Synchronize Documentation

README.md

@@ -82,9 +82,9 @@ git clone --recurse-submodules --jobs 8 https://github.com/modm-io/modm.git
 
 ## Microcontrollers
 
-modm can create a HAL for <!--allcount-->3798<!--/allcount--> devices of these vendors:
+modm can create a HAL for <!--allcount-->3828<!--/allcount--> devices of these vendors:
 
-- STMicroelectronics STM32: <!--stmcount-->2993<!--/stmcount--> devices.
+- STMicroelectronics STM32: <!--stmcount-->3023<!--/stmcount--> devices.
 - Microchip SAM: <!--samcount-->416<!--/samcount--> devices.
 - Microchip AVR: <!--avrcount-->388<!--/avrcount--> devices.
 - Raspberry Pi: <!--rpicount-->1<!--/rpicount--> device.

examples/stm32c0x/adc/main.cpp

@@ -48,29 +48,33 @@ main()
 	Adc1::initialize<Board::SystemClock, Adc1::ClockMode::Asynchronous, 3_MHz>();
 
 	uint16_t vref = Adc1::readInternalVoltageReference();
-	MODM_LOG_INFO << modm::endl << "vref=" << vref << "mV" << modm::endl;
+	MODM_LOG_INFO << modm::endl << "vref=" << vref << "mV";
 	int16_t Temp = Adc1::readTemperature(vref);
-	MODM_LOG_INFO << "Temp=" << Temp << modm::endl;
+	MODM_LOG_INFO << " Temp=" << Temp << "Deg.C" << modm::endl << modm::flush;
 
-	Adc1::setChannels(std::array{Adc1::Channel::In1, Adc1::Channel::In2});
+	//Adc1::setChannels(std::array{Adc1::Channel::In1, Adc1::Channel::In2});
 	Adc1::setResolution(Adc1::Resolution::Bits12);
 	Adc1::setRightAdjustResult();
 	Adc1::setSampleTime(Adc1::SampleTime::Cycles160_5);
-	Adc1::enableFreeRunningMode();
+	//Adc1::enableFreeRunningMode();
 	// Adc1::enableOversampling(Adc1::OversampleRatio::x256, Adc1::OversampleShift::Div256);
 
-	Adc1::enableInterruptVector(5);
-	Adc1::enableInterrupt(Adc1::Interrupt::EndOfConversion);
-	// Adc1::enableInterrupt(Adc1::Interrupt::EndOfConversion | Adc1::Interrupt::EndOfSequence);
-	AdcInterrupt1::attachInterruptHandler(printAdc);
-	Adc1::startConversion();
+	//Adc1::enableInterruptVector(5);
+	//Adc1::enableInterrupt(Adc1::Interrupt::EndOfConversion);
+	//Adc1::enableInterrupt(Adc1::Interrupt::EndOfConversion | Adc1::Interrupt::EndOfSequence);
+	//AdcInterrupt1::attachInterruptHandler(printAdc);
+	//Adc1::startConversion();
 
 	while (true)
 	{
 		LedGn::toggle();
 		modm::delay(500ms);
 
 		// MODM_LOG_INFO << "mV=" << (vref * Adc1::getValue() / 4095ul) << modm::endl;
+		vref = Adc1::readInternalVoltageReference();
+		MODM_LOG_INFO << "vref=" << vref << "mV";
+		Temp = Adc1::readTemperature(vref);
+		MODM_LOG_INFO << " Temp=" << Temp << "deg.C" << modm::endl << modm::flush;
 	}
 
 	return 0;