def mask_to_names(self, mask):
names = KeyboardBase.mask_to_names(self, mask)
if self.swap_keys and self.meta_modifier is not None and self.control_modifier is not None:
meta_on = bool(mask & META_MASK)
meta_set = self.meta_modifier in names
control_set = self.control_modifier in names
log("mask_to_names names=%s, meta_on=%s, meta_set=%s, control_set=%s", names, meta_on, meta_set, control_set)
if meta_on and not control_set:
log("mask_to_names swapping meta for control: %s for %s", self.meta_modifier, self.control_modifier)
names.append(self.control_modifier)
if meta_set:
names.remove(self.meta_modifier)
elif control_set and not meta_on:
log("mask_to_names swapping control for meta: %s for %s", self.control_modifier, self.meta_modifier)
names.remove(self.control_modifier)
if not meta_set:
names.append(self.meta_modifier)
#deal with numlock:
if self.num_lock_modifier is not None:
if self.num_lock_state and self.num_lock_modifier not in names:
names.append(self.num_lock_modifier)
elif not self.num_lock_state and self.num_lock_modifier in names:
names.remove(self.num_lock_modifier)
log("mask_to_names(%s)=%s", mask, names)
return names
def mask_to_names(self, mask):
names = KeyboardBase.mask_to_names(self, mask)
if self.swap_keys and self.meta_modifier is not None and self.control_modifier is not None:
meta_on = bool(mask & META_MASK)
meta_set = self.meta_modifier in names
control_set = self.control_modifier in names
log(
"mask_to_names names=%s, meta_on=%s, meta_set=%s, control_set=%s",
names, meta_on, meta_set, control_set)
if meta_on and not control_set:
log("mask_to_names swapping meta for control: %s for %s",
self.meta_modifier, self.control_modifier)
names.append(self.control_modifier)
if meta_set:
names.remove(self.meta_modifier)
elif control_set and not meta_on:
log("mask_to_names swapping control for meta: %s for %s",
self.control_modifier, self.meta_modifier)
names.remove(self.control_modifier)
if not meta_set:
names.append(self.meta_modifier)
#deal with numlock:
if self.num_lock_modifier is not None:
if self.num_lock_state and self.num_lock_modifier not in names:
names.append(self.num_lock_modifier)
elif not self.num_lock_state and self.num_lock_modifier in names:
names.remove(self.num_lock_modifier)
log("mask_to_names(%s)=%s", mask, names)
return names
def mask_to_names(self, mask):
names = KeyboardBase.mask_to_names(self, mask)
if self.num_lock_modifier is not None:
if self.num_lock_state and self.num_lock_modifier not in names:
names.append(self.num_lock_modifier)
elif not self.num_lock_state and self.num_lock_modifier in names:
names.remove(self.num_lock_modifier)
log("mask_to_names(%s)=%s", mask, names)
return names
def mask_to_names(self, mask):
names = KeyboardBase.mask_to_names(self, mask)
if self.num_lock_modifier is not None:
if self.num_lock_state and self.num_lock_modifier not in names:
names.append(self.num_lock_modifier)
elif not self.num_lock_state and self.num_lock_modifier in names:
names.remove(self.num_lock_modifier)
log("mask_to_names(%s)=%s", mask, names)
return names
def mask_to_names(self, mask):
""" Patch NUMLOCK and AltGr """
names = KeyboardBase.mask_to_names(self, mask)
altgr = win32api.GetKeyState(win32con.VK_RMENU) not in (0, 1)
if altgr:
self.AltGr_modifiers(names)
if self.num_lock_modifier:
try:
numlock = win32api.GetKeyState(win32con.VK_NUMLOCK)
if numlock and self.num_lock_modifier not in names:
names.append(self.num_lock_modifier)
elif not numlock and self.num_lock_modifier in names:
names.remove(self.num_lock_modifier)
log("mask_to_names(%s) GetKeyState(VK_NUMLOCK)=%s, names=%s", mask, numlock, names)
except:
pass
else:
log("mask_to_names(%s)=%s", mask, names)
return names
def mask_to_names(self, mask):
""" Patch NUMLOCK and AltGr """
names = KeyboardBase.mask_to_names(self, mask)
if self.emulate_altgr:
self.AltGr_modifiers(names)
if self.num_lock_modifier:
try:
import win32api #@UnresolvedImport
import win32con #@UnresolvedImport
numlock = win32api.GetKeyState(win32con.VK_NUMLOCK)
log("mask_to_names(%s) GetKeyState(VK_NUMLOCK)=%s", mask, numlock)
if numlock and self.num_lock_modifier not in names:
names.append(self.num_lock_modifier)
elif not numlock and self.num_lock_modifier in names:
names.remove(self.num_lock_modifier)
except:
pass
log("mask_to_names(%s)=%s", mask, names)
return names
def mask_to_names(self, mask):
""" Patch NUMLOCK and AltGr """
names = KeyboardBase.mask_to_names(self, mask)
if self.emulate_altgr:
self.AltGr_modifiers(names)
if self.num_lock_modifier:
try:
import win32api #@UnresolvedImport
import win32con #@UnresolvedImport
numlock = win32api.GetKeyState(win32con.VK_NUMLOCK)
if numlock and self.num_lock_modifier not in names:
names.append(self.num_lock_modifier)
elif not numlock and self.num_lock_modifier in names:
names.remove(self.num_lock_modifier)
log("mask_to_names(%s) GetKeyState(VK_NUMLOCK)=%s, names=%s", mask, numlock, names)
except:
pass
else:
log("mask_to_names(%s)=%s", mask, names)
return names
def mask_to_names(self, mask):
""" Patch NUMLOCK and AltGr """
names = KeyboardBase.mask_to_names(self, mask)
if EMULATE_ALTGR:
rmenu = GetKeyState(win32con.VK_RMENU)
#log("GetKeyState(VK_RMENU)=%s", rmenu)
if rmenu not in (0, 1):
self.AltGr_modifiers(names)
if self.num_lock_modifier:
try:
numlock = GetKeyState(win32con.VK_NUMLOCK)
if numlock and self.num_lock_modifier not in names:
names.append(self.num_lock_modifier)
elif not numlock and self.num_lock_modifier in names:
names.remove(self.num_lock_modifier)
log("mask_to_names(%s) GetKeyState(VK_NUMLOCK)=%s, names=%s", mask, numlock, names)
except:
pass
else:
log("mask_to_names(%s)=%s", mask, names)
return names
def mask_to_names(self, mask):
names = KeyboardBase.mask_to_names(self, mask)
log("mask_to_names names=%s, meta mod=%s, control mod=%s, num lock mod=%s, num lock state=%s",
names, self.meta_modifier, self.control_modifier, self.num_lock_modifier, self.num_lock_state)
if self.swap_keys and self.meta_modifier is not None and self.control_modifier is not None:
#clear both:
for x in (self.control_modifier, self.meta_modifier):
if x in names:
names.remove(x)
#re-add as needed:
if mask & META_MASK:
names.append(self.control_modifier)
if mask & CONTROL_MASK:
names.append(self.meta_modifier)
#deal with numlock:
if self.num_lock_modifier is not None:
if self.num_lock_state and self.num_lock_modifier not in names:
names.append(self.num_lock_modifier)
elif not self.num_lock_state and self.num_lock_modifier in names:
names.remove(self.num_lock_modifier)
log("mask_to_names(%s)=%s", mask, names)
return names
