Binder
[Support Kit]

Detailed Description

Component-based framework for implementing application and system-level code.

The Binder Kit defines a basic object model (built on C++) that allows instantiated objects to be distributed across any processes desired, taking care of the details of IPC and tracking object references between them.

Files

file Autobinder.h

Binder automated marshalling code.

file Binder.h

Basic functionality of all Binder objects.

file Context.h

Global context that a Binder object runs in.

file IBinder.h

Abstract interface to a Binder object.

file IInterface.h

Common base class for abstract binderized interfaces.

file IMemory.h

Binder-based shared memory interfaces.

file InstantiateComponent.h

API to package executables that contain components.

file KeyID.h

Class representing a KeyID, used to marshall and unmarshall KeyIDs across Binder interfaces and to send through IPC.

file Looper.h

The Binder's per-thread state and utilities.

file Memory.h

Simple implementation of IMemoryHeap.

file Observer.h

Generic target of Binder links.

file Package.h

Interface to an executable image representing a Binder package.

file Parcel.h

Container for a raw block of data that can be transfered through IPC.

file Process.h

Implementation of the IProcess interface for the local process.

file Selector.h

Select something with the Binder!

file TokenSource.h

Binder-based access control.

Classes

struct BAutobinderDef

class BAutobinderDummiClass

struct BEffectMethodDef

class BMemoryHeap

A simple IMemoryHeap implementation. More...

class BObserver

Generic target of Binder links. More...

struct BParameterInfo

class BProcess

Representation of your currently running process. More...

class BSerialObserver

BObserver that ensures Observed() is thread-safe. More...

class BSharedObject

A representation of a loaded executable image. More...

class BTokenSource

A Binder class used to implement mutual access control. More...

class IBinder

Abstract generic (scripting) interface to a Binder object. More...

class IInterface

Base class for C++ language Binder interfaces. More...

class IMemory

Handle on a shared memory region. More...

class IMemoryDealer

Interface to a service that can perform shared memory allocations. More...

class IMemoryHeap

Handle on a shared memory heap. More...

class IProcess

Interface to an operating system process. More...

class IProcessManager

Simple interface for dynamically instantiating components into processes. More...

class ISelector

Watch data change. More...

class IUuid

Interface to request the creation of UUIDs/GUIDs. More...

class IVirtualMachine

Virtual machines implement this interface to generate their components. More...

struct PPointerToMemberFunction

struct PTypeMarshaller

class SContext

Representation of a global context (namespace). More...

class SKeyID

Class representing a kernel KeyID. More...

class SMarshallerForType

class SPackage

and doing useful things with it. More...

class SPackageSptr

Keep your local executable image loaded. More...

class SParcel

Container for a raw block of data that can be transfered through IPC. More...

struct SysPackageLaunchAttachImageType

struct SysPackageLaunchGetInstantiateType

Defines

#define ATTRIBUTE_VISIBILITY_HIDDEN

#define B_DECLARE_META_INTERFACE(iname)

Use this macro inside of your IInterface subclass to define the standard IInterface meta-API.

#define B_FIND_BINDER_I_CLASS_OFFSET(L)   ((((int)static_cast<IInterface*>((L*)10))-10))

#define B_FUNC_INFO(method)   { NULL }

#define B_IMPLEMENT_MARSHAL_PLAN(def, returnValue, remote, binding, which)

#define MEMORYDEALER_NAME_TEMPLATE   "/tmp/memoryarea.%s.%d"

Typedefs

typedef void(* attach_func )(const sptr< BSharedObject > &image)

typedef status_t(* autobinder_local_hook_t )(const sptr< IInterface > &target, SParcel *in, SParcel *out)

typedef void(BAutobinderDummiClass::* BSomeMethod )()

typedef sptr< IBinder >(* instantiate_component_func )(const SString &component, const SContext &context, const SValue &args)

typedef SPackageSptr SDontForgetThis

typedef void(* untyped_func )(void)

