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package bluetooth
import (
"context"
"fmt"
"github.com/AndroidGoLab/binder/binder"
"github.com/AndroidGoLab/binder/parcel"
)
// Code generated by aidlgen. DO NOT EDIT.
const DescriptorIAdapter = "android.bluetooth.IAdapter"
const (
TransactionIAdapterOffToBleOn = binder.FirstCallTransaction + 0
TransactionIAdapterOnToBleOn = binder.FirstCallTransaction + 1
TransactionIAdapterBleOnToOn = binder.FirstCallTransaction + 2
TransactionIAdapterBleOnToOff = binder.FirstCallTransaction + 3
TransactionIAdapterRegisterCallback = binder.FirstCallTransaction + 4
TransactionIAdapterUnregisterCallback = binder.FirstCallTransaction + 5
TransactionIAdapterUnregAllGattClient = binder.FirstCallTransaction + 6
TransactionIAdapterKillBluetoothProcess = binder.FirstCallTransaction + 7
)
const (
MethodIAdapterOffToBleOn = "offToBleOn"
MethodIAdapterOnToBleOn = "onToBleOn"
MethodIAdapterBleOnToOn = "bleOnToOn"
MethodIAdapterBleOnToOff = "bleOnToOff"
MethodIAdapterRegisterCallback = "registerCallback"
MethodIAdapterUnregisterCallback = "unregisterCallback"
MethodIAdapterUnregAllGattClient = "unregAllGattClient"
MethodIAdapterKillBluetoothProcess = "killBluetoothProcess"
)
type IAdapter interface {
AsBinder() binder.IBinder
OffToBleOn(ctx context.Context, quietMode bool, hciInstanceName string) error
OnToBleOn(ctx context.Context) error
BleOnToOn(ctx context.Context) error
BleOnToOff(ctx context.Context) error
RegisterCallback(ctx context.Context, callback IBluetoothCallback) error
UnregisterCallback(ctx context.Context, callback IBluetoothCallback) error
UnregAllGattClient(ctx context.Context) error
KillBluetoothProcess(ctx context.Context) error
}
type AdapterProxy struct {
Remote binder.IBinder
}
func NewAdapterProxy(
remote binder.IBinder,
) *AdapterProxy {
return &AdapterProxy{Remote: remote}
}
func (p *AdapterProxy) AsBinder() binder.IBinder {
return p.Remote
}
var _ IAdapter = (*AdapterProxy)(nil)
func (p *AdapterProxy) OffToBleOn(
ctx context.Context,
quietMode bool,
hciInstanceName string,
) error {
_data := parcel.New()
defer _data.Recycle()
_data.WriteInterfaceToken(DescriptorIAdapter)
_sig := binder.ResolveMethodSignature(p.Remote, ctx, DescriptorIAdapter, MethodIAdapterOffToBleOn)
_compiledDescs := []string{
"Z",
"Ljava/lang/String;",
}
if _sig == nil || binder.SignatureMatches(_compiledDescs, _sig) {
_data.WriteBool(quietMode)
_data.WriteString16(hciInstanceName)
} else {
_paramMap := binder.MatchParamsToSignature(_compiledDescs, _sig)
for _, _pi := range _paramMap {
switch _pi {
case 0:
_data.WriteBool(quietMode)
case 1:
_data.WriteString16(hciInstanceName)
}
}
}
_code, _err := p.Remote.ResolveCode(ctx, DescriptorIAdapter, MethodIAdapterOffToBleOn)
if _err != nil {
return fmt.Errorf("resolving %s.%s: %w", DescriptorIAdapter, MethodIAdapterOffToBleOn, _err)
}
_, _err = p.Remote.Transact(ctx, _code, binder.FlagOneway, _data)
return _err
}
func (p *AdapterProxy) OnToBleOn(
ctx context.Context,
) error {
_data := parcel.New()
defer _data.Recycle()
_data.WriteInterfaceToken(DescriptorIAdapter)
_code, _err := p.Remote.ResolveCode(ctx, DescriptorIAdapter, MethodIAdapterOnToBleOn)
if _err != nil {
return fmt.Errorf("resolving %s.%s: %w", DescriptorIAdapter, MethodIAdapterOnToBleOn, _err)
}
_, _err = p.Remote.Transact(ctx, _code, binder.FlagOneway, _data)
return _err
}
func (p *AdapterProxy) BleOnToOn(
ctx context.Context,
) error {
_data := parcel.New()
defer _data.Recycle()
_data.WriteInterfaceToken(DescriptorIAdapter)
_code, _err := p.Remote.ResolveCode(ctx, DescriptorIAdapter, MethodIAdapterBleOnToOn)
if _err != nil {
