def set_keymap(self):
if not self.enabled:
return
clean_keyboard_state()
try:
do_set_keymap(self.xkbmap_layout, self.xkbmap_variant,
self.xkbmap_print, self.xkbmap_query)
except:
log.error("error setting new keymap", exc_info=True)
self.is_native_keymap = self.xkbmap_print != "" or self.xkbmap_query != ""
try:
#first clear all existing modifiers:
clean_keyboard_state()
clear_modifiers(
ALL_X11_MODIFIERS.keys()) #just clear all of them (set or not)
#now set all the keycodes:
clean_keyboard_state()
self.keycode_translation = {}
has_keycodes = (self.xkbmap_x11_keycodes and len(self.xkbmap_x11_keycodes)>0) or \
(self.xkbmap_keycodes and len(self.xkbmap_keycodes)>0)
assert has_keycodes, "client failed to provide any keycodes!"
#first compute the modifier maps as this may have an influence
#on the keycode mappings (at least for the from_keycodes case):
if self.xkbmap_mod_meanings:
#Unix-like OS provides modifier meanings:
self.keynames_for_mod = get_modifiers_from_meanings(
self.xkbmap_mod_meanings)
elif self.xkbmap_keycodes:
#non-Unix-like OS provides just keycodes for now:
self.keynames_for_mod = get_modifiers_from_keycodes(
self.xkbmap_keycodes)
else:
log.error(
"missing both xkbmap_mod_meanings and xkbmap_keycodes, modifiers will probably not work as expected!"
)
self.keynames_for_mod = {}
#if the client does not provide a full keymap,
#try to preserve the initial server keycodes
#(used by non X11 clients like osx,win32 or Android)
preserve_server_keycodes = not self.xkbmap_print and not self.xkbmap_query
self.keycode_translation = set_all_keycodes(
self.xkbmap_x11_keycodes, self.xkbmap_keycodes,
preserve_server_keycodes, self.keynames_for_mod)
self.add_gtk_keynames()
#now set the new modifier mappings:
clean_keyboard_state()
log(
"going to set modifiers, xkbmap_mod_meanings=%s, len(xkbmap_keycodes)=%s",
self.xkbmap_mod_meanings, len(self.xkbmap_keycodes or []))
if self.keynames_for_mod:
set_modifiers(self.keynames_for_mod)
self.compute_modifier_keynames()
self.compute_client_modifier_keycodes()
log("keyname_for_mod=%s", self.keynames_for_mod)
except:
log.error("error setting xmodmap", exc_info=True)
def set_keymap(self, client_platform):
if not self.enabled:
return
clean_keyboard_state()
try:
do_set_keymap(self.xkbmap_layout, self.xkbmap_variant,
self.xkbmap_print, self.xkbmap_query)
except:
log.error("error setting new keymap", exc_info=True)
self.is_native_keymap = self.xkbmap_print!="" or self.xkbmap_query!=""
try:
#first clear all existing modifiers:
clean_keyboard_state()
clear_modifiers(ALL_X11_MODIFIERS.keys()) #just clear all of them (set or not)
#now set all the keycodes:
clean_keyboard_state()
self.keycode_translation = {}
has_keycodes = (self.xkbmap_x11_keycodes and len(self.xkbmap_x11_keycodes)>0) or \
(self.xkbmap_keycodes and len(self.xkbmap_keycodes)>0)
assert has_keycodes, "client failed to provide any keycodes!"
