Uses of Class com.diozero.util.RuntimeIOException (Device I/O Zero

Packages that use RuntimeIOException
Package	Description
com.diozero	Support for devices representing actual devices such as LEDs, Buttons including GPIO, SPI and I2C devices.
com.diozero.api	Lower-level APIs for interfacing with devices.
com.diozero.api.imu
com.diozero.api.motor
com.diozero.internal.spi
com.diozero.sampleapps	Sample applications.
com.diozero.sandpit

Uses of RuntimeIOException in com.diozero

Methods in com.diozero that throw RuntimeIOException
Modifier and Type	Method and Description
`void`	Buzzer.`beep()` Beep repeatedly in a background thread.
`void`	Buzzer.`beep(float onTime, float offTime, int n, boolean background)` Beep.
`void`	PwmLed.`blink()` Blink the LED on and off indefinitely.
`void`	LED.`blink()` Blink indefinitely with 1 second on and 1 second off.
`void`	PwmLed.`blink(float onTime, float offTime, int iterations, boolean background)` Blink the LED on and off repeatedly.
`void`	LED.`blink(float onTime, float offTime, int n, boolean background)` Blink.
`void`	PCA9685.`close()`
`void`	McpAdc.`close()`
`void`	MCP23017.`close()`
`void`	I2CLcd.`close()`
`void`	BME280.`close()`
`void`	PCA9685.`closeChannel(int channel)`
`void`	MCP23017.`closePin(int pinNumber)`
`float`	HCSR04.`getDistanceCm()` Send a pulse to HCSR04 and compute the echo to obtain distance
`float`	GP2Y0A21YK.`getDistanceCm()` Read distance in centimetres, range 10 to 80cm.
`float`	LDR.`getLdrResistance()` Read the resistance across the LDR.
`float`	TSL2561.`getLuminosity()` Converts the raw sensor values to the standard SI lux equivalent.
`float`	BMP180.`getPressure()` Read the barometric pressure (in hPa) from the device.
`float`	TMP36.`getScaledValue()`
`float`	W1ThermSensor.`getTemperature()` Get temperature in degrees celsius
`float`	TMP36.`getTemperature()` Get the current temperature in °C.
`float`	BMP180.`getTemperature()` Method for reading the temperature.
`float`	PCA9685.`getValue(int channel)`
`float`	McpAdc.`getValue(int adcPin)` Read the analog value in the range 0..1 or -1..1 (if the ADC type is signed)
`boolean`	MCP23017.`getValue(int pinNumber)`
`float[]`	RgbPwmLed.`getValues()` Get the value of all LEDs.
`boolean[]`	RgbLed.`getValues()` Get the state of all LEDs.
`boolean`	PwmLed.`isLit()` Return true if the PWM value is >0.
`boolean`	LED.`isLit()` Return true if the LED is currently on.
`void`	RgbPwmLed.`off()` Turn all LEDs off.
`void`	RgbLed.`off()` Turn all LEDs off.
`void`	RgbPwmLed.`on()` Turn all LEDs on.
`void`	RgbLed.`on()` Turn all LEDs on.
`GpioAnalogInputDeviceInterface`	McpAdc.`provisionAnalogInputPin(int pinNumber)` Device Factory SPI method
`GpioDigitalInputDeviceInterface`	MCP23017.`provisionDigitalInputPin(int pinNumber, GpioPullUpDown pud, GpioEventTrigger trigger)`
`GpioDigitalOutputDeviceInterface`	MCP23017.`provisionDigitalOutputPin(int pinNumber, boolean initialValue)`
`PwmOutputDeviceInterface`	PCA9685.`provisionPwmOutputPin(int channel, float initialValue)`
`void`	PwmLed.`pulse()` Pulse the LED on and off indefinitely.
`void`	PwmLed.`pulse(float fadeTime, int steps, int iterations, boolean background)` Pulse the LED on and off repeatedly.
`void`	BMP180.`readCalibrationData()` This method reads the calibration data common for the Temperature sensor and Barometer sensor included in the BMP180
`void`	TSL2561.`setGain(int gain)` Adjusts the gain on the TSL2561 (adjusts the sensitivity to light)
`void`	PCA9685.`setServoPulseWidthMs(int channel, double pulseWidthMs)` Set the pulse duration (micro-seconds) E.g.
`void`	MCP23017.`setValue(int pinNumber, boolean value)`
`void`	PCA9685.`setValue(int channel, float value)` Set PWM output on a specific channel, value must be 0..1
`void`	RgbLed.`setValues(boolean red, boolean green, boolean blue)` Set the state of all LEDs.
`void`	RgbPwmLed.`setValues(float red, float green, float blue)` Set the value of all LEDs.
`void`	RgbPwmLed.`toggle()` Toggle the state of all LEDs.
`void`	RgbLed.`toggle()` Toggle the state of all LEDs.

