Uses of Class
org.lsst.ccs.drivers.reb.REBException

Packages that use REBException

Package	Description
org.lsst.ccs.drivers.reb
org.lsst.ccs.drivers.reb.sim

Uses of REBException in org.lsst.ccs.drivers.reb

Methods in org.lsst.ccs.drivers.reb that throw REBException

Modifier and Type	Method and Description
long	GlobalClient.acquireImage(String name) Acquires an image (by setting the trigger).
long	GlobalClient.acquireImage(String name, String folder, int opcode, String annotation, int... ids) Acquires an image (by setting the trigger).
String	TestReg.aspicClamp(int strips, int side) Shows ASPIC clamp value.
void	TestReg.aspicClamp(int strips, int sides, int clamp) Sets ASPIC clamp value.
String	TestReg.aspicGainRc(int strips, int side) Shows ASPIC gain & RC.
void	TestReg.aspicGainRc(int strips, int sides, int gain, int rc) Sets ASPIC gain & RC.
String	TestReg.aspicModes(int strips, int side) Shows ASPIC modes.
void	TestReg.aspicModes(int strips, int sides, int modes) Sets ASPIC modes.
String	TestReg.aspicTemps() Shows all ASPIC temperatures.
String	TestReg.aspicTemps(int first) Shows one ASPIC temperature.
String	TestReg.aspicTemps(int first, int count) Shows ASPIC temperatures.
String	TestImage.awaitImage() Waits for an image to arrive.
Image	ImageClient.awaitImage(Image image) Awaits an image.
String	TestReg.backBias() Shows the back bias switch state.
void	TestReg.backBias(TestReg.OnOff state) Sets the back bias switch state.
String	TestReg.cabac(int side) Shows all fields of a CABAC.
String	TestReg.cabac(int side, TestReg.CabacField field) Shows a CABAC field.
String	TestReg.cabacacPower() Shows the CABAC power regulator enables.
void	TestReg.cabacacPower(int enables) Sets the CABAC power regulator enables.
void	TestReg.cabacClear(int strip) Clears a CABAC strip.
void	TestReg.cabacCopy(int side) Copies the input registers of a CABAC to the output.
void	TestReg.cabacFetch(int strip) Fetches a CABAC strip.
String	TestReg.cabacField(int strips, int side, TestReg.CabacField field) Shows a CABAC field.
void	TestReg.cabacField(int strips, int sides, TestReg.CabacField field, int value) Writes a CABAC field.
void	TestReg.cabacLoad(int strip) Loads a CABAC strip.
String	TestReg.cabacRead(int side) Reads the input registers of a CABAC.
void	TestReg.cabacSet(int side, int... values) Sets all fields of a CABAC.
void	TestReg.cabacSet(int side, TestReg.CabacField field, int value) Sets a CABAC field.
void	TestReg.cabacWrite(int side, int... values) Writes the output registers of a CABAC.
String	TestAD7794.calib(int chan, int type)
int	TestAD7794.calibrate(int chan, int type)
String	TestReg.ccdType() Shows the CCD type
void	BaseSet.checkNotVersion(int option, int... version) Checks for not particular option versions.
protected void	RegClient.checkOpen() Checks that connection is open.
void	BaseSet.checkVersion(int option, int... version) Checks for particular option versions.
void	Sequencer.clearCache() Clears the sequencer program cached copy.
void	GlobalClient.close() Closes a connection.
void	ImageClient.close() Closes a connection.
void	RegClient.close() Closes a connection.
void	SlowAdcs.configure(int adc, int value) Configures a WREB2/GREB monitoring ADC.
void	TestReg.connect(int id) Connects to a REB on a DAQ1 system.
void	TestImage.connect(int id) Connects to a REB.
void	TestReg.connect(int id, String part) Connects to a REB on a DAQ1/2/4 system.
void	TestImage.connect(int id, String part) Connects to a REB connected via DAQ1/2/4.
void	TestGlobal.connect(String part) Connects to a partition via DAQ V2/4.
void	TestGlobal.connect(TestGlobal.HdwType type, int id, String ifcName) Connects to a REB.
void	TestImage.connect(TestImage.HdwType type, int id, String ifcName) Connects to a REB.
void	TestReg.connect(TestReg.HdwType type, int id, String part) Connects to a REB.
void	TestAD7794.connect(TestReg.HdwType type, int id, String ifcName)
String	TestReg.contAtemp() Continuously reads the ASPIC temperatures.
