def extract_display_keyvalues(self):
""" Updates the display values, based on current include files, layout """
for counter in Common.keysegmentslist:
self.dvalues[counter] = copy.copy(self.keyvalues[counter])
if self.keycode in KeyDict.IgnoreKeys:
continue
if self.keyvalues[counter].getType() == Common.keyvaluetype.NOSYMBOL:
for layout in activated_variants.keys():
for variant in activated_variants[layout].keys():
if activated_variants[layout][variant].has_key(self.keycode):
if activated_variants[layout][variant][self.keycode].has_key(counter):
self.dvalues_inherited[counter] = True
self.dvalues[counter] = copy.copy(activated_variants[layout][variant][self.keycode][counter])
if self.dvalues[counter].getType() == Common.keyvaluetype.NOSYMBOL:
self.dvalues_inherited[counter] = False
self.dvalues[counter] = copy.copy(self.keyvalues[counter])
def create_layout(self, layoutcode, layoutvariant, layoutcountry,
layoutname, layoutkeys):
"""
Creates an lxml construct with the layout.
Makes use of KeyDict.included_files, KeyDict.activated_variants
"""
self.new_layout = etree.Element("layout", layoutname=layoutcode)
self.symbols = etree.SubElement(self.new_layout, "symbols")
self.mapoption = etree.SubElement(self.symbols, "mapoption")
self.mapoption.text = "xkb_symbols"
self.mapname = etree.SubElement(self.symbols, "mapname")
self.mapname.text = layoutvariant
self.mapmaterial = etree.SubElement(self.symbols, "mapmaterial")
self.tokenname = etree.SubElement(self.mapmaterial, "tokenname")
self.tokenname.attrib["name"] = layoutname
for includefile in activated_variants.keys():
for variant in activated_variants[includefile].keys():
self.tokinclude = etree.SubElement(self.mapmaterial,
"tokeninclude")
self.tokinclude.text = includefile + '(' + variant + ')'
for keycodename in layoutkeys.keys():
if keycodename in KeyDict.IgnoreKeys:
#print "keycodename", keycodename, "is in ignorekeys"
continue
votes_empty = 0
for counter in Common.keysegmentslist:
if layoutkeys[keycodename].key.keyvalues[counter].getType(
) == Common.keyvaluetype.NOSYMBOL:
votes_empty += 1
if votes_empty == len(Common.keysegmentslist):
# print "Keycode", keycodename, "is empty, skipping"
continue
else:
# print keycodename, "we only had", votes_empty, "votes,"
for counter in Common.keysegmentslist:
pass
#print layoutkeys[keycodename].key.keyvalues[counter].getValue(),
#print
#print layoutkeys[keycodename].key.keyvalues[Common.keysegments.ONE].getValue()
self.tokenkey = etree.SubElement(self.mapmaterial, "tokenkey")
self.tokenkey.attrib["override"] = "False"
self.keycodename = etree.SubElement(self.tokenkey, "keycodename")
self.keycodename.text = keycodename
self.keysymgroup = etree.SubElement(self.tokenkey, "keysymgroup")
self.symbolsgroup = etree.SubElement(self.keysymgroup,
"symbolsgroup")
# print "Counting elems in key:",
for counter in Common.keysegmentslistreverse:
max_index = counter
if layoutkeys[keycodename].key.keyvalues[counter].getType(
) == Common.keyvaluetype.NOSYMBOL:
#print "O",
continue
else:
break
#print
#print "Doing look between", Common.keysegments.ONE, "and", max_index
for counter in range(Common.keysegments.ONE, max_index + 1):
sym = etree.SubElement(self.symbolsgroup, "symbol")
sym.text = layoutkeys[keycodename].key.keyvalues[
counter].getValue()
if sym.text == "":
sym.text = "NoSymbol"
# print "sym.text", sym.text
return self.new_layout
def create_layout(self, layoutcode, layoutvariant, layoutcountry, layoutname, layoutkeys):
"""
Creates an lxml construct with the layout.
Makes use of KeyDict.included_files, KeyDict.activated_variants
"""
self.new_layout = etree.Element("layout", layoutname = layoutcode)
self.symbols = etree.SubElement(self.new_layout, "symbols")
self.mapoption = etree.SubElement(self.symbols, "mapoption")
self.mapoption.text = "xkb_symbols"
self.mapname = etree.SubElement(self.symbols, "mapname")
self.mapname.text = layoutvariant
self.mapmaterial = etree.SubElement(self.symbols, "mapmaterial")
self.tokenname = etree.SubElement(self.mapmaterial, "tokenname")
self.tokenname.attrib["name"] = layoutname
for includefile in activated_variants.keys():
for variant in activated_variants[includefile].keys():
self.tokinclude = etree.SubElement(self.mapmaterial, "tokeninclude")
self.tokinclude.text = includefile + '(' + variant + ')'
for keycodename in layoutkeys.keys():
if keycodename in KeyDict.IgnoreKeys:
#print "keycodename", keycodename, "is in ignorekeys"
continue
votes_empty = 0
for counter in Common.keysegmentslist:
if layoutkeys[keycodename].key.keyvalues[counter].getType() == Common.keyvaluetype.NOSYMBOL:
votes_empty += 1
if votes_empty == len(Common.keysegmentslist):
# print "Keycode", keycodename, "is empty, skipping"
continue
else:
# print keycodename, "we only had", votes_empty, "votes,"
for counter in Common.keysegmentslist:
pass
#print layoutkeys[keycodename].key.keyvalues[counter].getValue(),
#print
#print layoutkeys[keycodename].key.keyvalues[Common.keysegments.ONE].getValue()
self.tokenkey = etree.SubElement(self.mapmaterial, "tokenkey")
self.tokenkey.attrib["override"] = "False"
self.keycodename = etree.SubElement(self.tokenkey, "keycodename")
self.keycodename.text = keycodename
self.keysymgroup = etree.SubElement(self.tokenkey, "keysymgroup")
self.symbolsgroup = etree.SubElement(self.keysymgroup, "symbolsgroup")
# print "Counting elems in key:",
for counter in Common.keysegmentslistreverse:
max_index = counter
if layoutkeys[keycodename].key.keyvalues[counter].getType() == Common.keyvaluetype.NOSYMBOL:
#print "O",
continue
else:
break
#print
#print "Doing look between", Common.keysegments.ONE, "and", max_index
for counter in range(Common.keysegments.ONE, max_index + 1):
sym = etree.SubElement(self.symbolsgroup, "symbol")
sym.text = layoutkeys[keycodename].key.keyvalues[counter].getValue()
if sym.text == "":
sym.text = "NoSymbol"
# print "sym.text", sym.text
return self.new_layout