/****************************************************************************
*
* NAME: vTxSerialDataFrame
*
* DESCRIPTION:
* Transmits node data (address and sensor readings) to host via serial port.
*
* PARAMETERS: Name RW Usage
* u16NodeId R Short address of node that generated the data
* u16Humidity R Reading from humidity sensor (%)
* u16Temperature R Reading from temperature sensor (degrees C)
* u16BattVoltage R ADC reading of supply voltage (mv)
*
****************************************************************************/
PRIVATE void vTxSerialDataFrame(uint16 count,
uint16 u16Humidity,
uint16 u16Temperature,
uint32 sensorMach,
uint32 sensorMacl)
{
#ifndef GDB
vPrintf("\n\rS%d,", count);
vPrintf("\n\rH%d,", u16Humidity);
vPrintf("\n\rT%d,", u16Temperature);
vPrintf("\n\rMac:%x %x,", sensorMach, sensorMacl);
#endif
}
static int displayValues(object dlg, int res)
{
char *val;
object wind;
if (res == TRUE) {
wind = gGetTag(dlg);
val = mCtlStringValue(dlg, FIELD_FIRST_NAME);
vPrintf(wind, "First Name = %s\n", val);
val = mCtlStringValue(dlg, FIELD_LAST_NAME);
vPrintf(wind, "Last Name = %s\n\n", val);
}
return res;
}
static void report_output(object pntr)
{
if (!gTextOut(pntr, 0, 0, "Line 0"))
return;
if (!gTextOut(pntr, 1, 0, "Line 1"))
return;
if (!gTextOut(pntr, 2, 0, "Line 2"))
return;
if (!gTextOut(pntr, 64, 40, "Line 64"))
return;
if (!gTextOut(pntr, 66, 40, "Line 66"))
return;
if (!gTextOut(pntr, 65, 40, "Line 65"))
return;
if (-1 == gPuts(pntr, "\n\n\n\n\n\nThis is a gPuts line of output.\n"))
return;
if (-1 == vPrintf(pntr, "\nColby is %d years old.\n", 8))
return;
if (!gNewPage(pntr))
return;
if (!gTextOut(pntr, 33, 40, "Second Page of Output!"))
return;
}
/****************************************************************************
*
* NAME: vJenie_CbInit
*
* DESCRIPTION:
* Initialisation of system.
*
* RETURNS:
* Nothing
*
****************************************************************************/
PUBLIC void vJenie_CbInit(bool_t bWarmStart)
{
teJenieStatusCode eStatus; /* Jenie status code */
/* Warm start - reopen UART for printf use {v2} */
if (bWarmStart) vUART_printInit();
/* Output function call to UART */
vPrintf("vJenie_CbInit(%d)\n", bWarmStart);
/* Initialise application */
vApp_CbInit(bWarmStart);
/* Start Jenie */
eStatus = eJenie_Start(E_JENIE_COORDINATOR);
/* Output function call to UART {v2} */
vPrintf("eJenie_Start(COORDINATOR) = %d\n", eStatus);
}
void CommDev::Printf( const char *fmt, ... )
{
va_list args;
va_start( args, fmt );
vPrintf( fmt, args );
va_end( args );
} // Printf
void Swig_warning(int wnum, const String_or_char *filename, int line, const char *fmt, ...) {
String *out;
char *msg;
int wrn = 1;
va_list ap;
if (silence)
return;
if (!init_fmt)
Swig_error_msg_format(DEFAULT_ERROR_MSG_FORMAT);
va_start(ap, fmt);
out = NewStringEmpty();
vPrintf(out, fmt, ap);
msg = Char(out);
if (isdigit((unsigned char) *msg)) {
unsigned long result = strtoul(msg, &msg, 10);
if (msg != Char(out)) {
msg++;
wnum = result;
}
}
/* Check in the warning filter */
if (filter) {
char temp[32];
char *c;
char *f = Char(filter);
sprintf(temp, "%d", wnum);
while (*f != '\0' && (c = strstr(f, temp))) {
if (*(c - 1) == '-') {
wrn = 0; /* Warning disabled */