String	TestReg.contAtemp(int nthread) Continuously reads the ASPIC temperatures concurrently.
String	TestReg.contCrtd(int millis, int chan) Continuously reads an RTD temperature concurrently with a close.
String	TestReg.contPower() Continuously read the board power values.
String	TestReg.contPower(int nthread) Continuously reads the board power values concurrently.
String	TestReg.contReg(int address, int count) Continuously read a set of registers.
String	TestReg.contReg(int nthread, int address, int count) Continuously read a set of registers concurrently.
String	TestReg.contRtd(int chan) Continuously reads an RTD temperature.
String	TestReg.contRtd(int nthread, int chan) Continuously reads an RTD temperature concurrently.
String	TestReg.contSadc(int nthread, TestReg.VoltsChan chan) Continuously reads a slow ADC concurrently.
String	TestReg.contSadc(TestReg.VoltsChan chan) Continuously reads a slow ADC.
String	TestReg.contTemp() Continuously reads the board temperatures.
String	TestReg.contTemp(int nthread) Continuously reads the board temperatures concurrently.
long	BaseSet.convertRawTime(long raw) Converts a raw time-base value to milliseconds.
int	BaseSet.convertStripNum(int strip) Converts a canonical strip (CCD) number to its hardware version (or vice versa).
void	Cabac.copyRaw(int side) Copies CABAC input registers to the output ones.
GlobalClient.Impl	ClientFactory.createGlobalClient(int hdw)
ImageClient.Impl	ClientFactory.createImageClient(int hdw, RegClient reg)
RegClient.Impl	ClientFactory.createRegClient(int hdw)
String	TestReg.current(int chan) Shows slow ADC current value.
String	TestReg.current(int strip, int side, int chan) Shows slow ADC current value.
void	TestReg.dacLoad(TestReg.DacName name) Loads a DAC.
void	TestReg.dacLoad(TestReg.DacName name, int strip) Loads a DAC.
void	TestReg.dacLoadAll() Loads all DACs.
void	TestReg.dacLoadGlobal() Loads all global DACs.
void	TestReg.dacLoadStrip() Loads all strip DACs.
void	TestReg.dacLoadStrip(int strip) Loads strip DACs for one strip.
void	TestReg.dacSet(TestReg.DacChan chan, int value) Sets a DAC value.
void	TestReg.dacSet(TestReg.DacChan chan, int value, int strip) Sets a DAC value.
String	TestReg.dataSource() Shows the data source register.
void	TestReg.dataSource(int value) Sets the data source register.
String	TestReg.dcDcSync() Shows DC/DC synchronization.
void	TestReg.dcDcSync(TestReg.OnOff state) Sets the DC/DC synchronization state.
void	BaseSet.disable() Disables the time-base.
void	StatusSet.disable() Disables the status block.
void	Sequencer.disable() Disables the sequencer.
void	BaseSet.disable(int regSet) Disables a register set.
void	TestReg.disable(TestReg.RsetId regset) Disables a register set.
void	TestReg.disconnect() Disconnects from a REB.
void	TestImage.disconnect() Disconnects from a REB.
void	TestGlobal.disconnect() Disconnects from a partition or REB.
void	TestAD7794.disconnect()
void	TempAdcs.enable() Enables the temperature ADC reading.
void	BaseSet.enable() Enables the time-base.
void	StatusSet.enable() Enables the status block.
void	PowerAdcs.enable() Enables the power ADC reading.
void	Sequencer.enable() Enables the sequencer.
void	BaseSet.enable(int regSet) Enables a register set.
void	TestReg.enable(TestReg.RsetId regset) Enables a register set.
void	FastAdcs.enableFast() Enables the fast ADC reading.
void	Sequencer.enableScan(boolean enable) Enables or disables scan mode.
void	Cabac.fetch(int strip) Fetches the contents of a CABAC strip to the registers.
void	SlowAdcs.fetchVoltages() Fetches the WREB2/GREB monitoring ADC values.
void	SlowAdcs.fetchVoltages(int mask) Fetches the WREB2/GREB monitoring ADC values.
int[]	Cabac.get(int side) Gets all CABAC field values.
int	Cabac.get(int side, int field) Gets one CABAC field value.
int[]	Cabac.get(int side, int first, int count) Gets several CABAC field values.
int	Sequencer.getCacheSliceCount() Gets the slice count of a sequencer program cached copy.
