void
Interface::interfaceReport(Args& args)
{
const char* delimiter;
const char* timestamp;
delimiter = args.getDelimiter();
if (delimiter == NULL)
{
printf("%-*s : %d\n",
maximumFieldLabelWidth(),
"Device number",
0);
printf("%-*s : 0x%02X\n",
maximumFieldLabelWidth(),
"Device type",
versionResponse_.getInterfaceType());
printf("%-*s : %s, %d.%d.%d",
maximumFieldLabelWidth(),
"Device description",
getModel(),
versionResponse_.getVersionMajor(),
versionResponse_.getVersionMinor(),
versionResponse_.getVersionRelease());
if (versionResponse_.getInterfaceType()
== FRONIUS_INTERFACE_RS_232)
{
printf(", %s", decodeSolarNetStatus());
}
printf("\n");
}
else
{
timestamp = Utils::getTimestamp(args);
delimiter = args.getDelimiter();
CHECK_PTR(delimiter);
printf("%s%s", timestamp, delimiter);
printf("0%s", delimiter);
printf("0x%02X%s", versionResponse_.getInterfaceType(),
delimiter);
printf("%s %d.%d.%d",
getModel(),
versionResponse_.getVersionMajor(),
versionResponse_.getVersionMinor(),
versionResponse_.getVersionRelease());
if (versionResponse_.getInterfaceType()
== FRONIUS_INTERFACE_RS_232)
{
printf(" %s", decodeSolarNetStatus());
}
printf("%s", delimiter);
printf("\n");
}
}
void
SensorCard::displayNowHeader(Args& args)
{
const char* delimiter;
delimiter = args.getDelimiter();
CHECK_PTR(delimiter);
printf("Chan. 1 Temperature now%s", delimiter);
printf("Chan. 2 Temperature now%s", delimiter);
printf("Irradiance now%s", delimiter);
printf("Chan. 1 Value now%s", delimiter);
printf("Chan. 2 Value now%s", delimiter);
}
void
Interface::reportHeader(Args& args)
{
const char* delimiter;
delimiter = args.getDelimiter();
assert(delimiter != NULL);
printf("Time%s", delimiter);
printf("Device Number%s", delimiter);
printf("Device Type%s", delimiter);
printf("Description%s", delimiter);
printf("\n");
}
void
SensorCard::displayTotalHeader(Args& args)
{
const char* delimiter;
delimiter = args.getDelimiter();
CHECK_PTR(delimiter);
printf("Chan. 1 Minimum Temperature total (F or C)%s", delimiter);
printf("Chan. 1 Maximum Temperature total (F or C)%s", delimiter);
printf("Chan. 2 Minimum Temperature total (F or C)%s", delimiter);
printf("Chan. 2 Maximum Temperature total (F or C)%s", delimiter);
printf("Irradiance Maximum total (Watts/meter2)%s", delimiter);
printf("Chan. 1 Maximum value total%s", delimiter);
printf("Chan. 2 Maximum value total%s", delimiter);
}
void
SensorCard::report(Args& args)
{
NowData nowData;
CumulativeData dayData;
CumulativeData yearData;
CumulativeData totalData;
deviceInfoReport(maximumFieldLabelWidth(), args);
switch(args.getReportType())
{
case Args::ReportTypeNow:
getNowData(nowData);
displayNowData(args, nowData);
break;
case Args::ReportTypeDay:
getDayData(dayData);
displayCumulativeData(args, "today", dayData);
break;
case Args::ReportTypeYear:
getYearData(yearData);
displayCumulativeData(args, "year", yearData);
break;
case Args::ReportTypeTotal:
getTotalData(totalData);
displayCumulativeData(args, "total", totalData);
break;
case Args::ReportTypeAll:
getNowData(nowData);
getDayData(dayData);
getYearData(yearData);
getTotalData(totalData);
