Wavenet Technology BM28001 Wireless OEM Modem Module User Manual BOOMER
Wavenet Technology Pty Ltd. Wireless OEM Modem Module BOOMER
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![Test Jig__________________________________________________Boomer II User Manual & Integrator’s GuideWavenet Technology 30 BM210012WT09RSUSERThe Radio Service Utility software (RSUSER ) enables a user toexercise and configure Wavenet Modems. This software runs in a DOSwindow under Windows 95, 98, NT, or 2000.RSUSER interfaces with the Boomer II OEM Modem via a PC’scommunications port and the Test Jig’s PC port using an RS-232 cablewith DB9 connectors.RSUSER is issued with the following files:q RSUSER.EXE The executableq RSTEST.DEF Definition file for scriptsq RSUSER.INI Initialisation file. Created by RSUSER.EXEq RPM.LOG Log file. Created by RSUSER.EXE.Refer to Appendix E for the NCL command list.OperationsThe following screen is displayed on start up or whenever the Help HotKey <?> is pressed. *********RSUSER.M V2.xx HELP**********NCL COMMANDS ( - enable receive _ - Get RPM status @ - disable receive ) - enable transmit & - Get Next Msg # - disable transmitSEND MESSAGES (blocks composed of ...) ^ - Text ' '-'z'var length , for short text / - random bytes var length % for short random . - Dotting ('U's) message > for canned message < - sequential text var lengthMISCELLANEOUS F5 - Change COM regs [4,3F8] Alt'b' - Change baud rate [9600] F11 -Toggle dumping of data bytes of incoming NCL F9 - Activate packet loopbacks F10 - Configure loopback timingCONFIG PROGRAMMING Alt3 - Program home area Alt6 - Program Group LLIs Alt5 - Program Channels Alt C -Read params from modem Left/Right arrow - send XOFF/XON. Alt X/Z - rts off/on Alt S/A - dtr off/on Alt w - Batt. status Alt d - Radio status F1 - Source LLI [90100001] F2 - Destination LLI [90100001] F3 - Sys Address[A1010A] F4 - Compile NCL Msg ESC - QUIT program F6 - Auto sync LLIs and home areaType '?' to get back to this help screenRSUSER allows operators to exercise the modem via Native NCLCommands (and Vendor Specific Commands), hot keys or an inputline. Common user commands such as enabling the modems receiverand transmitter are included in the Hot Key list. Native NCLcommands can be issued from the F4 Hot key. A log file RPM.log isautomatically started for a new session of RSUSER. To save a session,exit RSUSER and rename the RPM.log file.](https://usermanual.wiki/Wavenet-Technology/BM28001.ex9-manual/User-Guide-270861-Page-31.png)
![Boomer II User Manual & Integrator’s Guide____________________________________________SDK – SCR APIBM210012WT09 45 Wavenet Technology/*** Define types for retrieving data from the RPM ***/typedef unsigned char BYTE;typedef unsigned short WORD;/*Parameter Structure IDs - Do not alter sequence*/enum{NCLNone_ID = 0,NCLEvent_ID,NCLProdId_ID,NCLVersion_ID,NCLRpmId_ID,NCLConfigBlock_ID,NCLStatusBlock_ID,NCLChanBlock_ID,NCLGroupLlis_ID,NCLChannelTable_ID,NCLWaveSettings_ID,NCLWaveRadio_ID,NCLWaveGen_ID,NCLByte_ID,NCLByte2_ID,NCLWord_ID,NCLMsg_ID,NCLRaw_ID/*additional structure IDs to be added here including vendor specific types */};/* Use 1 byte alignment for the following structures */#pragma pack(1)/* Product ID structure */typedef struct NCLProdId{BYTE hw_platform;BYTE rf_protocol;BYTE ncl_compliance;BYTE release_level;}NCLProdId;/* NCL version structure */typedef struct NCLVersion{char major[2];char minor[2];}NCLVersion;/* RPM ID structure */typedef struct NCLRpmId{BYTE b_val[4];}NCLRpmId;/* Config block structure */typedef struct NCLConfigBlock{](https://usermanual.wiki/Wavenet-Technology/BM28001.ex9-manual/User-Guide-270861-Page-46.png)
