class dListBox(dcm.dControlItemMixin, wx.ListBox):
"""Creates a listbox, allowing the user to choose one or more items."""
def __init__(self,
parent,
properties=None,
attProperties=None,
*args,
**kwargs):
self._baseClass = dListBox
self._choices = []
preClass = wx.PreListBox
dcm.dControlItemMixin.__init__(self,
preClass,
parent,
properties=properties,
attProperties=attProperties,
*args,
**kwargs)
def _initEvents(self):
super(dListBox, self)._initEvents()
self.Bind(wx.EVT_LISTBOX, self._onWxHit)
def clearSelections(self):
for elem in self.GetSelections():
self.SetSelection(elem, False)
def selectAll(self):
if self.MultipleSelect:
for ii in xrange(self.Count):
self.SetSelection(ii)
def unselectAll(self):
self.clearSelections()
def invertSelections(self):
"""Switch all the items from False to True, and vice-versa."""
for ii in xrange(self.Count):
if self.IsSelected(ii):
self.Deselect(ii)
else:
self.SetSelection(ii)
def _getMultipleSelect(self):
return self._hasWindowStyleFlag(wx.LB_EXTENDED)
def _setMultipleSelect(self, val):
if bool(val):
self._delWindowStyleFlag(wx.LB_SINGLE)
self._addWindowStyleFlag(wx.LB_EXTENDED)
else:
self._delWindowStyleFlag(wx.LB_EXTENDED)
self._addWindowStyleFlag(wx.LB_SINGLE)
MultipleSelect = property(
_getMultipleSelect, _setMultipleSelect, None,
_("Can multiple items be selected at once? (bool)"))
DynamicMultipleSelect = makeDynamicProperty(MultipleSelect)
class AlignmentMixin(object):
def _getAlignment(self):
if self._hasWindowStyleFlag(wx.ALIGN_RIGHT):
return "Right"
elif self._hasWindowStyleFlag(wx.ALIGN_CENTRE):
return "Center"
else:
return "Left"
def _setAlignment(self, value):
# Note: Alignment must be set before object created.
self._delWindowStyleFlag(wx.ALIGN_LEFT)
self._delWindowStyleFlag(wx.ALIGN_CENTRE)
self._delWindowStyleFlag(wx.ALIGN_RIGHT)
value = ustr(value).lower()
if value == "left":
self._addWindowStyleFlag(wx.ALIGN_LEFT)
elif value == "center":
self._addWindowStyleFlag(wx.ALIGN_CENTRE)
elif value == "right":
self._addWindowStyleFlag(wx.ALIGN_RIGHT)
else:
raise ValueError("The only possible values are "
"'Left', 'Center', and 'Right'.")
Alignment = property(
_getAlignment, _setAlignment, None,
_("""Specifies the alignment of the text. (str)
Left (default)
Center
Right"""))
DynamicAlignment = makeDynamicProperty(Alignment)
class dPageFrameNoTabs(dPanel):
"""
Creates a pageframe with no tabs or other way for the user to select a
page. Your code will have to programatically set the page.
"""
def __init__(self, *args, **kwargs):
self._pageClass = dPage
self._pageSizerClass = dabo.ui.dSizer
self._activePage = None
self._pages = []
super(dPageFrameNoTabs, self).__init__(*args, **kwargs)
self._baseClass = dPageFrameNoTabs
def _afterInit(self):
if self.Sizer is None:
self.Sizer = dabo.ui.dSizer()
super(dPageFrameNoTabs, self)._afterInit()
def appendPage(self, pgCls=None, makeActive=False):
"""
Creates a new page, which should be a subclass of dPage. If makeActive
is True, the page is displayed; otherwise, it is added without changing
the SelectedPage.
"""
return self.insertPage(self.PageCount, pgCls=pgCls, makeActive=makeActive)
def insertPage(self, pos, pgCls=None, makeActive=False, ignoreOverride=False):
"""
Inserts the page into the pageframe at the specified position,
and makes it the active (displayed) page if makeActive is True.
"""
# Allow subclasses to potentially override this behavior. This will
# enable them to handle page creation in their own way. If overridden,
# the method will return the new page.
ret = None
if not ignoreOverride:
ret = self._insertPageOverride(pos, pgCls, makeActive)
if ret:
return ret
if pgCls is None:
pgCls = self.PageClass
if self.Sizer is None:
self.Sizer = dabo.ui.dSizer()
if isinstance(pgCls, dPage):
pg = pgCls
else:
# See if the 'pgCls' is either some XML or the path of an XML file
if isinstance(pgCls, basestring):
xml = pgCls
from dabo.lib.DesignerClassConverter import DesignerClassConverter
conv = DesignerClassConverter()
pgCls = conv.classFromText(xml)
pg = pgCls(self)
self.Sizer.insert(pos, pg, 1, "x")
self._pages.insert(pos, pg)
self.layout()
if makeActive or (self.PageCount == 1):
self.showPage(pg)
else:
self.showPage(self.SelectedPage)
return self.Pages[pos]
def _insertPageOverride(self, pos, pgCls, makeActive): pass
def removePage(self, pgOrPos, delPage=True):
"""
Removes the specified page. You can specify a page by either
passing the page itself, or a position. If delPage is True (default),
the page is released, and None is returned. If delPage is
False, the page is returned.
"""
if isinstance(pgOrPos, int):
pg = self.Pages[pgOrPos]
else:
pg = pgOrPos
self._pages.remove(pg)
if delPage:
pg.release()
ret = None
else:
self.Sizer.remove(pg)
ret = pg
return ret
def layout(self):
"""Wrap the wx version of the call, if possible."""
for pg in self.Pages:
try:
pg.layout()
except AttributeError:
# could be that the page is a single control, not a container
pass
super(dPageFrameNoTabs, self).layout()
def showPage(self, pg):
ap = self._activePage
if isinstance(pg, int):
pg = self.Pages[pg]
newPage = (pg is not ap)
if pg in self.Pages:
if newPage:
if ap:
dabo.ui.callAfter(ap.raiseEvent, dEvents.PageLeave)
apNum = self.getPageNumber(ap)
else:
apNum = -1
dabo.ui.callAfter(pg.raiseEvent, dEvents.PageEnter)
dabo.ui.callAfter(self.raiseEvent, dEvents.PageChanged,
oldPageNum=apNum, newPageNum=self.getPageNumber(pg))
self._activePage = pg
for ch in self.Pages:
self.Sizer.Show(ch, (ch is pg))
self.layout()
pg.setFocus()
else:
raise AttributeError(_("Attempt to show non-member page"))
def nextPage(self):
"""
Selects the next page. If the last page is selected,
it will select the first page.
"""
self.cyclePages(1)
def priorPage(self):
"""
Selects the previous page. If the first page is selected,
it will select the last page.
"""
self.cyclePages(-1)
def cyclePages(self, num):
"""
Moves through the pages by the specified amount, wrapping
around the ends. Negative values move to previous pages; positive
move through the next pages.
"""
self.SelectedPageNumber = (self.SelectedPageNumber + num) % self.PageCount
def getPageNumber(self, pg):
"""Given a page, returns its position."""
try:
ret = self.Pages.index(pg)
except ValueError:
ret = None
return ret
#------------------------------------
# The following methods don't do anything except
# make this class compatible with dPage classes, which
# expect their parent to have these methods.
#------------------------------------
def getPageImage(self, pg):
return None
def setPageImage(self, pg, img):
pass
def GetPageText(self, pg):
return ""
def SetPageText(self, pg, txt):
pass
#------------------------------------
def _getPageClass(self):
return self._pageClass
def _setPageClass(self, val):
if isinstance(val, basestring):
from dabo.lib.DesignerClassConverter import DesignerClassConverter
conv = DesignerClassConverter()
self._pageClass = conv.classFromText(val)
elif issubclass(val, (dPage, dPanel)):
self._pageClass = val
def _getPageCount(self):
return len(self._pages)
def _setPageCount(self, val):
diff = (val - len(self._pages))
if diff > 0:
# Need to add pages
while diff:
self.appendPage()
diff -= 1
elif diff < 0:
currPg = self.SelectedPageNumber
pagesToKill = self._pages[val:]
self._pages = self._pages[:val]
# Need to add the check if the page exists since it
# may have already been released.
[pg.release() for pg in pagesToKill if pg]
# Make sure the page we were on isn't one of the deleted pages.
# If so, switch to the last page.
newPg = min(currPg, val-1)
self.SelectedPage = newPg
def _getPages(self):
return self._pages
def _getPageSizerClass(self):
return self._pageSizerClass
def _setPageSizerClass(self, val):
if self._constructed():
self._pageSizerClass = val
else:
self._properties["PageSizerClass"] = val
def _getSelectedPage(self):
try:
return self._activePage
except AttributeError:
return None
def _setSelectedPage(self, pg):
self.showPage(pg)
def _getSelectedPageNumber(self):
return self.getPageNumber(self._activePage)
def _setSelectedPageNumber(self, val):
pg = self.Pages[val]
self.showPage(pg)
PageClass = property(_getPageClass, _setPageClass, None,
_("The default class used when adding new pages. (dPage)") )
PageCount = property(_getPageCount, _setPageCount, None,
_("Returns the number of pages in this pageframe (int)") )
Pages = property(_getPages, None, None,
_("List of all the pages. (list)") )
PageSizerClass = property(_getPageSizerClass, _setPageSizerClass, None,
_("""Default sizer class for pages added automatically to this control. Set
this to None to prevent sizers from being automatically added to child
pages. (dSizer or None)"""))
SelectedPage = property(_getSelectedPage, _setSelectedPage, None,
_("Returns a reference to the currently displayed page (dPage | dPanel)") )
SelectedPageNumber = property(_getSelectedPageNumber, _setSelectedPageNumber, None,
_("Returns a reference to the index of the currently displayed page (int)") )
DynamicPageClass = makeDynamicProperty(PageClass)
DynamicPageCount = makeDynamicProperty(PageCount)
DynamicSelectedPage = makeDynamicProperty(SelectedPage)
DynamicSelectedPageNumber = makeDynamicProperty(SelectedPageNumber)
class dComboBox(dcm.dControlItemMixin, wx.ComboBox):
"""
Creates a combobox, which combines a dropdown list with a textbox.
The user can choose an item in the dropdown, or enter freeform text.
"""
def __init__(self,
parent,
properties=None,
attProperties=None,
*args,
**kwargs):
self._baseClass = dComboBox
self._choices = []
self._userVal = False
# Used to force the case of entered text
self._forceCase = None
self._inForceCase = False
self._textLength = None
# Flag for appending items when the user presses 'Enter'
self._appendOnEnter = False
# Holds the text to be appended
self._textToAppend = ""
preClass = wx.PreComboBox
dcm.dControlItemMixin.__init__(self,
preClass,
parent,
properties=properties,
attProperties=attProperties,
*args,
**kwargs)
def _preInitUI(self, kwargs):
style = kwargs.get("style", 0)
style |= wx.PROCESS_ENTER
kwargs["style"] = style
return kwargs
def _initEvents(self):
super(dComboBox, self)._initEvents()
self.Bind(wx.EVT_COMBOBOX, self.__onComboBox)
# self.Bind(wx.EVT_TEXT_ENTER, self.__onTextBox)
self.Bind(wx.EVT_KEY_DOWN, self.__onWxKeyDown)
def __onComboBox(self, evt):
self._userVal = False
evt.Skip()
self._onWxHit(evt)
def __onWxKeyDown(self, evt):
"""
We need to capture the Enter/Return key in order to implement
the AppendOnEnter behavior. However, under Windows this leads to
navigation issues, so we also need to capture when Tab is pressed,
and handle the navigation ourselves.
"""
# Shorthand for easy reference
dk = dabo.ui.dKeys
# Don't call the native Skip() if Tab is pressed; we'll handle it ourselves.
callSkip = True
enter_codes = (dk.key_Return, dk.key_Numpad_enter)
keyCode = evt.GetKeyCode()
if keyCode in enter_codes:
self._userVal = True
if self.AppendOnEnter:
txt = self.GetValue()
if txt not in self.Choices:
self._textToAppend = txt
if self.beforeAppendOnEnter() is not False:
if self._textToAppend:
self.appendItem(self._textToAppend, select=True)
self.afterAppendOnEnter()
self.raiseEvent(dEvents.Hit, evt)
elif keyCode == dk.key_Tab:
forward = not evt.ShiftDown()
self.Navigate(forward)
callSkip = False
if callSkip:
evt.Skip()
def __onKeyChar(self, evt):
"""This handles KeyChar events when ForceCase is set to a non-empty value."""
if not self:
# The control is being destroyed
return
keyCode = evt.keyCode
if keyCode >= dKeys.key_Space:
dabo.ui.callAfter(self._checkForceCase)
dabo.ui.callAfter(self._checkTextLength)
def _checkTextLength(self):
"""
If the TextLength property is set, checks the current value of the control
and truncates it if too long
"""
if not self:
# The control is being destroyed
return
if not isinstance(self.GetValue(), basestring):
#Don't bother if it isn't a string type
return
length = self.TextLength
if not length:
return
val = self.GetValue()
if len(val) > length:
dabo.ui.beep()
ip = self.GetInsertionPoint()
self.SetValue(val[:length])
self.SetInsertionPoint(ip)
def _checkForceCase(self):
"""
If the ForceCase property is set, casts the current value of the control
to the specified case.
"""
if not self:
# The control is being destroyed
return
if not isinstance(self.GetValue(), basestring):
# Don't bother if it isn't a string type
return
case = self.ForceCase
if not case:
return
ip = self.GetInsertionPoint()
if case == "upper":
self.SetValue(self.GetValue().upper())
elif case == "lower":
self.SetValue(self.GetValue().lower())
elif case == "title":
self.SetValue(self.GetValue().title())
self.SetInsertionPoint(ip)
def beforeAppendOnEnter(self):
"""
Hook method that is called when user-defined text is entered
into the combo box and Enter is pressed (when self.AppendOnEnter
is True). This gives the programmer the ability to interact with such
events, and optionally prevent them from happening. Returning
False will prevent the append from happening.
The text value to be appended is stored in self._textToAppend. You
may modify this value (e.g., force to upper case), or delete it entirely
(e.g., filter out obscenities and such). If you set self._textToAppend
to an empty string, nothing will be appended. So this 'before' hook
gives you two opportunities to prevent the append: return a non-
empty value, or clear out self._textToAppend.
"""
pass
def afterAppendOnEnter(self):
"""
Hook method that provides a means to interact with the newly-
changed list of items after a new item has been added by the user
pressing Enter, but before control returns to the program.
"""
pass
# Property get/set/del methods follow. Scroll to bottom to see the property
# definitions themselves.
def _getAppendOnEnter(self):
return self._appendOnEnter
def _setAppendOnEnter(self, val):
if self._constructed():
self._appendOnEnter = val
else:
self._properties["AppendOnEnter"] = val
def _getForceCase(self):
return self._forceCase
def _setForceCase(self, val):
if self._constructed():
if val is None:
valKey = None
else:
valKey = val[0].upper()
self._forceCase = {
"U": "upper",
"L": "lower",
"T": "title",
None: None,
"None": None
}.get(valKey)
self._checkForceCase()
self.unbindEvent(dEvents.KeyChar, self.__onKeyChar)
if self._forceCase or self._textLength:
self.bindEvent(dEvents.KeyChar, self.__onKeyChar)
else:
self._properties["ForceCase"] = val
def _getTextLength(self):
return self._textLength
def _setTextLength(self, val):
if self._constructed():
if val == None:
self._textLength = None
else:
val = int(val)
if val < 1:
raise ValueError('TextLength must be a positve Integer')
self._textLength = val
self._checkTextLength()
self.unbindEvent(dEvents.KeyChar, self.__onKeyChar)
if self._forceCase or self._textLength:
self.bindEvent(dEvents.KeyChar, self.__onKeyChar)
else:
self._properties["TextLength"] = val
def _getUserValue(self):
if self._userVal:
return self.GetValue()
else:
return self.GetStringSelection()
def _setUserValue(self, value):
if self._constructed():
self.SetValue(value)
# don't call _afterValueChanged(), because value tracks the item in the list,
# not the displayed value. User code can query UserValue and then decide to
# add it to the list, if appropriate.
else:
self._properties["UserValue"] = value
AppendOnEnter = property(
_getAppendOnEnter, _setAppendOnEnter, None,
_("""Flag to determine if user-entered text is appended when they
press 'Enter' (bool)"""))
ForceCase = property(
_getForceCase, _setForceCase, None,
_("""Determines if we change the case of entered text. Possible values are:
============ =====================
None or "" No changes made (default)
"Upper" FORCE TO UPPER CASE
"Lower" Force to lower case
"Title" Force To Title Case
============ =====================
These can be abbreviated to "u", "l" or "t" (str)"""))
TextLength = property(
_getTextLength, _setTextLength, None,
_("""The maximum length the entered text can be. (int)"""))
UserValue = property(
_getUserValue, _setUserValue, None,
_("""Specifies the text displayed in the textbox portion of the ComboBox.
String. Read-write at runtime.
UserValue can differ from StringValue, which would mean that the user
has typed in arbitrary text. Unlike StringValue, PositionValue, and
KeyValue, setting UserValue does not change the currently selected item
in the list portion of the ComboBox."""))
DynamicUserValue = makeDynamicProperty(UserValue)
class dGauge(cm.dControlMixin, wx.Gauge):
"""Creates a gauge, which can be used as a progress bar."""
def __init__(self,
parent,
properties=None,
attProperties=None,
*args,
**kwargs):
self._baseClass = dGauge
preClass = wx.PreGauge
cm.dControlMixin.__init__(self,
preClass,
parent,
properties=properties,
attProperties=attProperties,
*args,
**kwargs)
def _initEvents(self):
super(dGauge, self)._initEvents()
# Property get/set/del methods follow. Scroll to bottom to see the property
# definitions themselves.
def _getPercentage(self):
return round(100 * (float(self.Value) / self.Range), 2)
def _setPercentage(self, val):
if self._constructed():
self.Value = round(self.Range * (val / 100.0))
else:
self._properties["Percentage"] = val
def _getOrientation(self):
if self.IsVertical():
return "Vertical"
else:
return "Horizontal"
def _setOrientation(self, value):
self._delWindowStyleFlag(wx.GA_HORIZONTAL)
self._delWindowStyleFlag(wx.GA_VERTICAL)
if value.lower()[:1] == "h":
self._addWindowStyleFlag(wx.GA_HORIZONTAL)
else:
self._addWindowStyleFlag(wx.GA_VERTICAL)
def _getRange(self):
return self.GetRange()
def _setRange(self, value):
if self._constructed():
self.SetRange(value)
else:
self._properties["Range"] = value
def _getValue(self):
return self.GetValue()
def _setValue(self, value):
if self._constructed():
self.SetValue(value)
else:
self._properties["Value"] = value
# Property definitions:
Percentage = property(
_getPercentage, _setPercentage, None,
_("""Alternate way of setting/getting the Value, using percentage
of the Range. (float)"""))
Orientation = property(
_getOrientation, _setOrientation, None,
_("Specifies whether the gauge is displayed as Horizontal or Vertical. (str)"
))
Range = property(_getRange, _setRange, None,
_("Specifies the maximum value for the gauge. (int)"))
Value = property(
_getValue, _setValue, None,
_("Specifies the state of the gauge, relative to max value."))
DynamicOrientation = makeDynamicProperty(Orientation)
DynamicRange = makeDynamicProperty(Range)
DynamicValue = makeDynamicProperty(Value)
class dDialog(fm.dFormMixin, wx.Dialog):
"""
Creates a dialog, which is a lightweight form.
Dialogs are like forms, but typically are modal and are requesting a very
specific piece of information from the user, and/or offering specific
information to the user.
"""
def __init__(self, parent=None, properties=None, *args, **kwargs):
self._baseClass = dDialog
self._modal = True
self._centered = True
self._fit = True
self._borderless = self._extractKey((properties, kwargs), "Borderless",
False)
if self._borderless:
defaultStyle = wx.STAY_ON_TOP
else:
defaultStyle = wx.DEFAULT_DIALOG_STYLE
try:
kwargs["style"] = kwargs["style"] | defaultStyle
except KeyError:
kwargs["style"] = defaultStyle
preClass = wx.PreDialog
fm.dFormMixin.__init__(self,
preClass,
parent,
properties=properties,
*args,
**kwargs)
# Hook method, so that we add the buttons last
self._addControls()
# Needed starting with wx 2.7, for the first control to have the focus:
self.setFocus()
def getBizobj(self, *args, **kwargs):
## self.Form resolves to the containing dialog, making calls to 'self.Form.getBizobj()'
## fail since the dialog knows nothing about bizobjs. Let's be helpful and pass the
## request up to the form:
return self.Form.getBizobj(*args, **kwargs)
def EndModal(self, *args, **kwargs):
self.saveSizeAndPosition()
self.hide()
if self.Modal:
try:
super(dDialog, self).EndModal(*args, **kwargs)
except wx._core.PyAssertionError:
# The modal hack is causing problems in some edge cases.
pass
def _afterInit(self):
self.MenuBarClass = None
self.Sizer = dabo.ui.dSizer("V")
super(dDialog, self)._afterInit()
def ShowModal(self):
self.restoreSizeAndPositionIfNeeded()
# updates were potentially suppressed while the dialog
# wasn't visible, so update now.
self.update()
return super(dDialog, self).ShowModal()
def showModal(self):
"""Show the dialog modally."""
## pkm: We had to override this, because the default in dPemMixin doesn't
## actually result in a modal dialog.
self.Modal = True
self.show()
def showModeless(self):
"""Show the dialog non-modally."""
self.Modal = False
self.show()
def _afterShow(self):
if self.AutoSize:
self.Fit()
if self.Centered:
self.Centre()
def show(self):
# Call _afterShow() once immediately, and then once after the dialog is visible, which
# will correct minor mistakes such as the height of wordwrapped labels not being
# accounted for. If we only called it after the dialog was already shown, then we
# risk the dialog being too jumpy.
self._afterShow()
dabo.ui.callAfter(self._afterShow)
if self.Modal:
ret = self.ShowModal()
return {
wx.ID_OK: kons.DLG_OK,
wx.ID_CANCEL: kons.DLG_CANCEL
}.get(ret, ret)
return self.Show(True)
def _addControls(self):
"""
Any controls that need to be added to the dialog
can be added in this method in framework classes, or
in addControls() in instances.
"""
self.beforeAddControls()
self.addControls()
self.afterAddControls()
def beforeAddControls(self):
"""This is a hook, called at the appropriate time by the framework."""
pass
def afterAddControls(self):
"""This is a hook, called at the appropriate time by the framework."""
pass
def addControls(self):
"""
Add your custom controls to the dialog.
This is a hook, called at the appropriate time by the framework.
"""
pass
def release(self):
"""
Need to augment this to make sure the dialog
is removed from the app's forms collection.
"""
if self.Application is not None:
self.Application.uiForms.remove(self)
super(dDialog, self).release()
def _controlGotFocus(self, ctrl):
# Placeholder until we unify dForm and dDialog
pass
def _getAutoSize(self):
return self._fit
def _setAutoSize(self, val):
self._fit = val
def _getBorderless(self):
return self._borderless
def _setBorderless(self, val):
if self._constructed():
raise ValueError(
_("Cannot set the Borderless property once the dialog is created."
))
else:
self._properties["Borderless"] = val
def _getCaption(self):
return self.GetTitle()
def _setCaption(self, val):
if self._constructed():
self.SetTitle(val)
else:
self._properties["Caption"] = val
def _getCentered(self):
return self._centered
def _setCentered(self, val):
self._centered = val
def _getModal(self):
return self._modal
def _setModal(self, val):
self._modal = val
def _getShowStat(self):
# Dialogs cannot have status bars.
return False
_showStatusBar = property(_getShowStat)
AutoSize = property(
_getAutoSize, _setAutoSize, None,
_("When True, the dialog resizes to fit the added controls. (bool)"))
Borderless = property(
_getBorderless, _setBorderless, None,
_("""Must be passed at construction time. When set to True, the dialog displays
without a title bar or borders (bool)"""))
Caption = property(
_getCaption, _setCaption, None,
_("The text that appears in the dialog's title bar (str)"))
Centered = property(
_getCentered, _setCentered, None,
_("Determines if the dialog is displayed centered on the screen. (bool)"
))
Modal = property(
_getModal, _setModal, None,
_("Determines if the dialog is shown modal (default) or modeless. (bool)"
))
DynamicAutoSize = makeDynamicProperty(AutoSize)
DynamicCaption = makeDynamicProperty(Caption)
DynamicCentered = makeDynamicProperty(Centered)
class dDockPanel(dabo.ui.dPanel):
def __init__(self, parent, properties=None, attProperties=None, *args, **kwargs):
nmU = self._extractKey((properties, kwargs), "Name", "")
nb = self._extractKey((properties, kwargs), "NameBase", "")
nmL = self._extractKey((properties, kwargs), "name", "")
kwargs["NameBase"] = [txt for txt in (nmU, nb, nmL, "dDockPanel") if txt][0]
pcapUp = self._extractKey(kwargs, "Caption", "")
pcap = self._extractKey(kwargs, "caption", "")
ptype = self._extractKey(kwargs, "typ", "")
if pcapUp:
kwargs["Caption"] = pcapUp
else:
kwargs["Caption"] = pcap
self._paramType = ptype
self._toolbar = self._extractKey(kwargs, "Toolbar", False)
# Initialize attributes that underly properties
self._bottomDockable = True
self._leftDockable = True
self._rightDockable = True
self._topDockable = True
self._floatable = True
self._floatingPosition = (0, 0)
self._floatingSize = (100, 100)
self._gripperPosition = "Left"
self._destroyOnClose = False
self._movable = True
self._resizable = True
self._showBorder = True
self._showCaption = True
self._showCloseButton = True
self._showGripper = False
self._showMaximizeButton = False
self._showMinimizeButton = False
self._showPinButton = True
super(dDockPanel, self).__init__(parent, properties=properties,
attProperties=attProperties, *args, **kwargs)
if self.Floating:
self._floatingPosition = self.GetParent().GetPosition().Get()
self._floatingSize = self.GetParent().GetSize().Get()
def _uniqueNameForParent(self, name, parent=None):
"""
We need to check the AUI manager's PaneInfo name value, too, as that has to be unique
there as well as the form.
"""
changed = True
try:
mgr = parent._mgr
except AttributeError:
mgr = self._Manager
while changed:
i = 0
auiOK = False
while not auiOK:
auiOK = True
candidate = name
if i:
candidate = "%s%s" % (name, i)
mtch = [pi.name for pi in mgr.GetAllPanes()
if pi.name == candidate]
if mtch:
auiOK = False
i += 1
changed = changed and (candidate != name)
name = candidate
candidate = super(dDockPanel, self)._uniqueNameForParent(name, parent)
changed = changed and (candidate != name)
name = candidate
return name
def float(self):
"""Float the panel if it isn't already floating."""
if self.Floating or not self.Floatable:
return
self._PaneInfo.Float()
self._updateAUI()
def dock(self, side=None):
"""
Dock the panel. If side is specified, it is docked on that side of the
form. If no side is specified, it is docked in its default location.
