def generate_cached_clues(phrases):
if len(phrases) in CLUE_STRUCTURES:
for indexed_clue in CLUE_STRUCTURES[len(phrases)]:
yield convert_indexed_clue(indexed_clue, phrases)
else:
for c in generate_clues(phrases):
yield c
def precompute_clues(max_length):
"""
Precompute all parses up to max_length
"""
computed_clues = dict()
for i in range(1, max_length + 1):
phrases = range(i)
computed_clues[i] = generate_clues(phrases)
with open('data/clue_structures.pck', 'w') as f:
pickle.dump(computed_clues, f)
def precompute_clues(max_length):
"""
Precompute all parses up to max_length
"""
computed_clues = dict()
for i in range(1, max_length + 1):
phrases = range(i)
computed_clues[i] = generate_clues(phrases)
with open('data/clue_structures.pck', 'w') as f:
pickle.dump(computed_clues, f)
def solve_phrasing(self, phrasing):
"""
Solve a clue which has been broken down into phrases, like:
['initially', 'babies', 'are', 'naked']
"""
answers_with_clues = []
possible_clues = list(generate_clues(phrasing))
parallel = True
if parallel:
for i, clue in enumerate(possible_clues):
self.go_proc.stdin.write(str(clue) + "\n")
self.go_proc.stdin.write(".\n")
for i, x in enumerate(possible_clues):
result = self.go_proc.stdout.readline()
while result.strip() != ".":
clue = eval(result)
result = self.go_proc.stdout.readline()
if clue == []:
continue
answer = clue[-1].lower()
if answer in phrasing or any(x.startswith(answer) for x in phrasing):
continue
answers_with_clues.append(AnnotatedAnswer(answer, clue))
else:
for i, clue in enumerate(possible_clues):
# print clue
self.go_proc.stdin.write(str(clue) + "\n")
self.go_proc.stdin.write(".\n")
result = self.go_proc.stdout.readline()
while result.strip() != ".":
if result[0] == "#":
print result
result = self.go_proc.stdout.readline()
continue
clue = eval(result)
result = self.go_proc.stdout.readline()
if clue == []:
continue
answer = clue[-1].lower()
if answer in phrasing or any(x.startswith(answer) for x in phrasing):
continue
answers_with_clues.append(AnnotatedAnswer(answer, clue))
return sorted(answers_with_clues, reverse=True)
