def createSearch(self):
self._search = ComboBox()
self._search.setWidth('160px')
self._search.setNewItemsAllowed(False)
self._search.setFilteringMode(ComboBox.FILTERINGMODE_CONTAINS)
self._search.setNullSelectionAllowed(True)
self._search.setImmediate(True)
self._search.setInputPrompt('Search samples...')
self._search.setContainerDataSource(self._app._allFeatures)
for idd in self._app._allFeatures.getItemIds():
if isinstance(idd, FeatureSet):
pass # FIXME: 'SamplerApplication' has no attribute 'getResourceAsStream'
# self._search.setItemIcon(idd,
# ClassResource('folder.gif', self._app))
self._search.addListener(SearchListener(self),
prop.IValueChangeListener)
# TODO add icons for section/sample
# PopupView pv = new PopupView("", search) { public void
# changeVariables(Object source, Map variables) {
# super.changeVariables(source, variables); if (isPopupVisible()) {
# search.focus(); } } };
pv = PopupView('<span></span>', self._search)
pv.addListener(PopupListener(self), IPopupVisibilityListener)
pv.setStyleName('quickjump')
pv.setDescription('Quick jump')
return pv
def __init__(self):
super(DateResolutionExample, self).__init__()
self.setSpacing(True)
self._datetime = InlineDateField('Please select the starting time:')
# Set the value of the PopupDateField to current date
self._datetime.setValue(datetime.today())
# Set the correct resolution
self._datetime.setResolution(InlineDateField.RESOLUTION_DAY)
self._datetime.setImmediate(True)
# Create selection
self._localeSelection = ComboBox('Select resolution:')
self._localeSelection.setNullSelectionAllowed(False)
self._localeSelection.addListener(self, IValueChangeListener)
self._localeSelection.setImmediate(True)
# Fill the selection with choices, set captions correctly
self._localeSelection.setContainerDataSource(
self.getResolutionContainer())
self._localeSelection.setItemCaptionPropertyId(
self.resolution_PROPERTY_NAME)
self._localeSelection.setItemCaptionMode(
ComboBox.ITEM_CAPTION_MODE_PROPERTY)
self.addComponent(self._datetime)
self.addComponent(self._localeSelection)
def __init__(self):
super(DateLocaleExample, self).__init__()
self.setSpacing(True)
self._datetime = InlineDateField('Please select the starting time:')
# Set the value of the PopupDateField to current date
self._datetime.setValue(datetime.today())
# Set the correct resolution
self._datetime.setResolution(InlineDateField.RESOLUTION_MIN)
self._datetime.setImmediate(True)
self._datetime.setShowISOWeekNumbers(True)
# Create selection and fill it with locales
self._localeSelection = ComboBox('Select date format:')
self._localeSelection.addListener(self, IValueChangeListener)
self._localeSelection.setImmediate(True)
self._localeSelection.setContainerDataSource(
ExampleUtil.getLocaleContainer())
self._localeSelection.setNullSelectionAllowed(False)
self.addComponent(self._datetime)
self.addComponent(self._localeSelection)
class PersonFieldFactory(DefaultFieldFactory):
def __init__(self, c):
self._c = c
super(PersonFieldFactory, self).__init__()
self.countries = ComboBox("Country")
self.countries.setWidth("100%")
self.countries.setContainerDataSource(ExampleUtil.getISO3166Container())
self.countries.setItemCaptionPropertyId(ExampleUtil.iso3166_PROPERTY_NAME)
self.countries.setItemIconPropertyId(ExampleUtil.iso3166_PROPERTY_FLAG)
self.countries.setFilteringMode(ComboBox.FILTERINGMODE_STARTSWITH)
def createField(self, item, propertyId, uiContext):
if "countryCode" == propertyId:
# filtering ComboBox w/ country names
return self.countries
elif "password" == propertyId:
# Create a password field so the password is not shown
f = self.createPasswordField(propertyId)
else:
# Use the super class to create a suitable field base
# on the property type.
f = super(PersonFieldFactory, self).createField(item, propertyId, uiContext)
if "firstName" == propertyId:
tf = f
tf.setRequired(True)
tf.setRequiredError("Please enter a First Name")
tf.setWidth(self._c._COMMON_FIELD_WIDTH)
tf.addValidator(StringLengthValidator("First Name must be 3-25 characters", 3, 25, False))
elif "lastName" == propertyId:
tf = f
tf.setRequired(True)
tf.setRequiredError("Please enter a Last Name")
tf.setWidth(self._c._COMMON_FIELD_WIDTH)
tf.addValidator(StringLengthValidator("Last Name must be 3-50 characters", 3, 50, False))
elif "password" == propertyId:
pf = f
pf.setRequired(True)
pf.setRequiredError("Please enter a password")
pf.setWidth("10em")
pf.addValidator(StringLengthValidator("Password must be 6-20 characters", 6, 20, False))
elif "shoesize" == propertyId:
tf = f
tf.setNullRepresentation("")
tf.setNullSettingAllowed(True)
tf.addValidator(IntegerValidator("Shoe size must be an Integer"))
tf.setWidth("4em")
return f
def createPasswordField(self, propertyId):
pf = PasswordField()
pf.setCaption(DefaultFieldFactory.createCaptionByPropertyId(propertyId))
return pf
class DateLocaleExample(VerticalLayout, IValueChangeListener):
def __init__(self):
super(DateLocaleExample, self).__init__()
self.setSpacing(True)
self._datetime = InlineDateField('Please select the starting time:')
# Set the value of the PopupDateField to current date
self._datetime.setValue(datetime.today())
# Set the correct resolution
self._datetime.setResolution(InlineDateField.RESOLUTION_MIN)
self._datetime.setImmediate(True)
self._datetime.setShowISOWeekNumbers(True)
# Create selection and fill it with locales
self._localeSelection = ComboBox('Select date format:')
self._localeSelection.addListener(self, IValueChangeListener)
self._localeSelection.setImmediate(True)
self._localeSelection.setContainerDataSource(
ExampleUtil.getLocaleContainer())
self._localeSelection.setNullSelectionAllowed(False)
self.addComponent(self._datetime)
self.addComponent(self._localeSelection)
def valueChange(self, event):
selected = self._localeSelection.getItem(
event.getProperty().getValue())
self._datetime.setLocale(
selected.getItemProperty(
ExampleUtil.locale_PROPERTY_LOCALE).getValue())
self._datetime.requestRepaint()
def __init__(self):
super(ComboBoxPlainExample, self).__init__()
self.setSpacing(True)
l = ComboBox('Please select a city')
for c in self._cities:
l.addItem(c)
l.setFilteringMode(IFiltering.FILTERINGMODE_OFF)
l.setImmediate(True)
l.addListener(self, IValueChangeListener)
self.addComponent(l)
def __init__(self, c):
self._c = c
super(PersonFieldFactory, self).__init__()
self.countries = ComboBox('Country')
self.countries.setWidth('100%')
self.countries.setContainerDataSource(
ExampleUtil.getISO3166Container())
self.countries.setItemCaptionPropertyId(
ExampleUtil.iso3166_PROPERTY_NAME)
self.countries.setItemIconPropertyId(ExampleUtil.iso3166_PROPERTY_FLAG)
self.countries.setFilteringMode(ComboBox.FILTERINGMODE_STARTSWITH)
def __init__(self):
super(ComboBoxNewItemsExample, self).__init__()
self._lastAdded = False
self.setSpacing(True)
self._l = ComboBox('Please select a city')
for c in self._cities:
self._l.addItem(c)
self._l.setNewItemsAllowed(True)
self._l.setNewItemHandler(self)
self._l.setImmediate(True)
self._l.addListener(self, IValueChangeListener)
self.addComponent(self._l)
def createSearch(self):
self._search = ComboBox()
self._search.setWidth('160px')
self._search.setNewItemsAllowed(False)
self._search.setFilteringMode(ComboBox.FILTERINGMODE_CONTAINS)
self._search.setNullSelectionAllowed(True)
self._search.setImmediate(True)
self._search.setInputPrompt('Search samples...')
self._search.setContainerDataSource( self._app._allFeatures )
for idd in self._app._allFeatures.getItemIds():
if isinstance(idd, FeatureSet):
pass # FIXME: 'SamplerApplication' has no attribute 'getResourceAsStream'
# self._search.setItemIcon(idd,
# ClassResource('folder.gif', self._app))
self._search.addListener(SearchListener(self),
prop.IValueChangeListener)
# TODO add icons for section/sample
# PopupView pv = new PopupView("", search) { public void
# changeVariables(Object source, Map variables) {
# super.changeVariables(source, variables); if (isPopupVisible()) {
# search.focus(); } } };
pv = PopupView('<span></span>', self._search)
pv.addListener(PopupListener(self),
IPopupVisibilityListener)
pv.setStyleName('quickjump')
pv.setDescription('Quick jump')
return pv
def __init__(self):
super(DateResolutionExample, self).__init__()
self.setSpacing(True)
self._datetime = InlineDateField('Please select the starting time:')
# Set the value of the PopupDateField to current date
self._datetime.setValue(datetime.today())
# Set the correct resolution
self._datetime.setResolution(InlineDateField.RESOLUTION_DAY)
self._datetime.setImmediate(True)
# Create selection
self._localeSelection = ComboBox('Select resolution:')
self._localeSelection.setNullSelectionAllowed(False)
self._localeSelection.addListener(self, IValueChangeListener)
self._localeSelection.setImmediate(True)
# Fill the selection with choices, set captions correctly
self._localeSelection.setContainerDataSource(
self.getResolutionContainer())
self._localeSelection.setItemCaptionPropertyId(
self.resolution_PROPERTY_NAME)
self._localeSelection.setItemCaptionMode(
ComboBox.ITEM_CAPTION_MODE_PROPERTY)
self.addComponent(self._datetime)
self.addComponent(self._localeSelection)
def create(self, parent):
""" Creates a QComboBox.
