def _getKeyCharValue(self, event):
key = None
char = ''
ucat = ''
# Get char value
#
result = self._user32.ToUnicode(event.KeyID, event.ScanCode,
ctypes.byref(self._keyboard_state),
ctypes.byref(self._unichar), 8, 0)
if result > 0:
char = self._unichar[result - 1].encode('utf-8')
ucat = ucategory(self._unichar[result - 1])
# Get .key value
#
if event.Key in numpad_key_value_mappings:
key = numpad_key_value_mappings[event.Key]
elif ucat.lower() != 'cc':
prev_shift = self._keyboard_state[win32_vk.VK_SHIFT]
prev_numlock = self._keyboard_state[win32_vk.VK_NUM_LOCK]
prev_caps = self._keyboard_state[win32_vk.VK_CAPITAL]
self._keyboard_state[win32_vk.VK_SHIFT] = 0
self._keyboard_state[win32_vk.VK_NUM_LOCK] = 0
result = self._user32.ToUnicode(event.KeyID, event.ScanCode,
ctypes.byref(self._keyboard_state),
ctypes.byref(self._unichar), 8, 0)
self._keyboard_state[win32_vk.VK_SHIFT] = prev_shift
self._keyboard_state[win32_vk.VK_NUM_LOCK] = prev_numlock
self._keyboard_state[win32_vk.VK_CAPITAL] = prev_caps
if result > 0:
key = self._unichar[result - 1].encode('utf-8')
if key is None:
key = KeyboardConstants._getKeyName(event)
if isinstance(key, bytes):
key = str(key, 'utf-8')
if isinstance(char, bytes):
char = str(char, 'utf-8')
key = key.lower()
# misc. char value cleanup.
if key == 'return':
char = '\n'.encode('utf-8')
elif key in ('escape', 'backspace'):
char = ''
if Keyboard.use_psychopy_keymap and key in psychopy_key_mappings.keys():
key = psychopy_key_mappings[key]
# win32 specific handling of keypad / and - keys
if event.Key == 'Subtract':
key = 'num_subtract'
elif event.Key == 'Divide':
key = 'num_divide'
return key, char
def letters():
start = end = None
result = []
for index in range(maxunicode + 1):
c = chr(index)
if ucategory(c)[0] == 'L':
if start is None:
start = end = c
else:
end = c
elif start:
if start == end:
result.append(start)
else:
result.append(start + "-" + end)
start = None
return ''.join(result)
def _getKeyNameForEvent(self, ns_event):
key_code = ns_event.keyCode()
ucode = 0
key_name = ns_event.characters()
if key_name and len(key_name) > 0:
ucode = ord(key_name)
#print2err('characters hit: [',key_name, '] ', ucode, ' ', len(key_name))
#print2err("characters ucategory: ",ucategory(unichr(ucode)))
if ucode == 0 or ucategory(unichr(ucode))[0] == 'C':
key_name = ns_event.charactersIgnoringModifiers()
if key_name and len(key_name) > 0:
ucode = ord(key_name)
#print2err(" charactersIgnoringModifiers ucategory: ",ucategory(unichr(ucode)))
#print2err('charactersIgnoringModifiers hit: [',key_name, '] ', ord(key_name[-1]), ' ', len(key_name))
if ucode != 0:
umac_key_name = KeyboardConstants._unicodeChars.getName(ucode)
if umac_key_name and len(umac_key_name) > 0:
if umac_key_name.startswith('VK_'):
umac_key_name = umac_key_name[3:]
key_name = u'' + umac_key_name
#ucode=ord(key_name[-1])
# print2err('mac ucode hit: [',key_name, '] ', ucode, ' ', len(key_name))
if key_name is None or len(
key_name) == 0: # or ucategory(unichr(ucode))[0] == 'C':
key_name = KeyboardConstants._virtualKeyCodes.getName(key_code)
if key_name:
if key_name.startswith('VK_'):
key_name = key_name[3:]
key_name = (u'' + key_name)
if not key_name:
amac_key_name = KeyboardConstants._ansiKeyCodes.getName(
key_code)
if amac_key_name and len(amac_key_name) > 0:
key_name = amac_key_name
if key_name.startswith('ANSI_'):
key_name = key_name[5:]
key_name = u'' + key_name
return key_name, ucode, key_code
def _getKeyCharValue(self, event):
key = None
char = ''
ucat = ''
# Get char value
#
result = self._user32.ToUnicode(event.KeyID, event.ScanCode,
ctypes.byref(self._keyboard_state),
ctypes.byref(self._unichar), 8, 0)
if result > 0:
char = self._unichar[result - 1].encode('utf-8')
ucat = ucategory(self._unichar[result - 1])
# Get .key value
#
if event.Key in numpad_key_value_mappings:
key = numpad_key_value_mappings[event.Key]
elif ucat.lower() != 'cc':
prev_shift = self._keyboard_state[win32_vk.VK_SHIFT]
prev_numlock = self._keyboard_state[win32_vk.VK_NUM_LOCK]
prev_caps = self._keyboard_state[win32_vk.VK_CAPITAL]
self._keyboard_state[win32_vk.VK_SHIFT] = 0
self._keyboard_state[win32_vk.VK_NUM_LOCK] = 0
result = self._user32.ToUnicode(event.KeyID, event.ScanCode,
ctypes.byref(self._keyboard_state),
ctypes.byref(self._unichar), 8, 0)
self._keyboard_state[win32_vk.VK_SHIFT] = prev_shift
self._keyboard_state[win32_vk.VK_NUM_LOCK] = prev_numlock
self._keyboard_state[win32_vk.VK_CAPITAL] = prev_caps
if result > 0:
key = self._unichar[result - 1].encode('utf-8')
if key is None:
key = KeyboardConstants._getKeyName(event)
