Network Utilities.

Modules
Link_metrics_status
Defines the possible status values, that could be returned in a link management response message.

IPv6
IPv6 Addressing Utilities.

Forming and Joining
Forming and Joining Utilities.

Commissioning
Commissioning Utilities.

Data Structures
struct	EmberNetworkParameters
	An application structure to hold useful network parameters.

struct	EmberNetworkDebugParameters
	An application structure to hold useful network debug parameters.

Macros
#define	EMBER_NETWORK_DATA_LEADER_SIZE 8
	Network data values.

#define	EMBER_IPV6_ADDRESS_STRING_SIZE 40
	Maximum size of a string written by emberIpv6AddressToString, including a NUL terminator. It is sufficient to store the string "ffff:ffff:ffff:ffff:ffff:ffff:ffff:ffff" and a NUL terminator.

#define	EMBER_IPV6_PREFIX_STRING_SIZE 44
	Maximum size of a string written by emberIpv6PrefixToString, including a NUL terminator. It is sufficient to store the string "ffff:ffff:ffff:ffff:ffff:ffff:ffff:ffff/128" and a NUL terminator.

#define	EMBER_IPV6_BITS 128
	Number of bits in an IPv6 address.

#define	EMBER_IPV6_BYTES (EMBER_IPV6_BITS / 8)
	Number of bytes in an IPv6 address.

#define	EMBER_IPV6_FIELDS (EMBER_IPV6_BYTES / 2)
	Number of fields in an IPv6 address.

#define	EMBER_IPV6_MTU 1280
	Size of the largest supported IPv6 packet.

#define	EMBER_MAX_UDP_PAYLOAD_LENGTH 1232
	Size of the largest supported UDP payload in bytes. This number comes from subtracting the IPv6 header size of 40 and the UDP header size of 8 from the EMBER_IPV6_MTU of 1280.

Functions
void	emberInit (void)
	This function initializes the Ember stack.

void	emberInitReturn (EmberStatus status)
	This function provides the result of a call to emberInit().

void	emberTick (void)
	A periodic tick routine that must be called in the application's main event loop.

void	emberCustomHostToNcpMessage (const uint8_t *message, uint16_t messageLength)
	This function sends a custom message from the Host to the NCP.

void	emberCustomHostToNcpMessageHandler (const uint8_t *message, uint16_t messageLength)
	NCP handler called to process a custom message from the Host.

void	emberCustomNcpToHostMessage (const uint8_t *message, uint16_t messageLength)
	This function sends a custom message from the NCP to the Host.

void	emberCustomNcpToHostMessageHandler (const uint8_t *message, uint16_t messageLength)
	Host handler called to process a custom message from the NCP.

void	emberSetEui64 (const EmberEui64 *eui64)
	This function sets the EUI.

void	emberHostToNcpNoOp (const uint8_t *bytes, uint8_t bytesLength)
	This function sends a no-op with data payload from the Host to the NCP.

void	emberNcpToHostNoOp (const uint8_t *bytes, uint8_t bytesLength)
	This function sends a no-op with data payload from the NCP to the Host.

void	emberLeaderDataHandler (const uint8_t *leaderData)
	A callback invoked when the leader data changes.

void	emberGetNetworkDataTlv (uint8_t type, uint8_t index)
	This function gets a Network Data TLV.

void	emberGetNetworkDataTlvReturn (uint8_t type, uint8_t index, uint8_t versionNumber, const uint8_t *tlv, uint8_t tlvLength)
	This function provides the result of a call to emberGetNetworkDataTlv().

void	emberEcho (const uint8_t *data, uint8_t length)
	Test command. Echo data to the NCP.

void	emberEchoReturn (const uint8_t *data, uint8_t length)
	Callback for a debug command. Provides the result of emberEcho.

void	emberAssertInfoReturn (const uint8_t *fileName, uint32_t lineNumber)
	Sent from the NCP to the host when an assert occurs.

