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ihardwarepropertiesmanager.go
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406 lines (365 loc) · 11.6 KB
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package os
import (
"context"
"fmt"
"github.com/AndroidGoLab/binder/binder"
"github.com/AndroidGoLab/binder/parcel"
)
// Code generated by aidlgen. DO NOT EDIT.
const DescriptorIHardwarePropertiesManager = "android.os.IHardwarePropertiesManager"
const (
TransactionIHardwarePropertiesManagerGetDeviceTemperatures = binder.FirstCallTransaction + 0
TransactionIHardwarePropertiesManagerGetCpuUsages = binder.FirstCallTransaction + 1
TransactionIHardwarePropertiesManagerGetFanSpeeds = binder.FirstCallTransaction + 2
)
const (
MethodIHardwarePropertiesManagerGetDeviceTemperatures = "getDeviceTemperatures"
MethodIHardwarePropertiesManagerGetCpuUsages = "getCpuUsages"
MethodIHardwarePropertiesManagerGetFanSpeeds = "getFanSpeeds"
)
type IHardwarePropertiesManager interface {
AsBinder() binder.IBinder
GetDeviceTemperatures(ctx context.Context, type_ int32, source int32) ([]float32, error)
GetCpuUsages(ctx context.Context) ([]CpuUsageInfo, error)
GetFanSpeeds(ctx context.Context) ([]float32, error)
}
type HardwarePropertiesManagerProxy struct {
Remote binder.IBinder
}
func NewHardwarePropertiesManagerProxy(
remote binder.IBinder,
) *HardwarePropertiesManagerProxy {
return &HardwarePropertiesManagerProxy{Remote: remote}
}
func (p *HardwarePropertiesManagerProxy) AsBinder() binder.IBinder {
return p.Remote
}
var _ IHardwarePropertiesManager = (*HardwarePropertiesManagerProxy)(nil)
func (p *HardwarePropertiesManagerProxy) GetDeviceTemperatures(
ctx context.Context,
type_ int32,
source int32,
) ([]float32, error) {
var _result []float32
_identity := p.Remote.Identity()
_data := parcel.New()
defer _data.Recycle()
_data.WriteInterfaceToken(DescriptorIHardwarePropertiesManager)
_sig := binder.ResolveMethodSignature(p.Remote, ctx, DescriptorIHardwarePropertiesManager, MethodIHardwarePropertiesManagerGetDeviceTemperatures)
_compiledDescs := []string{
"Ljava/lang/String;",
"I",
"I",
}
if _sig == nil || binder.SignatureMatches(_compiledDescs, _sig) {
_data.WriteString16(_identity.PackageName)
_data.WriteInt32(type_)
_data.WriteInt32(source)
} else {
_paramMap := binder.MatchParamsToSignature(_compiledDescs, _sig)
for _, _pi := range _paramMap {
switch _pi {
case 0:
_data.WriteString16(_identity.PackageName)
case 1:
_data.WriteInt32(type_)
case 2:
_data.WriteInt32(source)
}
}
}
_code, _err := p.Remote.ResolveCode(ctx, DescriptorIHardwarePropertiesManager, MethodIHardwarePropertiesManagerGetDeviceTemperatures)
if _err != nil {
return _result, fmt.Errorf("resolving %s.%s: %w", DescriptorIHardwarePropertiesManager, MethodIHardwarePropertiesManagerGetDeviceTemperatures, _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([]float32, _count)
for _i := int32(0); _i < _count; _i++ {
_result[_i], _err = _reply.ReadFloat32()
if _err != nil {
return _result, _err
}
}
}
return _result, nil
}
func (p *HardwarePropertiesManagerProxy) GetCpuUsages(
ctx context.Context,
) ([]CpuUsageInfo, error) {
var _result []CpuUsageInfo
_identity := p.Remote.Identity()
_data := parcel.New()
defer _data.Recycle()
_data.WriteInterfaceToken(DescriptorIHardwarePropertiesManager)
_sig := binder.ResolveMethodSignature(p.Remote, ctx, DescriptorIHardwarePropertiesManager, MethodIHardwarePropertiesManagerGetCpuUsages)
_compiledDescs := []string{
"Ljava/lang/String;",
}
if _sig == nil || binder.SignatureMatches(_compiledDescs, _sig) {
_data.WriteString16(_identity.PackageName)
} else {
_paramMap := binder.MatchParamsToSignature(_compiledDescs, _sig)
for _, _pi := range _paramMap {
switch _pi {
case 0:
_data.WriteString16(_identity.PackageName)
}
}
}
_code, _err := p.Remote.ResolveCode(ctx, DescriptorIHardwarePropertiesManager, MethodIHardwarePropertiesManagerGetCpuUsages)
if _err != nil {
return _result, fmt.Errorf("resolving %s.%s: %w", DescriptorIHardwarePropertiesManager, MethodIHardwarePropertiesManagerGetCpuUsages, _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([]CpuUsageInfo, _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 *HardwarePropertiesManagerProxy) GetFanSpeeds(
ctx context.Context,
) ([]float32, error) {
var _result []float32
_identity := p.Remote.Identity()
_data := parcel.New()
defer _data.Recycle()
_data.WriteInterfaceToken(DescriptorIHardwarePropertiesManager)
_sig := binder.ResolveMethodSignature(p.Remote, ctx, DescriptorIHardwarePropertiesManager, MethodIHardwarePropertiesManagerGetFanSpeeds)
_compiledDescs := []string{
"Ljava/lang/String;",
}
if _sig == nil || binder.SignatureMatches(_compiledDescs, _sig) {
_data.WriteString16(_identity.PackageName)
} else {
_paramMap := binder.MatchParamsToSignature(_compiledDescs, _sig)
for _, _pi := range _paramMap {
switch _pi {
case 0:
_data.WriteString16(_identity.PackageName)
}
}
}
_code, _err := p.Remote.ResolveCode(ctx, DescriptorIHardwarePropertiesManager, MethodIHardwarePropertiesManagerGetFanSpeeds)
if _err != nil {
return _result, fmt.Errorf("resolving %s.%s: %w", DescriptorIHardwarePropertiesManager, MethodIHardwarePropertiesManagerGetFanSpeeds, _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([]float32, _count)
for _i := int32(0); _i < _count; _i++ {
_result[_i], _err = _reply.ReadFloat32()
if _err != nil {
return _result, _err
}
}
}
return _result, nil
}
// HardwarePropertiesManagerStub dispatches incoming binder transactions
// to a typed IHardwarePropertiesManager implementation.