"""
if self.Docked or not self.Dockable:
return
inf = self._PaneInfo
if side is not None:
s = side[0].lower()
func = {"l": inf.Left, "r": inf.Right, "t": inf.Top, "b": inf.Bottom}.get(s, None)
if func:
func()
else:
dabo.log.error(_("Invalid dock position: '%s'.") % side)
inf.Dock()
self._updateAUI()
def _beforeSetProperties(self, props):
"""
Some properties of Floating panels cannot be set at the usual
point in the process, since the panel will still be docked, and you
can't change dimensions/location of a docked panel. So extract
them now, and then set them afterwards.
"""
self._propDelayDict = {}
props2Delay = ("Bottom", "BottomDockable", "Caption", "DestroyOnClose", "Dockable", "Docked",
"DockSide", "Floatable", "Floating", "FloatingBottom", "FloatingHeight", "FloatingLeft",
"FloatingPosition", "FloatingRight", "FloatingSize", "FloatingTop", "FloatingWidth", "GripperPosition",
"Height", "Left", "LeftDockable", "Movable", "Resizable", "Right", "RightDockable", "ShowBorder",
"ShowCaption", "ShowCloseButton", "ShowGripper", "ShowMaximizeButton", "ShowMinimizeButton",
"ShowPinButton", "Top", "TopDockable", "Visible", "Width")
for delayed in props2Delay:
val = self._extractKey(props, delayed, None)
if val is not None:
self._propDelayDict[delayed] = val
return super(dDockPanel, self)._beforeSetProperties(props)
def _afterSetProperties(self):
nm = self.Name
frm = self.Form
self._Manager.addPane(self, name=nm,
typ=self._paramType, caption=self._propDelayDict.get("Caption", "dDockPanel"))
del self._paramType
self._PaneInfo.MinSize((50,50))
if self._propDelayDict:
self.setProperties(self._propDelayDict)
del self._propDelayDict
def getState(self):
"""Returns the local name and a string that can be used to restore the state of this pane."""
inf = self._Manager.SavePaneInfo(self._PaneInfo)
try:
infPairs = (qq.split("=") for qq in inf.split(";"))
nm = dict(infPairs)["name"]
except KeyError:
# For some reason a name was not returned
return ""
return (nm, inf.replace("name=%s;" % nm, ""))
def _updateAUI(self):
frm = self.Form
if frm is not None:
frm._refreshState()
else:
try:
self._Manager.runUpdate()
except AttributeError:
pass
def __getPosition(self):
if self.Floating:
obj = self.GetParent()
else:
obj = self
return obj.GetPosition().Get()
def __getSize(self):
if self.Floating:
obj = self.GetParent()
else:
obj = self
return obj.GetSize().Get()
# Property get/set/del methods follow. Scroll to bottom to see the property
# definitions themselves.
def _getBottom(self):
return self.__getPosition()[1] + self.__getSize()[1]
def _setBottom(self, val):
if self._constructed():
if self.Floating:
self.FloatingBottom = val
else:
dabo.log.error(_("Cannot set the position of a docked panel"))
else:
self._properties["Bottom"] = val
def _getBottomDockable(self):
return self._bottomDockable
def _setBottomDockable(self, val):
if self._constructed():
self._PaneInfo.BottomDockable(val)
self._updateAUI()
else:
self._properties["BottomDockable"] = val
def _getCaption(self):
try:
return self._caption
except AttributeError:
self._caption = ""
return self._caption
def _setCaption(self, val):
if self._constructed():
self._caption = val
self._PaneInfo.Caption(val)
self._updateAUI()
else:
self._properties["Caption"] = val
def _getDestroyOnClose(self):
return self._destroyOnClose
def _setDestroyOnClose(self, val):
if self._constructed():
self._destroyOnClose = val
self._PaneInfo.DestroyOnClose(val)
self._updateAUI()
else:
self._properties["DestroyOnClose"] = val
def _getDockable(self):
return self._bottomDockable or self._leftDockable or self._rightDockable or self._topDockable
def _setDockable(self, val):
if self._constructed():
self._dockable = self._bottomDockable = self._leftDockable = self._rightDockable = self._topDockable = val
self._PaneInfo.Dockable(val)
if self.Docked:
self.Docked = val
self._updateAUI()
else:
self._properties["Dockable"] = val
def _getDocked(self):
return self._PaneInfo.IsDocked()
def _setDocked(self, val):
if self._constructed():
curr = self._PaneInfo.IsDocked()
chg = False
if val and not curr:
self._PaneInfo.Dock()
chg = True
elif not val and curr:
self._PaneInfo.Float()
chg = True
if chg:
self._updateAUI()
else:
self._properties["Docked"] = val
def _getDockSide(self):
return {1: "Top", 2: "Right", 3: "Bottom", 4: "Left"}[self._PaneInfo.dock_direction]
def _setDockSide(self, val):
if self._constructed():
vUp = val[0].upper()
self._PaneInfo.dock_direction = {"T": 1, "R": 2, "B": 3, "L": 4}[vUp]
self._updateAUI()
else:
self._properties["DockSide"] = val
def _getFloatable(self):
return self._floatable
def _setFloatable(self, val):
if self._constructed():
self._floatable = val
self._PaneInfo.Floatable(val)
self._updateAUI()
else:
self._properties["Floatable"] = val
def _getFloating(self):
return self._PaneInfo.IsFloating()
def _setFloating(self, val):
if self._constructed():
curr = self._PaneInfo.IsFloating()
chg = False
if val and not curr:
self._PaneInfo.Float()
chg = True
elif not val and curr:
self._PaneInfo.Dock()
chg = True
if chg:
self._updateAUI()
else:
self._properties["Floating"] = val
def _getFloatingBottom(self):
return self.FloatingPosition[1] + self.FloatingSize[1]
def _setFloatingBottom(self, val):
if self._constructed():
ht = self.FloatingSize[1]
self._floatingPosition = (self.FloatingPosition[0], val - ht)
self._PaneInfo.FloatingPosition(self._floatingPosition)
self.Form._refreshState(0)
else:
self._properties["FloatingBottom"] = val
def _getFloatingHeight(self):
return self.FloatingSize[1]
def _setFloatingHeight(self, val):
if self._constructed():
self._floatingSize = (self.FloatingSize[0], val)
if self._PaneInfo.IsFloating():
self.GetParent().SetSize(self._floatingSize)
else:
self._PaneInfo.FloatingSize(self._floatingSize)
self.Form._refreshState(0)
else:
self._properties["FloatingHeight"] = val
def _getFloatingLeft(self):
return self.FloatingPosition[0]
def _setFloatingLeft(self, val):
if self._constructed():
self._floatingPosition = (val, self.FloatingPosition[1])
self._PaneInfo.FloatingPosition(self._floatingPosition)
self.Form._refreshState(0)
else:
self._properties["FloatingLeft"] = val
def _getFloatingPosition(self):
return self._PaneInfo.floating_pos.Get()
def _setFloatingPosition(self, val):
if self._constructed():
self._PaneInfo.FloatingPosition(val)
self.Form._refreshState(0)
else:
self._properties["FloatingPosition"] = val
def _getFloatingRight(self):
return self.FloatingPosition[0] + self.FloatingSize[0]
def _setFloatingRight(self, val):
if self._constructed():
wd = self.FloatingSize[0]
self._floatingPosition = (val - wd, self.FloatingPosition[1])
self._PaneInfo.FloatingPosition(self._floatingPosition)
self.Form._refreshState(0)
else:
self._properties["FloatingRight"] = val
def _getFloatingSize(self):
return self._PaneInfo.floating_size.Get()
def _setFloatingSize(self, val):
if self._constructed():
self._PaneInfo.FloatingSize(val)
self.Form._refreshState(0)
else:
self._properties["FloatingSize"] = val
def _getFloatingTop(self):
return self.FloatingPosition[1]
def _setFloatingTop(self, val):
if self._constructed():
self._floatingPosition = (self.FloatingPosition[0], val)
self._PaneInfo.FloatingPosition(self._floatingPosition)
self.Form._refreshState(0)
else:
self._properties["FloatingTop"] = val
def _getFloatingWidth(self):
return self.FloatingSize[0]
def _setFloatingWidth(self, val):
if self._constructed():
self._floatingSize = (val, self.FloatingSize[1])
if self._PaneInfo.IsFloating():
self.GetParent().SetSize(self._floatingSize)
else:
self._PaneInfo.FloatingSize(self._floatingSize)
self.Form._refreshState(0)
else:
self._properties["FloatingWidth"] = val
def _getGripperPosition(self):
return self._gripperPosition
def _setGripperPosition(self, val):
if self._constructed():
val = val[0].lower()
if not val in ("l", "t"):
raise ValueError(_("Only valid GripperPosition values are 'Top' or 'Left'."))
self._gripperPosition = {"l": "Left", "t": "Top"}[val]
self._PaneInfo.GripperTop(val == "t")
self._updateAUI()
else:
self._properties["GripperPosition"] = val
def _getHeight(self):
return self.__getSize()[1]
def _setHeight(self, val):
if self._constructed():
if self.Floating:
self.FloatingHeight = val
else:
dabo.log.error(_("Cannot set the Size of a docked panel"))
else:
self._properties["Height"] = val
def _getLeft(self):
return self.__getPosition()[0]
def _setLeft(self, val):
if self._constructed():
if self.Floating:
self.FloatingLeft = val
else:
dabo.log.error(_("Cannot set the position of a docked panel"))
else:
self._properties["Left"] = val
def _getLeftDockable(self):
return self._leftDockable
def _setLeftDockable(self, val):
if self._constructed():
self._PaneInfo.LeftDockable(val)
self._updateAUI()
else:
self._properties["LeftDockable"] = val
def _getManager(self):
try:
mgr = self._mgr
except AttributeError:
mgr = self._mgr = self.Form._mgr
return mgr
def _getMovable(self):
return self._movable
def _setMovable(self, val):
if self._constructed():
self._movable = val
self._PaneInfo.Movable(val)
self._updateAUI()
else:
self._properties["Movable"] = val
def _getPaneInfo(self):
try:
mgr = self._mgr
except AttributeError:
mgr = self._mgr = self.Form._mgr
return mgr.GetPane(self)
def _getResizable(self):
return self._resizable
def _setResizable(self, val):
if self._constructed():
self._resizable = val
self._PaneInfo.Resizable(val)
self._updateAUI()
else:
self._properties["Resizable"] = val
def _getRight(self):
return self.__getPosition()[0] + self.__getSize()[0]
def _setRight(self, val):
if self._constructed():
if self.Floating:
self.FloatingRight = val
else:
dabo.log.error(_("Cannot set the position of a docked panel"))
else:
self._properties["Right"] = val
def _getRightDockable(self):
return self._rightDockable
def _setRightDockable(self, val):
if self._constructed():
self._PaneInfo.RightDockable(val)
self._updateAUI()
else:
self._properties["RightDockable"] = val
def _getShowBorder(self):
return self._showBorder
def _setShowBorder(self, val):
if self._constructed():
self._showBorder = val
self._PaneInfo.PaneBorder(val)
self._updateAUI()
else:
self._properties["ShowBorder"] = val
def _getShowCaption(self):
return self._showCaption
def _setShowCaption(self, val):
if self._constructed():
self._showCaption = val
self._PaneInfo.CaptionVisible(val)
self._updateAUI()
else:
self._properties["ShowCaption"] = val
def _getShowCloseButton(self):
return self._showCloseButton
def _setShowCloseButton(self, val):
if self._constructed():
self._showCloseButton = val
self._PaneInfo.CloseButton(val)
self.Form._refreshState(0)
self.Form.lockDisplay()
self.Docked = not self.Docked
dabo.ui.setAfterInterval(100, self, "Docked", not self.Docked)
dabo.ui.callAfterInterval(150, self.Form.unlockDisplay)
else:
self._properties["ShowCloseButton"] = val
def _getShowGripper(self):
return self._showGripper
def _setShowGripper(self, val):
if self._constructed():
if val == self._showGripper:
return
self._showGripper = val
self._PaneInfo.Gripper(val)
self._updateAUI()
else:
self._properties["ShowGripper"] = val
def _getShowMaximizeButton(self):
return self._showMaximizeButton
def _setShowMaximizeButton(self, val):
if self._constructed():
self._showMaximizeButton = val
self._PaneInfo.MaximizeButton(val)
self._updateAUI()
else:
self._properties["ShowMaximizeButton"] = val
def _getShowMinimizeButton(self):
return self._showMinimizeButton
def _setShowMinimizeButton(self, val):
if self._constructed():
self._showMinimizeButton = val
self._PaneInfo.MinimizeButton(val)
self._updateAUI()
else:
self._properties["ShowMinimizeButton"] = val
def _getShowPinButton(self):
return self._showPinButton
def _setShowPinButton(self, val):
if self._constructed():
self._showPinButton = val
self._PaneInfo.PinButton(val)
self._updateAUI()
else:
self._properties["ShowPinButton"] = val
def _getToolbar(self):
return self._toolbar
def _getTop(self):
return self.__getPosition()[1]
def _setTop(self, val):
if self._constructed():
if self.Floating:
self.FloatingTop = val
else:
dabo.log.error(_("Cannot set the position of a docked panel"))
else:
self._properties["Top"] = val
def _getTopDockable(self):
return self._topDockable
def _setTopDockable(self, val):
if self._constructed():
self._PaneInfo.TopDockable(val)
self._updateAUI()
else:
self._properties["TopDockable"] = val
def _getVisible(self):
return self._PaneInfo.IsShown()
def _setVisible(self, val):
if self._constructed():
self._PaneInfo.Show(val)
self._updateAUI()
else:
self._properties["Visible"] = val
def _getWidth(self):
return self.__getSize()[0]
def _setWidth(self, val):
if self._constructed():
if self.Floating:
self.FloatingWidth = val
else:
dabo.log.error(_("Cannot set the Size of a docked panel"))
else:
self._properties["Width"] = val
Bottom = property(_getBottom, _setBottom, None,
_("Position in pixels of the bottom side of the panel. Read-only when docked; read-write when floating (int)"))
BottomDockable = property(_getBottomDockable, _setBottomDockable, None,
_("Can the panel be docked to the bottom edge of the form? Default=True (bool)"))
Caption = property(_getCaption, _setCaption, None,
_("Text that appears in the title bar (str)"))
DestroyOnClose = property(_getDestroyOnClose, _setDestroyOnClose, None,
_("When the panel's Close button is clicked, does the panel get destroyed (True) or just hidden (False, default) (bool)"))
Dockable = property(_getDockable, _setDockable, None,
_("Can the panel be docked to the form? Default=True (bool)"))
Docked = property(_getDocked, _setDocked, None,
_("Determines whether the pane is floating (False) or docked (True) (bool)"))
DockSide = property(_getDockSide, _setDockSide, None,
_("""Side of the form that the panel is either currently docked to,
or would be if dock() were to be called. Possible values are
'Left', 'Right', 'Top' and 'Bottom'. (str)"""))
Floatable = property(_getFloatable, _setFloatable, None,
_("Can the panel be undocked from the form and float independently? Default=True (bool)"))
Floating = property(_getFloating, _setFloating, None,
_("Determines whether the pane is floating (True) or docked (False) (bool)"))
FloatingBottom = property(_getFloatingBottom, _setFloatingBottom, None,
_("Bottom coordinate of the panel when floating (int)"))
FloatingHeight = property(_getFloatingHeight, _setFloatingHeight, None,
_("Height of the panel when floating (int)"))
FloatingLeft = property(_getFloatingLeft, _setFloatingLeft, None,
_("Left coordinate of the panel when floating (int)"))
FloatingPosition = property(_getFloatingPosition, _setFloatingPosition, None,
_("Position of the panel when floating (2-tuple of ints)"))
FloatingRight = property(_getFloatingRight, _setFloatingRight, None,
_("Right coordinate of the panel when floating (int)"))
FloatingSize = property(_getFloatingSize, _setFloatingSize, None,
_("Size of the panel when floating (2-tuple of ints)"))
FloatingTop = property(_getFloatingTop, _setFloatingTop, None,
_("Top coordinate of the panel when floating (int)"))
FloatingWidth = property(_getFloatingWidth, _setFloatingWidth, None,
_("Width of the panel when floating (int)"))
GripperPosition = property(_getGripperPosition, _setGripperPosition, None,
_("If a gripper is shown, is it on the Top or Left side? Default = 'Left' ('Top' or 'Left')"))
Height = property(_getHeight, _setHeight, None,
_("Position in pixels of the height of the panel. Read-only when docked; read-write when floating (int)"))
Left = property(_getLeft, _setLeft, None,
_("Position in pixels of the left side of the panel. Read-only when docked; read-write when floating (int)"))
LeftDockable = property(_getLeftDockable, _setLeftDockable, None,
_("Can the panel be docked to the left edge of the form? Default=True (bool)"))
_Manager = property(_getManager, None, None,
_("Reference to the AUI manager (for internal use only). (_dDockManager)"))
Movable = property(_getMovable, _setMovable, None,
_("Can the panel be moved (True, default), or is it in a fixed position (False). (bool)"))
_PaneInfo = property(_getPaneInfo, None, None,
_("Reference to the AUI PaneInfo object (for internal use only). (wx.aui.PaneInfo)"))
Resizable = property(_getResizable, _setResizable, None,
_("Can the panel be resized? Default=True (bool)"))
Right = property(_getRight, _setRight, None,
_("Position in pixels of the right side of the panel. Read-only when docked; read-write when floating (int)"))
RightDockable = property(_getRightDockable, _setRightDockable, None,
_("Can the panel be docked to the right edge of the form? Default=True (bool)"))
ShowBorder = property(_getShowBorder, _setShowBorder, None,
_("Should the panel's border be shown when floating? (bool)"))
ShowCaption = property(_getShowCaption, _setShowCaption, None,
_("Should the panel's Caption be shown when it is docked? Default=True (bool)"))
ShowCloseButton = property(_getShowCloseButton, _setShowCloseButton, None,
_("Does the panel display a close button when floating? Default=True (bool)"))
ShowGripper = property(_getShowGripper, _setShowGripper, None,
_("Does the panel display a draggable gripper? Default=False (bool)"))
ShowMaximizeButton = property(_getShowMaximizeButton, _setShowMaximizeButton, None,
_("Does the panel display a maximize button when floating? Default=False (bool)"))
ShowMinimizeButton = property(_getShowMinimizeButton, _setShowMinimizeButton, None,
_("Does the panel display a minimize button when floating? Default=False (bool)"))
ShowPinButton = property(_getShowPinButton, _setShowPinButton, None,
_("Does the panel display a pin button when floating? Default=False (bool)"))
Toolbar = property(_getToolbar, None, None,
_("Returns True if this is a Toolbar pane. Default=False (bool)"))
Top = property(_getTop, _setTop, None,
_("Position in pixels of the top side of the panel. Read-only when docked; read-write when floating (int)"))
TopDockable = property(_getTopDockable, _setTopDockable, None,
_("Can the panel be docked to the top edge of the form? Default=True (bool)"))
Visible = property(_getVisible, _setVisible, None,
_("Is the panel shown? (bool)"))
Width = property(_getWidth, _setWidth, None,
_("Position in pixels of the width of the panel. Read-only when docked; read-write when floating (int)"))
DynamicCaption = makeDynamicProperty(Caption)
class dTreeView(dcm.dControlMixin, wx.TreeCtrl):
"""Creates a treeview, which allows display of hierarchical data."""
def __init__(self,
parent,
properties=None,
attProperties=None,
*args,
**kwargs):
self._baseClass = dTreeView
# Dictionary for tracking images by key value
self.__imageList = {}
self.nodes = []
self._rootNode = None
# Class to use for creating nodes
self._nodeClass = dNode
# Default size for images added to the tree.
self._imageSize = (16, 16)
# Do we set tooltips from the nodes?
self._useNodeToolTips = False
# Store the default ToolTipText while UseNodeToolTips is True
self._storedToolTipText = None
style = self._extractKey((properties, attProperties, kwargs), "style",
0) | wx.TR_HAS_VARIABLE_ROW_HEIGHT
# Default to showing buttons
val = self._extractKey(attProperties, "ShowButtons", None)
if val is not None:
val = (val == "True")
else:
val = self._extractKey((properties, kwargs), "ShowButtons", True)
if val:
style = style | wx.TR_HAS_BUTTONS
# Default to showing lines
val = self._extractKey(attProperties, "ShowLines", None)
if val is not None:
val = (val == "True")
else:
val = self._extractKey((properties, kwargs), "ShowLines", True)
if not val:
style = style | wx.TR_NO_LINES
# Default to showing root node
val = self._extractKey(attProperties, "ShowRootNode", None)
if val is not None:
val = (val == "True")
else:
val = self._extractKey((properties, kwargs), "ShowRootNode", True)
if not val:
style = style | wx.TR_HIDE_ROOT
# Default to showing root node lines
val = self._extractKey(attProperties, "ShowRootNodeLines", None)
if val is not None:
val = (val == "True")
else:
val = self._extractKey((properties, kwargs), "ShowRootNodeLines",
True)
if val:
style = style | wx.TR_LINES_AT_ROOT
preClass = wx.PreTreeCtrl
dcm.dControlMixin.__init__(self,
preClass,
parent,
properties=properties,
attProperties=attProperties,
style=style,
*args,
**kwargs)
def _initEvents(self):
super(dTreeView, self)._initEvents()
self.Bind(wx.EVT_LEFT_UP, self._onWxHit)
self.Bind(wx.EVT_KEY_UP, self.__onKeyUp)
self.Bind(wx.EVT_TREE_SEL_CHANGED, self.__onTreeSel)
self.Bind(wx.EVT_TREE_ITEM_COLLAPSED, self.__onTreeItemCollapse)
self.Bind(wx.EVT_TREE_ITEM_EXPANDED, self.__onTreeItemExpand)
self.Bind(wx.EVT_TREE_ITEM_MENU, self.__onTreeItemContextMenu)
self.Bind(wx.EVT_TREE_BEGIN_DRAG, self.__onTreeBeginDrag)
self.Bind(wx.EVT_TREE_END_DRAG, self.__onTreeEndDrag)
self.Bind(wx.EVT_MOTION, self.__onTreeMouseMove)
def __onTreeItemContextMenu(self, evt):
self.raiseEvent(dEvents.TreeItemContextMenu, evt)
def __onTreeBeginDrag(self, evt):
if self._allowDrag(evt):
evt.Allow()
# We need to select the item being dragged
# so we don't try to drag an old selected item
self.SelectItem(evt.GetItem())
evt.Skip()
self.raiseEvent(dEvents.TreeBeginDrag, evt)
def __onTreeEndDrag(self, evt):
evt.Skip()
# We need to select only our destination node
if self.MultipleSelect:
self.UnselectAll()
self.SelectItem(evt.GetItem())
self.raiseEvent(dEvents.TreeEndDrag, evt)
def _allowDrag(self, evt):
nd = self.find(evt.GetItem())
return self.allowDrag(nd)
def allowDrag(self, node):
# Override in subclasses in needed.
return True
def _getInitPropertiesList(self):
original = list(super(dTreeView, self)._getInitPropertiesList())
original.remove("MultipleSelect")
return tuple(original)
def clear(self, clearImageList=False):
self.DeleteAllItems()
self.nodes = []
if clearImageList:
il = self.GetImageList()
if il:
il.RemoveAll()
self.__imageList = {}
def refreshDisplay(self):
"""
Changing some node appearance properties requires that the tree be
collapsed and re-opened in order to update any sizing issues.
"""
self.lockDisplay()
sel = self.Selection
ndExp = ((nd, nd.Expanded) for nd in self.nodes
if ((not nd.IsRootNode) or self.ShowRootNode))
self.collapseAll()
for nd, exp in ndExp:
nd.Expanded = exp
self.Selection = sel
self.unlockDisplay()
def getRootNode(self):
return self._rootNode
def setRootNode(self, txt):
itemID = self.AddRoot(txt)
ret = self._rootNode = self.NodeClass(self, itemID, None)
if self.ShowRootNode:
self.SetItemFont(ret.itemID, self.GetFont())
self.nodes.append(ret)
return ret
def appendNode(self, node, txt):
if node is None:
# Get the root node
ndid = self.GetRootItem()
else:
ndid = node.itemID
itemID = self.AppendItem(ndid, txt)
ret = self.NodeClass(self, itemID, node)
self.SetItemFont(ret.itemID, self.GetFont())
self.nodes.append(ret)
return ret
def removeNode(self, node):
self.Delete(node.itemID)
for n in node.Descendents:
self.nodes.remove(n)
self.nodes.remove(node)
def expand(self, node):
self.Expand(node.itemID)
def collapse(self, node):
self.Collapse(node.itemID)
def expandAll(self):
nds = self.nodes
if not self.ShowRootNode:
nds = [nd for nd in self.nodes if not nd.IsRootNode]
for n in nds:
self.expand(n)
def collapseAll(self):
nds = self.nodes
if not self.ShowRootNode:
nds = [nd for nd in self.nodes if not nd.IsRootNode]
for n in nds:
self.collapse(n)
def expandBranch(self, nd):
"""Expands the specified node, as well as any of its child nodes."""
self.ExpandAllChildren(nd.itemID)
def collapseBranch(self, nd):
"""Collapses the specified node, as well as any of its child nodes."""
self.CollapseAllChildren(nd.itemID)
def showNode(self, node):
self.EnsureVisible(node.itemID)
# Image-handling function
def addImage(self, img, key=None):
"""
Adds the passed image to the control's ImageList, and maintains
a reference to it that is retrievable via the key value.
"""
# Default image size
wd, ht = self.ImageSize
il = self.GetImageList()
if not il:
il = wx.ImageList(wd, ht, initialCount=0)
self.AssignImageList(il)
else:
if il.GetImageCount():
wd, ht = il.GetSize(0)
if key is None:
key = ustr(img)
if isinstance(img, basestring):
img = dabo.ui.strToBmp(img, width=wd, height=ht)
idx = il.Add(img)
self.__imageList[key] = idx
def setNodeImg(self, node, imgKey, which="normal"):
"""
Sets the specified node's image to the image corresponding to the
specified key. May also optionally pass the index of the image in the
image list rather than the key, which is the state of the node.
Valid states are:
'normal'
'expanded'
'selected'
'selectedexpanded'
"""
whichdict = {
"normal": wx.TreeItemIcon_Normal,
"expanded": wx.TreeItemIcon_Expanded,
"selected": wx.TreeItemIcon_Selected,
"selectedexpanded": wx.TreeItemIcon_SelectedExpanded
}
if which.lower() not in whichdict:
raise ValueError(_("Invalid Node State: %s") % which)
if isinstance(imgKey, int):
imgIdx = imgKey
else:
imgIdx = self.__imageList[imgKey]
self.SetItemImage(node.itemID, imgIdx, whichdict[which.lower()])
def getNodeImg(self, node, which="normal"):
"""
Returns the index of the specified node's image in the
current image list, or -1 if no image is set for the node.
