def main():
while True:
inp = raw_input()
camxestree = call_camxes(inp, ["-e"])
tree = parse_tree(camxestree)
simple = simplify(tree)
pprint(simple)
result = make_text(simple)
pprint(result)
def __init__(self, textdata):
self.textdata = textdata
# 1. run camxes to get a parse tree
self.part = call_camxes(textdata, ["-f"]).strip()
self.part = parseTree(self.part)
self.sug = []
# 2. run checkers...
for checker in LT_CHECKERS:
self.sug.extend(checker(self.textdata, self.part))
print "\n".join(str(a) for a in self.sug)
def __init__(self, textdata):
# newlines are evil.
self.td = textdata.replace("\n", " ")
# 1. break up the text at i and ni'o
self.splittext()
# 2. seperate lu-quoted passages TODO: is this sensible?
self.items = []
# 3. see what can be parsed (camxes -t)
for sent in self.sent:
if call_camxes(sent, ["-t"]).strip() == sent.strip():
self.items.append(LojbanSentence(sent))
else:
self.items.append(UnparsableText(sent))
print "\n".join([str(it) for it in self.items])
def camxes_assert_equal(text, arguments, result):
res = call_camxes(text, arguments)
assert res == result,\
dedent("""called camxes with %r, text %r.
expected result: %r
got instead: %r""") % (arguments, text, result, res)
def test_camxes_terml():
assert "cipra" in call_camxes("cipra", "-e")
assert "gerku" in call_camxes("lo gerku cu klama", "-e")
def test_camxes_tree():
assert "cipra" in call_camxes("cipra")
assert "gerku" in call_camxes("lo gerku cu klama")
