def __init__(self, parent, **params):
get_or_put(params, 'i18n', 'time.units.group.title')
get_or_put(params, 'i18n_def', 'Time units')
get_or_put(params, 'layout', QHBoxLayout())
self.default_unit = params.get('default_unit', Millisecond)
super(TimeUnitsWidget, self).__init__(parent, **params)
self.__unitsButtonsGroup__ = ButtonGroupWidget(self)
self.__change_unit_handler__ = params.get('change_unit_handler', None)
for time_unit in get_units_for_type(TimeUnit):
unitCheckBox = CheckBoxWidget(self,
i18n_def="%s [%s]" %
(time_unit.name, time_unit.label))
#add artificially property unit for later use in getUnit method
unitCheckBox.unit = time_unit
if time_unit == self.default_unit:
unitCheckBox.setChecked(True)
self.__unitsButtonsGroup__.addButton(unitCheckBox)
self.connect(self.__unitsButtonsGroup__,
SIGNAL("buttonClicked(QAbstractButton *)"),
self.__buttonClicked__)
self.__old_button_unit__ = None
def __init__(self, parent, **params):
get_or_put(params, 'i18n_def', 'Separator')
self.params = Params(**params)
self.separatorsGroupBox = GroupBoxWidget(parent,
i18n="separator.widget.group.title",
i18n_def=nvl(self.params.i18n_def, "Separator"),
layout=QVBoxLayout())
self.predefinedSeparatorsComposite = CompositeWidget(
self.separatorsGroupBox,
layout=QHBoxLayout())
self.predefinedSeparatorsButtonsGroup = ButtonGroupWidget(
self.predefinedSeparatorsComposite)
self.predefinedSeparatorsSpecs = Separator.getSeparatorsSpec(
separator_label_handler)
for separatorSpec in self.predefinedSeparatorsSpecs:
label = separatorSpec.label
if not label == Separator.CUSTOM.label: # @UndefinedVariable
predefinedSeparatorCheckBox = CheckBoxWidget(
self.predefinedSeparatorsComposite)
#attach artificially a separatorSpec object used later in
#def setSeparator(self, _separator) method
predefinedSeparatorCheckBox.separator_spec = separatorSpec
predefinedSeparatorCheckBox.setText(label)
predefinedSeparatorCheckBox.sep_spec = separatorSpec
if self.params.default_separator and \
separatorSpec.id_ == self.params.default_separator.id_:
predefinedSeparatorCheckBox.setChecked(True)
self.predefinedSeparatorsButtonsGroup.addButton(
predefinedSeparatorCheckBox)
self.separatorsGroupBox.connect(self.predefinedSeparatorsButtonsGroup,
SIGNAL("buttonClicked(QAbstractButton *)"),
self.predefinedSeparatorButtonClicked)
if not self.params.no_custom_separator == True:
self.customSeparatorCheckBox = CheckBoxWidget(
self.predefinedSeparatorsComposite,
i18n="separator.custom.checkbox",
i18n_def="Custom")
self.customSeparatorCheckBox.sep_spec = Separator.CUSTOM
self.separatorsGroupBox.connect(self.customSeparatorCheckBox,
SIGNAL("clicked()"),
self.customSeparatorButtonClicked)
self.customSeparatorEdit = LineEditWidget(
self.predefinedSeparatorsComposite,
maxLength=15,
width=get_width_of_n_letters(14),
text_changed_handler=self.customSeparatorButtonClicked,
enabled=False)
self.setEnabled(self.params.enabled)
def __createAnnotationButtons__(self):
self.__button_group__ = ButtonGroupWidget(self)
unique_annotations0 = get_unique_annotations(
self.data_accessor.annotation0)
empty = is_empty(unique_annotations0)
self.set_title(empty)
self.__all_button__ = CheckBoxWidget(
self, i18n_def='ALL', clicked_handler=self.__all_button_handler__)
self.__button_group__.addButton(self.__all_button__)
for unique_annotation in unique_annotations0:
annotationCheckBox = CheckBoxWidget(
self, i18n_def=str(unique_annotation))
self.__button_group__.addButton(annotationCheckBox)
self.__button_group__.setExclusive(False)