type HardwarePropertiesManagerStub struct {
Impl IHardwarePropertiesManager
Transport binder.VersionAwareTransport
}
var _ binder.TransactionReceiver = (*HardwarePropertiesManagerStub)(nil)
func (s *HardwarePropertiesManagerStub) Descriptor() string {
return DescriptorIHardwarePropertiesManager
}
func (s *HardwarePropertiesManagerStub) 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 TransactionIHardwarePropertiesManagerGetDeviceTemperatures:
if _, _err := _data.ReadString16(); _err != nil {
return nil, _err
}
_arg_type_, _err := _data.ReadInt32()
if _err != nil {
return nil, _err
}
_arg_source, _err := _data.ReadInt32()
if _err != nil {
return nil, _err
}
_result, _err := s.Impl.GetDeviceTemperatures(ctx, _arg_type_, _arg_source)
_reply := parcel.New()
if _err != nil {
binder.WriteStatus(_reply, _err)
return _reply, nil
}
binder.WriteStatus(_reply, nil)
if _result == nil {
_reply.WriteInt32(-1)
} else {
_reply.WriteInt32(int32(len(_result)))
for _, _item := range _result {
_reply.WriteFloat32(_item)
}
}
return _reply, nil
case TransactionIHardwarePropertiesManagerGetCpuUsages:
if _, _err := _data.ReadString16(); _err != nil {
return nil, _err
}
_result, _err := s.Impl.GetCpuUsages(ctx)
_reply := parcel.New()
if _err != nil {
binder.WriteStatus(_reply, _err)
return _reply, nil
}
binder.WriteStatus(_reply, nil)
if _result == nil {
_reply.WriteInt32(-1)
} else {
_reply.WriteInt32(int32(len(_result)))
for _, _item := range _result {
_reply.WriteInt32(1)
if _err := _item.MarshalParcel(_reply); _err != nil {
return nil, _err
}
}
}
return _reply, nil
case TransactionIHardwarePropertiesManagerGetFanSpeeds:
if _, _err := _data.ReadString16(); _err != nil {
return nil, _err
}
_result, _err := s.Impl.GetFanSpeeds(ctx)
_reply := parcel.New()
if _err != nil {
binder.WriteStatus(_reply, _err)
return _reply, nil
}
binder.WriteStatus(_reply, nil)
if _result == nil {
_reply.WriteInt32(-1)
} else {
_reply.WriteInt32(int32(len(_result)))
for _, _item := range _result {
_reply.WriteFloat32(_item)
}
}
return _reply, nil
default:
return nil, fmt.Errorf("unknown transaction code %d", code)
}
}
// IHardwarePropertiesManagerServer is the server-side interface that user implementations
// provide to NewHardwarePropertiesManagerStub. It contains only the business methods,
// without AsBinder (which is provided by the stub itself).
type IHardwarePropertiesManagerServer interface {
GetDeviceTemperatures(ctx context.Context, type_ int32, source int32) ([]float32, error)
GetCpuUsages(ctx context.Context) ([]CpuUsageInfo, error)
GetFanSpeeds(ctx context.Context) ([]float32, error)
}
type hardwarePropertiesManagerStubWrapper struct {
impl IHardwarePropertiesManagerServer
stubBinder *binder.StubBinder
}
func (w *hardwarePropertiesManagerStubWrapper) AsBinder() binder.IBinder {
return w.stubBinder
}
func (w *hardwarePropertiesManagerStubWrapper) GetDeviceTemperatures(
ctx context.Context,
type_ int32,
source int32,
) ([]float32, error) {
return w.impl.GetDeviceTemperatures(ctx, type_, source)
}
func (w *hardwarePropertiesManagerStubWrapper) GetCpuUsages(
ctx context.Context,
) ([]CpuUsageInfo, error) {
return w.impl.GetCpuUsages(ctx)
}
func (w *hardwarePropertiesManagerStubWrapper) GetFanSpeeds(
ctx context.Context,
) ([]float32, error) {
return w.impl.GetFanSpeeds(ctx)
}
var _ IHardwarePropertiesManager = (*hardwarePropertiesManagerStubWrapper)(nil)
// NewHardwarePropertiesManagerStub creates a server-side IHardwarePropertiesManager wrapping the given
// server implementation. The returned value satisfies IHardwarePropertiesManager
// 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 NewHardwarePropertiesManagerStub(
impl IHardwarePropertiesManagerServer,
) IHardwarePropertiesManager {
wrapper := &hardwarePropertiesManagerStubWrapper{impl: impl}
stub := &HardwarePropertiesManagerStub{Impl: wrapper}
wrapper.stubBinder = binder.NewStubBinder(stub)
return wrapper
}