def post_example(eid):
gc.collect()
asm = request.forms.get('asm')
ex = Exercises.getExercise(eid)
if ex is None:
return {'asm_error': 'Exercise ID not found'}
extra_info = ''
res = ex['checker'](asm)
if len(res) == 2:
success, feedback = res
elif len(res) == 3:
success, feedback, extra_info = res
if extra_info is None:
extra_info = ''
return {'eid': eid,
'exercise_code': asm,
'exercise_title': ex['title'],
'exercise_desc': ex['desc'],
'feedback': feedback,
'success': success,
'extra_info': extra_info,
}
def post_moodle(eid,uid):
gc.collect()
asm = request.forms.get('asm')
#obj = nios2_as(asm.encode('utf-8'))
ex = Exercises.getExercise(eid)
if ex is None:
return 'Exercise ID not found'
# retry
for retry in range(5):
try:
res = ex['checker'](asm)
if len(res) == 2:
success, feedback = res
elif len(res) == 3:
success, feedback, _ = res
break
except OSError as e:
print('Retrying, got exception: %s'%e)
gc.collect()
continue
# de-HTML
soup = BeautifulSoup(feedback, features="html.parser")
feedback = soup.get_text()
if success:
return 'Suite %s Passed:\n%s' % (uid, feedback)
else:
return 'Incorrect:\n%s' % (feedback)
def get_example(eid):
gc.collect()
ex = Exercises.getExercise(eid)
if ex is None:
return {'asm_error': 'Exercise ID not found'}
return {'eid': eid,
'exercise_title': ex['title'],
'exercise_desc': ex['desc'],
'exercise_code': ex['code'],
}
class Imterface:
switchOnOff = True
exercises = Exercises()
def division(self):
print('-' * 120)
def initFun(self):
print(ColorsStatus.OKBLUE +
'\nHello, this is a new interface in terminal' +
ColorsStatus.ENDC)
text = ''
for x in range(7):
text += '[{:x}] exercise\n'.format(x + 1)
self.division()
print(text)
def switchEx(self):
val = int(
input(
'what is the exercise that you wish resolve?: [digit the number]\n'
))
switcher = {
1: self.exercises.ex1,
2: self.exercises.ex2,
3: self.exercises.ex3,
4: self.exercises.ex4,
5: self.exercises.ex5,
6: self.exercises.ex6,
7: self.exercises.ex7,
}
switcher.get(val, 'Invalid exercise!')()
self.division()
def offClass(self):
msg = 'are you wish finish the operation?: [Yes: Y] [No: N]\n'
value = str(input(msg))
self.division()
if value == 'Y':
self.switchOnOff = False
self.msgExit()
def msgExit(self):
print(ColorsStatus.OKGREEN + 'Exit, bye user ;3\n' + ColorsStatus.ENDC)
def nios2():
return {'exercises': Exercises.getAllExercises()}
def post_leader(db):
gc.collect()
client_ip = request.environ.get('REMOTE_ADDR')
asm = request.forms.get('asm')
user = request.forms.get('user')
response.set_cookie('user', user)
def leader_template(user=user, code=asm, feedback=None):
return jinja2_template(
'leaderboard.html', {
'leaders': get_leaders(db),
'user': user,
'code': code,
'feedback': feedback,
})
#TODO: Make sure user is abcd1234 / in class?
row = db.execute('SELECT count(*) FROM users where user=?',
(user, )).fetchone()
n_users = row[0]
if n_users < 1:
return leader_template(
feedback='Unknown IdentiKey <b>' + html.escape(user) +
'</b>. Please contact the instructor if you think this is an error'
)
# Check if their code passes basic tests
ex = Exercises.getExercise('sort-fn')
res = ex['checker'](asm)
if not (res[0]):
return leader_template(
feedback=
'<b>Your code does not pass the <a href="/nios2/examples/sort-fn">normal test cases</a>. Please pass those before attempting to submit here.</b><br/><br/>\n\n'
+ res[1])
start = time.time()
# Now check the main one
ex = Exercises.getExercise('sort-fn-contest')
success, feedback, instrs = ex['checker'](asm)
delta = time.time() - start
if not (success):
return jinja2_template(
'leaderboard.html', {
'leaders': get_leaders(db),
'user': user,
'code': asm,
'feedback': feedback,
'code_delta': delta,
})
# Get number of instructions in program
obj = nios2_as(asm.encode('utf-8'))
size = len(obj['prog']) / 8
delta_us = int(delta * 1000000)
# Passed tests, now see how it does compared to others!
db.execute(
"INSERT INTO leaders (user,ip,instructions,size,public,timestamp,code,time_us) VALUES (?,?,?,?,?,strftime('%s', 'now'),?,?)",
(user, client_ip, instrs, size, False, asm, delta_us))
db.commit()
# Find our rank
row = db.execute(
'SELECT COUNT(*) FROM (SELECT user, min(instructions) as ins FROM leaders GROUP BY user ORDER BY ins ASC) WHERE ins<? or (ins=? and user!=?)',
(instrs, instrs, user)).fetchone()
rank = row[0]
rank += 1
return jinja2_template(
'leaderboard.html', {
'leaders': get_leaders(db),
'user': request.get_cookie('user'),
'code': asm,
'our_rank': rank,
'instrs': instrs,
'code_delta': delta,
})
import sqlite3
from util import nios2_as
from exercises import Exercises
db = sqlite3.connect('leaderboard.db')
rows = db.execute('SELECT user,timestamp,code,instructions FROM leaders')
for row in rows:
user,ts,code,instrs = row
print('User %s, ts %d, instrs %d' % (user,ts, instrs))
ex = Exercises.getExercise('sort-fn-contest')
success, feedback, instrs = ex['checker'](code)
print(' updated to %d' % (instrs))
if not(success):
continue
db.execute('UPDATE leaders SET instructions=? WHERE user=? AND timestamp=?', (instrs, user, ts))
db.commit()