDevice
{
_nullInd, _err := _data.ReadInt32()
if _err != nil {
return nil, _err
}
if _nullInd != 0 {
if _err = _arg_device.UnmarshalParcel(_data); _err != nil {
return nil, _err
}
}
}
var _arg_attributionSource content.AttributionSource
{
_nullInd, _err := _data.ReadInt32()
if _err != nil {
return nil, _err
}
if _nullInd != 0 {
if _err = _arg_attributionSource.UnmarshalParcel(_data); _err != nil {
return nil, _err
}
}
}
_err := s.Impl.RequestMaximumTxDataLength(ctx, _arg_device, _arg_attributionSource)
_reply := parcel.New()
if _err != nil {
binder.WriteStatus(_reply, _err)
return _reply, nil
}
binder.WriteStatus(_reply, nil)
return _reply, nil
case TransactionIBluetoothSocketManagerGetL2capLocalChannelId:
var _arg_connectionUuid os.ParcelUuid
{
_nullInd, _err := _data.ReadInt32()
if _err != nil {
return nil, _err
}
if _nullInd != 0 {
if _err = _arg_connectionUuid.UnmarshalParcel(_data); _err != nil {
return nil, _err
}
}