# Path: pycryptics/solve_clue.py
# class CrypticClueSolver(object):
#     def __init__(self):
#         self.answers_with_clues = None
#         self.clue_text = None
#         self.quiet = False
# 
#     def __enter__(self):
#         # self.start_go_server()
#         return self
# 
#     def __exit__(self, type, value, traceback):
#         self.stop()
#         # self.stop_go_server()
# 
#     def stop(self):
#         pass
# 
#     def setup(self, clue_text):
#         self.clue_text = clue_text
# 
#     def run(self):
#         self.clue_text = self.clue_text.encode('ascii', 'ignore')
#         constraints = parse_clue_text(self.clue_text)
#         return self.solve_all_phrasings(constraints)
#         # all_phrasings, lengths, pattern, answer = parse_clue_text(self.clue_text)
# 
#     def solve_all_phrasings(self, constraints):
#         all_phrasings = phrasings(constraints.phrases)
# 
#         self.answers_with_clues = []
# 
#         for p in all_phrasings:
#             constraints = constraints._replace(phrases=p)
#             # constraints = Constraints(p, lengths, pattern, answer)
#             if not self.quiet:
#                 print p
#             for ann_ans in self.solve_constraints(constraints):
#                 self.answers_with_clues.append(ann_ans)
#         if len(self.answers_with_clues) == 0 and constraints.pattern.replace('.', '') != "":
#             self.answers_with_clues = [PatternAnswer(x, all_phrasings[0]) for x in SYNONYMS if matches_pattern(x, constraints.pattern, constraints.lengths)]
#         self.answers_with_clues.sort(reverse=True)
#         return self.answers_with_clues
# 
#     def solve_constraints(self, constraints):
#         answers_with_clues = []
#         possible_clues = generate_clues(constraints)
# 
#         for i, clue in enumerate(possible_clues):
#             # print "solving:", clue
#             try:
#                 answers = clue.answers
#             except ClueUnsolvableError:
#                 answers = []
#             for answer in answers:
#                 answers_with_clues.append(AnnotatedAnswer(answer, clue))
#         return sorted(answers_with_clues, reverse=True)
# 
#     def collect_answers(self):
#         if self.answers_with_clues is not None:
#             return ClueSolutions(self.answers_with_clues)
# 
# def split_clue_text(clue_text):
#     clue_text = clue_text.encode('ascii', 'ignore')
#     if '|' not in clue_text:
#         clue_text += ' |'
#     clue_text = clue_text.lower()
#     clue, paren, rest = clue_text.rpartition('(')
#     lengths, rest = rest.split(')')
#     lengths = lengths.replace('-', ',')
#     lengths = tuple(int(x) for x in lengths.split(','))
#     pattern, answer = rest.split('|')
#     pattern = pattern.strip()
#     clue = re.sub('-', '_', clue)
#     clue = re.sub(r'[^a-zA-Z\ _0-9]', '', clue)
#     clue = re.sub(r'\ +', ' ', clue)
#     phrases = clue.split(' ')
#     phrases = [p for p in phrases if p.strip() != '' and p.strip() != '_']
#     return phrases, lengths, pattern, answer


import unittest
import time
from pycryptics.solve_clue import CrypticClueSolver, split_clue_text


class TestClues(unittest.TestCase):
    def test_timed_clues(self):
        with CrypticClueSolver() as solver:
            solver.quiet = True
            start = time.time()
            for clue_text in open('clues/known_clues.txt', 'r').readlines():
                print "\n========================================"
                print clue_text
                phrases, lengths, pattern, known_answer = split_clue_text(clue_text)
                solver.setup(clue_text)
                answers = solver.run()
                print answers[0].long_derivation()
                # for a in answers[:5]:
                #     print a
                self.assertEqual(answers[0].answer.lower(), known_answer.lower().strip())
            print "\n========================================"
            print "Finished timed set in {:.1f} seconds".format(time.time() - start)

    def test_more_clues(self):

