def run(problem):
print()
print("Problem", problem)
db = PEDB()
data = db.getProblem(problem)
print('Title:', data['title'])
if data['solved']:
print('Answer:', data['answer'])
print('Time:', data['time'])
print()
print("===Calculating===")
moduleName = 'pr' + str(1000 + problem)[1:]
#try:
m = import_module(moduleName)
#except ImportError as e:
# print("the Problem is not done")
# return None, None
t1 = time() * 1000
answer = None
try:
answer = m.run()
print("The answer is", answer)
print("Finished in ", end = "")
except KeyboardInterrupt:
print("Interruped at ", end = "")
t2 = time() * 1000
print(int(t2 - t1), 'ms')
print("===The End===\n")
return answer, int(t2 - t1)
if __name__ == "__main__":
os.chdir(os.path.split(os.path.realpath(__file__))[0])
print(platform.python_implementation(), platform.architecture()[0])
print("Python " + platform.python_version())
print()
if len(sys.argv) <= 1:
print("Please Enter the Problem Number: ", end = "")
t = input()
else:
t = sys.argv[1]
if re.match(r'^\s*\d+\s*$', t):
pn = int(t)
if pn == 0:
db = PEDB()
solved = sorted([int(x) for x in db.db.keys() if db.getProblem(x)['solved']])
print("There are " + str(len(solved)) + " problems solved")
t1 = time()
for m in solved:
ans, t = run(m)
db.record(m, solved=True, time=t)
t2 = time()
db.writeFile()
print("Finished all in " + str(int(t2-t1)) + 's')
else:
ans, t = run(pn)
print("Is it correct?(y/[n])", end = " ")
if (input()+' ')[0] in 'yY':
db = PEDB()
db.record(pn, solved=True, time=t, answer=ans)
Requirements
============
- itertools
- functools
- progressbar
- ctypes(with gcc, make)
- fractions
- math
- NetworkX
Solved Problems
===============
"""
db = PEDB()
f = open('README.md', 'w', encoding = "utf-8")
f.write(prefix)
for x in db.getSolvedProblems():
f.write('+ ' + str(1000+x)[1:] + ' ' + db.getProblem(x)['title'] + r' [:link:](http://projecteuler.net/problem=' + str(x) + ') ')
if db.getProblem(x)['time'] > 60000:
f.write(":warning: ")
if db.getProblem(x)['time'] < 50:
f.write(":clock1:")
if os.path.exists('pr'+str(1000+x)[1:]+'\\algo.md'):
f.write(":thought_balloon:")
f.write("\n\n")
f.write(' - answer: ' + str(db.getProblem(x)['answer']) + ' \n')
f.write(' - min used time: ' + str(db.getProblem(x)['time']) + ' ms\n\n')
rm = open('pr'+str(1000+x)[1:]+'\\README.md', 'w')