# misc. char value cleanup.
if key == 'return':
char = '\n'.encode('utf-8')
elif key in ('escape', 'backspace'):
char = ''
return key.lower(), char
def _getKeyCharValue(self, event):
key = None
char = ''
ucat = ''
# Get char value
#
result = self._user32.ToUnicode(event.KeyID, event.ScanCode,
ctypes.byref(self._keyboard_state),
ctypes.byref(self._unichar), 8, 0)
if result > 0:
char = self._unichar[result-1].encode('utf-8')
ucat = ucategory(self._unichar[result-1])
# Get .key value
#
if event.Key in numpad_key_value_mappings:
key = numpad_key_value_mappings[event.Key]
elif ucat.lower() != 'cc':
prev_shift = self._keyboard_state[win32_vk.VK_SHIFT]
prev_numlock = self._keyboard_state[win32_vk.VK_NUM_LOCK]
prev_caps = self._keyboard_state[win32_vk.VK_CAPITAL]
self._keyboard_state[win32_vk.VK_SHIFT] = 0
self._keyboard_state[win32_vk.VK_NUM_LOCK] = 0
result = self._user32.ToUnicode(event.KeyID, event.ScanCode,
ctypes.byref(self._keyboard_state),
ctypes.byref(self._unichar), 8, 0)
self._keyboard_state[win32_vk.VK_SHIFT] = prev_shift
self._keyboard_state[win32_vk.VK_NUM_LOCK] = prev_numlock
self._keyboard_state[win32_vk.VK_CAPITAL] = prev_caps
if result > 0:
key = self._unichar[result-1].encode('utf-8')
if key is None:
key = KeyboardConstants._getKeyName(event)
# misc. char value cleanup.
if key == 'return':
char = '\n'.encode('utf-8')
elif key in ('escape','backspace'):
char = ''
return key.lower(), char
def _getKeyNameForEvent(self,ns_event):
key_code=ns_event.keyCode()
ucode=0
key_name=ns_event.characters()
if key_name and len(key_name)>0:
ucode=ord(key_name)
#print2err('characters hit: [',key_name, '] ', ucode, ' ', len(key_name))
#print2err("characters ucategory: ",ucategory(unichr(ucode)))
if ucode == 0 or ucategory(unichr(ucode))[0] == 'C':
key_name=ns_event.charactersIgnoringModifiers()
if key_name and len(key_name)>0:
ucode=ord(key_name)
#print2err(" charactersIgnoringModifiers ucategory: ",ucategory(unichr(ucode)))
#print2err('charactersIgnoringModifiers hit: [',key_name, '] ', ord(key_name[-1]), ' ', len(key_name))
if ucode != 0:
umac_key_name=KeyboardConstants._unicodeChars.getName(ucode)
if umac_key_name and len(umac_key_name)>0:
if umac_key_name.startswith('VK_'):
umac_key_name=umac_key_name[3:]
key_name=u''+umac_key_name
#ucode=ord(key_name[-1])
# print2err('mac ucode hit: [',key_name, '] ', ucode, ' ', len(key_name))
if key_name is None or len(key_name)==0:# or ucategory(unichr(ucode))[0] == 'C':
key_name=KeyboardConstants._virtualKeyCodes.getName(key_code)
if key_name:
if key_name.startswith('VK_'):
key_name=key_name[3:]
key_name=(u''+key_name)
if not key_name:
amac_key_name=KeyboardConstants._ansiKeyCodes.getName(key_code)
if amac_key_name and len(amac_key_name)>0:
key_name=amac_key_name
if key_name.startswith('ANSI_'):
key_name=key_name[5:]
key_name=u''+key_name
return key_name,ucode,key_code
def OnChar(self, event):
""" An event handler which intercepts the char events before the
control is updated and runs the new string through the validator.