Which is the state of the node.
Valid states are:
'normal'
'expanded'
'selected'
'selectedexpanded'
"""
whichdict = {
"normal": wx.TreeItemIcon_Normal,
"expanded": wx.TreeItemIcon_Expanded,
"selected": wx.TreeItemIcon_Selected,
"selectedexpanded": wx.TreeItemIcon_SelectedExpanded
}
if which.lower() not in whichdict:
raise ValueError(_("Invalid Node State: %s") % which)
return self.GetItemImage(node.itemID, whichdict[which.lower()])
def nodeForObject(self, obj):
"""Given an object, returns the corresponding node."""
try:
return [nd for nd in self.nodes if nd._object is obj][0]
except IndexError:
return None
def getParentNode(self, node):
"""
Returns the node that is the parent of the given node, or
None if the node is the root.
"""
parentID = self.GetItemParent(node.itemID)
ret = self.find(parentID)
if ret:
if isinstance(ret, list):
ret = ret[0]
else:
ret = None
return ret
def getChildren(self, node):
"""Returns a list of all nodes that are child nodes of this node."""
ret = [n for n in self.nodes if n.parent == node]
return ret
def getDescendents(self, node):
"""Returns a list of all nodes that are direct descendents of this node."""
ret = []
for n in self.nodes:
par = n.parent
while par:
if par == node:
ret.append(n)
break
else:
par = par.parent
return ret
def getSiblings(self, node):
"""
Returns a list of all nodes at the same level as the specified
node. The specified node is included in the list.
"""
ret = [n for n in self.nodes if n.parent == node.parent]
return ret
def find(self, srch, top=None):
"""
Searches the nodes collection for all nodes that match
whose text matches the passed search value (if a text value
was passed). If a wxPython TreeItemID object is passed, returns
a list nodes matching that itemID value. If a specific node is passed
in the top property, the search is limited to descendents of that
node.
Returns a list of matching nodes.
"""
ret = []
if top is None:
nodes = self.nodes
else:
nodes = top.Descendents
if isinstance(srch, basestring):
ret = [n for n in nodes if n.Caption == srch]
elif isinstance(srch, wx.TreeItemId):
ret = [n for n in nodes if n.itemID == srch]
return ret
def findPattern(self, srchPat, top=None):
"""
Allows for regexp pattern matching in order to find matching
nodes using less than exact matches. If a specific node is passed
in the top property, the search is limited to descendents of that
node.
Returns a list of matching nodes.
"""
ret = []
if top is None:
nodes = self.nodes
else:
nodes = top.Descendents
if isinstance(srchPat, basestring):
ret = [n for n in nodes if re.match(srchPat, n.Caption)]
return ret
# These related functions all use self._getRelative().
# - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
def nextSibling(self, nd=None):
"""Returns the next sibling node, or None if there are no more"""
return self._getRelative(nd, self.GetNextSibling)
def priorSibling(self, nd=None):
"""Returns the prior sibling node, or None if there are no more"""
return self._getRelative(nd, self.GetPrevSibling)
def nextNode(self, nd=None):
"""
If the current node has children, returns the first child node. If
it has no children, returns the next sibling. If there are no next
siblings, returns the next sibling of the parent node. If the parent
node has no more siblings, returns the next sibling of the grand-
parent node, etc. Returns None if we are at the absolute bottom
of the flattened tree structure. Sometimes referred to as 'flatdown'
navigation.
"""
if not isinstance(nd, dNode):
nd = self.nodeForObject(nd)
if nd is None:
nd = self.Selection
if isinstance(nd, list):
if nd:
nd = nd[0]
else:
# Empty list
return None
try:
ret = self.getChildren(nd)[0]
except IndexError:
ret = None
if ret is None:
ret = self._getRelative(nd, self.GetNextSibling)
while ret is None:
# No more siblings. Go up the tree, getting the next
# sibling of each parent until we either find one, or
# we reach the top.
nd = self.getParentNode(nd)
if nd is None:
break
ret = self._getRelative(nd, self.GetNextSibling)
return ret
def priorNode(self, nd=None):
"""
Returns last child of the prior sibling node. If there
are no prior siblings, returns the parent. Sometimes
referred to as 'flatup' navigation.
"""
if not isinstance(nd, dNode):
nd = self.nodeForObject(nd)
if nd is None:
nd = self.Selection
if isinstance(nd, list):
if nd:
nd = nd[0]
else:
# Empty list
return None
ret = self._getRelative(nd, self.GetPrevSibling)
if ret is None:
try:
ret = self.getParentNode(nd)
except wx.PyAssertionError:
pass
else:
# Find the last child of the last child of the last child...
nd = ret
kids = self.getChildren(nd)
while kids:
nd = kids[-1]
kids = self.getChildren(nd)
ret = nd
return ret
def _getRelative(self, nd, func):
"""
Used by nextNode(), nextSibling(), priorNode() and
priorSibling() methods for relative movement.
"""
if nd is None:
nd = self.Selection
if isinstance(nd, list):
if nd:
nd = nd[0]
else:
# Empty list
return None
try:
itemID = func(nd.itemID)
ret = [nod for nod in self.nodes if nod.itemID == itemID][0]
except IndexError:
ret = None
return ret
# - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
def makeDirTree(self,
dirPath,
wildcard=None,
ignored=None,
showHidden=False,
expand=False):
"""
Make this dTreeView show a filesystem directory hierarchy. You
can specify a wildcard pattern: e.g., "\*py" will only include files
ending in 'py'. You can also pass a list of wildcards, and files
matching any of these will be included in the tree. If no wildcard
is specified, all files will be included.
You can also specify file patterns to ignore in the 'ignored' parameter.
This can be a single string of a file pattern, or a list of such patterns.
Any file matching any of these patterns will not be included in the tree.
By default, hidden files (i.e., those beginning with a period) are ignored.
You can optionally show them by passing True in the showHidden
parameter.
The tree defaults to fully collapsed; you can change it to fully
expanded by passing True in the 'expand' parameter.
Warning: Don't use this for huge hierarchies, as it blocks while
filling the complete tree, instead of only filling the nodes as
they are opened.
"""
self.clear(clearImageList=True)
# Add the standard images for a directory tree
self.addImage("folder", "folder")
self.addImage("folderopen", "folderopen")
self.addImage("normalfile", "file")
self.addImage("executablefile", "executablefile")
# Add any trailing slash character
self._pathNode = {}
# Define the function to be passed to os.path.walk
def addNode(arg, currDir, fNames):
wildcards, ignored, showHid = arg
prnt, nm = os.path.split(currDir)
if not showHid and nm.startswith("."):
return
try:
nd = self._pathNode[currDir] = self._pathNode[
prnt].appendChild(nm)
except (KeyError, AttributeError):
# If this is the first entry, we need to set the root
if not self._pathNode:
nd = self._pathNode[currDir] = self.setRootNode(nm)
else:
# parent wasn't added, because it was hidden
return
self.setNodeImg(nd, "folder", "normal")
self.setNodeImg(nd, "folderopen", "expanded")
nd.ToolTipText = nd._filePath = currDir
acceptedNames = ignoredNames = None
if wildcards is not None:
acceptedNames = []
for wc in wildcards:
acceptedNames += glob.glob(
os.path.join(currDir, wc.lower()))
acceptedNames += glob.glob(
os.path.join(currDir, wc.upper()))
if ignored is not None:
ignoredNames = []
for ig in ignored:
ignoredNames += glob.glob(os.path.join(
currDir, ig.lower()))
ignoredNames += glob.glob(os.path.join(
currDir, ig.upper()))
for f in fNames:
fullName = os.path.join(currDir, f)
if os.path.isdir(fullName):
# it will be added as a directory
continue
if not showHid and f.startswith("."):
continue
if acceptedNames is not None:
if fullName not in acceptedNames:
continue
if ignoredNames is not None:
if fullName in ignoredNames:
continue
kid = nd.appendChild(f)
kid._filePath = fullName
self.setNodeImg(kid, "file", "normal")
kid.ToolTipText = fullName
def sortNode(arg, currDir, fNames):
if currDir in self._pathNode:
self.SortChildren(self._pathNode[currDir].itemID)
if wildcard and not isinstance(wildcard, (list, tuple)):
# single string passed
wildcard = [wildcard]
if ignored and not isinstance(ignored, (list, tuple)):
# single string passed
ignored = [ignored]
arg = (wildcard, ignored, showHidden)
os.path.walk(dirPath, addNode, arg)
os.path.walk(dirPath, sortNode, None)
if expand:
self.expandAll()
def _setAbsoluteFontZoom(self, newZoom):
self._currFontZoom = newZoom
for node in self.nodes:
origFontSize = node._origFontSize = getattr(
node, "_origFontSize", node.FontSize)
fontSize = origFontSize + newZoom
if fontSize > 1:
node.FontSize = fontSize
if self.Form is not None:
dabo.ui.callAfterInterval(200, self.Form.layout)
def treeFromStructure(self, stru, topNode=None):
"""
Given a sequence of items with a standard format,
this will construct a tree structure and append it to
the specified 'topNode'. If 'topNode' is None, the tree
will be cleared, and a new structure containing only the
passed info will be created. The info should be passed
as a sequence of either lists or tuples, with the first
element being the text to be displayed, and, if there are
to be child nodes, the second being the child node
information. If there are no children for that node, either
do not include the second element, or set it to None.
If there are child nodes, the child information will be
recursively parsed.
"""
addRoot = (topNode is None)
if addRoot:
self.DeleteAllItems()
if isinstance(stru[0], basestring):
# We're at the end of the recursion. Just append the node
self.appendNode(topNode, stru[0])
else:
for nodes in stru:
txt = nodes[0]
if addRoot:
nd = self.setRootNode(txt)
addRoot = False
else:
nd = self.appendNode(topNode, txt)
try:
kids = nodes[1]
except IndexError:
kids = None
if kids:
self.treeFromStructure(kids, nd)
def addDummyData(self):
"""For testing purposes!"""
root = ["This is the root"]
kid1 = ["First Child"]
kid2 = ["Second Child"]
kid3 = ["Third Child"]
gk1 = ["Grandkid #1"]
gk2 = ["Grandkid #2"]
gk3 = ["Grandkid #3"]
ggk1 = ["Great-Grandkid #1"]
root.append([kid1, kid2, kid3])
kid2.append([gk1, gk2, gk3])
gk2.append(ggk1)
self.treeFromStructure([root])
### NOTE: This will also work
# self.DeleteAllItems()
# r = self.setRootNode("This is the root")
# c1 = r.appendChild("First Child")
# c2 = r.appendChild("Second Child")
# c3 = r.appendChild("Third Child")
# c21 = c2.appendChild("Grandkid #1")
# c22 = c2.appendChild("Grandkid #2")
# c23 = c2.appendChild("Grandkid #3")
# c221 = c22.appendChild("Great-Grandkid #1")
def getNodeForID(self, idval):
"""Given a wx item ID, returns the corresponding node, or None."""
try:
ret = [nd for nd in self.nodes if nd.itemID == idval][0]
except IndexError:
ret = None
return ret
def getNodeUnderMouse(self, includeSpace=False, includeButton=True):
"""
Returns the node directly under the mouse, or None if the mouse is not
over a node. If 'includeSpace' is True, the empty space to the right of the node
is counted as part of the node. Likewise, if 'includeButton' is True, the
area for the expanding/collapsing button is considered part of the node.
Otherwise, it is considered to not be over any node.
"""
# The following wxPython constants are available:
# wx.TREE_HITTEST_ABOVE: Above the client area.
# wx.TREE_HITTEST_BELOW: Below the client area.
# wx.TREE_HITTEST_NOWHERE: In the client area but below the last item.
# wx.TREE_HITTEST_ONITEMBUTTON: On the button associated with an item.
# wx.TREE_HITTEST_ONITEMICON: On the bitmap associated with an item.
# wx.TREE_HITTEST_ONITEMINDENT: In the indentation associated with an item.
# wx.TREE_HITTEST_ONITEMLABEL: On the label (string) associated with an item.
# wx.TREE_HITTEST_ONITEMRIGHT: In the area to the right of an item.
# wx.TREE_HITTEST_ONITEMSTATEICON: On the state icon for a tree view item that is in a user-defined state.
# wx.TREE_HITTEST_TOLEFT: To the right of the client area.
# wx.TREE_HITTEST_TORIGHT: To the left of the client area.
ret = None
mp = self.getMousePosition()
idval, flag = self.HitTest(mp)
overFlags = (wx.TREE_HITTEST_ONITEMICON | wx.TREE_HITTEST_ONITEMINDENT
| wx.TREE_HITTEST_ONITEMLABEL)
if includeSpace:
overFlags = overFlags | wx.TREE_HITTEST_ONITEMRIGHT
if includeButton:
overFlags = overFlags | wx.TREE_HITTEST_ONITEMBUTTON
if idval and (flag & overFlags):
ret = self.getNodeForID(idval)
return ret
def getBaseNodeClass(cls):
return dNode
getBaseNodeClass = classmethod(getBaseNodeClass)
# Event-handling code
def __onTreeSel(self, evt):
self.raiseEvent(dEvents.TreeSelection, evt)
def __onKeyUp(self, evt):
evt.Skip()
if evt.GetKeyCode() in (316, 317, 318, 319):
self._onWxHit(evt)
def __onTreeItemCollapse(self, evt):
self.raiseEvent(dEvents.TreeItemCollapse, evt)
def __onTreeItemExpand(self, evt):
self.raiseEvent(dEvents.TreeItemExpand, evt)
def __onTreeMouseMove(self, evt):
if self._useNodeToolTips:
nd = self.getNodeUnderMouse()
if nd:
if nd.ToolTipText:
self.ToolTipText = nd.ToolTipText
else:
self.ToolTipText = nd.Caption
else:
if self._storedToolTipText is not None:
self.ToolTipText = self._storedToolTipText
else:
self.ToolTipText = ""
def _getBaseNodes(self):
if self.ShowRootNode:
return [self._rootNode]
else:
return [
nd for nd in self.nodes
if nd.parent is not None and nd.parent.IsRootNode
]
def _getEditable(self):
return self._hasWindowStyleFlag(wx.TR_EDIT_LABELS)
def _setEditable(self, val):
self._delWindowStyleFlag(wx.TR_EDIT_LABELS)
if val:
self._addWindowStyleFlag(wx.TR_EDIT_LABELS)
def _getImageSize(self):
return self._imageSize
def _setImageSize(self, val):
if self._constructed():
self._imageSize = val
else:
self._properties["ImageSize"] = val
def _getMultipleSelect(self):
return self._hasWindowStyleFlag(wx.TR_MULTIPLE)
def _setMultipleSelect(self, val):
self._delWindowStyleFlag(wx.TR_MULTIPLE)
self._delWindowStyleFlag(wx.TR_EXTENDED)
self._delWindowStyleFlag(wx.TR_SINGLE)
if val:
self._addWindowStyleFlag(wx.TR_MULTIPLE)
self._addWindowStyleFlag(wx.TR_EXTENDED)
else:
if self._constructed():
self.lockDisplay()
sel = self.Selection
self.UnselectAll()
self._addWindowStyleFlag(wx.TR_SINGLE)
self.Selection = sel
self.unlockDisplay()
else:
self._addWindowStyleFlag(wx.TR_SINGLE)
def _getNodeClass(self):
return self._nodeClass
def _setNodeClass(self, val):
if self._constructed():
self._nodeClass = val
else:
self._properties["NodeClass"] = val
def _getSelection(self):
if self.MultipleSelect:
ids = self.GetSelections()
ret = [node for node in self.nodes if node.itemID in ids]
else:
itemID = self.GetSelection()
if itemID:
try:
ret = [n for n in self.nodes if n.itemID == itemID][0]
except IndexError:
ret = None
else:
ret = None
return ret
def _setSelection(self, node):
if self._constructed():
self.UnselectAll()
if not node:
return
if isinstance(node, (list, tuple)):
if self.MultipleSelect:
for itm in node:
self.SelectItem(itm.itemID, True)
else:
if len(node) > 1:
dabo.log.error(
_("Attempting to select multiple nodes when MultipleSelect is False"
))
self.SelectItem(node[0].itemID)
else:
self.SelectItem(node.itemID)
else:
self._properties["Selection"] = node
def _getShowButtons(self):
return self._hasWindowStyleFlag(wx.TR_HAS_BUTTONS)
def _setShowButtons(self, val):
if val:
self._delWindowStyleFlag(wx.TR_NO_BUTTONS)
self._addWindowStyleFlag(wx.TR_HAS_BUTTONS)
else:
self._delWindowStyleFlag(wx.TR_HAS_BUTTONS)
self._addWindowStyleFlag(wx.TR_NO_BUTTONS)
if self._constructed():
try:
self.refresh()
except AttributeError:
# Control may not be constructed yet
pass
def _getShowLines(self):
return not self._hasWindowStyleFlag(wx.TR_NO_LINES)
def _setShowLines(self, val):
self._delWindowStyleFlag(wx.TR_NO_LINES)
if not val:
self._addWindowStyleFlag(wx.TR_NO_LINES)
if self._constructed():
try:
self.refresh()
except AttributeError:
# Control may not be constructed yet
pass
def _getShowRootNode(self):
return not self._hasWindowStyleFlag(wx.TR_HIDE_ROOT)
def _setShowRootNode(self, val):
self._delWindowStyleFlag(wx.TR_HIDE_ROOT)
if not val:
self._addWindowStyleFlag(wx.TR_HIDE_ROOT)
if self._constructed():
try:
self.refresh()
except AttributeError:
# Control may not be constructed yet
pass
def _getShowRootNodeLines(self):
return self._hasWindowStyleFlag(wx.TR_LINES_AT_ROOT)
def _setShowRootNodeLines(self, val):
self._delWindowStyleFlag(wx.TR_LINES_AT_ROOT)
if val:
self._addWindowStyleFlag(wx.TR_LINES_AT_ROOT)
if self._constructed():
try:
self.refresh()
except AttributeError:
# Control may not be constructed yet
pass
def _getUseNodeToolTips(self):
return self._useNodeToolTips
def _setUseNodeToolTips(self, val):
if self._constructed():
if val:
self._storedToolTipText = self.ToolTipText
else:
if self._storedToolTipText is not None:
self.ToolTipText = self._storedToolTipText
self._useNodeToolTips = val
else:
self._properties["UseNodeToolTips"] = val
BaseNodes = property(
_getBaseNodes, None, None,
_("""Returns the root node if ShowRootNode is True; otherwise,
returns all the nodes who are not children of other nodes
(read-only) (list of nodes)"""))
Editable = property(
_getEditable, _setEditable, None,
_("""Specifies whether the tree labels can be edited by the user."""))
ImageSize = property(
_getImageSize, _setImageSize, None,
_("Size of images added to the tree. Default=(15, 15) (2-tuple of int)"
))
MultipleSelect = property(
_getMultipleSelect, _setMultipleSelect, None,
_("""Specifies whether more than one node may be selected at once."""))
NodeClass = property(_getNodeClass, _setNodeClass, None,
_("Class to use when creating nodes (dNode)"))
Selection = property(
_getSelection, _setSelection, None,
_("""Specifies which node or nodes are selected.
If MultipleSelect is False, the currently selected node is specified. If MultipleSelect
is True, a list of selected nodes is specified."""))
ShowButtons = property(
_getShowButtons, _setShowButtons, None,
_("""Specifies whether +/- indicators are show at the left of parent nodes."""
))
ShowLines = property(
_getShowLines, _setShowLines, None,
_("Specifies whether lines are drawn between nodes. (bool)"))
ShowRootNode = property(
_getShowRootNode, _setShowRootNode, None,
_("""Specifies whether the root node is included in the treeview.
There can be only one root node, so if you want several root nodes you can
fake it by setting ShowRootNode to False. Now, your top child nodes have
the visual indication of being sibling root nodes."""))
ShowRootNodeLines = property(
_getShowRootNodeLines, _setShowRootNodeLines, None,
_("""Specifies whether vertical lines are shown between root siblings."""
))
UseNodeToolTips = property(
_getUseNodeToolTips, _setUseNodeToolTips, None,
_("""When True, the ToolTipText displayed is taken from the node.
Default=False (bool)"""))
DynamicEditable = makeDynamicProperty(Editable)
DynamicMultipleSelect = makeDynamicProperty(MultipleSelect)
DynamicSelection = makeDynamicProperty(Selection)
DynamicShowButtons = makeDynamicProperty(ShowButtons)
DynamicShowLines = makeDynamicProperty(ShowLines)
DynamicShowRootNode = makeDynamicProperty(ShowRootNode)
DynamicShowRootNodeLines = makeDynamicProperty(ShowRootNodeLines)
class dSplitter(cm.dControlMixin, wx.SplitterWindow):
"""
Main class for handling split windows. It will contain two
panels (subclass of SplitterPanelMixin), each of which can further
split itself in two.
"""
def __init__(self, parent, properties=None, attProperties=None, *args, **kwargs):
self._baseClass = dSplitter
unsplitAtt = self._extractKey((kwargs, properties, attProperties), "CanUnsplit", "True")
self._canUnsplit = unsplitAtt.upper()[0] == "T"
baseStyle = wx.SP_3D | wx.SP_LIVE_UPDATE
if self._canUnsplit:
baseStyle = baseStyle | wx.SP_PERMIT_UNSPLIT
style = self._extractKey((kwargs, properties, attProperties), "style", baseStyle)
self._createPanes = self._extractKey(attProperties, "createPanes", None)
if self._createPanes is not None:
self._createPanes = (self._createPanes == "True")
else:
self._createPanes = self._extractKey((kwargs, properties), "createPanes", False)
self._createSizers = self._extractKey(attProperties, "createSizers", None)
if self._createSizers is not None:
self._createSizers = (self._createSizers == "True")
else:
self._createSizers = self._extractKey((kwargs, properties), "createSizers", False)
self._splitOnInit = self._extractKey(attProperties, "splitOnInit", None)
if self._splitOnInit is not None:
self._splitOnInit = (self._splitOnInit == "True")
else:
self._splitOnInit = self._extractKey((kwargs, properties), "splitOnInit", self._createPanes)
# Default to a decent minimum panel size if none is specified
mp = self._extractKey(attProperties, "MinimumPanelSize", None)
if mp is not None:
mp = int(mp)
else:
mp = self._extractKey((kwargs, properties, attProperties), "MinimumPanelSize", 20)
kwargs["MinimumPanelSize"] = mp
# Default to vertical split
self._orientation = self._extractKey((kwargs, properties, attProperties), "Orientation", "v")
self._sashPos = 100
self._sashPercent = 1
self._p1 = self._p2 = None
# Default to not showing the context menus on the panels
self._showPanelSplitMenu = False
preClass = wx.PreSplitterWindow
cm.dControlMixin.__init__(self, preClass, parent, properties=properties,
attProperties=attProperties, style=style, *args, **kwargs)
def _initEvents(self):
super(dSplitter, self)._initEvents()
self.Bind(wx.EVT_SPLITTER_DCLICK, self._onSashDClick)
self.Bind(wx.EVT_SPLITTER_SASH_POS_CHANGED, self._onSashPos)
def _afterInit(self):
# Create the panes
if self._createPanes:
self.createPanes()
if self._splitOnInit:
self.split()
super(dSplitter, self)._afterInit()
def _makeSplitterPanelClass(self, cls):
mixin = SplitterPanelMixin
if hasattr(self.Form, "isDesignerForm"):
mixin = self.Application.getControlClass(mixin)
# See if the class already is mixed in with the SplitterPanelMixin
if isinstance(cls, mixin):
ret = cls
else:
class MixedSplitterPanel(cls, mixin):
def __init__(self, parent, *args, **kwargs):
cls.__init__(self, parent, *args, **kwargs)
mixin.__init__(self, parent, *args, **kwargs)
ret = MixedSplitterPanel
return ret
def createPanes(self, cls=None, pane=None, force=False):
if cls is None:
cls = self.PanelClass
spCls = self._makeSplitterPanelClass(cls)
if pane is None:
p1 = p2 = True
else:
p1 = (pane == 1)
p2 = (pane == 2)
if p1 and (force or self.Panel1 is None):
self.Panel1 = spCls(self)
if self._createSizers:
self.Panel1.Sizer = dabo.ui.dSizer()
if p2 and (force or self.Panel2 is None):
self.Panel2 = spCls(self)
if self._createSizers:
self.Panel2.Sizer = dabo.ui.dSizer()
def initialize(self, pnl):
self.Initialize(pnl)
def layout(self):
if not self:
return
self.Panel1.layout()
self.Panel2.layout()
def _onSashDClick(self, evt):
"""
Handle the double-clicking of the sash. This will call
the user-customizable onSashDClick() method.
