Inheritance diagram for M2MObjectInstance:

Public Member Functions
M2MResource *	create_static_resource (const lwm2m_parameters_s *static_res, M2MResourceInstance::ResourceType type)
	TODO! More...

M2MResource *	create_static_resource (const String &resource_name, const String &resource_type, M2MResourceInstance::ResourceType type, const uint8_t *value, const uint8_t value_length, bool multiple_instance=false, bool external_blockwise_store=false)
	Creates a static resource for a given mbed Client Inteface object. With this, the client can respond to server's GET methods with the provided value. More...

M2MResource *	create_dynamic_resource (const String &resource_name, const String &resource_type, M2MResourceInstance::ResourceType type, bool observable, bool multiple_instance=false, bool external_blockwise_store=false)
	Creates a dynamic resource for a given mbed Client Inteface object. With this, the client can respond to different queries from the server (GET,PUT etc). This type of resource is also observable and carries callbacks. More...

M2MResource *	create_dynamic_resource (const uint16_t resource_name, const char *resource_type, M2MResourceInstance::ResourceType type, bool observable, bool multiple_instance=false, bool external_blockwise_store=false)
	Creates a dynamic resource for a given mbed Client Inteface object. With this, the client can respond to different queries from the server (GET,PUT etc). This type of resource is also observable and carries callbacks. More...

M2MResource *	create_dynamic_resource (const lwm2m_parameters_s *static_res, M2MResourceInstance::ResourceType type, bool observable)
	TODO! More...

M2MResourceInstance *	create_static_resource_instance (const String &resource_name, const String &resource_type, M2MResourceInstance::ResourceType type, const uint8_t *value, const uint8_t value_length, uint16_t instance_id, bool external_blockwise_store=false)
	Creates a static resource instance for a given mbed Client Inteface object. With this, the client can respond to server's GET methods with the provided value. More...

M2MResourceInstance *	create_dynamic_resource_instance (const String &resource_name, const String &resource_type, M2MResourceInstance::ResourceType type, bool observable, uint16_t instance_id, bool external_blockwise_store=false)
	Creates a dynamic resource instance for a given mbed Client Inteface object. With this, the client can respond to different queries from the server (GET,PUT etc). This type of resource is also observable and carries callbacks. More...

bool	remove_resource (const String &name)
	Removes the resource with the given name. More...

bool	remove_resource (const char *name)
	Removes the resource with the given name. More...

bool	remove_resource_instance (const String &resource_name, uint16_t instance_id)
	Removes the resource instance with the given name. More...

M2MResource *	resource (const uint16_t resource_id) const
	Returns the resource with the given name. More...

M2MResource *	resource (const String &name) const

M2MResource *	resource (const char *resource) const

const M2MResourceList &	resources () const
	Returns a list of M2MResourceBase objects. More...

uint16_t	resource_count () const
	Returns the total number of resources with the object. More...

uint16_t	resource_count (const String &resource) const
	Returns the total number of single resource instances. Note: this will be removed in next version, please use the resource_count(const char*) version instead. More...

uint16_t	resource_count (const char *resource) const
	Returns the total number of single resource instances. More...

virtual void	add_observation_level (M2MBase::Observation observation_level)
	Adds the observation level for the object. More...

virtual void	remove_observation_level (M2MBase::Observation observation_level)
	Removes the observation level from the object. More...

virtual M2MObservationHandler *	observation_handler () const
	Returns the Observation Handler object. More...

virtual void	set_observation_handler (M2MObservationHandler *handler)
	Sets the observation handler. More...

virtual sn_coap_hdr_s *	handle_get_request (nsdl_s nsdl, sn_coap_hdr_s received_coap_header, M2MObservationHandler *observation_handler=NULL)
	Handles GET request for the registered objects. More...

virtual sn_coap_hdr_s *	handle_put_request (nsdl_s nsdl, sn_coap_hdr_s received_coap_header, M2MObservationHandler *observation_handler, bool &execute_value_updated)
	Handles PUT request for the registered objects. More...

virtual sn_coap_hdr_s *	handle_post_request (nsdl_s nsdl, sn_coap_hdr_s received_coap_header, M2MObservationHandler observation_handler, bool &execute_value_updated, sn_nsdl_addr_s address=NULL)
	Handles POST request for the registered objects. More...

M2MObject &	get_parent_object () const

void	notification_update (M2MBase::Observation observation_level)

Public Member Functions inherited from M2MBase
virtual	~M2MBase ()
	Destructor.

void	set_operation (M2MBase::Operation operation)
	Sets the operation type for an object. More...

void	set_interface_description (const String &description)
	Sets the interface description of the object. More...

void	set_interface_description (const char *description)
	Sets the interface description of the object. More...

const char *	interface_description () const
	Returns the interface description of the object. More...

virtual void	set_resource_type (const String &resource_type)
	Sets the resource type of the object. More...

virtual void	set_resource_type (const char *resource_type)
	Sets the resource type of the object. More...

const char *	resource_type () const
	Returns the resource type of the object. More...

void	set_coap_content_type (const uint16_t content_type)
	Sets the CoAP content type of the object. More...

void	set_observable (bool observable)
	Sets the observable mode for the object. More...

void	set_auto_observable (bool auto_observable)
	Sets the object to be auto-observable. More...

void	set_under_observation (bool observed, M2MObservationHandler *handler)
	Sets the object under observation. More...

void	set_instance_id (const uint16_t instance_id)
	Sets the instance ID of the object. More...

void	set_max_age (const uint32_t max_age)
	Sets the max age for the resource value to be cached. More...

M2MBase::BaseType	base_type () const
	Returns the object type. More...

M2MBase::Operation	operation () const
	Returns the operation type of the object. More...

const char *	name () const
	Returns the object name. More...

int32_t	name_id () const
	Returns the object name in integer. More...

uint16_t	instance_id () const
	Returns the object's instance ID. More...

const char *	uri_path () const
	Returns the path of the object. More...

uint16_t	coap_content_type () const
	Returns the CoAP content type of the object. More...

bool	is_observable () const
	Returns the observation status of the object. More...

bool	is_auto_observable () const
	Returns the auto observation status of the object. More...

M2MBase::Observation	observation_level () const
	Returns the observation level of the object. More...

Mode	mode () const
	Returns the mode of the resource. More...

uint16_t	observation_number () const
	Returns the observation number. More...

uint32_t	max_age () const
	Returns the max age for the resource value to be cached. More...

void	send_notification_delivery_status (const M2MBase &object, const NotificationDeliveryStatus status)
	Executes the function that is set in "set_notification_delivery_status_cb". Note: the setter for this callback is marked as m2m_deprecated, but there is no point having it here, as then the code will always give warnings. This simply must be there until the set_notification_delivery_status_cb() is removed.

void	send_message_delivery_status (const M2MBase &object, const MessageDeliveryStatus status, const MessageType type)
	Executes the function that is set in "set_message_delivery_status_cb".

void	set_register_uri (bool register_uri)
	Sets whether this resource is published to server or not. More...

bool	register_uri ()
	Returns whether this resource is published to server or not. More...

bool	is_under_observation () const
	Returns whether this resource is under observation or not. More...

bool	set_value_updated_function (value_updated_callback callback)
	Sets the function that is executed when this object receives a PUT or POST command. More...

bool	set_value_updated_function (value_updated_callback2 callback)
	Sets the function that is executed when this object receives a PUT or POST command. More...

bool	is_value_updated_function_set () const
	Returns whether a callback function is set or not. More...

void	execute_value_updated (const String &name)
	Calls the function that is set in the "set_value_updated_function". More...

size_t	resource_name_length () const
	Returns length of the object name. More...

sn_nsdl_dynamic_resource_parameters_s *	get_nsdl_resource () const
	Returns the resource information. More...

M2MBase::lwm2m_parameters_s *	get_lwm2m_parameters () const
	Returns the resource structure. More...

uint16_t	get_notification_msgid () const m2m_deprecated
	Returns the notification message id. More...

void	set_notification_msgid (uint16_t msgid) m2m_deprecated
	Sets the notification message id. This is used to map RESET and EMPTY ACK messages. More...

bool	set_notification_delivery_status_cb (notification_delivery_status_cb callback, void *client_args) m2m_deprecated
	Sets the function that is executed when notification message state changes. More...

bool	set_message_delivery_status_cb (message_delivery_status_cb callback, void *client_args)
	Sets the function that is executed when message state changes. Currently this is used to track notifications and delayed response delivery statuses. More...

Protected Member Functions
virtual M2MBase *	get_parent () const
	Returns the owner object. Can return NULL if the object has no parent.

Protected Member Functions inherited from M2MBase
M2MBase &	operator= (const M2MBase &)

	M2MBase (const M2MBase &)

	M2MBase (const String &name, M2MBase::Mode mode, const String &resource_type, char *path, bool external_blockwise_store, bool multiple_instance, M2MBase::DataType type=M2MBase::OBJLINK)
	Constructor. More...

	M2MBase (const lwm2m_parameters_s *s)

virtual bool	observation_to_be_sent (const m2m::Vector< uint16_t > &changed_instance_ids, uint16_t obs_number, bool send_object=false)
	An observation callback to be sent to the server due to a change in the observed parameter. More...

void	set_base_type (M2MBase::BaseType type)
	Sets the base type for an object. More...

M2MReportHandler *	create_report_handler ()
	Create Report Handler object. More...

M2MReportHandler *	report_handler () const
	Returns the Report Handler object. More...

void	free_resources ()
	Delete the resource structures owned by this object. Note: this needs to be called separately from each subclass' destructor as this method uses a virtual method and the call needs to be done at same class which has the implementation of the pure virtual method.

NotificationDeliveryStatus	get_notification_delivery_status () const m2m_deprecated
	Returns notification send status. More...

void	clear_notification_delivery_status () m2m_deprecated
	Clears the notification send status to initial state.

void	get_observation_token (uint8_t *token, uint8_t &token_length) const
	Provides the observation token of the object. More...

void	set_observation_token (const uint8_t *token, const uint8_t length)
	Sets the observation token value. More...

virtual void	set_changed ()
	The data has changed and it needs to be updated into Device Management. Current implementation maintains the changed state only in M2MEndpoint. If any of the changes in an object changes the M2M registration structure, the information is propagated to M2MEndpoint using this interface.

void	handle_observation (nsdl_s nsdl, const sn_coap_hdr_s &received_coap_header, sn_coap_hdr_s &coap_response, M2MObservationHandler observation_handler, sn_coap_msg_code_e &response_code)
	Handles subscription request. More...

void	start_observation (const sn_coap_hdr_s &received_coap_header, M2MObservationHandler *observation_handler)
	Start the observation. More...

Friends
class	M2MObject

class	Test_M2MObjectInstance

class	Test_M2MObject

class	Test_M2MDevice

class	Test_M2MSecurity

class	Test_M2MServer

class	Test_M2MInterfaceFactory

class	Test_M2MNsdlInterface

class	Test_M2MFirmware

class	Test_M2MTLVSerializer

class	Test_M2MTLVDeserializer

class	Test_M2MBase

class	Test_M2MResource

class	Test_M2MResourceInstance

class	TestFactory

Additional Inherited Members
Public Types inherited from M2MBase
enum	BaseType { Object = 0x0, Resource = 0x1, ObjectInstance = 0x2, ResourceInstance = 0x3 }
	Enum to define the type of object.

enum	Observation { None = 0x0, R_Attribute = 0x01, OI_Attribute = 0x02, OIR_Attribute = 0x03, O_Attribute = 0x04, OR_Attribute = 0x05, OOI_Attribute = 0x06, OOIR_Attribute = 0x07 }
	Enum to define observation level.

enum	Mode { Static, Dynamic, Directory }
	Enum defining a resource type.

enum	DataType { STRING, INTEGER, FLOAT, BOOLEAN, OPAQUE, TIME, OBJLINK }
	Enum defining a resource data type.

enum	Operation { NOT_ALLOWED = 0x00, GET_ALLOWED = 0x01, PUT_ALLOWED = 0x02, GET_PUT_ALLOWED = 0x03, POST_ALLOWED = 0x04, GET_POST_ALLOWED = 0x05, PUT_POST_ALLOWED = 0x06, GET_PUT_POST_ALLOWED = 0x07, DELETE_ALLOWED = 0x08, GET_DELETE_ALLOWED = 0x09, PUT_DELETE_ALLOWED = 0x0A, GET_PUT_DELETE_ALLOWED = 0x0B, POST_DELETE_ALLOWED = 0x0C, GET_POST_DELETE_ALLOWED = 0x0D, PUT_POST_DELETE_ALLOWED = 0x0E, GET_PUT_POST_DELETE_ALLOWED = 0x0F }
	Enum defining an operation that can be supported by a given resource.

enum	MessageDeliveryStatus { MESSAGE_STATUS_INIT = 0, MESSAGE_STATUS_BUILD_ERROR, MESSAGE_STATUS_RESEND_QUEUE_FULL, MESSAGE_STATUS_SENT, MESSAGE_STATUS_DELIVERED, MESSAGE_STATUS_SEND_FAILED, MESSAGE_STATUS_SUBSCRIBED, MESSAGE_STATUS_UNSUBSCRIBED, MESSAGE_STATUS_REJECTED }
	Enum defining an status codes that can happen when sending confirmable message.

enum	MessageType { NOTIFICATION = 0, DELAYED_POST_RESPONSE, BLOCK_SUBSCRIBE, PING }

enum	MaxPathSize { MAX_NAME_SIZE = 64, MAX_INSTANCE_SIZE = 5, MAX_PATH_SIZE = ((MAX_NAME_SIZE * 2) + (MAX_INSTANCE_SIZE * 2) + 3 + 1), MAX_PATH_SIZE_2 = ((MAX_NAME_SIZE * 2) + MAX_INSTANCE_SIZE + 2 + 1), MAX_PATH_SIZE_3 = (MAX_NAME_SIZE + (MAX_INSTANCE_SIZE * 2) + 2 + 1), MAX_PATH_SIZE_4 = (MAX_NAME_SIZE + MAX_INSTANCE_SIZE + 1 + 1) }

typedef void(*	notification_delivery_status_cb) (const M2MBase &base, const NotificationDeliveryStatus status, void *client_args)

typedef void(*	message_delivery_status_cb) (const M2MBase &base, const MessageDeliveryStatus status, const MessageType type, void *client_args)

typedef struct M2MBase::lwm2m_parameters	lwm2m_parameters_s
	LwM2M parameters.

Static Public Member Functions inherited from M2MBase
static char *	create_path (const M2MObject &parent, const char *name)

static char *	create_path (const M2MObject &parent, uint16_t object_instance)

static char *	create_path (const M2MResource &parent, uint16_t resource_instance)

static char *	create_path (const M2MResource &parent, const char *name)

static char *	create_path (const M2MObjectInstance &parent, const char *name)

Static Protected Member Functions inherited from M2MBase
static void *	memory_alloc (uint32_t size)
	Memory allocation required for libCoap. More...

static void	memory_free (void *ptr)
	Memory free functions required for libCoap. More...

static char *	alloc_string_copy (const char *source)
	Allocate and make a copy of given zero terminated string. This is functionally equivalent with strdup(). More...

static uint8_t *	alloc_string_copy (const uint8_t *source, uint32_t size)
	Allocate (size + 1) amount of memory, copy size bytes into it and add zero termination. More...

static uint8_t *	alloc_copy (const uint8_t *source, uint32_t size)
	Allocate (size) amount of memory, copy size bytes into it. More...

static bool	validate_string_length (const String &string, size_t min_length, size_t max_length)

static bool	validate_string_length (const char *string, size_t min_length, size_t max_length)

static bool	build_path (StringBuffer< MAX_PATH_SIZE > &buffer, const char s1, uint16_t i1, const char s2, uint16_t i2)

static bool	build_path (StringBuffer< MAX_PATH_SIZE_2 > &buffer, const char s1, uint16_t i1, const char s2)

static bool	build_path (StringBuffer< MAX_PATH_SIZE_3 > &buffer, const char *s1, uint16_t i1, uint16_t i2)

static bool	build_path (StringBuffer< MAX_PATH_SIZE_4 > &buffer, const char *s1, uint16_t i1)

static char *	stringdup (const char *s)

static bool	is_blockwise_needed (const nsdl_s *nsdl, uint32_t payload_len)
	Checks whether blockwise is needed to send resource value to server. More...

Member Function Documentation

virtual void M2MObjectInstance::add_observation_level ( M2MBase::Observation observation_level )

virtual

Adds the observation level for the object.

Parameters

observation_level The level of observation.

Reimplemented from M2MBase.

M2MResource* M2MObjectInstance::create_dynamic_resource	(	const String &	resource_name,
		const String &	resource_type,
		M2MResourceInstance::ResourceType	type,
		bool	observable,
		bool	multiple_instance = `false`,
		bool	external_blockwise_store = `false`
	)

Creates a dynamic resource for a given mbed Client Inteface object. With this, the client can respond to different queries from the server (GET,PUT etc). This type of resource is also observable and carries callbacks.