Constructors in com.diozero that throw RuntimeIOException
Constructor and Description
`BMP180(BMP180.BMPMode mode)` Constructor
`BMP180(int controllerNumber, int clockFrequency, BMP180.BMPMode mode)`
`Button(GpioDeviceFactoryInterface deviceFactory, int pinNumber, GpioPullUpDown pud)`
`Button(int pinNumber)` Pull up / down configuration defaults to NONE.
`Button(int pinNumber, GpioPullUpDown pud)`
`Buzzer(int pinNumber)`
`Buzzer(int pinNumber, boolean activeHigh)`
`CamJamKitDualMotor()`
`GP2Y0A21YK(AnalogInputDeviceFactoryInterface deviceFactory, int pinNumber, float vRef)`
`GP2Y0A21YK(int pinNumber, float vRef)`
`HCSR04(int triggerGpioNum, int echoGpioNum)` Initialise GPIO to echo and trigger pins
`HTS221(int controller, int address)`
`LDR(AnalogInputDeviceFactoryInterface deviceFactory, int pinNumber, float vRef, float r1)`
`LDR(int pinNumber, float vRef, float r1)`
`LED(GpioDeviceFactoryInterface deviceFactory, int pinNumber)`
`LED(int pinNumber)`
`LED(int pinNumber, boolean activeHigh)`
`MCP23017()`
`MCP23017(int interruptPinNumber)`
`MCP23017(int interruptPinNumberA, int interruptPinNumberB)`
`MCP23017(int controller, int address, int interruptPinNumber)`
`MCP23017(int controller, int address, int interruptPinNumberA, int interruptPinNumberB)`
`McpAdc(McpAdc.Type type, int chipSelect)`
`McpAdc(McpAdc.Type type, int controller, int chipSelect)`
`PCA9685(int pwmFrequency)`
`PCA9685(int controller, int address, int pwmFrequency)`
`PwmLed(int pinNumber)`
`PwmLed(int pinNumber, float initialValue)`
`PwmLed(PwmOutputDeviceFactoryInterface deviceFactory, int pinNumber)`
`PwmLed(PwmOutputDeviceFactoryInterface deviceFactory, int pinNumber, float initialValue)`
`RgbLed(GpioDeviceFactoryInterface deviceFactory, int redPin, int greenPin, int bluePin)`
`RgbLed(int redPin, int greenPin, int bluePin)`
`RgbPwmLed(int redPin, int greenPin, int bluePin)`
`RgbPwmLed(PwmOutputDeviceFactoryInterface deviceFactory, int redPin, int greenPin, int bluePin)`
`RyanteckDualMotor()`
`TMP36(AnalogInputDeviceFactoryInterface deviceFactory, int pinNumber, float vRef, float tempOffset)`
`TSL2561(int tsl2561Package)`
`TSL2561(int controllerNumber, int addressSize, int clockFreq, int tsl2561Package)`