#first compute the modifier maps as this may have an influence
#on the keycode mappings (at least for the from_keycodes case):
if self.xkbmap_mod_meanings:
#Unix-like OS provides modifier meanings:
self.keynames_for_mod = get_modifiers_from_meanings(self.xkbmap_mod_meanings)
elif self.xkbmap_keycodes:
#non-Unix-like OS provides just keycodes for now:
self.keynames_for_mod = get_modifiers_from_keycodes(self.xkbmap_keycodes)
else:
log.error("missing both xkbmap_mod_meanings and xkbmap_keycodes, modifiers will probably not work as expected!")
self.keynames_for_mod = {}
#if the client does not provide a full keymap,
#try to preserve the initial server keycodes
#(used by non X11 clients like osx,win32 or Android)
preserve_server_keycodes = not self.xkbmap_print and not self.xkbmap_query
self.keycode_translation = set_all_keycodes(self.xkbmap_x11_keycodes, self.xkbmap_keycodes, preserve_server_keycodes, self.keynames_for_mod)
#now set the new modifier mappings:
clean_keyboard_state()
debug("going to set modifiers, xkbmap_mod_meanings=%s, len(xkbmap_keycodes)=%s", self.xkbmap_mod_meanings, len(self.xkbmap_keycodes or []))
if self.keynames_for_mod:
set_modifiers(self.keynames_for_mod)
self.compute_modifier_keynames()
self.compute_client_modifier_keycodes()
debug("keyname_for_mod=%s", self.keynames_for_mod)
except:
log.error("error setting xmodmap", exc_info=True)
if (client_platform and client_platform.startswith("win")) and not self.is_native_keymap:
self.modifiers_filter = ["lock"]
num_mods = [mod for mod,keynames in self.keynames_for_mod.items() if "Num_Lock" in keynames]
if len(num_mods)==1:
self.modifiers_filter.append(num_mods[0])
else:
log.warn("found more than one modifier for 'Num_Lock': %s", num_mods)
def set_keymap(self):
if not self.enabled:
return
clean_keyboard_state()
try:
do_set_keymap(self.xkbmap_layout, self.xkbmap_variant,
self.xkbmap_print, self.xkbmap_query)
except:
log.error("error setting new keymap", exc_info=True)
self.is_native_keymap = bool(self.xkbmap_print) or bool(self.xkbmap_query)
log("set_keymap() is_native_keymap=%s, print=%s, query=%s", self.is_native_keymap, self.xkbmap_print, self.xkbmap_query)
try:
#first clear all existing modifiers:
clean_keyboard_state()
clear_modifiers(ALL_X11_MODIFIERS.keys()) #just clear all of them (set or not)
#now set all the keycodes:
clean_keyboard_state()
self.keycode_translation = {}
has_keycodes = (self.xkbmap_x11_keycodes and len(self.xkbmap_x11_keycodes)>0) or \
(self.xkbmap_keycodes and len(self.xkbmap_keycodes)>0)
assert has_keycodes, "client failed to provide any keycodes!"
#first compute the modifier maps as this may have an influence
#on the keycode mappings (at least for the from_keycodes case):
if self.xkbmap_mod_meanings:
#Unix-like OS provides modifier meanings:
self.keynames_for_mod = get_modifiers_from_meanings(self.xkbmap_mod_meanings)
elif self.xkbmap_keycodes:
#non-Unix-like OS provides just keycodes for now:
self.keynames_for_mod = get_modifiers_from_keycodes(self.xkbmap_keycodes)
else:
log.error("missing both xkbmap_mod_meanings and xkbmap_keycodes, modifiers will probably not work as expected!")
self.keynames_for_mod = {}
#if the client does not provide a full keymap,
#try to preserve the initial server keycodes
#(used by non X11 clients like osx,win32 or Android)
preserve_server_keycodes = not self.xkbmap_print and not self.xkbmap_query
self.keycode_translation = set_all_keycodes(self.xkbmap_x11_keycodes, self.xkbmap_keycodes, preserve_server_keycodes, self.keynames_for_mod)
self.add_gtk_keynames()
#now set the new modifier mappings:
clean_keyboard_state()
log("going to set modifiers, xkbmap_mod_meanings=%s, len(xkbmap_keycodes)=%s", self.xkbmap_mod_meanings, len(self.xkbmap_keycodes or []))
if self.keynames_for_mod:
set_modifiers(self.keynames_for_mod)
self.compute_modifier_keynames()
self.compute_client_modifier_keycodes()
log("keyname_for_mod=%s", self.keynames_for_mod)
except:
log.error("error setting xmodmap", exc_info=True)
def set_keymap(self, translate_only=False):
if not self.enabled:
return
log(
"set_keymap(%s) layout=%s, variant=%s, options=%s, print=%s, query=%s",
translate_only, self.xkbmap_layout, self.xkbmap_variant,
self.xkbmap_options, nonl(self.xkbmap_print),
nonl(self.xkbmap_query))
if translate_only:
self.keycode_translation = set_keycode_translation(
self.xkbmap_x11_keycodes, self.xkbmap_keycodes)
self.add_gtk_keynames()
self.compute_modifiers()
self.compute_modifier_keynames()
self.compute_client_modifier_keycodes()
self.update_keycode_mappings()
return
with xlog:
clean_keyboard_state()
do_set_keymap(self.xkbmap_layout, self.xkbmap_variant,
self.xkbmap_options, self.xkbmap_print,
self.xkbmap_query, self.xkbmap_query_struct)
log("set_keymap: xkbmap_print=%s, xkbmap_query=%s",
nonl(self.xkbmap_print), nonl(self.xkbmap_query))
with xlog:
#first clear all existing modifiers:
clean_keyboard_state()
if not self.xkbmap_raw:
has_keycodes = bool(self.xkbmap_x11_keycodes) or bool(
self.xkbmap_keycodes)
assert has_keycodes, "client failed to provide any keycodes!"
clear_modifiers(ALL_X11_MODIFIERS.keys()
) #just clear all of them (set or not)
clean_keyboard_state()
#now set all the keycodes:
#first compute the modifier maps as this may have an influence
#on the keycode mappings (at least for the from_keycodes case):
self.compute_modifiers()
#key translation:
if bool(self.xkbmap_query):
#native full mapping of all keycodes:
self.keycode_translation = set_all_keycodes(
self.xkbmap_x11_keycodes, self.xkbmap_keycodes, False,
self.keynames_for_mod)
else:
#if the client does not provide a full native keymap with all the keycodes,
#try to preserve the initial server keycodes and translate the client keycodes instead:
#(used by non X11 clients like osx,win32 or HTML5)
self.keycode_translation = set_keycode_translation(
self.xkbmap_x11_keycodes, self.xkbmap_keycodes)
self.add_gtk_keynames()
#now set the new modifier mappings:
clean_keyboard_state()
log(
"going to set modifiers, xkbmap_mod_meanings=%s, len(xkbmap_keycodes)=%s, keynames_for_mod=%s",
self.xkbmap_mod_meanings, len(self.xkbmap_keycodes or []),
self.keynames_for_mod)
if self.keynames_for_mod:
set_modifiers(self.keynames_for_mod)
log("keynames_for_mod=%s", self.keynames_for_mod)
self.compute_modifier_keynames()
else:
self.keycode_translation = {}
log("keyboard raw mode, keycode translation left empty")
self.compute_modifiers()
self.compute_client_modifier_keycodes()
log("keyname_for_mod=%s", self.keynames_for_mod)
clean_keyboard_state()
self.update_keycode_mappings()
def set_keymap(self, translate_only=False):
if not self.enabled:
return
log(
"set_keymap(%s) layout=%s, variant=%s, options=%s, print=%s, query=%s",
translate_only, self.xkbmap_layout, self.xkbmap_variant,
self.xkbmap_options, nonl(self.xkbmap_print),
nonl(self.xkbmap_query))
if translate_only:
self.keycode_translation = set_keycode_translation(
self.xkbmap_x11_keycodes, self.xkbmap_keycodes)
self.add_gtk_keynames()
self.compute_modifier_keynames()
self.compute_client_modifier_keycodes()
return
try:
with xsync:
clean_keyboard_state()
do_set_keymap(self.xkbmap_layout, self.xkbmap_variant,
self.xkbmap_options, self.xkbmap_print,
self.xkbmap_query, self.xkbmap_query_struct)
except:
log.error("Error setting up new keymap", exc_info=True)
log("set_keymap: xkbmap_print=%s, xkbmap_query=%s",
nonl(self.xkbmap_print), nonl(self.xkbmap_query))
try:
with xsync:
#first clear all existing modifiers:
clean_keyboard_state()
if not self.xkbmap_raw:
has_keycodes = bool(self.xkbmap_x11_keycodes) or bool(
self.xkbmap_keycodes)
assert has_keycodes, "client failed to provide any keycodes!"
clear_modifiers(ALL_X11_MODIFIERS.keys()
) #just clear all of them (set or not)
#now set all the keycodes:
clean_keyboard_state()
#first compute the modifier maps as this may have an influence
#on the keycode mappings (at least for the from_keycodes case):
if self.xkbmap_mod_meanings:
#Unix-like OS provides modifier meanings:
self.keynames_for_mod = get_modifiers_from_meanings(
self.xkbmap_mod_meanings)
elif self.xkbmap_keycodes:
#non-Unix-like OS provides just keycodes for now:
self.keynames_for_mod = get_modifiers_from_keycodes(
self.xkbmap_keycodes, MAP_MISSING_MODIFIERS)
if MAP_MISSING_MODIFIERS:
map_missing_modifiers(self.keynames_for_mod)
else:
log.warn(
"Warning: client did not supply any modifier definitions"
)
self.keynames_for_mod = {}
if bool(self.xkbmap_query):
#native full mapping of all keycodes:
self.keycode_translation = set_all_keycodes(
self.xkbmap_x11_keycodes, self.xkbmap_keycodes,
False, self.keynames_for_mod)
else:
#if the client does not provide a full native keymap with all the keycodes,
#try to preserve the initial server keycodes and translate the client keycodes instead:
#(used by non X11 clients like osx,win32 or HTML5)
self.keycode_translation = set_keycode_translation(
self.xkbmap_x11_keycodes, self.xkbmap_keycodes)
self.add_gtk_keynames()
#now set the new modifier mappings:
clean_keyboard_state()
log(
"going to set modifiers, xkbmap_mod_meanings=%s, len(xkbmap_keycodes)=%s, keynames_for_mod=%s",
self.xkbmap_mod_meanings,
len(self.xkbmap_keycodes or []), self.keynames_for_mod)
if self.keynames_for_mod:
set_modifiers(self.keynames_for_mod)
log("keynames_for_mod=%s", self.keynames_for_mod)
self.compute_modifier_keynames()
else:
self.keycode_translation = {}
log("keyboard raw mode, keycode translation left empty")
log("keycode mappings=%s",
X11Keyboard.get_keycode_mappings())
mod_mappings = X11Keyboard.get_modifier_mappings()
self.xkbmap_mod_meanings = {}
for mod, mod_defs in mod_mappings.items():
for mod_def in mod_defs:
for v in mod_def:
if type(v) == int:
l = self.keycodes_for_modifier_keynames.setdefault(
mod, [])
else:
self.xkbmap_mod_meanings[v] = mod
l = self.keynames_for_mod.setdefault(
mod, [])
if v not in l:
l.append(v)
log("keynames_for_mod=%s", self.keynames_for_mod)
log("keycodes_for_modifier_keynames=%s",
self.keycodes_for_modifier_keynames)
log("mod_meanings=%s", self.xkbmap_mod_meanings)
self.compute_client_modifier_keycodes()
log("keyname_for_mod=%s", self.keynames_for_mod)
clean_keyboard_state()
except:
log.error("Error setting X11 keymap", exc_info=True)
def set_keymap(self, translate_only=False):
if not self.enabled:
return
log("set_keymap(%s) layout=%s, variant=%s, print=%s, query=%s",
translate_only, self.xkbmap_layout, self.xkbmap_variant,
nonl(self.xkbmap_print), nonl(self.xkbmap_query))
if translate_only:
self.keycode_translation = set_keycode_translation(
self.xkbmap_x11_keycodes, self.xkbmap_keycodes)
self.add_gtk_keynames()
