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ibluetootha2dp.go
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2462 lines (2317 loc) · 73 KB
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package bluetooth
import (
"context"
"fmt"
content "github.com/AndroidGoLab/binder/android/content"
"github.com/AndroidGoLab/binder/binder"
"github.com/AndroidGoLab/binder/parcel"
)
// Code generated by aidlgen. DO NOT EDIT.
const DescriptorIBluetoothA2dp = "android.bluetooth.IBluetoothA2dp"
const (
TransactionIBluetoothA2dpConnect = binder.FirstCallTransaction + 0
TransactionIBluetoothA2dpDisconnect = binder.FirstCallTransaction + 1
TransactionIBluetoothA2dpGetConnectedDevices = binder.FirstCallTransaction + 2
TransactionIBluetoothA2dpGetDevicesMatchingConnectionStates = binder.FirstCallTransaction + 3
TransactionIBluetoothA2dpGetConnectionState = binder.FirstCallTransaction + 4
TransactionIBluetoothA2dpSetActiveDevice = binder.FirstCallTransaction + 5
TransactionIBluetoothA2dpGetActiveDevice = binder.FirstCallTransaction + 6
TransactionIBluetoothA2dpSetConnectionPolicy = binder.FirstCallTransaction + 7
TransactionIBluetoothA2dpGetConnectionPolicy = binder.FirstCallTransaction + 8
TransactionIBluetoothA2dpSetAvrcpAbsoluteVolume = binder.FirstCallTransaction + 9
TransactionIBluetoothA2dpIsA2dpPlaying = binder.FirstCallTransaction + 10
TransactionIBluetoothA2dpGetSupportedCodecTypes = binder.FirstCallTransaction + 11
TransactionIBluetoothA2dpGetCodecStatus = binder.FirstCallTransaction + 12
TransactionIBluetoothA2dpSetCodecConfigPreference = binder.FirstCallTransaction + 13
TransactionIBluetoothA2dpEnableOptionalCodecs = binder.FirstCallTransaction + 14
TransactionIBluetoothA2dpDisableOptionalCodecs = binder.FirstCallTransaction + 15
TransactionIBluetoothA2dpIsOptionalCodecsSupported = binder.FirstCallTransaction + 16
TransactionIBluetoothA2dpIsOptionalCodecsEnabled = binder.FirstCallTransaction + 17
TransactionIBluetoothA2dpSetOptionalCodecsEnabled = binder.FirstCallTransaction + 18
TransactionIBluetoothA2dpGetDynamicBufferSupport = binder.FirstCallTransaction + 19
TransactionIBluetoothA2dpGetBufferConstraints = binder.FirstCallTransaction + 20
TransactionIBluetoothA2dpSetBufferLengthMillis = binder.FirstCallTransaction + 21
)
const (
MethodIBluetoothA2dpConnect = "connect"
MethodIBluetoothA2dpDisconnect = "disconnect"
MethodIBluetoothA2dpGetConnectedDevices = "getConnectedDevices"
MethodIBluetoothA2dpGetDevicesMatchingConnectionStates = "getDevicesMatchingConnectionStates"
MethodIBluetoothA2dpGetConnectionState = "getConnectionState"
MethodIBluetoothA2dpSetActiveDevice = "setActiveDevice"
MethodIBluetoothA2dpGetActiveDevice = "getActiveDevice"
MethodIBluetoothA2dpSetConnectionPolicy = "setConnectionPolicy"
MethodIBluetoothA2dpGetConnectionPolicy = "getConnectionPolicy"
MethodIBluetoothA2dpSetAvrcpAbsoluteVolume = "setAvrcpAbsoluteVolume"
MethodIBluetoothA2dpIsA2dpPlaying = "isA2dpPlaying"
MethodIBluetoothA2dpGetSupportedCodecTypes = "getSupportedCodecTypes"
MethodIBluetoothA2dpGetCodecStatus = "getCodecStatus"
MethodIBluetoothA2dpSetCodecConfigPreference = "setCodecConfigPreference"
MethodIBluetoothA2dpEnableOptionalCodecs = "enableOptionalCodecs"
MethodIBluetoothA2dpDisableOptionalCodecs = "disableOptionalCodecs"
MethodIBluetoothA2dpIsOptionalCodecsSupported = "isOptionalCodecsSupported"
MethodIBluetoothA2dpIsOptionalCodecsEnabled = "isOptionalCodecsEnabled"
MethodIBluetoothA2dpSetOptionalCodecsEnabled = "setOptionalCodecsEnabled"
MethodIBluetoothA2dpGetDynamicBufferSupport = "getDynamicBufferSupport"
MethodIBluetoothA2dpGetBufferConstraints = "getBufferConstraints"
MethodIBluetoothA2dpSetBufferLengthMillis = "setBufferLengthMillis"
)
type IBluetoothA2dp interface {
AsBinder() binder.IBinder
