def translate_symbol_keys(ks):
ps = keys.keys_to_positions(ks)
null_position = ps[0]
number_position = ps[1]
necessary_positions = tuple(ps[2: 4])
choice_positions = ps[4]
pinky_position = ps[5]
main_positions = tuple(ps[6: 8])
second_modifier_positions = ps[8]
first_modifier_positions = ps[9]
assert(necessary_positions == (NON, UPP))
if (null_position == NON) and (number_position == NON) and (pinky_position == NON):
main_map = choice_map[choice_positions]
if main_map is None:
main_symbol = ''
else:
main_symbol = main_map[tuple(reversed(main_positions))]
print('main = {}'.format(main_symbol))
first_modifier = first_modifier_map[first_modifier_positions]
second_modifier = second_modifier_map[second_modifier_positions]
combined = main_symbol + first_modifier + second_modifier
if combined == '' :
combined = '{#Tab}'
elif (null_position == NON) and (number_position == UPP) and (pinky_position == NON):
first_positions = (ps[4], ps[9])
second_positions = (ps[8], ps[7])
third_positions = (ps[6], ps[5])
combined = number_map[first_positions] + number_map[second_positions] + number_map[third_positions] + '{^}'
else:
combined = ''
print('combined is {}'.format(combined))
return combined
def translate_edit_keys(ks):
ps = keys.keys_to_positions(ks)
k = (tuple(ps[0:2]), tuple(reversed(ps[5:9])))
can_repeat_and_edit = edit_map.get(k)
if can_repeat_and_edit is not None:
can_repeat, edit = can_repeat_and_edit
else:
can_repeat = None
edit = None
repeat = keys.keys_to_number(ks[8:10] + ks[18:20])
if repeat == 1:
repeat = 16
if edit and (repeat > 1) and can_repeat:
edit = '{#Control_L(u)' + str(repeat) + '}' + edit
return edit
def translate_edit_keys(ks):
ps = keys.keys_to_positions(ks)
k = (tuple(ps[0:2]), tuple(reversed(ps[5: 9])))
can_repeat_and_edit = edit_map.get(k)
if can_repeat_and_edit is not None:
can_repeat, edit = can_repeat_and_edit
else:
can_repeat = None
edit = None
repeat = keys.keys_to_number(ks[8: 10] + ks[18: 20])
if repeat == 1:
repeat = 16
if edit and (repeat > 1) and can_repeat:
edit = '{#Control_L(u)' + str(repeat) + '}' + edit
return edit
def translate_symbol_keys(ks):
ps = keys.keys_to_positions(ks)
null_position = ps[0]
number_position = ps[1]
necessary_positions = tuple(ps[2:4])
choice_positions = ps[4]
pinky_position = ps[5]
main_positions = tuple(ps[6:8])
second_modifier_positions = ps[8]
first_modifier_positions = ps[9]
assert (necessary_positions == (NON, UPP))
if (null_position == NON) and (number_position == NON) and (pinky_position
== NON):
main_map = choice_map[choice_positions]
if main_map is None:
main_symbol = ''
else:
main_symbol = main_map[tuple(reversed(main_positions))]
print('main = {}'.format(main_symbol))
first_modifier = first_modifier_map[first_modifier_positions]
second_modifier = second_modifier_map[second_modifier_positions]
combined = main_symbol + first_modifier + second_modifier
if combined == '':
combined = '{#Tab}'
elif (null_position == NON) and (number_position
== UPP) and (pinky_position == NON):
first_positions = (ps[4], ps[9])
second_positions = (ps[8], ps[7])
third_positions = (ps[6], ps[5])
combined = number_map[first_positions] + number_map[
second_positions] + number_map[third_positions] + '{^}'
else:
combined = ''
print('combined is {}'.format(combined))
return combined
def translate_state_keys(ks):
assert ks[0:8] == (False, True, False, False, False, False, False, True)
ps = keys.keys_to_positions(ks[8:20])
state_func = state_pos_map.get(tuple(ps), None)
if state_func is not None:
state_func()
def translate_state_keys(ks):
assert(ks[0: 8] == (False, True, False, False, False, False, False, True))
ps = keys.keys_to_positions(ks[8: 20])
state_func = state_pos_map.get(tuple(ps), None)
if state_func is not None:
state_func()