self.compute_modifier_keynames()
return
try:
with xsync:
clean_keyboard_state()
do_set_keymap(self.xkbmap_layout, self.xkbmap_variant,
self.xkbmap_print, self.xkbmap_query,
self.xkbmap_query_struct)
except:
log.error("Error setting up new keymap", exc_info=True)
self.is_native_keymap = bool(self.xkbmap_print) or bool(
self.xkbmap_query)
try:
with xsync:
#first clear all existing modifiers:
clean_keyboard_state()
if not self.xkbmap_raw:
clear_modifiers(ALL_X11_MODIFIERS.keys()
) #just clear all of them (set or not)
#now set all the keycodes:
clean_keyboard_state()
has_keycodes = (self.xkbmap_x11_keycodes and len(self.xkbmap_x11_keycodes)>0) or \
(self.xkbmap_keycodes and len(self.xkbmap_keycodes)>0)
assert has_keycodes, "client failed to provide any keycodes!"
#first compute the modifier maps as this may have an influence
#on the keycode mappings (at least for the from_keycodes case):
if self.xkbmap_mod_meanings:
#Unix-like OS provides modifier meanings:
self.keynames_for_mod = get_modifiers_from_meanings(
self.xkbmap_mod_meanings)
elif self.xkbmap_keycodes:
#non-Unix-like OS provides just keycodes for now:
self.keynames_for_mod = get_modifiers_from_keycodes(
self.xkbmap_keycodes)
else:
log.error(
"missing both xkbmap_mod_meanings and xkbmap_keycodes, modifiers will probably not work as expected!"
)
self.keynames_for_mod = {}
#if the client does not provide a full keymap,
#try to preserve the initial server keycodes
#(used by non X11 clients like osx,win32 or Android)
preserve_server_keycodes = not self.xkbmap_print and not self.xkbmap_query
self.keycode_translation = set_all_keycodes(
self.xkbmap_x11_keycodes, self.xkbmap_keycodes,
preserve_server_keycodes, self.keynames_for_mod)
self.add_gtk_keynames()
#now set the new modifier mappings:
clean_keyboard_state()
log(
"going to set modifiers, xkbmap_mod_meanings=%s, len(xkbmap_keycodes)=%s",
self.xkbmap_mod_meanings,
len(self.xkbmap_keycodes or []))
if self.keynames_for_mod:
set_modifiers(self.keynames_for_mod)
log("keynames_for_mod=%s", self.keynames_for_mod)
self.compute_modifier_keynames()
else:
self.keycode_translation = {}
log("keyboard raw mode, keycode translation left empty")
log("keycode mappings=%s",
X11Keyboard.get_keycode_mappings())
mod_mappings = X11Keyboard.get_modifier_mappings()
self.xkbmap_mod_meanings = {}
for mod, mod_defs in mod_mappings.items():
for mod_def in mod_defs:
for v in mod_def:
if type(v) == int:
l = self.keycodes_for_modifier_keynames.setdefault(
mod, [])
else:
self.xkbmap_mod_meanings[v] = mod
l = self.keynames_for_mod.setdefault(
mod, [])
if v not in l:
l.append(v)
log("keynames_for_mod=%s", self.keynames_for_mod)
log("keycodes_for_modifier_keynames=%s",
self.keycodes_for_modifier_keynames)
log("mod_meanings=%s", self.xkbmap_mod_meanings)
self.compute_client_modifier_keycodes()
log("keyname_for_mod=%s", self.keynames_for_mod)
clean_keyboard_state()
except:
log.error("Error setting X11 keyboard modifier map", exc_info=True)
