wxWidgets/wxPython/wx/tools/XRCed/xxx.py
Roman Rolinsky 03319b655c 0.1.6-1
Support for object_ref. CreateTestWin saves all DOM in temporary
memory file now, to allow reference resolution.

Tree changed to multiple selection (not really supported yet), so
after deleting Unselect can be used (otherwise parent item is
selected automatically which results in scrolling jumps - distracting).

!!! Not tested on wxMSW yet.


git-svn-id: https://svn.wxwidgets.org/svn/wx/wxWidgets/trunk@35165 c3d73ce0-8a6f-49c7-b76d-6d57e0e08775
2005-08-09 19:27:27 +00:00

1009 lines
38 KiB
Python

# Name: xxx.py ('xxx' is easy to distinguish from 'wx' :) )
# Purpose: XML interface classes
# Author: Roman Rolinsky <rolinsky@mema.ucl.ac.be>
# Created: 22.08.2001
# RCS-ID: $Id$
from xml.dom import minidom
from globals import *
from params import *
# Base class for interface parameter classes
class xxxNode:
def __init__(self, node):
self.node = node
def remove(self):
self.node.parentNode.removeChild(self.node)
self.node.unlink()
# Generic (text) parameter class
class xxxParam(xxxNode):
# Standard use: for text nodes
def __init__(self, node):
xxxNode.__init__(self, node)
if not node.hasChildNodes():
# If does not have child nodes, create empty text node
text = g.tree.dom.createTextNode('')
node.appendChild(text)
else:
text = node.childNodes[0] # first child must be text node
assert text.nodeType == minidom.Node.TEXT_NODE
# Append other text nodes if present and delete them
extraText = ''
for n in node.childNodes[1:]:
if n.nodeType == minidom.Node.TEXT_NODE:
extraText += n.data
node.removeChild(n)
n.unlink()
else: break
if extraText: text.data = text.data + extraText
# Use convertion from unicode to current encoding
self.textNode = text
# Value returns string
if wxUSE_UNICODE: # no conversion is needed
def value(self):
return self.textNode.data
def update(self, value):
self.textNode.data = value
else:
def value(self):
try:
return self.textNode.data.encode(g.currentEncoding)
except LookupError:
return self.textNode.data.encode()
def update(self, value):
try: # handle exception if encoding is wrong
self.textNode.data = unicode(value, g.currentEncoding)
except UnicodeDecodeError:
self.textNode.data = unicode(value)
#wxLogMessage("Unicode error: set encoding in file\nglobals.py to something appropriate")
# Integer parameter
class xxxParamInt(xxxParam):
# Standard use: for text nodes
def __init__(self, node):
xxxParam.__init__(self, node)
# Value returns string
def value(self):
try:
return int(self.textNode.data)
except ValueError:
return -1 # invalid value
def update(self, value):
self.textNode.data = str(value)
# Content parameter
class xxxParamContent(xxxNode):
def __init__(self, node):
xxxNode.__init__(self, node)
data, l = [], [] # data is needed to quicker value retrieval
nodes = node.childNodes[:] # make a copy of the child list
for n in nodes:
if n.nodeType == minidom.Node.ELEMENT_NODE:
assert n.tagName == 'item', 'bad content content'
if not n.hasChildNodes():
# If does not have child nodes, create empty text node
text = g.tree.dom.createTextNode('')
node.appendChild(text)
else:
# !!! normalize?
text = n.childNodes[0] # first child must be text node
assert text.nodeType == minidom.Node.TEXT_NODE
l.append(text)
data.append(str(text.data))
else: # remove other
node.removeChild(n)
n.unlink()
self.l, self.data = l, data
def value(self):
return self.data
def update(self, value):
# If number if items is not the same, recreate children
if len(value) != len(self.l): # remove first if number of items has changed
childNodes = self.node.childNodes[:]
for n in childNodes:
self.node.removeChild(n)
l = []
for str in value:
itemElem = g.tree.dom.createElement('item')
itemText = g.tree.dom.createTextNode(str)
itemElem.appendChild(itemText)
self.node.appendChild(itemElem)
l.append(itemText)
self.l = l
else:
for i in range(len(value)):
self.l[i].data = value[i]
self.data = value
# Content parameter for checklist
class xxxParamContentCheckList(xxxNode):
def __init__(self, node):
xxxNode.__init__(self, node)
data, l = [], [] # data is needed to quicker value retrieval
nodes = node.childNodes[:] # make a copy of the child list
for n in nodes:
if n.nodeType == minidom.Node.ELEMENT_NODE:
assert n.tagName == 'item', 'bad content content'
checked = n.getAttribute('checked')
if not checked: checked = 0
if not n.hasChildNodes():
# If does not have child nodes, create empty text node
text = g.tree.dom.createTextNode('')
node.appendChild(text)
else:
# !!! normalize?
text = n.childNodes[0] # first child must be text node
assert text.nodeType == minidom.Node.TEXT_NODE
l.append((text, n))
data.append((str(text.data), int(checked)))
else: # remove other
node.removeChild(n)
n.unlink()
self.l, self.data = l, data
def value(self):
return self.data
def update(self, value):
# If number if items is not the same, recreate children
if len(value) != len(self.l): # remove first if number of items has changed
childNodes = self.node.childNodes[:]
for n in childNodes:
self.node.removeChild(n)
l = []
for s,ch in value:
itemElem = g.tree.dom.createElement('item')
# Add checked only if True
if ch: itemElem.setAttribute('checked', '1')
itemText = g.tree.dom.createTextNode(s)
itemElem.appendChild(itemText)
self.node.appendChild(itemElem)
l.append((itemText, itemElem))
self.l = l
else:
for i in range(len(value)):
self.l[i][0].data = value[i][0]
self.l[i][1].setAttribute('checked', str(value[i][1]))
self.data = value
# Bitmap parameter
class xxxParamBitmap(xxxParam):
def __init__(self, node):
xxxParam.__init__(self, node)
self.stock_id = node.getAttribute('stock_id')
def value(self):
return [self.stock_id, xxxParam.value(self)]
def update(self, value):
self.stock_id = value[0]
if self.stock_id:
self.node.setAttribute('stock_id', self.stock_id)
elif self.node.hasAttribute('stock_id'):
self.node.removeAttribute('stock_id')
xxxParam.update(self, value[1])
################################################################################
# Classes to interface DOM objects
class xxxObject:
# Default behavior
hasChildren = False # has children elements?
hasStyle = True # almost everyone
hasName = True # has name attribute?
isSizer = hasChild = False
allParams = None # Some nodes have no parameters
# Style parameters (all optional)
styles = ['fg', 'bg', 'font', 'enabled', 'focused', 'hidden', 'tooltip']
# Special parameters
specials = []
# Bitmap tags
bitmapTags = ['bitmap', 'bitmap2', 'icon']
# Required paremeters: none by default
required = []
# Default parameters with default values
default = {}
# Parameter types
paramDict = {}
# Window styles and extended styles
winStyles = []
# Tree icon index
#image = -1
# Construct a new xxx object from DOM element
# parent is parent xxx object (or None if none), element is DOM element object
def __init__(self, parent, element, refElem=None):
self.parent = parent
self.element = element
self.refElem = refElem
self.undo = None
# Reference are dereferenced
if element.tagName == 'object_ref':
# Find original object
self.ref = element.getAttribute('ref')
if refElem:
self.className = self.refElem.getAttribute('class')
else:
self.className = 'xxxUnknown'
self.required = []
else:
# Get attributes
self.ref = None
self.className = element.getAttribute('class')
self.subclass = element.getAttribute('subclass')
if self.hasName: self.name = element.getAttribute('name')
# Set parameters (text element children)
self.params = {}
nodes = element.childNodes[:]
for node in nodes:
if node.nodeType == minidom.Node.ELEMENT_NODE:
tag = node.tagName
if tag in ['object', 'object_ref']:
continue # do nothing for object children here
elif tag not in self.allParams and tag not in self.styles:
print 'WARNING: unknown parameter for %s: %s' % \
(self.className, tag)
elif tag in self.specials:
self.special(tag, node)
elif tag == 'content':
if self.className == 'wxCheckListBox':
self.params[tag] = xxxParamContentCheckList(node)
else:
self.params[tag] = xxxParamContent(node)
elif tag == 'font': # has children
self.params[tag] = xxxParamFont(element, node)
elif tag in self.bitmapTags:
# Can have attributes
self.params[tag] = xxxParamBitmap(node)
else: # simple parameter
self.params[tag] = xxxParam(node)
elif node.nodeType == minidom.Node.TEXT_NODE and node.data.isspace():
# Remove empty text nodes
element.removeChild(node)
node.unlink()
# Check that all required params are set
for param in self.required:
if not self.params.has_key(param):
# If default is specified, set it
if self.default.has_key(param):
elem = g.tree.dom.createElement(param)