Enumerations

enum { B_FORGET_CURRENT_ENVIRONMENT = 0x00000001 }

enum { B_SERIAL_OBSERVER_MSG = 'sero' }

enum {
  B_EFFECT_TRANSACTION = 'efct', B_INSPECT_TRANSACTION = 'insp', B_LINK_TRANSACTION = 'link', B_UNLINK_TRANSACTION = 'unlk',
  B_PING_TRANSACTION = 'ping', B_PUT_TRANSACTION = '_put', B_GET_TRANSACTION = '_get', B_INVOKE_TRANSACTION = 'invk'
}

Standard IBinder transaction codes. More...

enum { B_IN_PARAM = 0x00000001, B_OUT_PARAM = 0x00000002 }

enum { B_WEAK_BINDER_LINK = 0x00000001, B_SYNC_BINDER_LINK = 0x00000002, B_NO_TRANSLATE_LINK = 0x00000004, B_UNLINK_ALL_TARGETS = 0x00000008 }

Options for Binder links. More...

Functions

status_t autobinder_from_parcel (const BEffectMethodDef &def, SParcel &parcel, void **args, uint32_t *outDirs)

Used by pidgen to unmarshal when receiving a call.

status_t autobinder_marshal_args (const BParameterInfo *pi, const BParameterInfo *pi_end, uint32_t dir, void **inArgs, SParcel &outParcel, uint32_t *outDirs)

Marshal an argument list into a parcel.

status_t autobinder_to_parcel (const BEffectMethodDef &def, void **args, void *result, SParcel &parcel, uint32_t dirs)

Used by pidgen to marshal result when receiving a call.

status_t autobinder_unmarshal_args (const BParameterInfo *pi, const BParameterInfo *pi_end, uint32_t dir, SParcel &inParcel, void **outArgs, uint32_t *outDirs)

Unmarshal an argument list out of a parcel.

status_t execute_autobinder (uint32_t code, const sptr< IInterface > &target, SParcel &data, SParcel *reply, const BAutobinderDef **defs, size_t def_count, uint32_t flags)

template<class IFACE>

sptr< IFACE > interface_cast (const SValue &v)

Convert an SValue containing a binder object to a concrete interface.

template<class IFACE>

sptr< IFACE > interface_cast (const sptr< IBinder > &b)

Convert a generic IBinder to a concrete interface.

status_t InvokeAutobinderFunction (const BEffectMethodDef *def, void *object, const SValue &args, SValue *returnValue)

const SValue & BAutobinderDef::key () const

SString SPackageSptr::LoadString (int32_t id, int32_t index=0) const ATTRIBUTE_VISIBILITY_HIDDEN

Convenience to retrieve a string from your package.

SString SPackageSptr::LoadString (uint32_t index, const SString &locale=SString::EmptyString()) const ATTRIBUTE_VISIBILITY_HIDDEN

Convenience to retrieve a string from your package via SPackage::LoadString().

SString SPackageSptr::LoadString (const SString &key, const SString &locale=SString::EmptyString()) const ATTRIBUTE_VISIBILITY_HIDDEN

Convenience to retrieve a string from your package via SPackage::LoadString().

sptr< IByteInput > SPackageSptr::OpenResource (uint32_t type, int32_t id) const ATTRIBUTE_VISIBILITY_HIDDEN

Convenience to retrieve resource data from your package.

sptr< IByteInput > SPackageSptr::OpenResource (const SString &fileName, const SString &locale=SString::EmptyString()) const ATTRIBUTE_VISIBILITY_HIDDEN

Convenience to retrieve resource data from your package via SPackage::OpenResource().

