#!/usr/bin/env python
#############################################################################
##
# This file is part of Taurus
##
# http://taurus-scada.org
##
# Copyright 2011 CELLS / ALBA Synchrotron, Bellaterra, Spain
##
# Taurus is free software: you can redistribute it and/or modify
# it under the terms of the GNU Lesser General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
##
# Taurus is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU Lesser General Public License for more details.
##
# You should have received a copy of the GNU Lesser General Public License
# along with Taurus. If not, see <http://www.gnu.org/licenses/>.
##
###########################################################################
"""This package provides the TaurusGui class"""
__all__ = ["DockWidgetPanel", "TaurusGui"]
__docformat__ = 'restructuredtext'
import os
import sys
import copy
import weakref
import inspect
from lxml import etree
import taurus
from taurus import tauruscustomsettings
from taurus.external.qt import Qt
from taurus.qt.qtcore.configuration import BaseConfigurableClass
from taurus.qt.qtcore.communication import SharedDataManager
from taurus.qt.qtgui.util import TaurusWidgetFactory
from taurus.qt.qtgui.base import TaurusBaseWidget, TaurusBaseComponent
from taurus.qt.qtgui.container import TaurusMainWindow
from taurus.qt.qtgui.taurusgui.utils import (ExternalApp, PanelDescription,
ToolBarDescription,
AppletDescription)
from taurus.qt.qtgui.taurusgui.appsettingswizard import ExternalAppEditor
from taurus.qt.qtgui.panel import QDoubleListDlg
from taurus.qt.qtgui.util.ui import UILoadable
from taurus.qt.qtgui.taurusgui.utils import ExternalAppAction
@UILoadable(with_ui='ui')
class AssociationDialog(Qt.QDialog):
'''A dialog for viewing and editing the associations between instruments
and panels'''
def __init__(self, parent, flags=None):
if flags is None:
flags = Qt.Qt.Widget
Qt.QDialog.__init__(self, parent, flags)
self.loadUi()
self.refresh()
self.ui.instrumentCB.activated.connect(self.onInstrumentChanged)
self.ui.buttonBox.clicked.connect(self.onDialogButtonClicked)
self.ui.refreshBT.clicked.connect(self.refresh)
def refresh(self):
currentinstrument = self.ui.instrumentCB.currentText()
mainwindow = self.parent()
self.associations = mainwindow.getAllInstrumentAssociations()
# fill the comboboxes
self.ui.instrumentCB.clear()
self.ui.panelCB.clear()
self.ui.instrumentCB.addItems(sorted(self.associations.keys()))
self.ui.panelCB.addItems(['__[None]__'] + mainwindow.getPanelNames())
# restore the index
idx = self.ui.instrumentCB.findText(currentinstrument)
if idx == -1 and self.ui.instrumentCB.count() > 0:
idx = 0
self.ui.instrumentCB.setCurrentIndex(idx)
self.onInstrumentChanged(self.ui.instrumentCB.currentText())
def onInstrumentChanged(self, instrumentname):
instrumentname = unicode(instrumentname)
panelname = self.associations.get(instrumentname)
if panelname is None:
self.ui.panelCB.setCurrentIndex(0)
return
else:
idx = self.ui.panelCB.findText(panelname)
self.ui.panelCB.setCurrentIndex(idx)
def onDialogButtonClicked(self, button):
role = self.ui.buttonBox.buttonRole(button)
if role in (Qt.QDialogButtonBox.AcceptRole, Qt.QDialogButtonBox.ApplyRole):
if self.ui.panelCB.currentIndex() > 0:
panelname = unicode(self.ui.panelCB.currentText())
else:
panelname = None
instrumentname = unicode(self.ui.instrumentCB.currentText())
self.associations[instrumentname] = panelname
self.parent().setInstrumentAssociation(instrumentname, panelname)
[docs]class TaurusGui(TaurusMainWindow):
'''
This is main class for constructing the dynamic GUIs. TaurusGui is a
specialised TaurusMainWindow which is able to handle "panels" and load
configuration files.
There are several ways of using TaurusGui. In the following we will give
3 examples on how to create a simple GUI called "MyGui" which contains one
panel called "Foo" and consisting of a `QWidget`:
**Example 1: use declarative configuration files.**
You can create a purely declarative configuration file to be interpreted by
the standard `taurusgui` script::
from taurus.qt.qtgui.taurusgui.utils import PanelDescription
GUI_NAME = 'MyGui'
panel = PanelDescription('Foo',
classname='taurus.external.qt.Qt.QWidget')
Note that this just a very simple example. For a much richer one, see the
:mod:`taurus.qt.qtgui.taurusgui.conf.tgconf_example01`
**Example 2: do everything programmatically.**
A stand-alone python script that launches the gui when executed. No
configuration file is used here. Panels and other components are added
programatically::
if __name__ == '__main__':
from taurus.qt.qtgui.application import TaurusApplication
from taurus.qt.qtgui.taurusgui import TaurusGui
from taurus.external.qt import Qt
app = TaurusApplication(app_name='MyGui')
gui = TaurusGui()
panel = Qt.QWidget()
gui.createPanel(panel, 'Foo')
gui.show()
app.exec_()
**Example 3: mixing declarative and programmatic ways**
It is also possible to create a stand-alone python script which loads itself
as a configuration file. In this way you can add things programmatically and
at the same time use the declarative way::
GUI_NAME = 'MyGui' # <-- declarative!
if __name__ == '__main__':
from taurus.qt.qtgui.application import TaurusApplication
from taurus.qt.qtgui.taurusgui import TaurusGui
from taurus.external.qt import Qt
app = TaurusApplication()
gui = TaurusGui(confname=__file__)
panel = Qt.QWidget()
gui.createPanel(panel, 'Foo') # <-- programmatic!