Uses of RuntimeIOException in com.diozero.api

Methods in com.diozero.api that throw RuntimeIOException
Modifier and Type	Method and Description
`void`	SpiDevice.`close()`
`void`	I2CDevice.`close()`
`void`	AnalogInputDevice.`close()`
`protected void`	PwmOutputDevice.`fadeInOutLoop(float fadeTime, int steps, int iterations, boolean background)`
`float`	DistanceSensorInterface.`getDistanceCm()`
`float`	LuminositySensorInterface.`getLuminosity()`
`float`	PressureSensorInterface.`getPressure()`
`float`	AnalogInputDevice.`getScaledValue()` Get the scaled value in the range 0..range (if unsigned) or -range..range (if signed)
`float`	TemperatureSensorInterface.`getTemperature()` Get temperature in degrees celsius
`float`	AnalogInputDevice.`getUnscaledValue()` Get the unscaled normalised value in the range 0..1 (if unsigned) or -1..1 (if signed)
`float`	PwmOutputDevice.`getValue()` Get the current PWM output value (0..1).
`boolean`	DigitalInputDevice.`getValue()` Read the current underlying state of the input pin.
`boolean`	DigitalInputDevice.`isActive()` Read the current on/off state for this device taking into account the pull up / down configuration.
`boolean`	PwmOutputDevice.`isOn()` Get the device on / off status.
`boolean`	DigitalOutputDevice.`isOn()` Get the device on / off status.
`void`	PwmOutputDevice.`off()` Turn off the device (same as `setValue(0)`).
`void`	DigitalOutputDevice.`off()` Turn off the device.
`void`	PwmOutputDevice.`on()` Turn on the device (same as `setValue(1)`).
`void`	DigitalOutputDevice.`on()` Turn on the device.
`protected void`	PwmOutputDevice.`onOffLoop(float onTime, float offTime, int n, boolean background)`
`void`	DigitalOutputDevice.`onOffLoop(float onTime, float offTime, int n, boolean background)` Toggle the device on-off.
`void`	I2CDevice.`read(int address, int subAddressSize, ByteBuffer buffer)`
`byte[]`	I2CDevice.`read(int address, int subAddressSize, int count)`
`boolean`	I2CDevice.`readBit(int regAddr, int bitNum)` Read a single bit from an 8-bit device register.
`byte`	I2CDevice.`readBits(int regAddr, int bitStart, int length)` Read multiple bits from an 8-bit device register.
`byte`	I2CDevice.`readByte()`
`byte`	I2CDevice.`readByte(int regAddr)` Read single byte from an 8-bit device register.
`byte`	I2CDevice.`readByte(int address, int subAddressSize)`
`byte[]`	I2CDevice.`readBytes(int regAddr, int length)` Read multiple bytes from an 8-bit device register.
`short`	I2CDevice.`readShort(int address)`
`short`	I2CDevice.`readShort(int address, int subAddressSize)`
`short`	I2CDevice.`readShort(int address, int subAddressSize, ByteOrder order)`
`short`	I2CDevice.`readUByte(int regAddr)`
`long`	I2CDevice.`readUInt(int address, int subAddressSize, int bytes)`
`long`	I2CDevice.`readUInt(int address, int subAddressSize, int length, ByteOrder order)`
`int`	I2CDevice.`readUShort(int address)`
`int`	I2CDevice.`readUShort(int address, int subAddressSize)`
`int`	I2CDevice.`readUShort(int address, int subAddressSize, ByteOrder order)`
`void`	DigitalOutputDevice.`setOn(boolean on)` Turn the device on or off.
`void`	PwmOutputDevice.`setValue(float value)` Set the PWM output value (0..1).
`protected void`	PwmOutputDevice.`setValueInternal(float value)`
`void`	DigitalOutputDevice.`setValueUnsafe(boolean value)` Unsafe operation that has no synchronisation checks and doesn't compensate for active low logic.
`void`	PwmOutputDevice.`toggle()` Toggle the state of the device (same as `setValue(1 - getvalue())` ).
`void`	DigitalOutputDevice.`toggle()` Toggle the state of the device.
`void`	I2CDevice.`write(int register, int subAddressSize, byte value)` Writes a single byte to a register
`void`	I2CDevice.`write(int register, int subAddressSize, byte[] value)` Writes a single byte to a register
`ByteBuffer`	SpiDevice.`writeAndRead(ByteBuffer out)`
`void`	I2CDevice.`writeBit(int regAddr, int bitNum, boolean value)` write a single bit in an 8-bit device register.
`void`	I2CDevice.`writeBit(int regAddr, int bitNum, int value)` write a single bit in an 8-bit device register.
`void`	I2CDevice.`writeBits(int regAddr, int bitStart, int length, int data)` Write multiple bits in an 8-bit device register.
`void`	I2CDevice.`writeByte(int regAddr, byte data)` Write single byte to an 8-bit device register.
`void`	I2CDevice.`writeByte(int regAddr, int data)` Write single byte to an 8-bit device register.
`void`	I2CDevice.`writeBytes(int regAddr, int length, byte[] data)` Write multiple bytes to an 8-bit device register.
`void`	I2CDevice.`writeBytes(int regAddr, int length, byte[] data, int offset)`
`void`	I2CDevice.`writeShort(int regAddr, short val)`
`void`	I2CDevice.`writeWord(int regAddr, int data)` Write single word to a 16-bit device register.