void	emberStartXonXoffTest (void)

bool	emberPing (const uint8_t *destination, uint16_t id, uint16_t sequence, uint16_t length, uint8_t hopLimit)

void	emberEnableNetworkFragmentation (void)

void	emberHostJoinClientComplete (uint32_t keySequence, const uint8_t key, const uint8_t ulaPrefix)

bool	emberIpv6AddressToString (const EmberIpv6Address src, uint8_t dst, size_t dstSize)
	This function converts an EmberIpv6Address to a NUL-terminated string.

bool	emberIpv6PrefixToString (const EmberIpv6Address src, uint8_t srcPrefixBits, uint8_t dst, size_t dstSize)
	This function converts an EmberIpv6Address and prefix length to a NUL-terminated string.

bool	emberIpv6StringToAddress (const uint8_t src, EmberIpv6Address dst)
	This function converts a NUL-terminated string to an EmberIpv6Address.

bool	emberIpv6StringToPrefix (const uint8_t src, EmberIpv6Address dst, uint8_t *dstPrefixBits)
	This function converts a NUL-terminated string to an EmberIpv6Address with a prefix length.

bool	emberIsIpv6UnspecifiedAddress (const EmberIpv6Address *address)
	This function checks an EmberIpv6Address to see if it is set to all zeroes which represents an unspecified address.

bool	emberIsIpv6LoopbackAddress (const EmberIpv6Address *address)
	This function checks an EmberIpv6Address to see if it is all zeroes, except the last byte, which is set to one, representing the loopback address.

void	emberSetRadioHoldOff (bool enable)
	This function enables or disables Radio HoldOff support.

void	emberSetRadioHoldOffReturn (EmberStatus status)
	This function provides the result of a call to emberSetRadioHoldOff.

void	emberGetPtaEnable (void)
	This function fetches whether packet traffic arbitration is enabled or disabled.

void	emberGetPtaEnableReturn (bool enabled)
	This function provides the result of a call to emberGetPtaEnable.

void	emberSetPtaEnable (bool enabled)
	This function enables or disables packet traffic arbitration.

void	emberSetPtaEnableReturn (EmberStatus status)
	This function provides the result of a call to emberSetPtaEnable.

void	emberGetPtaOptions (void)
	This function fetches packet traffic arbitration configuration options.

void	emberGetPtaOptionsReturn (uint32_t options)
	This function provides the result of a call to emberGetPtaOptions.

void	emberGetPtaPwmOptions (void)
	This function fetches packet traffic arbitration PWM options.

void	emberGetPtaPwmOptionsReturn (uint8_t request, uint8_t dutyCycle, uint8_t periodHalfMs)
	This function provides the result of a call to emberGetPtaPwmOptions.

void	emberSetPtaOptions (uint32_t options)
	This function configures packet traffic arbitration options.

void	emberSetPtaOptionsReturn (EmberStatus status)
	This function provides the result of a call to emberSetPtaOptions.

void	emberSetPtaPwmOptions (uint8_t request, uint8_t dutyCycle, uint8_t periodHalfMs)
	This function configures packet traffic arbitration PWM options.

void	emberSetPtaPwmOptionsReturn (EmberStatus status)
	This function provides the result of a call to emberSetPtaPwmOptions.

void	emberGetPtaDirectionalPriorityPulseWidth (void)
	This function fetches the packet traffic arbitration directional priority pulse width in microseconds. (Only valid on EFR32)

void	emberGetPtaDirectionalPriorityPulseWidthReturn (uint8_t pulseWidth)
	This function provides the result of a call to emberGetPtaDirectionalPriorityPulseWidth. (Only valid on EFR32)

void	emberSetPtaDirectionalPriorityPulseWidth (uint8_t pulseWidth)
	This function configures packet traffic arbitration directional priority pulse width. (Only valid on EFR32)

void	emberSetPtaDirectionalPriorityPulseWidthReturn (EmberStatus status)
	This function provides the result of a call to emberSetPtaDirectionalPriorityPulseWidth. (Only valid on EFR32)