"""
self.widget = ComboBox()
self.widget.setImmediate(True)
parent.addComponent(self.widget)
def create_control ( self, parent ):
""" Creates the initial editor control.
"""
self.control = ComboBox()
self.control.setMultiSelect(False)
self.control.setNullSelectionAllowed(True)
self.control.setImmediate(True)
self.control.addListener(self, IValueChangeListener)
def __init__(self, c):
self._c = c
super(PersonFieldFactory, self).__init__()
self.countries = ComboBox("Country")
self.countries.setWidth("100%")
self.countries.setContainerDataSource(ExampleUtil.getISO3166Container())
self.countries.setItemCaptionPropertyId(ExampleUtil.iso3166_PROPERTY_NAME)
self.countries.setItemIconPropertyId(ExampleUtil.iso3166_PROPERTY_FLAG)
self.countries.setFilteringMode(ComboBox.FILTERINGMODE_STARTSWITH)
def __init__(self):
super(ComboBoxInputPromptExample, self).__init__()
self.setMargin(True, False, False, False) # for looks: more 'air'
# Create & set input prompt
l = ComboBox()
l.setInputPrompt('Please select a city')
# configure & load content
l.setImmediate(True)
l.addListener(self, IValueChangeListener)
for c in self._cities:
l.addItem(c)
# add to the layout
self.addComponent(l)
def createThemeSelect(self):
self.theme = ComboBox()
self.theme.setWidth('32px')
self.theme.setNewItemsAllowed(False)
self.theme.setFilteringMode(ComboBox.FILTERINGMODE_CONTAINS)
self.theme.setImmediate(True)
self.theme.setNullSelectionAllowed(False)
for themeName in self._app._THEMES:
idd = self._app._SAMPLER_THEME_NAME + '-' + themeName
self.theme.addItem(idd)
self.theme.setItemCaption(
idd, themeName[:1].upper() + (themeName[1:]) + ' theme')
self.theme.setItemIcon(idd, _EMPTY_THEME_ICON)
currentWindowTheme = self.getTheme()
self.theme.setValue(currentWindowTheme)
self.theme.setItemIcon(currentWindowTheme, _SELECTED_THEME_ICON)
self.theme.addListener(ThemeChangeListener(self, self._app),
prop.IValueChangeListener)
self.theme.setStyleName('theme-select')
self.theme.setDescription('Select Theme')
return self.theme
def createThemeSelect(self):
self.theme = ComboBox()
self.theme.setWidth('32px')
self.theme.setNewItemsAllowed(False)
self.theme.setFilteringMode(ComboBox.FILTERINGMODE_CONTAINS)
self.theme.setImmediate(True)
self.theme.setNullSelectionAllowed(False)
for themeName in self._app._THEMES:
idd = self._app._SAMPLER_THEME_NAME + '-' + themeName
self.theme.addItem(idd)
self.theme.setItemCaption(idd,
themeName[:1].upper() + (themeName[1:]) + ' theme')
self.theme.setItemIcon(idd, _EMPTY_THEME_ICON)
currentWindowTheme = self.getTheme()
self.theme.setValue(currentWindowTheme)
self.theme.setItemIcon(currentWindowTheme, _SELECTED_THEME_ICON)
self.theme.addListener(ThemeChangeListener(self, self._app),
prop.IValueChangeListener)
self.theme.setStyleName('theme-select')
self.theme.setDescription('Select Theme')
return self.theme
class SamplerWindow(Window):
"""The main window for Sampler, contains the full application UI."""
_TITLE = 'Muntjac Sampler'
def __init__(self, app):
super(SamplerWindow, self).__init__()
self._app = app
self._currentList = FeatureGrid(self._app)
self._featureView = FeatureView()
self._currentFeature = ObjectProperty(None, Feature)
self._mainSplit = None
self._navigationTree = None
# self._webAnalytics = GoogleAnalytics('UA-658457-6', 'none')
# "backbutton"
self._uriFragmentUtility = UriFragmentUtility()
# breadcrumbs
self._breadcrumbs = BreadCrumbs(self)
self._previousSample = None
self._nextSample = None
self._search = None
self.theme = None
# Main top/expanded-bottom layout
mainExpand = VerticalLayout()
self.setContent(mainExpand)
self.setSizeFull()
mainExpand.setSizeFull()
self.setCaption(self._TITLE)
self.setTheme(self._app._currentApplicationTheme)
# topbar (navigation)
nav = HorizontalLayout()
mainExpand.addComponent(nav)
nav.setHeight('44px')
nav.setWidth('100%')
nav.setStyleName('topbar')
nav.setSpacing(True)
nav.setMargin(False, True, False, False)
# Upper left logo
logo = self.createLogo()
nav.addComponent(logo)
nav.setComponentAlignment(logo, Alignment.MIDDLE_LEFT)
# Breadcrumbs
nav.addComponent(self._breadcrumbs)
nav.setExpandRatio(self._breadcrumbs, 1)
nav.setComponentAlignment(self._breadcrumbs, Alignment.MIDDLE_LEFT)
# invisible analytics -component
# nav.addComponent(self._webAnalytics)
# "backbutton"
nav.addComponent(self._uriFragmentUtility)
self._uriFragmentUtility.addListener(UriListener(self),
IFragmentChangedListener)
# Main left/right split; hidden menu tree
self._mainSplit = HorizontalSplitPanel()
self._mainSplit.setSizeFull()
self._mainSplit.setStyleName('main-split')
mainExpand.addComponent(self._mainSplit)
mainExpand.setExpandRatio(self._mainSplit, 1)
# Select theme
themeSelect = self.createThemeSelect()
nav.addComponent(themeSelect)
nav.setComponentAlignment(themeSelect, Alignment.MIDDLE_LEFT)
# Layouts for top area buttons
quicknav = HorizontalLayout()
arrows = HorizontalLayout()
nav.addComponent(quicknav)
nav.addComponent(arrows)
nav.setComponentAlignment(quicknav, Alignment.MIDDLE_LEFT)
nav.setComponentAlignment(arrows, Alignment.MIDDLE_LEFT)
quicknav.setStyleName('segment')
arrows.setStyleName('segment')
# Previous sample
self._previousSample = self.createPrevButton()
arrows.addComponent(self._previousSample)
# Next sample
self._nextSample = self.createNextButton()
arrows.addComponent(self._nextSample)
# "Search" combobox
searchComponent = self.createSearch()
quicknav.addComponent(searchComponent)
# Menu tree, initially shown
menuLayout = CssLayout()
allSamples = ActiveLink('All Samples', ExternalResource('#'))
menuLayout.addComponent(allSamples)
self._navigationTree = self.createMenuTree()
menuLayout.addComponent(self._navigationTree)
self._mainSplit.setFirstComponent(menuLayout)
# Show / hide tree
treeSwitch = self.createTreeSwitch()
quicknav.addComponent(treeSwitch)
self.addListener(WindowCloseListener(self, self._app),
window.ICloseListener)
self.updateFeatureList(self._currentList)
def detach(self):
super(SamplerWindow, self).detach()
self._search.setContainerDataSource(None)
self._navigationTree.setContainerDataSource(None)
def removeSubwindows(self):
wins = self.getChildWindows()
if None is not wins:
for w in wins:
self.removeWindow(w)
def setFeature(self, arg):
"""Displays a Feature(Set) or displays a Feature(Set) matching the
given path, or the main view if no matching Feature(Set) is found.