gui.show()
app.exec_()
'''
SelectedInstrument = Qt.pyqtSignal(str)
doorNameChanged = Qt.pyqtSignal(str)
macroserverNameChanged = Qt.pyqtSignal(str)
newShortMessage = Qt.pyqtSignal(str)
IMPLICIT_ASSOCIATION = '__[IMPLICIT]__'
def __init__(self, parent=None, confname=None, configRecursionDepth=None):
TaurusMainWindow.__init__(self, parent, False, True)
if configRecursionDepth is not None:
self.defaultConfigRecursionDepth = configRecursionDepth
self.__panels = {}
self.__external_app = {}
self.__external_app_actions = {}
self._external_app_names = []
self.__permanent_ext_apps = []
self.__synoptics = []
self.__instrumentToPanelMap = {}
self.__panelToInstrumentMap = {}
self.setDockNestingEnabled(True)
self.registerConfigProperty(self._getPermanentExternalApps,
self._setPermanentExternalApps,
'permanentexternalapps')
self.registerConfigProperty(
self._getPermanentCustomPanels, self._setPermanentCustomPanels, 'permanentCustomPanels')
self.registerConfigProperty(self.getAllInstrumentAssociations,
self.setAllInstrumentAssociations, 'instrumentAssociation')
from taurus import tauruscustomsettings
self.setCustomWidgetMap(
getattr(tauruscustomsettings, 'T_FORM_CUSTOM_WIDGET_MAP', {}))
# Create a global SharedDataManager
Qt.qApp.SDM = SharedDataManager(self)
self.__initPanelsMenu()
self.__initQuickAccessToolBar()
self.__initJorgBar()
self.__initSharedDataConnections()
self.__initToolsMenu()
self.__initViewMenu()
self.__initPanelsToolBar()
self.loadConfiguration(confname)
# connect the main window itself as a reader/writer of "short messages"
Qt.qApp.SDM.connectReader("shortMessage", self.onShortMessage)
Qt.qApp.SDM.connectWriter("shortMessage", self, 'newShortMessage')
# emit a short message informing that we are ready to go
msg = '%s is ready' % Qt.qApp.applicationName()
self.newShortMessage.emit(msg)
if self.defaultConfigRecursionDepth >= 0:
Qt.QMessageBox.information(self, "Fail-proof mode",
('Running in fail-proof mode.' +
'\nLoading of potentially problematic settings is disabled.' +
'\nSome panels may not be loaded or may ignore previous user configuration' +
'\nThis will also apply when loading perspectives'),
Qt.QMessageBox.Ok, Qt.QMessageBox.NoButton)
[docs] def closeEvent(self, event):
try:
self.__macroBroker.removeTemporaryPanels()
except:
pass
TaurusMainWindow.closeEvent(self, event)
for n, panel in self.__panels.items():
panel.closeEvent(event)
panel.widget().closeEvent(event)
if not event.isAccepted():
result = Qt.QMessageBox.question(
self, 'Closing error',
"Panel '%s' cannot be closed. Proceed closing?" % n,
Qt.QMessageBox.Yes | Qt.QMessageBox.No)
if result == Qt.QMessageBox.Yes:
event.accept()
else:
break
def __updatePanelsMenu(self):
'''dynamically fill the panels menus'''
panelsmenu = self.sender()
permanent = (panelsmenu == self.__permPanelsMenu)
panelsmenu.clear()
panelnames = sorted(
[n for n, p in self.__panels.items() if (p.isPermanent() == permanent)])
for name in panelnames:
panelsmenu.addAction(self.__panels[name].toggleViewAction())
def __initPanelsMenu(self):
# Panels menu
self.__panelsMenu = Qt.QMenu('Panels', self)
self.menuBar().insertMenu(self.helpMenu.menuAction(), self.__panelsMenu)
self.hideAllPanelsAction = self.__panelsMenu.addAction(
Qt.QIcon('actions:hide.svg'), "Hide all panels", self.hideAllPanels)
self.showAllPanelsAction = self.__panelsMenu.addAction(
Qt.QIcon('actions:show.svg'), "Show all panels", self.showAllPanels)
self.newPanelAction = self.__panelsMenu.addAction(
Qt.QIcon.fromTheme("window-new"), "New Panel...",
self.createCustomPanel)
self.removePanelAction = self.__panelsMenu.addAction(
Qt.QIcon.fromTheme("edit-clear"), "Remove Panel...",
self.removePanel)
self.__panelsMenu.addAction(Qt.QIcon.fromTheme(
"preferences-desktop-personal"),
"Switch temporary/permanent status...",
self.updatePermanentCustomPanels)
# temporary and permanent panels submenus
self.__panelsMenu.addSeparator()
self.__permPanelsMenu = Qt.QMenu('Permanent Panels', self)
self.__panelsMenu.addMenu(self.__permPanelsMenu)
self.__permPanelsMenu.aboutToShow.connect(self.__updatePanelsMenu)
self.__tempPanelsMenu = Qt.QMenu('Temporary Panels', self)
self.__panelsMenu.addMenu(self.__tempPanelsMenu)
self.__tempPanelsMenu.aboutToShow.connect(self.__updatePanelsMenu)
self.__panelsMenu.addSeparator()
def __initViewMenu(self):
# the superclass may already have added stuff to the viewMenu
self.viewMenu.addSeparator()
# view locking
self.viewMenu.addSeparator()
self._lockviewAction = Qt.QAction(Qt.QIcon.fromTheme(
"system-lock-screen"), "Lock View", self)
self._lockviewAction.setCheckable(True)
self._lockviewAction.toggled.connect(self.setLockView)
self._lockviewAction.setChecked(not self.isModifiableByUser())
self.viewMenu.addAction(self._lockviewAction)
def __initPanelsToolBar(self):
# Panels toolbar
self.panelsToolBar = self.addToolBar("Panels")
self.panelsToolBar.setObjectName("PanelsToolbar")
self.panelsToolBar.addAction(self.newPanelAction)
self.viewToolBarsMenu.addAction(self.panelsToolBar.toggleViewAction())
def __initQuickAccessToolBar(self):
self.quickAccessToolBar = self.addToolBar("Quick Access")
self.quickAccessToolBar.setObjectName("quickAccessToolbar")
self.quickAccessToolBar.setToolButtonStyle(
Qt.Qt.ToolButtonTextBesideIcon)
self.viewToolBarsMenu.addAction(
self.quickAccessToolBar.toggleViewAction())
def __initJorgBar(self):
# Fancy Stuff ToolBar (aka Jorg's Bar ;) )
self.jorgsBar = Qt.QToolBar('Fancy ToolBar')
self.jorgsBar.setObjectName('jorgsToolBar')
self.addToolBar(Qt.Qt.RightToolBarArea, self.jorgsBar)
self.jorgsBar.setIconSize(Qt.QSize(60, 60))
self.jorgsBar.setMovable(False)
def __initSharedDataConnections(self):
# register the TAURUSGUI itself as a writer/reader for several shared
# data items
splashScreen = self.splashScreen()
if splashScreen is not None:
self.splashScreen().showMessage("setting up shared data connections")
Qt.qApp.SDM.connectWriter(
"macroserverName", self, 'macroserverNameChanged')
Qt.qApp.SDM.connectWriter("doorName", self, 'doorNameChanged')
Qt.qApp.SDM.connectReader(
"SelectedInstrument", self.onSelectedInstrument)
Qt.qApp.SDM.connectWriter(
"SelectedInstrument", self, 'SelectedInstrument')
Qt.qApp.SDM.connectReader("executionStarted", self.setFocusToPanel)
Qt.qApp.SDM.connectReader("selectedPerspective", self.loadPerspective)
Qt.qApp.SDM.connectWriter(
"perspectiveChanged", self, 'perspectiveChanged')
def __initToolsMenu(self):
if self.toolsMenu is None:
self.toolsMenu = Qt.QMenu("Tools")
tm = self.toolsMenu
tm.addAction(Qt.QIcon("apps:preferences-system-session.svg"),
"manage instrument-panel associations", self.onShowAssociationDialog)
tm.addAction(Qt.QIcon.fromTheme("document-save"),
"Export current Panel configuration to XML",
self.onExportCurrentPanelConfiguration)
tm.addAction(Qt.QIcon("actions:data-transfer.svg"),
"Show Shared Data Manager connections", self.showSDMInfo)
# tools->external apps submenu
self.addExternalApplicationAction = self.externalAppsMenu.addAction(
Qt.QIcon.fromTheme('list-add'),
'Add external application launcher...',
self.createExternalApp)
self.removeExternalApplicationAction = self.externalAppsMenu.addAction(
Qt.QIcon.fromTheme('list-remove'),
'Remove external appication launcher...',
self.removeExternalApp)
self.externalAppsMenu.addSeparator()
[docs] def createExternalApp(self):
'''Add a new external application on execution time'''
app_editor = ExternalAppEditor(self)
name, xml, ok = app_editor.getDialog()
if name in self._external_app_names:
msg = ('The "%s" external application exists in your GUI.'
