nexxT.services.SrvProfiling module

This module provides the profiling service for nexxT, responsible for generating profiling measurements.

class nexxT.services.SrvProfiling.PortProfiling[source]

Bases: object

Simple helper class for storing profiling time points of a single port.

__init__()[source]

getSpans()[source]

Returns the profiling time points in a list.

Returns:: list of tuples containing nanosecond time points.

pause(timeNs)[source]

Called when the corresponding item is paused (another item may be started).

Parameters:: timeNs – the time point, given in nanoseconds.
Returns:

start(timeNs)[source]

Called when the corresponding item is started.

Parameters:: timeNs – the time point, given in nanoseconds.
Returns:

stop(timeNs)[source]

Called when the corresponding item is finished. The profiling information will be added to the history.

Parameters:: timeNs – the time point, given in nanoseconds.
Returns:

unpause(timeNs)[source]

Called when the corresponding item is unpaused.

Parameters:: timeNs – the time point, given in nanoseconds.
Returns:

class nexxT.services.SrvProfiling.ProfilingService[source]

Bases: QObject

This class provides a profiling service for the nexxT framework.

__init__(self, /, parent: PySide6.QtCore.QObject | None = None, *, objectName: str | None = None) → None[source]: Initialize self. See help(type(self)) for accurate signature.

afterPortDataChanged(portname)[source]

This slot is called after calling onPortDataChanged.

Parameters:

portname – the fully qualified name of the port
timeNs – the timestamp

Returns:

beforePortDataChanged(portname)[source]

This slot is called before calling onPortDataChanged.

Parameters:

portname – the fully qualified name of the port
timeNs – the timestamp

Returns:

deregisterThread()[source]

This slot shall be called from each deactivated nexxT thread with a direct connection

Returns:

loadDataUpdated

registerThread()[source]

This slot shall be called from each activated nexxT thread with a direct connection.

Returns:

setLoadMonitorEnabled(enabled)[source]

Enables / disables load monitoring

Parameters:: enabled – boolean
Returns:

setPortProfilingEnabled(enabled)[source]

Enables / disables port profiling

Parameters:: enabled – boolean
Returns:

spanDataUpdated

startTimers

staticMetaObject = PySide6.QtCore.QMetaObject("ProfilingService" inherits "QObject": Methods: #4 type=Signal, signature=loadDataUpdated(QString,QByteArray,QByteArray), parameters=QString, QByteArray, QByteArray #5 type=Signal, signature=spanDataUpdated(QString,QString,QByteArray), parameters=QString, QString, QByteArray #6 type=Signal, signature=threadDeregistered(QString), parameters=QString #7 type=Signal, signature=stopTimers() #8 type=Signal, signature=startTimers() #9 type=Slot, signature=registerThread() #10 type=Slot, signature=deregisterThread() #11 type=Slot, signature=_generateRecord() #12 type=Slot, signature=beforePortDataChanged(QString), parameters=QString #13 type=Slot, signature=afterPortDataChanged(QString), parameters=QString )

stopTimers

threadDeregistered

class nexxT.services.SrvProfiling.ProfilingServiceDummy[source]

Bases: QObject

This class can be used as a replacement for the ProfilingService which provides the same interface.

afterPortDataChanged(portname)[source]

dummy implementation

Parameters:: portname – name of the port

beforePortDataChanged(portname)[source]

dummy implementation

Parameters:: portname – name of the port

deregisterThread()[source]: dummy implementation

registerThread()[source]: dummy implementation

staticMetaObject = PySide6.QtCore.QMetaObject("ProfilingServiceDummy" inherits "QObject": Methods: #4 type=Slot, signature=registerThread() #5 type=Slot, signature=deregisterThread() #6 type=Slot, signature=beforePortDataChanged(QString), parameters=QString #7 type=Slot, signature=afterPortDataChanged(QString), parameters=QString )