def termChar(s):
if len(compose.char(s)) > 1:
return xmlChar(compose.terminators.get(compose.char(s), "?"))
return xmlChar(compose.terminators.get(compose.char(s), compose.char(s)))
for v in xkb.tmplValues.itervalues():
if terminators.has_key(v):
dks.add(v)
composeDeadKeys = {}
# parse compose to find the chars not supported xkb with the dead keys
fCompose = file(defaults.composeFile)
for l in fCompose:
if not l.startswith("XCOMM") and not l.startswith("##") and "<Multi_key>" not in l and len(l.strip()) != 0:# and "<KP_" not in l and "<underbar>" not in l and "<rightcaret>" not in l and "<leftshoe>" not in l and "<leftcaret>" not in l and "<rightshoe>" not in l and "<U223C>" not in l:
seq = re.findall('<([^ ]+)>', l.split(":")[0])
seq = [compose.upperUnicode(s) for s in seq]
if compose.areSupportedChars(seq):
c = l.split(":")[1].split()[1]
k = tuple(compose.char(n) for n in seq)
composeDeadKeys[k] = compose.char(c)
# print composeDeadKeys
f = file(sys.argv[2], "w")
for m in sorted([m for m in dead_keys.dmm if len(m) == 1]):
if m[0] in dks:
comm = u""
else:
comm = u"#"
deadName = "dead_" + m[0].replace("ringabove", "abovering")
print >> f, "# %s" % deadName
print >> f
for k, mods in sorted(dead_keys.dc):
if mods == m and dead_keys.dc.has_key((k, ())):
f = file(defaults.xkbFile)
normal = {}
shift = {}
altgr = {}
altgrshift = {}
options = {}
for l in f:
res = re_catchKey.match(l)
if res:
key = unicode(res.group(1))
charsGroup = res.group(3)
chars = re.split(r', *', charsGroup)
chars = [c.strip() for c in chars]
chars = [compose.char(c) for c in chars]
chars = chars + [''] * (4 - len(chars))
normal[key], shift[key], altgr[key], altgrshift[key] = chars
options[key] = res.group(2)
# print key, chars
# print altgr["AD09"]
# sys.exit()
tmplValues = {}
chars = set()
tmplValues.update(normal)
for k, v in normal.iteritems():
V = v
f = file(defaults.xkbFile)
normal = {}
shift = {}
altgr = {}
altgrshift = {}
options = {}
for l in f:
res = re_catchKey.match(l)
if res:
key = unicode(res.group(1))
charsGroup = res.group(3)
chars = re.split(r', *', charsGroup)
chars = [c.strip() for c in chars]
chars = [compose.char(c) for c in chars]
chars = chars + ['']*(4-len(chars))
normal[key], shift[key], altgr[key], altgrshift[key] = chars
options[key] = res.group(2)
# print key, chars
# print altgr["AD09"]
# sys.exit()
tmplValues = {}
chars = set()
tmplValues.update(normal)
for k, v in normal.iteritems():
V = v
composeDeadKeys = {}
# parse compose to find the chars not supported xkb with the dead keys
fCompose = file(defaults.composeFile)
for l in fCompose:
if not l.startswith("XCOMM") and not l.startswith(
"##"
) and "<Multi_key>" not in l and len(
l.strip()
) != 0: # and "<KP_" not in l and "<underbar>" not in l and "<rightcaret>" not in l and "<leftshoe>" not in l and "<leftcaret>" not in l and "<rightshoe>" not in l and "<U223C>" not in l:
seq = re.findall('<([^ ]+)>', l.split(":")[0])
seq = [compose.upperUnicode(s) for s in seq]
if compose.areSupportedChars(seq):
c = l.split(":")[1].split()[1]
k = tuple(compose.char(n) for n in seq)
composeDeadKeys[k] = compose.char(c)
# print composeDeadKeys
f = file(sys.argv[2], "w")
for m in sorted([m for m in dead_keys.dmm if len(m) == 1]):
if m[0] in dks:
comm = u""
else:
comm = u"#"
deadName = "dead_" + m[0].replace("ringabove", "abovering")
print >> f, "# %s" % deadName
print >> f
for k, mods in sorted(dead_keys.dc):
if mods == m and dead_keys.dc.has_key((k, ())):
def termChar(s):
if len(compose.char(s)) > 1:
return xmlChar(compose.terminators.get(compose.char(s), "?"))
return xmlChar(compose.terminators.get(compose.char(s), compose.char(s)))