' If you want to create a new one, '
'please use other text label' % name)
taurus.warning(msg)
return
if ok:
extapp = ExternalApp.fromXml(xml)
action = extapp.getAction()
action_name = str(action.text())
self.__external_app[action_name] = extapp
self._addExternalAppLauncher(name, action)
def _addExternalAppLauncher(self, name, action):
action_name = str(action.text())
self.__external_app_actions[action_name] = action
self.addExternalAppLauncher(action)
self._external_app_names.append(name)
[docs] def removeExternalApp(self, name=None):
'''Remove the given external application from the GUI.
:param name: (str or None) the name of the external application to be
removed
If None given, the user will be prompted
'''
apps = self.__external_app.keys() + self.__permanent_ext_apps
if name is None:
items = sorted(apps)
msg1 = "Remove External application"
msg2 = ("External application to be removed "
"(only custom external applications can be removed).")
name, ok = Qt.QInputDialog.getItem(self, msg1, msg2, items, 0,
False)
if not ok:
return
name = unicode(name)
if name not in apps:
msg = ('Cannot remove the external application "%s"'
' (not found)' % name)
self.debug(msg)
return
if name in self.__external_app.keys():
self.__external_app.pop(name)
else:
self.__permanent_ext_apps.remove(name)
action = self.__external_app_actions.pop(name)
self._external_app_names.remove(name)
self.deleteExternalAppLauncher(action)
self.debug('External application "%s" removed' % name)
[docs] def createConfig(self, *args, **kwargs):
'''reimplemented from TaurusMainWindow.createConfig'''
self.updatePermanentCustomPanels(showAlways=False)
self.updatePermanentExternalApplications(showAlways=False)
cfg = TaurusMainWindow.createConfig(self, *args, **kwargs)
return cfg
[docs] def removePanel(self, name=None):
''' remove the given panel from the GUI.
.. note:: The panel; is actually removed from the current perspective.
If the panel is saved in other perspectives, it should be removed from
them as well.
:param name: (str or None) the name of the panel to be removed
If None given, the user will be prompted
'''
if name is None:
items = sorted(
[n for n, p in self.__panels.iteritems() if p.isCustom()])
name, ok = Qt.QInputDialog.getItem(self, "Remove Panel",
"Panel to be removed (only custom panels can be removed).\n Important: you may want to save the perspective afterwards,\n and maybe remove the panel from other perspectives as well", items, 0, False)
if not ok:
return
name = unicode(name)
if name not in self.__panels:
self.debug('Cannot remove panel "%s" (not found)' % name)
return
panel = self.__panels.pop(name)
try:
# in case the widget is a Taurus one and does some cleaning when
# setting model to None
panel.widget().setModel(None)
except:
pass
self.unregisterConfigurableItem(name, raiseOnError=False)
self.removeDockWidget(panel)
panel.setParent(None)
panel.setAttribute(Qt.Qt.WA_DeleteOnClose)
panel.close()
self.debug('Panel "%s" removed' % name)
[docs] def createPanel(self, widget, name, floating=False, registerconfig=True, custom=False,
permanent=False, icon=None, instrumentkey=None):
'''
Creates a panel containing the given widget.
:param wiget: (QWidget) the widget to be contained in the panel
:param name: (str) the name of the panel. It will be used in tabs as well as for configuration
:param floating: (bool) whether the panel should be docked or floating. (see note below)
:param registerconfig: (bool) if True, the panel will be registered as a delegate for configuration
:param custom: (bool) if True the panel is to be considered a "custom panel"
:param permanent: (bool) set this to True for panels that need to be recreated when restoring the app
:param icon: (QIcon) icon for the panel
:param instrumentkey: (str) name of an instrument to which this panel is to be associated
:return: (DockWidgetPanel) the created panel
.. note:: On a previous version, there was a mandatory parameter called
`area` (which accepted a Qt.DockWidgetArea or None as values)
this parameter has now been substituted by the keyword
argument `floating`. In order to provide backwards
compatibility, the "floating" keyword argument stays at the
same position as the old `area` argument and if a Qt.DockWidgetArea
value is given, it will be interpreted as floating=True (while if
`None` is passed, it will be interpreted as floating=False.
'''
# backwards compatibility:
if not isinstance(floating, bool):
self.info(
'Deprecation warning: please note that the "area" argument is deprecated. See TaurusGui.createPanel doc')
floating = not(floating)
name = unicode(name)
if name in self.__panels:
self.info('Panel with name "%s" already exists. Reusing.' % name)
return self.__panels[name]
# create a panel
panel = DockWidgetPanel(None, widget, name, self)
# we will only place panels in this area
self.addDockWidget(Qt.Qt.TopDockWidgetArea, panel)
if len(self.__panels) != 0:
self.tabifyDockWidget(self.__panels.values()[-1], panel)
panel.setFloating(floating)
# associate this panel with an instrument
if instrumentkey is not None:
if instrumentkey == self.IMPLICIT_ASSOCIATION:
# see if there is an item whose name is the same as that of the
# panel
for syn in self.__synoptics:
if name in syn.get_item_list():
self.setInstrumentAssociation(name, name)
break
else:
self.setInstrumentAssociation(instrumentkey, name)
if icon is not None:
panel.toggleViewAction().setIcon(icon)
# set flags
panel.setCustom(custom)
panel.setPermanent(permanent)
# register the panel for configuration
if registerconfig:
self.registerConfigDelegate(panel, name=name)
self.__panels[name] = panel
# connect the panel visibility changes
panel.visibilityChanged.connect(self._onPanelVisibilityChanged)
return panel
[docs] def getPanel(self, name):
'''get a panel object by name
:return: (DockWidgetPanel)
'''
return self.__panels[unicode(name)]
[docs] def getPanelNames(self):
'''returns the names of existing panels
:return: (list<str>)
'''
return copy.deepcopy(self.__panels.keys())
def _setPermanentExternalApps(self, permExternalApps):
'''creates empty panels for restoring custom panels.
:param permCustomPanels: (list<str>) list of names of custom panels
'''
# first create the panels if they don't actually exist
for name in permExternalApps:
if name not in self._external_app_names:
# create empty action
self.__permanent_ext_apps.append(name)
action = ExternalAppAction('', name)
self._addExternalAppLauncher(name, action)
def _getPermanentExternalApps(self):
return self.__permanent_ext_apps
def _setPermanentCustomPanels(self, permCustomPanels):
'''creates empty panels for restoring custom panels.