void	emberGetPtaPhySelectTimeout (void)
	This function fetches the packet traffic arbitration PHY select timeout in milliseconds. (Only valid on EFR32)

void	emberGetPtaPhySelectTimeoutReturn (uint8_t timeoutMs)
	This function provides the result of a call to emberGetPtaPhySelectTimeout. (Only valid on EFR32)

void	emberSetPtaPhySelectTimeout (uint8_t timeoutMs)
	This function configures packet traffic arbitration PHY select timeout. (Only valid on EFR32)

void	emberSetPtaPhySelectTimeoutReturn (EmberStatus status)
	This function provides the result of a call to emberSetPtaPhySelectTimeout. (Only valid on EFR32)

void	emberGetAntennaMode (void)
	This function fetches the current antenna mode.

void	emberGetAntennaModeReturn (EmberStatus status, uint8_t mode)
	This function provides the result of a call to emberGetAntennaMode.

void	emberSetAntennaMode (uint8_t mode)
	This function configures the antenna mode.

void	emberSetAntennaModeReturn (EmberStatus status)
	This function provides the result of a call to emberSetAntennaMode.

void	emberGetAntennaRxMode (void)
	This function fetches the current RX antenna mode.

void	emberGetAntennaRxModeReturn (EmberStatus status, uint8_t mode)
	This function provides the result of a call to emberGetAntennaRxMode.

void	emberSetAntennaRxMode (uint8_t mode)
	This function configures the Rx antenna mode.

void	emberSetAntennaRxModeReturn (EmberStatus status)
	This function provides the result of a call to emberSetAntennaRxMode.

void	emberRadioGetRandomNumbers (uint8_t count)
	This function gets a true random number out of radios that support this. This will typically take a while, and so should be used to seed a PRNG and not as a source of random numbers for regular use.

void	emberRadioGetRandomNumbersReturn (EmberStatus status, const uint16_t *rn, uint8_t count)
	This function provides the result of a call to emberRadioGetRandomNumbers.

void	emberMicroBusyHandler (bool busy)
	Callback informing the application running on the micro of interruptions to normal processing. If ::busy is true, the micro will be busy processing and unavailable for an indefinite period of time. If ::busy is false, the micro has resumed normal operation. The main use case is jpake crypto on EM3xx processors. This gives the application a chance to prepare for the pause in regular processing.

Variables
uint8_t	EmberNetworkParameters::networkId [EMBER_NETWORK_ID_SIZE]
	This will only be NUL terminated if the length of the network id is less than EMBER_NETWORK_ID_SIZE.

EmberIpv6Prefix	EmberNetworkParameters::ulaPrefix

uint8_t	EmberNetworkParameters::extendedPanId [EXTENDED_PAN_ID_SIZE]

uint16_t	EmberNetworkParameters::panId

uint8_t	EmberNetworkParameters::channel

EmberNodeType	EmberNetworkParameters::nodeType

int8_t	EmberNetworkParameters::radioTxPower

EmberKeyData	EmberNetworkParameters::masterKey

uint8_t	EmberNetworkParameters::joinKey [EMBER_JOIN_KEY_MAX_SIZE]
	This will only be NUL terminated if the length of the key is less than EMBER_JOIN_KEY_MAX_SIZE.

uint8_t	EmberNetworkParameters::joinKeyLength

uint8_t	EmberNetworkDebugParameters::ripId

EmberNodeId	EmberNetworkDebugParameters::nodeId

uint8_t	EmberNetworkDebugParameters::parentRipId

EmberNodeId	EmberNetworkDebugParameters::parentId

EmberNodeId	EmberNetworkDebugParameters::leaderNodeId

uint8_t	EmberNetworkDebugParameters::networkFragmentIdentifier [5]

uint32_t	EmberNetworkDebugParameters::networkFrameCounter

uint8_t	EmberLinkMetricsParameters::id

uint8_t	EmberLinkMetricsParameters::flags

uint8_t	EmberLinkMetricsParameters::typeIdFlags [EMBER_MAX_LINK_METRICS_TYPE_ID_FLAGS]

uint8_t	EmberLinkMetricsParameters::typeIdFlagLength

uint8_t	EmberRipEntry::macExtendedId [8]