return fmt.Errorf("resolving %s.%s: %w", DescriptorIAdapter, MethodIAdapterBleOnToOn, _err)
}
_, _err = p.Remote.Transact(ctx, _code, binder.FlagOneway, _data)
return _err
}
func (p *AdapterProxy) BleOnToOff(
ctx context.Context,
) error {
_data := parcel.New()
defer _data.Recycle()
_data.WriteInterfaceToken(DescriptorIAdapter)
_code, _err := p.Remote.ResolveCode(ctx, DescriptorIAdapter, MethodIAdapterBleOnToOff)
if _err != nil {
return fmt.Errorf("resolving %s.%s: %w", DescriptorIAdapter, MethodIAdapterBleOnToOff, _err)
}
_, _err = p.Remote.Transact(ctx, _code, binder.FlagOneway, _data)
return _err
}
func (p *AdapterProxy) RegisterCallback(
ctx context.Context,
callback IBluetoothCallback,
) error {
_data := parcel.New()
defer _data.Recycle()
_data.WriteInterfaceToken(DescriptorIAdapter)
_sig := binder.ResolveMethodSignature(p.Remote, ctx, DescriptorIAdapter, MethodIAdapterRegisterCallback)
_compiledDescs := []string{
"Landroid/bluetooth/IBluetoothCallback;",
}
if _sig == nil || binder.SignatureMatches(_compiledDescs, _sig) {
binder.WriteBinderToParcel(ctx, _data, callback.AsBinder(), p.Remote.Transport())
} else {
_paramMap := binder.MatchParamsToSignature(_compiledDescs, _sig)
for _, _pi := range _paramMap {
switch _pi {
case 0:
binder.WriteBinderToParcel(ctx, _data, callback.AsBinder(), p.Remote.Transport())
}
}
}
_code, _err := p.Remote.ResolveCode(ctx, DescriptorIAdapter, MethodIAdapterRegisterCallback)
if _err != nil {
return fmt.Errorf("resolving %s.%s: %w", DescriptorIAdapter, MethodIAdapterRegisterCallback, _err)
}
_, _err = p.Remote.Transact(ctx, _code, binder.FlagOneway, _data)
return _err
}
func (p *AdapterProxy) UnregisterCallback(
ctx context.Context,
callback IBluetoothCallback,
) error {
_data := parcel.New()
defer _data.Recycle()
_data.WriteInterfaceToken(DescriptorIAdapter)
_sig := binder.ResolveMethodSignature(p.Remote, ctx, DescriptorIAdapter, MethodIAdapterUnregisterCallback)
_compiledDescs := []string{
"Landroid/bluetooth/IBluetoothCallback;",
}
if _sig == nil || binder.SignatureMatches(_compiledDescs, _sig) {
binder.WriteBinderToParcel(ctx, _data, callback.AsBinder(), p.Remote.Transport())
} else {
_paramMap := binder.MatchParamsToSignature(_compiledDescs, _sig)
for _, _pi := range _paramMap {
switch _pi {
case 0:
binder.WriteBinderToParcel(ctx, _data, callback.AsBinder(), p.Remote.Transport())
}
}
}
_code, _err := p.Remote.ResolveCode(ctx, DescriptorIAdapter, MethodIAdapterUnregisterCallback)
if _err != nil {
return fmt.Errorf("resolving %s.%s: %w", DescriptorIAdapter, MethodIAdapterUnregisterCallback, _err)
}
_, _err = p.Remote.Transact(ctx, _code, binder.FlagOneway, _data)
return _err
}
func (p *AdapterProxy) UnregAllGattClient(
ctx context.Context,
) error {
_data := parcel.New()
defer _data.Recycle()
_data.WriteInterfaceToken(DescriptorIAdapter)
_code, _err := p.Remote.ResolveCode(ctx, DescriptorIAdapter, MethodIAdapterUnregAllGattClient)
if _err != nil {
return fmt.Errorf("resolving %s.%s: %w", DescriptorIAdapter, MethodIAdapterUnregAllGattClient, _err)
}
_, _err = p.Remote.Transact(ctx, _code, binder.FlagOneway, _data)
return _err
}
func (p *AdapterProxy) KillBluetoothProcess(
ctx context.Context,
) error {
_data := parcel.New()
defer _data.Recycle()
_data.WriteInterfaceToken(DescriptorIAdapter)
_code, _err := p.Remote.ResolveCode(ctx, DescriptorIAdapter, MethodIAdapterKillBluetoothProcess)
if _err != nil {
return fmt.Errorf("resolving %s.%s: %w", DescriptorIAdapter, MethodIAdapterKillBluetoothProcess, _err)
}
_, _err = p.Remote.Transact(ctx, _code, binder.FlagOneway, _data)
return _err
}
// AdapterStub dispatches incoming binder transactions
// to a typed IAdapter implementation.