Connect(ctx context.Context, device BluetoothDevice, attributionSource content.AttributionSource) (bool, error)
Disconnect(ctx context.Context, device BluetoothDevice, attributionSource content.AttributionSource) (bool, error)
GetConnectedDevices(ctx context.Context, attributionSource content.AttributionSource) ([]BluetoothDevice, error)
GetDevicesMatchingConnectionStates(ctx context.Context, states []int32, attributionSource content.AttributionSource) ([]BluetoothDevice, error)
GetConnectionState(ctx context.Context, device BluetoothDevice, attributionSource content.AttributionSource) (int32, error)
SetActiveDevice(ctx context.Context, device BluetoothDevice, attributionSource content.AttributionSource) (bool, error)
GetActiveDevice(ctx context.Context, attributionSource content.AttributionSource) (BluetoothDevice, error)
SetConnectionPolicy(ctx context.Context, device BluetoothDevice, connectionPolicy int32, attributionSource content.AttributionSource) (bool, error)
GetConnectionPolicy(ctx context.Context, device BluetoothDevice, attributionSource content.AttributionSource) (int32, error)
SetAvrcpAbsoluteVolume(ctx context.Context, volume int32, attributionSource content.AttributionSource) error
IsA2dpPlaying(ctx context.Context, device BluetoothDevice, attributionSource content.AttributionSource) (bool, error)
GetSupportedCodecTypes(ctx context.Context, attributionSource content.AttributionSource) ([]BluetoothCodecType, error)
GetCodecStatus(ctx context.Context, device BluetoothDevice, attributionSource content.AttributionSource) (BluetoothCodecStatus, error)
SetCodecConfigPreference(ctx context.Context, device BluetoothDevice, codecConfig BluetoothCodecConfig, attributionSource content.AttributionSource) error
EnableOptionalCodecs(ctx context.Context, device BluetoothDevice, attributionSource content.AttributionSource) error
DisableOptionalCodecs(ctx context.Context, device BluetoothDevice, attributionSource content.AttributionSource) error
IsOptionalCodecsSupported(ctx context.Context, device BluetoothDevice, attributionSource content.AttributionSource) (int32, error)
IsOptionalCodecsEnabled(ctx context.Context, device BluetoothDevice, attributionSource content.AttributionSource) (int32, error)
SetOptionalCodecsEnabled(ctx context.Context, device BluetoothDevice, value int32, attributionSource content.AttributionSource) error
GetDynamicBufferSupport(ctx context.Context, attributionSource content.AttributionSource) (int32, error)
GetBufferConstraints(ctx context.Context, attributionSource content.AttributionSource) (BufferConstraints, error)
SetBufferLengthMillis(ctx context.Context, codec int32, size int32, attributionSource content.AttributionSource) (bool, error)
}
type BluetoothA2dpProxy struct {
Remote binder.IBinder
}
func NewBluetoothA2dpProxy(
remote binder.IBinder,
) *BluetoothA2dpProxy {
return &BluetoothA2dpProxy{Remote: remote}
}
func (p *BluetoothA2dpProxy) AsBinder() binder.IBinder {
return p.Remote
}
var _ IBluetoothA2dp = (*BluetoothA2dpProxy)(nil)
func (p *BluetoothA2dpProxy) Connect(
ctx context.Context,
device BluetoothDevice,
attributionSource content.AttributionSource,
) (bool, error) {
var _result bool
_data := parcel.New()
defer _data.Recycle()
_data.WriteInterfaceToken(DescriptorIBluetoothA2dp)
_sig := binder.ResolveMethodSignature(p.Remote, ctx, DescriptorIBluetoothA2dp, MethodIBluetoothA2dpConnect)
_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 _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 := device.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, DescriptorIBluetoothA2dp, MethodIBluetoothA2dpConnect)
if _err != nil {
return _result, fmt.Errorf("resolving %s.%s: %w", DescriptorIBluetoothA2dp, MethodIBluetoothA2dpConnect, _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.ReadBool()
if _err != nil {
return _result, _err