@param arg:
Either the Feature(Set) to show or the path of the
Feature(Set) to show
"""
if isinstance(arg, basestring):
path = arg
f = FeatureSet.FEATURES.getFeature(path)
self.setFeature(f)
else:
f = arg
if f == FeatureSet.FEATURES:
# "All" is no longer in the tree, use null instead
f = None
self._currentFeature.setValue(f)
fragment = f.getFragmentName() if f is not None else ''
# self._webAnalytics.trackPageview(fragment)
self._uriFragmentUtility.setFragment(fragment, False)
self._breadcrumbs.setPath( self._app.getFullPathFor(f) )
self._previousSample.setEnabled(f is not None)
self._nextSample.setEnabled(not self._app._allFeatures.isLastId(f))
self.updateFeatureList(self._currentList)
self.setCaption((f.getName() + ': ' if f is not None else '')
+ self._TITLE)
# SamplerWindow helpers
def createSearch(self):
self._search = ComboBox()
self._search.setWidth('160px')
self._search.setNewItemsAllowed(False)
self._search.setFilteringMode(ComboBox.FILTERINGMODE_CONTAINS)
self._search.setNullSelectionAllowed(True)
self._search.setImmediate(True)
self._search.setInputPrompt('Search samples...')
self._search.setContainerDataSource( self._app._allFeatures )
for idd in self._app._allFeatures.getItemIds():
if isinstance(idd, FeatureSet):
pass # FIXME: 'SamplerApplication' has no attribute 'getResourceAsStream'
# self._search.setItemIcon(idd,
# ClassResource('folder.gif', self._app))
self._search.addListener(SearchListener(self),
prop.IValueChangeListener)
# TODO add icons for section/sample
# PopupView pv = new PopupView("", search) { public void
# changeVariables(Object source, Map variables) {
# super.changeVariables(source, variables); if (isPopupVisible()) {
# search.focus(); } } };
pv = PopupView('<span></span>', self._search)
pv.addListener(PopupListener(self),
IPopupVisibilityListener)
pv.setStyleName('quickjump')
pv.setDescription('Quick jump')
return pv
def createThemeSelect(self):
self.theme = ComboBox()
self.theme.setWidth('32px')
self.theme.setNewItemsAllowed(False)
self.theme.setFilteringMode(ComboBox.FILTERINGMODE_CONTAINS)
self.theme.setImmediate(True)
self.theme.setNullSelectionAllowed(False)
for themeName in self._app._THEMES:
idd = self._app._SAMPLER_THEME_NAME + '-' + themeName
self.theme.addItem(idd)
self.theme.setItemCaption(idd,
themeName[:1].upper() + (themeName[1:]) + ' theme')
self.theme.setItemIcon(idd, _EMPTY_THEME_ICON)
currentWindowTheme = self.getTheme()
self.theme.setValue(currentWindowTheme)
self.theme.setItemIcon(currentWindowTheme, _SELECTED_THEME_ICON)
self.theme.addListener(ThemeChangeListener(self, self._app),
prop.IValueChangeListener)
self.theme.setStyleName('theme-select')
self.theme.setDescription('Select Theme')
return self.theme
def createLogo(self):
logo = NativeButton('', LogoClickListener(self))
logo.setDescription('Home')
logo.setStyleName(BaseTheme.BUTTON_LINK)
logo.addStyleName('logo')
return logo
def createNextButton(self):
b = NativeButton('', NextClickListener(self, self._app))
b.setStyleName('next')
b.setDescription('Jump to the next sample')
return b
def createPrevButton(self):
b = NativeButton('', PrevClickListener(self, self._app))
b.setEnabled(False)
b.setStyleName('previous')
b.setDescription('Jump to the previous sample')
return b
def createTreeSwitch(self):
b = NativeButton()
b.setStyleName('tree-switch')
b.addStyleName('down')
b.setDescription('Toggle sample tree visibility')
b.addListener(TreeClickListener(self),
button.IClickListener)
self._mainSplit.setSplitPosition(250, ISizeable.UNITS_PIXELS)
return b
def createMenuTree(self):
tree = Tree()
tree.setImmediate(True)
tree.setStyleName('menu')
tree.setContainerDataSource(self._app._allFeatures)
self._currentFeature.addListener(FeatureChangeListener(self, tree),
prop.IValueChangeListener)
for f in FeatureSet.FEATURES.getFeatures():
tree.expandItemsRecursively(f)
tree.expandItemsRecursively(FeatureSet.FEATURES)
tree.addListener(TreeChangeListener(self),
prop.IValueChangeListener)
tree.setItemStyleGenerator(TreeStyleGenerator())
return tree
def updateFeatureList(self, lst):
self._currentList = lst
val = self._currentFeature.getValue()
if val is None:
self._currentList.setFeatureContainer(self._app._allFeatures)
self._mainSplit.setSecondComponent(self._currentList)
elif isinstance(val, FeatureSet):
self._currentList.setFeatureContainer(val.getContainer(True))
self._mainSplit.setSecondComponent(self._currentList)
else:
self._mainSplit.setSecondComponent(self._featureView)
self._featureView.setFeature(val)
class SamplerWindow(Window):
"""The main window for Sampler, contains the full application UI."""
_TITLE = 'Muntjac Sampler'
def __init__(self, app):
super(SamplerWindow, self).__init__()
self._app = app
self._currentList = FeatureGrid(self._app)
self._featureView = FeatureView()
self._currentFeature = ObjectProperty(None, Feature)
self._mainSplit = None
self._navigationTree = None
# self._webAnalytics = GoogleAnalytics('UA-658457-6', 'none')
# "backbutton"
self._uriFragmentUtility = UriFragmentUtility()
# breadcrumbs
self._breadcrumbs = BreadCrumbs(self)
self._previousSample = None
self._nextSample = None
self._search = None
self.theme = None
# Main top/expanded-bottom layout
mainExpand = VerticalLayout()
self.setContent(mainExpand)
self.setSizeFull()
mainExpand.setSizeFull()
self.setCaption(self._TITLE)
self.setTheme(self._app._currentApplicationTheme)
# topbar (navigation)
nav = HorizontalLayout()
mainExpand.addComponent(nav)
nav.setHeight('44px')
nav.setWidth('100%')
nav.setStyleName('topbar')
nav.setSpacing(True)
nav.setMargin(False, True, False, False)
# Upper left logo
logo = self.createLogo()
nav.addComponent(logo)
nav.setComponentAlignment(logo, Alignment.MIDDLE_LEFT)
# Breadcrumbs
nav.addComponent(self._breadcrumbs)
nav.setExpandRatio(self._breadcrumbs, 1)
nav.setComponentAlignment(self._breadcrumbs, Alignment.MIDDLE_LEFT)
# invisible analytics -component
# nav.addComponent(self._webAnalytics)
# "backbutton"
nav.addComponent(self._uriFragmentUtility)
self._uriFragmentUtility.addListener(UriListener(self),
IFragmentChangedListener)
# Main left/right split; hidden menu tree
self._mainSplit = HorizontalSplitPanel()
self._mainSplit.setSizeFull()
self._mainSplit.setStyleName('main-split')
mainExpand.addComponent(self._mainSplit)
mainExpand.setExpandRatio(self._mainSplit, 1)
# Select theme
themeSelect = self.createThemeSelect()
nav.addComponent(themeSelect)
nav.setComponentAlignment(themeSelect, Alignment.MIDDLE_LEFT)
# Layouts for top area buttons
quicknav = HorizontalLayout()
arrows = HorizontalLayout()
nav.addComponent(quicknav)
nav.addComponent(arrows)
nav.setComponentAlignment(quicknav, Alignment.MIDDLE_LEFT)
nav.setComponentAlignment(arrows, Alignment.MIDDLE_LEFT)
quicknav.setStyleName('segment')
arrows.setStyleName('segment')
# Previous sample
self._previousSample = self.createPrevButton()
arrows.addComponent(self._previousSample)
# Next sample
self._nextSample = self.createNextButton()
arrows.addComponent(self._nextSample)
# "Search" combobox
searchComponent = self.createSearch()
quicknav.addComponent(searchComponent)
# Menu tree, initially shown
menuLayout = CssLayout()
allSamples = ActiveLink('All Samples', ExternalResource('#'))
menuLayout.addComponent(allSamples)
self._navigationTree = self.createMenuTree()
menuLayout.addComponent(self._navigationTree)
self._mainSplit.setFirstComponent(menuLayout)
# Show / hide tree
treeSwitch = self.createTreeSwitch()
quicknav.addComponent(treeSwitch)
self.addListener(WindowCloseListener(self, self._app),
window.ICloseListener)
self.updateFeatureList(self._currentList)
def detach(self):
super(SamplerWindow, self).detach()
self._search.setContainerDataSource(None)
self._navigationTree.setContainerDataSource(None)
def removeSubwindows(self):
wins = self.getChildWindows()
if None is not wins:
for w in wins:
self.removeWindow(w)
def setFeature(self, arg):
"""Displays a Feature(Set) or displays a Feature(Set) matching the
given path, or the main view if no matching Feature(Set) is found.
