Uses of Class
ioio.lib.api.exception.ConnectionLostException

Packages that use ConnectionLostException

ioio.lib.api
ioio.lib.util

Uses of ConnectionLostException in ioio.lib.api

Methods in ioio.lib.api that throw ConnectionLostException

int	Sequencer.available() Get the number of cues which can be pushed without blocking.
int	AnalogInput.available() Gets the number of samples currently in the buffer.
void	IOIO.beginBatch() Start a batch of operations.
void	IOIO.endBatch() End a batch of operations.
void	IcspMaster.enterProgramming() Initiate a sequence that will put the slave device in programming mode.
void	IcspMaster.executeInstruction(int instruction) Execute a single instruction on the slave MCU.
void	IcspMaster.exitProgramming() Initiate a sequence that will put the slave device out of programming mode.
float	PulseInput.getDuration() Gets the pulse duration in case of pulse measurement mode, or the period in case of frequency mode.
float	PulseInput.getDurationBuffered() Reads a single measurement from the queue.
float	PulseInput.getDurationSync() This is very similar to PulseInput.getDuration(), but will wait for a new sample to arrive before returning.
float	PulseInput.getFrequency() Gets the momentary frequency of the measured signal.
float	PulseInput.getFrequencySync() This is very similar to PulseInput.getFrequency(), but will wait for a new sample to arrive before returning.
java.io.InputStream	IOIOConnection.getInputStream()
Sequencer.Event	Sequencer.getLastEvent() Get the most recent execution event.
java.io.OutputStream	IOIOConnection.getOutputStream()
int	AnalogInput.getOverflowCount() Gets the number of samples that have been dropped as result of overflow, since AnalogInput.setBuffer(int) has been called.
float	AnalogInput.getSampleRate() Gets the sample rate used for obtaining buffered samples.
float	AnalogInput.getVoltage() Gets the analog input reading, as an absolute voltage in Volt units.
float	AnalogInput.getVoltageBuffered() Read a sample from the internal buffer.
float	AnalogInput.getVoltageSync() This is very similar to AnalogInput.getVoltage(), but will wait for a new sample to arrive before returning.
void	IOIO.hardReset() Equivalent to disconnecting and reconnecting the board power supply.
void	Sequencer.manualStart(Sequencer.ChannelCue[] cues) Execute a cue until further notice.
void	Sequencer.manualStop() Stop a manual cue currently running.
AnalogInput	IOIO.openAnalogInput(int pin) Open a pin for analog input.
CapSense	IOIO.openCapSense(int pin) Shorthand for openCapSense(pin, CapSense.DEFAULT_COEF).
CapSense	IOIO.openCapSense(int pin, float filterCoef) Open a pin for cap-sense.
DigitalInput	IOIO.openDigitalInput(DigitalInput.Spec spec) Open a pin for digital input.
DigitalInput	IOIO.openDigitalInput(int pin) Shorthand for openDigitalInput(new DigitalInput.Spec(pin)).
DigitalInput	IOIO.openDigitalInput(int pin, DigitalInput.Spec.Mode mode) Shorthand for openDigitalInput(new DigitalInput.Spec(pin, mode)).
DigitalOutput	IOIO.openDigitalOutput(DigitalOutput.Spec spec, boolean startValue) Open a pin for digital output.
DigitalOutput	IOIO.openDigitalOutput(int pin) Shorthand for openDigitalOutput(new DigitalOutput.Spec(pin), false).
DigitalOutput	IOIO.openDigitalOutput(int pin, boolean startValue) Shorthand for openDigitalOutput(new DigitalOutput.Spec(pin), startValue).
DigitalOutput	IOIO.openDigitalOutput(int pin, DigitalOutput.Spec.Mode mode, boolean startValue) Shorthand for openDigitalOutput(new DigitalOutput.Spec(pin, mode), startValue).