_IMPEXP_SUPPORT const sptr<
ITextOutput > & operator<< (const sptr< ITextOutput > &io, const SParcel &value)

SPackage SPackageSptr::Package () const ATTRIBUTE_VISIBILITY_HIDDEN

status_t parameter_from_value (type_code type, const struct PTypeMarshaller *marshaller, const SValue &v, void *result)

status_t parameter_to_value (type_code type, const struct PTypeMarshaller *marshaller, const void *value, SValue *out)

void PerformRemoteBinderCall (int ebp, const BEffectMethodDef *def, unsigned char *returnValue, const sptr< IBinder > &remote, SValue binding, uint32_t which)

const sptr< BSharedObject > & SPackageSptr::SharedObject () const ATTRIBUTE_VISIBILITY_HIDDEN

Retrieve your package object.

int32_t this_team ()

SPackageSptr::~SPackageSptr () ATTRIBUTE_VISIBILITY_HIDDEN

Note that the destructor is very intentionally NOT virtual.

Variables

const SPackage B_NO_PACKAGE

static const size_t SMarshallerForType::f1 = (size_t)&TYPE::PreMarshalParcel

static const size_t SMarshallerForType::f2 = (size_t)&TYPE::MarshalParcel

static const size_t SMarshallerForType::f3 = (size_t)&TYPE::UnmarshalParcel

static const size_t SMarshallerForType::f4 = (size_t)&TYPE::MarshalValue

static const size_t SMarshallerForType::f5 = (size_t)&TYPE::UnmarshalValue

static const size_t SMarshallerForType::marshaller = sizeof(PTypeMarshaller)

Define Documentation

#define ATTRIBUTE_VISIBILITY_HIDDEN

#define B_DECLARE_META_INTERFACE ( iname )

Value:
\ static const BNS(::palmos::support::) SValue& \ Descriptor(); \ static BNS(::palmos::support::) sptr<I ## iname> \ AsInterface(const BNS(::palmos::support::) sptr< BNS(::palmos::support::) IBinder> &o, \ status_t* out_error = NULL); \ static BNS(::palmos::support::) sptr<I ## iname> \ AsInterface(const BNS(::palmos::support::) SValue &v, \ status_t* out_error = NULL); \ static BNS(::palmos::support::) sptr<I ## iname> \ AsInterfaceNoInspect(const BNS(::palmos::support::) sptr< BNS(::palmos::support::) IBinder> &o, \ status_t* out_error = NULL); \ static BNS(::palmos::support::) sptr<I ## iname> \ AsInterfaceNoInspect(const BNS(::palmos::support::) SValue &v, \ status_t* out_error = NULL); \
Use this macro inside of your IInterface subclass to define the standard IInterface meta-API.
You will not normally use this, instead letting pidgen generate similar code from an IDL file.

#define B_FIND_BINDER_I_CLASS_OFFSET ( L ) ((((int)static_cast<IInterface*>((L*)10))-10))

#define B_FUNC_INFO ( method ) { NULL }

Use this macro to create a static array of func_info structs. It's not really necessary, but it does the casting for you.
XXX Put example here.

#define B_IMPLEMENT_MARSHAL_PLAN ( def,
returnValue,
remote,
binding,
which )

Value:
{ \ int ebp; \ __asm__ __volatile__ (" movl %%ebp, %0;" :"=r"(ebp) ); \ PerformRemoteBinderCall(ebp, (def), (unsigned char *)(returnValue), (remote), (binding), (which)); \ }

#define MEMORYDEALER_NAME_TEMPLATE "/tmp/memoryarea.%s.%d"

Typedef Documentation

typedef void(* attach_func)(const sptr< BSharedObject > &image)

typedef status_t(* autobinder_local_hook_t)(const sptr< IInterface > &target, SParcel *in, SParcel *out)

typedef void(BAutobinderDummiClass::* BSomeMethod)()

typedef sptr<IBinder>(* instantiate_component_func)(const SString &component, const SContext &context, const SValue &args)

typedef SPackageSptr SDontForgetThis

typedef void(* untyped_func)(void)

Enumeration Type Documentation

anonymous enum

Enumerator:

B_FORGET_CURRENT_ENVIRONMENT

anonymous enum

Enumerator:

B_SERIAL_OBSERVER_MSG

anonymous enum

Standard IBinder transaction codes.