}
return _result, nil
}
func (p *BluetoothA2dpProxy) Disconnect(
ctx context.Context,
device BluetoothDevice,
attributionSource content.AttributionSource,
) (bool, error) {
var _result bool
_data := parcel.New()
defer _data.Recycle()
_data.WriteInterfaceToken(DescriptorIBluetoothA2dp)
_sig := binder.ResolveMethodSignature(p.Remote, ctx, DescriptorIBluetoothA2dp, MethodIBluetoothA2dpDisconnect)
_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 _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 := device.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, DescriptorIBluetoothA2dp, MethodIBluetoothA2dpDisconnect)
if _err != nil {
return _result, fmt.Errorf("resolving %s.%s: %w", DescriptorIBluetoothA2dp, MethodIBluetoothA2dpDisconnect, _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.ReadBool()
if _err != nil {
return _result, _err
}
return _result, nil
}
func (p *BluetoothA2dpProxy) GetConnectedDevices(
ctx context.Context,
attributionSource content.AttributionSource,
) ([]BluetoothDevice, error) {
var _result []BluetoothDevice
_data := parcel.New()
defer _data.Recycle()
_data.WriteInterfaceToken(DescriptorIBluetoothA2dp)
_sig := binder.ResolveMethodSignature(p.Remote, ctx, DescriptorIBluetoothA2dp, MethodIBluetoothA2dpGetConnectedDevices)
_compiledDescs := []string{
"Landroid/content/AttributionSource;",
}
if _sig == nil || binder.SignatureMatches(_compiledDescs, _sig) {
_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 := attributionSource.MarshalParcel(_data); _err != nil {
return _result, _err
}
}
}
}
_code, _err := p.Remote.ResolveCode(ctx, DescriptorIBluetoothA2dp, MethodIBluetoothA2dpGetConnectedDevices)
if _err != nil {
return _result, fmt.Errorf("resolving %s.%s: %w", DescriptorIBluetoothA2dp, MethodIBluetoothA2dpGetConnectedDevices, _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
}
_count, _err := _reply.ReadInt32()
if _err != nil {
return _result, _err
}
if _count > 1000000 {
return _result, fmt.Errorf("array count too large: %d", _count)
}
if _count >= 0 {
_result = make([]BluetoothDevice, _count)
for _i := int32(0); _i < _count; _i++ {
_nonNull, _err := _reply.ReadInt32()
if _err != nil {
break // end of inline elements (may be fewer than count)
}
if _nonNull != 0 {
if _reply.Position() >= _reply.Len() {
break // truncated list (element non-null but no data remaining)
}
_elemEnd, _hasElemHeader := parcel.ReadTypedListElementHeader(_reply)
if _hasElemHeader {
// Enforce element boundary so UnmarshalParcel
// stops at the size-prefix envelope edge.
_savedLimit := _reply.ReadLimit()
_reply.SetReadLimit(_elemEnd)
_ = _result[_i].UnmarshalParcel(_reply)
_reply.SetReadLimit(_savedLimit)
parcel.SkipToParcelableEnd(_reply, _elemEnd)
} else {
if _err = _result[_i].UnmarshalParcel(_reply); _err != nil {
return _result, _err
}
}
}
}
}
return _result, nil
}
func (p *BluetoothA2dpProxy) GetDevicesMatchingConnectionStates(
ctx context.Context,
states []int32,
attributionSource content.AttributionSource,
) ([]BluetoothDevice, error) {
var _result []BluetoothDevice
_data := parcel.New()
defer _data.Recycle()
_data.WriteInterfaceToken(DescriptorIBluetoothA2dp)
_sig := binder.ResolveMethodSignature(p.Remote, ctx, DescriptorIBluetoothA2dp, MethodIBluetoothA2dpGetDevicesMatchingConnectionStates)
_compiledDescs := []string{
"[I",
"Landroid/content/AttributionSource;",
}
if _sig == nil || binder.SignatureMatches(_compiledDescs, _sig) {
if states == nil {
_data.WriteInt32(-1)
} else {
_data.WriteInt32(int32(len(states)))
for _, _item := range states {
_data.WriteInt32(_item)
}
}
_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:
if states == nil {
_data.WriteInt32(-1)
} else {
_data.WriteInt32(int32(len(states)))
for _, _item := range states {
_data.WriteInt32(_item)
}
}
case 1:
_data.WriteInt32(1)