Constructors in com.diozero.api that throw RuntimeIOException
Constructor and Description
`AnalogInputDevice(AnalogInputDeviceFactoryInterface deviceFactory, int pinNumber, float range)`
`AnalogInputDevice(int pinNumber, float range)`
`DigitalInputDevice(GpioDeviceFactoryInterface deviceFactory, int pinNumber, GpioPullUpDown pud, GpioEventTrigger trigger)`
`DigitalInputDevice(int pinNumber)`
`DigitalInputDevice(int pinNumber, GpioPullUpDown pud, GpioEventTrigger trigger)`
`DigitalOutputDevice(GpioDeviceFactoryInterface deviceFactory, int pinNumber, boolean activeHigh, boolean initialValue)`
`DigitalOutputDevice(int pinNumber)` Defaults to active high logic, initial value is off.
`DigitalOutputDevice(int pinNumber, boolean activeHigh, boolean initialValue)`
`I2CDevice(I2CDeviceFactoryInterface deviceFactory, int controller, int address, int addressSize, int clockFrequency, ByteOrder order)`
`I2CDevice(int controller, int address, int addressSize, int clockFrequency)`
`I2CDevice(int controller, int address, int addressSize, int clockFrequency, ByteOrder order)`
`PwmOutputDevice(int pinNumber)`
`PwmOutputDevice(int pinNumber, float initialValue)`
`PwmOutputDevice(PwmOutputDeviceFactoryInterface pwmDeviceFactory, int pinNumber, float initialValue)`
`SmoothedInputDevice(GpioDeviceFactoryInterface deviceFactory, int pinNumber, GpioPullUpDown pud, int threshold, int eventAge, int eventDetectPeriod)`
`SmoothedInputDevice(int pinNumber, GpioPullUpDown pud, int threshold, int eventAge, int eventDetectPeriod)`
`SpiDevice(int chipSelect)`
`SpiDevice(int controller, int chipSelect)`
`SpiDevice(int controller, int chipSelect, int frequency, SpiClockMode mode)`
`WaitableDigitalInputDevice(GpioDeviceFactoryInterface deviceFactory, int pinNumber, GpioPullUpDown pud, GpioEventTrigger trigger)`
`WaitableDigitalInputDevice(int pinNumber)`
`WaitableDigitalInputDevice(int pinNumber, GpioPullUpDown pud, GpioEventTrigger trigger)`