displayNowData(args, nowData);
displayCumulativeData(args, "today", dayData);
displayCumulativeData(args, "year", yearData);
displayCumulativeData(args, "total", totalData);
break;
default:
assert(0);
}
if (args.getDelimiter() != NULL)
{
printf("\n");
}
}
void
SensorCard::displayNowData(Args& args, NowData& data)
{
const char* delimiter = args.getDelimiter();
if (delimiter == NULL)
{
printf("%-*s : %s degrees\n",
maximumFieldLabelWidth(),
"Chan. 1 Temperature now",
Utils::getValue(data.temperatureChan1));
printf("%-*s : %s degrees\n",
maximumFieldLabelWidth(),
"Chan. 2 Temperature now",
Utils::getValue(data.temperatureChan2));
printf("%-*s : %s watts/meter2\n",
maximumFieldLabelWidth(),
"Irradiance now",
Utils::getValue(data.irradiance));
printf("%-*s : %s\n",
maximumFieldLabelWidth(),
"Chan. 1 Value now",
Utils::getValue(data.digitalChan1Value));
printf("%-*s : %s\n",
maximumFieldLabelWidth(),
"Chan. 2 Value now",
Utils::getValue(data.digitalChan2Value));
}
else
{
printf("%s%s",
Utils::getValue(data.temperatureChan1), delimiter);
printf("%s%s",
Utils::getValue(data.temperatureChan2), delimiter);
printf("%s%s",
Utils::getValue(data.irradiance), delimiter);
printf("%s%s",
Utils::getValue(data.digitalChan1Value), delimiter);
printf("%s%s",
Utils::getValue(data.digitalChan2Value), delimiter);
}
}
void
SensorCard::displayCumulativeData(
Args& args,
const char* timePeriod,
CumulativeData& data)
{
const char* delimiter = args.getDelimiter();
if (delimiter == NULL)
{
printf("%-*s : %s degrees\n",
maximumFieldLabelWidth(),
Utils::strCat(
"Chan. 1 Minimum Temperature ", timePeriod),
Utils::getValue(data.temperatureChan1Minimum));
printf("%-*s : %s degrees\n",
maximumFieldLabelWidth(),
Utils::strCat(
"Chan. 1 Maximum Temperature ", timePeriod),
Utils::getValue(data.temperatureChan1Maximum));
printf("%-*s : %s degrees\n",
maximumFieldLabelWidth(),
Utils::strCat(
"Chan. 2 Minimum Temperature ", timePeriod),
Utils::getValue(data.temperatureChan2Minimum));
printf("%-*s : %s degrees\n",
maximumFieldLabelWidth(),
Utils::strCat(
"Chan. 2 Maximum Temperature ", timePeriod),
Utils::getValue(data.temperatureChan2Maximum));
printf("%-*s : %s watts/meter2\n",
maximumFieldLabelWidth(),
Utils::strCat("Irradiance Maximum ", timePeriod),
Utils::getValue(data.temperatureChan2Maximum));
printf("%-*s : %s\n",
maximumFieldLabelWidth(),
Utils::strCat("Chan. 1 Maximum value ", timePeriod),
Utils::getValue(data.digitalChan1ValueMaximum));
printf("%-*s : %s\n",
maximumFieldLabelWidth(),
Utils::strCat("Chan. 2 Maximum value ", timePeriod),
Utils::getValue(data.digitalChan2ValueMaximum));
}
else
{
printf("%s%s",
Utils::getValue(data.temperatureChan1Minimum),
delimiter);
printf("%s%s",
Utils::getValue(data.temperatureChan1Maximum),
delimiter);
printf("%s%s",
Utils::getValue(data.temperatureChan2Minimum),
delimiter);
printf("%s%s",
Utils::getValue(data.temperatureChan2Maximum),
delimiter);
printf("%s%s",
Utils::getValue(data.irradianceMaximum),
delimiter);
printf("%s%s",
Utils::getValue(data.digitalChan1ValueMaximum),
delimiter);
printf("%s%s",
Utils::getValue(data.digitalChan2ValueMaximum),
delimiter);
}
}