@param arg:
Either the Feature(Set) to show or the path of the
Feature(Set) to show
"""
if isinstance(arg, basestring):
path = arg
f = FeatureSet.FEATURES.getFeature(path)
self.setFeature(f)
else:
f = arg
if f == FeatureSet.FEATURES:
# "All" is no longer in the tree, use null instead
f = None
self._currentFeature.setValue(f)
fragment = f.getFragmentName() if f is not None else ''
# self._webAnalytics.trackPageview(fragment)
self._uriFragmentUtility.setFragment(fragment, False)
self._breadcrumbs.setPath(self._app.getFullPathFor(f))
self._previousSample.setEnabled(f is not None)
self._nextSample.setEnabled(not self._app._allFeatures.isLastId(f))
self.updateFeatureList(self._currentList)
self.setCaption((f.getName() + ': ' if f is not None else '') +
self._TITLE)
# SamplerWindow helpers
def createSearch(self):
self._search = ComboBox()
self._search.setWidth('160px')
self._search.setNewItemsAllowed(False)
self._search.setFilteringMode(ComboBox.FILTERINGMODE_CONTAINS)
self._search.setNullSelectionAllowed(True)
self._search.setImmediate(True)
self._search.setInputPrompt('Search samples...')
self._search.setContainerDataSource(self._app._allFeatures)
for idd in self._app._allFeatures.getItemIds():
if isinstance(idd, FeatureSet):
pass # FIXME: 'SamplerApplication' has no attribute 'getResourceAsStream'
# self._search.setItemIcon(idd,
# ClassResource('folder.gif', self._app))
self._search.addListener(SearchListener(self),
prop.IValueChangeListener)
# TODO add icons for section/sample
# PopupView pv = new PopupView("", search) { public void
# changeVariables(Object source, Map variables) {
# super.changeVariables(source, variables); if (isPopupVisible()) {
# search.focus(); } } };
pv = PopupView('<span></span>', self._search)
pv.addListener(PopupListener(self), IPopupVisibilityListener)
pv.setStyleName('quickjump')
pv.setDescription('Quick jump')
return pv
def createThemeSelect(self):
self.theme = ComboBox()
self.theme.setWidth('32px')
self.theme.setNewItemsAllowed(False)
self.theme.setFilteringMode(ComboBox.FILTERINGMODE_CONTAINS)
self.theme.setImmediate(True)
self.theme.setNullSelectionAllowed(False)
for themeName in self._app._THEMES:
idd = self._app._SAMPLER_THEME_NAME + '-' + themeName
self.theme.addItem(idd)
self.theme.setItemCaption(
idd, themeName[:1].upper() + (themeName[1:]) + ' theme')
self.theme.setItemIcon(idd, _EMPTY_THEME_ICON)
currentWindowTheme = self.getTheme()
self.theme.setValue(currentWindowTheme)
self.theme.setItemIcon(currentWindowTheme, _SELECTED_THEME_ICON)
self.theme.addListener(ThemeChangeListener(self, self._app),
prop.IValueChangeListener)
self.theme.setStyleName('theme-select')
self.theme.setDescription('Select Theme')
return self.theme
def createLogo(self):
logo = NativeButton('', LogoClickListener(self))
logo.setDescription('Home')
logo.setStyleName(BaseTheme.BUTTON_LINK)
logo.addStyleName('logo')
return logo
def createNextButton(self):
b = NativeButton('', NextClickListener(self, self._app))
b.setStyleName('next')
b.setDescription('Jump to the next sample')
return b
def createPrevButton(self):
b = NativeButton('', PrevClickListener(self, self._app))
b.setEnabled(False)
b.setStyleName('previous')
b.setDescription('Jump to the previous sample')
return b
def createTreeSwitch(self):
b = NativeButton()
b.setStyleName('tree-switch')
b.addStyleName('down')
b.setDescription('Toggle sample tree visibility')
b.addListener(TreeClickListener(self), button.IClickListener)
self._mainSplit.setSplitPosition(250, ISizeable.UNITS_PIXELS)
return b
def createMenuTree(self):
tree = Tree()
tree.setImmediate(True)
tree.setStyleName('menu')
tree.setContainerDataSource(self._app._allFeatures)
self._currentFeature.addListener(FeatureChangeListener(self, tree),
prop.IValueChangeListener)
for f in FeatureSet.FEATURES.getFeatures():
tree.expandItemsRecursively(f)
tree.expandItemsRecursively(FeatureSet.FEATURES)
tree.addListener(TreeChangeListener(self), prop.IValueChangeListener)
tree.setItemStyleGenerator(TreeStyleGenerator())
return tree
def updateFeatureList(self, lst):
self._currentList = lst
val = self._currentFeature.getValue()
if val is None:
self._currentList.setFeatureContainer(self._app._allFeatures)
self._mainSplit.setSecondComponent(self._currentList)
elif isinstance(val, FeatureSet):
self._currentList.setFeatureContainer(val.getContainer(True))
self._mainSplit.setSecondComponent(self._currentList)
else:
self._mainSplit.setSecondComponent(self._featureView)
self._featureView.setFeature(val)
class ComboBoxNewItemsExample(VerticalLayout, IValueChangeListener,
abstract_select.INewItemHandler):
_cities = ['Berlin', 'Brussels', 'Helsinki', 'Madrid', 'Oslo',
'Paris', 'Stockholm']
def __init__(self):
super(ComboBoxNewItemsExample, self).__init__()
self._lastAdded = False
self.setSpacing(True)
self._l = ComboBox('Please select a city')
for c in self._cities:
self._l.addItem(c)
self._l.setNewItemsAllowed(True)
self._l.setNewItemHandler(self)
self._l.setImmediate(True)
self._l.addListener(self, IValueChangeListener)
self.addComponent(self._l)
# Shows a notification when a selection is made.
def valueChange(self, event):
if not self._lastAdded:
self.getWindow().showNotification('Selected city: '
+ str(event.getProperty()))
self._lastAdded = False
def addNewItem(self, newItemCaption):
if not self._l.containsId(newItemCaption):
self.getWindow().showNotification('Added city: '
+ newItemCaption)
self._lastAdded = True
self._l.addItem(newItemCaption)
self._l.setValue(newItemCaption)
class SimpleEditor ( EditorWithList, IValueChangeListener ):
""" Simple style of editor for checklists, which displays a combo box.
"""
#---------------------------------------------------------------------------
# Trait definitions:
#---------------------------------------------------------------------------
# Checklist item names
names = List( Unicode )
# Checklist item values
values = List
#---------------------------------------------------------------------------
# Finishes initializing the editor by creating the underlying toolkit
# widget:
#---------------------------------------------------------------------------
def init ( self, parent ):
""" Finishes initializing the editor by creating the underlying toolkit
widget.
"""
self.create_control( parent )
super( SimpleEditor, self ).init( parent )
self.set_tooltip()
#---------------------------------------------------------------------------
# Creates the initial editor control:
#---------------------------------------------------------------------------
def create_control ( self, parent ):
""" Creates the initial editor control.
"""
self.control = ComboBox()
self.control.setMultiSelect(False)
self.control.setNullSelectionAllowed(True)
self.control.setImmediate(True)
self.control.addListener(self, IValueChangeListener)
#---------------------------------------------------------------------------
# Handles the list of legal check list values being updated:
#---------------------------------------------------------------------------
def list_updated ( self, values ):
""" Handles updates to the list of legal checklist values.
"""
sv = self.string_value
if (len( values ) > 0) and isinstance( values[0], basestring ):
values = [ ( x, sv( x, capitalize ) ) for x in values ]
self.values = valid_values = [ x[0] for x in values ]
self.names = [ x[1] for x in values ]
# Make sure the current value is still legal:
modified = False
cur_value = parse_value( self.value )
for i in range( len( cur_value ) - 1, -1, -1 ):
if cur_value[i] not in valid_values:
try:
del cur_value[i]
modified = True
except TypeError:
logger.warn('Unable to remove non-current value [%s] from '
'values %s', cur_value[i], values)
if modified:
if isinstance( self.value, basestring ):
cur_value = ','.join( cur_value )
self.value = cur_value
self.rebuild_editor()
#---------------------------------------------------------------------------
# Rebuilds the editor after its definition is modified:
#---------------------------------------------------------------------------
def rebuild_editor ( self ):
""" Rebuilds the editor after its definition is modified.