Enumerator:

B_EFFECT_TRANSACTION Generic IBinder::Effect().

B_INSPECT_TRANSACTION IBinder::Inspect().

B_LINK_TRANSACTION IBinder::Link().

B_UNLINK_TRANSACTION IBinder::Unlink().

B_PING_TRANSACTION IBinder::PingBinder().

B_PUT_TRANSACTION IBinder::AutobinderPut().

B_GET_TRANSACTION IBinder::AutobinderGet().

B_INVOKE_TRANSACTION IBinder::AutobinderInvoke().

anonymous enum

Enumerator:

B_IN_PARAM

B_OUT_PARAM

anonymous enum

Options for Binder links.
Use with IBinder::Link(), IBinder::Unlink(), IBinder::LinkToDeath(), and IBinder::UnlinkToDeath().
Enumerator:

B_WEAK_BINDER_LINK The created link holds a weak pointer on the supplied target.
This allows your linked-to object to be destroyed while the link still exists. Be sure to still clean up the link, for example calling Unlink() (with B_WEAK_BINDER_LINK!) in your destructor.

Todo:
Should this be the default for links? It is safer than holding a strong reference, and usually what you want.

B_SYNC_BINDER_LINK Your object will process the link without unsafely acquiring locks.
Links are normally pushed asynchronously, to avoid deadlocks if a lock is held at the time of the push. By setting this flag, you say that the sender doesn't need to push asychronously to your target, avoiding that overhead. When this flag is set, you must not acquire any locks during processing that could cause a deadlock with the sender. For example, just calling PostMessage() on an SHandler would always be safe to do synchronously.

B_NO_TRANSLATE_LINK The link mapping will be pushed directly, without translation.
The property/arguments being pushed by the sender are ignored.

B_UNLINK_ALL_TARGETS Unlink all links to the given target.
Use with IBinder::Unlink() and IBinder::UnlinkToDeath(). The given bindings and other flags will be ignored, simply removing every link that has the given target.

Function Documentation

status_t autobinder_from_parcel ( const BEffectMethodDef & def,

SParcel & parcel,

void ** args,

uint32_t * outDirs

)

Used by pidgen to unmarshal when receiving a call.
In pidgen's generated code, this function is called to unmarshal arguments before performing a local function call.

status_t autobinder_marshal_args ( const BParameterInfo * pi,

const BParameterInfo * pi_end,

uint32_t dir,

void ** inArgs,

SParcel & outParcel,

uint32_t * outDirs

)

Marshal an argument list into a parcel.

status_t autobinder_to_parcel ( const BEffectMethodDef & def,

void ** args,

void * result,

SParcel & parcel,

uint32_t dirs

)

Used by pidgen to marshal result when receiving a call.
In pidgen's generated code, this function is called to marshal any results after performing a local function call. 'dirs' must be the result of 'outDirs' in autobinder_from_parcel(); or if autobinder_from_parcel() was not used (there were no incoming parameters) it can by 0.

status_t autobinder_unmarshal_args ( const BParameterInfo * pi,

const BParameterInfo * pi_end,

uint32_t dir,

SParcel & inParcel,

void ** outArgs,

uint32_t * outDirs

)

Unmarshal an argument list out of a parcel.

status_t execute_autobinder ( uint32_t code,

const sptr< IInterface > & target,

SParcel & data,

SParcel * reply,

const BAutobinderDef ** defs,

size_t def_count,

uint32_t flags

)

sptr<IFACE> interface_cast ( const SValue & v )

Convert an SValue containing a binder object to a concrete interface.

sptr<IFACE> interface_cast ( const sptr< IBinder > & b )

Convert a generic IBinder to a concrete interface.

status_t InvokeAutobinderFunction ( const BEffectMethodDef * def,

void * object,

const SValue & args,

SValue * returnValue

)

Unmarshall the parameters from the SValue, call the function, and put the return value from that function into rv
Object must be the base class where the virtual method you're trying to call was originally declared.

const SValue & key ( ) const [inline, inherited]

SString LoadString ( int32_t id,

int32_t index = 0

) const [inline, inherited]

Convenience to retrieve a string from your package.

