def openFile(self, pth):
if not os.path.exists(pth):
dabo.ui.stop("The file '%s' does not exist" % pth)
return
self._menuFile = pth
xml = open(pth).read()
try:
dct = xtd.xmltodict(xml)
except:
raise IOError(_("This does not appear to be a valid menu file."))
self.makeMenuBar(dct)
self.layout()
self.saveState()
def openFile(self, pth):
if not os.path.exists(pth):
dabo.ui.stop("The file '%s' does not exist" % pth)
return
self._menuFile = pth
xml = open(pth).read()
try:
dct = xtd.xmltodict(xml)
except:
raise IOError(_("This does not appear to be a valid menu file."))
self.makeMenuBar(dct)
self.layout()
self.saveState()
def importXmlSrc(self, src):
"""This will read in an XML source. The parameter can be a
file path, an open file object, or the raw XML. It will look for
a matching code file and, if found, import that code.
"""
parseCode = True
if isinstance(src, file):
xml = src.read()
self._srcFile = src.name
else:
xml = src
if not src.startswith("<"):
xml = src = utils.resolvePathAndUpdate(src)
if os.path.exists(src):
self._srcFile = src
else:
parseCode = False
self._srcFile = os.getcwd()
return xtd.xmltodict(xml)
def importXmlSrc(self, src):
"""This will read in an XML source. The parameter can be a
file path, an open file object, or the raw XML. It will look for
a matching code file and, if found, import that code.
"""
parseCode = True
if isinstance(src, file):
xml = src.read()
self._srcFile = src.name
else:
xml = src
if not src.startswith("<"):
xml = src = utils.resolvePathAndUpdate(src)
if os.path.exists(src):
self._srcFile = src
else:
parseCode = False
self._srcFile = os.getcwd()
return xtd.xmltodict(xml)
def pt2f(pt):
return float(pt.strip("'").split()[0])
def get_attrib_val(obj, attrib):
for attribs in obj['children']:
if attribs['name']==attrib:
return attribs['cdata']
def set_attrib_val(obj, attrib, val):
for attribs in obj['children']:
if attribs['name']==attrib:
attribs['cdata'] = val
# get master copy into a dict
rf=open('badge.rfxml').read()
rfd=xmltodict.xmltodict(rf)
objs=rfd['children'][7]['children'][1]['children']
newobjs=copy.deepcopy(objs)
for obj in newobjs:
x = pt2f(get_attrib_val(obj,'x'))
y = pt2f(get_attrib_val(obj,'y'))
comment = get_attrib_val(obj,'Comment')
if x <= 290 and y >=370 and comment == "'copy badge'":
print comment
# found a badge object, copy it, shift it 288 points to the right.
newobj=copy.deepcopy(obj)
x = get_attrib_val(obj,'x')
newx = "'%s pt'" % (pt2f(x)+288)
set_attrib_val(newobj, 'x', newx )