"""
control = self.control
c = IndexedContainer()
for name in self.names:
c.addItem(name)
control.setContainerDataSource(c)
self.update_editor()
#---------------------------------------------------------------------------
# Handles the user selecting a new value from the combo box:
#---------------------------------------------------------------------------
def valueChange(self, event):
v = str(event.getProperty())
self.update_object(v)
def update_object ( self, text ):
""" Handles the user selecting a new value from the combo box.
"""
if unicode(text) in self.names:
value = self.values[self.names.index(unicode(text))]
if not isinstance(self.value, basestring):
value = [value]
elif not isinstance(self.value, basestring):
value = []
else:
value = ''
self.value = value
#---------------------------------------------------------------------------
# Updates the editor when the object trait changes external to the editor:
#---------------------------------------------------------------------------
def update_editor ( self ):
""" Updates the editor when the object trait changes externally to the
editor.
"""
try:
self.control.select( parse_value(self.value)[0] )
except:
pass
def __init__(self):
super(ComboBoxStartsWithExample, self).__init__()
self.setSpacing(True)
# Creates a new combobox using an existing container
l = ComboBox('Please select your country',
ExampleUtil.getISO3166Container())
# Sets the combobox to show a certain property as the item caption
l.setItemCaptionPropertyId(ExampleUtil.iso3166_PROPERTY_NAME)
l.setItemCaptionMode(AbstractSelect.ITEM_CAPTION_MODE_PROPERTY)
# Sets the icon to use with the items
l.setItemIconPropertyId(ExampleUtil.iso3166_PROPERTY_FLAG)
# Set a reasonable width
l.setWidth(350, self.UNITS_PIXELS)
# Set the appropriate filtering mode for this example
l.setFilteringMode(IFiltering.FILTERINGMODE_STARTSWITH)
l.setImmediate(True)
l.addListener(self, IValueChangeListener)
# Disallow null selections
l.setNullSelectionAllowed(False)
self.addComponent(l)
class PersonFieldFactory(DefaultFieldFactory):
def __init__(self, c):
self._c = c
super(PersonFieldFactory, self).__init__()
self.countries = ComboBox('Country')
self.countries.setWidth(self._c._COMMON_FIELD_WIDTH)
self.countries.setContainerDataSource(
ExampleUtil.getISO3166Container())
self.countries.setItemCaptionPropertyId(
ExampleUtil.iso3166_PROPERTY_NAME)
self.countries.setItemIconPropertyId(
ExampleUtil.iso3166_PROPERTY_FLAG)
self.countries.setFilteringMode(ComboBox.FILTERINGMODE_STARTSWITH)
def createField(self, item, propertyId, uiContext):
if 'countryCode' == propertyId:
# filtering ComboBox w/ country names
return self.countries
elif 'password' == propertyId:
# Create a password field so the password is not shown
f = self.createPasswordField(propertyId)
else:
# Use the super class to create a suitable field base on the
# property type.
f = super(PersonFieldFactory, self).createField(item,
propertyId, uiContext)
if 'firstName' == propertyId:
tf = f
tf.setRequired(True)
tf.setRequiredError('Please enter a First Name')
tf.setWidth(self._c._COMMON_FIELD_WIDTH)
tf.addValidator(StringLengthValidator(
'First Name must be 3-25 characters', 3, 25, False))
elif 'lastName' == propertyId:
tf = f
tf.setRequired(True)
tf.setRequiredError('Please enter a Last Name')
tf.setWidth(self._c._COMMON_FIELD_WIDTH)
tf.addValidator(StringLengthValidator(
'Last Name must be 3-50 characters', 3, 50, False))
elif 'password' == propertyId:
pf = f
pf.setRequired(True)
pf.setRequiredError('Please enter a password')
pf.setWidth('10em')
pf.addValidator(StringLengthValidator(
'Password must be 6-20 characters', 6, 20, False))
elif 'shoesize' == propertyId:
tf = f
tf.setNullRepresentation('')
tf.setNullSettingAllowed(True)
tf.addValidator(IntegerValidator('Shoe size must be an Integer'))
tf.setWidth('2em')
elif 'uuid' == propertyId:
tf = f
tf.setWidth('20em')
return f
def createPasswordField(self, propertyId):
pf = PasswordField()
pf.setCaption(DefaultFieldFactory.createCaptionByPropertyId(propertyId))
return pf
class DateResolutionExample(VerticalLayout, IValueChangeListener):
resolution_PROPERTY_NAME = 'name'
# Resolution fields from DateField
_resolutions = [
InlineDateField.RESOLUTION_YEAR,
InlineDateField.RESOLUTION_MONTH,
InlineDateField.RESOLUTION_DAY,
InlineDateField.RESOLUTION_HOUR,
InlineDateField.RESOLUTION_MIN,
InlineDateField.RESOLUTION_SEC,
InlineDateField.RESOLUTION_MSEC
]
_resolutionNames = [
'Year', 'Month', 'Day', 'Hour', 'Minute', 'Second', 'Millisecond'
]
def __init__(self):
super(DateResolutionExample, self).__init__()
self.setSpacing(True)
self._datetime = InlineDateField('Please select the starting time:')
# Set the value of the PopupDateField to current date
self._datetime.setValue(datetime.today())
# Set the correct resolution
self._datetime.setResolution(InlineDateField.RESOLUTION_DAY)
self._datetime.setImmediate(True)
# Create selection
self._localeSelection = ComboBox('Select resolution:')
self._localeSelection.setNullSelectionAllowed(False)
self._localeSelection.addListener(self, IValueChangeListener)
self._localeSelection.setImmediate(True)
# Fill the selection with choices, set captions correctly
self._localeSelection.setContainerDataSource(
self.getResolutionContainer())
self._localeSelection.setItemCaptionPropertyId(
self.resolution_PROPERTY_NAME)
self._localeSelection.setItemCaptionMode(
ComboBox.ITEM_CAPTION_MODE_PROPERTY)
self.addComponent(self._datetime)
self.addComponent(self._localeSelection)
def valueChange(self, event):
self._datetime.setResolution(event.getProperty().getValue())
self._datetime.requestRepaint()
def getResolutionContainer(self):
resolutionContainer = IndexedContainer()
resolutionContainer.addContainerProperty(
self.resolution_PROPERTY_NAME, str, None)
for i, res in enumerate(self._resolutions):
added = resolutionContainer.addItem(res)
added.getItemProperty(
self.resolution_PROPERTY_NAME).setValue(
self._resolutionNames[i])
return resolutionContainer
def init(self):
# We'll build the whole UI here, since the application will not
# contain any logic. Otherwise it would be more practical to
# separate parts of the UI into different classes and methods.
# Main (browser) window, needed in all Muntjac applications
rootLayout = VerticalLayout()
root = Window('MuntjacTunes', rootLayout)
# We'll attach the window to the browser view already here, so
# we won't forget it later.
self.setMainWindow(root)
root.showNotification(('This is an example of how you can do layouts '
'in Muntjac.<br/>It is not a working sound player.'),
Notification.TYPE_HUMANIZED_MESSAGE)
# Our root window contains one VerticalLayout, let's make
# sure it's 100% sized, and remove unwanted margins
rootLayout.setSizeFull()
rootLayout.setMargin(False)
# Top area, containing playback and volume controls, play status,
# view modes and search
top = HorizontalLayout()
top.setWidth('100%')
top.setMargin(False, True, False, True) # Enable horizontal margins
top.setSpacing(True)
# Let's attach that one straight away too
root.addComponent(top)
# Create the placeholders for all the components in the top area
playback = HorizontalLayout()
volume = HorizontalLayout()
status = HorizontalLayout()
viewmodes = HorizontalLayout()
search = ComboBox()
# Add the components and align them properly
top.addComponent(playback)
top.addComponent(volume)
top.addComponent(status)
top.addComponent(viewmodes)
top.addComponent(search)
top.setComponentAlignment(playback, Alignment.MIDDLE_LEFT)
top.setComponentAlignment(volume, Alignment.MIDDLE_LEFT)
top.setComponentAlignment(status, Alignment.MIDDLE_CENTER)
top.setComponentAlignment(viewmodes, Alignment.MIDDLE_LEFT)
top.setComponentAlignment(search, Alignment.MIDDLE_LEFT)
