HANDLER_SECTION#

#define HANDLER_SECTION

"zw_cc_handlers_v3"

cc_handlers_start#

#define cc_handlers_start

__start_zw_cc_handlers_v3

cc_handlers_stop#

#define cc_handlers_stop

__stop_zw_cc_handlers_v3

REGISTER_CC_V5#

#define REGISTER_CC_V5

Registers a given command class with version, handler, etc.

Every CC must register itself using the latest REGISTER_CC macro. Doing so will enable ZAF to process certain parts without the need for additional handling in the application. One example being the dispatching of command class frames to the correct command class.

Using this macro will make the linker place a variable in a specific linker section which effectively will create an array of registered command classes. ZAF uses this array to look up different information about the supported command classes.

Please see existing command classes for examples of usage.

Remarks

• Requires a CC handler matching cc_handler_v3_t.

REGISTER_CC_V4#

#define REGISTER_CC_V4

Registers a given command class with version, handler, etc.

Every CC must register itself using the latest REGISTER_CC macro. Doing so will enable ZAF to process certain parts without the need for additional handling in the application. One example being the dispatching of command class frames to the correct command class.

Using this macro will make the linker place a variable in a specific linker section which effectively will create an array of registered command classes. ZAF uses this array to look up different information about the supported command classes.

Please see existing command classes for examples of usage.

Remarks

• Requires a CC handler matching cc_handler_v2_t.

REGISTER_CC_V3#

#define REGISTER_CC_V3

Registers a given command class with version, handler, etc.

Every CC must register itself using the latest REGISTER_CC macro. Doing so will enable ZAF to process certain parts without the need for additional handling in the application. One example being the dispatching of command class frames to the correct command class.

Using this macro will make the linker place a variable in a specific linker section which effectively will create an array of registered command classes. ZAF uses this array to look up different information about the supported command classes.

Please see existing command classes for examples of usage.

Remarks

• Requires a CC handler matching cc_handler_v2_t.

REGISTER_CC_V2#

#define REGISTER_CC_V2

Registers a given command class with version, handler, etc.

Requires a CC handler matching cc_handler_v2_t.

REGISTER_CC#

#define REGISTER_CC

Registers a given command class with version, handler, etc.

Requires a CC handler matching cc_handler_t.

ZAF_CC_CONFIG_SECTION#

#define ZAF_CC_CONFIG_SECTION

"zw_zaf_cc_config"

ZAF_CC_REGISTER_CONFIG#

#define ZAF_CC_REGISTER_CONFIG

Registers a given command class configuration.

e_cmd_handler_return_code_t#

e_cmd_handler_return_code_t

received_frame_status_t#

received_frame_status_t

Status on incoming frame.

Use same values as cc_supervision_status_t

zaf_job_status_t#

zaf_job_status_t

Callback status used on framework API for request/response-job.

TRANSMISSION_RESULT_FINISH_STATUS#

TRANSMISSION_RESULT_FINISH_STATUS

Indicates whether all transmissions are done.

Used by TRANSMISSION_RESULT.

MULTICHAN_SOURCE_NODE_ID#

typedef struct _MULTICHAN_SOURCE_NODE_ID_ MULTICHAN_SOURCE_NODE_ID

MULTICHAN_DEST_NODE_ID#

typedef struct _MULTICHAN_DEST_NODE_ID_ MULTICHAN_DEST_NODE_ID

RECEIVE_OPTIONS_TYPE_EX#

typedef struct _RECEIVE_OPTIONS_TYPE_EX_ RECEIVE_OPTIONS_TYPE_EX

Properties of the received frame.

Used mostly by command classes to prepare response to a command.

cc_group_t#

typedef ccc_pair_t cc_group_t

For backwards compatibility.

CMD_CLASS_GRP#

typedef cc_group_t CMD_CLASS_GRP

AGI_PROFILE#

typedef agi_profile_t AGI_PROFILE

For backwards compatibility.

job_status_t#

typedef zaf_job_status_t job_status_t

For backwards compatibility.