break;
}
if (*(c - 1) == '+') {
wrn = 1; /* Warning enabled */
break;
}
f += strlen(temp);
}
}
if (warnall || wrn) {
String *formatted_filename = format_filename(filename);
if (wnum) {
Printf(stderr, wrn_wnum_fmt, formatted_filename, line, wnum);
} else {
Printf(stderr, wrn_nnum_fmt, formatted_filename, line);
}
Printf(stderr, "%s", msg);
nwarning++;
Delete(formatted_filename);
}
Delete(out);
va_end(ap);
}
CPLString &CPLString::Printf( const char *pszFormat, ... )
{
va_list args;
va_start( args, pszFormat );
vPrintf( pszFormat, args );
va_end( args );
return *this;
}
static void process_file(object list, char *file)
{
char buf[256], *p;
object fobj;
fobj = gOpenFile(File, file, "r");
if (!fobj) {
vPrintf(stdoutStream, "Can't open %s\n", file);
exit(1);
}
while (gGets(fobj, buf, sizeof buf))
for (p=buf ; *(p=process_token(p, list)) ; );
gDispose(fobj);
}
/****************************************************************************
*
* NAME: vJenie_CbConfigureNetwork
*
* DESCRIPTION:
* Entry point for application from boot loader.
*
* RETURNS:
* Nothing
*
****************************************************************************/
PUBLIC void vJenie_CbConfigureNetwork(void)
{
/* Set up routing table */
gJenie_RoutingEnabled = TRUE;
gJenie_RoutingTableSize = ROUTING_TABLE_SIZE;
gJenie_RoutingTableSpace = (void *) asRoutingTable;
/* Change default network config */
gJenie_NetworkApplicationID = APPLICATION_ID;
gJenie_PanID = PAN_ID;
gJenie_Channel = CHANNEL;
gJenie_ScanChannels = SCAN_CHANNELS;
/* Open UART for printf use {v2} */
vUART_printInit();
/* Output function call to UART */
vPrintf("\nvJenie_CbConfigureNetwork()\n");
}
void Swig_diagnostic(const_String_or_char_ptr filename, int line, const char *fmt, ...) {
va_list ap;
String *formatted_filename = NULL;
if (!init_fmt)
Swig_error_msg_format(DEFAULT_ERROR_MSG_FORMAT);
va_start(ap, fmt);
formatted_filename = format_filename(filename);
if (line > 0) {
Printf(stdout, diag_line_fmt, formatted_filename, line);
} else {
Printf(stdout, diag_eof_fmt, formatted_filename);
}
vPrintf(stdout, fmt, ap);
va_end(ap);
Delete(formatted_filename);
}
void Swig_error(const String_or_char *filename, int line, const char *fmt, ...) {
va_list ap;
String *formatted_filename = NULL;
if (silence)
return;
if (!init_fmt)
Swig_error_msg_format(DEFAULT_ERROR_MSG_FORMAT);
va_start(ap, fmt);
formatted_filename = format_filename(filename);
if (line > 0) {
Printf(stderr, err_line_fmt, formatted_filename, line);
} else {
Printf(stderr, err_eof_fmt, formatted_filename);
}
vPrintf(stderr, fmt, ap);
va_end(ap);
nerrors++;
Delete(formatted_filename);
}
void
Swig_error(const String_or_char *filename, int line, const char *fmt, ...) {
va_list ap;
if (silence) return;
va_start(ap,fmt);
if (line > 0) {
switch (msg_format) {
case EMF_MICROSOFT:
Printf(stderr,"%s(%d): ", filename, line);
break;
case EMF_STANDARD:
default:
Printf(stderr,"%s:%d: ", filename, line);
break;
}
} else {
Printf(stderr,"%s:EOF: ", filename);
}
vPrintf(stderr,fmt,ap);
va_end(ap);
nerrors++;
}
/****************************************************************************
*
* NAME: JZA_pu8AfMsgObject
*
* DESCRIPTION:
* Called when a MSG transaction has been received with a matching endpoint.