:param permCustomPanels: (list<str>) list of names of custom panels
'''
# first create the panels if they don't actually exist
for name in permCustomPanels:
if name not in self.__panels:
self.createPanel(None, name, custom=True, permanent=True)
def _getPermanentCustomPanels(self):
'''
returns a list of panel names for which the custom and permanent flags
are True (i.e., those custom panels that should be stored in
configuration and/or perspectives)
:return: (list<str>)
'''
return [n for n, p in self.__panels.iteritems() if (p.isCustom() and p.isPermanent())]
[docs] def updatePermanentCustomPanels(self, showAlways=True):
'''
Shows a dialog for selecting which custom panels should be permanently
stored in the configuration.
:param showAlways: (bool) forces showing the dialog even if there are no new custom Panels
'''
# check if there are some newly created panels that may be made
# permanent
perm = self._getPermanentCustomPanels()
temp = [n for n, p in self.__panels.iteritems() if (
p.isCustom() and not p.isPermanent())]
if len(temp) > 0 or showAlways:
dlg = QDoubleListDlg(winTitle='Stored panels',
mainLabel='Select which of the panels should be stored',
label1='Temporary (to be discarded)', label2='Permanent (to be stored)',
list1=temp, list2=perm)
result = dlg.exec_()
if result == Qt.QDialog.Accepted:
# update the permanent Custom Panels
registered = self.getConfigurableItemNames()
for name in dlg.getAll2():
if name not in registered:
self.__panels[name].setPermanent(True)
self.registerConfigDelegate(self.__panels[name], name)
# unregister any panel that is temporary
for name in dlg.getAll1():
self.__panels[name].setPermanent(False)
self.unregisterConfigurableItem(name, raiseOnError=False)
[docs] def updatePermanentExternalApplications(self, showAlways=True):
'''
Shows a dialog for selecting which new externals applications
should be permanently stored in the configuration.
:param showAlways: (bool) forces showing the dialog
'''
# check if there are some newly created external applications that may
# be made permanent
#permanet_ext_app = list(self._external_app_names)
if len(self.__external_app) > 0 or showAlways:
msg = 'Select which of the external applications should be stored'
dlg = QDoubleListDlg(winTitle='Stored external applications',
mainLabel=msg,
label1='Temporary (to be discarded)',
label2='Permanent (to be stored)',
list1=self.__external_app.keys(),
list2=self.__permanent_ext_apps)
result = dlg.exec_()
if result == Qt.QDialog.Accepted:
# update the temporally external applications
for name in dlg.getAll2():
self.__permanent_ext_apps.append(str(name))
if name in self.__external_app:
self.__external_app.pop(str(name))
for name in dlg.getAll1():
self.unregisterConfigurableItem("_extApp[%s]" % str(name),
raiseOnError=False)
[docs] def createCustomPanel(self, paneldesc=None):
'''
Creates a panel from a Panel Description and sets it as "custom panel".
:param paneldesc: (PanelDescription) description of the panel to be created
.. seealso:: :meth:`createPanel`
'''
if paneldesc is None:
from taurus.qt.qtgui.taurusgui import PanelDescriptionWizard
paneldesc, ok = PanelDescriptionWizard.getDialog(
self, extraWidgets=self._extraCatalogWidgets)
if not ok:
return
w = paneldesc.getWidget(sdm=Qt.qApp.SDM, setModel=False)
if hasattr(w, 'setCustomWidgetMap'):
w.setCustomWidgetMap(self.getCustomWidgetMap())
if paneldesc.model is not None:
w.setModel(paneldesc.model)
if isinstance(w, TaurusBaseComponent):
w.setModifiableByUser(True)
w.setModelInConfig(True)
self.createPanel(w, paneldesc.name, floating=paneldesc.floating, custom=True,
registerconfig=False, instrumentkey=paneldesc.instrumentkey,
permanent=False)
msg = 'Panel %s created. Drag items to it or use the context menu to customize it' % w.name
self.newShortMessage.emit(msg)
[docs] def createMainSynoptic(self, synopticname):
'''
Creates a synoptic panel and registers it as "SelectedInstrument"
reader and writer (allowing selecting instruments from synoptic
'''
try:
jdwFileName = os.path.join(self._confDirectory, synopticname)
from taurus.qt.qtgui.graphic import TaurusJDrawSynopticsView
synoptic = TaurusJDrawSynopticsView()
synoptic.setModel(jdwFileName)
self.__synoptics.append(synoptic)
except Exception, e:
# print repr(e)
msg = 'Error loading synoptic file "%s".\nSynoptic won\'t be available' % jdwFileName
self.error(msg)
self.traceback(level=taurus.Info)
result = Qt.QMessageBox.critical(self, 'Initialization error', '%s\n\n%s' % (
msg, repr(e)), Qt.QMessageBox.Abort | Qt.QMessageBox.Ignore)
if result == Qt.QMessageBox.Abort:
sys.exit()
Qt.qApp.SDM.connectWriter(
"SelectedInstrument", synoptic, "graphicItemSelected")
Qt.qApp.SDM.connectReader(
"SelectedInstrument", synoptic.selectGraphicItem)
# find an unique (and short) name
name = os.path.splitext(os.path.basename(synopticname))[0]
if len(name) > 10:
name = 'Syn'
i = 2
prefix = name
while name in self.__panels:
name = '%s_%i' % (prefix, i)
i += 1
synopticpanel = self.createPanel(synoptic, name, permanent=True,
icon=Qt.QIcon.fromTheme(
'image-x-generic'))
toggleSynopticAction = synopticpanel.toggleViewAction()
self.quickAccessToolBar.addAction(toggleSynopticAction)
[docs] def createConsole(self, kernels):
msg = ('createConsole() and the "CONSOLE" configuration key are ' +
'deprecated since 4.0.4. Add a panel with a ' +
'silx.gui.console.IPythonWidget widdget instead')
self.deprecated(msg)
try:
from silx.gui.console import IPythonWidget
except ImportError:
self.warning('Cannot import taurus.qt.qtgui.console. ' +
'The Console Panel will not be available')
return
console = IPythonWidget()
self.createPanel(console, "Console", permanent=True,
icon=Qt.QIcon.fromTheme('utilities-terminal'))
[docs] def createInstrumentsFromPool(self, macroservername):
'''
Creates a list of instrument panel descriptions by gathering the info
from the Pool. Each panel is a TaurusForm grouping together all those
elements that belong to the same instrument according to the Pool info
:return: (list<PanelDescription>)
'''
instrument_dict = {}
try:
ms = taurus.Device(macroservername)
instruments = ms.getElementsOfType('Instrument')
if instruments is None:
raise
except Exception, e:
msg = 'Could not fetch Instrument list from "%s"' % macroservername
self.error(msg)
result = Qt.QMessageBox.critical(self, 'Initialization error', '%s\n\n%s' % (
msg, repr(e)), Qt.QMessageBox.Abort | Qt.QMessageBox.Ignore)
if result == Qt.QMessageBox.Abort:
sys.exit()
return []
for i in instruments.values():
i_name = i.full_name
#i_name, i_unknown, i_type, i_pools = i.split()
i_view = PanelDescription(
i_name, classname='TaurusForm', floating=False, model=[])
instrument_dict[i_name] = i_view
from operator import attrgetter
pool_elements = sorted(ms.getElementsWithInterface(
'Moveable').values(), key=attrgetter('name'))
pool_elements += sorted(ms.getElementsWithInterface(
'ExpChannel').values(), key=attrgetter('name'))
pool_elements += sorted(ms.getElementsWithInterface(
'IORegister').values(), key=attrgetter('name'))
for elem in pool_elements:
instrument = elem.instrument
if instrument:
i_name = instrument
e_name = "tango://%s" % elem.full_name
instrument_dict[i_name].model.append(e_name)
# filter out empty panels
ret = [instrument for instrument in instrument_dict.values()
if len(instrument.model) > 0]
return ret
def __getVarFromXML(self, root, nodename, default=None):
name = root.find(nodename)
if name is None or name.text is None:
return default
else:
return name.text
def _importConfiguration(self, confname):
'''returns the module corresponding to `confname` or to
`tgconf_<confname>`. Note: the `conf` subdirectory of the directory in
which taurusgui.py file is installed is temporally prepended to sys.path
'''
confsubdir = os.path.join(os.path.abspath(os.path.dirname(
__file__)), 'conf') # the path to a conf subdirectory of the place where taurusgui.py is
oldpath = sys.path
try:
# add the conf subdirectory dir to the pythonpath
sys.path = [confsubdir] + sys.path
conf = __import__(confname)
except ImportError:
altconfname = "tgconf_%s" % confname
try:
conf = __import__(altconfname)
except ImportError:
msg = 'cannot import %s or %s' % (confname, altconfname)
self.error(msg)
Qt.QMessageBox.critical(
self, 'Initialization error', msg, Qt.QMessageBox.Abort)
sys.exit()
finally:
sys.path = oldpath # restore the previous sys.path
return conf
[docs] def loadConfiguration(self, confname):
'''Reads a configuration file
:param confname: (str or None) the name of module located in the
PYTHONPATH or in the conf subdirectory of the directory
in which taurusgui.py file is installed.