int[]	TestAD7794.getCalibration(int chan)
int	TempRtds.getCCDType() Gets the CCD type.
int	TestAD7794.getChannel()
int	TestAD7794.getClockSource()
int	TestAD7794.getConvMode()
int	TestAD7794.getConvRate()
int	TestAD7794.getDio()
long	BaseSet.getDrebSerial() Gets the DREB serial number.
int	Sequencer.getErrorAddr() Gets sequencer error address.
int	BoardDacs.getErrors() Gets the bit mask of DAC channels in error.
double[][]	FastAdcs.getFast(int count) Gets the last few fast ADC samples.
double[]	FastAdcs.getFastAvge(int count) Gets the average of the last few fast ADC samples.
int	BaseSet.getFwVersion() Gets the firmware version.
int	TestAD7794.getGain()
int	GlobalClient.getHwType() Gets the hardware type.
int	BaseSet.getHwVersion() Gets the hardware version.
int	SlowAdcs.getNumAspicTemps() Gets the number of ASPIC temperatures.
int	SlowAdcs.getNumCcdCurrents() Gets the number of CCD currents.
int	Cabac.getNumFields() Gets the number of CABAC fields.
int	TempAdcs.getNumRegs() Gets the number of ADC registers.
int	PowerAdcs.getNumRegs() Gets the number of ADC registers.
int	BaseSet.getNumStrips() Gets the number of strips.
int	BoardDacs.getNumStrips() Gets the number of strips.
int	Cabac.getNumStrips() Gets the number of strips.
int	Aspic.getNumStrips() Gets the number of strips.
long	BaseSet.getRebSerial() Gets the REB serial number.
int	BaseSet.getRebType() Gets the REB type.
int	TestAD7794.getRefSelect()
int	Cabac.getRegulator() Gets the power regulator enables.
int	TestAD7794.getSourceDirection()
int	TestAD7794.getSourceEnable()
int	TestAD7794.getStatus()
long	BaseSet.getTime() Gets the time-base value as millisecond Unix time.
long	BaseSet.getTimeRaw() Gets the raw time-base value.
long	TempAdcs.getTriggerTime() Gets the time of the read enable.
long	StatusSet.getTriggerTime() Gets the status block trigger time.
long	PowerAdcs.getTriggerTime() Gets the time of the read enable.
long	Sequencer.getTriggerTime() Gets the sequencer trigger time.
long	BaseSet.getTriggerTime(int regSet) Gets the trigger time for a register set as Unix millisecond time.
long	BaseSet.getTriggerTimeRaw(int regSet) Gets the raw trigger time for a register set.
int	BoardDacs.getUnders() Gets the bit mask of DAC channels under threshold.
String	BoardDacs.getUndersString() Gets the string of DAC channels under threshold.
int	Sequencer.getVersion() Gets the version number.
int	BaseSet.getVersion(int option) Gets the version of a particular option.
int	BaseSet.getVersion(int option, boolean unsOkay) Gets the version of a particular option.
void	TempRtds.initialize() Initializes for RTD reading.
void	TestAD7794.initialize()
void	ImageClient.interrupt() Interrupts an image wait.
void	TestImage.interrupt() Interrupts an image wait.
boolean	BaseSet.isBackBiasOn() Gets the back bias setting.
boolean	TestAD7794.isBuffered()
boolean	BaseSet.isDcdcSync() Gets the DC/DC synchronization.
boolean	Sequencer.isEnabled() Checks whether the sequencer is enabled.
boolean	BaseSet.isEnabled(int regSet) Checks whether a register set is enabled.
boolean	Aspic.isNapModeOn() Gets nap mode.
boolean	TestAD7794.isPowerSwitch()
boolean	TestAD7794.isRefDetect()
boolean	Sequencer.isScanEnabled() Gets whether scan mode is enabled.
boolean	TestAD7794.isUnipolar()
boolean	BaseSet.isVersion(int option, int... version) Tests for a particular option version.
String	TestImage.listen(TestImage.OnOff action) Turns the listener on or off.
void	BoardDacs.load(int dac) Loads one DAC's values.
void	Cabac.load(int strip) Loads a CABAC strip from the registers.
void	BoardDacs.load(int strip, int dac) Loads the values for one DAC and strip.
void	BoardDacs.loadAll() Loads all DAC values.
void	SequencerUtils.loadCommand(String cmnd) Carries out a sequencer load command.
void	TestReg.loadCommand(String command) Loads a command into the sequencer.
void	SequencerUtils.loadCommand(String cmnd, int lineNum) Carries out a sequencer load command.
int	SequencerUtils.loadFile(String fileName) Loads the sequencer from a file.