"""
## Vetoing the event now will give user code the opportunity to not do the
## default of removing the sash, by calling evt.stop().
evt.Veto()
# Update the internal sash position attribute.
self._getSashPosition()
# Raise a dEvent for other code to bind to,
self.raiseEvent(dEvents.SashDoubleClick, evt)
def _onSashPos(self, evt):
"""Fires when the sash position is changed."""
evt.Skip()
# Update the internal sash position attribute.
self._getSashPosition()
sz = {"V": self.Width, "H": self.Height}[self.Orientation[0]] * 1.0
if sz:
pct = float(self.SashPosition) / sz
self._sashPercent = max(0, min(1, pct))
self.SetSashGravity(self._sashPercent)
# Raise a dEvent for other code to bind to,
self.raiseEvent(dEvents.SashPositionChanged, evt)
def split(self, dir_=None):
if self.IsSplit():
return
if self.Panel1 is None or self.Panel2 is None:
# No panels, so we can't split! Create them.
self.createPanes()
if dir_:
self.Orientation = dir_
# Get the position
pos = self.SashPosition
if self.Orientation == "Horizontal":
self.SplitHorizontally(self.Panel1, self.Panel2, pos)
else:
self.SplitVertically(self.Panel1, self.Panel2, pos)
self.layout()
def unsplit(self, win=None):
if self.IsSplit():
# Save the sash position
self._getSashPosition()
self.Unsplit(win)
self.layout()
def canRemove(self, pnl):
ret = self.IsSplit()
if not ret:
# Make sure that there is at least one level of splitting somewhere
obj = pnl
while obj.Parent and not ret:
obj = obj.Parent
if isinstance(obj, dSplitter):
ret = self.IsSplit()
return ret
def remove(self, pnl):
if self.IsSplit():
self.unsplit(pnl)
else:
# If the parent of this is a SplitterPanelMixin, tell it to hide
prnt = self.Parent
if isinstance(prnt, SplitterPanelMixin):
prnt.remove()
else:
self.Destroy()
def toggleSplit(self):
"""Flips the split status of the control."""
if self.IsSplit():
self.unsplit()
else:
self.split()
def _getCanUnsplit(self):
return self._canUnsplit
def _getMinPanelSize(self):
return self.GetMinimumPaneSize()
def _setMinPanelSize(self, val):
if self._constructed():
self.SetMinimumPaneSize(val)
else:
self._properties["MinimumPanelSize"] = val
def _getOrientation(self):
if self._orientation[0].lower() == "v":
return "Vertical"
else:
return "Horizontal"
def _setOrientation(self, val):
if self._constructed():
orient = val.lower()[0]
if orient in ("h", "v"):
self._orientation = {"h": "Horizontal", "v": "Vertical"}[orient]
if self.IsSplit():
self.lockDisplay()
self.unsplit()
self.split()
self.unlockDisplay()
else:
raise ValueError("Orientation can only be 'Horizontal' or 'Vertical'")
else:
self._properties["Orientation"] = val
def _getPanel1(self):
return self._p1
def _setPanel1(self, pnl):
if self._constructed():
old = self._p1
if self.IsSplit():
if self.Orientation == "Vertical":
self.SplitVertically(pnl, self._p2)
else:
self.SplitHorizontally(pnl, self._p2)
else:
self.Initialize(pnl)
self._p1 = pnl
try:
old.Destroy()
except AttributeError:
pass
else:
self._properties["Panel1"] = pnl
def _getPanel2(self):
return self._p2
def _setPanel2(self, pnl):
if self._constructed():
old = self._p2
self._p2 = pnl
if self.IsSplit():
self.ReplaceWindow(self.GetWindow2(), pnl)
try:
old.Destroy()
except AttributeError:
pass
else:
self._properties["Panel2"] = pnl
def _getPanelClass(self):
try:
ret = self._panelClass
except AttributeError:
ret = self._panelClass = dabo.ui.dPanel
return ret
def _setPanelClass(self, val):
self._panelClass = val
def _getSashPercent(self):
pos = self._getSashPosition()
sz = {"V": self.Width, "H": self.Height}[self.Orientation[0]]
if sz:
ret = 100 * (float(pos) / float(sz))
else:
ret = 0
return ret
def _setSashPercent(self, val):
if self._constructed():
if 0 <= val <= 100:
sz = {"V": self.Width, "H": self.Height}[self.Orientation[0]]
pct = val / 100.0
self._setSashPosition(sz * pct)
self.SetSashGravity(pct)
else:
self._properties["SashPercent"] = val
def _getSashPosition(self):
if self.IsSplit():
self._sashPos = self.GetSashPosition()
return self._sashPos
def _setSashPosition(self, val):
if self._constructed():
self.SetSashPosition(val)
# Set the internal prop from the wx Prop
self._sashPos = self.GetSashPosition()
else:
self._properties["SashPosition"] = val
def _getShowPanelSplitMenu(self):
return self._showPanelSplitMenu
def _setShowPanelSplitMenu(self, val):
if self._constructed():
self._showPanelSplitMenu = val
try:
self.Panel1.ShowSplitMenu = val
except AttributeError:
pass
try:
self.Panel2.ShowSplitMenu = val
except AttributeError:
pass
else:
self._properties["ShowPanelSplitMenu"] = val
def _getSplit(self):
return self.IsSplit()
def _setSplit(self, val):
if val:
self.split()
else:
self.unsplit()
CanUnsplit = property(_getCanUnsplit, None, None,
_("""Can the control be unsplit (i.e., only the first pane visible),
even with a non-zero MinimumPanelSize? Can only be set when the control
is created; read-only afterwards. Default=True (bool)"""))
MinimumPanelSize = property(_getMinPanelSize, _setMinPanelSize, None,
_("Controls the minimum width/height of the panels. (int)"))
Orientation = property(_getOrientation, _setOrientation, None,
_("Determines if the window splits Horizontally or Vertically. (string)"))
Panel1 = property(_getPanel1, _setPanel1, None,
_("Returns the Top/Left panel. (dPanel)"))
Panel2 = property(_getPanel2, _setPanel2, None,
_("Returns the Bottom/Right panel. (dPanel)"))
PanelClass = property(_getPanelClass, _setPanelClass, None,
_("""Class used for creating panels. If the class does not descend from
SplitterPanelMixin, that class will be mixed-into the class specified here.
This must be set before the panels are created; setting it afterward has
no effect unless you destroy the panels and re-create them.
Default=dPanel (dPanel)"""))
SashPercent = property(_getSashPercent, _setSashPercent, None,
_("Percentage of the split window given to Panel1. Range=0-100 (float)"))
SashPosition = property(_getSashPosition, _setSashPosition, None,
_("Position of the sash when the window is split. (int)"))
ShowPanelSplitMenu = property(_getShowPanelSplitMenu, _setShowPanelSplitMenu, None,
_("""Determines if the default context menu for split/unsplit is enabled
for the panels (default=False) (bool)"""))
Split = property(_getSplit, _setSplit, None,
_("Returns the split status of the control (bool)"))
DynamicMinimumPanelSize = makeDynamicProperty(MinimumPanelSize)
DynamicOrientation = makeDynamicProperty(Orientation)
DynamicPanel1 = makeDynamicProperty(Panel1)
DynamicPanel2 = makeDynamicProperty(Panel2)
DynamicSashPosition = makeDynamicProperty(SashPosition)
DynamicSplit = makeDynamicProperty(Split)
class dDatePicker(dcm.dDataControlMixin, wx.DatePickerCtrl):
"""
Creates a DatePicker control.
Control purpose is to maintain Date field types, but it can
be used for Timestamp data field types too.
It's behavior is similar to dDateTextBox control.
"""
def __init__(self,
parent,
properties=None,
attProperties=None,
*args,
**kwargs):
self._invalidBackColor = "Yellow"
self._valueMode = "d"
self._timePart = [0, 0, 0, 0]
self._lastWasNone = True
self._baseClass = dDatePicker
preClass = wx.PreDatePickerCtrl
pickerMode = self._extractKey((properties, attProperties, kwargs),
"PickerMode", "Dropdown")[:1].lower()
if pickerMode not in "ds":
pickerMode = "d"
kwargs["style"] = kwargs.get("style", 0) | \
{"d": wx.DP_DROPDOWN, "s": wx.DP_SPIN}[pickerMode]
if self._extractKey((properties, attProperties, kwargs),
"AllowNullDate", False):
kwargs["style"] |= wx.DP_ALLOWNONE
if self._extractKey((properties, attProperties, kwargs),
"ForceShowCentury", False):
kwargs["style"] |= wx.DP_SHOWCENTURY
dcm.dDataControlMixin.__init__(self, preClass, parent, properties,
attProperties, *args, **kwargs)
self._bindKeys()
if self.AllowNullDate:
self.SetValue(
None
) # Need this for the datetime not to display the current date when Null.
def _initEvents(self):
super(dDatePicker, self)._initEvents()
self.Bind(wx.EVT_DATE_CHANGED, self._onWxHit)
def _onWxHit(self, evt):
self._userChanged = True
self._lastWasNone = False
self.flushValue()
super(dDatePicker, self)._onWxHit(evt)
def dayInterval(self, days):
"""Adjusts the date by the given number of days; negative
values move backwards.
"""
self.Value += datetime.timedelta(days)
def monthInterval(self, months):
"""Adjusts the date by the given number of months; negative
values move backwards.
"""
val = self.Value
mn = val.month + months
yr = val.year
dy = val.day
while mn < 1:
yr -= 1
mn += 12
while mn > 12:
yr += 1
mn -= 12
# May still be an invalid day for the selected month
ok = False
while not ok:
try:
val = val.replace(year=yr, month=mn, day=dy)
ok = True
except ValueError:
dy -= 1
self.Value = val
def setCurrentDate(self):
if self._valueMode == "d":
val = datetime.date.today()
else:
val = datetime.datetime.now()
self.Value = val
def setToMonthDay(self, day):
val = self.Value
if isinstance(day, basestring):
if day[:1].lower() == "f":
val = val.replace(day=1)
elif day[:1].lower() == "l":
mn = val.month
td = datetime.timedelta(1)
while mn == val.month:
val += td
# We're now at the first of the next month. Go back one.
val -= td
else:
val = val.replace(day=day)
self.Value = val
def setToYearDay(self, day):
val = self.Value
if isinstance(day, basestring):
if day[:1].lower() == "f":
val = val.replace(month=1, day=1)
elif day[:1].lower() == "l":
val = val.replace(month=12, day=31)
self.Value = val
def _processKey(self, evt):
key = evt.EventData["keyCode"]
if key == 43: # +
self.dayInterval(1)
elif key == 45: # -
self.dayInterval(-1)
elif key == 116: # T
self.setCurrentDate()
elif key == 91: # [
self.monthInterval(-1)
elif key == 93: # ]
self.monthInterval(1)
elif key == 109: # m
self.setToMonthDay("First")
elif key == 104: # h
self.setToMonthDay("Last")
elif key == 121: # y
self.setToYearDay("First")
elif key == 114: # r
self.setToYearDay("Last")
elif key == 100: # d
self._setCustomDate()
elif key in (dabo.ui.dKeys.key_Delete, dabo.ui.dKeys.key_Back):
self.Value = None
else:
print key
def _setCustomDate(self):
days = dabo.ui.getInt(message=_("Day shift:"),
caption=_("Reschedule day"),
Min=-365,
Max=365)
if days:
self.dayInterval(days)
def _bindKeys(self):
# It seems that on Windows platform there is a bug in
# control key handling implementation, because '=' key
# is recognized as '+' key.
# On Linux, '+' key seems to be unsupported.
self.bindKey("+", self._processKey)
self.bindKey("-", self._processKey)
self.bindKey("d", self._processKey)
self.bindKey("t", self._processKey)
self.bindKey("[", self._processKey)
self.bindKey("]", self._processKey)
self.bindKey("m", self._processKey)
self.bindKey("h", self._processKey)
self.bindKey("y", self._processKey)
self.bindKey("r", self._processKey)
self.bindKey("=", self._processKey)
self.bindKey("backspace", self._processKey)
self.bindKey("delete", self._processKey)
def _getPyValue(self, val):
if self._lastWasNone:
val = None
elif val:
if self._valueMode == "d":
val = datetime.date(val.year, val.month, val.day)
else:
val = val.combine(
val,
datetime.time(self._timePart[0], self._timePart[1],
self._timePart[2], self._timePart[3]))
return val
def _getWxValue(self, val):
if isinstance(val, basestring):
val = datetime.datetime.strptime(val, "%Y-%m-%d")
elif isinstance(val, tuple):
val = datetime.datetime(*val)
elif isinstance(val, wx.DateTime):
return val
if val is not None:
self._valueMode = "d" if type(val) == datetime.date else "t"
if self._valueMode == "t":
if val is None:
self._timePart = [0, 0, 0, 0]
else:
self._timePart[0] = val.hour
self._timePart[1] = val.minute
self._timePart[2] = val.second
self._timePart[3] = val.microsecond
if val is None:
self._lastWasNone = True
if self.AllowNullDate:
val = wx.DateTime()
else:
val = self.GetLowerLimit()
else:
self._lastWasNone = False
val = dateTimePy2Wx(val)
return val
def setInvalidDate(self):
self.Value = wx.DefaultDateTime
def GetValue(self):
try:
val = dateTimeWx2Py(super(dDatePicker, self).GetValue())
except wx.PyAssertionError:
val = None
return self._getPyValue(val)
def SetValue(self, val):
val = self._getWxValue(val)
try:
super(dDatePicker, self).SetValue(val)
except ValueError as e:
nm = self.Name
ue = ustr(e)
dabo.log.error(
_(u"Object '%(nm)s' has the following error: %(ue)s") %
locals())
def _getAllowNullDate(self):
return self._hasWindowStyleFlag(wx.DP_ALLOWNONE)
def _setAllowNullDate(self, val):
if val:
self._addWindowStyleFlag(wx.DP_ALLOWNONE)
else:
self._delWindowStyleFlag(wx.DP_ALLOWNONE)
def _getForceShowCentury(self):
return self._hasWindowStyleFlag(wx.DP_SHOWCENTURY)
def _setForceShowCentury(self):
if val:
self._addWindowStyleFlag(wx.DP_SHOWCENTURY)
else:
self._delWindowStyleFlag(wx.DP_SHOWCENTURY)
def _getInvalidBackColor(self):
return self._invalidBackColor
def _setInvalidBackColor(self, val):
self._invalidBackColor = val
def _getIsDateValid(self):
return self.Value is not None
def _getMaxValue(self):
return self._getPyValue(dateTimeWx2Py(self.UpperLimit))
def _setMaxValue(self, val):
if self._constructed():
val = self._getWxValue(val)
self.SetRange(self.LowerLimit, val)
else:
self._properties["MinValue"] = val
def _getMinValue(self):
return self._getPyValue(dateTimeWx2Py(self.LowerLimit))
def _setMinValue(self, val):
if self._constructed():
val = self._getWxValue(val)
self.SetRange(val, self.UpperLimit)
else:
self._properties["MinValue"] = val
def _getPickerMode(self):
if self._hasWindowStyleFlag(wx.DP_DROPDOWN):
mode = "Dropdown"
else:
mode = "Spin"
return mode
def _setPickerMode(self, val):
mode = val[:1].lower()
if mode in "ds":
self._addWindowStyleFlag({
"d": wx.DP_DROPDOWN,
"s": wx.DP_SPIN
}[mode])
else:
raise ValueError(
_("The only allowed values are: 'Dropdown', 'Spin'."))
def _getValueMode(self):
return {"d": "Date", "t": "Timestamp"}[self._valueMode]
def _setValueMode(self, val):
val = val[:1].lower()
if val in "dt":
self._valueMode = val
else:
raise ValueError(
_("The only allowed values are: 'Date', 'Timestamp'."))
# Property definitions:
AllowNullDate = property(
_getAllowNullDate, _setAllowNullDate, None,
_("""If True enable Null vale in date. (bool)(Default=False)"""))
ForceShowCentury = property(
_getForceShowCentury, _setForceShowCentury, None,
_("""Regardless of locale setting, century is shown if True. (bool)
(Default=False)"""))
IsDateValid = property(
_getIsDateValid, None, None,
_("""Read-only property tells if Value holds valid date type value.""")
)
InvalidBackColor = property(
_getInvalidBackColor, _setInvalidBackColor, None,
_("""Color value used for illegal values or values out-of-teh bounds. (str)
(Default="Yellow")"""))
MaxValue = property(
_getMaxValue, _setMaxValue, None,
_("""Holds upper value limit. (date, tuple, str)(Default=None)"""))
MinValue = property(
_getMinValue, _setMinValue, None,
_("""Holds lower value limit. (date, tuple, str)(Default=None)"""))
PickerMode = property(
_getPickerMode, _setPickerMode, None,
_("""Creates control with spin or dropdown calendar. (str)
Available values are:
- Spin
- Dropdown (default)"""))
ValueMode = property(
_getValueMode, _setValueMode, None,
_("""Enables handling Timestamp type. (str)(Default="Date")"""))
DynamicMaxValue = makeDynamicProperty(MaxValue)
DynamicMinValue = makeDynamicProperty(MinValue)
When False, the value will revert back to the last numeric value when the
control loses focus.
The default comes from dabo.dTextBox_NumericBlankToZero, which defaults to
False."""))
PasswordEntry = property(_getPasswordEntry, _setPasswordEntry, None,
_("Specifies whether plain-text or asterisks are echoed. (bool)"))
StrictDateEntry = property(_getStrictDateEntry, _setStrictDateEntry, None,
_("""Specifies whether date values must be entered in strict ISO8601 format. Default=False.
If not strict, dates can be accepted in YYYYMMDD, YYMMDD, and MMDD format,
which will be coerced into sensible date values automatically."""))
StrictNumericEntry = property(_getStrictNumericEntry, _setStrictNumericEntry, None,
_("""When True, the DataType will be preserved across numeric types. When False, the
DataType will respond to user input to convert to the 'obvious' numeric type.
Default=True. (bool)"""))
Value = property(_getValue, _setValue, None,
_("Specifies the current state of the control (the value of the field). (varies)"))
# Dynamic property declarations
DynamicPasswordEntry = makeDynamicProperty(PasswordEntry)
DynamicStrictDateEntry = makeDynamicProperty(StrictDateEntry)
DynamicValue = makeDynamicProperty(Value)
MaxRows = property(_getMaxRows, _setMaxRows, None,
_("When adding elements to the sizer, controls the max number "
"of rows to add before a new column is started. (int)") )
MaxCols = property(_getMaxCols, _setMaxCols, None,
_("When adding elements to the sizer, controls the max number "
"of columns to add before a new row is started. (int)") )
MaxDimension = property(_getMaxDimension, _setMaxDimension, None,
_("When adding elements to the sizer, this property determines "
" if we use rows or columns as the limiting value. (char: 'r' or 'c'(default) )") )
Orientation = property(_getMaxDimension, _setMaxDimension, None,
_("Alias for the MaxDimensions property. (char: 'r' or 'c'(default) )") )
VGap = property(_getVGap, _setVGap, None,
_("Vertical gap between cells in the sizer (int)"))
DynamicHGap = makeDynamicProperty(HGap)
DynamicMaxRows = makeDynamicProperty(MaxRows)
DynamicMaxCols = makeDynamicProperty(MaxCols)
DynamicMaxDimension = makeDynamicProperty(MaxDimension)
DynamicOrientation = makeDynamicProperty(Orientation)
DynamicVGap = makeDynamicProperty(VGap)
if __name__ == "__main__":
s = dGridSizer()
class dButton(cm.dControlMixin, wx.Button):
"""
Creates a button that can be pressed by the user to trigger an action.
Example::
class MyButton(dabo.ui.dButton):
def initProperties(self):
self.Caption = "Press Me"
def onHit(self, evt):
self.Caption = "Press Me one more time"
"""
def __init__(self,
parent,
properties=None,
attProperties=None,
*args,
**kwargs):
self._baseClass = dButton
preClass = wx.PreButton
cm.dControlMixin.__init__(self,
preClass,
parent,
properties=properties,
attProperties=attProperties,
*args,
**kwargs)
def _initEvents(self):
super(dButton, self)._initEvents()
self.Bind(wx.EVT_BUTTON, self._onWxHit)
def _onCancelButton(self, evt, recurse=True):
# This callback exists for when the user presses ESC and this button
# is the cancel button. Raise dEvents.Hit.
if self.VisibleOnScreen:
self.raiseEvent(dEvents.Hit)
else:
# There may be another cancel button: give it a chance, too:
if recurse:
otherCancelButton = self.Form.FindWindowById(wx.ID_CANCEL)
if otherCancelButton:
otherCancelButton._onCancelButton(evt, recurse=False)
# Property get/set/del methods follow. Scroll to bottom to see the property
# definitions themselves.
def _getCancelButton(self):
return self.GetId() == wx.ID_CANCEL
def _setCancelButton(self, val):
if self._constructed():
## pkm: We can bind the key to self, Parent, or Form (or any object).
## If bound to self, the <esc> keypress will only fire the Hit
## when self has the focus. If bound to self.Parent, Hit will
## fire when self.Parent or any of its children has the focus.
## If bound to self.Form, Hit will fire whenever <esc> is pressed.
## I'm making the decision to bind it to self.Form, even though
## self.Parent is also a valid choice.
### egl: changed the binding on OS X to the form. Parent just doesn't work.
### pkm: followed suit with GTK (we should test Win too).
### pkm: removed GTK to bind to parent because it wasn't working on the form.
target = self.Parent
if self.Application.Platform in ("Mac"):
target = self.Form
if val:
target.bindKey("esc", self._onCancelButton)
self.SetId(wx.ID_CANCEL)
else:
target.unbindKey("esc")
self.SetId(wx.NewId())
else:
# In order to get the stock cancel button behavior from the OS, we need
# to set the id here. So, getting the stock button behavior must happen
# in the constructor, but theoretically we can get the escape behavior
# anytime.
if val:
self._preInitProperties["id"] = wx.ID_CANCEL
self._properties["CancelButton"] = val
def _getDefaultButton(self):
try:
v = self._defaultButton
except AttributeError:
v = self._defaultButton = False
return v
def _setDefaultButton(self, value):
if self._constructed():
if value:
# Need to unset default from any other buttons:
for child in self.Parent.Children:
if child is self:
continue
try:
db = child.DefaultButton
except AttributeError:
db = False
if db:
child.DefaultButton = False
# Now set it for this button
self.SetDefault()
else:
# No wx-way to unset default button. Probably a rare need, anyway.
# One idea would be to create a hidden button, set default to it,
# and then destroy it.
pass
self._defaultButton = value
else:
self._properties["DefaultButton"] = value
# Property definitions:
CancelButton = property(
_getCancelButton, _setCancelButton, None,
_("Specifies whether this command button gets clicked on -Escape-."))
DefaultButton = property(
_getDefaultButton, _setDefaultButton, None,
_("Specifies whether this command button gets clicked on -Enter-."))
DynamicCancelButton = makeDynamicProperty(CancelButton)
DynamicDefaultButton = makeDynamicProperty(DefaultButton)
class dTimer(PM):
"""Creates a timer, for causing something to happen at regular intervals."""
def __init__(self, parent=None, properties=None, *args, **kwargs):
self._baseClass = dTimer
super(dTimer, self).__init__(preClass=None, parent=parent, properties=properties, *args, **kwargs)
def isRunning(self):
return self.Enabled
def start(self, interval=-1):
if interval >= 0:
self.Interval = interval
self.Enabled = self.Interval > 0
return self.Enabled
def stop(self):
self.Enabled = False
def release(self):
"""Make sure that the timer is stopped first"""
self.stop()
super(dTimer, self).release()
# The following methods are not needed except for
# compatibility with the various properties.
def Show(self, val):
pass
def GetSize(self):
return (-1, -1)
def SetBestFittingSize(self, val):
pass
def GetParent(self):
return None
def Bind(self, *args, **kwargs):
pass
def Destroy(self):
pass
def _onTimerHit(self):
if self.Enabled and self.Interval > 0:
self.raiseEvent(dEvents.Hit)
dabo.ui.callAfterInterval(self.Interval, self._onTimerHit)
# property get/set functions
def _getEnabled(self):
return getattr(self, "_enabled", False)
def _setEnabled(self, val):
self._enabled = val
if val:
dabo.ui.callAfterInterval(self.Interval, self._onTimerHit)
else:
self._properties["Enabled"] = val
def _getInterval(self):
try:
v = self._interval
except AttributeError:
v = self._interval = 0
return v
def _setInterval(self, val):
self._interval = val
Enabled = property(_getEnabled, _setEnabled, None,
_("""Alternative means of starting/stopping the timer, or determining
its status. If Enabled is set to True and the timer has a positive value
for its Interval, the timer will be started. (bool)"""))
Interval = property(_getInterval, _setInterval, None,
_("Specifies the timer interval (milliseconds)."))
DynamicEnabled = makeDynamicProperty(Enabled)
DynamicInterval = makeDynamicProperty(Interval)
MaxCols = property(
_getMaxCols, _setMaxCols, None,
_("When adding elements to the sizer, controls the max number "
"of columns to add before a new row is started. (int)"))
MaxDimension = property(
_getMaxDimension, _setMaxDimension, None,
_("When adding elements to the sizer, this property determines "
" if we use rows or columns as the limiting value. (char: 'r' or 'c'(default) )"
))
Orientation = property(
_getMaxDimension, _setMaxDimension, None,
_("Alias for the MaxDimensions property. (char: 'r' or 'c'(default) )")
)
VGap = property(_getVGap, _setVGap, None,
_("Vertical gap between cells in the sizer (int)"))
DynamicHGap = makeDynamicProperty(HGap)
DynamicMaxRows = makeDynamicProperty(MaxRows)
DynamicMaxCols = makeDynamicProperty(MaxCols)
DynamicMaxDimension = makeDynamicProperty(MaxDimension)
DynamicOrientation = makeDynamicProperty(Orientation)
DynamicVGap = makeDynamicProperty(VGap)
if __name__ == "__main__":
s = dGridSizer()
class dSlider(dcm.dDataControlMixin, wx.Slider):
"""
Creates a slider control, allowing editing integer values. Unlike dSpinner,
dSlider does not allow entering a value with the keyboard.
"""
def __init__(self,
parent,
properties=None,
attProperties=None,
*args,
**kwargs):
self._baseClass = dSlider
self._continuous = False
self._lastVal = None
style = self._extractKey((kwargs, properties, attProperties), "style")
if style is None:
style = wx.SL_AUTOTICKS
else:
style = style | wx.SL_AUTOTICKS
kwargs["style"] = style
# These need to be added to the style kwarg in _initProperties
self._tickPosition = None
self._reversed = False
preClass = wx.PreSlider
dcm.dDataControlMixin.__init__(self,
preClass,
parent,
properties=properties,
attProperties=attProperties,
*args,
**kwargs)
def _initProperties(self):
super(dSlider, self)._initProperties()
style = self._preInitProperties["style"]
if self._tickPosition:
tickpos = self.TickPosition[0].upper()
style = style | {
"T": wx.SL_TOP,
"B": wx.SL_BOTTOM,
"L": wx.SL_LEFT,
"R": wx.SL_RIGHT
}[tickpos]
if self._reversed:
style = style | wx.SL_INVERSE
self._preInitProperties["style"] = style
def _initEvents(self):
super(dSlider, self)._initEvents()
self.Bind(wx.EVT_SCROLL, self._onWxHit)
def _onWxHit(self, evt):
newval = self.GetValue()
changed = (newval != self._lastVal)
self._lastVal = newval
if (changed and self._continuous) or not dabo.ui.isMouseLeftDown():
self.flushValue()
super(dSlider, self)._onWxHit(evt)
# Property get/set/del methods follow. Scroll to bottom to see the property
# definitions themselves.
def _getContinuous(self):
try:
ret = self._continuous
except AttributeError:
ret = self._continuous = True
return ret
def _setContinuous(self, val):
if self._constructed():
self._continuous = val
else:
self._properties["Continuous"] = val
def _getMax(self):
return self.GetMax()
def _setMax(self, val):
if self._constructed():
currmin = self.GetMin()
currval = min(self.GetValue(), val)
self.SetRange(currmin, val)
self.SetValue(currval)
else:
self._properties["Max"] = val
def _getMin(self):
return self.GetMin()
def _setMin(self, val):
if self._constructed():
currmax = self.GetMax()
currval = max(self.GetValue(), val)
self.SetRange(val, currmax)
self.SetValue(currval)
else:
self._properties["Min"] = val
def _getOrientation(self):
if self.GetWindowStyle() & wx.SL_VERTICAL:
return "Vertical"
else:
return "Horizontal"
def _setOrientation(self, val):
tickpos = self._tickPosition
isHoriz = (val.lower()[:1] == "h")
if isHoriz and tickpos in ("Left", "Right"):
dabo.log.error(
_("Cannot set the slider to Horizontal when TickPosition is %s."
) % tickpos)
elif not isHoriz and tickpos in ("Top", "Bottom"):
dabo.log.error(
_("Cannot set the slider to Vertical when TickPosition is %s.")