*
* PARAMETERS: Name RW Usage
* afSrcAddr R Address of sender device
* dstEndPoint R Endpoint at receiver
* clusterID R Pointer to cluster ID
* afduLength R Pointer to length of data
* pAfdu R Data array
*
* RETURNS:
* NULL
*
****************************************************************************/
PUBLIC bool_t JZA_bAfMsgObject(APS_Addrmode_e eAddrMode,
uint16 u16AddrSrc,
uint8 u8SrcEP,
uint8 u8LQI,
uint8 u8DstEP,
uint8 u8ClusterID,
uint8 *pu8ClusterIDRsp,
AF_Transaction_s *puTransactionInd,
AF_Transaction_s *puTransactionRsp)
{
uint16 u16Humidity;
uint16 u16BattVoltage;
uint16 u16Temperature;
uint32 mach, macl;
static uint16 count, count1 = 0, count_s = 0;
MAC_ExtAddr_s sExtAddr, *psExtAddr;
uint16 command;
int i;
if ((eAddrMode == APS_ADDRMODE_SHORT) && (u8DstEP == WSN_DATA_SINK_ENDPOINT))
{
if(u8ClusterID == WSN_CID_SENSOR_READINGS)
{
command = puTransactionInd[0].uFrame.sMsg.au8TransactionData[0];
if(command == CONTROL_CMD_GET_INFO)
{
//vPrintf("CONTROL_CMD_GET_INFO\n");
count1++;
vPrintf("count1: %dx\n", count1);
if(count1 > 10 || getinfo_ok)
{
vPrintf("get info okx\n");
getinfo_ok = TRUE;
count1 = 0;
return;
}
sensordata.datatype = WAITING_MODE;
for(i = 0; i < 10; i++)
{
if(sensordata.sensorinfo[i].sensorID == u16AddrSrc)
break;
sensordata.sensorinfo[i].sensorID = u16AddrSrc;
sensordata.sensorinfo[i].isValiable = TRUE;
sensordata.sensorinfo[i].mach = (puTransactionInd[0].uFrame.sMsg.au8TransactionData[1] & 0xff);
sensordata.sensorinfo[i].mach = sensordata.sensorinfo[i].mach << 24;
sensordata.sensorinfo[i].mach |= ((puTransactionInd[0].uFrame.sMsg.au8TransactionData[2] << 16) & 0xffff0000);
sensordata.sensorinfo[i].mach |= ((puTransactionInd[0].uFrame.sMsg.au8TransactionData[3] << 8) & 0xffffff00);
sensordata.sensorinfo[i].mach |= ((puTransactionInd[0].uFrame.sMsg.au8TransactionData[4]) & 0xffffffff);
sensordata.sensorinfo[i].macl = (puTransactionInd[0].uFrame.sMsg.au8TransactionData[5] & 0xff);
sensordata.sensorinfo[i].macl = sensordata.sensorinfo[i].macl << 24;
sensordata.sensorinfo[i].macl |= ((puTransactionInd[0].uFrame.sMsg.au8TransactionData[6] << 16) & 0xffff0000);
sensordata.sensorinfo[i].macl |= ((puTransactionInd[0].uFrame.sMsg.au8TransactionData[7] << 8) & 0xffffff00);
sensordata.sensorinfo[i].macl |= ((puTransactionInd[0].uFrame.sMsg.au8TransactionData[8]) & 0xffffffff);
break;
}
}
else if(command == CONTROL_CMD_GET_DATA_S)
{
sensordata.datatype = SINGLE_MODE;
//vPrintf("CONTROL_CMD_GET_DATA_S");
if(count_s == 6)
count_s = 0;
sensordata.datatype = SINGLE_MODE;
sensordata.data.sd.sensorID = u16AddrSrc;
sensordata.data.sd.tempdata[count_s] = puTransactionInd[0].uFrame.sMsg.au8TransactionData[4];
sensordata.data.sd.tempdata[count_s] = sensordata.data.sd.tempdata[count_s]<<8;
sensordata.data.sd.tempdata[count_s] |= puTransactionInd[0].uFrame.sMsg.au8TransactionData[3];