String	TestReg.loadFile(String fileName) Loads a file of commands into the sequencer.
void	BoardDacs.loadGlobal() Loads all global DAC values.
void	BoardDacs.loadStrip() Loads all strip-associated DAC values.
void	BoardDacs.loadStrip(int strip) Loads all DAC values for a strip.
void	TestReg.loadTest(int totTime, int ncycle) Loads a test program into the sequencer.
void	TestReg.loadTest(int totTime, int ncycle, int onTime) Loads a test program into the sequencer.
static void	TestSpeed.main(String[] args) Main program
static void	TestSlow.main(String[] args)
protected int	Asic.makeCommand(int strips, int sides, int addr, int write, int value) Makes a command word.
default void	GlobalClient.Impl.newGlobalClient(int[] ids, String[] ifcs) Creates a new object.
default void	GlobalClient.Impl.newGlobalClient(String part) Creates a new object.
void	ImageClient.Impl.newImageClient(int id, String ifc) Creates a new object.
void	PciClient.Images.newImageClient(int id, String ifc)
void	ImageClient.open(int id) Deprecated.
void	RegClient.open(int id) Opens a DAQ1 connection.
void	GlobalClient.open(int hdw, int[] ids, String[] ifcs) Opens a connection to a set of REBs, i.e.
void	BaseSet.open(int hdw, int id, String ifc) Opens a connection.
void	ImageClient.open(int hdw, int id, String ifc) Opens a connection.
void	RegClient.open(int hdw, int id, String part) Opens a connection.
void	ImageClient.open(int id, String part) Opens a DAQ1/2/4 connection.
void	RegClient.open(int id, String part) Opens a DAQ1/2/4 connection using the specified partition.
void	GlobalClient.open(String part) Opens a connection to a DAQ V2/4 partition.
String	TestReg.power() Shows all the board power values.
String	TestReg.power(int first) Shows a board power value.
String	TestReg.power(int first, int count) Shows board power values.
String	TestImage.read() Reads an image.
String	TestReg.read(int address) Shows register contents.
int	RegClient.read(int address) Reads from a register.
int	TestAD7794.read(int addr)
String	TestReg.read(int address, int count) Shows register contents.
void	RegClient.read(int address, int[] values) Reads from a set of registers.
void	RegClient.read(int address, int[] values, int offset, int count) Reads from a set of registers.
double	TempAdcs.readAdc(int adc) Reads one temperature value.
double	PowerAdcs.readAdc(int adc) Reads one power value.
int	TestAD7794.readAdc(int chan, int optns)
String	TestAD7794.readAdc(int chan, int count, TestAD7794.OptionNames... optns)
double[]	TempAdcs.readAdcs() Reads all the temperature values.
double[]	PowerAdcs.readAdcs() Reads all the power values.
double[]	TempAdcs.readAdcs(int first, int count) Reads a range of temperature values.
double[]	PowerAdcs.readAdcs(int first, int count) Reads a range of power values.
double	SlowAdcs.readAspicTemp(int strip, int side) Reads a REB3/4, WREB2 or GREB ASPIC temperature directly.
double[]	SlowAdcs.readAspicTemps(int first, int count) Reads a range of REB3/4, WREB1/2 or GREB ASPIC temperature values.
int[]	Aspic.readClamp(int strips, int side) Reads ASPIC clamp.
double	SlowAdcs.readCurrent(int chan) Reads a REB3/4 CCD current.
double	SlowAdcs.readCurrent(int strip, int side, int chan) Reads a REB3/4 CCD current.
int	Sequencer.readDataSource() Reads the data source register.
int	SlowAdcs.readDirect(int config) Reads the REB3/4/5 slow ADC directly.
int	Sequencer.readExecCount(int addr) Reads an execute repeat count parameter.
int	Sequencer.readExecFunc(int addr) Reads an execute function code parameter.
int[][]	Cabac.readField(int strips, int side) Reads all CABAC fields.
int[]	Cabac.readField(int strips, int side, int field) Reads a CABAC field.
int[][]	Cabac.readField(int strips, int side, int first, int count) Reads several CABAC fields.