EmberNodeType	EmberRipEntry::type

int8_t	EmberRipEntry::rollingRssi

uint8_t	EmberRipEntry::nextHopIndex

uint8_t	EmberRipEntry::ripMetric

uint8_t	EmberRipEntry::incomingLinkQuality

uint8_t	EmberRipEntry::outgoingLinkQuality

bool	EmberRipEntry::mleSync

uint8_t	EmberRipEntry::age

uint8_t	EmberRipEntry::routeDelta

uint16_t	EmberChildEntry::flags

uint8_t	EmberChildEntry::macExtendedId [8]

uint32_t	EmberChildEntry::timeoutSeconds

uint16_t	EmberChildEntry::secondsSinceLastTransaction

int8_t	EmberChildEntry::rssi

uint8_t	EmberMacBeaconData::networkId [16]

uint8_t	EmberMacBeaconData::extendedPanId [8]

uint8_t	EmberMacBeaconData::macExtendedId [8]

uint16_t	EmberMacBeaconData::panId

uint8_t	EmberMacBeaconData::protocolId

uint8_t	EmberMacBeaconData::channel

bool	EmberMacBeaconData::allowingJoin

uint8_t	EmberMacBeaconData::lqi

int8_t	EmberMacBeaconData::rssi

uint8_t	EmberMacBeaconData::version

uint16_t	EmberMacBeaconData::shortId

uint8_t	EmberMacBeaconData::steeringData [16]

uint8_t	EmberMacBeaconData::steeringDataLength

EmberKeyData *	EmberSecurityParameters::networkKey

uint8_t *	EmberSecurityParameters::presharedKey

uint8_t	EmberSecurityParameters::presharedKeyLength

EmberIpv6Address	EmberDnsResponse::ipAddress

Detailed Description

See network-management.h for source code.

Macro Definition Documentation

#define EMBER_IPV6_ADDRESS_STRING_SIZE 40

#define EMBER_IPV6_BITS 128

#define EMBER_IPV6_BYTES (EMBER_IPV6_BITS / 8)

#define EMBER_IPV6_FIELDS (EMBER_IPV6_BYTES / 2)

#define EMBER_IPV6_MTU 1280

#define EMBER_IPV6_PREFIX_STRING_SIZE 44

#define EMBER_MAX_UDP_PAYLOAD_LENGTH 1232

#define EMBER_NETWORK_DATA_LEADER_SIZE 8

Function Documentation

void emberAssertInfoReturn	(	const uint8_t *	`fileName,`
		uint32_t	`lineNumber`
	)

Sent from the NCP to the host when an assert occurs.

void emberCustomHostToNcpMessage	(	const uint8_t *	`message,`
		uint16_t	`messageLength`
	)

Parameters

`message`	message to send
`messageLength`	length of message

void emberCustomHostToNcpMessageHandler	(	const uint8_t *	`message,`
		uint16_t	`messageLength`
	)

Parameters

`message`	message received
`messageLength`	length of message

void emberCustomNcpToHostMessage	(	const uint8_t *	`message,`
		uint16_t	`messageLength`
	)

Parameters

`message`	message to send
`messageLength`	length of message

void emberCustomNcpToHostMessageHandler	(	const uint8_t *	`message,`
		uint16_t	`messageLength`
	)

Parameters

`message`	message received
`messageLength`	length of message

void emberEcho	(	const uint8_t *	`data,`
		uint8_t	`length`
	)

void emberEchoReturn	(	const uint8_t *	`data,`
		uint8_t	`length`
	)

void emberEnableNetworkFragmentation ( void )

void emberGetAntennaMode ( void )

void emberGetAntennaModeReturn	(	EmberStatus	`status,`
		uint8_t	`mode`
	)

Parameters

`status`	An EmberStatus value indicating success or the reason for failure.
`mode`	the current antenna mode 0-don't alter antenna selection, 1-antenna 1, 2-antenna 2, 3-TX antenna diversity

This function provides the result of a call to emberGetAntennaMode.