Uses of RuntimeIOException in com.diozero.api.imu

Methods in com.diozero.api.imu that throw RuntimeIOException
Modifier and Type	Method and Description
`org.apache.commons.math3.geometry.euclidean.threed.Vector3D`	ImuInterface.`getAccelerometerData()`
`org.apache.commons.math3.geometry.euclidean.threed.Vector3D`	ImuInterface.`getCompassData()`
`org.apache.commons.math3.geometry.euclidean.threed.Vector3D`	ImuInterface.`getGyroData()`
`ImuData`	ImuInterface.`getImuData()`

Uses of RuntimeIOException in com.diozero.api.motor

Methods in com.diozero.api.motor that throw RuntimeIOException
Modifier and Type	Method and Description
`void`	Motor.`backward()` Backward at full speed
`void`	DigitalMotor.`backward()`
`void`	MotorInterface.`backward(float speed)`
`void`	Motor.`backward(float speed)`
`void`	DualMotor.`backward(float speed)`
`void`	DualMotor.`backwardLeft(float speed)`
`void`	DualMotor.`backwardRight(float speed)`
`void`	Motor.`forward()` Forward at full speed
`void`	DigitalMotor.`forward()`
`void`	MotorInterface.`forward(float speed)`
`void`	Motor.`forward(float speed)`
`void`	DualMotor.`forward(float speed)`
`void`	DualMotor.`forwardLeft(float speed)`
`void`	DualMotor.`forwardRight(float speed)`
`float`	MotorInterface.`getValue()`
`float`	Motor.`getValue()` Represents the speed of the motor as a floating point value between -1 (full speed backward) and 1 (full speed forward)
`float`	DigitalMotor.`getValue()` Represents the speed of the motor as a floating point value between -1 (full speed backward) and 1 (full speed forward)
`float[]`	DualMotor.`getValues()`
`boolean`	MotorInterface.`isActive()`
`boolean`	Motor.`isActive()`
`boolean`	DigitalMotor.`isActive()`
`void`	MotorInterface.`reverse()`
`void`	MotorBase.`reverse()` Reverse direction of the motors
`void`	DualMotor.`reverse()`
`void`	DigitalMotor.`reverse()`
`void`	DualMotor.`rotateLeft(float speed)`
`void`	DualMotor.`rotateRight(float speed)`
`void`	MotorInterface.`setValue(float value)`
`void`	MotorBase.`setValue(float value)` Set the speed of the motor as a floating point value between -1 (full speed backward) and 1 (full speed forward)
`void`	DualMotor.`setValues(float leftValue, float rightValue)` Set the speed and direction for both motors (clockwise / counter-clockwise)
`void`	MotorInterface.`stop()`
`void`	Motor.`stop()`
`void`	DualMotor.`stop()`
`void`	DigitalMotor.`stop()`

Constructors in com.diozero.api.motor that throw RuntimeIOException
Constructor and Description
`DigitalMotor(int forwardPin, int backwardPin)`
`Motor(int forwardPwmPin, int backwardPwmPin)`
`Motor(PwmOutputDeviceFactoryInterface deviceFactory, int forwardPwmPin, int backwardPwmPin)`