int[][]	Aspic.readGainRc(int strips, int side) Reads ASPIC gain and RC.
int	Sequencer.readIdleState() Reads the idle state output lines value.
boolean	ImageClient.readImage(Image image) Reads an image.
double	TempRtds.readIntTemperature() Reads the internal temperature.
double	TempRtds.readIntVoltage() Reads the internal voltage.
int	Sequencer.readJumpCount(int addr) Reads a jump repeat count parameter
int	Sequencer.readJumpSubr(int addr) Reads a jump subroutine address parameter
String	TestReg.readLong(int address) Shows a pair of registers.
long	RegClient.readLong(int address) Reads a register pair as a long value.
int[]	Aspic.readModes(int strips, int side) Reads ASPIC special modes.
int[]	Cabac.readRaw(int side) Reads CABAC input registers in raw format.
String	TestAD7794.readReg(int regnum)
int	Daq2Client.Registers.readReg(long handle, int address)
int	Daq4Client.Registers.readReg(long handle, int address)
int	Daq1Client.Registers.readReg(long handle, int address)
int	PciClient.Registers.readReg(long handle, int address)
int	Daq0Client.Registers.readReg(long handle, int address)
int	RegClient.Impl.readReg(long handle, int address) Reads from a register.
int	TempRtds.readRegister(int regnum) Reads a register.
int	TestAD7794.readRegister(int regnum)
void	Daq2Client.Registers.readRegs(long handle, int address, int[] values, int offset, int count)
void	Daq4Client.Registers.readRegs(long handle, int address, int[] values, int offset, int count)
void	Daq1Client.Registers.readRegs(long handle, int address, int[] values, int offset, int count)
void	PciClient.Registers.readRegs(long handle, int address, int[] values, int offset, int count)
void	Daq0Client.Registers.readRegs(long handle, int address, int[] values, int offset, int count)
void	RegClient.Impl.readRegs(long handle, int address, int[] values, int offset, int count) Reads from a set of registers.
void	Daq2Client.Registers.readRegs1(long handle, int address, int[] values, int offset, int count)
void	Daq4Client.Registers.readRegs1(long handle, int address, int[] values, int offset, int count)
int	Sequencer.readSliceCount() Reads the slice count.
double	SlowAdcs.readSlow(int chan) Reads the WREB1/2 slow ADC.
int	Sequencer.readStartAddr() Reads the start address register.
Status	StatusSet.readStatus() Reads the status block.
int	Sequencer.readStripeSelect() Reads the stripe selection register.
String	TestAD7794.readTemp(int count, TestAD7794.OptionNames... optns)
double	TempRtds.readTemperature(int chan) Reads an RTD temperature.
double	TestAD7794.readTemperature(int optns)
double	TestAD7794.readVdd(int optns)
String	TestAD7794.readVdd(int count, TestAD7794.OptionNames... optns)
double	SlowAdcs.readVoltage(int chan) Reads a REB3 bias or WREB2/GREB/REB4 clock/bias voltage.
double	SlowAdcs.readVoltageNow(int chan) Reads a REB3 bias or WREB2/GREB/REB4 clock/bias voltage.
void	TempRtds.reset() Resets the chip.
void	TestImage.reset() Resets the front end system.
void	TestAD7794.reset()
void	Cabac.reset(int strip) Resets a CABAC strip.
void	Aspic.reset(int strip) Resets ASPIC registers.
void	RegClient.reset(int type) Resets the hardware.
void	Daq2Client.Registers.reset(long handle, int type)
void	Daq4Client.Registers.reset(long handle, int type)
default void	RegClient.Impl.reset(long handle, int type) Resets the hardware.
void	Sequencer.resetError() Resets sequencer error.
void	ImageClient.resetFrontEnd() Resets the front end system.
void	Sequencer.resetScan() Resets scan mode.
String	TestReg.retryRead(int address, int maxRetry) Shows register contents, retrying if exception.