# We want our status area to expand if the user resizes the root
# window, and we want it to accommodate as much space as there is
# available. All other components in the top layout should stay fixed
# sized, so we don't need to specify any expand ratios for them (they
# will automatically revert to zero after the following line).
top.setExpandRatio(status, 1.0)
# Playback controls
prev = NativeButton('Previous')
play = NativeButton('Play/pause')
nextt = NativeButton('Next')
playback.addComponent(prev)
playback.addComponent(play)
playback.addComponent(nextt)
# Set spacing between the buttons
playback.setSpacing(True)
# Volume controls
mute = NativeButton('mute')
vol = Slider()
vol.setOrientation(Slider.ORIENTATION_HORIZONTAL)
vol.setWidth('100px')
maxx = NativeButton('max')
volume.addComponent(mute)
volume.addComponent(vol)
volume.addComponent(maxx)
# Status area
status.setWidth('80%')
status.setSpacing(True)
toggleVisualization = NativeButton('Mode')
timeFromStart = Label('0:00')
# We'll need another layout to show currently playing track and
# progress
trackDetails = VerticalLayout()
trackDetails.setWidth('100%')
track = Label('Track Name')
album = Label('Album Name - Artist')
track.setWidth(None)
album.setWidth(None)
progress = Slider()
progress.setOrientation(Slider.ORIENTATION_HORIZONTAL)
progress.setWidth('100%')
trackDetails.addComponent(track)
trackDetails.addComponent(album)
trackDetails.addComponent(progress)
trackDetails.setComponentAlignment(track, Alignment.TOP_CENTER)
trackDetails.setComponentAlignment(album, Alignment.TOP_CENTER)
timeToEnd = Label('-4:46')
jumpToTrack = NativeButton('Show')
# Place all components to the status layout and align them properly
status.addComponent(toggleVisualization)
status.setComponentAlignment(toggleVisualization,
Alignment.MIDDLE_LEFT)
status.addComponent(timeFromStart)
status.setComponentAlignment(timeFromStart, Alignment.BOTTOM_LEFT)
status.addComponent(trackDetails)
status.addComponent(timeToEnd)
status.setComponentAlignment(timeToEnd, Alignment.BOTTOM_LEFT)
status.addComponent(jumpToTrack)
status.setComponentAlignment(jumpToTrack, Alignment.MIDDLE_LEFT)
# Then remember to specify the expand ratio
status.setExpandRatio(trackDetails, 1.0)
# View mode buttons
viewAsTable = NativeButton('Table')
viewAsGrid = NativeButton('Grid')
coverflow = NativeButton('Coverflow')
viewmodes.addComponent(viewAsTable)
viewmodes.addComponent(viewAsGrid)
viewmodes.addComponent(coverflow)
# That covers the top bar. Now let's move on to the sidebar
# and track listing
# We'll need one splitpanel to separate the sidebar and track listing
bottom = HorizontalSplitPanel()
root.addComponent(bottom)
# The splitpanel is by default 100% x 100%, but we'll need to
# adjust our main window layout to accommodate the height
root.getContent().setExpandRatio(bottom, 1.0)
# Give the sidebar less space than the listing
bottom.setSplitPosition(200, ISizeable.UNITS_PIXELS)
# Let's add some content to the sidebar
# First, we need a layout to but all components in
sidebar = VerticalLayout()
sidebar.setSizeFull()
bottom.setFirstComponent(sidebar)
# Then we need some labels and buttons, and an album cover image The
# labels and buttons go into their own vertical layout, since we want
# the 'sidebar' layout to be expanding (cover image in the bottom).
# VerticalLayout is by default 100% wide.
selections = VerticalLayout()
library = Label('Library')
music = NativeButton('Music')
music.setWidth('100%')
store = Label('Store')
muntjacTunesStore = NativeButton('MuntjacTunes Store')
muntjacTunesStore.setWidth('100%')
purchased = NativeButton('Purchased')
purchased.setWidth('100%')
playlists = Label('Playlists')
genius = NativeButton('Geniues')
genius.setWidth('100%')
recent = NativeButton('Recently Added')
recent.setWidth('100%')
# Lets add them to the 'selections' layout
selections.addComponent(library)
selections.addComponent(music)
selections.addComponent(store)
selections.addComponent(muntjacTunesStore)
selections.addComponent(purchased)
selections.addComponent(playlists)
selections.addComponent(genius)
selections.addComponent(recent)
# Then add the selections to the sidebar, and set it expanding
sidebar.addComponent(selections)
sidebar.setExpandRatio(selections, 1.0)
# Then comes the cover artwork (we'll add the actual image in the
# themeing section)
cover = Embedded('Currently Playing')
sidebar.addComponent(cover)
# And lastly, we need the track listing table It should fill the whole
# left side of our bottom layout
listing = Table()
listing.setSizeFull()
listing.setSelectable(True)
bottom.setSecondComponent(listing)
# Add the table headers
listing.addContainerProperty('Name', str, '')
listing.addContainerProperty('Time', str, '0:00')
listing.addContainerProperty('Artist', str, '')
listing.addContainerProperty('Album', str, '')
listing.addContainerProperty('Genre', str, '')
listing.addContainerProperty('Rating', NativeSelect, NativeSelect())
# Lets populate the table with random data
tracks = ['Red Flag', 'Millstone', 'Not The Sun', 'Breath',
'Here We Are', 'Deep Heaven', 'Her Voice Resides',
'Natural Tan', 'End It All', 'Kings', 'Daylight Slaving',
'Mad Man', 'Resolve', 'Teargas', 'African Air', 'Passing Bird']
times = ['4:12', '6:03', '5:43', '4:32', '3:42', '4:45', '2:56',
'9:34', '2:10', '3:44', '5:49', '6:30', '5:18', '7:42',
'3:13', '2:52']
artists = ['Billy Talent', 'Brand New', 'Breaking Benjamin',
'Becoming The Archetype', 'Bullet For My Valentine',
'Chasing Victory', 'Chimaira', 'Danko Jones', 'Deadlock',
'Deftones', 'From Autumn To Ashes', 'Haste The Day',
'Four Year Strong', 'In Flames', 'Kemopetrol', 'John Legend']
albums = ['Once Again', 'The Caitiff Choir', 'The Devil And God',
'Light Grenades', 'Dicthonomy', 'Back In Black', 'Dreamer',
'Come Clarity', 'Year Zero', 'Frames', 'Fortress', 'Phobia',
'The Poison', 'Manifesto', 'White Pony', 'The Big Dirty']
genres = ['Rock', 'Metal', 'Hardcore', 'Indie', 'Pop', 'Alternative',
'Blues', 'Jazz', 'Hip Hop', 'Electronica', 'Punk', 'Hard Rock',
'Dance', 'R\'n\'B', 'Gospel', 'Country']
for i in range(100):
s = NativeSelect()
s.addItem('1 star')
s.addItem('2 stars')
s.addItem('3 stars')
s.addItem('4 stars')
s.addItem('5 stars')
s.select('%d stars' % (i % 5))
index = i % 16
listing.addItem([tracks[index], times[index],
artists[index], albums[index], genres[index], s], i)
# We'll align the track time column to right as well
listing.setColumnAlignment('Time', Table.ALIGN_RIGHT)
# TODO: the footer
# Now what's left to do? Themeing of course.
self.setTheme('vaadintunes')