if param == 'content':
if self.className == 'wxCheckListBox':
self.params[param] = xxxParamContentCheckList(elem)
else:
self.params[param] = xxxParamContent(elem)
else:
self.params[param] = xxxParam(elem)
# Find place to put new element: first present element after param
found = False
paramStyles = self.allParams + self.styles
for p in paramStyles[paramStyles.index(param) + 1:]:
# Content params don't have same type
if self.params.has_key(p) and p != 'content':
found = True
break
if found:
nextTextElem = self.params[p].node
self.element.insertBefore(elem, nextTextElem)
else:
self.element.appendChild(elem)
else:
wxLogWarning('Required parameter %s of %s missing' %
(param, self.className))
# Returns real tree object
def treeObject(self):
if self.hasChild: return self.child
return self
# Returns tree image index
def treeImage(self):
if self.hasChild: return self.child.treeImage()
return self.image
# Class name plus wx name
def treeName(self):
if self.hasChild: return self.child.treeName()
if self.subclass: className = self.subclass
else: className = self.className
if self.hasName and self.name: return className + ' "' + self.name + '"'
return className
# Class name or subclass
def panelName(self):
if self.subclass: name = self.subclass + '(' + self.className + ')'
name = self.className
if self.ref: name = 'ref: ' + self.ref + ', ' + name
return name
# Sets name of tree object
def setTreeName(self, name):
if self.hasChild: obj = self.child
else: obj = self
obj.name = name
obj.element.setAttribute('name', name)
# Imitation of FindResource/DoFindResource from xmlres.cpp
def DoFindResource(parent, name, classname, recursive):
for n in parent.childNodes:
if n.nodeType == minidom.Node.ELEMENT_NODE and \
n.tagName in ['object', 'object_ref'] and \
n.getAttribute('name') == name:
cls = n.getAttribute('class')
if not classname or cls == classname: return n
if not cls or n.tagName == 'object_ref':
refName = n.getAttribute('ref')
if not refName: continue
refNode = FindResource(refName)
if refName and refNode.getAttribute('class') == classname:
return n
if recursive:
for n in parent.childNodes:
if n.nodeType == minidom.Node.ELEMENT_NODE and \
n.tagName in ['object', 'object_ref']:
found = DoFindResource(n, name, classname, True)
if found: return found
def FindResource(name, classname='', recursive=True):
found = DoFindResource(g.tree.mainNode, name, classname, recursive)
if found: return found
wxLogError('XRC resource "%s" not found!' % name)
################################################################################
# This is a little special: it is both xxxObject and xxxNode
class xxxParamFont(xxxObject, xxxNode):
allParams = ['size', 'family', 'style', 'weight', 'underlined',
'face', 'encoding']
def __init__(self, parent, element):
xxxObject.__init__(self, parent, element)
xxxNode.__init__(self, element)
self.parentNode = parent # required to behave similar to DOM node
v = []
for p in self.allParams:
try:
v.append(str(self.params[p].value()))
except KeyError:
v.append('')
self.data = v
def update(self, value):
# `value' is a list of strings corresponding to all parameters
elem = self.element
# Remove old elements first
childNodes = elem.childNodes[:]
for node in childNodes: elem.removeChild(node)
i = 0
self.params.clear()
v = []
for param in self.allParams:
if value[i]:
fontElem = g.tree.dom.createElement(param)
textNode = g.tree.dom.createTextNode(value[i])
self.params[param] = textNode
fontElem.appendChild(textNode)
elem.appendChild(fontElem)
v.append(value[i])
i += 1
self.data = v
def value(self):
return self.data
################################################################################
class xxxContainer(xxxObject):
hasChildren = True
exStyles = []
# Simulate normal parameter for encoding
class xxxEncoding:
def value(self):
return g.currentEncoding
def update(self, val):
g.currentEncoding = val
# Special class for root node
class xxxMainNode(xxxContainer):
allParams = ['encoding']
hasStyle = hasName = False
def __init__(self, dom):