String	TestReg.rtdAdcTemperature() Shows the RTD ADC chip temperature
String	TestReg.rtdAdcVoltage() Shows the RTD ADC voltage
void	TestReg.rtdInit() Initializes the RTD ADC chip
String	TestReg.rtdRegister(int reg) Reads an RTD ADC chip register
void	TestReg.rtdReset() Resets the RTD ADC chip
String	TestReg.rtdTemperature(int chan) Shows an RTD temperature
String	TestReg.scanMode() Shows the scan mode.
void	Sequencer.sendStep() Sends the step command.
void	Sequencer.sendStop() Sends the stop command.
void	TestGlobal.sequence(int opcode) Starts the sequencer(s).
void	BoardDacs.set(int chan, int value) Sets a DAC value.
void	Cabac.set(int side, int[] value) Sets all CABAC field values.
void	BoardDacs.set(int chan, int value, boolean load) Sets a DAC value.
void	BoardDacs.set(int strip, int chan, int value) Sets a DAC value into a strip.
void	Cabac.set(int side, int field, int value) Sets one CABAC field value.
void	BoardDacs.set(int strip, int chan, int value, boolean load) Sets a DAC value into a strip.
void	Cabac.set(int side, int first, int count, int[] value) Sets several CABAC field values.
void	BaseSet.setBackBias(boolean on) Sets the back bias state.
void	TestAD7794.setBuff(TestReg.OnOff on)
void	TestAD7794.setBuffered(boolean enable)
void	TestAD7794.setChan(TestAD7794.ChanNames chan)
void	TestAD7794.setChannel(int chan)
void	TestAD7794.setClock(TestAD7794.ClockNames clock)
void	TestAD7794.setClockSource(int source)
void	TestAD7794.setConv(TestAD7794.CnvModeNames mode)
void	TestAD7794.setConvMode(int mode)
void	TestAD7794.setConvRate(int rate)
void	BaseSet.setDcdcSync(boolean enable) Sets the DC/DC synchronization.
void	TestAD7794.setDebug(TestReg.OnOff state)
void	TestAD7794.setDelays(int rDelay, int wDelay)
void	TestAD7794.setDio(int value)
void	FastAdcs.setFastCount(int count) Sets the number of fast ADC samples.
void	TestAD7794.setGain(int gain)
void	TestAD7794.setGain(TestAD7794.GainNames gain)
void	SlowAdcs.setMux(int set) Sets the WREB1 ASIC MUX.
void	Aspic.setNapMode(boolean on) Sets nap mode.
void	TestAD7794.setPowerSwitch(boolean on)
void	TestAD7794.setRate(TestAD7794.RateNames rate)
void	TestAD7794.setRefdet(TestReg.OnOff det)
void	TestAD7794.setRefDetect(boolean enable)
void	TestAD7794.setReference(TestAD7794.RefsNames source)
void	TestAD7794.setRefSelect(int mode)
void	GlobalClient.setRegisterlist(int rebType, int[] registers) Sets the list of registers to be read when the image is acquired.
void	Cabac.setRegulator(int enables) Sets the power regulator enables.
void	TestAD7794.setSourceDirection(int dirn)
void	TestAD7794.setSourceEnable(int enab)
void	TestAD7794.setSwitch(TestReg.OnOff on)
void	BaseSet.setTime() Sets the time-base value to the current system time.
void	BaseSet.setTime(long time) Sets the time-base value as millisecond Unix time.
String	TestReg.setTime(String time) Sets the time.
void	BaseSet.setTimeRaw(long time) Sets the raw time-base value.
void	TestAD7794.setUnipol(TestReg.OnOff on)
void	TestAD7794.setUnipolar(boolean enable)
void	TestAD7794.setupStandard()
String	TestAD7794.showBuff()
String	TestAD7794.showCalib(int chan)
String	TestAD7794.showChan()
String	TestAD7794.showClock()
String	TestAD7794.showConv()
String	TestAD7794.showGain()
String	TestAD7794.showRate()
String	TestAD7794.showRefdet()
String	TestAD7794.showRefsel()
String	TestAD7794.showRegs()
String	TestAD7794.showStatReg()
String	TestReg.showStatus() Shows the contents of the status block.
String	TestAD7794.showSwitch()
String	TestAD7794.showUnipol()
String	TestReg.sliceCount() Shows the slice count register.
void	TestReg.sliceCount(int count) Sets the slice count register.
void	TestReg.sliceCount(TestReg.ScanOption option) Sets/resets the scan mode.
String	TestReg.slowAdc(int mux, int adc) Shows slow ADC raw value.
String	TestReg.snDreb() Shows DREB serial number.
String	TestReg.snReb() Shows REB serial number.
long	GlobalClient.startSequencer(int opcode) Starts the sequencer.
default long	GlobalClient.Impl.startSequencer(int opcode) Starts the sequencer.
void	TestReg.step() Sends a step request to the sequencer.
void	TestReg.stop() Sends a stop request to the sequencer.
String	TestReg.stripeSelect() Shows the stripe selection register.
void	TestReg.stripeSelect(int value) Sets the stripe selection register.
String	TestReg.temperature() Shows all the board temperatures.
String	TestReg.temperature(int first) Shows a board temperature.
String	TestReg.temperature(int first, int count) Shows board temperatures.
void	BaseSet.throwIncompatException() Throws incompatible firmware version exception.
String	TestReg.time() Shows the time.
String	TestReg.timebase() Shows the time base.
void	TestReg.timebase(long time) Sets the time base.
void	TestGlobal.trigger(String name) Acquires an image.
void	TestGlobal.trigger(String name, String folder, int opcode, String annotation, int... omittedIds) Acquires an image.
default long	GlobalClient.Impl.triggerImage(String name) Triggers image acquisition.
long	PciClient.Global.triggerImage(String name)
default long	GlobalClient.Impl.triggerImage(String name, String folder, int opcode, String annotation, int... ids) Triggers image acquisition.
String	TestReg.trigtime(TestReg.RsetId regset) Shows a trigger time.
void	TestReg.update(int address, int mask, int value) Updates a register.
int	RegClient.update(int address, int mask, int value) Updates a register.
int	Daq2Client.Registers.updateReg(long handle, int address, int mask, int value)
int	Daq4Client.Registers.updateReg(long handle, int address, int mask, int value)
int	Daq1Client.Registers.updateReg(long handle, int address, int mask, int value)
int	PciClient.Registers.updateReg(long handle, int address, int mask, int value)
int	Daq0Client.Registers.updateReg(long handle, int address, int mask, int value)
int	RegClient.Impl.updateReg(long handle, int address, int mask, int value) Updates a register.
void	TestAD7794.updateRegister(int regnum, int mask, int value)
String	TestReg.voltage(TestReg.VoltsChan chan) Shows slow ADC voltage value.
void	TempAdcs.waitDone() Waits for the data to be available.
void	PowerAdcs.waitDone() Waits for the data to be available.
void	BaseSet.waitDone(int regSet) Waits for a register set to become disabled.
void	Sequencer.waitDone(int timeout) Waits for the sequencer to be done (become idle).
void	BaseSet.waitDone(int regSet, int timeout) Waits for a register set to become disabled.
void	FastAdcs.waitFastDone() Waits for the fast ADC read to finish.
boolean	TempRtds.waitReady() Waits for the chip to become ready after a conversion
void	TestReg.write(int address, int value) Writes to a register.
void	RegClient.write(int address, int value) Writes to a register.
void	TestAD7794.write(int addr, int value)
void	RegClient.write(int address, int[] values) Writes to a set of registers.
void	RegClient.write(int address, int[] values, int offset, int count) Writes to a set of registers.
void	Sequencer.writeBebSelect(int value) Writes the BEB selector register.
void	Aspic.writeClamp(int strips, int sides, int clamp) Writes ASPIC clamp.
void	Sequencer.writeDataSource(int value) Writes the data source register.
void	Sequencer.writeExecCount(int addr, int count) Writes an execute repeat count parameter.
void	Sequencer.writeExecFunc(int addr, int func) Writes an execute function code parameter.
void	Cabac.writeField(int strips, int sides, int[] value) Writes all CABAC fields.
void	Cabac.writeField(int strips, int sides, int field, int value) Writes a CABAC field.
void	Cabac.writeField(int strips, int sides, int first, int count, int[] value) Writes several CABAC fields.
void	Aspic.writeGainRc(int strips, int sides, int gain, int rc) Writes ASPIC gain and RC.
void	Sequencer.writeIdleState(int value) Writes the idle state output lines value.
void	Sequencer.writeJumpCount(int addr, int count) Writes a jump repeat count parameter.
void	Sequencer.writeJumpSubr(int addr, int subr) Writes a jump subroutine address parameter.
void	Sequencer.writeLines(int func, int[] values) Writes a set of output lines values.
void	Sequencer.writeLines(int func, int[] values, int offset, int count) Writes a set of output lines values.
void	Sequencer.writeLines(int func, int slice, int value) Writes an output lines value.
void	TestReg.writeLong(int address, long value) Writes a pair of registers.
void	RegClient.writeLong(int address, long value) Writes a long value to a register pair.
void	Aspic.writeModes(int strips, int sides, int modes) Writes ASPIC special modes.