![SDK - SCR API____________________________________________Boomer II User Manual & Integrator’s GuideWavenet Technology 46 BM210012WT09NCLProdId prod_id;NCLVersion sw_version;NCLRpmId rpm_id;WORD reserved;WORD max_data_size;}NCLConfigBlock;/* Status block structure */typedef struct NCLStatusBlock{BYTE rx_status;BYTE tx_status;BYTE antenna;BYTE radio_in_range;BYTE flow_control;BYTE rcv_mode;BYTE event_states;WORD ob_msg_count;WORD ib_msg_count;WORD radio_channel;}NCLStatusBlock;/* Channel block structure */typedef struct NCLChanBlock{BYTE radio_in_range;WORD radio_channel;BYTE attribute;BYTE protocol;BYTE rssi;}NCLChanBlock;#define MAX_GROUP_LLIS 8#define LLI_BYTE_WIDTH 8#define NCL_NUM_CHANNELS 64/* Group LLIs array */typedef struct NCLGroupLlis{ BYTE lli[MAX_GROUP_LLIS][LLI_BYTE_WIDTH]; BYTE num;}NCLGroupLlis;/* Channel Table */typedef struct NCLChannelTable{ WORD channel[NCL_NUM_CHANNELS]; BYTE num;}NCLChannelTable;/* Vendor Spesific: Wavenet Get Settings*/typedef struct NCLWaveSettings {BYTE LLI[4];BYTE SerNum[16];} NCLWaveSettings;/* Vendor Spesific: Wavenet Get Radio Settings*/](https://usermanual.wiki/Wavenet-Technology/BM28001.ex9-manual/User-Guide-270861-Page-47.png)
![Boomer II User Manual & Integrator’s Guide____________________________________________SDK – SCR APIBM210012WT09 47 Wavenet Technologytypedef struct NCLWaveRadio {BYTE rssi[2];BYTE reserved1;BYTE reserved2;BYTE reserved3;BYTE reserved4;BYTE reserved5;BYTE reserved6;BYTE reserved7;BYTE reserved8;BYTE frequency[4];BYTE channel[2];BYTE base_id;} NCLWaveRadio;/* Vendor Spesific: Wavenet Generic*/typedef struct NCLWaveGen {BYTE byte[100];} NCLWaveGen;/* NCL status information structure */typedef union NCLStatus{NCLProdId prod_id;BYTE vendor_id;NCLVersion sw_version;NCLRpmId rpm_id;BYTE rpm_vid[2];NCLGroupLlis rpm_gid;WORD max_data_size;BYTE rx_status;BYTE tx_status;BYTE antenna;BYTE radio_in_range;WORD ob_msg_count;WORD ib_msg_count;BYTE flow_control;BYTE rcv_mode;BYTE event_states;WORD radio_channel;NCLChannelTable chan_table;NCLChannelTable dchan_table;NCLConfigBlockconfig_block;NCLStatusBlock status_block;NCLChanBlock chan_block;BYTE bat_level;NCLWaveSettings wave_set;NCLWaveRadio wave_radio;NCLWaveGen wave_generic;}NCLStatus;/* Event Type */typedef struct NCLEventType{ BYTE etype;/* NCL_RCV_MSG_DATA 'A' Received message data *//* NCL_MSG_NOTIFICATION ‘B’ Received Message notification *//* NCL_TX_EVENT 'C' Transmitter event *//* NCL_RX_EVENT 'D' Receiver event *//* NCL_HW_EVENT 'E' Hardware event */](https://usermanual.wiki/Wavenet-Technology/BM28001.ex9-manual/User-Guide-270861-Page-48.png)
![SDK - SCR API____________________________________________Boomer II User Manual & Integrator’s GuideWavenet Technology 48 BM210012WT09/* NCL_RCV_ERR_EVENT 'F' Unreceivable Message Event *//* NCL_CONTROL_EVENT 'G' Control Event */ BYTE EventCode;/* NCL_MSG_NOTIFICATION_LEN N- Number of buffered msgs to be read *//* NCL_TX_EVENT_KEYED ‘1’ Transmitter keyed *//* NCL_TX_EVENT_DEKEYED ‘2’ Transmitter dekeyed *//* NCL_RX_EVENT_INRANGE ‘1’ RF in range *//* NCL_RX_EVENT_OUTRANGE ‘2’ RF out of range *//* NCL_RX_EVENT_PSENAB ‘3’ Power Save enabled *//* NCL_RX_EVENT_PSDISAB ‘4’ Power Save disabled *//* NCL_HW_EVENT_STEST ‘1’ Self Test Failed *//* NCL_HW_EVENT_LBATT ‘2’ Low battery *//* NCL_HW_EVENT_MFULL ‘3’ Memory Full *//* NCL_HW_EVENT_BATOK ‘4’ Battery Level OK *//* NCL_HW_EVENT_MEMOK ‘5’ Memory Ok *//* NCL_HW_EVENT_MEMOK ‘6’ Device shutdown is imminent *//* NCL_RCV_ERR_EVENT_RTD ‘1’ ACK required PDU received but TXdisabled *//* NCL_CONTROL_EVENT_C ‘1’ RPM / DTE connected */}NCLEventType;/* RCV_MSG_Data */#define NCL_MAX_DATA_SIZE 2048#define NCL_MAX_UH_LEN 63 /* max length of user header */typedef struct NCLMsg{ BYTE is_message; /* If FALSE, only len and buf components are valid. */ BYTE sessionID[NCL_MAX_UH_LEN + 1]; /* NULL terminated */ BYTE msg_type; /* Used by NCL_DATATAC_5000 networks */ WORD len; BYTE buf[NCL_MAX_DATA_SIZE];} NCLMsg;/* End of 1 byte alignment */#pragma pack()](https://usermanual.wiki/Wavenet-Technology/BM28001.ex9-manual/User-Guide-270861-Page-49.png)
![Boomer II User Manual & Integrator’s Guide____________________________________________SDK – SCR APIBM210012WT09 49 Wavenet Technologyq Get RPM Status InformationThe application can call this function to obtain status information aboutthe RPM. The following types of status information can be obtained:Status Request (non vendorspecific) Response Structure DescriptionNCL_R_CONFIG_BLOCK NCLConfigBlock Get RPM configuration blockNCL_R_STATUS_BLOCK NCLStatusBlock Get RPM status blockNCL_R_PROD_ID NCLProdId Get RPM product IDNCL_R_SW_VERSION NCLVersion Get software version numberNCL_R_RPM_ID NCLRpmId Get RPM addressNCL_R_RPM_VID NCLStatus.rpm_vid[2] Get RPM VID address (MDC)NCL_R_MAX_DATA_SIZE NCLStatus.max_data_size Get SDU data limitNCL_R_RCV_MODE NCLStatus.rcv_mode Get mode of notification toDTE for received SDUs.NCL_R_RX_STATUS NCLStatus.rx_status Get receiver enable statusNCL_R_TX_STATUS NCLStatus.tx_status Get transmitter enable statusNCL_R_ANTENNA NCLStatus.antenna Get antenna selection statusNCL_R_RADIO_IN_RANGE NCLStatus.radio_in_range Get radio in range statusNCL_R_OB_MSG_COUNT NCLStatus.ob_msg_count Get count of outboundmessages queuedNCL_R_IB_MSG_COUNT NCLStatus.ib_msg_count Get count of inboundNCL_R_FLOW_CONTROL NCLStatus.flow_control Get flow control statusNCL_R_EVENT_STATES NCLStatus.event_states Get current event reporting(enable/disable) stateNCL_R_RADIO_CHANNEL NCLStatus.radio_channel Get current radio channelNCL_R_CHAN_TABLE NCLChannelTable Read radio channel tableNCL_R_CHAN_BLOCK NCLChanBlock Read the channel blockNCL_R_BAT_LEVEL NCLStatus.bat_level Read the battery levelNCL_R_RPM_GID NCLGroupLlis Get RPM group IDsNCL_R_VENDOR_ID NCLStatus.vendor_id Get vendor identificationNCL_R_DCHAN_TABLE NCLChannelTable Read the D-channel tableNCL_R_RF_STATISTICS Specific to RF protocol used:RD-LAP [F] or MDC [G] Read the RF statisticsStatus Request (WavenetTechnology specific) Response Structure DescriptionWN_GET_STATUS_RADIO NCLWaveRadio Get RPM Radio StatusWN_GET_STATUS_BATTERY NCLWaveGen Get RPM Battery StatusWN_GET_STATUS_ONTIME NCLWaveGen Get RPM on-time statusWN_GET_STATUS_CONFIG NCLWaveGen Get RPM configuration status](https://usermanual.wiki/Wavenet-Technology/BM28001.ex9-manual/User-Guide-270861-Page-50.png)