if(sensordata.data.sd.tempdata[count_s] > 99)
sensordata.data.sd.templength[count_s] = 3;
else if(sensordata.data.sd.tempdata[count_s] <10)
sensordata.data.sd.templength[count_s] = 1;
else
sensordata.data.sd.templength[count_s] = 2;
sensordata.data.sd.humidata[count_s] = puTransactionInd[0].uFrame.sMsg.au8TransactionData[6];
sensordata.data.sd.humidata[count_s] = sensordata.data.sd.humidata[count_s]<<8;
sensordata.data.sd.humidata[count_s] |= puTransactionInd[0].uFrame.sMsg.au8TransactionData[5];
if(sensordata.data.sd.humidata[count_s] > 99)
sensordata.data.sd.humilength[count_s] = 3;
else if(sensordata.data.sd.humidata[count_s] <10)
sensordata.data.sd.humilength[count_s] = 1;
else
sensordata.data.sd.humilength[count_s] = 2;
count_s++;
}
else if(command == CONTROL_CMD_GET_DATA_M)
{
//vPrintf("CONTROL_CMD_GET_DATA_M");
sensordata.datatype = MULTI_MODE;
for(i = 0; i < 6; i++)
{
if(u16AddrSrc == sensordata.sensorinfo[i].sensorID)
{
sensordata.data.md[i].sensorID = u16AddrSrc;
sensordata.data.md[i].isValiable = TRUE;
sensordata.data.md[i].tempdata = puTransactionInd[0].uFrame.sMsg.au8TransactionData[4];
sensordata.data.md[i].tempdata = sensordata.data.md[i].tempdata<<8;
sensordata.data.md[i].tempdata |= puTransactionInd[0].uFrame.sMsg.au8TransactionData[3];
if(sensordata.data.md[i].tempdata > 99)
sensordata.data.md[i].templength = 3;
else if(sensordata.data.md[i].tempdata <10)
sensordata.data.md[i].templength = 1;
else
sensordata.data.md[i].templength = 2;
sensordata.data.md[i].humidata = puTransactionInd[0].uFrame.sMsg.au8TransactionData[6];
sensordata.data.md[i].humidata = sensordata.data.md[i].tempdata<<8;
sensordata.data.md[i].humidata |= puTransactionInd[0].uFrame.sMsg.au8TransactionData[5];
if(sensordata.data.md[i].humidata > 99)
sensordata.data.md[i].humilength = 3;
else if(sensordata.data.md[i].humidata <10)
sensordata.data.md[i].humilength = 1;
else
sensordata.data.md[i].humilength = 2;
}
}
}
/*count++;
u16BattVoltage = puTransactionInd[0].uFrame.sMsg.au8TransactionData[2];
u16BattVoltage = u16BattVoltage << 8;
u16BattVoltage |= puTransactionInd[0].uFrame.sMsg.au8TransactionData[1];
u16Temperature = puTransactionInd[0].uFrame.sMsg.au8TransactionData[4];
u16Temperature = u16Temperature << 8;
u16Temperature |= puTransactionInd[0].uFrame.sMsg.au8TransactionData[3];
u16Humidity = puTransactionInd[0].uFrame.sMsg.au8TransactionData[6];
u16Humidity = u16Humidity << 8;
u16Humidity |= puTransactionInd[0].uFrame.sMsg.au8TransactionData[5];
for(i = 6; i < 14; i++)
vPrintf("%x ", puTransactionInd[0].uFrame.sMsg.au8TransactionData[i]);
mach = (puTransactionInd[0].uFrame.sMsg.au8TransactionData[7] & 0xff);
mach = mach << 24;
mach |= ((puTransactionInd[0].uFrame.sMsg.au8TransactionData[8] << 16) & 0xffff0000);