# Let's give a namespace to our application window. This way, if
# someone uses the same theme for different applications, we don't
# get unwanted style conflicts.
root.setStyleName('tTunes')
top.setStyleName('top')
top.setHeight('75px') # Same as the background image height
playback.setStyleName('playback')
playback.setMargin(False, True, False, False) # Add right-side margin
play.setStyleName('play')
nextt.setStyleName('next')
prev.setStyleName('prev')
playback.setComponentAlignment(prev, Alignment.MIDDLE_LEFT)
playback.setComponentAlignment(nextt, Alignment.MIDDLE_LEFT)
volume.setStyleName('volume')
mute.setStyleName('mute')
maxx.setStyleName('max')
vol.setWidth('78px')
status.setStyleName('status')
status.setMargin(True)
status.setHeight('46px') # Height of the background image
toggleVisualization.setStyleName('toggle-vis')
jumpToTrack.setStyleName('jump')
viewAsTable.setStyleName('viewmode-table')
viewAsGrid.setStyleName('viewmode-grid')
coverflow.setStyleName('viewmode-coverflow')
sidebar.setStyleName('sidebar')
music.setStyleName('selected')
cover.setSource(ThemeResource('images/album-cover.jpg'))
# Because this is an image, it will retain it's aspect ratio
cover.setWidth('100%')
class DateResolutionExample(VerticalLayout, IValueChangeListener):
resolution_PROPERTY_NAME = 'name'
# Resolution fields from DateField
_resolutions = [
InlineDateField.RESOLUTION_YEAR, InlineDateField.RESOLUTION_MONTH,
InlineDateField.RESOLUTION_DAY, InlineDateField.RESOLUTION_HOUR,
InlineDateField.RESOLUTION_MIN, InlineDateField.RESOLUTION_SEC,
InlineDateField.RESOLUTION_MSEC
]
_resolutionNames = [
'Year', 'Month', 'Day', 'Hour', 'Minute', 'Second', 'Millisecond'
]
def __init__(self):
super(DateResolutionExample, self).__init__()
self.setSpacing(True)
self._datetime = InlineDateField('Please select the starting time:')
# Set the value of the PopupDateField to current date
self._datetime.setValue(datetime.today())
# Set the correct resolution
self._datetime.setResolution(InlineDateField.RESOLUTION_DAY)
self._datetime.setImmediate(True)
# Create selection
self._localeSelection = ComboBox('Select resolution:')
self._localeSelection.setNullSelectionAllowed(False)
self._localeSelection.addListener(self, IValueChangeListener)
self._localeSelection.setImmediate(True)
# Fill the selection with choices, set captions correctly
self._localeSelection.setContainerDataSource(
self.getResolutionContainer())
self._localeSelection.setItemCaptionPropertyId(
self.resolution_PROPERTY_NAME)
self._localeSelection.setItemCaptionMode(
ComboBox.ITEM_CAPTION_MODE_PROPERTY)
self.addComponent(self._datetime)
self.addComponent(self._localeSelection)
def valueChange(self, event):
self._datetime.setResolution(event.getProperty().getValue())
self._datetime.requestRepaint()
def getResolutionContainer(self):
resolutionContainer = IndexedContainer()
resolutionContainer.addContainerProperty(self.resolution_PROPERTY_NAME,
str, None)
for i, res in enumerate(self._resolutions):
added = resolutionContainer.addItem(res)
added.getItemProperty(self.resolution_PROPERTY_NAME).setValue(
self._resolutionNames[i])
return resolutionContainer
class CustomEditor ( Editor ):
""" Custom style of editor for instances. If selection among instances is
allowed, the editor displays a combo box listing instances that can be
selected. If the current instance is editable, the editor displays a panel
containing trait editors for all the instance's traits.
"""
# Background color when an item can be dropped on the editor:
ok_color = DropColor
# The orientation of the instance editor relative to the instance selector:
orientation = 'vertical'
# Class constant:
extra = 0
#---------------------------------------------------------------------------
# Trait definitions:
#---------------------------------------------------------------------------
# List of InstanceChoiceItem objects used by the editor
items = Property
# The view to use for displaying the instance
view = AView
#---------------------------------------------------------------------------
# Finishes initializing the editor by creating the underlying toolkit
# widget:
#---------------------------------------------------------------------------
def init ( self, parent ):
""" Finishes initializing the editor by creating the underlying toolkit
widget.
"""
factory = self.factory
if factory.name != '':
self._object, self._name, self._value = \
self.parse_extended_name( factory.name )
# Create a panel to hold the object trait's view:
if factory.editable:
self.control = self._panel = parent = Panel()
# Build the instance selector if needed:
selectable = factory.selectable
droppable = factory.droppable
items = self.items
for item in items:
droppable |= item.is_droppable()
selectable |= item.is_selectable()
if selectable:
self._object_cache = {}
item = self.item_for( self.value )
if item is not None:
self._object_cache[ id( item ) ] = self.value
self._choice = ComboBox()
self._choice.addCallback(self.update_object, ValueChangeEvent)
self.set_tooltip( self._choice )
if factory.name != '':
self._object.on_trait_change( self.rebuild_items,
self._name, dispatch = 'ui' )
self._object.on_trait_change( self.rebuild_items,
self._name + '_items', dispatch = 'ui' )
factory.on_trait_change( self.rebuild_items, 'values',
dispatch = 'ui' )
factory.on_trait_change( self.rebuild_items, 'values_items',
dispatch = 'ui' )
self.rebuild_items()
elif droppable:
self._choice = TextField()
self._choice.setReadOnly(True)
self.set_tooltip( self._choice )
if droppable:
raise NotImplementedError
# self._choice.SetDropTarget( PythonDropTarget( self ) )
orientation = factory.orientation
if orientation == 'default':
orientation = self.orientation
if (selectable or droppable) and factory.editable:
if orientation == 'vertical':
layout = VerticalLayout()
else:
layout = HorizontalLayout()
layout.setSizeUndefined()
parent.addComponent(layout)
# layout.setParent(parent)
layout.setMargin(False)
layout.addComponent(self._choice)
if orientation == 'vertical':
hline = Label('<hr />', Label.CONTENT_XHTML)
layout.addComponent(hline) # FIXME: explicit parent size
self.create_editor(parent, layout)
elif self.control is None:
if self._choice is None:
self._choice = ComboBox()
self._choice.addCallback(self.update_object, ValueChangeEvent)
self.control = self._choice
else:
if orientation == 'vertical':
layout = VerticalLayout()
else:
layout = HorizontalLayout()
parent.addComponent(layout)
layout.setMargin(False)
layout.setSizeUndefined()
self.create_editor(parent, layout)
# Synchronize the 'view' to use:
# fixme: A normal assignment can cause a crash (for unknown reasons) in
# some cases, so we make sure that no notifications are generated:
self.trait_setq( view = factory.view )
self.sync_value( factory.view_name, 'view', 'from' )
#---------------------------------------------------------------------------
# Creates the editor control:
#---------------------------------------------------------------------------
def create_editor(self, parent, layout):
""" Creates the editor control.
"""
self._panel = Panel()
layout.addComponent(self._panel)
#---------------------------------------------------------------------------
# Gets the current list of InstanceChoiceItem items:
#---------------------------------------------------------------------------
def _get_items ( self ):
""" Gets the current list of InstanceChoiceItem items.
"""
if self._items is not None:
return self._items
factory = self.factory
if self._value is not None:
values = self._value() + factory.values
else:
values = factory.values
items = []
adapter = factory.adapter
for value in values:
if not isinstance( value, InstanceChoiceItem ):
value = adapter( object = value )
items.append( value )
self._items = items
return items
#---------------------------------------------------------------------------
# Rebuilds the object selector list:
#---------------------------------------------------------------------------
def rebuild_items ( self ):
""" Rebuilds the object selector list.
"""
# Clear the current cached values:
self._items = None
# Rebuild the contents of the selector list:
name = -1
value = self.value
choice = self._choice
choice.removeAllItems()
for i, item in enumerate(self.items):
if item.is_selectable():
choice.addItem( str(item.get_name()) )
if item.is_compatible( value ):
name = i
# Reselect the current item if possible:
if name >= 0:
ids = choice.getContainerPropertyIds()
choice.select( ids[name] )
else:
# Otherwise, current value is no longer valid, try to discard it:
try:
self.value = None
except:
pass
#---------------------------------------------------------------------------
# Returns the InstanceChoiceItem for a specified object:
#---------------------------------------------------------------------------
def item_for ( self, object ):
""" Returns the InstanceChoiceItem for a specified object.
"""
for item in self.items:
if item.is_compatible( object ):
return item
return None
#---------------------------------------------------------------------------
# Returns the view to use for a specified object:
#---------------------------------------------------------------------------
def view_for ( self, object, item ):
""" Returns the view to use for a specified object.
"""
view = ''
if item is not None:
view = item.get_view()
if view == '':
view = self.view
return self.ui.handler.trait_view_for( self.ui.info, view, object,
self.object_name, self.name )
#---------------------------------------------------------------------------
# Handles the user selecting a new value from the combo box:
#---------------------------------------------------------------------------
def update_object(self, event):
""" Handles the user selecting a new value from the combo box.
"""
text = event.getProperty().getValue()
name = unicode(text)
for item in self.items:
if name == item.get_name():
id_item = id( item )
object = self._object_cache.get( id_item )
if object is None:
object = item.get_object()
if (not self.factory.editable) and item.is_factory:
view = self.view_for( object, self.item_for( object ) )
view.ui( object, self.control, 'modal' )
if self.factory.cachable:
self._object_cache[ id_item ] = object
self.value = object
self.resynch_editor()
break
#---------------------------------------------------------------------------
# Updates the editor when the object trait changes external to the editor:
#---------------------------------------------------------------------------
def update_editor ( self ):
""" Updates the editor when the object trait changes externally to the
editor.
"""
# Synchronize the editor contents:
self.resynch_editor()
# Update the selector (if any):
choice = self._choice
item = self.item_for( self.value )
if (choice is not None) and (item is not None):
name = item.get_name( self.value )
if self._object_cache is not None:
idx = choice.findText(name)
if idx < 0:
idx = choice.count()
choice.addItem( str(name) )
ids = choice.getContainerPropertyIds()
choice.setCurrentIndex( ids[idx] )
else:
choice.setValue(name)
#---------------------------------------------------------------------------
# Resynchronizes the contents of the editor when the object trait changes
# external to the editor:
#---------------------------------------------------------------------------
def resynch_editor ( self ):
""" Resynchronizes the contents of the editor when the object trait
changes externally to the editor.