if _err := attributionSource.MarshalParcel(_data); _err != nil {
return _result, _err
}
}
}
}
_code, _err := p.Remote.ResolveCode(ctx, DescriptorIBluetoothA2dp, MethodIBluetoothA2dpGetDevicesMatchingConnectionStates)
if _err != nil {
return _result, fmt.Errorf("resolving %s.%s: %w", DescriptorIBluetoothA2dp, MethodIBluetoothA2dpGetDevicesMatchingConnectionStates, _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
}
_count, _err := _reply.ReadInt32()
if _err != nil {
return _result, _err
}
if _count > 1000000 {
return _result, fmt.Errorf("array count too large: %d", _count)
}
if _count >= 0 {
_result = make([]BluetoothDevice, _count)
for _i := int32(0); _i < _count; _i++ {
_nonNull, _err := _reply.ReadInt32()
if _err != nil {
break // end of inline elements (may be fewer than count)
}
if _nonNull != 0 {
if _reply.Position() >= _reply.Len() {
break // truncated list (element non-null but no data remaining)
}
_elemEnd, _hasElemHeader := parcel.ReadTypedListElementHeader(_reply)
if _hasElemHeader {
// Enforce element boundary so UnmarshalParcel
// stops at the size-prefix envelope edge.
_savedLimit := _reply.ReadLimit()
_reply.SetReadLimit(_elemEnd)
_ = _result[_i].UnmarshalParcel(_reply)
_reply.SetReadLimit(_savedLimit)
parcel.SkipToParcelableEnd(_reply, _elemEnd)
} else {
if _err = _result[_i].UnmarshalParcel(_reply); _err != nil {
return _result, _err
}
}
}
}
}
return _result, nil
}
func (p *BluetoothA2dpProxy) GetConnectionState(
ctx context.Context,
device BluetoothDevice,
attributionSource content.AttributionSource,
) (int32, error) {
var _result int32
_data := parcel.New()
defer _data.Recycle()
_data.WriteInterfaceToken(DescriptorIBluetoothA2dp)
_sig := binder.ResolveMethodSignature(p.Remote, ctx, DescriptorIBluetoothA2dp, MethodIBluetoothA2dpGetConnectionState)
_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 _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 := device.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, DescriptorIBluetoothA2dp, MethodIBluetoothA2dpGetConnectionState)
if _err != nil {
return _result, fmt.Errorf("resolving %s.%s: %w", DescriptorIBluetoothA2dp, MethodIBluetoothA2dpGetConnectionState, _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 *BluetoothA2dpProxy) SetActiveDevice(
ctx context.Context,
device BluetoothDevice,
attributionSource content.AttributionSource,
) (bool, error) {
var _result bool
_data := parcel.New()
defer _data.Recycle()
_data.WriteInterfaceToken(DescriptorIBluetoothA2dp)
_sig := binder.ResolveMethodSignature(p.Remote, ctx, DescriptorIBluetoothA2dp, MethodIBluetoothA2dpSetActiveDevice)
_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 _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 := device.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, DescriptorIBluetoothA2dp, MethodIBluetoothA2dpSetActiveDevice)
if _err != nil {
return _result, fmt.Errorf("resolving %s.%s: %w", DescriptorIBluetoothA2dp, MethodIBluetoothA2dpSetActiveDevice, _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.ReadBool()
if _err != nil {
return _result, _err
}
return _result, nil
}
func (p *BluetoothA2dpProxy) GetActiveDevice(
ctx context.Context,
attributionSource content.AttributionSource,
) (BluetoothDevice, error) {
var _result BluetoothDevice
_data := parcel.New()
defer _data.Recycle()
_data.WriteInterfaceToken(DescriptorIBluetoothA2dp)
_sig := binder.ResolveMethodSignature(p.Remote, ctx, DescriptorIBluetoothA2dp, MethodIBluetoothA2dpGetActiveDevice)
_compiledDescs := []string{
"Landroid/content/AttributionSource;",
}
if _sig == nil || binder.SignatureMatches(_compiledDescs, _sig) {
_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 := attributionSource.MarshalParcel(_data); _err != nil {
return _result, _err
}
}
}
}