self.__button_group__.connect(self.__button_group__,
BUTTON_CLICKED_SIGNAL,
self.__button_handler__)
class TimeUnitsWidget(GroupBoxWidget):
def __init__(self, parent, **params):
get_or_put(params, 'i18n', 'time.units.group.title')
get_or_put(params, 'i18n_def', 'Time units')
get_or_put(params, 'layout', QHBoxLayout())
self.default_unit = params.get('default_unit', Millisecond)
super(TimeUnitsWidget, self).__init__(parent, **params)
self.__unitsButtonsGroup__ = ButtonGroupWidget(self)
self.__change_unit_handler__ = params.get('change_unit_handler', None)
for time_unit in get_units_for_type(TimeUnit):
unitCheckBox = CheckBoxWidget(self,
i18n_def="%s [%s]" %
(time_unit.name, time_unit.label))
#add artificially property unit for later use in getUnit method
unitCheckBox.unit = time_unit
if time_unit == self.default_unit:
unitCheckBox.setChecked(True)
self.__unitsButtonsGroup__.addButton(unitCheckBox)
self.connect(self.__unitsButtonsGroup__,
SIGNAL("buttonClicked(QAbstractButton *)"),
self.__buttonClicked__)
self.__old_button_unit__ = None
def getUnit(self):
unitCheckBox = self.__unitsButtonsGroup__.checkedButton()
if unitCheckBox:
return unitCheckBox.unit
def addUnit(self, unit):
unitCheckBox = CheckBoxWidget(self,
i18n_def="%s [%s]" %
(unit.name, unit.label))
unitCheckBox.unit = unit
if unit == self.default_unit:
unitCheckBox.setChecked(True)
self.__unitsButtonsGroup__.addButton(unitCheckBox)
def __buttonClicked__(self, button):
if not button.unit == self.__old_button_unit__:
if not self.__change_unit_handler__ == None:
self.__change_unit_handler__(button.unit)
self.__old_button_unit__ = button.unit
def setUnit(self, unit):
"""
method which marks a button with an appropriate unit as checked
"""
for button in self.__unitsButtonsGroup__.buttons():
if button.unit.name == unit.name:
button.setChecked(True)
class TimeUnitsWidget(GroupBoxWidget):
def __init__(self, parent, **params):
get_or_put(params, 'i18n', 'time.units.group.title')
get_or_put(params, 'i18n_def', 'Time units')
get_or_put(params, 'layout', QHBoxLayout())
self.default_unit = params.get('default_unit', Millisecond)
super(TimeUnitsWidget, self).__init__(parent, **params)
self.__unitsButtonsGroup__ = ButtonGroupWidget(self)
self.__change_unit_handler__ = params.get('change_unit_handler', None)
for time_unit in get_units_for_type(TimeUnit):
unitCheckBox = CheckBoxWidget(self,
i18n_def="%s [%s]" % (time_unit.name, time_unit.label))
#add artificially property unit for later use in getUnit method
unitCheckBox.unit = time_unit
if time_unit == self.default_unit:
unitCheckBox.setChecked(True)
self.__unitsButtonsGroup__.addButton(unitCheckBox)
self.connect(self.__unitsButtonsGroup__,
SIGNAL("buttonClicked(QAbstractButton *)"),
self.__buttonClicked__)
self.__old_button_unit__ = None
def getUnit(self):
unitCheckBox = self.__unitsButtonsGroup__.checkedButton()
if unitCheckBox:
return unitCheckBox.unit
def addUnit(self, unit):
unitCheckBox = CheckBoxWidget(self,
i18n_def="%s [%s]" % (unit.name, unit.label))
unitCheckBox.unit = unit
if unit == self.default_unit:
unitCheckBox.setChecked(True)
self.__unitsButtonsGroup__.addButton(unitCheckBox)
def __buttonClicked__(self, button):
if not button.unit == self.__old_button_unit__:
if not self.__change_unit_handler__ == None:
self.__change_unit_handler__(button.unit)
self.__old_button_unit__ = button.unit
def setUnit(self, unit):
"""
method which marks a button with an appropriate unit as checked
"""
for button in self.__unitsButtonsGroup__.buttons():
if button.unit.name == unit.name:
button.setChecked(True)