% tickpos)
self._delWindowStyleFlag(wx.SL_HORIZONTAL)
self._delWindowStyleFlag(wx.SL_VERTICAL)
if isHoriz:
self._addWindowStyleFlag(wx.SL_HORIZONTAL)
else:
self._addWindowStyleFlag(wx.SL_VERTICAL)
def _getReversed(self):
return self._reversed
def _setReversed(self, val):
# Ignore this once constructed
if not self._constructed():
self._reversed = val
def _getShowLabels(self):
return (self.GetWindowStyle() & wx.SL_LABELS > 0)
def _setShowLabels(self, val):
self._delWindowStyleFlag(wx.SL_LABELS)
if val:
self._addWindowStyleFlag(wx.SL_LABELS)
def _getTickPosition(self):
try:
tp = self._tickPosition[0].upper()
except TypeError:
# No tick position set; return Bottom
return "Bottom"
return {"T": "Top", "B": "Bottom", "L": "Left", "R": "Right"}[tp]
def _setTickPosition(self, val):
# Ignore this once constructed
if not self._constructed():
self._tickPosition = val
# Property definitions:
Continuous = property(
_getContinuous, _setContinuous, None,
_("""When True, the Hit event is raised as the slider moves. When False (default),
it is only raised when the thumb control is released. (bool)"""))
Max = property(
_getMax, _setMax, None,
_("Specifies the maximum value for the Slider. Default=100 (int)"))
Min = property(
_getMin, _setMin, None,
_("Specifies the minimum value for the Slider. Default=0 (int)"))
Orientation = property(
_getOrientation, _setOrientation, None,
_("""Specifies whether the Slider is displayed as Horizontal or Vertical.
Default='Horizontal' (str)"""))
Reversed = property(
_getReversed, _setReversed, None,
_("""When True, the position of the Min and Max values are reversed. Must be set
when the object is created; setting it afterwards has no effect. Default=False (bool)"""
))
ShowLabels = property(
_getShowLabels, _setShowLabels, None,
_("""Specifies if the labels are shown on the slider. Must be set when the object is
created; setting it afterwards has no effect. Default=True (bool)"""))
TickPosition = property(
_getTickPosition, _setTickPosition, None,
_("""Position of the tick marks; must be one of Top, Bottom (default), Left or Right.
Not fully supported on all platforms. Must be set during object creation; has no
effect once created. (str)"""))
DynamicOrientation = makeDynamicProperty(Orientation)
DynamicMax = makeDynamicProperty(Max)
DynamicMin = makeDynamicProperty(Min)
DynamicShowLabels = makeDynamicProperty(ShowLabels)
class dShellForm(dSplitForm):
def _onDestroy(self, evt):
self._clearOldHistory()
__builtin__.raw_input = self._oldRawInput
def _beforeInit(self, pre):
# Set the sash
self._sashPct = 0.6
# Class to use for creating the interactive shell
self._shellClass = dShell
super(dShellForm, self)._beforeInit(pre)
def _afterInit(self):
super(dShellForm, self)._afterInit()
self.cmdHistKey = self.PreferenceManager.command_history
self._historyPanel = None
self._lastCmd = None
# PyShell sets the raw_input function to a function of PyShell,
# but doesn't set it back on destroy, resulting in errors later
# on if something other than PyShell asks for raw_input (pdb, for
# example).
self._oldRawInput = __builtin__.raw_input
self.bindEvent(dEvents.Destroy, self._onDestroy)
splt = self.Splitter
splt.MinimumPanelSize = 80
splt.unbindEvent()
self.Orientation = "H"
self.unsplit()
self._splitState = False
self.MainSplitter.bindEvent(dEvents.SashDoubleClick,
self.sashDoubleClick)
self.MainSplitter.bindEvent(dEvents.SashPositionChanged,
self.sashPosChanged)
cp = self.CmdPanel = self.Panel1
op = self.OutPanel = self.Panel2
cp.unbindEvent(dEvents.ContextMenu)
op.unbindEvent(dEvents.ContextMenu)
cp.Sizer = dabo.ui.dSizer()
op.Sizer = dabo.ui.dSizer()
pgf = self.pgfCodeShell = dabo.ui.dPageFrame(cp, PageCount=2)
self.pgShell = pgf.Pages[0]
self.pgCode = pgf.Pages[1]
self.pgShell.Caption = _("Shell")
self.pgCode.Caption = _("Code")
cp.Sizer.append1x(pgf)
self.shell = self.ShellClass(self.pgShell,
DroppedTextHandler=self,
DroppedFileHandler=self)
self.pgShell.Sizer.append1x(self.shell, border=4)
# Configure the shell's behavior
self.shell.AutoCompSetIgnoreCase(True)
self.shell.AutoCompSetAutoHide(
False) ## don't hide when the typed string no longer matches
self.shell.AutoCompStops(
" ") ## characters that will stop the autocomplete
self.shell.AutoCompSetFillUps(".(")
# This lets you go all the way back to the '.' without losing the AutoComplete
self.shell.AutoCompSetCancelAtStart(False)
self.shell.Bind(wx.EVT_RIGHT_UP, self.onShellRight)
self.shell.Bind(wx.wx.EVT_CONTEXT_MENU, self.onShellContext)
# Create the Code control
codeControl = dabo.ui.dEditor(self.pgCode,
RegID="edtCode",
Language="python",
OnKeyDown=self.onCodeKeyDown,
OnMouseRightDown=self.onCodeRightDown,
DroppedTextHandler=self,
DroppedFileHandler=self)
self.pgCode.Sizer.append1x(codeControl, border=4)
# This adds the interpreter's local namespace to the editor for code completion, etc.
codeControl.locals = self.shell.interp.locals
lbl = dabo.ui.dLabel(
self.pgCode,
ForeColor="blue",
WordWrap=True,
Caption=
_("""Ctrl-Enter to run the code (or click the button to the right).
Ctrl-Up/Down to scroll through history."""))
lbl.FontSize -= 3
runButton = dabo.ui.dButton(self.pgCode,
Caption=_("Run"),
OnHit=self.onRunCode)
hsz = dabo.ui.dSizer("h")
hsz.appendSpacer(20)
hsz.append(lbl)
hsz.append1x(dabo.ui.dPanel(self.pgCode))
hsz.append(runButton, valign="middle")
hsz.appendSpacer(20)
self.pgCode.Sizer.append(hsz, "x")
# Stack to hold code history
self._codeStack = []
self._codeStackPos = 0
# Restore the history
self.restoreHistory()
# Bring up history search
self.bindKey("Ctrl+R", self.onHistoryPop)
# Show/hide the code editing pane
self.bindKey("Ctrl+E", self.onToggleCodePane)
# Force the focus to the editor when the code page is activated.
def _delayedSetFocus(evt):
dabo.ui.callAfter(self.edtCode.setFocus)
self.pgCode.bindEvent(dEvents.PageEnter, _delayedSetFocus)
# create the output control
outControl = dabo.ui.dEditBox(op, RegID="edtOut", ReadOnly=True)
op.Sizer.append1x(outControl)
outControl.bindEvent(dEvents.MouseRightDown, self.onOutputRightDown)
self._stdOut = self.shell.interp.stdout
self._stdErr = self.shell.interp.stderr
self._pseudoOut = pseudo.PseudoFileOut(write=self.appendOut)
self._pseudoErr = pseudo.PseudoFileOut(write=self.appendOut)
self.SplitState = True
# Make 'self' refer to the calling form, or this form if no calling form.
# Make 'bo' refer to the primary bizobj of the calling form, if any.
if self.Parent is None:
ns = self
else:
ns = self.Parent
bo = getattr(ns, "PrimaryBizobj", None)
if bo:
self.shell.interp.locals['bo'] = bo
self.shell.interp.locals['self'] = ns
self.Caption = _("dShellForm: self is %s") % ns.Name
self.setStatusText(
_("Use this shell to interact with the runtime environment"))
self.fillMenu()
self.shell.SetFocus()
def appendOut(self, tx):
ed = self.edtOut
ed.Value += tx
endpos = ed.GetLastPosition()
# Either of these commands should scroll the edit box
# to the bottom, but neither do (at least on OS X) when
# called directly or via callAfter().
dabo.ui.callAfter(ed.ShowPosition, endpos)
dabo.ui.callAfter(ed.SetSelection, endpos, endpos)
def addToHistory(self, cmd=None):
if cmd is None:
cmd = self.shell.history[0]
chk = self.cmdHistKey
if cmd == self._lastCmd:
# Don't add again
return
# Delete any old instances of this command
chk.deleteByValue(cmd)
self._lastCmd = cmd
stamp = "%s" % int(round(time.time() * 100, 0))
self.cmdHistKey.setValue(stamp, cmd)
def _loadHistory(self):
ck = self.cmdHistKey
cmds = []
for k in ck.getPrefKeys():
cmds.append({"stamp": k, "cmd": ck.get(k)})
dsu = dabo.db.dDataSet(cmds)
if dsu:
ds = dsu.sort("stamp", "asc")
return ds
else:
return dsu
def onToggleCodePane(self, evt):
"""Toggle between the Code Pane and the Output Pane"""
self.pgfCodeShell.cyclePages(1)
def processDroppedFiles(self, filelist):
"""
This will fire if files are dropped on the code editor. If more than one
file is dropped, only open the first, and warn the user.
"""
if len(filelist) > 1:
dabo.ui.exclaim(_("Only one file can be dropped at a time"))
if self.pgfCodeShell.SelectedPage == self.pgShell:
self.shell.AddText(filelist[0])
else:
self.edtCode.Value = file(filelist[0]).read()
def processDroppedText(self, txt):
"""Add the text to the code editor."""
cc = self.edtCode
currText = cc.Value
selStart, selEnd = cc.SelectionPosition
cc.Value = "%s%s%s" % (currText[:selStart], txt, currText[selEnd:])
def onHistoryPop(self, evt):
"""
Let the user type in part of a command, and retrieve the matching commands
from their history.
"""
ds = self._loadHistory()
hp = self._HistoryPanel
hp.History = ds
fp = self.FloatingPanel
# We want it centered, so set Owner to None
fp.Owner = None
hp.clear()
fp.show()
if hp.ok:
cmds = hp.getCmd()
for num, cmd in enumerate(cmds):
# For all but the first, we need to process the previous command.
if num:
self.shell.processLine()
try:
pos = self.shell.history.index(cmd)
except ValueError:
# Not in the list
return
self.shell.replaceFromHistory(pos - self.shell.historyIndex)
def restoreHistory(self):
"""
Get the stored history from previous sessions, and set the shell's
internal command history list to it.
"""
ds = self._loadHistory()
self.shell.history = [rec["cmd"] for rec in ds]
def _clearOldHistory(self):
"""For performance reasons, only save up to 500 commands."""
numToSave = 500
ck = self.cmdHistKey
ds = self._loadHistory()
if len(ds) <= numToSave:
return
cutoff = ds[numToSave]["stamp"]
bad = []
for rec in ds:
if rec["stamp"] <= cutoff:
bad.append(rec["stamp"])
for bs in bad:
ck.deletePref(bs)
def onRunCode(self, evt, addReturn=True):
code = self.edtCode.Value.rstrip()
if not code:
return
# See if this is already in the stack
try:
self._codeStackPos = self._codeStack.index(code)
except ValueError:
self._codeStack.append(code)
self._codeStackPos = len(self._codeStack)
self.edtCode.Value = ""
self.shell.Execute(code)
# If the last line is indented, run a blank line to complete the block
if code.splitlines()[-1][0] in " \t":
self.shell.run("", prompt=False)
self.addToHistory()
self.pgfCodeShell.SelectedPage = self.pgShell
def onCodeKeyDown(self, evt):
if not evt.controlDown:
return
keyCode = evt.keyCode
if (keyCode == 13):
evt.stop()
self.onRunCode(None, addReturn=True)
elif keyCode in (dKeys.key_Up, dKeys.key_Down):
direction = {dKeys.key_Up: -1, dKeys.key_Down: 1}[keyCode]
self.moveCodeStack(direction)
def moveCodeStack(self, direction):
size = len(self._codeStack)
pos = self._codeStackPos
newpos = max(0, pos + direction)
if newpos == size:
# at the end; clear the code
self._codeStackPos = size - 1
self.edtCode.Value = ""
else:
code = self._codeStack[newpos]
self._codeStackPos = newpos
self.edtCode.Value = code
def onCodeRightDown(self, evt):
dabo.ui.info("Code!")
def onOutputRightDown(self, evt):
pop = dabo.ui.dMenu()
pop.append(_("Clear"), OnHit=self.onClearOutput)
if self.edtOut.SelectionLength:
pop.append(_("Copy"), OnHit=self.Application.onEditCopy)
self.showContextMenu(pop)
evt.stop()
def onClearOutput(self, evt):
self.edtOut.Value = ""
def onShellContext(self, evt):
pop = dabo.ui.dMenu()
if self.SplitState:
pmpt = _("Unsplit")
else:
pmpt = _("Split")
pop.append(pmpt, OnHit=self.onSplitContext)
self.showContextMenu(pop)
evt.StopPropagation()
def onShellRight(self, evt):
pop = dabo.ui.dMenu()
if self.SplitState:
pmpt = _("Unsplit")
else:
pmpt = _("Split")
pop.append(pmpt, OnHit=self.onSplitContext)
self.showContextMenu(pop)
evt.StopPropagation()
def onSplitContext(self, evt):
self.SplitState = not self.SplitState
evt.stop()
def onResize(self, evt):
self.SashPosition = self._sashPct * self.Height
def sashDoubleClick(self, evt):
# We don't want the window to unsplit
evt.stop()
def sashPosChanged(self, evt):
self._sashPct = float(self.SashPosition) / self.Height
def fillMenu(self):
viewMenu = self.MenuBar.getMenu("base_view")
if viewMenu.Children:
viewMenu.appendSeparator()
viewMenu.append(_("Zoom &In"),
HotKey="Ctrl+=",
OnHit=self.onViewZoomIn,
ItemID="view_zoomin",
bmp="zoomIn",
help=_("Zoom In"))
viewMenu.append(_("&Normal Zoom"),
HotKey="Ctrl+/",
OnHit=self.onViewZoomNormal,
ItemID="view_zoomnormal",
bmp="zoomNormal",
help=_("Normal Zoom"))
viewMenu.append(_("Zoom &Out"),
HotKey="Ctrl+-",
OnHit=self.onViewZoomOut,
ItemID="view_zoomout",
bmp="zoomOut",
help=_("Zoom Out"))
viewMenu.append(_("&Toggle Code Pane"),
HotKey="Ctrl+E",
OnHit=self.onToggleCodePane,
ItemID="view_togglecode",
bmp="",
help=_("Show/hide Code Pane"))
editMenu = self.MenuBar.getMenu("base_edit")
if editMenu.Children:
editMenu.appendSeparator()
editMenu.append(_("nClear O&utput"),
HotKey="Ctrl+Back",
ItemID="edit_clearoutput",
OnHit=self.onClearOutput,
help=_("Clear Output Window"))
def onViewZoomIn(self, evt):
self.shell.SetZoom(self.shell.GetZoom() + 1)
def onViewZoomNormal(self, evt):
self.shell.SetZoom(0)
def onViewZoomOut(self, evt):
self.shell.SetZoom(self.shell.GetZoom() - 1)
@classmethod
def getBaseShellClass(cls):
return dShell
def _getFontSize(self):
return self.shell.FontSize
def _setFontSize(self, val):
if self._constructed():
self.shell.FontSize = val
else:
self._properties["FontSize"] = val
def _getFontFace(self):
return self.shell.FontFace
def _setFontFace(self, val):
if self._constructed():
self.shell.FontFace = val
else:
self._properties["FontFace"] = val
def _getHistoryPanel(self):
fp = self.FloatingPanel
try:
create = self._historyPanel is None
except AttributeError:
create = True
if create:
fp.clear()
pnl = self._historyPanel = _LookupPanel(fp)
pnl.Height = max(200, self.Height - 100)
fp.Sizer.append(pnl)
fp.fitToSizer()
return self._historyPanel
def _getShellClass(self):
return self._shellClass
def _setShellClass(self, val):
if self._constructed():
self._shellClass = val
else:
self._properties["ShellClass"] = val
def _getSplitState(self):
return self._splitState
def _setSplitState(self, val):
if self._splitState != val:
self._splitState = val
if val:
self.split()
self.shell.interp.stdout = self._pseudoOut
self.shell.interp.stderr = self._pseudoErr
else:
self.unsplit()
self.shell.interp.stdout = self._stdOut
self.shell.interp.stderr = self._stdErr
FontFace = property(_getFontFace, _setFontFace, None,
_("Name of the font face used in the shell (str)"))
FontSize = property(_getFontSize, _setFontSize, None,
_("Size of the font used in the shell (int)"))
_HistoryPanel = property(
_getHistoryPanel, None, None,
_("Popup to display the command history (read-only) (dDialog)"))
ShellClass = property(
_getShellClass, _setShellClass, None,
_("Class to use for the interactive shell (dShell)"))
SplitState = property(
_getSplitState, _setSplitState, None,
_("""Controls whether the output is in a separate pane (default)
or intermixed with the commands. (bool)"""))
DynamicSplitState = makeDynamicProperty(SplitState)
class dLine(cm.dControlMixin, wx.StaticLine):
"""
Creates a horizontal or vertical line.
If Orientation is "Vertical", Height refers to the length of the line.
If Orientation is "Horizontal", Width refers to the length of the line.
The other value refers to how wide the control is, which affects how much
buffer space will enclose the line, which will appear in the center of
this space.
"""
def __init__(self,
parent,
properties=None,
attProperties=None,
*args,
**kwargs):
self._baseClass = dLine
preClass = wx.PreStaticLine
cm.dControlMixin.__init__(self,
preClass,
parent,
properties=properties,
attProperties=attProperties,
*args,
**kwargs)
def _initEvents(self):
super(dLine, self)._initEvents()
# property get/set functions
def _getOrientation(self):
if self._hasWindowStyleFlag(wx.LI_VERTICAL):
return "Vertical"
else:
return "Horizontal"
def _setOrientation(self, value):
# Note: Orientation must be set before object created.
self._delWindowStyleFlag(wx.LI_VERTICAL)
self._delWindowStyleFlag(wx.LI_HORIZONTAL)
value = ustr(value)[0].lower()
if value == "v":
self._addWindowStyleFlag(wx.LI_VERTICAL)
elif value == "h":
self._addWindowStyleFlag(wx.LI_HORIZONTAL)
else:
raise ValueError("The only possible values are "
"'Horizontal' and 'Vertical'.")
# property definitions follow:
Orientation = property(
_getOrientation, _setOrientation, None,
"Specifies the Orientation of the line. (str) \n"
" Horizontal (default) \n"
" Vertical"
"This is determined by the Width and Height properties. "
"If the Width is greater than the Height, it will be Horizontal. "
"Otherwise, it will be Vertical.")
DynamicOrientation = makeDynamicProperty(Orientation)
class dEditableList(dcm.dControlMixin, wx.gizmos.EditableListBox):
"""
Creates an editable list box, complete with buttons to control
editing, adding/deleting items, and re-ordering them.
"""
def __init__(self,
parent,
properties=None,
attProperties=None,
*args,
**kwargs):
self._baseClass = dEditableList
preClass = wx.gizmos.EditableListBox
self._canAdd = self._extractKey((kwargs, properties, attProperties),
"CanAdd", True)
if isinstance(self._canAdd, basestring):
self._canAdd = (self._canAdd == "True")
self._canDelete = self._extractKey((kwargs, properties, attProperties),
"CanDelete", True)
if isinstance(self._canDelete, basestring):
self._canDelete = (self._canDelete == "True")
self._canOrder = self._extractKey((kwargs, properties, attProperties),
"CanOrder", True)
if isinstance(self._canOrder, basestring):
self._canOrder = (self._canOrder == "True")
self._editable = self._extractKey((kwargs, properties, attProperties),
"Editable", True)
style = self._extractKey((kwargs, properties, attProperties), "style",
0)
if self._canAdd:
style = style | wx.gizmos.EL_ALLOW_NEW
if self._editable:
style = style | wx.gizmos.EL_ALLOW_EDIT
if self._canDelete:
style = style | wx.gizmos.EL_ALLOW_DELETE
kwargs["style"] = style
# References to the components of this control
self._addButton = None
self._deleteButton = None
self._editButton = None
self._downButton = None
self._upButton = None
self._panel = None
dcm.dControlMixin.__init__(self,
preClass,
parent,
properties=properties,
attProperties=attProperties,
*args,
**kwargs)
def GetValue(self):
"""
This control doesn't natively support values, as it is designed
to simply order and/or edit the list. We need to provide this so that
the dControlMixin code which calls GetValue() doesn't barf.
"""
return None
def layout(self):
"""
Calling the native Layout() method isn't sufficient, as it doesn't seem
to call the top panel's Layout(). So we'll do it manually.
"""
self.Layout()
self._Panel.Layout()
if self.Application.Platform == "Win":
self.refresh()
## property get/set methods follow ##
def _getAddButton(self):
if self._addButton is None:
self._addButton = self.GetNewButton()
return self._addButton
def _getCanAdd(self):
return self._canAdd
def _setCanAdd(self, val):
if self._constructed():
self._canAdd = val
self._AddButton.Show(val)
self.layout()
else:
self._properties["CanAdd"] = val
def _getCanDelete(self):
return self._canDelete
def _setCanDelete(self, val):
if self._constructed():
self._canDelete = val
self._DeleteButton.Show(val)
self.layout()
else:
self._properties["CanDelete"] = val
def _getCanOrder(self):
return self._canOrder
def _setCanOrder(self, val):
if self._constructed():
self._canOrder = val
self._UpButton.Show(val)
self._DownButton.Show(val)
else:
self._properties["CanOrder"] = val
self.layout()
def _getCaption(self):
return self._Panel.GetChildren()[0].GetLabel()
def _setCaption(self, val):
if self._constructed():
self._Panel.GetChildren()[0].SetLabel(val)
else:
self._properties["Caption"] = val
def _getChoices(self):
return self.GetStrings()
def _setChoices(self, val):
if self._constructed():
self.SetStrings(val)
else:
self._properties["Choices"] = val
def _getDeleteButton(self):
if self._deleteButton is None:
self._deleteButton = self.GetDelButton()
return self._deleteButton
def _getDownButton(self):
if self._downButton is None:
self._downButton = self.GetDownButton()
return self._downButton
def _getEditable(self):
return self._editable
def _setEditable(self, val):
if self._constructed():
self._editable = val
self._EditButton.Show(val)
self.layout()
else:
self._properties["Editable"] = val
def _getEditButton(self):
if self._editButton is None:
self._editButton = self.GetEditButton()
return self._editButton
def _getPanel(self):
if self._panel is None:
self._panel = [
pp for pp in self.Children if isinstance(pp, wx.Panel)
][0]
return self._panel
def _getUpButton(self):
if self._upButton is None:
self._upButton = self.GetUpButton()
return self._upButton
_AddButton = property(_getAddButton, None, None,
_("Reference to the new item button (wx.Button)"))
CanAdd = property(
_getCanAdd, _setCanAdd, None,
_("Determines if the user can add new entries to the list (bool)"))
DynamicCanAdd = makeDynamicProperty(CanAdd)
CanDelete = property(
_getCanDelete, _setCanDelete, None,
_("Determines if the user can delete entries from the list (bool)"))
DynamicCanDelete = makeDynamicProperty(CanDelete)
CanOrder = property(_getCanOrder, _setCanOrder, None,
_("Determines if the user can re-order items (bool)"))
DynamicCanOrder = makeDynamicProperty(CanOrder)
Caption = property(
_getCaption, _setCaption, None,
_("Text that appears in the top panel of the control (str)"))
DynamicCaption = makeDynamicProperty(Caption)
Choices = property(
_getChoices, _setChoices, None,
_("List that contains the entries in the control (list)"))
_DeleteButton = property(
_getDeleteButton, None, None,
_("Reference to the delete item button (wx.Button)"))
_DownButton = property(
_getDownButton, None, None,
_("Reference to the move item down button (wx.Button)"))
Editable = property(
_getEditable, _setEditable, None,
_("Determines if the user can change existing entries (bool)"))
DynamicEditable = makeDynamicProperty(Editable)
_EditButton = property(_getEditButton, None, None,
_("Reference to the edit item button (wx.Button)"))
_Panel = property(
_getPanel, None, None,
_("""Reference to the panel that contains the caption
and buttons (wx.Panel)"""))
_UpButton = property(
_getUpButton, None, None,
_("Reference to the move item up button (wx.Button)"))
class dSplitForm(dabo.ui.dForm):
def __init__(self, *args, **kwargs):
self._splitter = None
super(dSplitForm, self).__init__(*args, **kwargs)
def unsplit(self):
self.Splitter.unsplit()
def split(self, dir=None):
self.Splitter.split(dir)
def _getMinPanelSize(self):
return self.Splitter.MinPanelSize
def _setMinPanelSize(self, val):
if self._constructed():
self.Splitter.MinPanelSize = val
else:
self._properties["MinPanelSize"] = val
def _getOrientation(self):
return self.Splitter.Orientation
def _setOrientation(self, val):
if self._constructed():
self.Splitter.Orientation = val
else:
self._properties["MinPanelSize"] = val
def _getPanel1(self):
return self.Splitter.Panel1
def _setPanel1(self, pnl):
if self._constructed():
self.Splitter.Panel1 = pnl
else:
self._properties["Panel1"] = pnl
def _getPanel2(self):
return self.Splitter.Panel2
def _setPanel2(self, pnl):
if self._constructed():
self.Splitter.Panel2 = pnl
else:
self._properties["Panel2"] = pnl
def _getSashPosition(self):
return self.Splitter.SashPosition
def _setSashPosition(self, val):
if self._constructed():
self.Splitter.SashPosition = val
else:
self._properties["SashPosition"] = val
def _getSplitter(self):
if self._splitter is None:
win = self._splitter = dSplitter(self,
createPanes=True,
createSizers=True,
RegID="MainSplitter")
def addToSizer(frm, itm):
if not frm.Sizer:
dabo.ui.callAfter(addToSizer, frm, itm)
else:
frm.Sizer.append1x(itm)
frm.layout()
win.Visible = True
dabo.ui.callAfter(addToSizer, self, win)
return self._splitter
MinPanelSize = property(
_getMinPanelSize, _setMinPanelSize, None,
_("Controls the minimum width/height of the panels. (int)"))
Orientation = property(
_getOrientation, _setOrientation, None,
_("Determines if the window splits Horizontally or Vertically. (str)")
)
Panel1 = property(_getPanel1, _setPanel1, None,
_("Returns the Top/Left panel. (SplitterPanel)"))
Panel2 = property(_getPanel2, _setPanel2, None,
_("Returns the Bottom/Right panel. (SplitterPanel)"))
SashPosition = property(
_getSashPosition, _setSashPosition, None,
_("Position of the sash when the window is split. (int)"))
Splitter = property(
_getSplitter, None, None,
_("Reference to the main splitter in the form (dSplitter"))
DynamicMinPanelSize = makeDynamicProperty(MinPanelSize)
DynamicOrientation = makeDynamicProperty(Orientation)
DynamicSashPosition = makeDynamicProperty(SashPosition)
class dNode(dObject):
"""Wrapper class for the tree nodes."""
