def test_encoding():
assert base36.encode(0) == '0'
assert base36.encode(1) == '1'
assert base36.encode(9) == '9'
assert base36.encode(10) == 'A'
assert base36.encode(11) == 'B'
assert base36.encode(35) == 'Z'
assert base36.encode(36) == '10'
assert base36.encode(36 + 10) == '1A'
assert base36.encode(36 * 10) == 'A0'
assert base36.encode(36 * 36) == '100'
def test_encoding():
assert base36.encode(0) == "0"
assert base36.encode(1) == "1"
assert base36.encode(9) == "9"
assert base36.encode(10) == "A"
assert base36.encode(11) == "B"
assert base36.encode(35) == "Z"
assert base36.encode(36) == "10"
assert base36.encode(36 + 10) == "1A"
assert base36.encode(36 * 10) == "A0"
assert base36.encode(36 * 36) == "100"
def test_encoding():
eq_(base36.encode(0), '0')
eq_(base36.encode(1), '1')
eq_(base36.encode(9), '9')
eq_(base36.encode(10), 'A')
eq_(base36.encode(11), 'B')
eq_(base36.encode(35), 'Z')
eq_(base36.encode(36), '10')
eq_(base36.encode(36 + 10), '1A')
eq_(base36.encode(36 * 10), 'A0')
eq_(base36.encode(36 * 36), '100')
def run(self, user):
self.user = User.get(user)
print 'Generating logger id...',
m = hashlib.md5()
m.update(str(user))
self.logger_id = base36.encode(int(m.hexdigest(), 16))[0:3]
print self.logger_id
self.export_sessions(user)
def run(self, user):
self.user = User.get(user)
print 'Generating logger id...',
m = hashlib.md5()
m.update(str(user))
self.logger_id = base36.encode(int(m.hexdigest(), 16))[0:3]
print self.logger_id
self.export_sessions(user)
def parse_logger_id(line):
# non IGC loggers may use more than 3 characters as unique ID.
# we just use the first three, currently no model is known which
# really uses more than 3 characters.
if line[1:4] == 'FIL':
# filser doesn't respect the IGC file specification and
# stores the unique id as base 10 instead of base 36.
match = afil_re.match(line)
if match and match.group(1):
return base36.encode(int(match.group(1)))
else:
return import_alnum(line[4:7]).upper()