![SDK - SCR API____________________________________________Boomer II User Manual & Integrator’s GuideWavenet Technology 66 BM210012WT09Example#include <scrapi.h>{SCRMsg lmsg; /* SCR message struct */byte ldata[200]; /* data to send to host */byte lbuffer[SCR_MAX_LEN]; /* buffer for encoded SCR msg*/int llen; /* length of encoded SCR msg*/. . .strcpy((char *)ldata, "Hello world")/* initialize message structure */lmsg.msg_type = SCR_TO_NET; /* send data to clientdevice */lmsg.u.tonet.lli = 0xEE021234; /* set device LLI tosend to */lmsg.u.tonet.ack = SCR_TONET_ACK_NONE; /* noacknowledgment*/lmsg.u.tonet.data_header = “BB1”;/* Note: On a DataTAC 4000 or 6000 network,this message *//* will be routed on host slot 1. On aDataTAC 5000 *//* network, the message will be routed onsession 'BB. '*//* See Section “Data Header” for furtherdetails. */lmsg.u.tonet.data.data = ldata;lmsg.u.tonet.data.len = strlen(ldata);llen = scr_Encode(lbuffer, &lmsg);if (llen != SCR_ERROR) {/* send encoded message to network */x25_send(. . . [buffer, lien, . . .)}else { /* report an error */. . .}. . .}](https://usermanual.wiki/Wavenet-Technology/BM28001.ex9-manual/User-Guide-270861-Page-67.png)
![SDK - SCR API____________________________________________Boomer II User Manual & Integrator’s GuideWavenet Technology 68 BM210012WT09Example#include <scrapi.h>{SCRMsg lmsg; /* SCR message struct*/ byte lbuffer[SCR_MAX_LEN];/*buffer for received SCR msg*/ int llen; /* length of received SCR msg*/ int lused; /* return code from scr_Decode*/. . ./* receive data into lbuffer */llen = x25recv( . . . lbuffer, . . .);. . .lused = scr_Decode(llen, lbuffer, &lmsg);if (lused > 0) {/* process message */. . .scr_FreeDecoding(lmsg); /* free decoded message */}else if (lused == 0) {/* incomplete message received */}else {/* report an.error */. . .}}](https://usermanual.wiki/Wavenet-Technology/BM28001.ex9-manual/User-Guide-270861-Page-69.png)
![SDK - SCR API____________________________________________Boomer II User Manual & Integrator’s GuideWavenet Technology 70 BM210012WT09q scr_EncodeLogin()Prototype:int scr_EncodeLogin(byte *l_buf, char *l_hostid, char *l_passwd)DescriptionFor DataTAC® 5000 Networks Only. This function is used to encodethe RNG login packet that is sent to the RNG when the connection isfirst established.Input:Ø *l_buf The buffer for the encoded login packet to be returned in. Whencalling this function, this parameter must point to an allocatedbuffer of at least SCR_MAX_LEN bytes.Ø *l_hostid The DataTAC host login or host idØ *l_passwd The DataTAC host passwordOutput:× Return value = 0 Operation failed. The Network Type is not set to DataTAC 5000.× Return value < 0 Operation failed. Value SCR_ERROR is returned to indicate anerror× Return value > 0 Operation was successful and the number of bytes is returned inl_buf.Example#include <scrapi.h>{byte lbuffer[SCR_MAX_LEN]; /*buffer for SCR loginpacket*/int llen; /*length of SCR login packet*/. . .x25call( . . . ); /*make the connection to the RNG*/llen = scr_EncodeLogin(buffer, 'LOGIN', 'PASSWORD');if (llen == SCR_ERROR) {/*report an error*/. . .}else if (llen > 0) { /*for non-DataTAC 5000 networks,'/ /*llen will be zero, so we do not*/ /*need to send the login message.*//* For DataTAC S000, send encoded login message to RNG*/ x25_send(. . . [buffer, lien, . . .)}. . .}](https://usermanual.wiki/Wavenet-Technology/BM28001.ex9-manual/User-Guide-270861-Page-71.png)