Parameters

`status`	An EmberStatus value indicating success or the reason for failure.
`mode`	the current antenna mode 0-don't alter antenna selection, 1-antenna 1, 2-antenna 2, 3-TX antenna diversity

void emberGetAntennaRxMode ( void )

void emberGetAntennaRxModeReturn	(	EmberStatus	`status,`
		uint8_t	`mode`
	)

Parameters

`status`	An EmberStatus value indicating success or the reason for failure.
`mode`	the current RX antenna mode 0-don't alter antenna selection, 1-antenna 1, 2-antenna 2, 3-RX antenna diversity

This function provides the result of a call to emberGetAntennaRxMode.

Parameters

`status`	An EmberStatus value indicating success or the reason for failure.
`mode`	the current RX antenna mode 0-don't alter antenna selection, 1-antenna 1, 2-antenna 2, 3-RX antenna diversity

void emberGetNetworkDataTlv	(	uint8_t	`type,`
		uint8_t	`index`
	)

Parameters

`type`	the type for requested TLV
`index`	if there are multiple TLVs of the given type then this value indicates which one to return. A value of 0 will return the first TLV of the given type.

void emberGetNetworkDataTlvReturn	(	uint8_t	`typeByte,`
		uint8_t	`index,`
		uint8_t	`versionNumber,`
		const uint8_t *	`tlv,`
		uint8_t	`tlvLength`
	)

Parameters

`type`	the type of TLV returned. This is the same value as the value specified in the emberGetNetworkDataTlv() call.
`index`	the instance number of the TLV. This is the same value as the value specified in the emberGetNetworkDataTlv() call.
`versionNumber`	the network data version
`tlv`	the TLV corresponding to type or NULL.
`tlvLength`	length of tlv

This function provides the result of a call to emberGetNetworkDataTlv().

Parameters

`type`	the type of TLV returned. This is the same value as the value specified in the emberGetNetworkDataTlv() call.
`index`	the instance number of the TLV. This is the same value as the value specified in the emberGetNetworkDataTlv() call.
`versionNumber`	the network data version
`tlv`	the TLV corresponding to type or NULL.
`tlvLength`	length of tlv

void emberGetPtaDirectionalPriorityPulseWidth ( void )

void emberGetPtaDirectionalPriorityPulseWidthReturn ( uint8_t pulseWidthUs )

Parameters

pulseWidth Directional priority pulse width in microseconds.

This function provides the result of a call to emberGetPtaDirectionalPriorityPulseWidth. (Only valid on EFR32)

Parameters

pulseWidthUs Directional priority pulse width in microseconds

void emberGetPtaEnable ( void )

void emberGetPtaEnableReturn ( bool enabled )

Parameters

enabled When true, indicates packet traffic arbitration is enabed. When false, indicates packet traffic arbitration is disabled.

This function provides the result of a call to emberGetPtaEnable.

Parameters

enabled When true, indicates packet traffic arbitration is enabed. When false, indicates packet traffic arbitration is disabled.

void emberGetPtaOptions ( void )

void emberGetPtaOptionsReturn ( uint32_t options )

Parameters

indicates packet traffic arbitration options bit field. Field Bit Position Size(bits) RX retry timeout ms 0 8 Enable ack radio holdoff 8 1 Abort mid TX if grant is lost 9 1 TX request is high priority 10 1 RX request is high prioirity 11 1 RX retry request is high priority 12 1 RX retry request is enabled 13 1 Radio holdoff is enabled 14 1 Toggle request on mac retransmit 15 1 Force holdoff by disabling request 16 1 Hold off transmit in the mac layer 17 1 Delay asserting request until 18 1 address filtering passes Assert request with high priority 19 1 after address filtering passes CCA failure counter threshold 20 3 MAC retry counter threshold 23 2 MAC failure counter threshold 25 2 Reserved 27 4 Hold request across CCA failures 31 1

This function provides the result of a call to emberGetPtaOptions.