mach |= ((puTransactionInd[0].uFrame.sMsg.au8TransactionData[9] << 8) & 0xffffff00);
mach |= ((puTransactionInd[0].uFrame.sMsg.au8TransactionData[10]) & 0xffffffff);
macl = (puTransactionInd[0].uFrame.sMsg.au8TransactionData[11] & 0xff);
macl = macl << 24;
macl |= ((puTransactionInd[0].uFrame.sMsg.au8TransactionData[12] << 16) & 0xffff0000);
macl |= ((puTransactionInd[0].uFrame.sMsg.au8TransactionData[13] << 8) & 0xffffff00);
macl |= ((puTransactionInd[0].uFrame.sMsg.au8TransactionData[14]) & 0xffffffff);
sExtAddr.u32L = macl;
sExtAddr.u32H = mach;
if(count > 10)
{
count = 0;
JZS_vRemoveNode(&sExtAddr, TRUE);
//bNwkRemoveDevice(u16AddrSrc);
vPrintf("remove success!\n");
}
vPrintf("%d\n", puTransactionInd[0].uFrame.sMsg.au8TransactionData[0]);//
vPrintf("%d\n", puTransactionInd[1].uFrame.sMsg.au8TransactionData[0]);
vTxSerialDataFrame(count, u16Humidity, u16Temperature, mach, macl);*/
}
}
return 0;
}
/****************************************************************************
*
* NAME: vToggleLed
*
* DESCRIPTION:
* Gets called by a BOS timer. Toggles LED1 to indicate we are alive.
*
****************************************************************************/
PRIVATE void vToggleLed(void *pvMsg, uint8 u8Dummy)
{
uint8 u8Msg;
uint8 u8TimerId;
static int count = 3;
static bool_t bToggle;
static int fillcount = 0;
MAC_ExtAddr_s sExtAddr, *psExtAddr;
int i;
AF_Transaction_s asTransaction[1];
asTransaction[0].u8SequenceNum = u8AfGetTransactionSequence(TRUE);
asTransaction[0].uFrame.sMsg.u8TransactionDataLen = 1;
asTransaction[0].uFrame.sMsg.au8TransactionData[0] = 9;
//static int sensorID[3] = {0, };
vReadTempHumidity();
if (bToggle)
{
vLedControl(0,0);
}
else
{
vLedControl(0,1);
}
bToggle = !bToggle;
/* if(afdeDataRequest(APS_ADDRMODE_SHORT,
0x0001,
WSN_DATA_SOURCE_ENDPOINT,
WSN_DATA_SINK_ENDPOINT,
WSN_PROFILE_ID,
WSN_CID_SENSOR_READINGS,
AF_MSG,
1,
asTransaction,
APS_TXOPTION_NONE,
SUPPRESS_ROUTE_DISCOVERY,
0)){;}
armCmd = single;*/
if(commandChanged == TRUE)
{
//vPrintf("command changed!\n");
commandChanged = FALSE;
switch(armCmd)
{
case reflash:
//vPrintf("reflashed\n");
sensordata.datatype = WAITING_MODE;
for(i = 0; i < 6; i++)
{
if(sensordata.sensorinfo[i].isValiable == TRUE)
{
asTransaction[0].uFrame.sMsg.au8TransactionData[0] = WAITING_MODE;
afdeDataRequest(APS_ADDRMODE_SHORT,
sensordata.sensorinfo[i].sensorID,
WSN_DATA_SOURCE_ENDPOINT,
WSN_DATA_SINK_ENDPOINT,
WSN_PROFILE_ID,
WSN_CID_SENSOR_READINGS,
AF_MSG,
1,
asTransaction,
APS_TXOPTION_NONE,
SUPPRESS_ROUTE_DISCOVERY,
0);
}
}
break;
case single:
//vPrintf("single mode send\n");
sensordata.sensorID = 0x0001;
for(i = 0; i < 6; i++)
{
if(sensordata.sensorID != sensordata.sensorinfo[i].sensorID)
{
if(sensordata.sensorinfo[i].isValiable == TRUE)
{
sExtAddr.u32L = sensordata.sensorinfo[i].macl;