![Appendix A - NCL Interface___________________________________Boomer II User Manual & Integrator’s GuideWavenet Technology 116 BM210012WT09Wavenet specific NCL ExtensionsThe following table describes Wavenet specific extensions to the NCL1.2 specification. All SDUs include three VENDOR control byte andthe vendor Id. (the ‘\’ character is used as an escape character forhexadecimal bytes below):Command Type Command Description Ncl StringGet radio statusGet modem battery statusGet modem “on” timeGet saved modem configuration settingsZF?rZF?vZF?tZF?u1. Get status commandsGet modem serial number: ZFts2. Generic “Set RPMconfiguration” command. Set modem configuration parameters, eg: * Power save mode. * Select new active profile. * NCL receive message notify timer.ZF^[2 Byte ID][2 byte Length][Val]ZF^p\00\00\01[new mode (byte)]ZF^f\00\00\01[new profile (byte)]ZF^n\00\00\02[2 bytes time (msec)]3. Generic “Get RPMconfiguration” command. Get modem configuration, eg: * Power save mode.* Get list of profiles, number of profiles and currently selected active profile.* NCL receive message notify timer.ZF$[2 Byte ID]ZF$p\00ZF$f\00ZF$n\00q GET STATUS COMMANDS:This command allows the DTE to request the current status andconfiguration settings of certain aspects of the modem.FORMAT:WN_GET_STATUS Command Syntax (NCL string “ZF?…”):WN_GET_STATUS Response Syntax:CMND Length SDU TagVENDOR‘Z’ ‘F’ ‘?’StatusRequestWN_GET_STATUSVEND_WAVENETRESP Length SDU Tag VENDOR ‘F’ ‘1’ Response data...........](https://usermanual.wiki/Wavenet-Technology/BM28001.ex9-manual/User-Guide-270861-Page-117.png)
![Boomer II User Manual & Integrator’s Guide___________________________________Appendix A - NCL InterfaceBM210012WT09 117 Wavenet Technologyq OPERAND DESCRIPTIONS AND RESPONSES:The various Vendor Status Requests that can be made, and the formatof their response information in the SUCCESS response SDU, aredescribed as follows. Please note that all multiple byte fields are storedMSB first.WN_GET_RADIO: Get radio status information (NCL string “ZF?r”).SUCCESS is followed by a block of status information as shownbelow:WN_GET_RADIO Response Format:76543210RSSI [2 bytes]Reserved (ignore) [1 byte]Reserved (ignore) [1 byte]Reserved (ignore) [1 byte]Reserved (ignore) [1 byte]Reserved (ignore) [1 byte]Reserved (ignore) [1 byte]Reserved (ignore) [1 byte]Reserved (ignore) [1 byte]Current Frequency [4 bytes]Current Channel [2 bytes]Current Base Station ID [1 unsigned byte]Where:RSSI: Two byte signed integer representing thestrength of the received signal from thebase station measured in dBm. A typicalvalue could be -90.Current Frequency: Four byte unsigned integer representingthe frequency of the inbound signal in Hzfor the channel the modem is currentlyscanning or locked on to.Current channel: Unsigned word (2 bytes) representingcurrent channel.Current Base Station ID: Unsigned byte representingcurrent base station ID.](https://usermanual.wiki/Wavenet-Technology/BM28001.ex9-manual/User-Guide-270861-Page-118.png)
