7.6 Command Table

User Commands that serve as a convenient method to utilize the API's in Standalone 15.4 PHY component and facilitates switch between different modes in application. This commands implementation can be found in app_phy_cmd_processor.c file under app_p2p_phy/app_phy_cmd_processor/src/ folder. The aforementioned file is highlighted in the following figure.

Note: Argument values/input values alongside the commands must be given in integer (unsigned/signed) unless exceptionally mentioned as in hex in command table below. Some of the range mentioned in the following Command Table description is based on PHY layer Pan Information Base (PIB) attributes. PIB attributes are database of managed objects pertaining to the PHY Layer. Refer IEEE 802.15.4 - 2003/2006 spec for more details on PIB attributes of PHY layer.

Table 7-4. Command Table Description
Command	Description	Syntax and Range	Reference/Example
phyInit	PHY Layer Initialization	—	phyInit
phyReset	Resets the PHY state machine and sets the default PIB value if requested	phyReset,<set default PIB values-true/false>	phyReset,true
phyEdScan	Energy detection scan start	phyEdScan, <set scan duration ranging from 0 to 14>(unit - symbols)	phyEdScan,8
getAttribute	Get PHY PIB attribute: Attribute id can be referred from PHY PIB attribute table (common command to set any PHY PIB attribute)	getAttribute, <attribute id (hex)>	getAttribute, <attribute id(hex)> Note: For Attribute ID refer to IEEE 802.15.4 spec - PHY PIB attributes table.
setAttribute	Set PHY PIB attribute (common command to set any PHY PIB attribute)	setAttribute, <attr id (hex)>	Note: For Attribute ID refer to IEEE 802.15.4 spec - PHY PIB attributes table.
getChannel	Get the Current Channel.	—	getChannel
setChannel	Set the Current Channel	setchannel, <11 – 26>	setChannel, 11
getChannelPg	Set the Channel Page	--	getChannelPg
setChannelPg	Set the Channel Page	setChannelPg, <0/2/16/171>	setChannelPg,0
getPanId	Get the PAN ID( INTRAPAN - 16bits)	—	getPanId
setPanId	Set Network PAN ID	setPanId, <panid in hex 0x0000-0xffff - 16bits>	setPanId,0x0001
getDestAddr	Get the destination short address (16 bits)	—	getDestAddr
setDestAddr	Set the destination short address (16 bits)	setDestAddr,<0x0000-0xffff - 16bits>	setDestAddr,0x0001
getExtDestAddr	Get the destination short address (64 bits)	—	getExtDestAddr
setExtDestAddr	Set the destination Long address (64 bits)	setExtDestAddr,<0x0000000000000000-0x7fffffffffffffff - 64bits>	setExtDestAddr,0x123456
getSrcAddr	Get Short Address – 16 bits	—	getSrcAddr
setSrcAddr	Set Short Address – 16 bits	setSrcAddr,<0x0000-0xffff>	setSrcAddr,0x0002
getIeeeAddr	Get IEEE Address – 64 bits	—	getIeeeAddr
setIeeeAddr	Set IEEE Address – 64 bits	setIeeeAddr,<0x0000000000000000-0x7fffffffffffffff - 64bits>	setIeeeAddr,0x1234567
getCsmaMode	Get the CSMA mode	—	getCsmaMode
setCsmaMode	Set the CSMA mode	setCsmaMode,<0-3>	setCsmaMode,0
getTxPwr	Get the Tx Power in DBm	—	getTxPwr
setTxPwr	Set the Tx Power in DBm	setTxPwr,<-12 to 14>(unit - DBm)	setTxPwr,3
getIeeeAddr	Get 64-bit address	—	getIeeeAddr
getFrameRetry	MAC level frame retries	—	getFrameRetry
setFrameRetry	Set the MAC level Frame Retry to be retried in case of transmission failure.	setFrameRetry, <0 – 7>	setFrameRetry,1
rxEnable	Receiver Enable	rxEnable , <Set TRX states PHY_STATE_RX_ON/PHY_STATE_TRX_OFF: true/false>	rxEnable ,true
trxSleep	Put the transceiver to sleep	trxSleep, <sleep mode - sleep mode 1/deep sleep - false/true>	trxSleep, 0
trxWakeup	Wakeup the transceiver	—	trxWakeup
CCA	Perform CCA over the channel given by the user	CCA, <phychannel: 11-26>	CCA,11
updateDeviceTable	Update the Device table with info like short address, ieee address and corresponding device index.	updateDeviceTable, <device index (0-total no. of devices), short address(0x0000-0xffff (16 bits)), ieee address(64 bits)> Note: Total number of devices = 64 (default, MACRO associated : NUM_OF_DEVICES)	updateDeviceTable,1,0x1234,0x1234567
readDeviceTable	Read the Device table info based on table index.	readDeviceTable, < device index – 255 – if entire list of devices in device table need to be displayed/specific index of the device table>	readDeviceTable, 2 =>read the device info at index 2 readDeviceTable, 255 =>read the device info of all the devices.
+++	Enter data mode	+++, <Time period in microseconds>	+++,1000000 =>[1000000usec = 1sec]
&&&	Exit Data Mode	—	&&&
periodTestMode	Enter Periodic Test Mode	periodTestMode, <Time period in microsecs>	periodTestMode,1000000
contTestMode	Start Continuous Test Mode	—	contTestMode
perTestMode	Start PER Test Mode	—	perTestMode
throughputTestMode	Start ThroughputTest Mode	—	throughputTestMode
stopTestMode	Stop All Active application Test Modes (periodTestMode, contTestMode, perTestMode, throughputTestMode)	—	stopTestMode
updatePERTestPacketsCnt	Update PER test Packets	updatePERTestPacketsCnt,<0-4294967295 packets>	updatePERTestPacketsCnt,100
promTestMode	Enable promiscuous RX mode	—	promTestMode
updateThroughputTime	Update Throughput Timer	updateThroughputTime,<0-4294967295us>	updateThroughputTime,1000000
getFrameType	Type of frame to be TX/RX	—	getFrameType
setFrameType	Type of frame to be TX/RX	setFrameType,<0-5>	setFrameType, 0
phyCntTx	Starts continuous transmission on current channel	phyCntTx,<txMode-0/1-CW_MODE/PRBS_MODE>,<userandomcontent -true/false>	phyCntTx,0,true
stopPhyCntTx	Stops continuous transmission on current channel	—	stopPhyCntTx
ConfigRxRPCMode	Configures the reduced power consumption mode	ConfigRxRPCMode,<true - To Enable the rxRPC mode, false - To disable the rx RPC mode>	ConfigRxRPCMode,true
configAutoAck	Configures TRX for auto acknowledging the reserved frame	configAutoAck,<enableAACK-true/false>	configAutoAck,true
getRSSIBaseVal	get the base RSSI value for respective radios	—	getRSSIBaseVal
getTrxStatus	get the status of the transceiver	—	getTrxStatus
configRxSensitivity	Configures receiver sensitivity level. This is used to desensitize the receiver	configRxSensitivity,<pdtlevel:0-15>	configRxSensitivity,0

Note: Addressing Mode is set to 16 bit type as default configuration in application. (Can be modified using the API app_P2P_Phy_setAddressModes)

Note: For more details on standalone IEEE 15.4 PHY component, refer to the MPLAB® Harmony Wireless 15.4 PHY API Reference Manual of Software Libraries and Specifications in Reference Documentation from Related Links.