"""
panel = self._panel
if panel is not None:
# Dispose of the previous contents of the panel:
layout = panel.getParent()
if layout is None:
layout = VerticalLayout()
panel.addComponent(layout)
# layout.setParent(panel)
layout.setMargin(False)
elif self._ui is not None:
self._ui.dispose()
self._ui = None
else:
layout.removeAllComponents()
# Create the new content for the panel:
stretch = 0
value = self.value
if not isinstance( value, HasTraits ):
str_value = ''
if value is not None:
str_value = self.str_value
control = Label()
control.setValue(str_value)
else:
view = self.view_for( value, self.item_for( value ) )
context = value.trait_context()
handler = None
if isinstance( value, Handler ):
handler = value
context.setdefault( 'context', self.object )
context.setdefault( 'context_handler', self.ui.handler )
self._ui = ui = view.ui( context, panel, 'subpanel',
value.trait_view_elements(), handler,
self.factory.id )
control = ui.control
self.scrollable = ui._scrollable
ui.parent = self.ui
if view.resizable or view.scrollable or ui._scrollable:
stretch = 1
# FIXME: Handle stretch.
layout.addComponent(control)
#---------------------------------------------------------------------------
# Disposes of the contents of an editor:
#---------------------------------------------------------------------------
def dispose ( self ):
""" Disposes of the contents of an editor.
"""
# Make sure we aren't hanging on to any object refs:
self._object_cache = None
if self._ui is not None:
self._ui.dispose()
if self._choice is not None:
if self._object is not None:
self._object.on_trait_change( self.rebuild_items,
self._name, remove = True )
self._object.on_trait_change( self.rebuild_items,
self._name + '_items', remove = True )
self.factory.on_trait_change( self.rebuild_items, 'values',
remove = True )
self.factory.on_trait_change( self.rebuild_items,
'values_items', remove = True )
super( CustomEditor, self ).dispose()
#---------------------------------------------------------------------------
# Handles an error that occurs while setting the object's trait value:
#---------------------------------------------------------------------------
def error ( self, excp ):
""" Handles an error that occurs while setting the object's trait value.
"""
pass
#---------------------------------------------------------------------------
# Returns the editor's control for indicating error status:
#---------------------------------------------------------------------------
def get_error_control ( self ):
""" Returns the editor's control for indicating error status.
"""
return (self._choice or self.control)
#-- UI preference save/restore interface -----------------------------------
#---------------------------------------------------------------------------
# Restores any saved user preference information associated with the
# editor:
#---------------------------------------------------------------------------
def restore_prefs ( self, prefs ):
""" Restores any saved user preference information associated with the
editor.
"""
ui = self._ui
if (ui is not None) and (prefs.get( 'id' ) == ui.id):
ui.set_prefs( prefs.get( 'prefs' ) )
#---------------------------------------------------------------------------
# Returns any user preference information associated with the editor:
#---------------------------------------------------------------------------
def save_prefs ( self ):
""" Returns any user preference information associated with the editor.
"""
ui = self._ui
if (ui is not None) and (ui.id != ''):
return { 'id': ui.id,
'prefs': ui.get_prefs() }
return None
#-- Traits event handlers --------------------------------------------------
def _view_changed ( self, view ):
self.resynch_editor()
class MuntjacComboBox(MuntjacControl, AbstractTkComboBox):
""" A Muntjac implementation of ComboBox.
Use a combo box to select a single item from a collection of items.
"""
#--------------------------------------------------------------------------
# Setup methods
#--------------------------------------------------------------------------
def create(self, parent):
""" Creates a QComboBox.
"""
self.widget = ComboBox()
self.widget.setImmediate(True)
parent.addComponent(self.widget)
def initialize(self):
""" Intializes the widget with the attributes of this instance.
"""
super(MuntjacComboBox, self).initialize()
shell = self.shell_obj
self.set_items(shell.labels)
self.set_selection(shell.index)
def bind(self):
""" Connects the event handlers for the combo box.
"""
super(MuntjacComboBox, self).bind()
self.widget.currentIndexChanged.connect(self.on_selected)
#--------------------------------------------------------------------------
# Implementation
#--------------------------------------------------------------------------
def shell_index_changed(self, index):
""" The change handler for the 'index' attribute on the shell
object.
"""
self.set_selection(index)
def shell_labels_changed(self, labels):
""" The change handler for the 'labels' attribute on the shell
object.
"""
self.set_items(labels)
def on_selected(self):
""" The event handler for a combo box selection event.
"""
if not guard.guarded(self, 'updating'):
shell = self.shell_obj
curr_index = self._selected_index()
shell.index = curr_index
# Only fire the selected event if we have a valid selection
if curr_index != -1:
shell.selected = shell.value
def set_items(self, str_items):
""" Sets the items in the combo box.
"""
# We need to avoid a feedback loop when updating the items in
# the combo box. Qt will emit index changed signals when the
# items are updated. But, the shell object has already computed
# the proper index for the new items, so we use that to update
# the index of the control after updating the items. The flag
# is read by the on_selected handler to ignore updates during
# this process.
with guard(self, 'updating'):
widget = self.widget
widget.removeAllItems()
for item in str_items:
widget.addItem(item)
ids = widget.getItemIds()
widget.select(ids[self.shell_obj.index])
def set_selection(self, index):
""" Sets the value in the combo box, or resets the combo box
if the value is not in the list of items.
"""
# We need to avoid a feedback loop when updating the selection
# in the combo box. Qt will emit index changed signals when the
# selectino is updated. But, the shell object has already computed
# the proper index for the new selection so we don't need to feed
# back while doing this.
with guard(self, 'updating'):
ids = self.widget.getItemIds()
self.widget.select(ids[index])
#--------------------------------------------------------------------------
# Helper Methods
#--------------------------------------------------------------------------
def _selected_index(self):
widget = self.widget
ids = widget.getItemIds()
val = widget.getValue()
if val in ids:
curr_index = ids.index(val)
else:
curr_index = -1
return curr_index
def init ( self, parent ):
""" Finishes initializing the editor by creating the underlying toolkit
widget.
"""
factory = self.factory
if factory.name != '':
self._object, self._name, self._value = \
self.parse_extended_name( factory.name )
# Create a panel to hold the object trait's view:
if factory.editable:
self.control = self._panel = parent = Panel()
# Build the instance selector if needed:
selectable = factory.selectable
droppable = factory.droppable
items = self.items
for item in items:
droppable |= item.is_droppable()
selectable |= item.is_selectable()
if selectable:
self._object_cache = {}
item = self.item_for( self.value )
if item is not None:
self._object_cache[ id( item ) ] = self.value
self._choice = ComboBox()
self._choice.addCallback(self.update_object, ValueChangeEvent)
self.set_tooltip( self._choice )
if factory.name != '':
self._object.on_trait_change( self.rebuild_items,
self._name, dispatch = 'ui' )
self._object.on_trait_change( self.rebuild_items,
self._name + '_items', dispatch = 'ui' )
factory.on_trait_change( self.rebuild_items, 'values',
dispatch = 'ui' )
factory.on_trait_change( self.rebuild_items, 'values_items',
dispatch = 'ui' )
self.rebuild_items()
elif droppable:
self._choice = TextField()
self._choice.setReadOnly(True)
self.set_tooltip( self._choice )
if droppable:
raise NotImplementedError
# self._choice.SetDropTarget( PythonDropTarget( self ) )
orientation = factory.orientation
if orientation == 'default':
orientation = self.orientation
if (selectable or droppable) and factory.editable:
if orientation == 'vertical':
layout = VerticalLayout()
else:
layout = HorizontalLayout()
layout.setSizeUndefined()
parent.addComponent(layout)
# layout.setParent(parent)
layout.setMargin(False)
layout.addComponent(self._choice)
if orientation == 'vertical':
hline = Label('<hr />', Label.CONTENT_XHTML)
layout.addComponent(hline) # FIXME: explicit parent size
self.create_editor(parent, layout)
elif self.control is None:
if self._choice is None:
self._choice = ComboBox()
self._choice.addCallback(self.update_object, ValueChangeEvent)
self.control = self._choice
else:
if orientation == 'vertical':
layout = VerticalLayout()
else:
layout = HorizontalLayout()
parent.addComponent(layout)
layout.setMargin(False)
layout.setSizeUndefined()
self.create_editor(parent, layout)
# Synchronize the 'view' to use:
# fixme: A normal assignment can cause a crash (for unknown reasons) in
# some cases, so we make sure that no notifications are generated:
self.trait_setq( view = factory.view )
self.sync_value( factory.view_name, 'view', 'from' )