xxxContainer.__init__(self, None, dom.documentElement)
self.className = 'XML tree'
# Reset required parameters after processing XML, because encoding is
# a little special
self.required = ['encoding']
self.params['encoding'] = xxxEncoding()
################################################################################
# Top-level windwows
class xxxPanel(xxxContainer):
allParams = ['pos', 'size', 'style']
styles = ['fg', 'bg', 'font', 'enabled', 'focused', 'hidden', 'exstyle',
'tooltip']
class xxxDialog(xxxContainer):
allParams = ['title', 'centered', 'pos', 'size', 'style']
paramDict = {'centered': ParamBool}
required = ['title']
default = {'title': ''}
winStyles = ['wxDEFAULT_DIALOG_STYLE',
'wxCAPTION', 'wxMINIMIZE_BOX', 'wxMAXIMIZE_BOX', 'wxCLOSE_BOX',
'wxSTAY_ON_TOP',
'wxTHICK_FRAME',
'wxNO_3D', 'wxDIALOG_NO_PARENT']
styles = ['fg', 'bg', 'font', 'enabled', 'focused', 'hidden', 'exstyle',
'tooltip']
class xxxFrame(xxxContainer):
allParams = ['title', 'centered', 'pos', 'size', 'style']
paramDict = {'centered': ParamBool}
required = ['title']
default = {'title': ''}
winStyles = ['wxDEFAULT_FRAME_STYLE',
'wxCAPTION', 'wxMINIMIZE_BOX', 'wxMAXIMIZE_BOX', 'wxCLOSE_BOX',
'wxSTAY_ON_TOP',
'wxSYSTEM_MENU', 'wxRESIZE_BORDER',
'wxFRAME_TOOL_WINDOW', 'wxFRAME_NO_TASKBAR',
'wxFRAME_FLOAT_ON_PARENT', 'wxFRAME_SHAPED'
]
styles = ['fg', 'bg', 'font', 'enabled', 'focused', 'hidden', 'exstyle',
'tooltip']
class xxxTool(xxxObject):
allParams = ['bitmap', 'bitmap2', 'radio', 'toggle', 'tooltip', 'longhelp', 'label']
required = ['bitmap']
paramDict = {'bitmap2': ParamBitmap, 'radio': ParamBool, 'toggle': ParamBool}
hasStyle = False
class xxxToolBar(xxxContainer):
allParams = ['bitmapsize', 'margins', 'packing', 'separation', 'dontattachtoframe',
'pos', 'size', 'style']
hasStyle = False
paramDict = {'bitmapsize': ParamPosSize, 'margins': ParamPosSize,
'packing': ParamInt, 'separation': ParamInt,
'dontattachtoframe': ParamBool, 'style': ParamNonGenericStyle}
winStyles = ['wxTB_FLAT', 'wxTB_DOCKABLE', 'wxTB_VERTICAL', 'wxTB_HORIZONTAL',
'wxTB_3DBUTTONS','wxTB_TEXT', 'wxTB_NOICONS', 'wxTB_NODIVIDER',
'wxTB_NOALIGN', 'wxTB_HORZ_LAYOUT', 'wxTB_HORZ_TEXT']
class xxxWizard(xxxContainer):
allParams = ['title', 'bitmap', 'pos']
required = ['title']
default = {'title': ''}
winStyles = []
exStyles = ['wxWIZARD_EX_HELPBUTTON']
class xxxWizardPage(xxxContainer):
allParams = ['bitmap']
winStyles = []
exStyles = []
class xxxWizardPageSimple(xxxContainer):
allParams = ['bitmap']
winStyles = []
exStyles = []
################################################################################
# Bitmap, Icon
class xxxBitmap(xxxObject):
allParams = ['bitmap']
required = ['bitmap']
# Just like bitmap
class xxxIcon(xxxObject):
allParams = []
################################################################################
# Controls
class xxxStaticText(xxxObject):
allParams = ['label', 'pos', 'size', 'style']
required = ['label']
default = {'label': ''}
winStyles = ['wxALIGN_LEFT', 'wxALIGN_RIGHT', 'wxALIGN_CENTRE', 'wxST_NO_AUTORESIZE']
class xxxStaticLine(xxxObject):
allParams = ['pos', 'size', 'style']
winStyles = ['wxLI_HORIZONTAL', 'wxLI_VERTICAL']
class xxxStaticBitmap(xxxObject):
allParams = ['bitmap', 'pos', 'size', 'style']
required = ['bitmap']
class xxxTextCtrl(xxxObject):
allParams = ['value', 'pos', 'size', 'style']
winStyles = ['wxTE_PROCESS_ENTER', 'wxTE_PROCESS_TAB', 'wxTE_MULTILINE',
'wxTE_PASSWORD', 'wxTE_READONLY', 'wxHSCROLL']
paramDict = {'value': ParamMultilineText}
class xxxChoice(xxxObject):
allParams = ['content', 'selection', 'pos', 'size', 'style']
required = ['content']
default = {'content': '[]'}
winStyles = ['wxCB_SORT']
class xxxSlider(xxxObject):
allParams = ['value', 'min', 'max', 'pos', 'size', 'style',
'tickfreq', 'pagesize', 'linesize', 'thumb', 'tick',
'selmin', 'selmax']
paramDict = {'value': ParamInt, 'tickfreq': ParamInt, 'pagesize': ParamInt,
'linesize': ParamInt, 'thumb': ParamInt, 'thumb': ParamInt,
'tick': ParamInt, 'selmin': ParamInt, 'selmax': ParamInt}