def __createAnnotationButtons__(self):
self.__button_group__ = ButtonGroupWidget(self)
unique_annotations0 = get_unique_annotations(
self.data_accessor.annotation0)
empty = is_empty(unique_annotations0)
self.set_title(empty)
self.__all_button__ = CheckBoxWidget(self, i18n_def='ALL',
clicked_handler=self.__all_button_handler__)
self.__button_group__.addButton(self.__all_button__)
for unique_annotation in unique_annotations0:
annotationCheckBox = CheckBoxWidget(self,
i18n_def=str(unique_annotation))
self.__button_group__.addButton(annotationCheckBox)
self.__button_group__.setExclusive(False)
self.__button_group__.connect(self.__button_group__,
BUTTON_CLICKED_SIGNAL,
self.__button_handler__)
def __init__(self, parent, **params):
get_or_put(params, 'i18n', 'time.units.group.title')
get_or_put(params, 'i18n_def', 'Time units')
get_or_put(params, 'layout', QHBoxLayout())
self.default_unit = params.get('default_unit', Millisecond)
super(TimeUnitsWidget, self).__init__(parent, **params)
self.__unitsButtonsGroup__ = ButtonGroupWidget(self)
self.__change_unit_handler__ = params.get('change_unit_handler', None)
for time_unit in get_units_for_type(TimeUnit):
unitCheckBox = CheckBoxWidget(self,
i18n_def="%s [%s]" % (time_unit.name, time_unit.label))
#add artificially property unit for later use in getUnit method
unitCheckBox.unit = time_unit
if time_unit == self.default_unit:
unitCheckBox.setChecked(True)
self.__unitsButtonsGroup__.addButton(unitCheckBox)
self.connect(self.__unitsButtonsGroup__,
SIGNAL("buttonClicked(QAbstractButton *)"),
self.__buttonClicked__)
self.__old_button_unit__ = None
class CommonAnnotationFilterWidget(GroupBoxWidget):
def __init__(self, parent, **params):
get_or_put(params, 'layout', QHBoxLayout())
super(CommonAnnotationFilterWidget, self).__init__(parent, **params)
self.params = Params(**params)
self.data_accessor = self.params.data_accessor # alias
self.__filter__ = AnnotationFilter()
self.__createAnnotationButtons__()
self.createActionButton()
self.__activateActionButton__(False)
@property
def action_button(self):
pass
@property
def excluded_annotations(self):
annotations = []
for button in self.__button_group__.buttons():
if button.isChecked():
if button == self.__all_button__:
return ALL_ANNOTATIONS
annotations.append(int(button.text()))
return annotations
def setEnabledAnnotations(self, _annotations):
for button in self.__button_group__.buttons():
if button == self.__all_button__:
button.setEnabled(ALL_ANNOTATIONS == _annotations)
elif ALL_ANNOTATIONS == _annotations or \
int(button.text()) in _annotations:
button.setEnabled(True)
else:
button.setEnabled(False)
def setDisabledAnnotations(self, _annotations):
for button in self.__button_group__.buttons():
if button == self.__all_button__:
button.setEnabled(not ALL_ANNOTATIONS == _annotations)
elif ALL_ANNOTATIONS == _annotations or \
int(button.text()) in _annotations:
button.setEnabled(False)
def disableIfAllChecked(self):
for button in self.__button_group__.buttons():
if not button == self.__all_button__ and not button.isChecked():
return
self.__all_button__.setEnabled(False)
def reset(self):
self.__button_group__.setEnabled(True)
self.__button_group__.setAllChecked(False)
self.__activateActionButton__(False)
@property
def use_filter(self):
return self.__button_group__.isAnyChecked()
@property
def annotation_filter(self):
return self.__filter__
def set_title(self, empty):
if empty:
self.setTitle("Annotation filter [NOT ACTIVE - data already filtered]") # @IgnorePep8
self.setEnabled(False)
else:
self.setTitle("Annotation filter")
self.setEnabled(True)
@property
def buttons_count(self):
return len(self.__button_group__.buttons())
def setUncheckNotAnnotations(self, _annotations):
for button in self.__button_group__.buttons():
if button == self.__all_button__:
button.setChecked(False)
else:
if int(button.text()) not in _annotations:
button.setChecked(False)
def setCheckedAnnotations(self, _annotations):
"""
check all buttons in accordance with annotations
"""
for button in self.__button_group__.buttons():
if not button == self.__all_button__:
if int(button.text()) in _annotations:
button.setChecked(True)
def isAllUnchecked(self):
return self.__button_group__.isAllUnchecked()
def __createAnnotationButtons__(self):
self.__button_group__ = ButtonGroupWidget(self)
unique_annotations0 = get_unique_annotations(
self.data_accessor.annotation0)
empty = is_empty(unique_annotations0)
self.set_title(empty)
self.__all_button__ = CheckBoxWidget(self, i18n_def='ALL',
clicked_handler=self.__all_button_handler__)
self.__button_group__.addButton(self.__all_button__)
for unique_annotation in unique_annotations0:
annotationCheckBox = CheckBoxWidget(self,
i18n_def=str(unique_annotation))
self.__button_group__.addButton(annotationCheckBox)
self.__button_group__.setExclusive(False)
self.__button_group__.connect(self.__button_group__,
BUTTON_CLICKED_SIGNAL,
self.__button_handler__)
def __button_handler__(self, button):
if button.isChecked():
if button == self.__all_button__:
self.__setCheckedAnnotationsButtons__(False)
self.__setEnabledAnnotationsButtons__(False)
else:
self.__all_button__.setChecked(False)
self.__activateActionButton__(True)
else:
if button == self.__all_button__ or \
self.__button_group__.isAllUnchecked():
self.__activateActionButton__(False)
if button == self.__all_button__:
self.__setEnabledAnnotationsButtons__(True)
def __all_button_handler__(self):
self.__button_handler__(self.__all_button__)
def __setCheckedAnnotationsButtons__(self, _checked):
for button in self.__button_group__.buttons():
if not button == self.__all_button__:
button.setChecked(_checked)
def __setEnabledAnnotationsButtons__(self, _enabled):
for button in self.__button_group__.buttons():
if not button == self.__all_button__:
button.setEnabled(_enabled)
def __activateActionButton__(self, _activate):
self.action_button.setEnabled(_activate)
if _activate == False and hasattr(self.action_button, 'setChecked'):
self.action_button.setChecked(False)
def useFilter(self):
return self.action_button.isChecked() \
if hasattr(self.action_button, 'isChecked') else False
def getFilter(self):
return self.__filter__
def setAnnotationFilterParams(self, annotation_filter_params):
"""
set up annotation filter widget parameters
"""
if not annotation_filter_params.all_annotations:
if not annotation_filter_params.annotations == None:
self.setEnabledAnnotations(annotation_filter_params.annotations) # @IgnorePep8
self.setCheckedAnnotations(annotation_filter_params.annotations) # @IgnorePep8
self.__all_button__.setChecked(
annotation_filter_params.all_annotations)
self.__all_button__.setEnabled(True)
self.__action_button__.setChecked(annotation_filter_params.use_filter)
if annotation_filter_params.use_filter or \
annotation_filter_params.all_annotations or \
not annotation_filter_params.annotations == None:
self.__action_button__.setEnabled(True)
def getAnnotationFilterParams(self):
all_annotations = False
annotations = self.excluded_annotations
if annotations == ALL_ANNOTATIONS \
or self.__all_button__.isChecked():