SString LoadString ( uint32_t index,

const SString & locale = SString::EmptyString()

) const [inline, inherited]

Convenience to retrieve a string from your package via SPackage::LoadString().

SString LoadString ( const SString & key,

const SString & locale = SString::EmptyString()

) const [inline, inherited]

Convenience to retrieve a string from your package via SPackage::LoadString().

sptr< IByteInput > OpenResource ( uint32_t type,

int32_t id

) const [inline, inherited]

Convenience to retrieve resource data from your package.

sptr< IByteInput > OpenResource ( const SString & fileName,

const SString & locale = SString::EmptyString()

) const [inline, inherited]

Convenience to retrieve resource data from your package via SPackage::OpenResource().

_IMPEXP_SUPPORT const sptr<ITextOutput>& operator<< ( const sptr< ITextOutput > & io,

const SParcel & value

)

SPackage Package ( ) const [inline, inherited]

status_t parameter_from_value ( type_code type,

const struct PTypeMarshaller * marshaller,

const SValue & v,

void * result

)

status_t parameter_to_value ( type_code type,

const struct PTypeMarshaller * marshaller,

const void * value,

SValue * out

)

void PerformRemoteBinderCall ( int ebp,

const BEffectMethodDef * def,

unsigned char * returnValue,

const sptr< IBinder > & remote,

SValue binding,

uint32_t which

)

Marshall the parameters, make the remote binder call, and unmarshall the return value.

const sptr< BSharedObject > & SharedObject ( ) const [inline, inherited]

Retrieve your package object.

int32_t this_team ( )

~SPackageSptr ( ) [inline, inherited]

Note that the destructor is very intentionally NOT virtual.
It wouldn't cause problems if it was virtual, but there is no reason to do so and it causes unneeded code to be generated.

Variable Documentation

const SPackage B_NO_PACKAGE

const size_t f1 = (size_t)&TYPE::PreMarshalParcel [static, inherited]

const size_t f2 = (size_t)&TYPE::MarshalParcel [static, inherited]

const size_t f3 = (size_t)&TYPE::UnmarshalParcel [static, inherited]

const size_t f4 = (size_t)&TYPE::MarshalValue [static, inherited]

const size_t f5 = (size_t)&TYPE::UnmarshalValue [static, inherited]

const size_t marshaller = sizeof(PTypeMarshaller) [static, inherited]


Files
file	Autobinder.h
	Binder automated marshalling code.
file	Binder.h
	Basic functionality of all Binder objects.
file	Context.h
	Global context that a Binder object runs in.
file	IBinder.h
	Abstract interface to a Binder object.
file	IInterface.h
	Common base class for abstract binderized interfaces.
file	IMemory.h
	Binder-based shared memory interfaces.
file	InstantiateComponent.h
	API to package executables that contain components.
file	KeyID.h
	Class representing a KeyID, used to marshall and unmarshall KeyIDs across Binder interfaces and to send through IPC.
file	Looper.h
	The Binder's per-thread state and utilities.
file	Memory.h
	Simple implementation of IMemoryHeap.
file	Observer.h
	Generic target of Binder links.
file	Package.h
	Interface to an executable image representing a Binder package.
file	Parcel.h
	Container for a raw block of data that can be transfered through IPC.
file	Process.h
	Implementation of the IProcess interface for the local process.
file	Selector.h
	Select something with the Binder!
file	TokenSource.h
	Binder-based access control.
Classes
struct	BAutobinderDef
class	BAutobinderDummiClass
struct	BEffectMethodDef
class	BMemoryHeap
	A simple IMemoryHeap implementation. More...
class	BObserver
	Generic target of Binder links. More...
struct	BParameterInfo
class	BProcess
	Representation of your currently running process. More...
class	BSerialObserver
	BObserver that ensures Observed() is thread-safe. More...
class	BSharedObject
	A representation of a loaded executable image. More...
class	BTokenSource
	A Binder class used to implement mutual access control. More...
class	IBinder
	Abstract generic (scripting) interface to a Binder object. More...
class	IInterface
	Base class for C++ language Binder interfaces. More...
class	IMemory
	Handle on a shared memory region. More...
class	IMemoryDealer
	Interface to a service that can perform shared memory allocations. More...
class	IMemoryHeap
	Handle on a shared memory heap. More...
class	IProcess
	Interface to an operating system process. More...
class	IProcessManager
	Simple interface for dynamically instantiating components into processes. More...
class	ISelector
	Watch data change. More...
class	IUuid
	Interface to request the creation of UUIDs/GUIDs. More...
class	IVirtualMachine
	Virtual machines implement this interface to generate their components. More...
struct	PPointerToMemberFunction
struct	PTypeMarshaller
class	SContext
	Representation of a global context (namespace). More...
class	SKeyID
	Class representing a kernel KeyID. More...
class	SMarshallerForType
class	SPackage
	and doing useful things with it. More...
class	SPackageSptr
	Keep your local executable image loaded. More...
class	SParcel
	Container for a raw block of data that can be transfered through IPC. More...
struct	SysPackageLaunchAttachImageType
struct	SysPackageLaunchGetInstantiateType
Defines
#define	ATTRIBUTE_VISIBILITY_HIDDEN
#define	B_DECLARE_META_INTERFACE(iname)
	Use this macro inside of your IInterface subclass to define the standard IInterface meta-API.
#define	B_FIND_BINDER_I_CLASS_OFFSET(L) ((((int)static_cast<IInterface>((L)10))-10))
#define	B_FUNC_INFO(method) { NULL }
#define	B_IMPLEMENT_MARSHAL_PLAN(def, returnValue, remote, binding, which)
#define	MEMORYDEALER_NAME_TEMPLATE "/tmp/memoryarea.%s.%d"
Typedefs
typedef void(*	attach_func )(const sptr< BSharedObject > &image)
typedef status_t(*	autobinder_local_hook_t )(const sptr< IInterface > &target, SParcel in, SParcel out)
typedef void(BAutobinderDummiClass::*	BSomeMethod )()
typedef sptr< IBinder >(*	instantiate_component_func )(const SString &component, const SContext &context, const SValue &args)
typedef SPackageSptr	SDontForgetThis
typedef void(*	untyped_func )(void)
Enumerations
enum	{ B_FORGET_CURRENT_ENVIRONMENT = 0x00000001 }
enum	{ B_SERIAL_OBSERVER_MSG = 'sero' }
enum	{ B_EFFECT_TRANSACTION = 'efct', B_INSPECT_TRANSACTION = 'insp', B_LINK_TRANSACTION = 'link', B_UNLINK_TRANSACTION = 'unlk', B_PING_TRANSACTION = 'ping', B_PUT_TRANSACTION = '_put', B_GET_TRANSACTION = '_get', B_INVOKE_TRANSACTION = 'invk' }