required = ['value', 'min', 'max']
winStyles = ['wxSL_HORIZONTAL', 'wxSL_VERTICAL', 'wxSL_AUTOTICKS', 'wxSL_LABELS',
'wxSL_LEFT', 'wxSL_RIGHT', 'wxSL_TOP', 'wxSL_BOTTOM',
'wxSL_BOTH', 'wxSL_SELRANGE', 'wxSL_INVERSE']
class xxxGauge(xxxObject):
allParams = ['range', 'pos', 'size', 'style', 'value', 'shadow', 'bezel']
paramDict = {'range': ParamInt, 'value': ParamInt,
'shadow': ParamInt, 'bezel': ParamInt}
winStyles = ['wxGA_HORIZONTAL', 'wxGA_VERTICAL', 'wxGA_PROGRESSBAR', 'wxGA_SMOOTH']
class xxxScrollBar(xxxObject):
allParams = ['pos', 'size', 'style', 'value', 'thumbsize', 'range', 'pagesize']
paramDict = {'value': ParamInt, 'range': ParamInt, 'thumbsize': ParamInt,
'pagesize': ParamInt}
winStyles = ['wxSB_HORIZONTAL', 'wxSB_VERTICAL']
class xxxListCtrl(xxxObject):
allParams = ['pos', 'size', 'style']
winStyles = ['wxLC_LIST', 'wxLC_REPORT', 'wxLC_ICON', 'wxLC_SMALL_ICON',
'wxLC_ALIGN_TOP', 'wxLC_ALIGN_LEFT', 'wxLC_AUTOARRANGE',
'wxLC_USER_TEXT', 'wxLC_EDIT_LABELS', 'wxLC_NO_HEADER',
'wxLC_SINGLE_SEL', 'wxLC_SORT_ASCENDING', 'wxLC_SORT_DESCENDING']
class xxxTreeCtrl(xxxObject):
allParams = ['pos', 'size', 'style']
winStyles = ['wxTR_HAS_BUTTONS', 'wxTR_NO_LINES', 'wxTR_LINES_AT_ROOT',
'wxTR_EDIT_LABELS', 'wxTR_MULTIPLE']
class xxxHtmlWindow(xxxObject):
allParams = ['pos', 'size', 'style', 'borders', 'url', 'htmlcode']
paramDict = {'borders': ParamInt, 'htmlcode':ParamMultilineText}
winStyles = ['wxHW_SCROLLBAR_NEVER', 'wxHW_SCROLLBAR_AUTO']
class xxxCalendarCtrl(xxxObject):
allParams = ['pos', 'size', 'style']
class xxxNotebook(xxxContainer):
allParams = ['usenotebooksizer', 'pos', 'size', 'style']
paramDict = {'usenotebooksizer': ParamBool}
winStyles = ['wxNB_FIXEDWIDTH', 'wxNB_LEFT', 'wxNB_RIGHT', 'wxNB_BOTTOM']
class xxxSplitterWindow(xxxContainer):
allParams = ['orientation', 'sashpos', 'minsize', 'pos', 'size', 'style']
paramDict = {'orientation': ParamOrientation, 'sashpos': ParamUnit, 'minsize': ParamUnit }
winStyles = ['wxSP_3D', 'wxSP_3DSASH', 'wxSP_3DBORDER', 'wxSP_BORDER',
'wxSP_NOBORDER', 'wxSP_PERMIT_UNSPLIT', 'wxSP_LIVE_UPDATE',
'wxSP_NO_XP_THEME' ]
class xxxGenericDirCtrl(xxxObject):
allParams = ['defaultfolder', 'filter', 'defaultfilter', 'pos', 'size', 'style']
paramDict = {'defaultfilter': ParamInt}
winStyles = ['wxDIRCTRL_DIR_ONLY', 'wxDIRCTRL_3D_INTERNAL', 'wxDIRCTRL_SELECT_FIRST',
'wxDIRCTRL_SHOW_FILTERS', 'wxDIRCTRL_EDIT_LABELS']
class xxxScrolledWindow(xxxContainer):
allParams = ['pos', 'size', 'style']
winStyles = ['wxHSCROLL', 'wxVSCROLL']
################################################################################
# Buttons
class xxxButton(xxxObject):
allParams = ['label', 'default', 'pos', 'size', 'style']
paramDict = {'default': ParamBool}
required = ['label']
winStyles = ['wxBU_LEFT', 'wxBU_TOP', 'wxBU_RIGHT', 'wxBU_BOTTOM']
class xxxBitmapButton(xxxObject):
allParams = ['bitmap', 'selected', 'focus', 'disabled', 'default',
'pos', 'size', 'style']
required = ['bitmap']
winStyles = ['wxBU_AUTODRAW', 'wxBU_LEFT', 'wxBU_TOP',
'wxBU_RIGHT', 'wxBU_BOTTOM']
class xxxRadioButton(xxxObject):
allParams = ['label', 'value', 'pos', 'size', 'style']
paramDict = {'value': ParamBool}
required = ['label']
winStyles = ['wxRB_GROUP']
class xxxSpinButton(xxxObject):
allParams = ['value', 'min', 'max', 'pos', 'size', 'style']
paramDict = {'value': ParamInt}
winStyles = ['wxSP_HORIZONTAL', 'wxSP_VERTICAL', 'wxSP_ARROW_KEYS', 'wxSP_WRAP']
class xxxSpinCtrl(xxxObject):
allParams = ['value', 'min', 'max', 'pos', 'size', 'style']
paramDict = {'value': ParamInt}
winStyles = ['wxSP_HORIZONTAL', 'wxSP_VERTICAL', 'wxSP_ARROW_KEYS', 'wxSP_WRAP']
class xxxToggleButton(xxxObject):
allParams = ['label', 'checked', 'pos', 'size', 'style']
paramDict = {'checked': ParamBool}
required = ['label']
################################################################################
# Boxes
class xxxStaticBox(xxxObject):
allParams = ['label', 'pos', 'size', 'style']
required = ['label']
class xxxRadioBox(xxxObject):