sExtAddr.u32H = sensordata.sensorinfo[i].mach;
JZS_vRemoveNode(&sExtAddr, TRUE);
//bNwkRemoveDevice(u16AddrSrc);
vPrintf("sensor: %d remove success!x\n", sensordata.sensorinfo[i].sensorID);
sensordata.sensorinfo[i].isValiable = FALSE;
}
}
}
asTransaction[0].uFrame.sMsg.au8TransactionData[0] = CONTROL_CMD_GET_DATA_S;
afdeDataRequest(APS_ADDRMODE_SHORT,
sensordata.sensorID,
WSN_DATA_SOURCE_ENDPOINT,
WSN_DATA_SINK_ENDPOINT,
WSN_PROFILE_ID,
WSN_CID_SENSOR_READINGS,
AF_MSG,
1,
asTransaction,
APS_TXOPTION_NONE,
SUPPRESS_ROUTE_DISCOVERY,
0);
/*singledata.estate.num++;
if(singledata.estate.num > 5)
{
singledata.estate.num = 0;
singledata.estate.estate = E_FILL_COMPLETE;
}else
singledata.estate.estate = E_FILL_UNCOMPLETE;
singledata.tempdata[singledata.estate.num] = sTempHumiditySensor.u16TempReading;
singledata.humidata[singledata.estate.num] = sTempHumiditySensor.u16HumidReading;
if(singledata.tempdata[singledata.estate.num] > 100)
{
singledata.tempdata[singledata.estate.num] = 100;
singledata.templength[singledata.estate.num] = 3;
}else if(singledata.tempdata[singledata.estate.num] <= 0)
{
singledata.tempdata[singledata.estate.num] = 0;
singledata.templength[singledata.estate.num] = 1;
}else
{
singledata.templength[singledata.estate.num] = 2;
}
if(singledata.humidata[singledata.estate.num] > 100)
{
singledata.humidata[singledata.estate.num] = 100;
singledata.humilength[singledata.estate.num] = 3;
}else if(singledata.humidata[singledata.estate.num] <= 0)
{
singledata.humidata[singledata.estate.num] = 0;
singledata.humilength[singledata.estate.num] = 1;
}else
{
singledata.humilength[singledata.estate.num] = 2;
}
if(singledata.estate.estate == E_FILL_COMPLETE)
vPrintf("S%d,T[%d]%d:%d,H[%d]%d:%d,T[%d]%d:%d,H[%d]%d:%d,T[%d]%d:%d,H[%d]%d:%d,T[%d]%d:%d,H[%d]%d:%d,T[%d]%d:%d,H[%d]%d:%d,T[%d]%d:%d,H[%d]%d:%d\n",
singledata.sensorID, 0, singledata.templength[0], singledata.tempdata[0], 0, singledata.humilength[0], singledata.humidata[0],
1, singledata.templength[1], singledata.tempdata[1], 1, singledata.humilength[1], singledata.humidata[1],
2, singledata.templength[2], singledata.tempdata[2], 2, singledata.humilength[2], singledata.humidata[2],
3, singledata.templength[3], singledata.tempdata[3], 3, singledata.humilength[3], singledata.humidata[3],
4, singledata.templength[4], singledata.tempdata[4], 4, singledata.humilength[4], singledata.humidata[4],
5, singledata.templength[5], singledata.tempdata[5], 5, singledata.humilength[5], singledata.humidata[5]);
//vTxSerialDataFrame(1, sTempHumiditySensor.u16HumidReading,sTempHumiditySensor.u16TempReading);
sTempHumiditySensor.eState = E_STATE_READ_TEMP_HUMID_IDLE;*/
break;
case mulit:
for(i = 0; i < 6; i++)
{
asTransaction[0].uFrame.sMsg.au8TransactionData[0] = CONTROL_CMD_GET_DATA_M;
if(sensordata.sensorinfo[i].isValiable == TRUE)