def __init__(self, tree, itemID, parent):
self._baseClass = dNode
self.tree = tree
# The 'itemID' in this case is a wxPython wx.TreeItemID object used
# by wx to work with separate nodes.
self.itemID = itemID
self.parent = parent
# Nodes can have objects associated with them
self._object = None
# Nodes can also be associated with a file path
self._filePath = None
# Custom text to display as a tooltip
self._toolTipText = None
# Add minimal Dabo functionality
self.afterInit()
def afterInit(self):
pass
def expand(self):
self.tree.expand(self)
def collapse(self):
self.tree.collapse(self)
def show(self):
self.tree.showNode(self)
def release(self):
self.tree.removeNode(self)
def appendChild(self, txt):
return self.tree.appendNode(self, txt)
def removeChild(self, txt):
"""Removes the child node whose text matches the passed value"""
mtch = self.tree.find(txt)
# We have a list of matching nodes. Find the first whose parent
# is this object, and delete it
for m in mtch:
if m.parent == self:
self.tree.removeNode(m)
break
return
def _onFontPropsChanged(self, evt):
# Sent by the dFont object when any props changed. Wx needs to be notified:
self.tree.SetItemFont(self.itemID, self.Font._nativeFont)
def _constructed(self):
# For compatibility with mixin props.
return True
# Property definition code begins here
def _getBackColor(self):
return self.tree.GetItemBackgroundColour(self.itemID).Get()
def _setBackColor(self, val):
if isinstance(val, basestring):
val = dColors.colorTupleFromName(val)
self.tree.SetItemBackgroundColour(self.itemID, val)
def _getCap(self):
try:
ret = self.tree.GetItemText(self.itemID)
except dabo.ui.assertionException:
ret = ""
return ret
def _setCap(self, val):
self.tree.SetItemText(self.itemID, val)
def _getChildren(self):
return self.tree.getChildren(self)
def _getDescendents(self):
return self.tree.getDescendents(self)
def _getExpanded(self):
return self.tree.IsExpanded(self.itemID)
def _setExpanded(self, val):
try:
if val:
self.tree.expand(self)
else:
self.tree.collapse(self)
except wx._core.PyAssertionError:
# Happens when expandAll() is called and the root node is hidden
# especially from dTreeView.refreshDisplay()
pass
def _getFont(self):
if hasattr(self, "_font"):
v = self._font
else:
v = self.Font = dabo.ui.dFont(
_nativeFont=self.tree.GetItemFont(self.itemID))
return v
def _setFont(self, val):
assert isinstance(val, dabo.ui.dFont)
self._font = val
if not self.IsRootNode or self.tree.ShowRootNode:
# On some platforms exception is raised while operation
# on hidden root node.
self.tree.SetItemFont(self.itemID, val._nativeFont)
val.bindEvent(dEvents.FontPropertiesChanged,
self._onFontPropsChanged)
dabo.ui.callAfterInterval(100, self.tree.refreshDisplay)
def _getFontBold(self):
try:
return self.Font.Bold
except AttributeError:
return False
def _setFontBold(self, val):
self.Font.Bold = val
dabo.ui.callAfterInterval(100, self.tree.refreshDisplay)
def _getFontDescription(self):
try:
return self.Font.Description
except AttributeError:
return ""
def _getFontInfo(self):
try:
return self.Font._nativeFont.GetNativeFontInfoDesc()
except AttributeError:
return ""
def _getFontItalic(self):
try:
return self.Font.Italic
except AttributeError:
return False
def _setFontItalic(self, val):
self.Font.Italic = val
dabo.ui.callAfterInterval(100, self.tree.refreshDisplay)
def _getFontFace(self):
try:
return self.Font.Face
except AttributeError:
return ""
def _setFontFace(self, val):
self.Font.Face = val
dabo.ui.callAfterInterval(100, self.tree.refreshDisplay)
def _getFontSize(self):
try:
return self.Font.Size
except AttributeError:
return 10
def _setFontSize(self, val):
self.Font.Size = val
dabo.ui.callAfterInterval(100, self.tree.refreshDisplay)
def _getFontUnderline(self):
try:
return self.Font.Underline
except AttributeError:
return False
def _setFontUnderline(self, val):
self.Font.Underline = val
dabo.ui.callAfterInterval(100, self.tree.refreshDisplay)
def _getForeColor(self):
return self.tree.GetItemTextColour(self.itemID).Get()
def _setForeColor(self, val):
if isinstance(val, basestring):
val = dColors.colorTupleFromName(val)
self.tree.SetItemTextColour(self.itemID, val)
def _getFullCaption(self):
ret = self.Caption
if self.parent:
ret = "%s.%s" % (self.parent._getFullCaption(), ret)
return ret
def _getImg(self):
return self.tree.getNodeImg(self)
def _setImg(self, key):
return self.tree.setNodeImg(self, key)
dabo.ui.callAfterInterval(100, self.tree.refreshDisplay)
def _getIsRootNode(self):
try:
ret = self._isRootNode
except AttributeError:
ret = self._isRootNode = (self.tree.GetRootItem() == self.itemID)
return ret
def _getObject(self):
return self._object
def _setObject(self, val):
if self._constructed():
self._object = val
else:
self._properties["Object"] = val
def _getSel(self):
sel = self.tree.Selection
if isinstance(sel, list):
ret = self in sel
else:
ret = (self == sel)
return ret
def _setSel(self, val):
self.tree.SelectItem(self.itemID, val)
def _getSiblings(self):
return self.tree.getSiblings(self)
def _getToolTipText(self):
return self._toolTipText
def _setToolTipText(self, val):
if self._constructed():
self._toolTipText = val
else:
self._properties["ToolTipText"] = val
BackColor = property(
_getBackColor, _setBackColor, None,
_("Background color of this node (str, 3-tuple, or wx.Colour)"))
Caption = property(_getCap, _setCap, None,
_("Returns/sets the text of this node. (str)"))
Children = property(
_getChildren, None, None,
_("List of all nodes for which this is their parent node. (list of dNodes)"
))
Descendents = property(
_getDescendents, None, None,
_("List of all nodes for which this node is a direct ancestor. (list of dNodes)"
))
Expanded = property(
_getExpanded, _setExpanded, None,
_("Represents whether the node is Expanded (True) or collapsed. (bool)"
))
Font = property(_getFont, _setFont, None,
_("The font properties of the node. (obj)"))
FontBold = property(_getFontBold, _setFontBold, None,
_("Specifies if the node font is bold-faced. (bool)"))
FontDescription = property(
_getFontDescription, None, None,
_("Human-readable description of the node's font settings. (str)"))
FontFace = property(_getFontFace, _setFontFace, None,
_("Specifies the font face for the node. (str)"))
FontInfo = property(
_getFontInfo, None, None,
_("Specifies the platform-native font info string for the node. Read-only. (str)"
))
FontItalic = property(
_getFontItalic, _setFontItalic, None,
_("Specifies whether the node's font is italicized. (bool)"))
FontSize = property(
_getFontSize, _setFontSize, None,
_("Specifies the point size of the node's font. (int)"))
FontUnderline = property(
_getFontUnderline, _setFontUnderline, None,
_("Specifies whether node text is underlined. (bool)"))
ForeColor = property(
_getForeColor, _setForeColor, None,
_("Foreground (text) color of this node (str, 3-tuple, or wx.Colour)")
)
FullCaption = property(
_getFullCaption, None, None,
_("Full dot-separated string of the captions of this node and its ancestors (read-only) (str)"
))
Image = property(
_getImg, _setImg, None,
_("""Sets the image that is displayed on the node. This is
determined by the key value passed, which must refer to an
image already added to the parent tree. When used to retrieve
an image, it returns the index of the node's image in the parent
tree's image list. (int)"""))
IsRootNode = property(
_getIsRootNode, None, None,
_("Returns True if this is the root node (read-only) (bool)"))
Object = property(
_getObject, _setObject, None,
_("Optional object associated with this node. Default=None (object)"))
Selected = property(_getSel, _setSel, None,
_("Is this node selected?. (bool)"))
Siblings = property(
_getSiblings, None, None,
_("List of all nodes with the same parent node. (list of dNodes)"))
ToolTipText = property(
_getToolTipText, _setToolTipText, None,
_("""Text to display when the mouse hovers over this node. The tree's
UseNodeToolTips property must be True for this to have any effect. (str)"""
))
DynamicBackColor = makeDynamicProperty(BackColor)
DynamicCaption = makeDynamicProperty(Caption)
DynamicFont = makeDynamicProperty(Font)
DynamicFontBold = makeDynamicProperty(FontBold)
DynamicFontFace = makeDynamicProperty(FontFace)
DynamicFontItalic = makeDynamicProperty(FontItalic)
DynamicFontSize = makeDynamicProperty(FontSize)
DynamicFontUnderline = makeDynamicProperty(FontUnderline)
DynamicForeColor = makeDynamicProperty(ForeColor)
DynamicImage = makeDynamicProperty(Image)
DynamicSelected = makeDynamicProperty(Selected)
DynamicToolTipText = makeDynamicProperty(ToolTipText)
class dBitmapButton(cm.dControlMixin, dim.dImageMixin, wx.BitmapButton):
"""
Creates a button with a picture.
The button can have up to three pictures associated with it:
Picture: the normal picture shown on the button.
DownPicture: the picture displayed when the button is depressed.
FocusPicture: the picture displayed when the button has the focus.
Otherwise, dBitmapButton behaves the same as a normal dButton.
"""
def __init__(self,
parent,
properties=None,
attProperties=None,
*args,
**kwargs):
self._baseClass = dBitmapButton
preClass = wx.PreBitmapButton
# Initialize the self._*picture attributes
self._picture = self._downPicture = self._focusPicture = ""
# These atts underlie the image sizing properties.
self._imgScale = self._imgHt = self._imgWd = None
# This controls whether the button automatically resizes
# itself when its Picture changes.
self._autoSize = False
# On some platforms, we need to add some 'breathing room'
# around the bitmap image in order for it to appear correctly
self._bmpBorder = 10
dim.dImageMixin.__init__(self)
cm.dControlMixin.__init__(self,
preClass,
parent,
properties=properties,
attProperties=attProperties,
*args,
**kwargs)
def _initEvents(self):
super(dBitmapButton, self)._initEvents()
self.Bind(wx.EVT_BUTTON, self._onWxHit)
def _sizeToBitmap(self):
if self.Picture:
bmp = self.Bitmap
self.Size = (bmp.GetWidth() + self._bmpBorder,
bmp.GetHeight() + self._bmpBorder)
# Property get/set/del methods follow. Scroll to bottom to see the property
# definitions themselves.
def _getAutoSize(self):
return self._autoSize
def _setAutoSize(self, val):
self._autoSize = val
def _getBmpBorder(self):
return self._bmpBorder
def _setBmpBorder(self, val):
self._bmpBorder = val
if self._autoSize:
self._sizeToBitmap()
def _getBorderStyle(self):
if self._hasWindowStyleFlag(wx.BU_AUTODRAW):
return "Simple"
elif self._hasWindowStyleFlag(wx.NO_BORDER):
return "None"
else:
return "Default"
def _setBorderStyle(self, val):
self._delWindowStyleFlag(wx.NO_BORDER)
self._delWindowStyleFlag(wx.BU_AUTODRAW)
if val == "None":
self._addWindowStyleFlag(wx.NO_BORDER)
elif val == "Simple":
self._addWindowStyleFlag(wx.BU_AUTODRAW)
def _getCancelButton(self):
# need to implement
return False
def _setCancelButton(self, val):
warnings.warn(_("CancelButton isn't implemented yet."), Warning)
def _getDefaultButton(self):
if self.Parent is not None:
return self.Parent.GetDefaultItem() == self
else:
return False
def _setDefaultButton(self, val):
if self._constructed():
if val:
if self.Parent is not None:
self.Parent.SetDefaultItem(self._pemObject)
else:
if self._pemObject.GetParent().GetDefaultItem(
) == self._pemObject:
# Only change the default item to None if it wasn't self: if another object
# is the default item, setting self.DefaultButton = False shouldn't also set
# that other object's DefaultButton to False.
self.SetDefaultItem(None)
else:
self._properties["DefaultButton"] = val
def _getDownBitmap(self):
return self.GetBitmapSelected()
def _getDownPicture(self):
return self._downPicture
def _setDownPicture(self, val):
self._downPicture = val
if self._constructed():
if isinstance(val, wx.Bitmap):
bmp = val
else:
bmp = dabo.ui.strToBmp(val, self._imgScale, self._imgWd,
self._imgHt)
self.SetBitmapSelected(bmp)
else:
self._properties["DownPicture"] = val
def _getFocusBitmap(self):
return self.GetBitmapFocus()
def _getFocusPicture(self):
return self._focusPicture
def _setFocusPicture(self, val):
self._focusPicture = val
if self._constructed():
if isinstance(val, wx.Bitmap):
bmp = val
else:
bmp = dabo.ui.strToBmp(val, self._imgScale, self._imgWd,
self._imgHt)
self.SetBitmapFocus(bmp)
else:
self._properties["FocusPicture"] = val
def _getNormalBitmap(self):
return self.GetBitmapLabel()
def _getNormalPicture(self):
return self._picture
def _setNormalPicture(self, val):
self._picture = val
if self._constructed():
if isinstance(val, wx.Bitmap):
bmp = val
else:
bmp = dabo.ui.strToBmp(val, self._imgScale, self._imgWd,
self._imgHt)
self.SetBitmapLabel(bmp)
# If the others haven't been specified, default them to the same
if not self._downPicture:
self.SetBitmapSelected(bmp)
if not self._focusPicture:
self.SetBitmapFocus(bmp)
if self._autoSize:
self._sizeToBitmap()
else:
self._properties["Picture"] = val
# Property definitions:
AutoSize = property(
_getAutoSize, _setAutoSize, None,
_("Controls whether the button resizes when the Picture changes. (bool)"
))
Bitmap = property(
_getNormalBitmap, None, None,
_("""The bitmap normally displayed on the button. (wx.Bitmap)"""))
BitmapBorder = property(
_getBmpBorder, _setBmpBorder, None,
_("""Extra space around the bitmap, used when auto-sizing. (int)"""))
BorderStyle = property(
_getBorderStyle, _setBorderStyle, None,
_("""Specifies the type of border for this window. (String).
Possible choices are:
"None" - No border
"Simple" - Border like a regular button
"""))
CancelButton = property(
_getCancelButton, _setCancelButton, None,
_("Specifies whether this Bitmap button gets clicked on -Escape-."))
DefaultButton = property(
_getDefaultButton, _setDefaultButton, None,
_("Specifies whether this Bitmap button gets clicked on -Enter-."))
DownBitmap = property(
_getDownBitmap, None, None,
_("The bitmap displayed on the button when it is depressed. (wx.Bitmap)"
))
DownPicture = property(
_getDownPicture, _setDownPicture, None,
_("Specifies the image displayed on the button when it is depressed. (str)"
))
FocusBitmap = property(
_getFocusBitmap, None, None,
_("The bitmap displayed on the button when it receives focus. (wx.Bitmap)"
))
FocusPicture = property(
_getFocusPicture, _setFocusPicture, None,
_("Specifies the image displayed on the button when it receives focus. (str)"
))
Picture = property(
_getNormalPicture, _setNormalPicture, None,
_("""Specifies the image normally displayed on the button. This is the
default if none of the other Picture properties are
specified. (str)"""))
DynamicAutoSize = makeDynamicProperty(AutoSize)
DynamicBitmap = makeDynamicProperty(Bitmap)
DynamicBitmapBorder = makeDynamicProperty(BitmapBorder)
DynamicCancelButton = makeDynamicProperty(CancelButton)
DynamicDefaultButton = makeDynamicProperty(DefaultButton)
DynamicDownBitmap = makeDynamicProperty(DownBitmap)
DynamicDownPicture = makeDynamicProperty(DownPicture)
DynamicFocusBitmap = makeDynamicProperty(FocusBitmap)
DynamicFocusPicture = makeDynamicProperty(FocusPicture)
DynamicPicture = makeDynamicProperty(Picture)
def _getValue(self):
return self.GetValue()
def _setValue(self, val):
if self._constructed():
currVal = self.Value
if type(currVal) != type(val):
val = self._coerceValue(val, currVal)
if (type(currVal) != type(val) or currVal != val):
setter = self.SetValue
if hasattr(self, "ChangeValue"):
setter = self.ChangeValue
try:
setter(val)
except (TypeError, ValueError), e:
nm = self._name
dabo.log.error(_("Could not set value of %(nm)s to %(val)s. Error message: %(e)s")
% locals())
self._afterValueChanged()
else:
self._properties["Value"] = val
Value = property(_getValue, _setValue, None,
_("""Specifies the current state of the control (the value of the field). (varies)"""))
DynamicValue = makeDynamicProperty(Value)
MaxValue = property(_getMaxValue, _setMaxValue, None,
_("""Holds upper value limit. (date, tuple, str)(Default=None)"""))
MinValue = property(_getMinValue, _setMinValue, None,
_("""Holds lower value limit. (date, tuple, str)(Default=None)"""))
PickerMode = property(_getPickerMode, _setPickerMode, None,
_("""Creates control with spin or dropdown calendar. (str)
Available values are:
- Spin
- Dropdown (default)"""))
ValueMode = property(_getValueMode, _setValueMode, None,
_("""Enables handling Timestamp type. (str)(Default="Date")"""))
DynamicMaxValue = makeDynamicProperty(MaxValue)
DynamicMinValue = makeDynamicProperty(MinValue)
if __name__ == "__main__":
import datetime
import test
class TestBase(dDatePicker):
def onValueChanged(self, evt):
print "onValueChanged"
test.Test().runTest(TestBase, AllowNullDate=True, Value=datetime.date(1970,12,03))
test.Test().runTest(TestBase, BackColor="orange", PickerMode="Spin", AllowNullDate=True)
class dPage(dabo.ui.dScrollPanel):
"""Creates a page to appear as a tab in a pageframe."""
def __init__(self, *args, **kwargs):
self._caption = ""
self._pendingUpdates = False
self._deferredUpdates = False
kwargs["AlwaysResetSizer"] = self._extractKey(kwargs,
"AlwaysResetSizer", True)
super(dPage, self).__init__(*args, **kwargs)
self._baseClass = dPage
def _afterInit(self):
self.initSizer()
self.itemsCreated = False
super(dPage, self)._afterInit()
def _initEvents(self):
super(dPage, self)._initEvents()
self.bindEvent(dEvents.PageEnter, self.__onPageEnter)
self.bindEvent(dEvents.PageLeave, self.__onPageLeave)
def initSizer(self):
"""Set up the default vertical box sizer for the page."""
try:
szCls = self.Parent.PageSizerClass
except AttributeError:
# Not part of a paged control
return
if szCls is not None:
self.Sizer = szCls("vertical")
def _createItems(self):
self.lockDisplay()
self.createItems()
self.itemsCreated = True
self.layout()
dabo.ui.callAfter(self.unlockDisplay)
def createItems(self):
"""
Create the controls in the page.
Called when the page is entered for the first time, allowing subclasses
to delay-populate the page.
"""
pass
def update(self):
if self.DeferredUpdates:
try:
if self.Parent.SelectedPage == self:
self._pendingUpdates = False
else:
self._pendingUpdates = True
return
except (ValueError, AttributeError):
pass
super(dPage, self).update()
def __onPageEnter(self, evt):
if not self.itemsCreated:
self._createItems()
if self._pendingUpdates:
dabo.ui.callAfter(self.update)
def __onPageLeave(self, evt):
if hasattr(self, "Form"):
form = self.Form
if hasattr(form, "activeControlValid"):
form.activeControlValid()
def _saveLastActiveControl(self):
self._lastFocusedControl = self.Form.ActiveControl
def _restoreLastActiveControl(self):
if getattr(self, "_lastFocusedControl", None):
self.Form.ActiveControl = self._lastFocusedControl
def _getPagePosition(self):
"""Returns the position of this page within its parent."""
try:
ret = self.Parent.Pages.index(self)
except (ValueError, AttributeError):
ret = -1
return ret
def _getCaption(self):
# Need to determine which page we are
ret = ""
pos = self._getPagePosition()
if pos > -1:
ret = self.Parent.GetPageText(pos)
if not ret:
ret = self._caption
return ret
def _setCaption(self, val):
self._caption = val
if self._constructed():
pos = self._getPagePosition()
if pos > -1:
self.Parent.SetPageText(pos, val)
else:
self._properties["Caption"] = val
def _getDeferredUpdates(self):
return self._deferredUpdates
def _setDeferredUpdates(self, val):
self._deferredUpdates = val
def _getImage(self):
return self.Parent.getPageImage(self)
def _setImage(self, imgKey):
if self._constructed():
self.Parent.setPageImage(self, imgKey)
else:
self._properties["Image"] = imgKey
Caption = property(_getCaption, _setCaption, None,
_("The text identifying this particular page. (str)"))
DeferredUpdates = property(
_getDeferredUpdates, _setDeferredUpdates, None,
_("Allow to defer controls updates until page become active. (bool)"))
Image = property(
_getImage, _setImage, None,
_("""Sets the image that is displayed on the page tab. This is
determined by the key value passed, which must refer to an
image already added to the parent pageframe.
When used to retrieve an image, it returns the index of the
page's image in the parent pageframe's image list. (int)"""))
DynamicCaption = makeDynamicProperty(Caption)
DynamicImage = makeDynamicProperty(Image)
class dLabel(cm.dControlMixin, AlignmentMixin, wx.StaticText):
"""Creates a static label, to make a caption for another control, for example."""
_layout_on_set_caption = True
def __init__(self, parent, properties=None, attProperties=None, *args, **kwargs):
self._baseClass = dLabel
self._wordWrap = False
self._inResizeEvent = False
self._resetAutoResize = True
preClass = wx.PreStaticText
cm.dControlMixin.__init__(self, preClass, parent, properties=properties,
attProperties=attProperties, *args, **kwargs)
self.bindEvent(dEvents.Resize, self.__onResize)
def __onResize(self, evt):
"""
Event binding is set when WordWrap=True. Tell the label
to wrap to its current width.
"""
if self.WordWrap:
if self._inResizeEvent:
return
self._inResizeEvent = True
dabo.ui.callAfterInterval(100, self.__resizeExecute)
def __resizeExecute(self):
# We need to set the caption to the internally-saved caption, since
# WordWrap can introduce additional linefeeds.
try:
self.Parent.lockDisplay()
except dabo.ui.deadObjectException:
# Form is being destroyed; bail
return
self.SetLabel(self._caption)
wd = {True: self.Width, False: -1}[self.WordWrap]
self.Wrap(wd)
dabo.ui.callAfterInterval(50, self.__endResize)
def __endResize(self):
"""
To prevent infinite loops while resizing, the _inResizeEvent
flag must be reset outside of the execution method.
"""
self.Parent.unlockDisplayAll()
self._inResizeEvent = False
# property get/set functions
def _getAutoResize(self):
return not self._hasWindowStyleFlag(wx.ST_NO_AUTORESIZE)
def _setAutoResize(self, val):
self._delWindowStyleFlag(wx.ST_NO_AUTORESIZE)
if not val:
self._addWindowStyleFlag(wx.ST_NO_AUTORESIZE)
def _getFontBold(self):
return super(dLabel, self)._getFontBold()
def _setFontBold(self, val):
super(dLabel, self)._setFontBold(val)
if self._constructed():
# This will force an auto-resize
self.SetLabel(self.GetLabel())
def _getFontFace(self):
return super(dLabel, self)._getFontFace()
def _setFontFace(self, val):
super(dLabel, self)._setFontFace(val)
if self._constructed():
# This will force an auto-resize
self.SetLabel(self.GetLabel())
def _getFontItalic(self):
return super(dLabel, self)._getFontItalic()
def _setFontItalic(self, val):
super(dLabel, self)._setFontItalic(val)
if self._constructed():
# This will force an auto-resize
self.SetLabel(self.GetLabel())
def _getFontSize(self):
return super(dLabel, self)._getFontSize()
def _setFontSize(self, val):
super(dLabel, self)._setFontSize(val)
if self._constructed():
# This will force an auto-resize
self.SetLabel(self.GetLabel())
def _getWordWrap(self):
return self._wordWrap
def _setWordWrap(self, val):
if self._constructed():
changed = (self._wordWrap != val)
if not changed:
return
self._wordWrap = val
if val:
# Make sure AutoResize is False.
if self.AutoResize:
self._resetAutoResize = True
self.AutoResize = False
try:
dabo.ui.callAfter(self.Parent.layout)
except AttributeError:
# Parent has no layout() method.
pass
else:
# reset the value
self.AutoResize = self._resetAutoResize
self.__resizeExecute()
else:
self._properties["WordWrap"] = val
# property definitions follow:
AutoResize = property(_getAutoResize, _setAutoResize, None,
_("""Specifies whether the length of the caption determines
the size of the label. This cannot be True if WordWrap is
also set to True. Default=True. (bool)""") )
FontBold = property(_getFontBold, _setFontBold, None,
_("Sets the Bold of the Font (int)") )
FontFace = property(_getFontFace, _setFontFace, None,
_("Sets the face of the Font (int)") )
FontItalic = property(_getFontItalic, _setFontItalic, None,
_("Sets the Italic of the Font (int)") )
FontSize = property(_getFontSize, _setFontSize, None,
_("Sets the size of the Font (int)") )
WordWrap = property(_getWordWrap, _setWordWrap, None,
_("""When True, the Caption is wrapped to the Width. Note
that the control must have sufficient Height to display any
wrapped text.
Default=False (bool)"""))
DynamicFontBold = makeDynamicProperty(FontBold)
DynamicFontFace = makeDynamicProperty(FontFace)
DynamicFontItalic = makeDynamicProperty(FontItalic)
DynamicFontSize = makeDynamicProperty(FontSize)
DynamicWordWrap = makeDynamicProperty(WordWrap)
class dSpinner(dabo.ui.dDataPanel, wx.Control):
"""
Control for allowing a user to increment a value by discreet steps across a range
of valid values.