allParams = ['label', 'content', 'selection', 'dimension', 'pos', 'size', 'style']
paramDict = {'dimension': ParamInt}
required = ['label', 'content']
default = {'content': '[]'}
winStyles = ['wxRA_SPECIFY_ROWS', 'wxRA_SPECIFY_COLS']
class xxxCheckBox(xxxObject):
allParams = ['label', 'checked', 'pos', 'size', 'style']
paramDict = {'checked': ParamBool}
winStyles = ['wxCHK_2STATE', 'wxCHK_3STATE', 'wxCHK_ALLOW_3RD_STATE_FOR_USER',
'wxALIGN_RIGHT']
required = ['label']
class xxxComboBox(xxxObject):
allParams = ['content', 'selection', 'value', 'pos', 'size', 'style']
required = ['content']
default = {'content': '[]'}
winStyles = ['wxCB_SIMPLE', 'wxCB_SORT', 'wxCB_READONLY', 'wxCB_DROPDOWN']
class xxxListBox(xxxObject):
allParams = ['content', 'selection', 'pos', 'size', 'style']
required = ['content']
default = {'content': '[]'}
winStyles = ['wxLB_SINGLE', 'wxLB_MULTIPLE', 'wxLB_EXTENDED', 'wxLB_HSCROLL',
'wxLB_ALWAYS_SB', 'wxLB_NEEDED_SB', 'wxLB_SORT']
class xxxCheckList(xxxObject):
allParams = ['content', 'pos', 'size', 'style']
required = ['content']
default = {'content': '[]'}
winStyles = ['wxLC_LIST', 'wxLC_REPORT', 'wxLC_ICON', 'wxLC_SMALL_ICON',
'wxLC_ALIGN_TOP', 'wxLC_ALIGN_LEFT', 'wxLC_AUTOARRANGE',
'wxLC_USER_TEXT', 'wxLC_EDIT_LABELS', 'wxLC_NO_HEADER',
'wxLC_SINGLE_SEL', 'wxLC_SORT_ASCENDING', 'wxLC_SORT_DESCENDING']
paramDict = {'content': ParamContentCheckList}
################################################################################
# Sizers
class xxxSizer(xxxContainer):
hasName = hasStyle = False
paramDict = {'orient': ParamOrient}
isSizer = True
itemTag = 'sizeritem' # different for some sizers
class xxxBoxSizer(xxxSizer):
allParams = ['orient']
required = ['orient']
default = {'orient': 'wxVERTICAL'}
# Tree icon depends on orientation
def treeImage(self):
if self.params['orient'].value() == 'wxHORIZONTAL': return self.imageH
else: return self.imageV
class xxxStaticBoxSizer(xxxBoxSizer):
allParams = ['label', 'orient']
required = ['label', 'orient']
class xxxGridSizer(xxxSizer):
allParams = ['cols', 'rows', 'vgap', 'hgap']
required = ['cols']
default = {'cols': '2', 'rows': '2'}
class xxxStdDialogButtonSizer(xxxSizer):
allParams = []
itemTag = 'button'
# For repeated parameters
class xxxParamMulti:
def __init__(self, node):
self.node = node
self.l, self.data = [], []
def append(self, param):
self.l.append(param)
self.data.append(param.value())
def value(self):
return self.data
def remove(self):
for param in self.l:
param.remove()
self.l, self.data = [], []
class xxxFlexGridSizer(xxxGridSizer):
specials = ['growablecols', 'growablerows']
allParams = ['cols', 'rows', 'vgap', 'hgap'] + specials
paramDict = {'growablecols':ParamIntList, 'growablerows':ParamIntList}
# Special processing for growable* parameters
# (they are represented by several nodes)
def special(self, tag, node):
if not self.params.has_key(tag):
# Create new multi-group
self.params[tag] = xxxParamMulti(node)
self.params[tag].append(xxxParamInt(node))
def setSpecial(self, param, value):
# Straightforward implementation: remove, add again
self.params[param].remove()
del self.params[param]
for i in value:
node = g.tree.dom.createElement(param)
text = g.tree.dom.createTextNode(str(i))
node.appendChild(text)
self.element.appendChild(node)
self.special(param, node)
class xxxGridBagSizer(xxxSizer):
specials = ['growablecols', 'growablerows']
allParams = ['vgap', 'hgap'] + specials
paramDict = {'growablecols':ParamIntList, 'growablerows':ParamIntList}
# Special processing for growable* parameters
# (they are represented by several nodes)
def special(self, tag, node):
if not self.params.has_key(tag):
# Create new multi-group
self.params[tag] = xxxParamMulti(node)
self.params[tag].append(xxxParamInt(node))
def setSpecial(self, param, value):
# Straightforward implementation: remove, add again
self.params[param].remove()
del self.params[param]
for i in value:
node = g.tree.dom.createElement(param)
text = g.tree.dom.createTextNode(str(i))
node.appendChild(text)
self.element.appendChild(node)
self.special(param, node)