![Appendix A - NCL Interface___________________________________Boomer II User Manual & Integrator’s GuideWavenet Technology 118 BM210012WT09WN_GET_BATT_VOLT: Get modem battery status information(NCL string “ZF?v”).SUCCESS is followed by a block of status information in the formatshown below:WN_GET_BATT_VOLT Response Format:76543210Battery Voltage (2 bytes)Battery PercentageWhere:Battery Voltage: Two byte unsigned integer representingthe Voltage of the battery in mV.Battery Percentage: Estimate of the remaining capacity of thebattery. This value ranges from 0 to 100(unsigned byte).WN_GET_TIME:Get modem time information (NCL string“ZF?t”).SUCCESS is followed by a block of status information in the formatshown below:WN_GET_TIME Response Format:76543210Elapsed Time [4 bytes]Elapsed Time is a four byte unsigned integer, which represents thenumber of milliseconds, which have passed since the modem was last,turned on or reset. It is accurate to within 50ms of when the last byteof the request message was received by the modem.](https://usermanual.wiki/Wavenet-Technology/BM28001.ex9-manual/User-Guide-270861-Page-119.png)
![Boomer II User Manual & Integrator’s Guide___________________________________Appendix A - NCL InterfaceBM210012WT09 119 Wavenet TechnologyWN_GET_SETTINGS:Get configuration information (NCLstring “ZF?u”).SUCCESS is followed by a block of status information in the formatshown below:WN_GET_SETTINGS Response Format:76543210LLI [4 bytes]Serial Number [16 bytes].......Reserved (ignore)Home System PrefixHome System IDHome Area ID5 Reserved bytes (ignore)NCL Confirmation ModeNCL Rx ControlNCL Tx ControlNCL Event FlagsNumber of Group LLIs (n)Group LLIs [4*n bytes]Number of static channels (m)Static channels [2*m bytes]Reserved (ignore) [17 bytes].............Where:LLI: Four byte unsigned integer (the standardNCL command 4E also gives the LLInumber back).Serial Number: ASCII string containing the serial numberof the modem. Unused bytes are zeros.The NCL command ZFts also gives theserial number back.NCL Confirmation Mode: Default start-up state for theconfirmation mode of the NCL layer. Itis a zero for unconfirmed mode, or a onefor confirmed mode.NCL Rx Control and NCL Tx Control:](https://usermanual.wiki/Wavenet-Technology/BM28001.ex9-manual/User-Guide-270861-Page-120.png)
![Appendix A - NCL Interface___________________________________Boomer II User Manual & Integrator’s GuideWavenet Technology 120 BM210012WT09Indicate the start-up state for the NCLsettings for RX_STATUS andTX_STATUS respectively. A zeroindicates disabled, a one indicatesenabled.NCL Event Flags: Byte which indicates the start-up state ofthe NCL event reporting. A set bitindicates the relevant event is enabled. Acleared bit indicates the event is disabled.The bits are as follow:Bit 7 - Reserved (ignore)Bit 6 - Rx_ErrorBit 5 - ControlBit 4 - Rcv_Msg_DataBit 3 - Rcv_Msg_NotifyBit 2 - TxBit 1 - RxBit 0 - HwrNumber of Group LLIs:Number of Group LLI fields whichfollow.Group LLIs: Each is a four byte unsigned integer. Thenumber of Group LLIs is given in theprevious field.Number of Static Channels: Number of channel fieldswhich follow.Static Channels: Each is a two byte unsigned integer. Thenumber of Static Channels is given in theprevious field.WN_GET_SERIAL:Get modem serial number (NCL string “ZFts”).SUCCESS is followed by a block of status information in the formatshown below:WN_GET_SERIAL Response Format:76543210Modem serial number [10 bytes]The modem serial number is unique to each modem and consists ofASCII characters. The tenth character is typically a null terminationcharacter.](https://usermanual.wiki/Wavenet-Technology/BM28001.ex9-manual/User-Guide-270861-Page-121.png)
