psdi.app.escalation.engine

Class ReferencePointData

java.lang.Object

psdi.app.escalation.engine.EscalationCalendarData

psdi.app.escalation.engine.ReferencePointData

public class ReferencePointData
extends EscalationCalendarData

A class to represent details of a reference point associated with an escalation definition.

Constructor Summary

Constructors

Constructor and Description
ReferencePointData()

Method Summary

Methods

Modifier and Type	Method and Description
java.lang.String	getCondition() Returns the reference point condition.
long	getElapsedTimeInMillis() Returns the elapsed time in milli seconds.
double	getElapsedTimeInterval() Returns the elapsed time interval.
EscalationData	getEscalationData() Gets the Escalation data associated with this reference point
MboRemote	getEscalationPointRemote() Returns the Escalation Point Remote associated with this refpoint.
java.lang.String	getEventDateTimeAttribute() Returns the datetime attribute that's used to formulate the reference point SQL expression.
java.lang.String	getEventDateTimeColumn() Returns the datetime column that's used to formulate the reference point SQL expression.
java.lang.String	getIntervalUnitOfMeasure() Returns the measurement unit used to indentify the elapsed time interval.
java.util.Date	getNonSLATargetDateValue()
java.lang.String	getRefPointId() Returns the reference point identifier.
java.util.Date	getSLATargetDateValue()
boolean	isRepeatable() Returns whether the escalated objects associated with the reference point are repeatable or not.
void	setCondition(java.lang.String string) Sets the reference point condition.
void	setElapsedTimeInMillis(long l) Sets the elapsed time in milli seconds.
void	setElapsedTimeInterval(double i) Sets the elapsed time interval.
void	setEscalationData(EscalationData data) Sets the Escalation data associated with this reference point
void	setEscalationPointRemote(MboRemote mboremote) Sets the Escalation Point Remote associated with this refpoint.
void	setEventDateTimeAttribute(java.lang.String string) Sets the datetime attribute that's used to formulate the reference point SQL expression.
void	setEventDateTimeColumn(java.lang.String string) Sets the datetime column that's used to formulate the reference point SQL expression.
void	setIntervalUnitOfMeasure(java.lang.String string) Sets the measurement unit used to indentify the elapsed time interval.
void	setNonSLATargetDateValue(java.util.Date targetDate)
void	setRefPointId(java.lang.String refPointId) Sets the reference point identifier.
void	setRepeatable(boolean b) Sets whether the escalated objects associated with the reference point are repeatable or not.
void	setSLATargetDateValue(java.util.Date targetDate)
void	setUseSLACalendar(boolean usecal) Flag to indicate if the SLA calendar can be used to calculate the date
boolean	useSLACalendar() Flag to indicate if the SLA calendar can be used to calculate the date

Methods inherited from class psdi.app.escalation.engine.EscalationCalendarData

getCalendar, getCalendarOrgID, getShift, setCalendar, setCalendarCalOrgID, setShift

Methods inherited from class java.lang.Object

equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

ReferencePointData

public ReferencePointData()

Method Detail

setSLATargetDateValue

public void setSLATargetDateValue(java.util.Date targetDate)

getSLATargetDateValue

public java.util.Date getSLATargetDateValue()

setNonSLATargetDateValue

public void setNonSLATargetDateValue(java.util.Date targetDate)

getNonSLATargetDateValue

public java.util.Date getNonSLATargetDateValue()

useSLACalendar

public boolean useSLACalendar()

Flag to indicate if the SLA calendar can be used to calculate the date

Returns:

the reference point condition.

setUseSLACalendar

public void setUseSLACalendar(boolean usecal)

Flag to indicate if the SLA calendar can be used to calculate the date

getCondition

public java.lang.String getCondition()

Returns the reference point condition.

Returns:

the reference point condition.

setCondition

public void setCondition(java.lang.String string)

Sets the reference point condition.

Parameters:

string - the reference point condition.

getEventDateTimeAttribute

public java.lang.String getEventDateTimeAttribute()

Returns the datetime attribute that's used to formulate the reference point SQL expression.

Returns:

the datetime attribute that's used to formulate the reference point SQL expression.

setEventDateTimeAttribute

public void setEventDateTimeAttribute(java.lang.String string)

Sets the datetime attribute that's used to formulate the reference point SQL expression.

Parameters:

string - the datetime attribute that's used to formulate the reference point SQL expression.

getEventDateTimeColumn

public java.lang.String getEventDateTimeColumn()

Returns the datetime column that's used to formulate the reference point SQL expression.

Returns:

the datetime attribute that's used to formulate the reference point SQL expression.

setEventDateTimeColumn

public void setEventDateTimeColumn(java.lang.String string)

Sets the datetime column that's used to formulate the reference point SQL expression.

Parameters:

string - the datetime attribute that's used to formulate the reference point SQL expression.

getElapsedTimeInMillis

public long getElapsedTimeInMillis()

Returns the elapsed time in milli seconds.

Returns:

the elapsed time in milli seconds.

setElapsedTimeInMillis

public void setElapsedTimeInMillis(long l)

Sets the elapsed time in milli seconds.

Parameters:

l - the elapsed time in milli seconds.

getElapsedTimeInterval

public double getElapsedTimeInterval()

Returns the elapsed time interval.

Returns:

the elapsed time interval.

setElapsedTimeInterval

public void setElapsedTimeInterval(double i)

Sets the elapsed time interval.

Parameters:

i - the elapsed time interval.

getIntervalUnitOfMeasure

public java.lang.String getIntervalUnitOfMeasure()

Returns the measurement unit used to indentify the elapsed time interval.

Returns:

the measurement unit used to indentify the elapsed time interval.

setIntervalUnitOfMeasure

public void setIntervalUnitOfMeasure(java.lang.String string)

Sets the measurement unit used to indentify the elapsed time interval.

Parameters:

string - the measurement unit used to indentify the elapsed time interval.

isRepeatable

public boolean isRepeatable()

Returns whether the escalated objects associated with the reference point are repeatable or not.

Returns:

true to indicate that the escalated objects associated with the reference point are repeatable, otherwise false.

setRepeatable

public void setRepeatable(boolean b)

Sets whether the escalated objects associated with the reference point are repeatable or not.

Parameters:

b - true to indicate that the escalated objects associated with the reference point are repeatable, otherwise false.

getRefPointId

public java.lang.String getRefPointId()

Returns the reference point identifier.

Returns:

reference point identifier.

setRefPointId

public void setRefPointId(java.lang.String refPointId)

Sets the reference point identifier.

Parameters:

refPointId - the reference point identifier.

getEscalationPointRemote

public MboRemote getEscalationPointRemote()

Returns the Escalation Point Remote associated with this refpoint.

Returns:

the escObject associated with the refPoint.

setEscalationPointRemote

public void setEscalationPointRemote(MboRemote mboremote)

Sets the Escalation Point Remote associated with this refpoint.

Parameters:

MboRemote - the escObject associated with the refPoint.

setEscalationData

public void setEscalationData(EscalationData data)

Sets the Escalation data associated with this reference point

getEscalationData

public EscalationData getEscalationData()

Gets the Escalation data associated with this reference point