# Container with only one child.
# Not shown in tree.
class xxxChildContainer(xxxObject):
hasName = hasStyle = False
hasChild = True
def __init__(self, parent, element, refElem=None):
xxxObject.__init__(self, parent, element, refElem)
# Must have one child with 'object' tag, but we don't check it
nodes = element.childNodes[:] # create copy
for node in nodes:
if node.nodeType == minidom.Node.ELEMENT_NODE:
if node.tagName in ['object', 'object_ref']:
# Create new xxx object for child node
self.child = MakeXXXFromDOM(self, node)
self.child.parent = parent
# Copy hasChildren and isSizer attributes
self.hasChildren = self.child.hasChildren
self.isSizer = self.child.isSizer
return # success
else:
element.removeChild(node)
node.unlink()
assert 0, 'no child found'
class xxxSizerItem(xxxChildContainer):
allParams = ['option', 'flag', 'border', 'minsize', 'ratio']
paramDict = {'option': ParamInt, 'minsize': ParamPosSize, 'ratio': ParamPosSize}
#default = {'cellspan': '1,1'}
def __init__(self, parent, element, refElem=None):
# For GridBag sizer items, extra parameters added
if isinstance(parent, xxxGridBagSizer):
self.allParams = self.allParams + ['cellpos', 'cellspan']
xxxChildContainer.__init__(self, parent, element, refElem)
# Remove pos parameter - not needed for sizeritems
if 'pos' in self.child.allParams:
self.child.allParams = self.child.allParams[:]
self.child.allParams.remove('pos')
class xxxSizerItemButton(xxxSizerItem):
allParams = []
paramDict = {}
def __init__(self, parent, element, refElem=None):
xxxChildContainer.__init__(self, parent, element, refElem=None)
# Remove pos parameter - not needed for sizeritems
if 'pos' in self.child.allParams:
self.child.allParams = self.child.allParams[:]
self.child.allParams.remove('pos')
class xxxNotebookPage(xxxChildContainer):
allParams = ['label', 'selected']
paramDict = {'selected': ParamBool}
required = ['label']
def __init__(self, parent, element, refElem=None):
xxxChildContainer.__init__(self, parent, element, refElem)
# pos and size dont matter for notebookpages
if 'pos' in self.child.allParams:
self.child.allParams = self.child.allParams[:]
self.child.allParams.remove('pos')
if 'size' in self.child.allParams:
self.child.allParams = self.child.allParams[:]
self.child.allParams.remove('size')
class xxxSpacer(xxxObject):
hasName = hasStyle = False
allParams = ['size', 'option', 'flag', 'border']
paramDict = {'option': ParamInt}
default = {'size': '0,0'}
class xxxMenuBar(xxxContainer):
allParams = ['style']
paramDict = {'style': ParamNonGenericStyle} # no generic styles
winStyles = ['wxMB_DOCKABLE']
class xxxMenu(xxxContainer):
allParams = ['label', 'help', 'style']
default = {'label': ''}
paramDict = {'style': ParamNonGenericStyle} # no generic styles
winStyles = ['wxMENU_TEAROFF']
class xxxMenuItem(xxxObject):
allParams = ['label', 'bitmap', 'accel', 'help',
'checkable', 'radio', 'enabled', 'checked']
default = {'label': ''}
hasStyle = False
class xxxSeparator(xxxObject):
hasName = hasStyle = False
################################################################################
# Unknown control
class xxxUnknown(xxxObject):
allParams = ['pos', 'size', 'style']
paramDict = {'style': ParamNonGenericStyle} # no generic styles
################################################################################
xxxDict = {
'wxPanel': xxxPanel,
'wxDialog': xxxDialog,
'wxFrame': xxxFrame,
'tool': xxxTool,
'wxToolBar': xxxToolBar,
'wxWizard': xxxWizard,
'wxWizardPage': xxxWizardPage,
'wxWizardPageSimple': xxxWizardPageSimple,
'wxBitmap': xxxBitmap,
'wxIcon': xxxIcon,
'wxButton': xxxButton,
'wxBitmapButton': xxxBitmapButton,
'wxRadioButton': xxxRadioButton,
'wxSpinButton': xxxSpinButton,
'wxToggleButton' : xxxToggleButton,
'wxStaticBox': xxxStaticBox,
'wxStaticBitmap': xxxStaticBitmap,
'wxRadioBox': xxxRadioBox,
'wxComboBox': xxxComboBox,
'wxCheckBox': xxxCheckBox,
'wxListBox': xxxListBox,
'wxStaticText': xxxStaticText,
'wxStaticLine': xxxStaticLine,