IcspMaster	IOIO.openIcspMaster() Open an ICSP channel, enabling Flash programming of an external PIC MCU, and in particular, another IOIO board.
PulseInput	IOIO.openPulseInput(DigitalInput.Spec spec, PulseInput.ClockRate rate, PulseInput.PulseMode mode, boolean doublePrecision) Open a pin for pulse input.
PulseInput	IOIO.openPulseInput(int pin, PulseInput.PulseMode mode) Shorthand for openPulseInput(new DigitalInput.Spec(pin), rate, mode, true), i.e.
PwmOutput	IOIO.openPwmOutput(DigitalOutput.Spec spec, int freqHz) Open a pin for PWM (Pulse-Width Modulation) output.
PwmOutput	IOIO.openPwmOutput(int pin, int freqHz) Shorthand for openPwmOutput(new DigitalOutput.Spec(pin), freqHz).
Sequencer	IOIO.openSequencer(Sequencer.ChannelConfig[] config) Open a motion-control sequencer.
SpiMaster	IOIO.openSpiMaster(DigitalInput.Spec miso, DigitalOutput.Spec mosi, DigitalOutput.Spec clk, DigitalOutput.Spec[] slaveSelect, SpiMaster.Config config) Open a SPI master module, enabling communication with multiple SPI-enabled slave modules.
SpiMaster	IOIO.openSpiMaster(int miso, int mosi, int clk, int[] slaveSelect, SpiMaster.Rate rate) Shorthand for IOIO.openSpiMaster(ioio.lib.api.DigitalInput.Spec, ioio.lib.api.DigitalOutput.Spec, ioio.lib.api.DigitalOutput.Spec, ioio.lib.api.DigitalOutput.Spec[], ioio.lib.api.SpiMaster.Config) , where the pins are all open with the default modes and default configuration values are used.
SpiMaster	IOIO.openSpiMaster(int miso, int mosi, int clk, int slaveSelect, SpiMaster.Rate rate) Shorthand for IOIO.openSpiMaster(ioio.lib.api.DigitalInput.Spec, ioio.lib.api.DigitalOutput.Spec, ioio.lib.api.DigitalOutput.Spec, ioio.lib.api.DigitalOutput.Spec[], ioio.lib.api.SpiMaster.Config) , where the MISO pins is opened with pull up, and the other pins are open with the default modes and default configuration values are used.
TwiMaster	IOIO.openTwiMaster(int twiNum, TwiMaster.Rate rate, boolean smbus) Open a TWI (Two-Wire Interface, such as I2C/SMBus) master module, enabling communication with multiple TWI-enabled slave modules.
Uart	IOIO.openUart(DigitalInput.Spec rx, DigitalOutput.Spec tx, int baud, Uart.Parity parity, Uart.StopBits stopbits) Open a UART module, enabling a bulk transfer of byte buffers.
Uart	IOIO.openUart(int rx, int tx, int baud, Uart.Parity parity, Uart.StopBits stopbits) Shorthand for IOIO.openUart(DigitalInput.Spec, DigitalOutput.Spec, int, Uart.Parity, Uart.StopBits) , where the input pins use their default specs.
void	Sequencer.pause() Pause execution of the sequence.
void	Sequencer.push(Sequencer.ChannelCue[] cues, int duration) Push a timed cue to the sequencer.
boolean	DigitalInput.read() Read the value sensed on the pin.
float	CapSense.read() Gets the capacitance reading.
float	AnalogInput.read() Gets the analog input reading, as a scaled real value between 0 and 1.
float	AnalogInput.readBuffered() Read a sample from the internal buffer.
float	CapSense.readSync() This is very similar to CapSense.read(), but will wait for a new sample to arrive before returning.
float	AnalogInput.readSync() This is very similar to AnalogInput.read(), but will wait for a new sample to arrive before returning.
void	IcspMaster.readVisi() Request a read of the VISI register on the slave MCU.
void	AnalogInput.setBuffer(int capacity) Initializes or destroys an internal buffer, used for queuing sampled data.
void	PwmOutput.setDutyCycle(float dutyCycle) Sets the duty cycle of the PWM output.
void	Sequencer.setEventQueueSize(int size) Sets a new size for the incoming event queue.
void	CapSense.setFilterCoef(float t) Sets the low-pass filter coefficient.
