Uses of Class
com.oracle.deviceaccess.PeripheralNotAvailableException

Packages that use PeripheralNotAvailableException

com.oracle.deviceaccess.gpio
com.oracle.deviceaccess.i2cbus
com.oracle.deviceaccess.mmio
com.oracle.deviceaccess.spibus

Uses of PeripheralNotAvailableException in com.oracle.deviceaccess.gpio

Methods in com.oracle.deviceaccess.gpio that throw PeripheralNotAvailableException

int	GPIOPort.getDirection() Returns the current direction of port.
int	GPIOPin.getDirection() Returns the current direction of pin.
static GPIOPin	GPIOManager.getPin(int id) Returns GPIOPin of given id.
static GPIOPin	GPIOManager.getPin(java.lang.String name) Returns GPIOPin of given name.
static GPIOPort	GPIOManager.getPort(int id) Returns GPIOPort of given ID.
static GPIOPort	GPIOManager.getPort(java.lang.String name) Returns GPIOPort of given name.
int	GPIOPort.getValue() Get data from GPIO port.
boolean	GPIOPin.getValue() Returns the current value of the pin, this can be called on both outputs and inputs.
void	GPIOPort.setDirection(int direction) Change current port's direction.
void	GPIOPin.setDirection(int direction) Set the current direction of pin.
void	GPIOPin.setInputListener(PinListener listener) Register listener for receiving callback from input pin.
void	GPIOPort.setInputListener(PortListener listener) Start notification from GPIO port and register listener.
void	GPIOPin.setValue(boolean value) Set pin value.
void	GPIOPort.setValue(int value) Set value to the GPIO port.

Uses of PeripheralNotAvailableException in com.oracle.deviceaccess.i2cbus

Methods in com.oracle.deviceaccess.i2cbus that throw PeripheralNotAvailableException

static I2CSlave	I2CManager.getSlave(int id) Gets an I2CSlave instance for the given ID.
static I2CSlave	I2CManager.getSlave(java.lang.String name) Gets an I2CSlave instance for the given name.
int	I2CSlave.read() Reads one byte of data from this slave device.
int	I2CSlave.read(byte[] rxBuf, int rxOff, int rxLen) Reads up to rxLen bytes of data from this slave device into an array of bytes.
int	I2CSlave.read(int rxSkip, byte[] rxBuf, int rxOff, int rxLen) Reads up to rxLen bytes of data from this slave device into an array of bytes skipping the first rxSkip bytes read.
void	I2CSlave.write(byte[] txBuf, int txOff, int txLen) Writes to this slave device txLen bytes from buffer txBuf.
void	I2CSlave.write(int txData) Writes one byte to this slave device.
int	I2CSlave.writeThenRead(byte[] txBuf, int txOff, int txLen, byte[] rxBuf, int rxOff, int rxLen) Writes to this slave device up to txLen bytes from the buffer txBuf then reads into the buffer rxBuf up to rxLen bytes from this slave device.
int	I2CSlave.writeThenRead(byte[] txBuf, int txOff, int txLen, int rxSkip, byte[] rxBuf, int rxOff, int rxLen) Writes to this slave device up to txLen bytes from the buffer txBuf then reads into the buffer rxBuf up to rxLen bytes from this slave device skipping the first rxSkip bytes read.

Uses of PeripheralNotAvailableException in com.oracle.deviceaccess.mmio

Methods in com.oracle.deviceaccess.mmio that throw PeripheralNotAvailableException