This method will try to import <confname>.
If that fails, it will try to import
`tgconf_<confname>`.
Alternatively, `confname` can be the path to the
configuration module (not necessarily in the
PYTHONPATH).
`confname` can also be None, in which case a dummy
empty module will be used.
'''
# import the python config file
try:
if confname is None:
import types
conf = types.ModuleType(
'__dummy_conf_module__') # dummy module
confname = str(Qt.qApp.applicationName())
self._confDirectory = ''
elif os.path.exists(confname): # if confname is a dir or file name
import imp
path, name = os.path.split(confname)
name, _ = os.path.splitext(name)
try:
f, filename, data = imp.find_module(name, [path])
conf = imp.load_module(name, f, filename, data)
confname = name
except ImportError:
conf = self._importConfiguration(confname)
self._confDirectory = os.path.dirname(conf.__file__)
else: # if confname is not a dir name, we assume it is a module name in the python path
conf = self._importConfiguration(confname)
self._confDirectory = os.path.dirname(conf.__file__)
except Exception, e:
import traceback
msg = 'Error loading configuration: %s' % traceback.format_exc() # repr(e)
self.error(msg)
Qt.QMessageBox.critical(
self, 'Initialization error', msg, Qt.QMessageBox.Abort)
sys.exit()
# Get the xml root node from the xml configuration file
XML_CONFIG = getattr(conf, 'XML_CONFIG', None)
if XML_CONFIG is None:
self._xmlConfigFileName = None
else:
self._xmlConfigFileName = os.path.join(
self._confDirectory, XML_CONFIG)
# default fallback (in case of I/O or parse errors)
xmlroot = etree.fromstring('<root></root>')
if XML_CONFIG is not None:
try:
# If a relative name was given, the conf directory will be used
# as base path
xmlfname = os.path.join(self._confDirectory, XML_CONFIG)
xmlFile = open(xmlfname, 'r')
xmlstring = xmlFile.read()
xmlFile.close()
xmlroot = etree.fromstring(xmlstring)
except Exception, e:
msg = 'Error reading the XML file: "%s"' % xmlfname
self.error(msg)
self.traceback(level=taurus.Info)
result = Qt.QMessageBox.critical(self, 'Initialization error', '%s\nReason:"%s"' % (
msg, repr(e)), Qt.QMessageBox.Abort | Qt.QMessageBox.Ignore)
if result == Qt.QMessageBox.Abort:
sys.exit()
# General Qt application settings and jorgs bar logos
APPNAME = getattr(conf, 'GUI_NAME', self.__getVarFromXML(
xmlroot, "GUI_NAME", confname))
ORGNAME = getattr(conf, 'ORGANIZATION', self.__getVarFromXML(
xmlroot, "ORGANIZATION", str(Qt.qApp.organizationName()) or 'Taurus'))
CUSTOMLOGO = getattr(conf, 'CUSTOM_LOGO', getattr(
conf, 'LOGO', self.__getVarFromXML(xmlroot, "CUSTOM_LOGO", 'logos:taurus.png')))
if Qt.QFile.exists(CUSTOMLOGO):
customIcon = Qt.QIcon(CUSTOMLOGO)
else:
customIcon = Qt.QIcon(os.path.join(
self._confDirectory, CUSTOMLOGO))
Qt.qApp.setApplicationName(APPNAME)
Qt.qApp.setOrganizationName(ORGNAME)
Qt.QApplication.instance().basicConfig()
logo = getattr(tauruscustomsettings, 'ORGANIZATION_LOGO',
"logos:taurus.png")
ORGANIZATIONLOGO = getattr(conf, 'ORGANIZATION_LOGO',
self.__getVarFromXML(xmlroot,
"ORGANIZATION_LOGO",
logo))
##
if Qt.QFile.exists(ORGANIZATIONLOGO):
organizationIcon = Qt.QIcon(ORGANIZATIONLOGO)
else:
organizationIcon = Qt.QIcon(os.path.join(
self._confDirectory, ORGANIZATIONLOGO))
# if required, enforce that only one instance of this GUI can be run
SINGLEINSTANCE = getattr(conf, 'SINGLE_INSTANCE', (self.__getVarFromXML(
xmlroot, "SINGLE_INSTANCE", 'True').lower() == 'true'))
if SINGLEINSTANCE:
if not self.checkSingleInstance():
msg = 'Only one istance of %s is allowed to run the same time' % (
APPNAME)
self.error(msg)
Qt.QMessageBox.critical(
self, 'Multiple copies', msg, Qt.QMessageBox.Abort)
sys.exit(1)
# some initialization
self.resetQSettings()
self.setWindowTitle(APPNAME)
self.setWindowIcon(customIcon)
self.jorgsBar.addAction(organizationIcon, ORGNAME)
self.jorgsBar.addAction(customIcon, APPNAME)
# get custom widget catalog entries
# @todo: support also loading from xml
EXTRA_CATALOG_WIDGETS = getattr(conf, 'EXTRA_CATALOG_WIDGETS', [])
self._extraCatalogWidgets = []
for classname, pixmapname in EXTRA_CATALOG_WIDGETS:
# If a relative file name is given, the conf directory will be used
# as base path
if pixmapname and not Qt.QFile.exists(pixmapname):
pixmapname = os.path.join(self._confDirectory, pixmapname)
self._extraCatalogWidgets.append((classname, pixmapname))
# manual panel
MANUAL_URI = getattr(conf, 'MANUAL_URI',
self.__getVarFromXML(xmlroot, "MANUAL_URI",
taurus.Release.url))
self.setHelpManualURI(MANUAL_URI)
self.createPanel(self.helpManualBrowser, 'Manual', permanent=True,
icon=Qt.QIcon.fromTheme('help-browser'))
# configure the macro infrastructure
MACROSERVER_NAME = getattr(conf, 'MACROSERVER_NAME', self.__getVarFromXML(
xmlroot, "MACROSERVER_NAME", None))
MACRO_PANELS = getattr(conf, 'MACRO_PANELS', self.__getVarFromXML(
xmlroot, "MACRO_PANELS", True))
# macro infrastructure will only be created if MACROSERVER_NAME is set
if MACRO_PANELS and MACROSERVER_NAME is not None:
from taurus.qt.qtgui.taurusgui import MacroBroker
self.__macroBroker = MacroBroker(self)
if MACROSERVER_NAME:
self.macroserverNameChanged.emit(MACROSERVER_NAME)
DOOR_NAME = getattr(conf, 'DOOR_NAME',
self.__getVarFromXML(xmlroot, "DOOR_NAME", ''))
if DOOR_NAME:
self.doorNameChanged.emit(DOOR_NAME)
MACROEDITORS_PATH = getattr(conf, 'MACROEDITORS_PATH', self.__getVarFromXML(
xmlroot, "MACROEDITORS_PATH", ''))
if MACROEDITORS_PATH:
from sardana.taurus.qt.qtgui.extra_macroexecutor.macroparameterseditor.macroparameterseditor import ParamEditorManager
ParamEditorManager().parsePaths(MACROEDITORS_PATH)
ParamEditorManager().browsePaths()