"""
def __init__(self,
parent,
properties=None,
attProperties=None,
TextBoxClass=None,
*args,
**kwargs):
self.__constructed = False
self._spinWrap = False
self._min = 0
self._max = 100
self._increment = 1
nm = self._extractKey((properties, attProperties, kwargs), "NameBase",
"")
if not nm:
nm = self._extractKey((properties, attProperties, kwargs), "Name",
"dSpinner")
super(dSpinner, self).__init__(parent=parent,
properties=properties,
attProperties=attProperties,
*args,
**kwargs)
self._baseClass = dSpinner
# Create the child controls
if TextBoxClass is None:
TextBoxClass = dabo.ui.dTextBox
self._proxy_textbox = TextBoxClass(self,
Value=0,
Width=32,
StrictNumericEntry=False,
_EventTarget=self)
self._proxy_spinner = _dSpinButton(parent=self, _EventTarget=self)
self.__constructed = True
self.Sizer = dabo.ui.dSizer("h")
self.Sizer.append1x(self._proxy_textbox)
self.Sizer.append(self._proxy_spinner, "expand")
self.layout()
self.Bind(wx.EVT_WINDOW_DESTROY, self.__onWxDestroy)
# Because several properties could not be set until after the child
# objects were created, we need to manually call _setProperties() here.
self._properties["NameBase"] = nm
self._setNameAndProperties(self._properties, **kwargs)
ps = self._proxy_spinner
pt = self._proxy_textbox
# Set an essentially infinite range. We'll handle the range ourselves.
ps.SetRange(-2**30, 2**30)
# We'll also control wrapping ourselves
self._proxy_spinner._addWindowStyleFlag(wx.SP_WRAP)
ps.Bind(wx.EVT_SPIN_UP, self.__onWxSpinUp)
ps.Bind(wx.EVT_SPIN_DOWN, self.__onWxSpinDown)
#ps.Bind(wx.EVT_SPIN, self._onWxHit)
pt.Bind(wx.EVT_TEXT, self._onWxHit)
pt.Bind(wx.EVT_KEY_DOWN, self._onWxKeyDown)
ps.Bind(wx.EVT_KEY_DOWN, self._onWxKeyDown)
#self.bindEvent(dEvents.KeyChar, self._onChar)
self._rerestoreValue()
dabo.ui.callAfter(self.layout)
def __onWxDestroy(self, evt):
# This doesn't otherwise happen
self.raiseEvent(dEvents.Destroy)
def _rerestoreValue(self):
# Hack because when restoreValue() was originally called in onCreate,
# the name of the control hadn't been set yet.
if self.SaveRestoreValue:
self.restoreValue()
# Additionally, if the user never changes the Value, _value will be None:
self._value = self.Value
def _constructed(self):
"""Returns True if the ui object has been fully created yet, False otherwise."""
return self.__constructed
def _toDec(self, val):
"""Convenience method for converting various types to decimal."""
return decimal(ustr(val))
def _toFloat(self, val):
"""Convenience method for converting various types to float."""
return float(ustr(val))
def _coerceTypes(self, newVal, minn, maxx, margin):
"""
Handle the problems when min/max/increment values are
of one type, and the edited value another.
"""
typN = type(newVal)
# Only problem here is Decimal and float combinations
if typN == decimal:
margin = self._toDec(margin)
if type(maxx) == float:
maxx = self._toDec(maxx)
if type(minn) == float:
minn = self._toDec(minn)
elif typN == float:
if type(maxx) == decimal:
maxx = float(maxx)
if type(minn) == decimal:
minn = float(minn)
return minn, maxx, margin
def _applyIncrement(self, op):
"""
Returns the value obtained by modifying the current value by the increment
according to the passed operation. It expects to be passed either
operator.add or operator.sub.
"""
curr = self.Value
inc = self.Increment
try:
ret = op(curr, inc)
except TypeError:
# Usually Decimal/float problems
tCurr = type(curr)
if tCurr == decimal:
ret = op(curr, self._toDec(inc))
elif tCurr == float:
ret = op(curr, self._toFloat(inc))
return ret
def _spin(self, direction, spinType=None):
assert direction in ("up", "down")
incrementFunc = operator.add
margin = 0.0001
if direction == "down":
incrementFunc = operator.sub
margin = -0.0001
ret = True
newVal = self._applyIncrement(incrementFunc)
minn, maxx, margin = self._coerceTypes(newVal, self.Min, self.Max,
margin)
valueToSet = None
if direction == "up":
diff = newVal - maxx
if diff < margin:
valueToSet = newVal
elif self._spinWrap:
valueToSet = minn
else:
ret = False
if ret:
self.raiseEvent(dEvents.SpinUp, spinType=spinType)
self.raiseEvent(dEvents.Spinner, spinType=spinType)
else:
diff = newVal - minn
if diff > margin:
valueToSet = newVal
elif self._spinWrap:
valueToSet = maxx
else:
ret = False
if ret:
self.raiseEvent(dEvents.SpinDown, spinType=spinType)
self.raiseEvent(dEvents.Spinner, spinType=spinType)
self._checkBounds()
if ret:
self._userChanged = True
self.Value = valueToSet
self._userChanged = True
self.flushValue()
self.raiseEvent(dEvents.Hit, hitType=spinType)
return ret
def __onWxSpinUp(self, evt):
"""Respond to the wx event by raising the Dabo event."""
self._spin("up", spinType="button")
def __onWxSpinDown(self, evt):
"""Respond to the wx event by raising the Dabo event."""
self._spin("down", spinType="button")
def _checkBounds(self):
"""Make sure that the value is within the current Min/Max"""
if self._proxy_textbox.Value < self.Min:
self._proxy_textbox.Value = self._proxy_spinner.Value = self.Min
elif self._proxy_textbox.Value > self.Max:
self._proxy_textbox.Value = self._proxy_spinner.Value = self.Max
def _onWxHit(self, evt):
# Determine what type of event caused Hit to be raised.
if evt is None:
typ = "key"
elif evt.GetEventObject() is self._proxy_textbox:
typ = "text"
else:
typ = "spin"
super(dSpinner, self)._onWxHit(evt, hitType=typ)
def _onWxKeyDown(self, evt):
"""
Handle the case where the user presses the up/down arrows to
activate the spinner.
"""
keys = dabo.ui.dKeys
kc = evt.GetKeyCode()
if kc in (keys.key_Up, keys.key_Numpad_up):
self._spin("up", spinType="key")
elif kc in (keys.key_Down, keys.key_Numpad_down):
self._spin("down", spinType="key")
else:
evt.Skip()
def flushValue(self):
self._checkBounds()
super(dSpinner, self).flushValue()
def _numericStringVal(self, val):
"""
If passed a string, attempts to convert it to the appropriate numeric
type. If such a conversion is not possible, returns None.
"""
ret = val
if isinstance(val, basestring):
if val.count(locale.localeconv()["decimal_point"]) > 0:
func = decimal
else:
func = int
try:
ret = func(val)
except ValueError:
ret = None
return ret
def fontZoomIn(self, amt=1):
"""Zoom in on the font, by setting a higher point size."""
self._proxy_textbox._setRelativeFontZoom(amt)
def fontZoomOut(self, amt=1):
"""Zoom out on the font, by setting a lower point size."""
self._proxy_textbox._setRelativeFontZoom(-amt)
def fontZoomNormal(self):
"""Reset the font zoom back to zero."""
self._proxy_textbox._setAbsoluteFontZoom(0)
def getBlankValue(self):
return 0
# Property get/set definitions begin here
def _getButtonWidth(self):
return self._proxy_spinner.Width
def _setButtonWidth(self, val):
if self._constructed():
self._proxy_spinner.Width = val
else:
self._properties["ButtonWidth"] = val
def _getChildren(self):
# The native wx control will return the items that make up this composite
# control, which our user doesn't want.
return []
def _getIncrement(self):
return self._increment
def _setIncrement(self, val):
if self._constructed():
self._increment = val
else:
self._properties["Increment"] = val
def _getMax(self):
return self._max
def _setMax(self, val):
if self._constructed():
self._max = val
self._checkBounds()
else:
self._properties["Max"] = val
def _getMin(self):
return self._min
def _setMin(self, val):
if self._constructed():
self._min = val
self._checkBounds()
else:
self._properties["Min"] = val
def _getSpinnerWrap(self):
return self._spinWrap
def _setSpinnerWrap(self, val):
if self._constructed():
self._spinWrap = val
else:
self._properties["SpinnerWrap"] = val
def _getValue(self):
try:
return self._proxy_textbox.Value
except AttributeError:
return None
def _setValue(self, val):
if self._constructed():
self._proxy_textbox._inDataUpdate = self._inDataUpdate
if isinstance(val, (int, long, float, decimal)):
self._proxy_textbox.Value = val
else:
numVal = self._numericStringVal(val)
if numVal is None:
dabo.log.error(
_("Spinner values must be numeric. Invalid:'%s'") %
val)
else:
self._proxy_textbox.Value = val
self._proxy_textbox._inDataUpdate = False
else:
self._properties["Value"] = val
ButtonWidth = property(
_getButtonWidth, _setButtonWidth, None,
_("""Allows the developer to explicitly specify the width of the up/down buttons."""
))
Children = property(
_getChildren, None, None,
_("""Returns a list of object references to the children of
this object. Only applies to containers. Children will be None for
non-containers. (list or None)"""))
Increment = property(
_getIncrement, _setIncrement, None,
_("Amount the control's value changes when the spinner buttons are clicked (int/float)"
))
Max = property(_getMax, _setMax, None,
_("Maximum value for the control (int/float)"))
Min = property(_getMin, _setMin, None,
_("Minimum value for the control (int/float)"))
SpinnerWrap = property(
_getSpinnerWrap, _setSpinnerWrap, None,
_("Specifies whether the spinner value wraps at the high/low value. (bool)"
))
Value = property(_getValue, _setValue, None,
_("Value of the control (int/float)"))
DynamicIncrement = makeDynamicProperty(Increment)
DynamicMax = makeDynamicProperty(Max)
DynamicMin = makeDynamicProperty(Min)
DynamicSpinnerWrap = makeDynamicProperty(SpinnerWrap)
# Pass-through props. These are simply ways of exposing the text control's props
# through this control
_proxyDict = {}
Alignment = makeProxyProperty(
_proxyDict,
"Alignment",
"_proxy_textbox",
)
BackColor = makeProxyProperty(_proxyDict, "BackColor",
("_proxy_textbox", "self"))
Enabled = makeProxyProperty(_proxyDict, "Enabled",
("self", "_proxy_spinner", "_proxy_textbox"))
Font = makeProxyProperty(_proxyDict, "Font", "_proxy_textbox")
FontInfo = makeProxyProperty(_proxyDict, "FontInfo", "_proxy_textbox")
FontSize = makeProxyProperty(_proxyDict, "FontSize", "_proxy_textbox")
FontFace = makeProxyProperty(_proxyDict, "FontFace", "_proxy_textbox")
FontBold = makeProxyProperty(_proxyDict, "FontBold", "_proxy_textbox")
FontItalic = makeProxyProperty(_proxyDict, "FontItalic", "_proxy_textbox")
FontUnderline = makeProxyProperty(_proxyDict, "FontUnderline",
"_proxy_textbox")
ForeColor = makeProxyProperty(_proxyDict, "ForeColor", "_proxy_textbox")
Height = makeProxyProperty(_proxyDict, "Height",
("self", "_proxy_spinner", "_proxy_textbox"))
ReadOnly = makeProxyProperty(_proxyDict, "ReadOnly", "_proxy_textbox")
SelectOnEntry = makeProxyProperty(_proxyDict, "SelectOnEntry",
"_proxy_textbox")
ToolTipText = makeProxyProperty(
_proxyDict, "ToolTipText",
("self", "_proxy_spinner", "_proxy_textbox"))
Visible = makeProxyProperty(_proxyDict, "Visible",
("self", "_proxy_spinner", "_proxy_textbox"))
class dRadioList(cim.dControlItemMixin, wx.Panel):
"""
Creates a group of radio buttons, allowing mutually-exclusive choices.
Like a dDropdownList, use this to present the user with multiple choices and
for them to choose from one of the choices. Where the dDropdownList is
suitable for lists of one to a couple hundred choices, a dRadioList is
really only suitable for lists of one to a dozen at most.
"""
def __init__(self,
parent,
properties=None,
attProperties=None,
*args,
**kwargs):
self._baseClass = dRadioList
self._sizerClass = dabo.ui.dBorderSizer
self._buttonClass = _dRadioButton
self._showBox = True
self._caption = ""
preClass = wx.PrePanel
style = self._extractKey((properties, attProperties, kwargs), "style",
0)
style = style | wx.TAB_TRAVERSAL
kwargs["style"] = style
# Tracks individual member radio buttons.
self._items = []
self._selpos = 0
# Tracks timing to determine whether any of the buttons
# have changed focus so got/lost events can be raised
self._lastGotFocusEvent = self._lastLostFocusEvent = 0
# Default spacing between buttons. Can be changed with the
# 'ButtonSpacing' property.
self._buttonSpacing = 5
cim.dControlItemMixin.__init__(self,
preClass,
parent,
properties=properties,
attProperties=attProperties,
*args,
**kwargs)
def _resetChoices(self):
# Need to override as the base behavior calls undefined Clear() and AppendItems()
pass
def getBaseButtonClass(cls):
return _dRadioButton
getBaseButtonClass = classmethod(getBaseButtonClass)
def _checkSizer(self):
"""Makes sure the sizer is created before setting props that need it."""
if self.Sizer is None:
self.Sizer = self.SizerClass(self,
orientation=self.Orientation,
Caption=self.Caption)
def _onWxHit(self, evt):
pos = self._items.index(evt.GetEventObject())
self.PositionValue = pos
# This allows the event processing to properly
# set the EventData["index"] properly.
evt.SetInt(pos)
self._userChanged = True
super(dRadioList, self)._onWxHit(evt)
def _onButtonGotFocus(self, wxEvt):
# Received from individual buttons
now = time.time()
if now - self._lastLostFocusEvent > .01:
# Newly focused; raise the event.
# Missing uiEvent parameter in call? See note below.
self.raiseEvent(dEvents.GotFocus)
self._lastGotFocusEvent = now
def _onButtonLostFocus(self, wxEvt):
# Received from individual buttons
now = time.time()
self._lastLostFocusEvent = now
@dabo.ui.deadCheck
def checkForFocus(timeCalled):
if timeCalled - self._lastGotFocusEvent > .01:
# No other button has gotten focus in the intervening time
# Don't raise event if parent form loses focus!
# Doing it on Windows platform raises global Python exception.
app = self.Application
if app is None or app.ActiveForm == self.Form:
# Passing wxEvt as uiEvent parameter under some conditions
# causes Python interpreter crash or unspecified problems
# with GC. I decided to remove this reference for both,
# GotFocus and LostFocus event of control to retain symmetry.
self.raiseEvent(dEvents.LostFocus)
# Normal changing selection of buttons will cause buttons to lose focus;
# we need to see if this control has truly lost focus.
dabo.ui.callAfter(checkForFocus, now)
def layout(self):
"""Wrap the wx version of the call, if possible."""
self.Layout()
try:
# Call the Dabo version, if present
self.Sizer.layout()
except AttributeError:
pass
if self.Application.Platform == "Win":
self.refresh()
def _setSelection(self, val):
"""
Set the selected state of the buttons to match this
control's Value.
"""
for pos, itm in enumerate(self._items):
itm.SetValue(pos == val)
def enableKey(self, itm, val=True):
"""Enables or disables an individual button, referenced by key value."""
index = self.Keys[itm]
self._items[index].Enabled = val
def enablePosition(self, itm, val=True):
"""Enables or disables an individual button, referenced by position (index)."""
self._items[itm].Enabled = val
def enableString(self, itm, val=True):
"""Enables or disables an individual button, referenced by string display value."""
mtch = [
btn for btn in self.Children
if isinstance(btn, _dRadioButton) and btn.Caption == itm
]
try:
itm = mtch[0]
idx = self._items.index(itm)
self._items[idx].Enabled = val
except IndexError:
dabo.log.error(
_("Could not find a button with Caption of '%s'") % itm)
def enable(self, itm, val=True):
"""
Enables or disables an individual button.
The itm argument specifies which button to enable/disable, and its type
depends on the setting of self.ValueType:
============ ====================
"position" The item is referenced by index position.
"string" The item is referenced by its string display value.
"key" The item is referenced by its key value.
============ ====================
"""
if self.ValueMode == "position":
self.enablePosition(itm, val)
elif self.ValueMode == "string":
self.enableString(itm, val)
elif self.ValueMode == "key":
self.enableKey(itm, val)
def showKey(self, itm, val=True):
"""Shows or hides an individual button, referenced by key value."""
index = self.Keys[itm]
self._items[index].Visible = val
self.layout()
def showPosition(self, itm, val=True):
"""Shows or hides an individual button, referenced by position (index)."""
self._items[itm].Visible = val
self.layout()
def showString(self, itm, val=True):
"""Shows or hides an individual button, referenced by string display value."""
mtch = [btn for btn in self._items if btn.Caption == itm]
if mtch:
mtch[0].Visible = val
self.layout()
def show(self, itm, val=True):
"""
Shows or hides an individual button.
The itm argument specifies which button to hide/show, and its type
depends on the setting of self.ValueType:
============ ====================
"position" The item is referenced by index position.
"string" The item is referenced by its string display value.
"key" The item is referenced by its key value.
============ ====================
"""
if self.ValueMode == "position":
self.showPosition(itm, val)
elif self.ValueMode == "string":
self.showString(itm, val)
elif self.ValueMode == "key":
self.showKey(itm, val)
def _getFudgedButtonSpacing(self):
val = self._buttonSpacing
if "linux" in sys.platform:
# Buttons too widely spaced on Linux. Fudge it down...
val -= 9
val = (val, 0) if self.Orientation[:1].lower() == "h" else (0, val)
return val
# Property get/set/del methods follow. Scroll to bottom to see the property
# definitions themselves.
def _getButtonClass(self):
return self._buttonClass
def _setButtonClass(self, val):
self._buttonClass = val
def _getButtonSpacing(self):
return self._buttonSpacing
def _setButtonSpacing(self, val):
if self._constructed():
self._buttonSpacing = val
self._checkSizer()
sizer = self.Sizer
spacing = self._getFudgedButtonSpacing()
for itm in sizer.ChildSpacers:
sizer.setItemProp(itm, "Spacing", spacing)
self.layout()
else:
self._properties["ButtonSpacing"] = val
def _getCaption(self):
ret = self._caption
if isinstance(self.Sizer, dabo.ui.dBorderSizer):
ret = self._caption = self.Sizer.Caption
return ret
def _setCaption(self, val):
if self._constructed():
self._checkSizer()
self._caption = val
try:
self.Sizer.Caption = val
except AttributeError:
pass
try:
self.Parent.layout()
except AttributeError:
self.layout()
else:
self._properties["Caption"] = val
def _getChoices(self):
try:
_choices = self._choices
except AttributeError:
_choices = self._choices = []
return _choices
def _setChoices(self, choices):
if self._constructed():
self._checkSizer()
# Save the current values for possible re-setting afterwards.
old_length = len(self.Choices)
sv = (self.KeyValue, self.StringValue, self.PositionValue)
[itm.release() for itm in self._items]
self._choices = choices
self._items = []
self.Sizer.clear()
for idx, itm in enumerate(choices):
style = 0
if idx == 0:
if len(choices) == 1:
style = wx.RB_SINGLE
else:
style = wx.RB_GROUP
else:
self.Sizer.appendSpacer(self._getFudgedButtonSpacing())
btn = self.ButtonClass(self, Caption=itm, style=style)
btn._index = idx
self.Sizer.append(btn)
self._items.append(btn)
if old_length:
# Try each saved value to restore which button is active:
if self.Keys:
self.KeyValue = sv[0]
if not self.Keys or self.KeyValue != sv[0]:
try:
self.StringValue = sv[1]
except ValueError:
self.PositionValue = sv[2]
if self.PositionValue != sv[2]:
# Bail!
self.PositionValue = 0
else:
self.PositionValue = 0
self.layout()
else:
self._properties["Choices"] = choices
def _getOrientation(self):
return getattr(self, "_orientation", "Vertical")
def _setOrientation(self, val):
if self._constructed():
self._checkSizer()
if val[0].lower() not in "hv":
val = "vertical"
self._orientation = self.Sizer.Orientation = val
# Reset button spacing also.
self.ButtonSpacing = self.ButtonSpacing
else:
self._properties["Orientation"] = val
def _getPositionValue(self):
return self._selpos
def _setPositionValue(self, val):
if self._constructed():
self._selpos = val
self._setSelection(val)
else:
self._properties["PositionValue"] = val
def _getShowBox(self):
return self._showBox
def _setShowBox(self, val):
if self._constructed():
fromSz = self.Sizer
if fromSz is None:
# Control hasn't been constructed yet
dabo.ui.setAfter(self, "ShowBox", val)
return
self._showBox = val
parent = fromSz.Parent
isInSizer = fromSz.ControllingSizer is not None
if isInSizer:
csz = fromSz.ControllingSizer
pos = fromSz.getPositionInSizer()
szProps = csz.getItemProps(fromSz)
isBorderSz = isinstance(fromSz, dabo.ui.dBorderSizer)
needChange = (val and not isBorderSz) or (not val and isBorderSz)
if not needChange:
return
if isBorderSz:
toCls = fromSz.getNonBorderedClass()
toSz = toCls()
else:
toCls = fromSz.getBorderedClass()
toSz = toCls(parent)
toSz.Caption = self._caption
toSz.Orientation = fromSz.Orientation
memberItems = fromSz.Children
members = [fromSz.getItem(mem) for mem in memberItems]
memberProps = dict.fromkeys(members)
szProps = ("Border", "Proportion", "Expand", "HAlign", "VAlign",
"BorderSides")
for pos, member in enumerate(members):
pd = {}
for sp in szProps:
pd[sp] = fromSz.getItemProp(memberItems[pos], sp)
memberProps[member] = pd
for member in members[::-1]:
try:
fromSz.remove(member)
except AttributeError:
# probably a spacer
pass
setSizer = (parent is not None) and (parent.Sizer is fromSz)
if setSizer:
parent.Sizer = None
# Delete the old sizer.
fromSz.release()
if setSizer:
parent.Sizer = toSz
if isInSizer:
itm = csz.insert(pos, toSz)
csz.setItemProps(itm, szProps)
for member in members:
itm = toSz.append(member)
toSz.setItemProps(itm, memberProps[member])
try:
self.Parent.layout()
except AttributeError:
self.layout()
else:
self._properties["ShowBox"] = val
def _getSizerClass(self):
return self._sizerClass
def _setSizerClass(self, val):
self._sizerClass = val
def _getStringValue(self):
try:
ret = self._items[self._selpos].Caption
except IndexError:
ret = None
return ret
def _setStringValue(self, val):
if self._constructed():
try:
idx = [
btn._index for btn in self._items if btn.Caption == val
][0]
self.PositionValue = idx
except IndexError:
if val is not None:
# No such string.
raise ValueError, _(
"No radio button matching '%s' was found.") % val
else:
self._properties["StringValue"] = val
# Property definitions:
ButtonClass = property(
_getButtonClass, _setButtonClass, None,
_("Class to use for the radio buttons. Default=_dRadioButton (dRadioButton)"
))
ButtonSpacing = property(
_getButtonSpacing, _setButtonSpacing, None,
_("Spacing in pixels between buttons in the control (int)"))
Caption = property(
_getCaption, _setCaption, None,
_("String to display on the box surrounding the control (str)"))
Choices = property(
_getChoices, _setChoices, None,
_("""Specifies the string choices to display in the list.
-> List of strings. Read-write at runtime.
The list index becomes the PositionValue, and the string
becomes the StringValue."""))
Orientation = property(
_getOrientation, _setOrientation, None,
_("""Specifies whether this is a vertical or horizontal RadioList.
String. Possible values:
'Vertical' (the default)
'Horizontal'"""))
PositionValue = property(
_getPositionValue, _setPositionValue, None,
_("""Specifies the position (index) of the selected button.
Integer. Read-write at runtime.
Returns the current position, or sets the current position."""))
ShowBox = property(_getShowBox, _setShowBox, None,
_("Is the surrounding box visible? (bool)"))
SizerClass = property(
_getSizerClass, _setSizerClass, None,
_("Class to use for the border sizer. Default=dabo.ui.dBorderSizer (dSizer)"
))
StringValue = property(
_getStringValue, _setStringValue, None,
_("""Specifies the text of the selected button.
String. Read-write at runtime.
Returns the text of the current item, or changes the current position
to the position with the specified text. An exception is raised if there
is no position with matching text."""))
DynamicOrientation = makeDynamicProperty(Orientation)
DynamicPositionValue = makeDynamicProperty(PositionValue)
DynamicStringValue = makeDynamicProperty(StringValue)
class dCheckBox(dcm.dDataControlMixin, wx.CheckBox):
"""Creates a checkbox, allowing editing boolean values."""
def __init__(self,
parent,
properties=None,
attProperties=None,
*args,
**kwargs):
self._baseClass = dCheckBox
preClass = wx.PreCheckBox
dcm.dDataControlMixin.__init__(self,
preClass,
parent,
properties=properties,
attProperties=attProperties,
*args,
**kwargs)
def _initEvents(self):
super(dCheckBox, self)._initEvents()
self.Bind(wx.EVT_CHECKBOX, self._onWxHit)
def _initProperties(self):
self._3StateToValue = {
wx.CHK_UNCHECKED: False,
wx.CHK_CHECKED: True,
wx.CHK_UNDETERMINED: None
}
self._ValueTo3State = dict(
[[v, k] for k, v in self._3StateToValue.iteritems()])
super(dCheckBox, self)._initProperties()
def _getInitPropertiesList(self):
additional = ["ThreeState", "Alignment"]
original = list(super(dCheckBox, self)._getInitPropertiesList())
return tuple(original + additional)
def _onWxHit(self, evt):
self._userChanged = True
self.flushValue()
super(dCheckBox, self)._onWxHit(evt)
def getBlankValue(self):
return False
# property get/set functions
def _getAlignment(self):
if self._hasWindowStyleFlag(wx.ALIGN_RIGHT):
return "Right"
else:
return "Left"
def _setAlignment(self, val):
self._delWindowStyleFlag(wx.ALIGN_RIGHT)
if val.lower()[0] == "r":
self._addWindowStyleFlag(wx.ALIGN_RIGHT)
elif val.lower()[0] == "l":
pass
else:
raise ValueError(
_("The only possible values are 'Left' and 'Right'."))
def _getThreeState(self):
return self._hasWindowStyleFlag(wx.CHK_3STATE)
def _setThreeState(self, val):
self._delWindowStyleFlag(wx.CHK_3STATE)
if val == True:
self._addWindowStyleFlag(wx.CHK_3STATE)
def _getUserThreeState(self):
return self._hasWindowStyleFlag(wx.CHK_ALLOW_3RD_STATE_FOR_USER)
def _setUserThreeState(self, val):
self._delWindowStyleFlag(wx.CHK_ALLOW_3RD_STATE_FOR_USER)
if val == True:
self._addWindowStyleFlag(wx.CHK_ALLOW_3RD_STATE_FOR_USER)
def _getValue(self):
if not self._hasWindowStyleFlag(wx.CHK_3STATE):
return dcm.dDataControlMixin._getValue(self)
else:
return self._3StateToValue.get(self.Get3StateValue(), None)
def _setValue(self, val):
if self._constructed():
if not self._hasWindowStyleFlag(wx.CHK_3STATE):
dcm.dDataControlMixin._setValue(self, val)
else:
try:
state = self._ValueTo3State[val]
except KeyError:
state = False
self.Set3StateValue(state)
else:
self._properties["Value"] = val
# property definitions follow:
Alignment = property(
_getAlignment, _setAlignment, None,
_("""Specifies the alignment of the text.