Parameters

indicates packet traffic arbitration options bit field. Field Bit Position Size(bits) RX retry timeout ms 0 8 Enable ack radio holdoff 8 1 Abort mid TX if grant is lost 9 1 TX request is high priority 10 1 RX request is high prioirity 11 1 RX retry request is high priority 12 1 RX retry request is enabled 13 1 Radio holdoff is enabled 14 1 Toggle request on mac retransmit 15 1 Force holdoff by disabling request 16 1 Hold off transmit in the mac layer 17 1 Delay asserting request until 18 1 address filtering passes Assert request with high priority 19 1 after address filtering passes CCA failure counter threshold 20 3 MAC retry counter threshold 23 2 MAC failure counter threshold 25 2 Reserved 27 4 Hold request across CCA failures 31 1

void emberGetPtaPhySelectTimeout ( void )

void emberGetPtaPhySelectTimeoutReturn ( uint8_t timeoutMs )

Parameters

timeoutMs PTA PHY select timeout in milliseconds.

This function provides the result of a call to emberGetPtaPhySelectTimeout. (Only valid on EFR32)

Parameters

timeoutMs Packet traffic arbitration PHY select timeout in milliseconds.

void emberGetPtaPwmOptions ( void )

void emberGetPtaPwmOptionsReturn	(	uint8_t	`request,`
		uint8_t	`dutyCycle,`
		uint8_t	`periodHalfMs`
	)

Parameters

`request`	PTA PWM bit field Field Bit Position Size(bits) Request enabled 0 1 Priority enabled 1 1
`dutyCycle`	PTA PWM duty cycle percentage(0-100)
`periodHalfMs`	PTA PWM request period in half milliseconds

void emberHostJoinClientComplete	(	uint32_t	`keySequence,`
		const uint8_t *	`key,`
		const uint8_t *	`ulaPrefix`
	)

void emberHostToNcpNoOp	(	const uint8_t *	`bytes,`
		uint8_t	`bytesLength`
	)

Parameters

`bytes`	bytes of payload
`bytesLength`	length of payload

void emberInit ( void )

void emberInitReturn ( EmberStatus status )

This function provides the result of a call to emberInit().

bool emberIpv6AddressToString	(	const EmberIpv6Address *	`src,`
		uint8_t *	`dst,`
		size_t	`dstSize`
	)

Parameters

`src`	the EmberIpv6Address to convert
`dst`	the buffer where the string will be written
`dstSize`	the size of buffer in bytes

Returns: true if the address was converted.

bool emberIpv6PrefixToString	(	const EmberIpv6Address *	`src,`
		uint8_t	`srcPrefixBits,`
		uint8_t *	`dst,`
		size_t	`dstSize`
	)

Parameters

`src`	the EmberIpv6Address to convert
`srcPrefixBits`	the size of the prefix in bits
`dst`	the buffer where the string will be written
`dstSize`	the size of buffer in bytes

Returns: true if the prefix was converted.

bool emberIpv6StringToAddress	(	const uint8_t *	`src,`
		EmberIpv6Address *	`dst`
	)

Parameters

`src`	the string to convert
`dst`	the EmberIpv6Address where the address will be written

Returns: true if the string was converted.

bool emberIpv6StringToPrefix	(	const uint8_t *	`src,`
		EmberIpv6Address *	`dst,`
		uint8_t *	`dstPrefixBits`
	)

Parameters

`src`	the string to convert
`dst`	the EmberIpv6Address where the address will be written
`dstPrefixBits`	the number of prefix bits in the string

Returns: true if the string was converted.