Uses of RuntimeIOException in com.diozero.internal.spi

Methods in com.diozero.internal.spi that throw RuntimeIOException
Modifier and Type	Method and Description
`protected abstract void`	AbstractDevice.`closeDevice()`
`protected abstract GpioAnalogInputDeviceInterface`	BaseNativeDeviceFactory.`createAnalogInputPin(String key, int pinNumber)`
`protected abstract GpioAnalogOutputDeviceInterface`	BaseNativeDeviceFactory.`createAnalogOutputPin(String key, int pinNumber)`
`protected abstract GpioDigitalInputDeviceInterface`	BaseNativeDeviceFactory.`createDigitalInputPin(String key, int pinNumber, GpioPullUpDown pud, GpioEventTrigger trigger)`
`protected abstract GpioDigitalOutputDeviceInterface`	BaseNativeDeviceFactory.`createDigitalOutputPin(String key, int pinNumber, boolean initialValue)`
`protected abstract I2CDeviceInterface`	BaseNativeDeviceFactory.`createI2CDevice(String key, int controller, int address, int addressSize, int clockFrequency)`
`protected abstract PwmOutputDeviceInterface`	BaseNativeDeviceFactory.`createPwmOutputPin(String key, int pinNumber, float initialValue, PwmType pwmType)`
`protected abstract SpiDeviceInterface`	BaseNativeDeviceFactory.`createSpiDevice(String key, int controller, int chipSelect, int frequency, SpiClockMode spiClockMode)`
`float`	PwmOutputDeviceInterface.`getValue()` Get the current PWM output value (0..1)
`boolean`	GpioDigitalOutputDeviceInterface.`getValue()`
`boolean`	GpioDigitalInputDeviceInterface.`getValue()`
`float`	GpioAnalogInputDeviceInterface.`getValue()`
`GpioAnalogInputDeviceInterface`	BaseNativeDeviceFactory.`provisionAnalogInputPin(int pinNumber)`
`GpioAnalogInputDeviceInterface`	AnalogInputDeviceFactoryInterface.`provisionAnalogInputPin(int pinNumber)`
`GpioAnalogOutputDeviceInterface`	BaseNativeDeviceFactory.`provisionAnalogOutputPin(int pinNumber)`
`GpioAnalogOutputDeviceInterface`	AnalogOutputDeviceFactoryInterface.`provisionAnalogOutputPin(int pinNumber)`
`GpioDigitalInputDeviceInterface`	GpioDeviceFactoryInterface.`provisionDigitalInputPin(int pinNumber, GpioPullUpDown pud, GpioEventTrigger trigger)`
`GpioDigitalInputDeviceInterface`	BaseNativeDeviceFactory.`provisionDigitalInputPin(int pinNumber, GpioPullUpDown pud, GpioEventTrigger trigger)`
`GpioDigitalOutputDeviceInterface`	GpioDeviceFactoryInterface.`provisionDigitalOutputPin(int pinNumber, boolean initialValue)`
`GpioDigitalOutputDeviceInterface`	BaseNativeDeviceFactory.`provisionDigitalOutputPin(int pinNumber, boolean initialValue)`
`I2CDeviceInterface`	I2CDeviceFactoryInterface.`provisionI2CDevice(int controller, int address, int addressSize, int clockFrequency)`
`I2CDeviceInterface`	BaseNativeDeviceFactory.`provisionI2CDevice(int controller, int address, int addressSize, int clockFrequency)`
`PwmOutputDeviceInterface`	PwmOutputDeviceFactoryInterface.`provisionPwmOutputPin(int pinNumber, float initialValue)`
`PwmOutputDeviceInterface`	BaseNativeDeviceFactory.`provisionPwmOutputPin(int pinNumber, float initialValue)`
`SpiDeviceInterface`	SpiDeviceFactoryInterface.`provisionSpiDevice(int controller, int chipSelect, int frequency, SpiClockMode spiClockMode)`
`SpiDeviceInterface`	BaseNativeDeviceFactory.`provisionSpiDevice(int controller, int chipSelect, int frequency, SpiClockMode spiClockMode)`
`void`	I2CDeviceInterface.`read(int register, int subAddressSize, ByteBuffer buffer)`
`void`	GpioDigitalOutputDeviceInterface.`setValue(boolean value)`
`void`	PwmOutputDeviceInterface.`setValue(float value)` Set the PWM output value (0..1)
`void`	GpioAnalogOutputDeviceInterface.`setValue(float value)`
`void`	I2CDeviceInterface.`write(int register, int subAddressSize, ByteBuffer buffer)`
`ByteBuffer`	SpiDeviceInterface.`writeAndRead(ByteBuffer out)`

Uses of RuntimeIOException in com.diozero.sampleapps

Methods in com.diozero.sampleapps that throw RuntimeIOException
Modifier and Type	Method and Description
`void`	CamJamRobot.`close()`
`void`	CamJamLineFollower.`close()`