Parameters

resource_name	The name of the resource.
resource_type	The type of the resource.
observable	Indicates whether the resource is observable or not.
multiple_instance	The resource can have multiple instances, default is false.
external_blockwise_store	If true CoAP blocks are passed to application through callbacks otherwise handled in mbed-client-c.

Returns: M2MResource The resource for managing other client operations.

M2MResource* M2MObjectInstance::create_dynamic_resource	(	const uint16_t	resource_name,
		const char *	resource_type,
		M2MResourceInstance::ResourceType	type,
		bool	observable,
		bool	multiple_instance = `false`,
		bool	external_blockwise_store = `false`
	)

Creates a dynamic resource for a given mbed Client Inteface object. With this, the client can respond to different queries from the server (GET,PUT etc). This type of resource is also observable and carries callbacks.

Parameters

resource_name	The name of the resource.
resource_type	The type of the resource as null-terminated string.
observable	Indicates whether the resource is observable or not.
multiple_instance	The resource can have multiple instances, default is false.
external_blockwise_store	If true CoAP blocks are passed to application through callbacks otherwise handled in mbed-client-c.

Returns: M2MResource The resource for managing other client operations.

M2MResource* M2MObjectInstance::create_dynamic_resource	(	const lwm2m_parameters_s *	static_res,
		M2MResourceInstance::ResourceType	type,
		bool	observable
	)

TODO!

Returns: M2MResource The resource for managing other client operations.

M2MResourceInstance* M2MObjectInstance::create_dynamic_resource_instance	(	const String &	resource_name,
		const String &	resource_type,
		M2MResourceInstance::ResourceType	type,
		bool	observable,
		uint16_t	instance_id,
		bool	external_blockwise_store = `false`
	)

Creates a dynamic resource instance for a given mbed Client Inteface object. With this, the client can respond to different queries from the server (GET,PUT etc). This type of resource is also observable and carries callbacks.

Parameters

resource_name	The name of the resource.
resource_type	The type of the resource.
observable	Indicates whether the resource is observable or not.
instance_id	The instance ID of the resource.
external_blockwise_store	If true CoAP blocks are passed to application through callbacks otherwise handled in mbed-client-c.

Returns: M2MResourceInstance The resource instance for managing other client operations.

M2MResource* M2MObjectInstance::create_static_resource	(	const lwm2m_parameters_s *	static_res,
		M2MResourceInstance::ResourceType	type
	)

TODO!

Returns: M2MResource The resource for managing other client operations.

M2MResource* M2MObjectInstance::create_static_resource	(	const String &	resource_name,
		const String &	resource_type,
		M2MResourceInstance::ResourceType	type,
		const uint8_t *	value,
		const uint8_t	value_length,
		bool	multiple_instance = `false`,
		bool	external_blockwise_store = `false`
	)

Creates a static resource for a given mbed Client Inteface object. With this, the client can respond to server's GET methods with the provided value.

Parameters

resource_name	The name of the resource.
resource_type	The type of the resource.
value	A pointer to the value of the resource.
value_length	The length of the value in the pointer.
multiple_instance	A resource can have multiple instances, default is false.
external_blockwise_store	If true CoAP blocks are passed to application through callbacks otherwise handled in mbed-client-c.

Returns: M2MResource The resource for managing other client operations.

M2MResourceInstance* M2MObjectInstance::create_static_resource_instance	(	const String &	resource_name,
		const String &	resource_type,
		M2MResourceInstance::ResourceType	type,
		const uint8_t *	value,
		const uint8_t	value_length,
		uint16_t	instance_id,
		bool	external_blockwise_store = `false`
	)

Creates a static resource instance for a given mbed Client Inteface object. With this, the client can respond to server's GET methods with the provided value.

Parameters

resource_name	The name of the resource.
resource_type	The type of the resource.
value	A pointer to the value of the resource.
value_length	The length of the value in pointer.
instance_id	The instance ID of the resource.
external_blockwise_store	If true CoAP blocks are passed to application through callbacks otherwise handled in mbed-client-c.

