Package org.hps.monitoring.application

Monitoring application GUI implemented in Swing framework

See: Description

Interface Summary

Interface	Description
AddActionListener	Mix-in interface for components which can be assigned an ActionListener.

Class Summary

Class	Description
AbstractFieldsPanel	A JPanel which has a number of fields with the labels in the first column and the components for showing/editing the fields in the second.
Commands	These strings are used to identify ActionEvent commands in the MonitoringApplication.
ConditionsCollectionTableModel	This is a table model for a collection of conditions objects.
ConditionsPanel	The component for showing conditions table records in the monitoring application tabs.
ConnectionSettingsPanel	Connection settings panel.
ConnectionStatusPanel	This is the panel for showing the current connection status (connected, disconnected, etc.) in the tool bar.
DataSourceComboBox	This is a combo box that shows the current data source such as an LCIO file, EVIO file or ET ring.
DataSourceComboBox.DataSourceItem	This class represents a data source item in the combo box, which has a name for display, a full path to the file, and an implicit type (EVIO, LCIO or ET).
DatePanel	A small JPanel with a date field and a label on its border.
EventButtonsPanel	This is the panel with buttons for connecting or disconnecting from the session and controlling the application when event processing is paused.
EventDashboard	This class implements a dashboard for displaying information about the current run.
EventProcessing	This class encapsulates all of the logic involved with processing events and managing the related state and objects within the monitoring application.
FieldPanel	A panel with a label and a text field.
JobSettingsPanel	This is the GUI panel for setting job parameters.
JobSettingsPanel.CompactFileFilter	This filter will accept only files called compact.xml which should be an LCSim detector description file.
LogLevelFilterComboBox	This is a combo box used to filter the log table messages by level.
LogPanel	This is a simple GUI component for the log table and its controls.
LogTable	This is a simple avax.swing.JTable component for displaying log messages.
LogTable.DateRenderer	The table cell renderer for displaying dates.
LogTable.LogRecordModel	The table model implementation.
Main	This is the front-end for running the monitoring application via a Main.main(String[]) method.
MenuBar	This is the primary menu bar for the monitoring application.
MonitoringApplication	This is the primary class that implements the data monitoring GUI application.
MonitoringApplicationFrame	This class instantiates the primary GUI components of the monitoring application.
PlotInfoPanel	This is a GUI component for showing the statistics and other information about an AIDA plot when it is clicked on in the monitoring application.
PlotPanel	This is the panel containing the tabs with the monitoring plots.
SettingsDialog	The modal dialog for entering application settings.
SettingsPanel	The container component with the tabs that have job and connection settings.
SystemStatusEventsTable	This is a table that shows every system status change in a different row.
SystemStatusEventsTable.SystemStatusEventsTableModel	The model for the system status events table.
SystemStatusPanel	This is a panel showing the two tables for viewing the system statuses, one showing the current state of all system status monitors and the other with all system status change events.
SystemStatusTable	This table shows the current state of SystemStatus objects.
SystemStatusTable.JTableButtonMouseListener	Fires a mouse click event when the clear button is pressed, which in turn will activate the action event for the button.
ToolbarPanel	A GUI component for the top-level toolbar of the monitoring app.

Package org.hps.monitoring.application Description

Monitoring application GUI implemented in Swing framework

The Monitoring Application is a flexible framework for monitoring the event processing chain of the HPS experiment in an online environment. It implements the conversion of ET byte buffers to EVIO and then the building of LCIO events from the raw EVIO data.

It provides three primary GUI components:

• run dashboard showing basic information about data received
• tab panel showing various information panels
• plotting window that displays any plots generated through the AIDA API

The FreeHep framework is used extensively for the record processing. Every part of the event processing chain uses the freehep-record module to manage the flow of records and activate any processors that are listening on the record loops.

Author:

Jeremy McCormick