all_annotations = True
annotations = None
if not annotations == None and len(annotations) == 0:
annotations = None
return AnnotationFilterParams(annotations, all_annotations,
self.useFilter())
class SeparatorWidget(object):
"""
widget used to choose a separator sign
"""
def __init__(self, parent, **params):
get_or_put(params, 'i18n_def', 'Separator')
self.params = Params(**params)
self.separatorsGroupBox = GroupBoxWidget(parent,
i18n="separator.widget.group.title",
i18n_def=nvl(self.params.i18n_def, "Separator"),
layout=QVBoxLayout())
self.predefinedSeparatorsComposite = CompositeWidget(
self.separatorsGroupBox,
layout=QHBoxLayout())
self.predefinedSeparatorsButtonsGroup = ButtonGroupWidget(
self.predefinedSeparatorsComposite)
self.predefinedSeparatorsSpecs = Separator.getSeparatorsSpec(
separator_label_handler)
for separatorSpec in self.predefinedSeparatorsSpecs:
label = separatorSpec.label
if not label == Separator.CUSTOM.label: # @UndefinedVariable
predefinedSeparatorCheckBox = CheckBoxWidget(
self.predefinedSeparatorsComposite)
#attach artificially a separatorSpec object used later in
#def setSeparator(self, _separator) method
predefinedSeparatorCheckBox.separator_spec = separatorSpec
predefinedSeparatorCheckBox.setText(label)
predefinedSeparatorCheckBox.sep_spec = separatorSpec
if self.params.default_separator and \
separatorSpec.id_ == self.params.default_separator.id_:
predefinedSeparatorCheckBox.setChecked(True)
self.predefinedSeparatorsButtonsGroup.addButton(
predefinedSeparatorCheckBox)
self.separatorsGroupBox.connect(self.predefinedSeparatorsButtonsGroup,
SIGNAL("buttonClicked(QAbstractButton *)"),
self.predefinedSeparatorButtonClicked)
if not self.params.no_custom_separator == True:
self.customSeparatorCheckBox = CheckBoxWidget(
self.predefinedSeparatorsComposite,
i18n="separator.custom.checkbox",
i18n_def="Custom")
self.customSeparatorCheckBox.sep_spec = Separator.CUSTOM
self.separatorsGroupBox.connect(self.customSeparatorCheckBox,
SIGNAL("clicked()"),
self.customSeparatorButtonClicked)
self.customSeparatorEdit = LineEditWidget(
self.predefinedSeparatorsComposite,
maxLength=15,
width=get_width_of_n_letters(14),
text_changed_handler=self.customSeparatorButtonClicked,
enabled=False)
self.setEnabled(self.params.enabled)
def getSeparatorSign(self):
sign = self.__getPredefinedSeparatorSign__()
if sign:
return sign
if not self.params.no_custom_separator == True:
return self.__getCustomSeparatorSign__()
def predefinedSeparatorButtonClicked(self, button):
if not self.params.no_custom_separator == True:
self.__customSeparatorClear__()
if self.params.separatorHandler and \
not self.predefinedSeparatorsButtonsGroup.checkedButton() == None:
self.params.separatorHandler(self.__getPredefinedSeparatorSign__())
def customSeparatorButtonClicked(self):
checked = self.customSeparatorCheckBox.isChecked()
separator = self.__getCustomSeparatorSign__()
if checked and self.params.separatorHandler and separator:
self.params.separatorHandler(separator)
self.customSeparatorEdit.setEnabled(checked)
if checked:
self.__uncheckPredefinedButtons__()
self.customSeparatorEdit.setFocus()
def __getPredefinedSeparatorSign__(self):
button = self.predefinedSeparatorsButtonsGroup.checkedButton()
if not button == None:
for (sign, _, label) in self.predefinedSeparatorsSpecs:
if button.text() == label:
return sign
def __getCustomSeparatorSign__(self):
if self.customSeparatorCheckBox.isChecked():
return str(self.customSeparatorEdit.text())
def setEnabled(self, enabled):
if not enabled == None:
self.separatorsGroupBox.setEnabled(enabled)
def setSeparator(self, _separator):
if _separator:
separatorSign = Separator.getSeparatorSign(_separator)
if separatorSign == Separator.WHITE_SPACE:
for button in self.predefinedSeparatorsButtonsGroup.buttons():
if button.separator_spec.id_ == Separator.WHITE_SPACE.id_: # @UndefinedVariable @IgnorePep8
button.setChecked(True)
return
elif separatorSign == Separator.CUSTOM:
self.customSeparatorEdit.setText(_separator)
self.__uncheckPredefinedButtons__()
elif not separatorSign == Separator.NONE:
for button in self.predefinedSeparatorsButtonsGroup.buttons():
if button.sep_spec.id_ == separatorSign.id_:
if not self.params.no_custom_separator == True:
self.__customSeparatorClear__()
button.setChecked(True)
return
def __customSeparatorClear__(self):
self.customSeparatorCheckBox.setChecked(False)
self.customSeparatorEdit.setText("")
self.customSeparatorEdit.setEnabled(False)
def __uncheckPredefinedButtons__(self):
#to uncheck button included in a button group one have to use a trick:
#change to none exclusive state behaviour of the button group, then
#uncheck checked button and reverse to previous exclusive state of
#the button group
if self.predefinedSeparatorsButtonsGroup.checkedButton():
self.predefinedSeparatorsButtonsGroup.setExclusive(False)
self.predefinedSeparatorsButtonsGroup.checkedButton().setChecked(
False)
self.predefinedSeparatorsButtonsGroup.setExclusive(True)
class CommonAnnotationFilterWidget(GroupBoxWidget):
def __init__(self, parent, **params):
get_or_put(params, 'layout', QHBoxLayout())
super(CommonAnnotationFilterWidget, self).__init__(parent, **params)
self.params = Params(**params)
self.data_accessor = self.params.data_accessor # alias
self.__filter__ = AnnotationFilter()
self.__createAnnotationButtons__()
self.createActionButton()
self.__activateActionButton__(False)
@property
def action_button(self):
pass
@property
def excluded_annotations(self):
annotations = []
for button in self.__button_group__.buttons():
if button.isChecked():
if button == self.__all_button__:
return ALL_ANNOTATIONS
annotations.append(int(button.text()))
return annotations
def setEnabledAnnotations(self, _annotations):
for button in self.__button_group__.buttons():
if button == self.__all_button__:
button.setEnabled(ALL_ANNOTATIONS == _annotations)
elif ALL_ANNOTATIONS == _annotations or \
int(button.text()) in _annotations:
button.setEnabled(True)
else:
button.setEnabled(False)
def setDisabledAnnotations(self, _annotations):
for button in self.__button_group__.buttons():
if button == self.__all_button__:
button.setEnabled(not ALL_ANNOTATIONS == _annotations)
elif ALL_ANNOTATIONS == _annotations or \
int(button.text()) in _annotations:
button.setEnabled(False)
def disableIfAllChecked(self):
for button in self.__button_group__.buttons():
if not button == self.__all_button__ and not button.isChecked():
return
self.__all_button__.setEnabled(False)
def reset(self):
self.__button_group__.setEnabled(True)
self.__button_group__.setAllChecked(False)
self.__activateActionButton__(False)
@property
def use_filter(self):
return self.__button_group__.isAnyChecked()
@property
def annotation_filter(self):
return self.__filter__
def set_title(self, empty):
if empty:
self.setTitle(
"Annotation filter [NOT ACTIVE - data already filtered]"
) # @IgnorePep8
self.setEnabled(False)
else:
self.setTitle("Annotation filter")
self.setEnabled(True)
@property
def buttons_count(self):
return len(self.__button_group__.buttons())
def setUncheckNotAnnotations(self, _annotations):