_code, _err := p.Remote.ResolveCode(ctx, DescriptorIBluetoothA2dp, MethodIBluetoothA2dpGetActiveDevice)
if _err != nil {
return _result, fmt.Errorf("resolving %s.%s: %w", DescriptorIBluetoothA2dp, MethodIBluetoothA2dpGetActiveDevice, _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
}
_nullIndicator, _err := _reply.ReadInt32()
if _err != nil {
return _result, _err
}
if _nullIndicator != 0 {
if _err = _result.UnmarshalParcel(_reply); _err != nil {
return _result, _err
}
}
return _result, nil
}
func (p *BluetoothA2dpProxy) SetConnectionPolicy(
ctx context.Context,
device BluetoothDevice,
connectionPolicy int32,
attributionSource content.AttributionSource,
) (bool, error) {
var _result bool
_data := parcel.New()
defer _data.Recycle()
_data.WriteInterfaceToken(DescriptorIBluetoothA2dp)
_sig := binder.ResolveMethodSignature(p.Remote, ctx, DescriptorIBluetoothA2dp, MethodIBluetoothA2dpSetConnectionPolicy)
_compiledDescs := []string{
"Landroid/bluetooth/BluetoothDevice;",
"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(connectionPolicy)
_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(connectionPolicy)
case 2:
_data.WriteInt32(1)
if _err := attributionSource.MarshalParcel(_data); _err != nil {
return _result, _err
}
}
}
}
_code, _err := p.Remote.ResolveCode(ctx, DescriptorIBluetoothA2dp, MethodIBluetoothA2dpSetConnectionPolicy)
if _err != nil {
return _result, fmt.Errorf("resolving %s.%s: %w", DescriptorIBluetoothA2dp, MethodIBluetoothA2dpSetConnectionPolicy, _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.ReadBool()
if _err != nil {
return _result, _err
}
return _result, nil
}
func (p *BluetoothA2dpProxy) GetConnectionPolicy(
ctx context.Context,
device BluetoothDevice,
attributionSource content.AttributionSource,
) (int32, error) {
var _result int32
_data := parcel.New()
defer _data.Recycle()
_data.WriteInterfaceToken(DescriptorIBluetoothA2dp)
_sig := binder.ResolveMethodSignature(p.Remote, ctx, DescriptorIBluetoothA2dp, MethodIBluetoothA2dpGetConnectionPolicy)
_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 _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 := device.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, DescriptorIBluetoothA2dp, MethodIBluetoothA2dpGetConnectionPolicy)
if _err != nil {
return _result, fmt.Errorf("resolving %s.%s: %w", DescriptorIBluetoothA2dp, MethodIBluetoothA2dpGetConnectionPolicy, _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 *BluetoothA2dpProxy) SetAvrcpAbsoluteVolume(
ctx context.Context,
volume int32,
attributionSource content.AttributionSource,
) error {
_data := parcel.New()
defer _data.Recycle()
_data.WriteInterfaceToken(DescriptorIBluetoothA2dp)
_sig := binder.ResolveMethodSignature(p.Remote, ctx, DescriptorIBluetoothA2dp, MethodIBluetoothA2dpSetAvrcpAbsoluteVolume)
_compiledDescs := []string{
"I",
"Landroid/content/AttributionSource;",
}
if _sig == nil || binder.SignatureMatches(_compiledDescs, _sig) {
_data.WriteInt32(volume)
_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(volume)
case 1:
_data.WriteInt32(1)
if _err := attributionSource.MarshalParcel(_data); _err != nil {
return _err
}
}
}
}
_code, _err := p.Remote.ResolveCode(ctx, DescriptorIBluetoothA2dp, MethodIBluetoothA2dpSetAvrcpAbsoluteVolume)
if _err != nil {
return fmt.Errorf("resolving %s.%s: %w", DescriptorIBluetoothA2dp, MethodIBluetoothA2dpSetAvrcpAbsoluteVolume, _err)
}
_, _err = p.Remote.Transact(ctx, _code, binder.FlagOneway, _data)
return _err
}
func (p *BluetoothA2dpProxy) IsA2dpPlaying(
ctx context.Context,
device BluetoothDevice,
attributionSource content.AttributionSource,
) (bool, error) {
var _result bool
_data := parcel.New()
defer _data.Recycle()
_data.WriteInterfaceToken(DescriptorIBluetoothA2dp)
_sig := binder.ResolveMethodSignature(p.Remote, ctx, DescriptorIBluetoothA2dp, MethodIBluetoothA2dpIsA2dpPlaying)