"""
# We only need to validate the string if the key pressed can
# actually have an effect on the displayable text. The following
# clause simply filters any control keys which generate char
# events, such as the arrow keys.
uchar = unichr(event.GetUnicodeKey())
if ucategory(uchar).startswith('C'):
event.Skip()
return
# We only skip the char event if the new text validates as
# INTERMEDIATE or ACCEPTABLE. Otherwise, we kill the event
# so that the control is not visibly updated.
v = self.validator
window = self.GetWindow()
current = window.GetValue()
idx = window.GetInsertionPoint()
new = current[:idx] + uchar + current[idx:]
if v.validate(new) != v.INVALID:
event.Skip()
def OnChar(self, event):
""" An event handler which intercepts the char events before the
control is updated and runs the new string through the validator.
"""
# We only need to validate the string if the key pressed can
# actually have an effect on the displayable text. The following
# clause simply filters any control keys which generate char
# events, such as the arrow keys.
uchar = unichr(event.GetUnicodeKey())
if ucategory(uchar).startswith('C'):
event.Skip()
return
# We only skip the char event if the new text validates as
# INTERMEDIATE or ACCEPTABLE. Otherwise, we kill the event
# so that the control is not visibly updated.
v = self.validator
window = self.GetWindow()
current = window.GetValue()
idx = window.GetInsertionPoint()
new = current[:idx] + uchar + current[idx:]
if v.validate(new) != v.INVALID:
event.Skip()
def _getIOHubEventObject(self,native_event_data):
try:
if len(native_event_data) >2:
# it is a KeyboardCharEvent
return native_event_data
# stime=getTime()
notifiedTime, event=native_event_data
etype = event.Type
#
# Start Tracking Modifiers that are pressed
#
keyID=event.KeyID
modKeyName=Keyboard._win32_modifier_mapping.get(keyID,None)
if modKeyName:
mod_value=KeyboardConstants._modifierCodes.getID(modKeyName)
if keyID == win32_vk.VK_CAPITAL and etype==EventConstants.KEYBOARD_PRESS:
if self._keyboard_state[keyID] > 0:
self._keyboard_state[keyID]=0
ioHubKeyboardDevice._modifier_value-=mod_value
else:
self._keyboard_state[keyID] = 0x01
ioHubKeyboardDevice._modifier_value+=mod_value
elif etype==EventConstants.KEYBOARD_PRESS and self._keyboard_state[keyID]==0:
self._keyboard_state[keyID] = 0x80
ioHubKeyboardDevice._modifier_value+=mod_value
#print2err("SETTING MOD KEY ELEMENT: ",keyID,' state: ',pyHook.GetKeyState(keyID))
if keyID in [win32_vk.VK_LSHIFT,win32_vk.VK_RSHIFT] and self._keyboard_state[win32_vk.VK_SHIFT]==0:
self._keyboard_state[win32_vk.VK_SHIFT] = 0x80
#print2err("SETTING shift ",keyID)
elif keyID in [win32_vk.VK_LCONTROL,win32_vk.VK_RCONTROL] and self._keyboard_state[win32_vk.VK_CONTROL] ==0:
self._keyboard_state[win32_vk.VK_CONTROL] = 0x80
#print2err("SETTING CTRL: ",keyID)
elif keyID in [win32_vk.VK_LMENU,win32_vk.VK_RMENU] and self._keyboard_state[win32_vk.VK_MENU]==0:
self._keyboard_state[win32_vk.VK_MENU] = 0x80
#print2err("SETTING VK_MENU: ",keyID)
elif etype==EventConstants.KEYBOARD_RELEASE and keyID != win32_vk.VK_CAPITAL:
if self._keyboard_state[keyID]!=0 and keyID != win32_vk.VK_CAPITAL:
ioHubKeyboardDevice._modifier_value-=mod_value
self._keyboard_state[keyID] = 0
#print2err("clearing MOD KEY ELEMENT: ",keyID,' state: ',pyHook.GetKeyState(keyID))
if modKeyName.find('SHIFT')>=0 and self._keyboard_state[win32_vk.VK_LSHIFT]==0 and self._keyboard_state[win32_vk.VK_RSHIFT]==0:
self._keyboard_state[win32_vk.VK_SHIFT] = 0
# print2err("CLEAR VK_SHIFT: ",keyID)
elif modKeyName.find('CONTROL')>=0 and self._keyboard_state[win32_vk.VK_LCONTROL]==0 and self._keyboard_state[win32_vk.VK_RCONTROL]==0:
self._keyboard_state[win32_vk.VK_CONTROL] = 0
#print2err("CLEAR VK_CONTROL: ",keyID)
elif modKeyName.find('ALT')>=0 and self._keyboard_state[win32_vk.VK_LMENU]==0 and self._keyboard_state[win32_vk.VK_RMENU]==0:
self._keyboard_state[win32_vk.VK_MENU] = 0
#print2err("CLEAR VK_MENU: ",keyID)
#
# End Tracking Modifiers that are pressed
#
if ioHubKeyboardDevice._modifier_value is None:
ioHubKeyboardDevice._modifier_value=0
event.Modifiers=ioHubKeyboardDevice._modifier_value
# From MSDN: http://msdn.microsoft.com/en-us/library/windows/desktop/ms644939(v=vs.85).aspx
# The time is a long integer that specifies the elapsed time, in milliseconds, from the time the system was started to the time the message was
# created (that is, placed in the thread's message queue).REMARKS: The return value from the GetMessageTime function does not necessarily increase
# between subsequent messages, because the value wraps to zero if the timer count exceeds the maximum value for a long integer. To calculate time
# delays between messages, verify that the time of the second message is greater than the time of the first message; then, subtract the time of the
# first message from the time of the second message.
device_time = event.Time/1000.0 # convert to sec
time = notifiedTime #TODO correct kb times to factor in delay if possible.
confidence_interval=0.0 # since this is a keyboard device using a callback method, confidence_interval is not applicable
delay=0.0 # since this is a keyboard, we 'know' there is a delay, but until we support setting a delay in the device properties based on external testing for a given keyboard, we will leave at 0.
#
## check for unicode char
#
# uchar holds the unicode ord() number for the unicode char. unichr(uchar) == u'x' unicode str
uchar=0
# key holds the unicode char, in 8 bit string format encoded in UTF-8.
# Safe to transmit and to store in pytables. Use key.decode('utf-8') to get the unicode sybol decoded into a unicode string.
key=None
# ucat holds the unicode character category. This can be used to tell what king of code point it is.
# For a list of categories see http://www.unicode.org/reports/tr44/#General_Category_Values
# examples:
# u'v' -> category: Ll
# u'<-' (ESCAPE) -> category: Cc
# u' ' -> category: Zs
ucat=None
result=self._user32.ToUnicode(event.KeyID, event.ScanCode,ctypes.byref(self._keyboard_state),ctypes.byref(self._unichar),8,0)
if result > 0:
if result == 1:
# print2err("self._unichar[0]: ",self._unichar[0], " ", type(self._unichar[0]))
# print2err(u"á: ",u"á", " upper: ",u"á".upper())
# print2err(u"': ",u"'", " upper: ",u"'".upper())
key=self._unichar[0].encode('utf-8')
uchar=ord(self._unichar[0])
ucat=ucategory(self._unichar[0])
else:
key=u''
for c in range(result):
uchar=ord(self._unichar[c])
ucat=ucategory(self._unichar[c])
key=self._unichar[0:result]
key=key.encode('utf-8')
elif result == -1:
# The specified virtual key is a dead-key character (accent or diacritic).
# This value is returned regardless of the keyboard layout, even if several
# characters have been typed and are stored in the keyboard state. If possible,
# even with Unicode keyboard layouts, the function has written a spacing version
# of the dead-key character to the buffer specified by pwszBuff. For example,
# the function writes the character SPACING ACUTE (0x00B4),
# rather than the character NON_SPACING ACUTE (0x0301).
key=self._unichar[0].encode('utf-8')
uchar=ord(self._unichar[0])
ucat=ucategory(self._unichar[0])
if result==0 or ucat and ucat[0]=='C':
#
## TODO , TO FIX: We should only bother looking in the hardcoded character label lookup tables if the key did not result in
## a unicode char being returned, or if the unicode char is in a Control char category, etc.
## However it seems that the ToUnice fucntion is not factoring in whether shift is pressed or not, so it always returns a lower case letter.
## So for now, look up all keys and if a result is found, replace the 'key' field with it; but leave the ucode field as is.
## I 'think' we should be getting upper case unicode chars if shift is pressed, so this needs to be looked into.
#
# also look in built in key mappings; if a key label is returned, use it instead of the unicode char (it could be a non visible key)
lookupkey,_=KeyboardConstants._getKeyNameAndModsForEvent(event)
if lookupkey and len(lookupkey)>0:
key=lookupkey
#import ctypes
#_dll=ctypes.windll.user32
#kstatus=ctypes.c_short(_dll.GetAsyncKeyState(ctypes.c_int(k.key_id)))
#print k.key, ' status is %x pressed=%d was_pressed=%d'%(kstatus.value,(kstatus.value&0x80)>0,(kstatus.value&0x01)>0)
return [0,
0,
0, #device id (not currently used)
Computer._getNextEventID(),
etype,
device_time,
notifiedTime,
time,
confidence_interval,
delay,
0,
event.RepeatCount,
event.ScanCode,
event.KeyID,
uchar,
key,
event.Modifiers,
event.Window
]
except:
printExceptionDetailsToStdErr()
def _getIOHubEventObject(self,native_event_data):
try:
if len(native_event_data) >2:
# it is a KeyboardCharEvent
return native_event_data
# stime=getTime()
notifiedTime, event=native_event_data
etype = event.Type
#
# Start Tracking Modifiers that are pressed
#
keyID=event.KeyID
modKeyName=Keyboard._win32_modifier_mapping.get(keyID,None)
if modKeyName:
mod_value=KeyboardConstants._modifierCodes.getID(modKeyName)
if keyID == win32_vk.VK_CAPITAL and etype==EventConstants.KEYBOARD_PRESS:
if self._keyboard_state[keyID] > 0:
self._keyboard_state[keyID]=0
ioHubKeyboardDevice._modifier_value-=mod_value
else:
self._keyboard_state[keyID] = 0x01
ioHubKeyboardDevice._modifier_value+=mod_value
elif etype==EventConstants.KEYBOARD_PRESS and self._keyboard_state[keyID]==0:
self._keyboard_state[keyID] = 0x80
ioHubKeyboardDevice._modifier_value+=mod_value
#print2err("SETTING MOD KEY ELEMENT: ",keyID,' state: ',pyHook.GetKeyState(keyID))
if keyID in [win32_vk.VK_LSHIFT,win32_vk.VK_RSHIFT] and self._keyboard_state[win32_vk.VK_SHIFT]==0:
self._keyboard_state[win32_vk.VK_SHIFT] = 0x80
#print2err("SETTING shift ",keyID)
elif keyID in [win32_vk.VK_LCONTROL,win32_vk.VK_RCONTROL] and self._keyboard_state[win32_vk.VK_CONTROL] ==0:
self._keyboard_state[win32_vk.VK_CONTROL] = 0x80
#print2err("SETTING CTRL: ",keyID)
elif keyID in [win32_vk.VK_LMENU,win32_vk.VK_RMENU] and self._keyboard_state[win32_vk.VK_MENU]==0:
self._keyboard_state[win32_vk.VK_MENU] = 0x80
#print2err("SETTING VK_MENU: ",keyID)
elif etype==EventConstants.KEYBOARD_RELEASE and keyID != win32_vk.VK_CAPITAL:
if self._keyboard_state[keyID]!=0 and keyID != win32_vk.VK_CAPITAL:
ioHubKeyboardDevice._modifier_value-=mod_value
self._keyboard_state[keyID] = 0
#print2err("clearing MOD KEY ELEMENT: ",keyID,' state: ',pyHook.GetKeyState(keyID))
if modKeyName.find('SHIFT')>=0 and self._keyboard_state[win32_vk.VK_LSHIFT]==0 and self._keyboard_state[win32_vk.VK_RSHIFT]==0:
self._keyboard_state[win32_vk.VK_SHIFT] = 0
# print2err("CLEAR VK_SHIFT: ",keyID)
elif modKeyName.find('CONTROL')>=0 and self._keyboard_state[win32_vk.VK_LCONTROL]==0 and self._keyboard_state[win32_vk.VK_RCONTROL]==0:
self._keyboard_state[win32_vk.VK_CONTROL] = 0
#print2err("CLEAR VK_CONTROL: ",keyID)
elif modKeyName.find('ALT')>=0 and self._keyboard_state[win32_vk.VK_LMENU]==0 and self._keyboard_state[win32_vk.VK_RMENU]==0:
self._keyboard_state[win32_vk.VK_MENU] = 0
#print2err("CLEAR VK_MENU: ",keyID)
#
# End Tracking Modifiers that are pressed
#
if ioHubKeyboardDevice._modifier_value is None:
ioHubKeyboardDevice._modifier_value=0
event.Modifiers=ioHubKeyboardDevice._modifier_value
# From MSDN: http://msdn.microsoft.com/en-us/library/windows/desktop/ms644939(v=vs.85).aspx
# The time is a long integer that specifies the elapsed time, in milliseconds, from the time the system was started to the time the message was
# created (that is, placed in the thread's message queue).REMARKS: The return value from the GetMessageTime function does not necessarily increase
# between subsequent messages, because the value wraps to zero if the timer count exceeds the maximum value for a long integer. To calculate time
# delays between messages, verify that the time of the second message is greater than the time of the first message; then, subtract the time of the
# first message from the time of the second message.
device_time = event.Time/1000.0 # convert to sec
time = notifiedTime #TODO correct kb times to factor in delay if possible.