for button in self.__button_group__.buttons():
if button == self.__all_button__:
button.setChecked(False)
else:
if int(button.text()) not in _annotations:
button.setChecked(False)
def setCheckedAnnotations(self, _annotations):
"""
check all buttons in accordance with annotations
"""
for button in self.__button_group__.buttons():
if not button == self.__all_button__:
if int(button.text()) in _annotations:
button.setChecked(True)
def isAllUnchecked(self):
return self.__button_group__.isAllUnchecked()
def __createAnnotationButtons__(self):
self.__button_group__ = ButtonGroupWidget(self)
unique_annotations0 = get_unique_annotations(
self.data_accessor.annotation0)
empty = is_empty(unique_annotations0)
self.set_title(empty)
self.__all_button__ = CheckBoxWidget(
self, i18n_def='ALL', clicked_handler=self.__all_button_handler__)
self.__button_group__.addButton(self.__all_button__)
for unique_annotation in unique_annotations0:
annotationCheckBox = CheckBoxWidget(
self, i18n_def=str(unique_annotation))
self.__button_group__.addButton(annotationCheckBox)
self.__button_group__.setExclusive(False)
self.__button_group__.connect(self.__button_group__,
BUTTON_CLICKED_SIGNAL,
self.__button_handler__)
def __button_handler__(self, button):
if button.isChecked():
if button == self.__all_button__:
self.__setCheckedAnnotationsButtons__(False)
self.__setEnabledAnnotationsButtons__(False)
else:
self.__all_button__.setChecked(False)
self.__activateActionButton__(True)
else:
if button == self.__all_button__ or \
self.__button_group__.isAllUnchecked():
self.__activateActionButton__(False)
if button == self.__all_button__:
self.__setEnabledAnnotationsButtons__(True)
def __all_button_handler__(self):
self.__button_handler__(self.__all_button__)
def __setCheckedAnnotationsButtons__(self, _checked):
for button in self.__button_group__.buttons():
if not button == self.__all_button__:
button.setChecked(_checked)
def __setEnabledAnnotationsButtons__(self, _enabled):
for button in self.__button_group__.buttons():
if not button == self.__all_button__:
button.setEnabled(_enabled)
def __activateActionButton__(self, _activate):
self.action_button.setEnabled(_activate)
if _activate == False and hasattr(self.action_button, 'setChecked'):
self.action_button.setChecked(False)
def useFilter(self):
return self.action_button.isChecked() \
if hasattr(self.action_button, 'isChecked') else False
def getFilter(self):
return self.__filter__
def setAnnotationFilterParams(self, annotation_filter_params):
"""
set up annotation filter widget parameters
"""
if not annotation_filter_params.all_annotations:
if not annotation_filter_params.annotations == None:
self.setEnabledAnnotations(
annotation_filter_params.annotations) # @IgnorePep8
self.setCheckedAnnotations(
annotation_filter_params.annotations) # @IgnorePep8
self.__all_button__.setChecked(
annotation_filter_params.all_annotations)
self.__all_button__.setEnabled(True)
self.__action_button__.setChecked(annotation_filter_params.use_filter)
if annotation_filter_params.use_filter or \
annotation_filter_params.all_annotations or \
not annotation_filter_params.annotations == None:
self.__action_button__.setEnabled(True)
def getAnnotationFilterParams(self):
all_annotations = False
annotations = self.excluded_annotations
if annotations == ALL_ANNOTATIONS \
or self.__all_button__.isChecked():
all_annotations = True
annotations = None
if not annotations == None and len(annotations) == 0:
annotations = None
return AnnotationFilterParams(annotations, all_annotations,
self.useFilter())