JOB_STATUS#

typedef job_status_t JOB_STATUS

TRANSMISSION_RESULT#

typedef transmission_result_t TRANSMISSION_RESULT

For backwards compatibility.

cc_handler_t#

typedef void(* cc_handler_t) (void) )(void)

cc_handler_v1_t#

typedef received_frame_status_t(* cc_handler_v1_t) (RECEIVE_OPTIONS_TYPE_EX *, ZW_APPLICATION_TX_BUFFER *, uint8_t) )(RECEIVE_OPTIONS_TYPE_EX *, ZW_APPLICATION_TX_BUFFER *, uint8_t)

cc_handler_v2_t#

typedef received_frame_status_t(* cc_handler_v2_t) (RECEIVE_OPTIONS_TYPE_EX *, ZW_APPLICATION_TX_BUFFER *, uint8_t, ZW_APPLICATION_TX_BUFFER *, uint8_t *) )(RECEIVE_OPTIONS_TYPE_EX *, ZW_APPLICATION_TX_BUFFER *, uint8_t, ZW_APPLICATION_TX_BUFFER *, uint8_t *)

cc_handler_input_t#

typedef struct _cc_handler_input_t cc_handler_input_t

cc_handler_output_t#

typedef struct _cc_handler_output_t cc_handler_output_t

cc_handler_v3_t#

typedef received_frame_status_t(* cc_handler_v3_t) (cc_handler_input_t *, cc_handler_output_t *) )(cc_handler_input_t *, cc_handler_output_t *)

basic_set_mapper_t#

typedef void(* basic_set_mapper_t) (ZW_APPLICATION_TX_BUFFER *p_frame) )(ZW_APPLICATION_TX_BUFFER *p_frame)

Basic Set mapper function type.

Use this type when defining a function for Basic Set mapping.

basic_get_mapper_t#

typedef void(* basic_get_mapper_t) (uint8_t endpoint, uint8_t *p_current_value, uint8_t *p_target_value, uint8_t *p_duration) )(uint8_t endpoint, uint8_t *p_current_value, uint8_t *p_target_value, uint8_t *p_duration)

Basic Get mapper function type.

Use this type when defining a function for Basic Get mapping.

cc_init_function_t#

typedef void(* cc_init_function_t) (void) )(void)

cc_reset_function_t#

typedef void(* cc_reset_function_t) (void) )(void)

lifeline_report_get_t#

typedef uint8_t(* lifeline_report_get_t) (cc_group_t *p_cc_pair) )(cc_group_t *p_cc_pair)

A lifeline report function must take an array of CC pairs as input and return the number of CC pairs being added to the array.

CC_handler_map_latest_t#

typedef CC_handler_map_v4_t CC_handler_map_latest_t

Defines a type for the latest available CC handle type.

Users of the CC handle must use this type to avoid changes caused by a future handle version.

ZAF_TX_Callback_t#

typedef void(* ZAF_TX_Callback_t) (transmission_result_t *pTxResult) )(transmission_result_t *pTxResult)

ZW_TX_Callback_t#

typedef void(* ZW_TX_Callback_t) (uint8_t txStatus, TX_STATUS_TYPE *extendedTxStatus) )(uint8_t txStatus, TX_STATUS_TYPE *extendedTxStatus)

Callback function triggered after completed transmission.

ZW_TX_Multi_Callback_t#

typedef void(* ZW_TX_Multi_Callback_t) (uint8_t txStatus) )(uint8_t txStatus)

Callback function triggered after ZW_SendDataMulti_Bridge completed transmission.

ZW_Void_Callback_t#

typedef void(* ZW_Void_Callback_t) (void) )(void)

Generic Callback function type.

zaf_cc_config_entry_latest_t#

typedef zaf_cc_config_entry_v1_t zaf_cc_config_entry_latest_t

Eases the upgrade to future versions of the CC config struct.

__start_zw_cc_handlers_v3#

const CC_handler_map_latest_t __start_zw_cc_handlers_v3

This is the first of the registered app handlers.

__stop_zw_cc_handlers_v3#

const CC_handler_map_latest_t __stop_zw_cc_handlers_v3

This marks the end of the handlers.

The element after the last element. This means that this element is not valid.