ZAF Interface#

EInclusionMode_t#

EInclusionMode_t

Used to indicate node inclusion type that related to it working over Long Range or Z-Wave mode.

This information will be used to distinguish between these two mode in order to indicate the needed operations when they differ between Z-Wave and Long Range.

zaf_wake_up_callback_t#

typedef void(* zaf_wake_up_callback_t) (void) )(void)

ZAF_Init#

void ZAF_Init (TaskHandle_t AppTaskHandle, SApplicationHandles * pAppHandles)

Initializes the Z-Wave Application Framework.

This function must be invoked by end devices and portable controllers, but not Serial API.

It initializes the following stuff:

• Application timer

• Board

• Application file system

• Power lock for FLiRS

• True Status

• Command Publisher

• All command classes that have registered an init function.

• Generates the three lists of command classes used for Node Information Frame, etc.

ZAF_Reset#

void ZAF_Reset (void )

Reset ZAF and command classes that have registered a reset function with a REGISTER_CC macro.

ZAF_getAppTaskHandle#

TaskHandle_t ZAF_getAppTaskHandle (void )

Returns the task handle set by ZAF_Init().

Returns

• Task handle.

zaf_stay_awake#

void zaf_stay_awake (void )

Makes the node stay awake for either 2 or 10 seconds.

For an LS (listening sleeping) node, the node will stay awake for 2 seconds. If the node supports CC Wake Up, it will stay awake for 10 seconds, if CC Wake Up is active.

For RS (reporting sleeping), the node will stay awake for 10 seconds, if CC Wake Up is active.

zaf_learn_mode_finished#

void zaf_learn_mode_finished (void )

Function called when the EVENT_SYSTEM_LEARNMODE_FINISHED is received.

This function is weakly defined and can be overwritten by one command class. Applications should not overwrite this function instead they should handle the event. CC WakeUp overwrites it.

ZAF_setAppHandle#

void ZAF_setAppHandle (SApplicationHandles * pAppHandle)

Pass an application handle to the ZAF framework with pointers to application resources.

Can be later used by CC-s.

ZAF_setPowerLock#

void ZAF_setPowerLock (zpal_pm_handle_t powerLock)

Pass an application power lock handle to the ZAF framework.

Can be later used by CC-s. Used for Power management in case of wake up of FLiRS nodes.

ZAF_SetCPHandle#

void ZAF_SetCPHandle (CP_Handle_t handle)

Set the CP context.

The application should use this an initialization, so the ZAF_Common interface can redistribute the pContext address subsequently

ZAF_getAppHandle#

SApplicationHandles * ZAF_getAppHandle (void )

Get m_pAppHandles object.

Returns

• m_pAppHandles

ZAF_getProtocolInfo#

const SProtocolInfo * ZAF_getProtocolInfo (void )

Get Protocol Info object.

Returns

• pProtocolInfo member of m_pAppHandles

ZAF_getZwTxQueue#

SQueueNotifying * ZAF_getZwTxQueue (void )

Get Notifying queue object.

It is stored in m_pAppHandles Returns

• pZwTxQueue member of m_pAppHandles

ZAF_getZwCommandQueue#

SQueueNotifying * ZAF_getZwCommandQueue (void )

Get Notifying queue object used for ZW Command Queue.

Returns

• pZwCommandQueue member of m_pAppHandles

ZAF_getNetworkStatistics#

const zpal_radio_network_stats_t * ZAF_getNetworkStatistics (void )

Get Network Statistics object.

Returns

• pNetworkStatistics member of m_pAppHandles

ZAF_getPowerLock#

zpal_pm_handle_t ZAF_getPowerLock (void )

Get m_PowerLock object.

Returns

• m_PowerLock

ZAF_GetSecurityKeys#

uint8_t ZAF_GetSecurityKeys (void )

Returns the granted security keys.

Refer to ZW_security_api.h for the security key masks. Returns

• 8 bit mask where a set bit indicates that a security key is granted.

ZAF_getCPHandle#

CP_Handle_t ZAF_getCPHandle (void )

Get Command Publisher handle Any other module can request the address of the CP context to use the API.

Returns

• Pointer to Command Publisher context

isFLiRS#

bool isFLiRS (const SAppNodeInfo_t * pAppNodeInfo)

Check if device is FLiRS based on device option mask.

Returns

• True or false, based on pAppNodeInfo

ZAF_GetInclusionState#

EInclusionState_t ZAF_GetInclusionState (void )

Returns the current inclusion state of the node.

Returns

• EInclusionState_t

ZAF_GetNodeID#

node_id_t ZAF_GetNodeID (void )

Returns the current ID of the node.

If the node is not added to a network, the node ID is zero. Returns

• Node ID

ZAF_GetHomeID#

uint32_t ZAF_GetHomeID (void )

Returns the current home ID.

Returns

• Home ID

ZAF_GetSucNodeId#

node_id_t ZAF_GetSucNodeId (void )

Returns the current Suc node ID.

Returns

• Suc Node ID

ZAF_GetInclusionMode#

EInclusionMode_t ZAF_GetInclusionMode (void )

Returns the current inclusion mode of the node, which indicates whether the node is acting as a Z-Wave or Z-Wave LR node.

Returns

• EInclusionMode_t

isRfRegionValid#

bool isRfRegionValid (zpal_radio_region_t region)

Checks if region is supported by Z-Wave stack.

Returns

• True if region is valid, false if it isn't.

ZAF_isLongRangeRegion#

bool ZAF_isLongRangeRegion (zpal_radio_region_t eRegion)

Check if eRegion is a Long Range region.

Warning: the function does not check that the region is supported by the zpal. Returns

• True if the region support Long Range, False otherwise.

zaf_set_stay_awake_callback#

void zaf_set_stay_awake_callback (zaf_wake_up_callback_t callback)

Registers a wake up function to keep the node awake.

The function will be invoked on every reception of a frame to keep the node awake.

zaf_get_stay_awake_callback#

zaf_wake_up_callback_t zaf_get_stay_awake_callback (void )

Returns the wake up callback.

Returns

• Wake up callback