class basic_supervisory : public supervisory, protected testenvironment

Object for implementing a diagnostics supervisory task

Inheritance:

Public Fields

static const double

setupTime Minimum setup time = 5 sec

Public Methods

explicit	basic_supervisory (const string& Name) Constructor.
virtual bool	setup () Setup function.

Protected Fields

bool	allowCancel allow aborting test?
bool	noStimulus is it allowed to apply a stimulus?
bool	noAnalysis should we do the analysis?
int	keepTraces flag describing whether the original time traces are kept
char	siteDefault default setting for the site identifier
char	siteForce site identifier override
char	ifoDefault default setting for the ifo identifier
char	ifoForce ifo identifier override
tainsec_t	start start time in GPS nsec
double	wait time to wait before starting the test in sec
double	repeatrate rate of repeating tests in sec
string	waitForStart channel for trigger start of test
string	waitAtEachStep channel for trigger start of measurement step
string	signalEndOfStep channel for signal end of measurement step
string	signalEnd channel for signal end of test

Protected Methods

virtual bool	readEnvironment () Read environment.
virtual bool	setMeasurementTime (tainsec_t mtime) Set the measurement time.

Inherited from supervisory:

Public Fields

std::ostringstream errmsg

Public Methods

virtual supervisory* self() const

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)

virtual bool run()

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

static const double setupTime

Minimum setup time = 5 sec

explicit basic_supervisory(const string& Name)

Constructss a basic.supervisory object.

virtual bool setup()

A function which reads the defaults settings from the Def data object and the synchronization parameters from the Sync data object.

Returns:

true if successful

bool allowCancel

allow aborting test?

bool noStimulus

is it allowed to apply a stimulus?

bool noAnalysis

should we do the analysis?

int keepTraces

flag describing whether the original time traces are kept

char siteDefault

default setting for the site identifier

char siteForce

site identifier override

char ifoDefault

default setting for the ifo identifier

char ifoForce

ifo identifier override

tainsec_t start

start time in GPS nsec

double wait

time to wait before starting the test in sec

double repeatrate

rate of repeating tests in sec

string waitForStart

channel for trigger start of test

string waitAtEachStep

channel for trigger start of measurement step

string signalEndOfStep

channel for signal end of measurement step

string signalEnd

channel for signal end of test

virtual bool readEnvironment()

A function which reads the enviroment from the storage object into the environment list (uses the Env[] variable sets).

Returns:

true if successful

virtual bool setMeasurementTime(tainsec_t mtime)

Set the measurement time in the diagnostics storage object.

Returns:

true if successful

Direct child classes:

standardsupervisory

Author:

Written April 1999 by Daniel Sigg

Version:

0.1

alphabetic index hierarchy of classes

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

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