# Path: pycryptics/solve_clue.py
# class CrypticClueSolver(object):
#     def __init__(self):
#         self.answers_with_clues = None
#         self.clue_text = None
#         self.quiet = False
# 
#     def __enter__(self):
#         # self.start_go_server()
#         return self
# 
#     def __exit__(self, type, value, traceback):
#         self.stop()
#         # self.stop_go_server()
# 
#     def stop(self):
#         pass
# 
#     def setup(self, clue_text):
#         self.clue_text = clue_text
# 
#     def run(self):
#         self.clue_text = self.clue_text.encode('ascii', 'ignore')
#         constraints = parse_clue_text(self.clue_text)
#         return self.solve_all_phrasings(constraints)
#         # all_phrasings, lengths, pattern, answer = parse_clue_text(self.clue_text)
# 
#     def solve_all_phrasings(self, constraints):
#         all_phrasings = phrasings(constraints.phrases)
# 
#         self.answers_with_clues = []
# 
#         for p in all_phrasings:
#             constraints = constraints._replace(phrases=p)
#             # constraints = Constraints(p, lengths, pattern, answer)
#             if not self.quiet:
#                 print p
#             for ann_ans in self.solve_constraints(constraints):
#                 self.answers_with_clues.append(ann_ans)
#         if len(self.answers_with_clues) == 0 and constraints.pattern.replace('.', '') != "":
#             self.answers_with_clues = [PatternAnswer(x, all_phrasings[0]) for x in SYNONYMS if matches_pattern(x, constraints.pattern, constraints.lengths)]
#         self.answers_with_clues.sort(reverse=True)
#         return self.answers_with_clues
# 
#     def solve_constraints(self, constraints):
#         answers_with_clues = []
#         possible_clues = generate_clues(constraints)
# 
#         for i, clue in enumerate(possible_clues):
#             # print "solving:", clue
#             try:
#                 answers = clue.answers
#             except ClueUnsolvableError:
#                 answers = []
#             for answer in answers:
#                 answers_with_clues.append(AnnotatedAnswer(answer, clue))
#         return sorted(answers_with_clues, reverse=True)
# 
#     def collect_answers(self):
#         if self.answers_with_clues is not None:
#             return ClueSolutions(self.answers_with_clues)
# 
# def split_clue_text(clue_text):
#     clue_text = clue_text.encode('ascii', 'ignore')
#     if '|' not in clue_text:
#         clue_text += ' |'
#     clue_text = clue_text.lower()
#     clue, paren, rest = clue_text.rpartition('(')
#     lengths, rest = rest.split(')')
#     lengths = lengths.replace('-', ',')
#     lengths = tuple(int(x) for x in lengths.split(','))
#     pattern, answer = rest.split('|')
#     pattern = pattern.strip()
#     clue = re.sub('-', '_', clue)
#     clue = re.sub(r'[^a-zA-Z\ _0-9]', '', clue)
#     clue = re.sub(r'\ +', ' ', clue)
#     phrases = clue.split(' ')
#     phrases = [p for p in phrases if p.strip() != '' and p.strip() != '_']
#     return phrases, lengths, pattern, answer


# Path: pycryptics/test/test_clues.py
import unittest
import time
from pycryptics.solve_clue import CrypticClueSolver, split_clue_text



class TestClues(unittest.TestCase):
    def test_timed_clues(self):
        with CrypticClueSolver() as solver:
            solver.quiet = True
            start = time.time()
            for clue_text in open('clues/known_clues.txt', 'r').readlines():
                print "\n========================================"
                print clue_text
                phrases, lengths, pattern, known_answer = split_clue_text(clue_text)
                solver.setup(clue_text)
                answers = solver.run()
                print answers[0].long_derivation()
                # for a in answers[:5]:
                #     print a
                self.assertEqual(answers[0].answer.lower(), known_answer.lower().strip())
            print "\n========================================"
            print "Finished timed set in {:.1f} seconds".format(time.time() - start)

    def test_more_clues(self):

        with CrypticClueSolver() as solver: