class standardsupervisory : public basic_supervisory

Standard supervisory task

Inheritance:

Public Methods

explicit	standardsupervisory () Default constructor
virtual	~standardsupervisory () Destructor
virtual bool	setup () Setup method.
virtual bool	run () Run method.
virtual supervisory*	self () const New standard supervisory object.

Protected Classes

enum	syncevent synchronization event normal synchronization point expired normally aborted aborted by user paused paused by user resumed resumed by user timeout timed-out

Protected Fields

excitationManager	envExc excitation manager for the environment
excitationManager	iterExc excitation manager for the test iterator
excitationManager	testEnvExc excitation manager for the test environment
excitationManager	testExc excitation manager for the test signals
std::auto_ptr <testiterator>	testiter test iterator
std::auto_ptr <diagtest>	test test

Protected Methods

virtual bool	runRT () Run real-time method.
virtual bool	runOL () Run off-line method.
virtual bool	timeWait (double duration) const Wait method.
virtual bool	triggerWait (const string& channel) const Wait trigger method.
virtual syncevent	syncWait (const syncpoint& sync, bool testPaused) const Wait sync method.
virtual syncevent	syncRead (const syncpoint& sync, taisec_t& last, taisec_t& lastlast, bool testPaused) const Read sync method.
virtual bool	resumeWait () const Wait resume method.
virtual bool	signalSend (const string& channel) const Wait trigger method.

Inherited from basic_supervisory:

Public Fields

static const double setupTime

Protected Fields

bool allowCancel

bool noStimulus

bool noAnalysis

int keepTraces

char siteDefault

char siteForce

char ifoDefault

char ifoForce

tainsec_t start

double wait

double repeatrate

string waitForStart

string waitAtEachStep

string signalEndOfStep

string signalEnd

Protected Methods

virtual bool readEnvironment()

virtual bool setMeasurementTime(tainsec_t mtime)

Inherited from supervisory:

Public Fields

std::ostringstream errmsg

Public Methods

virtual string name() const

virtual bool init(diagStorage& Storage, const cmdnotify& Notify, rtddManager& RTDDMgr, testpointMgr& TPMgr, bool* Abort = 0, bool* Pause = 0, bool rtMode = true)

Protected Fields

recursivemutex mux

string myname

bool RTmode

diagStorage* storage

cmdnotify notify

rtddManager* rtddMgr

testpointMgr* tpMgr

bool* abort

bool* pause

Inherited from testenvironment:

Public Classes

class environment

int num

array index of Env[]

bool active

active flag

string channel

channel name

string waveform

string describing waveform

std::vector <float> points

points of arbitrary waveform

double wait

settling time

environment()

Default constructor

environment(const environment& env)

Copy constructor

Public Fields

typedef std::vector <environment> environmentlist

Public Methods

virtual void setEnvironmentExcitationManager( excitationManager* excmgr)

virtual bool subscribeEnvironment(std::ostringstream& errmsg)

virtual double waitEnvironment() const

virtual bool startEnvrionment(tainsec_t starttime = 0, tainsec_t timeout = -1)

virtual bool stopEnvrionment(tainsec_t timeout = -1)

virtual bool clearEnvrionment(tainsec_t timeout = -1)

Protected Fields

mutable recursivemutex envmux

excitationManager* envexc

environmentlist envlist

explicit standardsupervisory()

Constructs a standard supervisory object.

virtual ~standardsupervisory()

Destructs a standard supervisory object.

virtual bool setup()

Sets up the supervisory task.

Returns:

true if successful

virtual bool run()

Runs the standard supervisory task.

Returns:

true if successfuls

virtual supervisory* self() const

A function which returns a new standard supervisory object.

Returns:

name of diagnotsics test class

enum syncevent

synchronization event

normal

synchronization point expired normally

aborted

aborted by user

paused

paused by user

resumed

resumed by user

timeout

timed-out

excitationManager envExc

excitation manager for the environment

excitationManager iterExc

excitation manager for the test iterator

excitationManager testEnvExc

excitation manager for the test environment

excitationManager testExc

excitation manager for the test signals

std::auto_ptr <testiterator> testiter

test iterator

std::auto_ptr <diagtest> test

test

virtual bool runRT()

Runs the standard supervisory task in real time mode.

Returns:

true if successfuls

virtual bool runOL()

Runs the standard supervisory task off-line.

Returns:

true if successfuls

virtual bool timeWait(double duration) const

Waits the specified time. Periodically checks the abort condition. Returns false if aborted; true otherwise.

Returns:

false if aborted

Parameters:

duration - time to wait

virtual bool triggerWait(const string& channel) const

Waits for a trigger signal. Periodically checks an EPICS channel for a trigger. Returns false if aborted; true otherwise.

Returns:

false if aborted

Parameters:

channel - name of trigger channel

virtual syncevent syncWait(const syncpoint& sync, bool testPaused) const

Waits for the specified synchronization point. Periodically checks the abort condition. Returns false if aborted; true otherwise.

Returns:

false if aborted

Parameters:

sync - synchronization point
testPaused - true if test is already paused

virtual syncevent syncRead(const syncpoint& sync, taisec_t& last, taisec_t& lastlast, bool testPaused) const

Reads past data from the nds and waits for the specified synchronization point. Periodically checks the abort condition. Returns false if aborted; true otherwise.

Returns:

false if aborted

Parameters:

sync - synchronization point
last - Measurement stop time of last read
lastlast - Measurement stop time of read before last
testPaused - true if test is already paused

virtual bool resumeWait() const

Waits for test to resume. Periodically checks the abort condition. Returns false if aborted; true otherwise.

Returns:

false if aborted

virtual bool signalSend(const string& channel) const

Sends a trigger signal. Sets and resets an EPICS to indicate a trigger.

Returns:

true if successful

alphabetic index hierarchy of classes

Please send questions and comments to sigg_d@ligo-wa.caltech.edu

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