# Synoptics
SYNOPTIC = getattr(conf, 'SYNOPTIC', None)
if isinstance(SYNOPTIC, basestring): # old config file style
self.warning(
'Deprecated usage of SYNOPTIC keyword (now it expects a list of paths). Please update your configuration file to: "SYNOPTIC=[\'%s\']".' % SYNOPTIC)
SYNOPTIC = [SYNOPTIC]
if SYNOPTIC is None: # we look in the xml config file if not present in the python config
SYNOPTIC = []
node = xmlroot.find("SYNOPTIC")
if (node is not None) and (node.text is not None):
for child in node:
s = child.get("str")
# we do not append empty strings
if s is not None and len(s):
SYNOPTIC.append(s)
for s in SYNOPTIC:
self.createMainSynoptic(s)
# Get panel descriptions from pool if required
INSTRUMENTS_FROM_POOL = getattr(conf, 'INSTRUMENTS_FROM_POOL', (self.__getVarFromXML(
xmlroot, "INSTRUMENTS_FROM_POOL", 'False').lower() == 'true'))
if INSTRUMENTS_FROM_POOL:
try:
self.splashScreen().showMessage("Gathering Instrument info from Pool")
except AttributeError:
pass
POOLINSTRUMENTS = self.createInstrumentsFromPool(
MACROSERVER_NAME) # auto create instruments from pool
else:
POOLINSTRUMENTS = []
#######################################################################
# Deprecated CONSOLE command (if you need a IPython Console, just add a
# Panel with a `silx.gui.console.IPythonWidget`
# TODO: remove this block when deprecation grace time is due
CONSOLE = getattr(conf, 'CONSOLE', self.__getVarFromXML(
xmlroot, "CONSOLE", []))
if CONSOLE:
self.createConsole([])
#######################################################################
# get custom panel descriptions from the python config file
CUSTOM_PANELS = [obj for name, obj in inspect.getmembers(
conf) if isinstance(obj, PanelDescription)]
# add custom panel descriptions from xml config
panelDescriptions = xmlroot.find("PanelDescriptions")
if (panelDescriptions is not None):
for child in panelDescriptions:
if (child.tag == "PanelDescription"):
pd = PanelDescription.fromXml(etree.tostring(child))
if pd is not None:
CUSTOM_PANELS.append(pd)
# create panels based on the panel descriptions gathered before
for p in CUSTOM_PANELS + POOLINSTRUMENTS:
try:
try:
self.splashScreen().showMessage("Creating panel %s" % p.name)
except AttributeError:
pass
w = p.getWidget(sdm=Qt.qApp.SDM, setModel=False)
if hasattr(w, 'setCustomWidgetMap'):
w.setCustomWidgetMap(self.getCustomWidgetMap())
if p.model is not None:
w.setModel(p.model)
if p.instrumentkey is None:
instrumentkey = self.IMPLICIT_ASSOCIATION
# the pool instruments may change when the pool config changes,
# so we do not store their config
registerconfig = p not in POOLINSTRUMENTS
# create a panel
self.createPanel(w, p.name, floating=p.floating, registerconfig=registerconfig,
instrumentkey=instrumentkey, permanent=True)
except Exception, e:
msg = 'Cannot create panel %s' % getattr(
p, 'name', '__Unknown__')
self.error(msg)
self.traceback(level=taurus.Info)
result = Qt.QMessageBox.critical(self, 'Initialization error', '%s\n\n%s' % (
msg, repr(e)), Qt.QMessageBox.Abort | Qt.QMessageBox.Ignore)
if result == Qt.QMessageBox.Abort:
sys.exit()
# get custom toolbars descriptions from the python config file
CUSTOM_TOOLBARS = [obj for name, obj in inspect.getmembers(
conf) if isinstance(obj, ToolBarDescription)]
# add custom toolbar descriptions from xml config
toolBarDescriptions = xmlroot.find("ToolBarDescriptions")
if (toolBarDescriptions is not None):
for child in toolBarDescriptions:
if (child.tag == "ToolBarDescription"):
d = ToolBarDescription.fromXml(etree.tostring(child))
if d is not None:
CUSTOM_TOOLBARS.append(d)
# create toolbars based on the descriptions gathered before
for d in CUSTOM_TOOLBARS:
try:
try:
self.splashScreen().showMessage("Creating Toolbar %s" % d.name)
except AttributeError:
pass
w = d.getWidget(sdm=Qt.qApp.SDM, setModel=False)
if d.model is not None:
w.setModel(d.model)
w.setWindowTitle(d.name)
# add the toolbar to the window
self.addToolBar(w)
# add the toggleview action to the view menu
self.viewToolBarsMenu.addAction(w.toggleViewAction())
# register the toolbar as delegate if it supports it
if isinstance(w, BaseConfigurableClass):
self.registerConfigDelegate(w, d.name)
except Exception, e:
msg = 'Cannot add toolbar %s' % getattr(
d, 'name', '__Unknown__')
self.error(msg)
self.traceback(level=taurus.Info)
result = Qt.QMessageBox.critical(self, 'Initialization error', '%s\n\n%s' % (
msg, repr(e)), Qt.QMessageBox.Abort | Qt.QMessageBox.Ignore)
if result == Qt.QMessageBox.Abort:
sys.exit()
CUSTOM_APPLETS = []
# for backwards compatibility
MONITOR = getattr(
conf, 'MONITOR', self.__getVarFromXML(xmlroot, "MONITOR", []))
if MONITOR:
CUSTOM_APPLETS.append(AppletDescription(
'monitor', classname='TaurusMonitorTiny', model=MONITOR))
# get custom applet descriptions from the python config file
CUSTOM_APPLETS += [obj for name, obj in inspect.getmembers(
conf) if isinstance(obj, AppletDescription)]
# add applet descriptions from xml config
appletDescriptions = xmlroot.find("AppletDescriptions")
if (appletDescriptions is not None):
for child in appletDescriptions:
if (child.tag == "AppletDescription"):
d = AppletDescription.fromXml(etree.tostring(child))
if d is not None:
CUSTOM_APPLETS.append(d)
# create applet based on the descriptions gathered before
for d in CUSTOM_APPLETS:
try:
try:
self.splashScreen().showMessage("Creating applet %s" % d.name)
except AttributeError:
pass
w = d.getWidget(sdm=Qt.qApp.SDM, setModel=False)
if d.model is not None:
w.setModel(d.model)
# add the widget to the applets toolbar
self.jorgsBar.addWidget(w)
# register the toolbar as delegate if it supports it
if isinstance(w, BaseConfigurableClass):
self.registerConfigDelegate(w, d.name)