![Boomer II User Manual & Integrator’s Guide___________________________________Appendix A - NCL InterfaceBM210012WT09 121 Wavenet Technologyq Generic set RPM Configuration command(WN_SET_PARAM):This command allows the DTE to set the configuration settings ofcertain aspects of the modem.FORMAT:WN_SET_PARAM Command Syntax (NCL string “ZF^…”):WN_SET_PARAM Response Syntax:q OPERAND DESCRIPTIONS AND RESPONSES:The various Vendor Parameter settings that can be made are describedas follows. Please note that all multiple byte fields are stored MSBfirst. Numbers prefixed with “0x” are expressed as hexadecimal.“Byte” (optionally followed by a sequence number) is used to indicatea single byte.Parameter Number A 16-bit field, which is unique to eachparameter, used to differentiate them.Parameter Length A 16 bit field, which indicates the lengthof the following parameter, in bytes.Parameter Contents The actual bytes set for the parameter.The format is parameter specific.The Parameter Name is a label used to refer to particular parameters,and is used as a definition for the parameter number.WN_SET_PARAM:Set Modem Configuration (NCL string“ZF^[2 byte parameter number][2 Byteparameter length][parameter block..]”).RESP Length SDU Tag VENDORSUCCESSVEND_WAVENETCMND Length SDU TagVENDOR‘Z’ ‘F’ ‘^’WN_SET_PARAMVEND_WAVENETParameter number Parameter lengthParametercontents …](https://usermanual.wiki/Wavenet-Technology/BM28001.ex9-manual/User-Guide-270861-Page-122.png)
![Appendix A - NCL Interface___________________________________Boomer II User Manual & Integrator’s GuideWavenet Technology 124 BM210012WT09SUCCESS is followed by a block of information in the format shownbelow:WN_GET_PROFILE_LIST Response Format:Number of profiles (n) [1 byte]Active profile number [1 byte]Profile Name 1 (up to 24 byte null terminated string)Profile Name 2 (up to 24 byte null terminated string) . . .Profile Name n (null terminated string) [24 bytes]Where:Number of profiles: Unsigned byte giving the current number ofprofiles in configuration sector. The numberof profiles may change.Active profile number: Unsigned byte giving the number (or index) ofthe currently active profile.Profile name: Null terminated string of 24 bytes of length(the string may be shorter than the 24 bytes aslong as it is followed immediately by the nulltermination character). The 24 bytes do notinclude the null termination character.q NCL Label ValuesPlease note the following additions/clarifications to the NCL LabelValues Table:CMND ASCII 'A'RESP ASCII 'C'SUCCESS ASCII '1'VENDOR ASCII 'Z'VEND_MOTOROLA ASCII '0'VEND_WAVENET ASCII 'F'WN_GET_STATUS ASCII '?'WN_GET_RADIO ASCII 'r '(eg NCL command ZF?r)WN_GET_BATT_VOLT ASCII 'v' (eg NCL command ZF?v)WN_GET_TIME ASCII 't' (eg NCL command ZF?t)WN_GET_SETTINGS ASCII 'u' (eg NCL command ZF?u)WN_GET_SERIAL ASCII ‘s’ (eg NCL command ZFts)WN_SET_PARAM ASCII ‘^’ (eg NCL cmd ZF^\04\00\00\01\09)WN_GET_PARAM ASCII ‘$’ (eg NCL commandS ZF$..)WN_PWR_SAVE_MODE 0x7000 (eg NCL cmd ZF$\70\00 = ZF$p\00)WN_PROFILE 0x6600 (eg NCL cmd ZF$\66\00 = ZF$f\00)WN_MSG_RX_NOTIF_TMR 0x6E00 (eg NCL cmd ZF$\6E\00 = ZF$n\00)WN_CMD ASCII '*' (eg NCL commands ZF*..)](https://usermanual.wiki/Wavenet-Technology/BM28001.ex9-manual/User-Guide-270861-Page-125.png)
![Boomer II User Manual & Integrator’s Guide_________________________Appendix D - Numeric Conversion ChartBM210012WT09 137 Wavenet TechnologyAppendix D - Numeric Conversion ChartBinary/Octal/Decimal/Hex/C/ASCII Conversion TableBinary Oct Dec Hex CASCII Definition Binary Oct Dec Hex CASCII00000000 000 0 00 CNUL Null, or all zeros 01000000 100 64 40 P@00000001 001 1 01 CSOH Start of Heading 01000001 101 65 41 UX A00000010 002 2 02 CSTX Start of Text 01000010 102 66 42 UX B00000011 003 3 03 CETX End of Text 01000011 103 67 43 UX C00000100 004 4 04 CEOT End of Transmission 01000100 104 68 44 UX D00000101 005 5 05 CENQ Enquiry 01000101 105 69 45 UX E00000110 006 6 06 CACK Acknowledge 01000110 106 70 46 UX F00000111 007 7 07 CBEL Bell 01000111 107 71 47 UG00001000 010 8 08 CBS Backspace 01001000 110 72 48 U H00001001 011 9 09 CS HT Horizontal Tab 01001001 111 73 49 UI00001010 012 10 0A CS LF Line Feed 01001010 112 74 4A UJ00001011 013 11 0B CS VT Vertical Tab 01001011 113 75 4B UK00001100 014 12 0C CS FF Form Feed 01001100 114 76 4C UL00001101 015 13 0D CS CR Carriage Return 01001101 115 77 4D UM00001110 016 14 0E CSO Shift Out 01001110 116 78 4E U N00001111 017 15 0F CSI Shift In 01001111 117 79 4F UO00010000 020 16 10 CDLE Data Link Escape 01010000 120 80 50 UP00010001 021 17 11 CDC1 Device Control 1 (XON) 01010001 121 81 51 UQ00010010 022 18 12 CDC2 Device Control 2 01010010 122 82 52 U R00010011 023 19 13 CDC3 Device Control 3 (XOFF) 01010011 123 83 53 US00010100 024 20 14 CDC4 Device Control 4 01010100 124 84 54 UT00010101 025 21 15 CNAK Negative Acknowledge 01010101 125 85 55 U U00010110 026 22 16 CSYN Synchronous Idle 01010110 126 86 56 UV00010111 027 23 17 CETB End Transmission Block 01010111 127 87 57 UW00011000 030 24 18 CCAN Cancel 01011000 130 88 58 UX00011001 031 25 19 CEM End of Medium 01011001 131 89 59 UY00011010 032 26 1A CSUB Substitute 01011010 132 90 5A UZ00011011 033 27 1B CESC Escape 01011011 133 91 5B P[00011100 034 28 1C CFS File Separator 01011100 134 92 5C P\00011101 035 29 1D CGS Group Separator 01011101 135 93 5D P]00011110 036 30 1E CRS Record Separator 01011110 136 94 5E P^00011111 037 31 1F CUS Unit Separator 01011111 137 95 5F P_00100000 040 32 20 S SP Space 01100000 140 96 60 P`00100001 041 33 21 P!01100001 141 97 61 LX a00100010 042 34 22 P"01100010 142 98 62 LX b00100011 043 35 23 P#01100011 143 99 63 LX c00100100 044 36 24 P$01100100 144 100 64 LX d00100101 045 37 25 P%01100101 145 101 65 LX e00100110 046 38 26 P & 01100110 146 102 66 LX f00100111 047 39 27 P'01100111 147 103 67 L g00101000 050 40 28 P(01101000 150 104 68 L h00101001 051 41 29 P)01101001 151 105 69 L i00101010 052 42 2A P*01101010 152 106 6A Lj00101011 053 43 2B P+01101011 153 107 6B Lk00101100 054 44 2C P,01101100 154 108 6C Ll00101101 055 45 2D P-01101101 155 109 6D Lm00101110 056 46 2E P.01101110 156 110 6E L n00101111 057 47 2F P/01101111 157 111 6F L o00110000 060 48 30 NX 001110000 160 112 70 L p00110001 061 49 31 NX 101110001 161 113 71 L q00110010 062 50 32 NX 201110010 162 114 72 L r00110011 063 51 33 NX 301110011 163 115 73 L s00110100 064 52 34 NX 401110100 164 116 74 L t00110101 065 53 35 NX 501110101 165 117 75 L u00110110 066 54 36 NX 601110110 166 118 76 L v00110111 067 55 37 NX 701110111 167 119 77 L w00111000 070 56 38 NX 801111000 170 120 78 L x00111001 071 57 39 NX 901111001 171 121 79 L y00111010 072 58 3A P:01111010 172 122 7A Lz00111011 073 59 3B P;01111011 173 123 7B P{00111100 074 60 3C P<01111100 174 124 7C P|00111101 075 61 3D P=01111101 175 125 7D P}00111110 076 62 3E P>01111110 176 126 7E P~00111111 077 63 3F P?01111111 177 127 7F CDEL](https://usermanual.wiki/Wavenet-Technology/BM28001.ex9-manual/User-Guide-270861-Page-138.png)