void	Sequencer.writeProgEnd(int addr) Writes an end program word.
void	Sequencer.writeProgEndSubr(int addr) Writes an end subroutine word.
void	Sequencer.writeProgExec(int addr, int func, int count) Writes an execute program word.
void	Sequencer.writeProgExec(int addr, int argType, int func, int count) Writes an execute program word.
void	Sequencer.writeProgJump(int addr, int subaddr, int count) Writes a jump program word.
void	Sequencer.writeProgJump(int addr, int argType, int subaddr, int count) Writes a jump program word.
void	Sequencer.writeProgram(int addr, int value) Writes a program word.
void	Sequencer.writeProgram(int addr, int[] values) Writes a set of program words.
void	Sequencer.writeProgram(int addr, int[] values, int offset, int count) Writes a set of program words.
void	Cabac.writeRaw(int side, int[] values) Writes CABAC output registers in raw format.
void	TestAD7794.writeReg(int regnum, int value)
void	Daq2Client.Registers.writeReg(long handle, int address, int value)
void	Daq4Client.Registers.writeReg(long handle, int address, int value)
void	Daq1Client.Registers.writeReg(long handle, int address, int value)
void	PciClient.Registers.writeReg(long handle, int address, int value)
void	Daq0Client.Registers.writeReg(long handle, int address, int value)
void	RegClient.Impl.writeReg(long handle, int address, int value) Writes to a register.
void	TempRtds.writeRegister(int regnum, int value) Writes a register
void	TestAD7794.writeRegister(int regnum, int value)
void	Daq2Client.Registers.writeRegs(long handle, int address, int[] values, int offset, int count)
void	Daq4Client.Registers.writeRegs(long handle, int address, int[] values, int offset, int count)
void	Daq1Client.Registers.writeRegs(long handle, int address, int[] values, int offset, int count)
void	PciClient.Registers.writeRegs(long handle, int address, int[] values, int offset, int count)
void	Daq0Client.Registers.writeRegs(long handle, int address, int[] values, int offset, int count)
void	RegClient.Impl.writeRegs(long handle, int address, int[] values, int offset, int count) Writes to a set of registers.
void	Daq2Client.Registers.writeRegs1(long handle, int address, int[] values, int offset, int count)
void	Daq4Client.Registers.writeRegs1(long handle, int address, int[] values, int offset, int count)
void	Sequencer.writeSliceCount(int value) Writes the slice count.
void	Sequencer.writeStack(int[] values) Writes a complete set of stack values, setting the stack size.
void	Sequencer.writeStack(int[] values, int offset, int count) Writes a complete set of stack values, setting the stack size.
void	Sequencer.writeStack(int addr, int value) Writes a stack value.
void	Sequencer.writeStack(int addr, int[] values) Writes a set of stack values.
void	Sequencer.writeStack(int addr, int[] values, int offset, int count) Writes a set of stack values.
void	Sequencer.writeStackSize(int value) Writes the stack size.
void	Sequencer.writeStartAddr(int value) Writes the start address register.
void	Sequencer.writeStripeSelect(int value) Writes the stripe selection register.
void	Sequencer.writeTimes(int func, int[] values) Writes a set of time slice values.
void	Sequencer.writeTimes(int func, int[] values, int offset, int count) Writes a set of time slice values.
void	Sequencer.writeTimes(int func, int slice, int value) Writes a time slice value.

Uses of REBException in org.lsst.ccs.drivers.reb.sim

Methods in org.lsst.ccs.drivers.reb.sim that throw REBException

Modifier and Type	Method and Description
GlobalClient.Impl	ClientFactorySimulation.createGlobalClient(int hdw)
ImageClient.Impl	ClientFactorySimulation.createImageClient(int hdw, RegClient reg)
RegClient.Impl	ClientFactorySimulation.createRegClient(int hdw)
void	GlobalClientSimulation.newGlobalClient(int[] ids, String[] ifc)
void	GlobalClientSimulation.newGlobalClient(String part)
int	RegClientDaq1Simulation.readReg(long handle, int address)
void	RegClientDaq1Simulation.readRegs(long handle, int address, int[] values, int offset, int count)
int	RegClientDaq1Simulation.updateReg(long handle, int address, int mask, int value)
void	RegClientDaq1Simulation.writeReg(long handle, int address, int value)
void	RegClientDaq1Simulation.writeRegs(long handle, int address, int[] values, int offset, int count)