confidence_interval=0.0 # since this is a keyboard device using a callback method, confidence_interval is not applicable
delay=0.0 # since this is a keyboard, we 'know' there is a delay, but until we support setting a delay in the device properties based on external testing for a given keyboard, we will leave at 0.
#
## check for unicode char
#
# uchar holds the unicode ord() number for the unicode char. unichr(uchar) == u'x' unicode str
uchar=0
# key holds the unicode char, in 8 bit string format encoded in UTF-8.
# Safe to transmit and to store in pytables. Use key.decode('utf-8') to get the unicode sybol decoded into a unicode string.
key=None
# ucat holds the unicode character category. This can be used to tell what king of code point it is.
# For a list of categories see http://www.unicode.org/reports/tr44/#General_Category_Values
# examples:
# u'v' -> category: Ll
# u'<-' (ESCAPE) -> category: Cc
# u' ' -> category: Zs
ucat=None
result=self._user32.ToUnicode(event.KeyID, event.ScanCode,ctypes.byref(self._keyboard_state),ctypes.byref(self._unichar),8,0)
if result > 0:
if result == 1:
# print2err("self._unichar[0]: ",self._unichar[0], " ", type(self._unichar[0]))
# print2err(u"á: ",u"á", " upper: ",u"á".upper())
# print2err(u"': ",u"'", " upper: ",u"'".upper())
key=self._unichar[0].encode('utf-8')
uchar=ord(self._unichar[0])
ucat=ucategory(self._unichar[0])
else:
key=u''
for c in range(result):
uchar=ord(self._unichar[c])
ucat=ucategory(self._unichar[c])
key=self._unichar[0:result]
key=key.encode('utf-8')
elif result == -1:
# The specified virtual key is a dead-key character (accent or diacritic).
# This value is returned regardless of the keyboard layout, even if several
# characters have been typed and are stored in the keyboard state. If possible,
# even with Unicode keyboard layouts, the function has written a spacing version
# of the dead-key character to the buffer specified by pwszBuff. For example,
# the function writes the character SPACING ACUTE (0x00B4),
# rather than the character NON_SPACING ACUTE (0x0301).
key=self._unichar[0].encode('utf-8')
uchar=ord(self._unichar[0])
ucat=ucategory(self._unichar[0])
if result==0 or ucat and ucat[0]=='C':
#
## TODO , TO FIX: We should only bother looking in the hardcoded character label lookup tables if the key did not result in
## a unicode char being returned, or if the unicode char is in a Control char category, etc.
## However it seems that the ToUnice fucntion is not factoring in whether shift is pressed or not, so it always returns a lower case letter.
## So for now, look up all keys and if a result is found, replace the 'key' field with it; but leave the ucode field as is.