except Exception, e:
msg = 'Cannot add applet %s' % getattr(
d, 'name', '__Unknown__')
self.error(msg)
self.traceback(level=taurus.Info)
result = Qt.QMessageBox.critical(self, 'Initialization error', '%s\n\n%s' % (
msg, repr(e)), Qt.QMessageBox.Abort | Qt.QMessageBox.Ignore)
if result == Qt.QMessageBox.Abort:
sys.exit()
# add external applications from both the python and the xml config
# files
EXTERNAL_APPS = [obj for name, obj in inspect.getmembers(
conf) if isinstance(obj, ExternalApp)]
externalAppsNode = xmlroot.find("ExternalApps")
if (externalAppsNode is not None):
for child in externalAppsNode:
if (child.tag == "ExternalApp"):
ea = ExternalApp.fromXml(etree.tostring(child))
if ea is not None:
EXTERNAL_APPS.append(ea)
for a in EXTERNAL_APPS:
self._external_app_names.append(str(a.getAction().text()))
self.addExternalAppLauncher(a.getAction())
# get the "factory settings" filename. By default, it is called
# "default.ini" and resides in the configuration dir
INIFILE = getattr(conf, 'INIFILE', self.__getVarFromXML(
xmlroot, "INIFILE", "default.ini"))
# if a relative name is given, the conf dir is used as the root path
iniFileName = os.path.join(self._confDirectory, INIFILE)
# read the settings (or the factory settings if the regular file is not
# found)
msg = "Loading previous state"
if self.defaultConfigRecursionDepth >= 0:
msg += " in Fail Proof mode"
try:
self.splashScreen().showMessage(msg)
except AttributeError:
pass
self.loadSettings(factorySettingsFileName=iniFileName)
[docs] def setLockView(self, locked):
self.setModifiableByUser(not locked)
[docs] def setModifiableByUser(self, modifiable):
if modifiable:
dwfeat = Qt.QDockWidget.AllDockWidgetFeatures
else:
dwfeat = Qt.QDockWidget.NoDockWidgetFeatures
for panel in self.__panels.values():
panel.toggleViewAction().setEnabled(modifiable)
panel.setFeatures(dwfeat)
for action in (self.newPanelAction, self.showAllPanelsAction,
self.hideAllPanelsAction,
self.addExternalApplicationAction,
self.removeExternalApplicationAction,
):
action.setEnabled(modifiable)
self._lockviewAction.setChecked(not modifiable)
TaurusMainWindow.setModifiableByUser(self, modifiable)
[docs] def onShortMessage(self, msg):
''' Slot to be called when there is a new short message. Currently, the only action
taken when there is a new message is to display it in the main window status bar.
:param msg: (str) the short descriptive message to be handled
'''
self.statusBar().showMessage(msg)
[docs] def hideAllPanels(self):
'''hides all current panels'''
for panel in self.__panels.itervalues():
panel.hide()
[docs] def showAllPanels(self):
'''shows all current panels'''
for panel in self.__panels.itervalues():
panel.show()
[docs] def onShowAssociationDialog(self):
'''launches the instrument-panel association dialog (modal)'''
dlg = AssociationDialog(self)
Qt.qApp.SDM.connectWriter(
"SelectedInstrument", dlg.ui.instrumentCB, "activated(QString)")
dlg.exec_()
Qt.qApp.SDM.disconnectWriter(
"SelectedInstrument", dlg.ui.instrumentCB, "activated(QString)")
[docs] def getInstrumentAssociation(self, instrumentname):
'''
Returns the panel name associated to an instrument name
:param instrumentname: (str or None) The name of the instrument whose associated panel is wanted
:return: (str or None) the associated panel name (or None).
'''
return self.__instrumentToPanelMap.get(instrumentname, None)
[docs] def setInstrumentAssociation(self, instrumentname, panelname):
'''
Sets the panel name associated to an instrument
:param instrumentname: (str) The name of the instrument
:param panelname: (str or None) The name of the associated
panel or None to remove the association
for this instrument.
'''
instrumentname = unicode(instrumentname)
# remove a previous association if it exists
oldpanelname = self.__instrumentToPanelMap.get(instrumentname, None)
self.__panelToInstrumentMap.pop(oldpanelname, None)
# create the new association
self.__instrumentToPanelMap[instrumentname] = panelname
if panelname is not None:
self.__panelToInstrumentMap[panelname] = instrumentname
[docs] def getAllInstrumentAssociations(self):
'''
Returns the dictionary of instrument-panel associations
:return: (dict<str,str>) a dict whose keys are the instruments known to the gui
and whose values are the corresponding associated panels (or None).
'''
return copy.deepcopy(self.__instrumentToPanelMap)
[docs] def setAllInstrumentAssociations(self, associationsdict, clearExisting=False):
'''
Sets the dictionary of instrument-panel associations.
By default, it keeps any existing association not present in the associationsdict.
:param associationsdict: (dict<str,str>) a dict whose keys are the instruments names
and whose values are the corresponding associated panels (or None)
:param clearExisting: (bool) if True, the the existing asociations are cleared.
If False (default) existing associations are
updated with those in associationsdict
'''
if clearExisting:
self.__instrumentToPanelMap = copy.deepcopy(associationsdict)
else:
self.__instrumentToPanelMap.update(copy.deepcopy(associationsdict))
self.__panelToInstrumentMap = {}
for k, v in self.__instrumentToPanelMap.iteritems():
self.__panelToInstrumentMap[v] = k
def _onPanelVisibilityChanged(self, visible):
if visible:
panelname = unicode(self.sender().objectName())
instrumentname = self.__panelToInstrumentMap.get(panelname)
if instrumentname is not None:
self.SelectedInstrument.emit(instrumentname)
[docs] def onSelectedInstrument(self, instrumentname):
''' Slot to be called when the selected instrument has changed (e.g. by user
clicking in the synoptic)
:param instrumentname: (str) The name that identifies the instrument.
