def put_method(self, match_obj):
sbst = substitutor.Substitutor()
rlock = threading.RLock()
time.sleep(sbst.getSleepTime())
with rlock:
sbst.put(match_obj.group(1), match_obj.group(2))
self.wfile.write('OK'.encode())
def get_method(self, match_obj):
sbst = substitutor.Substitutor()
time.sleep(sbst.getSleepTime())
self.wfile.write('VALUE\n'.encode())
try:
self.wfile.write(sbst.get(match_obj.group(1), None).encode())
except substitutor.InfiniteRecursionException:
self.wfile.write('ERROR: Infinite recursion'.encode())
def run(verbose):
# Validate integrity of data cache.
relation_checker_utility.check(verbose)
# Ask the user for input and substitute it into one simplified equation
simplifiedequation = substitutor.Substitutor().finalEquation
print("You provided the following equation: ")
print(simplifiedequation)
# Ask how many runs
numruns = int(input("How many problems would you like for this equation?"))
# Generate and display output.
print("Original Equation:")
print(simplifiedequation)
print()
print("Presenting " + str(numruns) + " word problems.")
print()
generator = testing.EnglishProblemGenerator(simplifiedequation)
for run in range(numruns):
print(str(run + 1) + ". " + generator.generate_problem_for_equation())
def test_replacement(self):
sbst = substitutor.Substitutor()
sbst.put("k1", "one")
sbst.put("k2", "two")
sbst.put("keys", "1: ${k1}, 2: ${k2}")
self.assertEquals("1: one, 2: two", sbst.get("keys"))
def test_emptyReplacement(self):
sbst = substitutor.Substitutor()
sbst.put("k", "bla-${inexistent}-bla")
self.assertEquals("bla--bla", sbst.get("k"))
def set_sleep_method(self, match_obj):
sbst = substitutor.Substitutor()
rlock = threading.RLock()
with rlock:
sbst.setSleepTime(int(match_obj.group(1)))
self.wfile.write('OK'.encode())