## I 'think' we should be getting upper case unicode chars if shift is pressed, so this needs to be looked into.
#
# also look in built in key mappings; if a key label is returned, use it instead of the unicode char (it could be a non visible key)
lookupkey,_=KeyboardConstants._getKeyNameAndModsForEvent(event)
if lookupkey and len(lookupkey)>0:
key=lookupkey
#import ctypes
#_dll=ctypes.windll.user32
#kstatus=ctypes.c_short(_dll.GetAsyncKeyState(ctypes.c_int(k.key_id)))
#print k.key, ' status is %x pressed=%d was_pressed=%d'%(kstatus.value,(kstatus.value&0x80)>0,(kstatus.value&0x01)>0)
return [0,
0,
0, #device id (not currently used)
Computer._getNextEventID(),
etype,
device_time,
notifiedTime,
time,
confidence_interval,
delay,
0,
event.RepeatCount,
event.ScanCode,
event.KeyID,
uchar,
key,
event.Modifiers,
event.Window
]
except:
printExceptionDetailsToStdErr()
def _getIOHubEventObject(self, native_event_data):
try:
notifiedTime, event = native_event_data
etype = event.Type
#
# Start Tracking Modifiers that are pressed
#
keyID = event.KeyID
modKeyName = Keyboard._win32_modifier_mapping.get(keyID, None)
if modKeyName:
mod_value = KeyboardConstants._modifierCodes.getID(modKeyName)
if keyID == win32_vk.VK_CAPITAL and etype == EventConstants.KEYBOARD_PRESS:
if self._keyboard_state[keyID] > 0:
self._keyboard_state[keyID] = 0
ioHubKeyboardDevice._modifier_value -= mod_value
else:
self._keyboard_state[keyID] = 0x01
ioHubKeyboardDevice._modifier_value += mod_value
elif etype == EventConstants.KEYBOARD_PRESS and \
self._keyboard_state[keyID] == 0:
self._keyboard_state[keyID] = 0x80
ioHubKeyboardDevice._modifier_value += mod_value
if keyID in [win32_vk.VK_LSHIFT, win32_vk.VK_RSHIFT] and \
self._keyboard_state[
win32_vk.VK_SHIFT] == 0:
self._keyboard_state[win32_vk.VK_SHIFT] = 0x80
#print2err("SETTING shift ",keyID)
elif keyID in [win32_vk.VK_LCONTROL,
win32_vk.VK_RCONTROL] and \
self._keyboard_state[
win32_vk.VK_CONTROL] == 0:
self._keyboard_state[win32_vk.VK_CONTROL] = 0x80
#print2err("SETTING CTRL: ",keyID)
elif keyID in [win32_vk.VK_LMENU, win32_vk.VK_RMENU] and \
self._keyboard_state[win32_vk.VK_MENU] == 0:
self._keyboard_state[win32_vk.VK_MENU] = 0x80
#print2err("SETTING VK_MENU: ",keyID)
elif etype == EventConstants.KEYBOARD_RELEASE and keyID != win32_vk.VK_CAPITAL:
if self._keyboard_state[
keyID] != 0 and keyID != win32_vk.VK_CAPITAL:
ioHubKeyboardDevice._modifier_value -= mod_value
self._keyboard_state[keyID] = 0
if modKeyName.find('SHIFT') >= 0 and \
self._keyboard_state[
win32_vk.VK_LSHIFT] == 0 and \
self._keyboard_state[
win32_vk.VK_RSHIFT] == 0:
self._keyboard_state[win32_vk.VK_SHIFT] = 0
# print2err("CLEAR VK_SHIFT: ",keyID)
elif modKeyName.find('CONTROL') >= 0 and \
self._keyboard_state[
win32_vk.VK_LCONTROL] == 0 and \
self._keyboard_state[
win32_vk.VK_RCONTROL] == 0:
self._keyboard_state[win32_vk.VK_CONTROL] = 0
#print2err("CLEAR VK_CONTROL: ",keyID)
elif modKeyName.find('ALT') >= 0 and \
self._keyboard_state[
win32_vk.VK_LMENU] == 0 and \
self._keyboard_state[
win32_vk.VK_RMENU] == 0:
self._keyboard_state[win32_vk.VK_MENU] = 0
#print2err("CLEAR VK_MENU: ",keyID)
#
# End Tracking Modifiers that are pressed
#
if ioHubKeyboardDevice._modifier_value is None:
ioHubKeyboardDevice._modifier_value = 0
event.Modifiers = ioHubKeyboardDevice._modifier_value
# From MSDN:
# http://msdn.microsoft.com/en-us/library/windows/desktop/ms644939(v=vs.85).aspx
# The time is a long integer that specifies the elapsed time,
# in milliseconds, from the time the system was started to the
# time the message was created (that is, placed in the thread's
# message queue).REMARKS: The return value from the GetMessageTime
# function does not necessarily increase
# between subsequent messages, because the value wraps to zero if
# the timer count exceeds the maximum value for a long integer.
# To calculate time delays between messages, verify that the time
# of the second message is greater than the time of the first
# message; then, subtract the time of the first message from the
# time of the second message.
device_time = event.Time / 1000.0 # convert to sec
time = notifiedTime
# since this is a keyboard device using a callback method,
# confidence_interval is not applicable
confidence_interval = 0.0
# since this is a keyboard, we 'know' there is a delay, but until
# we support setting a delay in the device properties based on
# external testing for a given keyboard, we will leave at 0.
delay = 0.0
#
## check for unicode char
#
# uchar holds the unicode ord() number for the unicode char.
# unichr(uchar) == u'x' unicode str
uchar = 0
# the intent of key is to provide the same key mapping as
# the psychopy event.getkeys that uses pyglet returns.
key = event.Key
try:
key = key.lower()
except:
pass
# If pyHook returns an oem_xxx key value, use our lookup tables
# to find an alternative.....
if key[:3] == 'oem':
key = KeyboardConstants._getKeyNameAndModsForEvent(event)[0].lower()
# Do some adjustments so key aligns with psychopy key constants
if key in self._psychopy_key_mismatches:
key = self._psychopy_key_mismatches[key]
elif key.startswith('numpad'):
key = 'num_%s'%(key[6:])
# char holds the unicode char, in 8 bit string format encoded
# in UTF-8. Safe to transmit and to store in pytables.
# Use char.decode('utf-8') to get the unicode sybol decoded
# into a unicode string.
char = None
# ucat holds the unicode character category. This can be used to
# tell what king of code point it is. For a list of categories see
# http://www.unicode.org/reports/tr44/#General_Category_Values
# examples:
# u'v' -> category: Ll
# u'<-' (ESCAPE) -> category: Cc
# u' ' -> category: Zs
ucat = None
result = self._user32.ToUnicode(event.KeyID, event.ScanCode,
ctypes.byref(self._keyboard_state),
ctypes.byref(self._unichar), 8, 0)
if result > 0:
if result == 1:
char = self._unichar[0].encode('utf-8')
uchar = ord(self._unichar[0])
ucat = ucategory(self._unichar[0])
else:
for c in range(result):
uchar = ord(self._unichar[c])
ucat = ucategory(self._unichar[c])
char = self._unichar[0:result]
char = char.encode('utf-8')
elif result == -1:
# The specified virtual char is a dead-key character
# (accent or diacritic). This value is returned regardless of
# the keyboard layout, even if several characters have been
# typed and are stored in the keyboard state. If possible,
# even with Unicode keyboard layouts, the function has written
# a spacing version of the dead-key character to the buffer
# specified by pwszBuff. For example, the function writes the
# character SPACING ACUTE (0x00B4), rather than the character
# NON_SPACING ACUTE (0x0301).
char = self._unichar[0].encode('utf-8')
uchar = ord(self._unichar[0])
ucat = ucategory(self._unichar[0])
lukey, _ = KeyboardConstants._getKeyNameAndModsForEvent(event)
if result == 0 or ucat and ucat[0] == 'C':
if lukey and len(lukey) > 0:
char = lukey
kb_event = [0,
0,
0, #device id (not currently used)
Computer._getNextEventID(),
etype,
device_time,
notifiedTime,
time,
confidence_interval,
delay,
0,
event.RepeatCount,
event.ScanCode,
event.KeyID,
uchar,
key,
event.Modifiers,
event.Window,
char, # .char
0.0, # duration
0 # press_event_id
]
#print2err("KEY: {0}, CHAR: {1}".format(key,char))
ioHubKeyboardDevice._updateKeyboardEventState(self, kb_event,
is_press=(
etype == EventConstants.KEYBOARD_PRESS))
return kb_event
except:
printExceptionDetailsToStdErr()
# installer) using your package manager, then, with pip, install its ...
#
# DEPENDENCIES: nltk.
#
# =============================================================================================
import sys, os, re
from unicodedata import category as ucategory, normalize
from nltk.tokenize import word_tokenize as tokenize
ucats = {
r'Cc', r'Cf', r'Co', r'Cs', r'Pe', r'Po', r'Ps', r'Nd', r'Sc', r'Sm',
r'So', r'Zl', r'Zp'
}
junkToSpace = dict.fromkeys(i for i in range(sys.maxunicode)
if (ucategory(chr(i)) in ucats))
junkToSpace = {cat: r' ' for cat in junkToSpace}
argc = len(sys.argv)
if ((argc > 4) or (argc < 3)
or ((not os.path.isfile(sys.argv[-1]) and (sys.argv[-1] != r'-')))):
sys.stderr.write("Usage: '" + sys.argv[0] + "' [N] HOW_MANY TEXT_FILE|-\n")
exit(1)
elif (sys.argv[-1] == r'-'):
bulk = sys.stdin.buffer.read().decode(errors='ignore')
else:
bulk = open(sys.argv[-1], 'rb').read().decode(errors='ignore')
bulk = re.sub(r'\s+', r' ',
normalize('NFC', bulk.translate(junkToSpace)).casefold())
bulk = [re.sub(r'\s+', '_', (' ' + t + ' ')) for t in tokenize(bulk.strip())]
try:
def isGoodToken(token):
#if (ucategory(token[0]) in {r'Lt', r'Lu'} and (lang != 'de')): return False
if ((ucategory(token[0])[0] != r'L')
and (ucategory(token[-1])[0] != r'L')):
return False
return token
def isJunk(c):
return ((ucategory(chr(c)) in junk) or (chr(c) in _s))