Returns: M2MResourceInstance The resource instance for managing other client operations.

virtual sn_coap_hdr_s* M2MObjectInstance::handle_get_request	(	nsdl_s *	nsdl,
		sn_coap_hdr_s *	received_coap_header,
		M2MObservationHandler *	observation_handler = `NULL`
	)

virtual

Handles GET request for the registered objects.

Parameters

nsdl	The NSDL handler for the CoAP library.
received_coap_header	The CoAP message received from the server.
observation_handler	The handler object for sending observation callbacks. return sn_coap_hdr_s The message that needs to be sent to the server.

Reimplemented from M2MBase.

virtual sn_coap_hdr_s* M2MObjectInstance::handle_post_request	(	nsdl_s *	nsdl,
		sn_coap_hdr_s *	received_coap_header,
		M2MObservationHandler *	observation_handler,
		bool &	execute_value_updated,
		sn_nsdl_addr_s *	address = `NULL`
	)

virtual

Handles POST request for the registered objects.

Parameters

nsdl	The NSDL handler for the CoAP library.
received_coap_header	The CoAP message received from the server.
observation_handler	The handler object for sending observation callbacks.
execute_value_updated	True will execute the "value_updated" callback.

Returns: sn_coap_hdr_s The message that needs to be sent to server.

Reimplemented from M2MBase.

virtual sn_coap_hdr_s* M2MObjectInstance::handle_put_request	(	nsdl_s *	nsdl,
		sn_coap_hdr_s *	received_coap_header,
		M2MObservationHandler *	observation_handler,
		bool &	execute_value_updated
	)

virtual

Handles PUT request for the registered objects.

Parameters

nsdl	The NSDL handler for the CoAP library.
received_coap_header	The CoAP message received from the server.
observation_handler	The handler object for sending observation callbacks.
execute_value_updated	True will execute the "value_updated" callback.

Returns: sn_coap_hdr_s The message that needs to be sent to server.

Reimplemented from M2MBase.

virtual M2MObservationHandler* M2MObjectInstance::observation_handler ( ) const

virtual

Returns the Observation Handler object.

Returns: M2MObservationHandler object.

Implements M2MBase.

virtual void M2MObjectInstance::remove_observation_level ( M2MBase::Observation observation_level )

virtual

Removes the observation level from the object.

Parameters

observation_level The level of observation.

Reimplemented from M2MBase.

bool M2MObjectInstance::remove_resource ( const String & name )

Removes the resource with the given name.

Parameters

name	The name of the resource to be removed. Note: this will be removed in next version, please use the remove_resource(const char*) version instead.

Returns: True if removed, else false.

bool M2MObjectInstance::remove_resource ( const char * name )

Removes the resource with the given name.

Parameters

name	The name of the resource to be removed.

Returns: True if removed, else false.

bool M2MObjectInstance::remove_resource_instance	(	const String &	resource_name,
		uint16_t	instance_id
	)

Removes the resource instance with the given name.

Parameters

resource_name	The name of the resource instance to be removed.
instance_id	The instance ID of the instance.

Returns: True if removed, else false.

M2MResource* M2MObjectInstance::resource ( const uint16_t resource_id ) const

Returns the resource with the given name.

Parameters

name	The name of the requested resource.

Returns: Resource reference if found, else NULL.

uint16_t M2MObjectInstance::resource_count ( ) const

Returns the total number of resources with the object.

Returns: Total number of the resources.

uint16_t M2MObjectInstance::resource_count ( const String & resource ) const

Returns the total number of single resource instances. Note: this will be removed in next version, please use the resource_count(const char*) version instead.

Parameters

resource The name of the resource.

Returns: Total number of the resources.

uint16_t M2MObjectInstance::resource_count ( const char * resource ) const

Returns the total number of single resource instances.

Parameters

resource The name of the resource.

Returns: Total number of the resources.

const M2MResourceList& M2MObjectInstance::resources ( ) const

Returns a list of M2MResourceBase objects.

Returns: A list of M2MResourceBase objects.

virtual void M2MObjectInstance::set_observation_handler ( M2MObservationHandler * handler )

virtual

Sets the observation handler.

Parameters

handler Observation handler

Implements M2MBase.

The documentation for this class was generated from the following file:

mbed-cloud-client/mbed-client/mbed-client/m2mobjectinstance.h

Documentation

Public Member Functions

Protected Member Functions

Friends

Additional Inherited Members

Member Function Documentation