	Standard IBinder transaction codes. More...
enum	{ B_IN_PARAM = 0x00000001, B_OUT_PARAM = 0x00000002 }
enum	{ B_WEAK_BINDER_LINK = 0x00000001, B_SYNC_BINDER_LINK = 0x00000002, B_NO_TRANSLATE_LINK = 0x00000004, B_UNLINK_ALL_TARGETS = 0x00000008 }
	Options for Binder links. More...
Functions
status_t	autobinder_from_parcel (const BEffectMethodDef &def, SParcel &parcel, void *args, uint32_t outDirs)
	Used by pidgen to unmarshal when receiving a call.
status_t	autobinder_marshal_args (const BParameterInfo pi, const BParameterInfo pi_end, uint32_t dir, void *inArgs, SParcel &outParcel, uint32_t outDirs)
	Marshal an argument list into a parcel.
status_t	autobinder_to_parcel (const BEffectMethodDef &def, void *args, void result, SParcel &parcel, uint32_t dirs)
	Used by pidgen to marshal result when receiving a call.
status_t	autobinder_unmarshal_args (const BParameterInfo pi, const BParameterInfo pi_end, uint32_t dir, SParcel &inParcel, void *outArgs, uint32_t outDirs)
	Unmarshal an argument list out of a parcel.
status_t	execute_autobinder (uint32_t code, const sptr< IInterface > &target, SParcel &data, SParcel reply, const BAutobinderDef *defs, size_t def_count, uint32_t flags)
template<class IFACE>
sptr< IFACE >	interface_cast (const SValue &v)
	Convert an SValue containing a binder object to a concrete interface.
template<class IFACE>
sptr< IFACE >	interface_cast (const sptr< IBinder > &b)
	Convert a generic IBinder to a concrete interface.
status_t	InvokeAutobinderFunction (const BEffectMethodDef def, void object, const SValue &args, SValue *returnValue)
const SValue &	BAutobinderDef::key () const
SString	SPackageSptr::LoadString (int32_t id, int32_t index=0) const ATTRIBUTE_VISIBILITY_HIDDEN
	Convenience to retrieve a string from your package.
SString	SPackageSptr::LoadString (uint32_t index, const SString &locale=SString::EmptyString()) const ATTRIBUTE_VISIBILITY_HIDDEN
	Convenience to retrieve a string from your package via SPackage::LoadString().
SString	SPackageSptr::LoadString (const SString &key, const SString &locale=SString::EmptyString()) const ATTRIBUTE_VISIBILITY_HIDDEN
	Convenience to retrieve a string from your package via SPackage::LoadString().
sptr< IByteInput >	SPackageSptr::OpenResource (uint32_t type, int32_t id) const ATTRIBUTE_VISIBILITY_HIDDEN
	Convenience to retrieve resource data from your package.
sptr< IByteInput >	SPackageSptr::OpenResource (const SString &fileName, const SString &locale=SString::EmptyString()) const ATTRIBUTE_VISIBILITY_HIDDEN
	Convenience to retrieve resource data from your package via SPackage::OpenResource().
_IMPEXP_SUPPORT const sptr< ITextOutput > &	operator<< (const sptr< ITextOutput > &io, const SParcel &value)
SPackage	SPackageSptr::Package () const ATTRIBUTE_VISIBILITY_HIDDEN
status_t	parameter_from_value (type_code type, const struct PTypeMarshaller marshaller, const SValue &v, void result)
status_t	parameter_to_value (type_code type, const struct PTypeMarshaller marshaller, const void value, SValue *out)
void	PerformRemoteBinderCall (int ebp, const BEffectMethodDef def, unsigned char returnValue, const sptr< IBinder > &remote, SValue binding, uint32_t which)
const sptr< BSharedObject > &	SPackageSptr::SharedObject () const ATTRIBUTE_VISIBILITY_HIDDEN
	Retrieve your package object.
int32_t	this_team ()
	SPackageSptr::~SPackageSptr () ATTRIBUTE_VISIBILITY_HIDDEN
	Note that the destructor is very intentionally NOT virtual.
Variables
const SPackage	B_NO_PACKAGE
static const size_t	SMarshallerForType::f1 = (size_t)&TYPE::PreMarshalParcel
static const size_t	SMarshallerForType::f2 = (size_t)&TYPE::MarshalParcel
static const size_t	SMarshallerForType::f3 = (size_t)&TYPE::UnmarshalParcel
static const size_t	SMarshallerForType::f4 = (size_t)&TYPE::MarshalValue
static const size_t	SMarshallerForType::f5 = (size_t)&TYPE::UnmarshalValue
static const size_t	SMarshallerForType::marshaller = sizeof(PTypeMarshaller)

Binder [Support Kit]

Detailed Description

Files

Classes

Defines

Typedefs

Enumerations