_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 _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 := device.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, DescriptorIBluetoothA2dp, MethodIBluetoothA2dpIsA2dpPlaying)
if _err != nil {
return _result, fmt.Errorf("resolving %s.%s: %w", DescriptorIBluetoothA2dp, MethodIBluetoothA2dpIsA2dpPlaying, _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.ReadBool()
if _err != nil {
return _result, _err
}
return _result, nil
}
func (p *BluetoothA2dpProxy) GetSupportedCodecTypes(
ctx context.Context,
attributionSource content.AttributionSource,
) ([]BluetoothCodecType, error) {
var _result []BluetoothCodecType
_data := parcel.New()
defer _data.Recycle()
_data.WriteInterfaceToken(DescriptorIBluetoothA2dp)
_sig := binder.ResolveMethodSignature(p.Remote, ctx, DescriptorIBluetoothA2dp, MethodIBluetoothA2dpGetSupportedCodecTypes)
_compiledDescs := []string{
"Landroid/content/AttributionSource;",
}
if _sig == nil || binder.SignatureMatches(_compiledDescs, _sig) {
_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 := attributionSource.MarshalParcel(_data); _err != nil {
return _result, _err
}
}
}
}
_code, _err := p.Remote.ResolveCode(ctx, DescriptorIBluetoothA2dp, MethodIBluetoothA2dpGetSupportedCodecTypes)
if _err != nil {
return _result, fmt.Errorf("resolving %s.%s: %w", DescriptorIBluetoothA2dp, MethodIBluetoothA2dpGetSupportedCodecTypes, _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
}
_count, _err := _reply.ReadInt32()
if _err != nil {
return _result, _err
}
if _count > 1000000 {
return _result, fmt.Errorf("array count too large: %d", _count)
}
if _count >= 0 {
_result = make([]BluetoothCodecType, _count)
for _i := int32(0); _i < _count; _i++ {
_nonNull, _err := _reply.ReadInt32()
if _err != nil {
break // end of inline elements (may be fewer than count)
}
if _nonNull != 0 {
if _reply.Position() >= _reply.Len() {
break // truncated list (element non-null but no data remaining)
}
_elemEnd, _hasElemHeader := parcel.ReadTypedListElementHeader(_reply)
if _hasElemHeader {
// Enforce element boundary so UnmarshalParcel
// stops at the size-prefix envelope edge.
_savedLimit := _reply.ReadLimit()
_reply.SetReadLimit(_elemEnd)
_ = _result[_i].UnmarshalParcel(_reply)
_reply.SetReadLimit(_savedLimit)
parcel.SkipToParcelableEnd(_reply, _elemEnd)
} else {
if _err = _result[_i].UnmarshalParcel(_reply); _err != nil {
return _result, _err
}
}
}
}
}
return _result, nil
}
func (p *BluetoothA2dpProxy) GetCodecStatus(
ctx context.Context,
device BluetoothDevice,
attributionSource content.AttributionSource,
) (BluetoothCodecStatus, error) {
var _result BluetoothCodecStatus
_data := parcel.New()
defer _data.Recycle()
_data.WriteInterfaceToken(DescriptorIBluetoothA2dp)
_sig := binder.ResolveMethodSignature(p.Remote, ctx, DescriptorIBluetoothA2dp, MethodIBluetoothA2dpGetCodecStatus)
_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 _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 := device.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, DescriptorIBluetoothA2dp, MethodIBluetoothA2dpGetCodecStatus)
if _err != nil {
return _result, fmt.Errorf("resolving %s.%s: %w", DescriptorIBluetoothA2dp, MethodIBluetoothA2dpGetCodecStatus, _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
}
_nullIndicator, _err := _reply.ReadInt32()
if _err != nil {
return _result, _err
}
if _nullIndicator != 0 {
if _err = _result.UnmarshalParcel(_reply); _err != nil {
return _result, _err
}
}
return _result, nil
}
func (p *BluetoothA2dpProxy) SetCodecConfigPreference(
ctx context.Context,
device BluetoothDevice,
codecConfig BluetoothCodecConfig,
attributionSource content.AttributionSource,
) error {
_data := parcel.New()
defer _data.Recycle()
_data.WriteInterfaceToken(DescriptorIBluetoothA2dp)