void	PwmOutput.setPulseWidth(float pulseWidthUs) The same as PwmOutput.setPulseWidth(int), but with sub-microsecond precision.
void	PwmOutput.setPulseWidth(int pulseWidthUs) Sets the pulse width of the PWM output.
void	IOIO.softReset() Resets the entire state (returning to initial state), without dropping the connection.
void	Sequencer.start() Start execution of the sequence.
void	Sequencer.stop() Stop execution of the sequence.
void	IOIO.sync() Sends a message to the IOIO and waits for an echo.
Sequencer.Event	Sequencer.waitEvent() Waits until an execution event occurs and returns it.
void	Sequencer.waitEventType(Sequencer.Event.Type type) A convenience method for blocking until an event of a certain type appears on the event queue.
void	IOIOConnection.waitForConnect()
void	IOIO.waitForConnect() Establishes connection with the IOIO board.
void	DigitalInput.waitForValue(boolean value) Block until a desired logical level is sensed.
void	CapSense.waitOver(float threshold) Block until sensed capacitance becomes greater than a given threshold.
void	CapSense.waitOverSync(float threshold) This is very similar to #waitOver(), but will wait for a new sample to arrive before returning.
float	PulseInput.waitPulseGetDuration() Deprecated. Please use PulseInput.getDurationBuffered() instead.
boolean	TwiMaster.Result.waitReady() Wait until the asynchronous call which returned this instance is complete.
void	SpiMaster.Result.waitReady() Wait until the asynchronous call which returned this instance is complete.
void	CapSense.waitUnder(float threshold) Block until sensed capacitance becomes less than a given threshold.
void	CapSense.waitUnderSync(float threshold) This is very similar to #waitUnder(), but will wait for a new sample to arrive before returning.
int	IcspMaster.waitVisiResult() Wait and return a result of a call to IcspMaster.readVisi().
void	DigitalOutput.write(boolean val) Set the output of the pin.
void	SpiMaster.writeRead(byte[] writeData, int writeSize, int totalSize, byte[] readData, int readSize) Shorthand for SpiMaster.writeRead(int, byte[], int, int, byte[], int) for the single-slave case.
boolean	TwiMaster.writeRead(int address, boolean tenBitAddr, byte[] writeData, int writeSize, byte[] readData, int readSize) Perform a single TWI transaction which includes optional transmission and optional reception of data to a single slave.
void	SpiMaster.writeRead(int slave, byte[] writeData, int writeSize, int totalSize, byte[] readData, int readSize) Perform a single SPI transaction which includes optional transmission and optional reception of data to a single slave.
TwiMaster.Result	TwiMaster.writeReadAsync(int address, boolean tenBitAddr, byte[] writeData, int writeSize, byte[] readData, int readSize) Asynchronous version of TwiMaster.writeRead(int, boolean, byte[], int, byte[], int).
SpiMaster.Result	SpiMaster.writeReadAsync(int slave, byte[] writeData, int writeSize, int totalSize, byte[] readData, int readSize) The same as SpiMaster.writeRead(int, byte[], int, int, byte[], int), but returns immediately and returns a SpiMaster.Result object that can be waited on.

Uses of ConnectionLostException in ioio.lib.util

Methods in ioio.lib.util that throw ConnectionLostException

void	IOIOLooper.loop() Subclasses should override this method for performing operations to be done repetitively as long as IOIO communication persists.
void	BaseIOIOLooper.loop()
void	IOIOLooper.setup(IOIO ioio) Subclasses should override this method for performing operations to be done once as soon as IOIO communication is established.
void	BaseIOIOLooper.setup(IOIO ioio)