type AdapterStub struct {
Impl IAdapter
Transport binder.VersionAwareTransport
}
var _ binder.TransactionReceiver = (*AdapterStub)(nil)
func (s *AdapterStub) Descriptor() string {
return DescriptorIAdapter
}
func (s *AdapterStub) 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 TransactionIAdapterOffToBleOn:
_arg_quietMode, _err := _data.ReadBool()
if _err != nil {
return nil, _err
}
_arg_hciInstanceName, _err := _data.ReadString16()
if _err != nil {
return nil, _err
}
_err = s.Impl.OffToBleOn(ctx, _arg_quietMode, _arg_hciInstanceName)
return nil, _err
case TransactionIAdapterOnToBleOn:
_err := s.Impl.OnToBleOn(ctx)
return nil, _err
case TransactionIAdapterBleOnToOn:
_err := s.Impl.BleOnToOn(ctx)
return nil, _err
case TransactionIAdapterBleOnToOff:
_err := s.Impl.BleOnToOff(ctx)
return nil, _err
case TransactionIAdapterRegisterCallback:
var _arg_callback IBluetoothCallback
{
_callbackHandle, _err := _data.ReadStrongBinder()
if _err != nil {
return nil, _err
}
_arg_callback = NewBluetoothCallbackProxy(binder.NewProxyBinder(s.Transport, binder.CallerIdentity{}, _callbackHandle))
}
_err := s.Impl.RegisterCallback(ctx, _arg_callback)
return nil, _err
case TransactionIAdapterUnregisterCallback:
var _arg_callback IBluetoothCallback
{
_callbackHandle, _err := _data.ReadStrongBinder()
if _err != nil {
return nil, _err
}
_arg_callback = NewBluetoothCallbackProxy(binder.NewProxyBinder(s.Transport, binder.CallerIdentity{}, _callbackHandle))
}
_err := s.Impl.UnregisterCallback(ctx, _arg_callback)
return nil, _err
case TransactionIAdapterUnregAllGattClient:
_err := s.Impl.UnregAllGattClient(ctx)
return nil, _err
case TransactionIAdapterKillBluetoothProcess:
_err := s.Impl.KillBluetoothProcess(ctx)
return nil, _err
default:
return nil, fmt.Errorf("unknown transaction code %d", code)
}
}
// IAdapterServer is the server-side interface that user implementations
// provide to NewAdapterStub. It contains only the business methods,
// without AsBinder (which is provided by the stub itself).
type IAdapterServer interface {
OffToBleOn(ctx context.Context, quietMode bool, hciInstanceName string) error
OnToBleOn(ctx context.Context) error
BleOnToOn(ctx context.Context) error
BleOnToOff(ctx context.Context) error
RegisterCallback(ctx context.Context, callback IBluetoothCallback) error
UnregisterCallback(ctx context.Context, callback IBluetoothCallback) error
UnregAllGattClient(ctx context.Context) error
KillBluetoothProcess(ctx context.Context) error
}
type adapterStubWrapper struct {
impl IAdapterServer
stubBinder *binder.StubBinder
}
func (w *adapterStubWrapper) AsBinder() binder.IBinder {
return w.stubBinder
}
func (w *adapterStubWrapper) OffToBleOn(
ctx context.Context,
quietMode bool,
hciInstanceName string,
) error {
return w.impl.OffToBleOn(ctx, quietMode, hciInstanceName)
}
func (w *adapterStubWrapper) OnToBleOn(
ctx context.Context,
) error {
return w.impl.OnToBleOn(ctx)
}
func (w *adapterStubWrapper) BleOnToOn(
ctx context.Context,
) error {
return w.impl.BleOnToOn(ctx)
}
func (w *adapterStubWrapper) BleOnToOff(
ctx context.Context,
) error {
return w.impl.BleOnToOff(ctx)
}
func (w *adapterStubWrapper) RegisterCallback(
ctx context.Context,
callback IBluetoothCallback,
) error {
return w.impl.RegisterCallback(ctx, callback)
}
func (w *adapterStubWrapper) UnregisterCallback(
ctx context.Context,
callback IBluetoothCallback,
) error {
return w.impl.UnregisterCallback(ctx, callback)
}
func (w *adapterStubWrapper) UnregAllGattClient(
ctx context.Context,
) error {
return w.impl.UnregAllGattClient(ctx)
}
func (w *adapterStubWrapper) KillBluetoothProcess(
ctx context.Context,
) error {
return w.impl.KillBluetoothProcess(ctx)
}
var _ IAdapter = (*adapterStubWrapper)(nil)
// NewAdapterStub creates a server-side IAdapter wrapping the given
// server implementation. The returned value satisfies IAdapter
// and can be passed to proxy methods; its AsBinder() returns a
// *binder.StubBinder that is auto-registered with the binder
// driver on first use.
func NewAdapterStub(
impl IAdapterServer,
) IAdapter {
wrapper := &adapterStubWrapper{impl: impl}
stub := &AdapterStub{Impl: wrapper}
wrapper.stubBinder = binder.NewStubBinder(stub)
return wrapper
}