bool emberIsIpv6LoopbackAddress ( const EmberIpv6Address * address )

Parameters

address the EmberIpv6Address to check

Returns: true if the address is zero for bytes 0-14 and one for byte 15

bool emberIsIpv6UnspecifiedAddress ( const EmberIpv6Address * address )

Parameters

address the EmberIpv6Address to check

Returns: true if the address is all zeroes (unspecified address).

void emberLeaderDataHandler ( const uint8_t * leaderData )

The format of the leader data is as follows (Thread spec section 4.5.12):

| octets: | 4 | 1 | 1 | 1 | 1 |

| | Partition ID | Weight | Data Ver. | Stable Data Ver. | Router ID |

Parameters

leaderData the leader data

void emberMicroBusyHandler ( bool busy )

This callback is not available on a host processor. Note that if ::busy is true, the micro may become busy as soon as this handler exits. In a host/ncp setup, one solution for informing the host is to implement this handler in your own xNCP image and use it to toggle the serial CTS line.

void emberNcpToHostNoOp	(	const uint8_t *	`bytes,`
		uint8_t	`bytesLength`
	)

Parameters

`bytes`	bytes of payload
`bytesLength`	length of payload

bool emberPing	(	const uint8_t *	`destination,`
		uint16_t	`id,`
		uint16_t	`sequence,`
		uint16_t	`length,`
		uint8_t	`hopLimit`
	)

void emberRadioGetRandomNumbers ( uint8_t count )

Parameters

count - the count of uint16_t values to be returned.

void emberRadioGetRandomNumbersReturn	(	EmberStatus	`status,`
		const uint16_t *	`rn,`
		uint8_t	`count`
	)

Parameters

`status`	An EmberStatus value indicating success or the reason for failure. When EMBER_SUCCESS is returned ::rn and ::count will contain valid data. ::rn and ::count are undefined when EMBER_SUCCESS is not returned.
`rn`	the uint16_t random values
`count`	- the count of uint16_t values located at ::rn

This function provides the result of a call to emberRadioGetRandomNumbers.

Parameters

`status`	An EmberStatus value indicating success or the reason for failure. When EMBER_SUCCESS is returned ::rn and ::count will contain valid data. ::rn and ::count are undefined when EMBER_SUCCESS is not returned.
`rn`	the uint16_t random values
`count`	- the count of uint16_t values located at ::rn

void emberSetAntennaMode ( uint8_t mode )

Parameters

mode 0-don't alter antenna selection, 1-antenna 1, 2-antenna 2, 3-TX antenna diversity

void emberSetAntennaModeReturn ( EmberStatus status )

Parameters

EMBER_SUCCESS if antenna mode is configured as desired or EMBER_BAD_ARGUMENT if antenna mode is not supported.

This function provides the result of a call to emberSetAntennaMode.

Parameters

EMBER_SUCCESS if antenna mode is configured as desired or EMBER_BAD_ARGUMENT if antenna mode is not supported.

void emberSetAntennaRxMode ( uint8_t mode )

Parameters

mode 0-don't alter antenna selection, 1-antenna 1, 2-antenna 2, 3-RX antenna diversity

void emberSetAntennaRxModeReturn ( EmberStatus status )

Parameters

EMBER_SUCCESS if RX antenna mode is configured as desired or EMBER_BAD_ARGUMENT if RX antenna mode is not supported.

This function provides the result of a call to emberSetAntennaRxMode.

Parameters

EMBER_SUCCESS if RX antenna mode is configured as desired or EMBER_BAD_ARGUMENT if RX antenna mode is not supported.

void emberSetEui64 ( const EmberEui64 * eui64 )

Parameters

eui64 Value of EUI to be set.

void emberSetPtaDirectionalPriorityPulseWidth ( uint8_t pulseWidth )

Parameters

pulseWidth PTA direction priority pulse width

void emberSetPtaDirectionalPriorityPulseWidthReturn ( EmberStatus status )

Parameters