def test_lookup(self):
for text, steno in SAMPLES:
stroke_list = strokes_from_text(text)
cap_state = {
'shift': False,
'capslock': False,
}
self.assertEqual(strokes_to_text(stroke_list, cap_state=cap_state), text)
def test_lookup(self):
for text, steno in SAMPLES:
stroke_list = strokes_from_text(text)
cap_state = {
'shift': False,
'capslock': False,
}
self.assertEqual(strokes_to_text(stroke_list, cap_state=cap_state),
text)
def test():
if '/' == sys.argv[1]:
cap_state = {
'shift': False,
'capslock': False,
}
text = u''
# steno -> text.
for steno in sys.argv[2:]:
steno = steno.replace('[ ]', '_')
for part in steno.split('/'):
if not part:
continue
if '[' == part[0]:
assert ']' == part[-1]
text += part[1:-2]
else:
text += Stroke(part).to_text(cap_state)
print text
else:
# text -> steno.
supported_chars = set()
for part in WORD_PARTS:
supported_chars.update(part)
supported_chars.update(part.upper())
assert not set('/[]') & supported_chars
supported_chars -= set('|') # | is the special character for [cap].
supported_chars = ''.join(sorted(supported_chars))
rx = re.compile('([^' + supported_chars.replace('-', '\\-') + ']+)')
steno = ''
for text in sys.argv[1:]:
for part in re.split(rx, text):
if steno:
steno += '/'
if part[0] in supported_chars:
steno += '/'.join(str(s) for s in strokes_from_text(part))
else:
steno += '[' + ']/['.join(part) + ']'
steno = steno.replace('_', '[ ]')
print steno
def reverse_lookup(text):
stroke_list = strokes_from_text(text)
if not stroke_list:
return []
return [tuple(str(s) for s in stroke_list)]
def reverse_lookup(text):
stroke_list = strokes_from_text(text)
if not stroke_list:
return []
return [tuple(str(s) for s in stroke_list)]