short	RawShort.get() Gets the short value at the memory area associated with this object.
long	RawLong.get() Gets the long value at the memory area associated with this object.
int	RawInt.get() Gets the int value at the memory area associated with this object.
byte	RawByte.get() Gets the byte value at the memory area associated with this object.
RawBlock	MMIODevice.getBlock(java.lang.String name) Gets the designated memory block.
byte	RawBlock.getByte(int index) Reads the byte at the given index in the raw memory area associated with this object.
int	MMIODevice.getByteOrdering() Returns the byte ordering of this memory-mapped peripheral device.
RawByte	MMIODevice.getByteRegister(java.lang.String name) Gets the designated register holding a byte value.
void	RawBlock.getBytes(int index, byte[] dst, int offset, int length) Reads bytes starting at the given index in the raw memory area associated with this object.
static MMIODevice	MMIOManager.getDevice(int id) Gets a MMIODevice instance for the given ID.
static MMIODevice	MMIOManager.getDevice(java.lang.String name) Gets a MMIODevice instance for the given name.
int	RawBlock.getInt(int index) Reads the int at the given index in the raw memory area associated with this object.
RawInt	MMIODevice.getIntRegister(java.lang.String name) Gets the designated register holding a int value.
void	RawBlock.getInts(int index, int[] dst, int offset, int length) Reads ints starting at the given index in the raw memory area associated with this object.
long	RawBlock.getLong(int index) Reads the long at the given index in the raw memory area associated with this object.
RawLong	MMIODevice.getLongRegister(java.lang.String name) Gets the designated register holding a long value.
void	RawBlock.getLongs(int index, long[] dst, int offset, int length) Reads longs starting at the given index in the raw memory area associated with this object.
short	RawBlock.getShort(int index) Reads the short at the given index in the raw memory area associated with this object.
RawShort	MMIODevice.getShortRegister(java.lang.String name) Gets the designated register holding a short value.
void	RawBlock.getShorts(int index, short[] dst, int offset, int length) Reads shorts starting at the given index in the raw memory area associated with this object.
void	RawByte.set(byte value) Sets the byte value at the memory area associated with this object.
void	RawInt.set(int value) Sets the int value at the memory area associated with this object.
void	RawLong.set(long value) Sets the long value at the memory area associated with this object.
void	RawShort.set(short value) Sets the short value at the memory area associated with this object.
void	RawBlock.setByte(int index, byte value) Writes the given byte at the given index in the raw memory area associated with this object.
void	RawBlock.setBytes(int index, byte[] src, int offset, int length) Writes bytes starting at the given index in the raw memory area associated with this object.
void	RawBlock.setInt(int index, int value) Writes the given int at the given index in the raw memory area associated with this object.
void	RawBlock.setInts(int index, int[] src, int offset, int length) Writes ints starting at the given index in the raw memory area associated with this object.
void	RawBlock.setLong(int index, long value) Writes the given long at the given index in the raw memory area associated with this object.
void	RawBlock.setLongs(int index, long[] src, int offset, int length) Writes longs starting at the given index in the raw memory area associated with this object.
void	MMIODevice.setMMIOEventListener(int eventId, MMIOEventListener listener) Registers a MMIOEventListener instance to monitor native events of the designated type fired by the peripheral device mapped to this MMIODevice object.
void	RawBlock.setShort(int index, short value) Writes the given short at the given index in the raw memory area associated with this object.
void	RawBlock.setShorts(int index, short[] src, int offset, int length) Writes shorts starting at the given index in the raw memory area associated with this object.

Uses of PeripheralNotAvailableException in com.oracle.deviceaccess.spibus

Methods in com.oracle.deviceaccess.spibus that throw PeripheralNotAvailableException

static SPISlave	SPIManager.getSlave(int id) get SPISlave of given id.
static SPISlave	SPIManager.getSlave(java.lang.String name) get SPISlave instance by given name.
int	SPISlave.read() Reads one data word of up to 32 bits from this slave device.
int	SPISlave.read(byte[] rxBuf, int rxOff, int rxLen)
int	SPISlave.read(int rxSkip, byte[] rxBuf, int rxOff, int rxLen)
void	SPISlave.write(byte[] txBuf, int txOff, int txLen) Transmits/writes data to this slave device.
void	SPISlave.write(int txData) Writes one data word of up to 32 bits to this slave device.
int	SPISlave.writeAndRead(byte[] txBuf, int txOff, int txLen, byte[] rxBuf, int rxOff, int rxLen)
int	SPISlave.writeAndRead(byte[] txBuf, int txOff, int txLen, int rxSkip, byte[] rxBuf, int rxOff, int rxLen) Send and Receive data.
int	SPISlave.writeAndRead(int txData) Exchanges (transmits and receives) one data word of up to 32 bits with this slave device.