static void sendAnalogConfig(Serial *serial, size_t startIndex, size_t endIndex){
json_messageStart(serial);
json_blockStart(serial, "getAnalogCfg");
for (size_t i = startIndex; i <= endIndex; i++){
ADCConfig *cfg = &(getWorkingLoggerConfig()->ADCConfigs[i]);
json_blockStartInt(serial, i);
json_channelConfig(serial, &(cfg->cfg), 1);
json_int(serial, "scalMod", cfg->scalingMode, 1);
json_int(serial, "prec", cfg->loggingPrecision, 1);
json_float(serial, "linScal", cfg->linearScaling, ANALOG_SCALING_PRECISION, 1);
json_blockStart(serial, "map");
json_arrayStart(serial, "raw");
for (size_t b = 0; b < ANALOG_SCALING_BINS; b++){
put_int(serial, cfg->scalingMap.rawValues[b]);
if (b < ANALOG_SCALING_BINS - 1) serial->put_c(',');
}
json_arrayEnd(serial, 1);
json_arrayStart(serial, "scal");
for (size_t b = 0; b < ANALOG_SCALING_BINS; b++){
put_float(serial, cfg->scalingMap.scaledValues[b], ANALOG_SCALING_PRECISION);
if (b < ANALOG_SCALING_BINS - 1) serial->put_c(',');
}
json_arrayEnd(serial, 0);
json_blockEnd(serial, 0); //map
json_blockEnd(serial, i != endIndex); //index
}
json_blockEnd(serial, 0);
json_blockEnd(serial, 0);
}
int api_getConnectivityConfig(Serial *serial, const jsmntok_t *json){
ConnectivityConfig *cfg = &(getWorkingLoggerConfig()->ConnectivityConfigs);
json_messageStart(serial);
json_blockStart(serial, "getConnCfg");
json_int(serial, "sdMode", cfg->sdLoggingMode, 1);
json_int(serial, "connMode", cfg->connectivityMode, 1);
json_int(serial, "bgStream", cfg->backgroundStreaming, 0);
json_blockEnd(serial, 0);
json_blockEnd(serial, 0);
return API_SUCCESS_NO_RETURN;
}
void json_sendResult(Serial *serial, const char *messageName, int resultCode)
{
json_objStart(serial);
json_objStartString(serial, messageName);
json_int(serial, "rc", resultCode, 0);
json_objEnd(serial, 0);
json_objEnd(serial, 0);
}
static void writeSampleMeta(Serial *serial, SampleRecord *sr, int sampleRateLimit, int more){
int sampleCount = 0;
json_arrayStart(serial, "meta");
for (int i = 0; i < SAMPLE_RECORD_CHANNELS; i++){
ChannelSample *sample = &(sr->Samples[i]);
ChannelConfig * channelConfig = sample->channelConfig;
if (SAMPLE_DISABLED == channelConfig->sampleRate) continue;
if (sampleCount++ > 0) serial->put_c(',');
serial->put_c('{');
json_string(serial, "nm", channelConfig->label, 1);
json_string(serial, "ut", channelConfig->units, 1);
json_int(serial, "sr", decodeSampleRate(LOWER_SAMPLE_RATE(channelConfig->sampleRate, sampleRateLimit)), 0);
serial->put_c('}');
}
json_arrayEnd(serial, more);
}
void WebController::setInterpreterActionParams(struct json_token *jsontoken, int indexOffset, int count, const char* pathTemplate) {
double dParam0, dParam1, dParam2, dParam3, dParam4;
int action;
char path[64];
char *file = NULL;
char *name = NULL;
json_token *token;
for(int i= 0;i<count;i++){
sprintf(path,pathTemplate,i);
token = find_json_token(jsontoken, path);
if(token){
action = dParam0 = dParam1 = dParam2 = dParam3 = dParam4 = 0;
json_int(token,"action",&action);
if(action > 0){
json_str(token,"name",&name,64);
json_str(token,"file",&file,256);
json_double(token,"dParam0",&dParam0);
json_double(token,"dParam1",&dParam1);
json_double(token,"dParam2",&dParam2);
json_double(token,"dParam3",&dParam3);
json_double(token,"dParam4",&dParam4);
}
//M2-M9,S index 2-9
//userButtons index 11-20
//M100-M119 index 21 -39
//Special actions index 41 -48
int actionIndex = indexOffset + i;
int actionNameIndex = action > 0 && action < 10?action:10;
if(actionNameIndex != 10){
//printf("Set action index %d to %s\n",actionIndex, ACTION_NAMES[actionNameIndex]);
}
Interpreter->McodeActions[actionIndex].Action = action;
Interpreter->McodeActions[actionIndex].dParams[0] = dParam0;
Interpreter->McodeActions[actionIndex].dParams[1] = dParam1;
Interpreter->McodeActions[actionIndex].dParams[2] = dParam2;
Interpreter->McodeActions[actionIndex].dParams[3] = dParam3;
Interpreter->McodeActions[actionIndex].dParams[4] = dParam4;
//file should be nulled if not set.
if(file == NULL || action == 0){
Interpreter->McodeActions[actionIndex].String[0] = 0;
} else {
if(file[0]=='/'){
//path is absolute
strcpy(Interpreter->McodeActions[actionIndex].String, file);
} else {
//path is relative. make it absolute
char absoluteFile[256];
absolutePath(file, absoluteFile);
strcpy(Interpreter->McodeActions[actionIndex].String, absoluteFile);
}
}
} else {
printf("Failed %s\n", pathTemplate);
}
}
free(file);
free(name);
}
void api_sendLogStart(Serial *serial){
json_messageStart(serial);
json_int(serial, "logStart", 1, 0);
json_messageEnd(serial);
}
static void json_channelConfig(Serial *serial, ChannelConfig *cfg, int more){
json_string(serial, "nm", cfg->label, 1);
json_string(serial, "ut", cfg->units, 1);
json_int(serial, "sr", cfg->sampleRate, more);
}