'wxTextCtrl': xxxTextCtrl,
'wxChoice': xxxChoice,
'wxSlider': xxxSlider,
'wxGauge': xxxGauge,
'wxScrollBar': xxxScrollBar,
'wxTreeCtrl': xxxTreeCtrl,
'wxListCtrl': xxxListCtrl,
'wxCheckListBox': xxxCheckList,
'wxNotebook': xxxNotebook,
'wxSplitterWindow': xxxSplitterWindow,
'notebookpage': xxxNotebookPage,
'wxHtmlWindow': xxxHtmlWindow,
'wxCalendarCtrl': xxxCalendarCtrl,
'wxGenericDirCtrl': xxxGenericDirCtrl,
'wxSpinCtrl': xxxSpinCtrl,
'wxScrolledWindow': xxxScrolledWindow,
'wxBoxSizer': xxxBoxSizer,
'wxStaticBoxSizer': xxxStaticBoxSizer,
'wxGridSizer': xxxGridSizer,
'wxFlexGridSizer': xxxFlexGridSizer,
'wxGridBagSizer': xxxGridBagSizer,
'wxStdDialogButtonSizer': xxxStdDialogButtonSizer,
'sizeritem': xxxSizerItem, 'button': xxxSizerItemButton,
'spacer': xxxSpacer,
'wxMenuBar': xxxMenuBar,
'wxMenu': xxxMenu,
'wxMenuItem': xxxMenuItem,
'separator': xxxSeparator,
'unknown': xxxUnknown,
}
# Create IDs for all parameters of all classes
paramIDs = {'fg': wxNewId(), 'bg': wxNewId(), 'exstyle': wxNewId(), 'font': wxNewId(),
'enabled': wxNewId(), 'focused': wxNewId(), 'hidden': wxNewId(),
'tooltip': wxNewId(), 'encoding': wxNewId(),
'cellpos': wxNewId(), 'cellspan': wxNewId()
}
for cl in xxxDict.values():
if cl.allParams:
for param in cl.allParams + cl.paramDict.keys():
if not paramIDs.has_key(param):
paramIDs[param] = wxNewId()
################################################################################
# Helper functions
# Test for object elements
def IsObject(node):
return node.nodeType == minidom.Node.ELEMENT_NODE and node.tagName in ['object', 'object_ref']
# Make XXX object from some DOM object, selecting correct class
def MakeXXXFromDOM(parent, element):
if element.tagName == 'object_ref':
ref = element.getAttribute('ref')
refElem = FindResource(ref)
if refElem: cls = refElem.getAttribute('class')
else: return xxxUnknown(parent, element)
else:
refElem = None
cls = element.getAttribute('class')
try:
klass = xxxDict[cls]
except KeyError:
# If we encounter a weird class, use unknown template
print 'WARNING: unsupported class:', element.getAttribute('class')
klass = xxxUnknown
return klass(parent, element, refElem)
# Make empty DOM element
def MakeEmptyDOM(className):
elem = g.tree.dom.createElement('object')
elem.setAttribute('class', className)
# Set required and default parameters
xxxClass = xxxDict[className]
defaultNotRequired = filter(lambda x, l=xxxClass.required: x not in l,
xxxClass.default.keys())
for param in xxxClass.required + defaultNotRequired:
textElem = g.tree.dom.createElement(param)
try:
textNode = g.tree.dom.createTextNode(xxxClass.default[param])
except KeyError:
textNode = g.tree.dom.createTextNode('')
textElem.appendChild(textNode)
elem.appendChild(textElem)
return elem
# Make empty XXX object
def MakeEmptyXXX(parent, className):
# Make corresponding DOM object first
elem = MakeEmptyDOM(className)
# If parent is a sizer, we should create sizeritem object, except for spacers
if parent:
if parent.isSizer and className != 'spacer':
sizerItemElem = MakeEmptyDOM(parent.itemTag)
sizerItemElem.appendChild(elem)
elem = sizerItemElem
elif isinstance(parent, xxxNotebook):
pageElem = MakeEmptyDOM('notebookpage')
pageElem.appendChild(elem)
elem = pageElem
# Now just make object
return MakeXXXFromDOM(parent, elem)
# Make empty DOM element for reference
def MakeEmptyRefDOM(ref):
elem = g.tree.dom.createElement('object_ref')
elem.setAttribute('ref', ref)
return elem
# Make empty XXX object
def MakeEmptyRefXXX(parent, ref):
# Make corresponding DOM object first
elem = MakeEmptyRefDOM(ref)
# If parent is a sizer, we should create sizeritem object, except for spacers
if parent:
if parent.isSizer:
sizerItemElem = MakeEmptyDOM(parent.itemTag)
sizerItemElem.appendChild(elem)
elem = sizerItemElem
elif isinstance(parent, xxxNotebook):
pageElem = MakeEmptyDOM('notebookpage')
pageElem.appendChild(elem)
elem = pageElem
# Now just make object
return MakeXXXFromDOM(parent, elem)