'''
instrumentname = unicode(instrumentname)
panelname = self.getInstrumentAssociation(instrumentname)
self.setFocusToPanel(panelname)
[docs] def setFocusToPanel(self, panelname):
''' Method that sets a focus for panel passed via an argument
:param panelname: (str) The name that identifies the panel.
This name must be unique within the panels in the GUI.
'''
panelname = unicode(panelname)
try:
panel = self.__panels[panelname]
panel.show()
panel.setFocus()
panel.raise_()
except KeyError:
pass
[docs] def tabifyArea(self, area):
''' tabifies all panels in a given area.
:param area: (Qt.DockWidgetArea)
.. warning:: This method is deprecated
'''
raise DeprecationWarning(
'tabifyArea is no longer supported (now all panels reside in the same DockWidget Area)')
panels = self.findPanelsInArea(area)
if len(panels) < 2:
return
p0 = panels[0]
for p in panels[1:]:
self.tabifyDockWidget(p0, p)
[docs] def findPanelsInArea(self, area):
''' returns all panels in the given area
:param area: (QMdiArea, Qt.DockWidgetArea, 'FLOATING' or None). If
area=='FLOATING', the dockwidgets that are floating will be
returned.
:param area: (Qt.DockWidgetArea or str )
.. warning:: This method is deprecated
'''
raise DeprecationWarning(
'findPanelsInArea is no longer supported (now all panels reside in the same DockWidget Area)')
if area == 'FLOATING':
return [p for p in self.__panels.values() if p.isFloating()]
else:
return [p for p in self.__panels.values() if self.dockWidgetArea(p) == area]
@classmethod
[docs] def getQtDesignerPluginInfo(cls):
'''TaurusGui is not to be in designer '''
return None
[docs] def onShowManual(self, anchor=None):
'''reimplemented from :class:`TaurusMainWindow` to show the manual in a panel (not just a dockwidget)'''
self.setFocusToPanel('Manual')
[docs] def onExportCurrentPanelConfiguration(self, fname=None):
if fname is None:
fname = self._xmlConfigFileName
if self._xmlConfigFileName is None:
xmlroot = etree.Element("taurusgui_config")
else:
try:
f = open(self._xmlConfigFileName, 'r')
xmlroot = etree.fromstring(f.read())
f.close()
except Exception, e:
self.error('Cannot parse file "%s": %s',
self._xmlConfigFileName, str(e))
return
# retrieve/create the PanelDescriptions node
panelDescriptionsNode = xmlroot.find("PanelDescriptions")
if panelDescriptionsNode is None:
panelDescriptionsNode = etree.SubElement(
xmlroot, "PanelDescriptions")
# Get all custom panels
dlg = QDoubleListDlg(winTitle='Export Panels to XML',
mainLabel='Select which of the custom panels you want to export as xml configuration',
label1='Not Exported', label2='Exported',
list1=[n for n, p in self.__panels.iteritems() if p.isCustom()], list2=[])
result = dlg.exec_()
if result != Qt.QDialog.Accepted:
return
exportlist = dlg.getAll2()
# create xml for those to be exported
registered = self.getConfigurableItemNames()
for name in exportlist:
panel = self.__panels[name]
if name not in registered:
panel.setPermanent(True)
self.registerConfigDelegate(panel, name)
panelxml = PanelDescription.fromPanel(panel).toXml()
panelDescriptionsNode.append(etree.fromstring(panelxml))
xml = etree.tostring(xmlroot, pretty_print=True)
# write to file
while True:
if fname is None:
fname = Qt.QFileDialog.getSaveFileName(
self, "Open File", fname or self._confDirectory, self.tr("XML files (*.xml)"))
if not fname:
return
fname = str(fname)
# backup the file
if os.path.exists(fname):
import shutil
try:
bckname = "%s.orig" % fname
shutil.copy(fname, bckname)
except:
self.warning(
"%s will be overwritten but I could not create a backup in %s", fname, bckname)
# write the data
try:
f = open(fname, 'w')
f.write(xml)
f.close()
break
except Exception, e:
msg = 'Cannot write to %s: %s' % (fname, str(e))
self.error(msg)
Qt.QMessageBox.warning(
self, "I/O problem", msg + '\nChoose a different location.', Qt.QMessageBox.Ok, Qt.QMessageBox.NoButton)
fname = None
hint = "XML_CONFIG = '%s'" % os.path.relpath(
fname, self._confDirectory)
msg = 'Configuration written in %s' % fname
self.info(msg)
Qt.QMessageBox.information(self, "Configuration updated",
msg + '\nMake sure that the .py configuration file in %s contains\n%s' % (
self._confDirectory, hint),
Qt.QMessageBox.Ok, Qt.QMessageBox.NoButton)
return
[docs] def showSDMInfo(self):
'''pops up a dialog showing the current information from the Shared Data Manager'''
#w = Qt.QMessageBox( self)
text = 'Currently managing %i shared data objects:\n%s' % (
len(Qt.qApp.SDM.activeDataUIDs()), ', '.join(Qt.qApp.SDM.activeDataUIDs()))
nfo = Qt.qApp.SDM.info()
w = Qt.QMessageBox(Qt.QMessageBox.Information, 'Shared Data Manager Information', text,
buttons=Qt.QMessageBox.Close, parent=self)
w.setDetailedText(nfo)
w.show()
self.info(nfo)
#------------------------------------------------------------------------------
def main(confname=None):
import sys
import taurus
from taurus.core.util import argparse
from taurus.qt.qtgui.application import TaurusApplication
taurus.info('Starting execution of TaurusGui')
parser = argparse.get_taurus_parser()
parser.set_usage("%prog [options] confname")
parser.set_description("The taurus GUI application")
parser.add_option("", "--config-dir", dest="config_dir", default=None,
help="use the given configuration directory for initialization")
parser.add_option("", "--new-gui", action="store_true", dest="new_gui", default=None,
help="launch a wizard for creating a new TaurusGUI application")
parser.add_option("", "--fail-proof", action="store_true", dest="fail_proof", default=None,
help="launch in fail proof mode (it prevents potentially problematic configs from being loaded)")
app = TaurusApplication(cmd_line_parser=parser, app_name="taurusgui",
app_version=taurus.Release.version)
args = app.get_command_line_args()
options = app.get_command_line_options()
if options.new_gui: # launch app settings wizard instead of taurusgui
from taurus.qt.qtgui.taurusgui import AppSettingsWizard
wizard = AppSettingsWizard()
wizard.show()
sys.exit(app.exec_())
if confname is None:
confname = options.config_dir
if confname is None:
if len(args) == 1: # for backwards compat, we allow to specify the confname without the "--config-dir" parameter
confname = args[0]
else:
parser.print_help(sys.stderr)
sys.exit(1)
if options.fail_proof:
configRecursionDepth = 0
else:
configRecursionDepth = None
gui = TaurusGui(None, confname=confname,
configRecursionDepth=configRecursionDepth)
gui.show()
ret = app.exec_()
taurus.info('Finished execution of TaurusGui')
sys.exit(ret)
if __name__ == "__main__":
main()
# xmlTest()