Left : Checkbox to left of text (default)
Right : Checkbox to right of text"""))
ThreeState = property(
_getThreeState, _setThreeState, None,
_("""Specifies wether the checkbox support 3 states.
True : Checkbox supports 3 states
False : Checkbox supports 2 states (default)"""))
UserThreeState = property(
_getUserThreeState, _setUserThreeState, None,
_("""Specifies whether the user is allowed to set the third state.
True : User is allowed to set the third state.
False : User isn't allowed to set the third state.(default)"""))
Value = property(
_getValue, _setValue, None,
_("Specifies the current state of the control (the value of the field). (varies)"
))
DynamicAlignment = makeDynamicProperty(Alignment)
DynamicThreeState = makeDynamicProperty(ThreeState)
DynamicUserThreeState = makeDynamicProperty(UserThreeState)
DynamicValue = makeDynamicProperty(Value)
class dNumericBox(dtbm.dTextBoxMixin, masked.NumCtrl):
"""This is a specialized textbox class that maintains numeric values."""
def __init__(self,
parent,
properties=None,
attProperties=None,
*args,
**kwargs):
localeData = locale.localeconv()
enc = locale.getdefaultlocale()[1]
self._baseClass = dNumericBox
kwargs["integerWidth"] = self._extractKey(
(properties, attProperties, kwargs), "IntegerWidth", 10)
kwargs["fractionWidth"] = self._extractKey(
(properties, attProperties, kwargs), "DecimalWidth", 2)
kwargs["Alignment"] = self._extractKey(
(properties, attProperties, kwargs), "Alignment", "Right")
kwargs["selectOnEntry"] = self._extractKey(
(properties, attProperties, kwargs), "SelectOnEntry",
self.SelectOnEntry)
groupChar = self._extractKey((properties, attProperties, kwargs),
"GroupChar",
localeData["thousands_sep"].decode(enc))
# Group char can't be empty string.
if groupChar or groupChar >= " ":
kwargs["groupChar"] = groupChar
kwargs["groupDigits"] = True
else:
kwargs["groupChar"] = " "
kwargs["groupDigits"] = False
kwargs["autoSize"] = self._extractKey(
(properties, attProperties, kwargs), "AutoWidth", True)
kwargs["allowNegative"] = self._extractKey(
(properties, attProperties, kwargs), "AllowNegative", True)
kwargs["useParensForNegatives"] = self._extractKey(
(properties, attProperties, kwargs), "ParensForNegatives", False)
kwargs["decimalChar"] = self._extractKey(
(properties, attProperties, kwargs), "DecimalChar",
localeData["decimal_point"].decode(enc))
kwargs["foregroundColour"] = self._extractKey(
(properties, attProperties, kwargs), "ForeColor", "Black")
kwargs["validBackgroundColour"] = self._extractKey(
(properties, attProperties, kwargs), "BackColor",
wx.SystemSettings_GetColour(wx.SYS_COLOUR_WINDOW))
kwargs["invalidBackgroundColour"] = self._extractKey(
(properties, attProperties, kwargs), "InvalidBackColor", "Yellow")
kwargs["signedForegroundColour"] = self._extractKey(
(properties, attProperties, kwargs), "SignedForeColor", "Red")
kwargs["allowNone"] = self._extractKey(
(properties, attProperties, kwargs), "AllowNoneValue", False)
kwargs["max"] = self._extractKey((properties, attProperties, kwargs),
"MaxValue", None)
kwargs["min"] = self._extractKey((properties, attProperties, kwargs),
"MinValue", None)
# Base class 'limited' property is inconvenient.
kwargs["limited"] = False
fontFace = self._extractKey((properties, attProperties, kwargs),
"FontFace", "")
if not fontFace and self.Application.Platform in ("Win", ):
fontFace = "Tahoma"
elif not fontFace and self.Application.Platform in ("Mac", ):
fontFace = "Lucida Grande"
if fontFace:
kwargs["FontFace"] = fontFace
dtbm.dTextBoxMixin.__init__(self, masked.NumCtrl, parent, properties,
attProperties, *args, **kwargs)
#--- Public interface.
def flushValue(self):
# Because dTextBoxMixin method is improper here,
# we use superclass method instead.
return ddcm.dDataControlMixin.flushValue(self)
def getBlankValue(self):
dec = self.DecimalWidth
if dec > 0:
return Decimal("0.%s" % ("0" * dec))
else:
return 0
def GetParensForNegatives(self):
return self._useParensForNegatives
def update(self):
# Be very careful! If limits across allowed value,
# control value will be automatically reseted to default value.
maxVal = self.MaxValue
self.MaxValue = None
minVal = self.MinValue
self.MinValue = None
super(dNumericBox, self).update()
if not "MaxValue" in self._dynamic:
self.MaxValue = maxVal
if not "MinValue" in self._dynamic:
self.MinValue = minVal
#--- Internal class interface.
def _initEvents(self):
super(dNumericBox, self)._initEvents()
self.bindEvent(dEvents.GotFocus, self._onGotFocusFix)
self.bindEvent(dEvents.LostFocus, self._onLostFocusFix)
def _onGotFocusFix(self, evt):
dabo.ui.callAfter(self._fixInsertionPoint)
def _onLostFocusFix(self, evt):
if self.LimitValue:
max = self.MaxValue
min = self.MinValue
#if (max is not None and not (max >= self._value)) or \
# (min is not None and not (self._value >= min)):
# evt.stop()
# self.setFocus()
def _onWxHit(self, evt, *args, **kwargs):
# This fix wx masked controls issue firing multiple EVT_TEXT events.
if self._value != self.Value:
super(dNumericBox, self)._onWxHit(evt, *args, **kwargs)
def _fixInsertionPoint(self):
"""Fixes insertion point position when value change or
when getting focus with mouse click."""
if self.Enabled and not self.ReadOnly:
dw = self.DecimalWidth
if dw > 0:
self.InsertionPoint = self._masklength - dw - 1
else:
self.InsertionPoint = self._masklength
if self.SelectOnEntry:
dabo.ui.callAfter(self.select, 0, self.InsertionPoint)
#--- Properties methods.
def _getGroupChar(self):
if self.GetGroupDigits():
ret = self.GetGroupChar()
else:
ret = None
return ret
def _setGroupChar(self, val):
"""Set GroupChar to None to avoid grouping."""
if self._constructed():
if val is None:
self.SetGroupDigits(False)
else:
self.SetGroupChar(val)
self.SetGroupDigits(True)
else:
self._properties["GroupChar"] = val
def _getAllowNegative(self):
return self.GetAllowNegative()
def _setAllowNegative(self, val):
if self._constructed():
self.SetAllowNegative(val)
else:
self._properties["AllowNegative"] = val
def _getAllowNoneValue(self):
return self.GetAllowNone()
def _setAllowNoneValue(self, val):
if self._constructed():
self.SetAllowNone(val)
else:
self._properties["AllowNoneValue"] = val
def _getAutoWidth(self):
return self.GetAutoSize()
def _setAutoWidth(self, val):
if self._constructed():
self.SetAutoSize(val)
else:
self._properties["AutoWidth"] = val
def _getLimitValue(self):
return getattr(self, "_limitValue", False)
def _setLimitValue(self, val):
self._limitValue = bool(val)
def _getMinValue(self):
val = self.GetMin()
if val is not None and self._lastDataType is Decimal:
val = Decimal(str(val))
return val
def _setMinValue(self, val):
if self._constructed():
if isinstance(val, Decimal):
val = float(val)
self.SetMin(val)
else:
self._properties["MinValue"] = val
def _getMaxValue(self):
val = self.GetMax()
if val is not None and self._lastDataType is Decimal:
val = Decimal(str(val))
return val
def _setMaxValue(self, val):
if self._constructed():
if isinstance(val, Decimal):
val = float(val)
self.SetMax(val)
else:
self._properties["MaxValue"] = val
def _getIntegerWidth(self):
return self.GetIntegerWidth()
def _setIntegerWidth(self, val):
if self._constructed():
self.SetIntegerWidth(val)
else:
self._properties["IntegerWidth"] = val
def _getInvalidBackColor(self):
return self.GetInvalidBackgroundColour()
def _setInvalidBackColor(self, val):
if self._constructed():
self.SetInvalidBackgroundColour(val)
else:
self._properties["InvalidBackColor"] = val
def _getDecimalChar(self):
return self.GetDecimalChar()
def _setDecimalChar(self, val):
if self._constructed():
self.SetDecimalChar(val)
else:
self._properties["DecimalChar"] = val
def _getDecimalWidth(self):
return self.GetFractionWidth()
def _setDecimalWidth(self, val):
if self._constructed():
self.SetFractionWidth(val)
else:
self._properties["DecimalWidth"] = val
def _getParensForNegatives(self):
return self.GetUseParensForNegatives()
def _setParensForNegatives(self, val):
if self._constructed():
self.SetUseParensForNegatives(val)
else:
self._properties["ParensForNegatives"] = val
def _getSignedForeColor(self):
return self.GetSignedForegroundColour()
def _setSignedForeColor(self, val):
if self._constructed():
self.SetSignedForegroundColour(val)
else:
self._properties["SignedForeColor"] = val
def _getValue(self):
val = ddcm.dDataControlMixin._getValue(self)
if self._lastDataType is Decimal:
val = Decimal(str(val))
elif self._lastDataType is NoneType:
chkVal = int(val)
if chkVal != val:
val = Decimal(str(val))
elif chkVal <> 0:
val = chkVal
else:
val = None
return val
def _setValue(self, val):
self._lastDataType = type(val)
if self._lastDataType is Decimal:
val = float(val)
elif val is None:
val = float(0)
ddcm.dDataControlMixin._setValue(self, val)
dabo.ui.callAfter(self._fixInsertionPoint)
def _getSelectOnEntry(self):
try:
return self.GetSelectOnEntry()
except AttributeError:
return False
def _setSelectOnEntry(self, val):
self.SetSelectOnEntry(bool(val))
#--- Properties definitions.
AllowNegative = property(
_getAllowNegative, _setAllowNegative, None,
_("""Enables/disables negative numbers. (bool)
Default=True"""))
AllowNoneValue = property(
_getAllowNoneValue, _setAllowNoneValue, None,
_("""Enables/disables undefined value - None. (bool)
Default=False"""))
AutoWidth = property(
_getAutoWidth, _setAutoWidth, None,
_("""Indicates whether or not the control should set its own
width based on the integer and fraction widths. (bool)
Default=True"""))
DecimalChar = property(
_getDecimalChar, _setDecimalChar, None,
_("""Defines character that will be used to represent
the decimal point. (str)
Default value comes from locale setting."""))
DecimalWidth = property(
_getDecimalWidth, _setDecimalWidth, None,
_("""Tells how many decimal places to show for numeric value. (int)
Default=2"""))
GroupChar = property(
_getGroupChar, _setGroupChar, None,
_("""What grouping character will be used if allowed.
If set to None, no grouping is allowed. (str)
Default value comes from locale setting."""))
IntegerWidth = property(
_getIntegerWidth, _setIntegerWidth, None,
_("""Indicates how many places to the right of any decimal point
should be allowed in the control. (int)
Default=10"""))
InvalidBackColor = property(
_getInvalidBackColor, _setInvalidBackColor, None,
_("""Color value used for illegal values or values
out-of-bounds. (str)
Default='Yellow'"""))
LimitValue = property(
_getLimitValue, _setLimitValue, None,
_("""Limit control value to Min and Max bounds. When set to True,
if invalid, will be automatically reseted to default.
When False, only background color will change. (bool)
Default=False"""))
MaxValue = property(
_getMaxValue, _setMaxValue, None,
_("""The maximum value that the control should allow.
Set to None if limit is disabled. (int, decimal)
Default=None"""))
MinValue = property(
_getMinValue, _setMinValue, None,
_("""The minimum value that the control should allow.
Set to None if limit is disabled. (int, decimal)
Default=None"""))
ParensForNegatives = property(
_getParensForNegatives, _setParensForNegatives, None,
_("""If true, this will cause negative numbers to be displayed with parens
rather than with sign mark. (bool)
Default=False"""))
SelectOnEntry = property(
_getSelectOnEntry, _setSelectOnEntry, None,
_("""Specifies whether all text gets selected upon receiving focus. (bool)
Default=False"""))
SignedForeColor = property(
_getSignedForeColor, _setSignedForeColor, None,
_("""Color value used for negative values of the control. (str)
Default='Red'"""))
Value = property(
_getValue, _setValue, None,
_("""Specifies the current state of the control (the value of the field).
(int, Decimal)"""))
DynamicMaxValue = makeDynamicProperty(MaxValue)
DynamicMinValue = makeDynamicProperty(MinValue)
class dBorderSizer(dabo.ui.dSizerMixin, wx.StaticBoxSizer):
"""
A BorderSizer is a regular box sizer, but with a visible box around
the perimiter. You must either create the box first and pass it to the
dBorderSizer's constructor, or pass a parent object, and the box
will be created for you in the constructor as a child object of the parent
you passed.
"""
def __init__(self, box, orientation="h", properties=None, **kwargs):
self._baseClass = dBorderSizer
self._border = 0
self._parent = None
# Make sure that they got the params in the right order
if isinstance(box, basestring):
box, orientation = orientation, box
if not isinstance(box, dabo.ui.dBox):
prnt = box
box = dabo.ui.dBox(prnt)
box.sendToBack()
# Convert Dabo orientation to wx orientation
orient = self._extractKey((kwargs, properties), "Orientation",
orientation)
if orient[0].lower() == "v":
orientation = wx.VERTICAL
else:
orientation = wx.HORIZONTAL
wx.StaticBoxSizer.__init__(self, box, orientation)
self._properties = {}
# The keyword properties can come from either, both, or none of:
# + the properties dict
# + the kwargs dict
# Get them sanitized into one dict:
if properties is not None:
# Override the class values
for k, v in properties.items():
self._properties[k] = v
properties = self._extractKeywordProperties(kwargs, self._properties)
self.setProperties(properties)
if kwargs:
# Some kwargs haven't been handled.
bad = ", ".join(kwargs.keys())
raise TypeError(
("Invalid keyword arguments passed to dBorderSizer: %s") %
kwargs)
# Mark the box as part of the sizer
self.Box._belongsToBorderSizer = True
self._afterInit()
def getNonBorderedClass(self):
"""Return the class that is the non-border sizer version of this class."""
return dabo.ui.dSizer
def _getBackColor(self):
return self.Box.BackColor
def _setBackColor(self, val):
self.Box.BackColor = val
def _getBox(self):
return self.GetStaticBox()
def _getCaption(self):
return self.Box.Caption
def _setCaption(self, val):
self.Box.Caption = val
def _getFontBold(self):
return self.Box.FontBold
def _setFontBold(self, val):
self.Box.FontBold = val
def _getFontFace(self):
return self.Box.FontFace
def _setFontFace(self, val):
self.Box.FontFace = val
def _getFontItalic(self):
return self.Box.FontItalic
def _setFontItalic(self, val):
self.Box.FontItalic = val
def _getFontSize(self):
return self.Box.FontSize
def _setFontSize(self, val):
self.Box.FontSize = val
def _getFontUnderline(self):
return self.Box.FontUnderline
def _setFontUnderline(self, val):
self.Box.FontUnderline = val
BackColor = property(_getBackColor, _setBackColor, None,
_("Color of the box background (str or tuple)"))
Box = property(_getBox, None, None,
_("Reference to the box used in the sizer (dBox)"))
Caption = property(_getCaption, _setCaption, None,
_("Caption for the box (str)"))
FontBold = property(
_getFontBold, _setFontBold, None,
_("Controls the bold setting of the box caption (bool)"))
FontFace = property(_getFontFace, _setFontFace, None,
_("Controls the type face of the box caption (str)"))
FontItalic = property(
_getFontItalic, _setFontItalic, None,
_("Controls the italic setting of the box caption (bool)"))
FontSize = property(_getFontSize, _setFontSize, None,
_("Size of the box caption font (int)"))
FontUnderline = property(
_getFontUnderline, _setFontUnderline, None,
_("Controls the underline setting of the box caption (bool)"))
# Dynamic property declarations
DynamicBackColor = makeDynamicProperty(BackColor)
DynamicCaption = makeDynamicProperty(Caption)
DynamicFontBold = makeDynamicProperty(FontBold)
DynamicFontFace = makeDynamicProperty(FontFace)
DynamicFontItalic = makeDynamicProperty(FontItalic)
DynamicFontSize = makeDynamicProperty(FontSize)
DynamicFontUnderline = makeDynamicProperty(FontUnderline)
class dScrollPanel(_PanelMixin, wx.ScrolledWindow):
"""
This is a basic container for controls that allows scrolling.
Panels can contain subpanels to unlimited depth, making them quite
flexible for many uses. Consider laying out your forms on panels
instead, and then adding the panel to the form.
"""
def __init__(self, parent, properties=None, attProperties=None, *args, **kwargs):
self._horizontalScroll = self._verticalScroll = True
self._baseClass = dScrollPanel
preClass = wx.PreScrolledWindow
kwargs["AlwaysResetSizer"] = self._extractKey((properties, kwargs, attProperties), "AlwaysResetSizer", True)
_PanelMixin.__init__(self, preClass=preClass, parent=parent, properties=properties,
attProperties=attProperties, *args, **kwargs)
self.SetScrollRate(10, 10)
self.Bind(wx.EVT_SCROLLWIN, self.__onWxScrollWin)
def __onWxScrollWin(self, evt):
evtClass = dabo.ui.getScrollWinEventClass(evt)
self.raiseEvent(evtClass, evt)
evt.Skip()
def scrollHorizontally(self, amt):
"""Change the horizontal scroll position by 'amt' units."""
self._scroll(amt, 0)
def scrollVertically(self, amt):
"""Change the vertical scroll position by 'amt' units."""
# Y scrolling is a negative change
self._scroll(0, -amt)
def _scroll(self, xOff, yOff):
x,y = self.GetViewStart()
self.Scroll(x+xOff, y+yOff)
dabo.ui.callAfterInterval(250, self.layout)
def pageLeft(self):
self.pageHorizontally(-1)
def pageRight(self):
self.pageHorizontally(1)
def pageHorizontally(self, direction):
"""Scroll horizontally one 'page' width."""
sz = self.GetScrollPageSize(wx.HORIZONTAL)
if sz:
x,y = self.GetViewStart()
self.Scroll(x + (direction * sz), y)
def pageUp(self):
self.pageVertically(-1)
def pageDown(self):
self.pageVertically(1)
def pageVertically(self, direction):
"""Scroll vertically one 'page' height."""
sz = self.GetScrollPageSize(wx.VERTICAL)
if sz:
x,y = self.GetViewStart()
self.Scroll(x, y + (direction * sz))
def _getChildren(self):
ret = super(dScrollPanel, self)._getChildren()
return [kid for kid in ret
if isinstance(kid, dabo.ui.dPemMixinBase.dPemMixinBase)]
def _setChildren(self, val):
super(dScrollPanel, self)._setChildren(val)
def _getHorizontalScroll(self):
return self._horizontalScroll
def _setHorizontalScroll(self, val, do=False):
if do:
self._horizontalScroll = val
self.EnableScrolling(self._horizontalScroll, self._verticalScroll)
rt = self.GetScrollPixelsPerUnit()
self.SetScrollRate({True:rt[0], False:0}[val], rt[1])
else:
# on Mac at least, this is needed when setting from the constructor.
dabo.ui.callAfter(self._setHorizontalScroll, val, do=True)
def _getVerticalScroll(self):
return self._verticalScroll
def _setVerticalScroll(self, val, do=False):
if do:
self._verticalScroll = val
self.EnableScrolling(self._horizontalScroll, self._verticalScroll)
rt = self.GetScrollPixelsPerUnit()
self.SetScrollRate(rt[0], {True:rt[1], False:0}[val])
else:
dabo.ui.callAfter(self._setVerticalScroll, val, do=True)
Children = property(_getChildren, _setChildren, None,
_("""Child controls of this panel. This excludes the wx-specific
scroll bars (list of objects)"""))
HorizontalScroll = property(_getHorizontalScroll, _setHorizontalScroll, None,
_("Controls whether this object will scroll horizontally (default=True) (bool)"))
VerticalScroll = property(_getVerticalScroll, _setVerticalScroll, None,
_("Controls whether this object will scroll vertically (default=True) (bool)"))
DynamicHorizontalScroll = makeDynamicProperty(HorizontalScroll)
DynamicVerticalScroll = makeDynamicProperty(VerticalScroll)
=============== ===================
Clip Only that part of the image that fits in the control's size is displayed
Proportional The image resizes to fit the control without changing its original proportions. (default)
Stretch The image resizes to the Height/Width of the control.
=============== ===================
"""))
Value = property(_getValue, _setValue, None,
_("Image content for this control (binary img data)"))
_Image = property(_getImg, None, None,
_("Underlying image handler object (wx.Image)"))
DynamicPicture = makeDynamicProperty(Picture)
DynamicScaleMode = makeDynamicProperty(ScaleMode)
if __name__ == "__main__":
from dabo.dApp import dApp
class ImgForm(dabo.ui.dForm):
def afterInit(self):
self.Caption = "dImage Demonstration"
self.mainPanel = mp = dabo.ui.dPanel(self)
self.Sizer.append1x(mp)
sz = dabo.ui.dSizer("v")
mp.Sizer = sz
# Create a panel with horiz. and vert. sliders
self.imgPanel = dabo.ui.dPanel(mp)
self.VSlider = dabo.ui.dSlider(mp, Orientation="V", Min=1, Max=100,
class dMenuItem(pm.dPemMixin, wx.MenuItem):
"""Creates a menu item, which is usually represented as a string."""
def __init__(self, parent=None, properties=None, *args, **kwargs):
self._baseClass = dMenuItem
preClass = wx.MenuItem
self.Parent = parent
## see comments in _setCaption for explanation of below:
text = kwargs.get("text", "")
if not text:
text = "dMenuItem"
kwargs["text"] = text
# Main text of the menu item
self._caption = ""
# Holds the key combination used to trigger the menu
self._hotKey = None
# Holds the unique ID, if any
self._itemID = None
pm.dPemMixin.__init__(self, preClass, parent, properties, *args,
**kwargs)
def _initEvents(self):
## wx.MenuItems don't have a Bind() of their own, so this serves to
## override the base behavior in dPemMixin._initEvents() which has
## a bunch of wx Events that don't exist for menu items (IOW, don't
## call the superclass method!).
if self.Application is not None:
# Set up a mechanism to catch menu selected events
# and re-raise Dabo dEvents.Hit events. If Application
# is None, however, this won't work because of wx limitations.
self.Application.uiApp.Bind(wx.EVT_MENU, self.__onWxHit, self)
self.Application.uiApp.Bind(wx.EVT_MENU_HIGHLIGHT,
self.__onWxMenuHighlight, self)
# Handle delayed event bindings
if self._delayedEventBindings:
dabo.ui.callAfter(self._bindDelayed)
def __onWxMenuHighlight(self, evt):
self.raiseEvent(dEvents.MenuHighlight)
evt.Skip()
def __onWxHit(self, evt):
self.raiseEvent(dEvents.Hit, evt)
evt.Skip(False)
def _redefine(self):
"""Combine the Caption and HotKey into the format needed by wxPython."""
cap = self.Caption
hk = self.HotKey
if not cap:
return
if hk:
cap = "%s\t%s" % (cap, hk)
curr = self.GetItemLabel()
## pkm: On Windows at least, setting the Icon needs to happen before setting the caption.
self.SetBitmap(self.Icon)
if ustr(cap) != ustr(curr):
## Win32 seems to need to clear the caption first, or funkiness
## can arise. And win32 in wx2.8 needs for the caption to never be
## an empty string, or you'll get an invalid stock id assertion.
self.SetItemLabel(" ")
if cap == "":
cap = " "
self.SetItemLabel(cap)
def _getCaption(self):
return self._caption
def _setCaption(self, val):
if self._constructed():
tabsplit = val.split("\t")
if len(tabsplit) > 1:
# They're using the technique of caption + tab + hotkey
# Override any prior setting of self.HotKey with the new one.
self._hotKey = tabsplit[1]
self._caption = tabsplit[0]
self._redefine()
else:
self._properties["Caption"] = val
def _getEnabled(self):
return self.IsEnabled()
def _setEnabled(self, val):
if self._constructed():
self.Enable(bool(val))
else:
self._properties["Enabled"] = val
def _getForm(self):
return self.Parent.Form
def _getHelpText(self):
return self.GetHelp()
def _setHelpText(self, val):
if self._constructed():
self.SetHelp(val)
else:
self._properties["HelpText"] = val
def _getHotKey(self):
return self._hotKey
def _setHotKey(self, val):
if self._constructed():
self._hotKey = val
self._redefine()
else:
self._properties["HotKey"] = val
def _getIcon(self):
return self.GetBitmap()
def _setIcon(self, val):
if self._constructed():
if val in (None, ""):
return
if isinstance(val, basestring):
# Icon name was passed; get the actual bitmap
val = dabo.ui.strToBmp(val)
self.SetBitmap(val)
# Win32 at least needs the following line, or the caption
# will look really funky, but Linux can't have this line or
# the underlined hotkeys will get messed up. I don't know about
# Mac so I'll leave that alone for now:
if wx.PlatformInfo[0] == "__WXMSW__":
# if self.Application.Platform in ("Win",):
self.Caption = self.Caption
else:
self._properties["Icon"] = val
def _getItemID(self):
return self._itemID
def _setItemID(self, val):
if self._constructed():
self._itemID = val
else:
self._properties["ItemID"] = val
def _getParent(self):
try:
ret = self._parent
except AttributeError:
ret = self._parent = None
return ret
def _setParent(self, val):
self._parent = val
Caption = property(_getCaption, _setCaption, None,
_("Specifies the text of the menu item."))
Enabled = property(
_getEnabled, _setEnabled, None,
_("Specifies whether the menu item can be interacted with."))
Form = property(_getForm, None, None, _("Specifies the containing form."))
HelpText = property(
_getHelpText, _setHelpText, None,
_("Specifies the help text associated with this menu. (str)"))
HotKey = property(_getHotKey, _setHotKey, None,
_("Key combination that will trigger the menu (str)"))
Icon = property(_getIcon, _setIcon, None,
_("Specifies the icon for the menu item."))
ItemID = property(
_getItemID, _setItemID, None,
_("""Identifying value for this menuitem. NOTE: there is no checking for
duplicate values; it is the responsibility to ensure that ItemID values
are unique within a menu. (varies)"""))
Parent = property(_getParent, _setParent, None,
_("Specifies the parent menu."))
DynamicCaption = makeDynamicProperty(Caption)
DynamicEnabled = makeDynamicProperty(Enabled)
DynamicIcon = makeDynamicProperty(Icon)
DynamicHelpText = makeDynamicProperty(HelpText)