afdeDataRequest(APS_ADDRMODE_SHORT,
sensordata.sensorinfo[i].sensorID,
WSN_DATA_SOURCE_ENDPOINT,
WSN_DATA_SINK_ENDPOINT,
WSN_PROFILE_ID,
WSN_CID_SENSOR_READINGS,
AF_MSG,
1,
asTransaction,
APS_TXOPTION_NONE,
SUPPRESS_ROUTE_DISCOVERY,
0);
/*if(multidata[i].available == NOT_NULL)
{
multidata[i].tempdata = sTempHumiditySensor.u16TempReading;
multidata[i].humidata = sTempHumiditySensor.u16HumidReading;
vPrintf("S:%d,T:%d,H:%d\n",
multidata[i].sensorID, multidata[i].tempdata, multidata[i].humidata);
}*/
}
//sTempHumiditySensor.eState = E_STATE_READ_TEMP_HUMID_IDLE;
break;
case stop:
//vPrintf("stopped!\n");
break;
default:
//vPrintf("wait for start!\n");
break;
}
}
if(sensordata.datatype == WAITING_MODE)
{
for(i = 0; i < 6; i++)
{
if(sensordata.sensorinfo[i].isValiable == TRUE)
vPrintf("%d is avaliable x\n", sensordata.sensorinfo[i].sensorID);
}
}
else if(sensordata.datatype == SINGLE_MODE)
{
if(fillcount == 6)
fillcount = 0;
vPrintf("S%dT%dL%d%dH%dL%d%dx\n", sensordata.data.sd.sensorID,
fillcount, sensordata.data.sd.templength[fillcount], sensordata.data.sd.tempdata[fillcount],
fillcount, sensordata.data.sd.humilength[fillcount], sensordata.data.sd.humidata[fillcount]);
fillcount++;
}
else if(sensordata.datatype == MULTI_MODE)
{
for(i = 0; i < 6; i++)
{
if(sensordata.data.md[i].isValiable == TRUE)
vPrintf("S%dT%dL%d%dH%dL%d%dx\n", sensordata.data.md[i].sensorID,
i, sensordata.data.md[i].templength, sensordata.data.md[i].tempdata,
i, sensordata.data.md[i].humilength, sensordata.data.md[i].humidata);
}
}
else if(sensordata.datatype == UNSTARTED)
{
//vPrintf("wait for start\n");
}
(void)bBosCreateTimer(vToggleLed, &u8Msg, 0, (APP_TICK_PERIOD_ms / 10), &u8TimerId);
}
void
Swig_warning(int wnum, const String_or_char *filename, int line, const char *fmt, ...) {
String *out;
char *msg;
int wrn = 1;
va_list ap;
if (silence) return;
va_start(ap,fmt);
out = NewString("");
vPrintf(out,fmt,ap);
{
char temp[64], *t;
t = temp;
msg = Char(out);
while (isdigit((int) *msg)) {
*(t++) = *(msg++);
}
if (t != temp) {
msg++;
*t = 0;
wnum = atoi(temp);
}
}
/* Check in the warning filter */
if (filter) {
char temp[32];
char *c;
sprintf(temp,"%d",wnum);
c = Strstr(filter,temp);
if (c) {
if (*(c-1) == '-') wrn = 0; /* Warning disabled */
if (*(c-1) == '+') wrn = 1; /* Warning enabled */
}
}
if (warnall || wrn) {
if (wnum) {
switch (msg_format) {
case EMF_MICROSOFT:
Printf(stderr,"%s(%d): Warning(%d): ", filename, line, wnum);
break;
case EMF_STANDARD:
default:
Printf(stderr,"%s:%d: Warning(%d): ", filename, line, wnum);
break;
}
} else {
switch (msg_format) {
case EMF_MICROSOFT:
Printf(stderr,"%s(%d): Warning: ", filename, line);
break;
case EMF_STANDARD:
default:
Printf(stderr,"%s:%d: Warning: ", filename, line);
break;
}
}
Printf(stderr,"%s",msg);
nwarning++;
}
Delete(out);
va_end(ap);
}