Uses of RuntimeIOException in com.diozero.sandpit

Methods in com.diozero.sandpit that throw RuntimeIOException
Modifier and Type	Method and Description
`void`	TB6612FNGMotor.`backward(float speed)`
`void`	PCF8591.`close()`
`void`	TB6612FNGMotor.`forward(float speed)`
`float`	HCSR04UsingWait.`getDistanceCm()` Send a pulse to HCSR04 and compute the echo to obtain distance
`float`	HCSR04UsingEvents.`getDistanceCm()` Send a pulse to HCSR04 and compute the echo to obtain distance
`float`	TB6612FNGMotor.`getValue()` Represents the speed of the motor as a floating point value between -1 (full speed backward) and 1 (full speed forward)
`float`	PCF8591.`getValue(int adcPin)` Read the analog value in the range 0..1
`boolean`	TB6612FNGMotor.`isActive()`
`GpioAnalogInputDeviceInterface`	PCF8591.`provisionAnalogInputPin(int pinNumber)`
`GpioAnalogOutputDeviceInterface`	PCF8591.`provisionAnalogOutputPin(int pinNumber)`
`void`	PCF8591.`setValue(int dacPin, float value)` Set the analog output value.
`void`	TB6612FNGMotor.`stop()`

Constructors in com.diozero.sandpit that throw RuntimeIOException
Constructor and Description
`DebouncedDigitalInputDevice(int pinNumber)`
`DebouncedDigitalInputDevice(int pinNumber, GpioPullUpDown pud, float debounceTime)`
`DebouncedDigitalInputDevice(int pinNumber, GpioPullUpDown pud, float debounceTime, GpioEventTrigger trigger)`
`HCSR04UsingEvents(int triggerGpioNum, int echoGpioNum)` Initialise GPIO to echo and trigger pins
`HCSR04UsingWait(int triggerGpioNum, int echoGpioNum)` Initialise GPIO to echo and trigger pins
`MotionSensor(int pinNumber)` Defaults 'threshold' to 1, eventAge t0 20ms and eventDetectPeriod to 10ms.
`MotionSensor(int pinNumber, GpioPullUpDown pud, int threshold, int eventAge, int eventDetectPeriod)`
`MotionSensor(int pinNumber, int threshold, int eventAge, int eventDetectPeriod)`
`Servo(int pinNumber, int pwmFrequency, float initialPulseWidthMs)`
`Servo(PwmOutputDeviceFactoryInterface pwmDeviceFactory, int pinNumber, int pwmFrequency, float initialPulseWidthMs)`
`TB6612FNGDualMotorDriver(int leftMotorClockwiseControlPinNumber, int leftMotorCounterClockwiseControlPinNumber, int leftMotorPwmPinNumber, int rightMotorClockwiseControlPinNumber, int rightMotorCounterClockwiseControlPinNumber, int rightMotorPwmPinNumber)`
`TB6612FNGDualMotorDriver(PwmOutputDeviceFactoryInterface pwmDeviceFactory, int leftMotorClockwiseControlPinNumber, int leftMotorCounterClockwiseControlPinNumber, int leftMotorPwmPinNumber, int rightMotorClockwiseControlPinNumber, int rightMotorCounterClockwiseControlPinNumber, int rightMotorPwmPinNumber)`

Uses of Classcom.diozero.util.RuntimeIOException

Uses of RuntimeIOException in com.diozero

Uses of RuntimeIOException in com.diozero.api

Uses of RuntimeIOException in com.diozero.api.imu

Uses of RuntimeIOException in com.diozero.api.motor

Uses of RuntimeIOException in com.diozero.internal.spi

Uses of RuntimeIOException in com.diozero.sampleapps

Uses of RuntimeIOException in com.diozero.sandpit

Uses of Class
com.diozero.util.RuntimeIOException