def to_string(self, withchk=True):
salt = hexlify(self.salt).decode("ascii").upper()
if withchk and self.checksum:
chk = hexlify(self.checksum).decode("ascii").upper()
else:
chk = None
return uh.render_mc3(self.ident, self.rounds, salt, chk, sep=u("."))
def to_string(self, withchk=True):
salt = ab64_encode(self.salt).decode("ascii")
if withchk and self.checksum:
chk = ab64_encode(self.checksum).decode("ascii")
else:
chk = None
return uh.render_mc3(self.ident, self.rounds, salt, chk)
def to_string(self, withchk=True):
salt = b64encode(self.salt, CTA_ALTCHARS).decode("ascii")
if withchk and self.checksum:
chk = b64encode(self.checksum, CTA_ALTCHARS).decode("ascii")
else:
chk = None
return uh.render_mc3(self.ident, self.rounds, salt, chk, rounds_base=16)
def to_string(self, withchk=True):
rounds = self.rounds
if rounds == 400:
rounds = None # omit rounds measurement if == 400
return uh.render_mc3(self.ident, rounds, self.salt,
checksum=self.checksum if withchk else None,
rounds_base=16)
def to_string(self, withchk=True):
salt = ab64_encode(self.salt).decode("ascii")
if withchk and self.checksum:
chk = ab64_encode(self.checksum).decode("ascii")
else:
chk = None
return uh.render_mc3(self.ident, self.rounds, salt, chk)
def to_string(self, withchk=True):
salt = hexlify(self.salt).decode("ascii").upper()
if withchk and self.checksum:
chk = hexlify(self.checksum).decode("ascii").upper()
else:
chk = None
return uh.render_mc3(self.ident, self.rounds, salt, chk, sep=u("."))
def to_string(self, withchk=True):
rounds = self.rounds
if rounds == 400:
rounds = None # omit rounds measurement if == 400
return uh.render_mc3(self.ident,
rounds,
self.salt,
checksum=self.checksum if withchk else None,
rounds_base=16)
def to_string(self, withchk=True):
salt = b64encode(self.salt, CTA_ALTCHARS).decode("ascii")
if withchk and self.checksum:
chk = b64encode(self.checksum, CTA_ALTCHARS).decode("ascii")
else:
chk = None
return uh.render_mc3(self.ident,
self.rounds,
salt,
chk,
rounds_base=16)
def to_string(self, config=False):
chk = None if config else self.checksum
return uh.render_mc3(self.ident, self.rounds, self.salt, chk)
def to_string(self):
salt = ab64_encode(self.salt).decode("ascii")
chk = ab64_encode(self.checksum).decode("ascii")
return uh.render_mc3(self.ident, self.rounds, salt, chk)
def to_string(self):
salt = hexlify(self.salt).decode("ascii").upper()
chk = hexlify(self.checksum).decode("ascii").upper()
return uh.render_mc3(self.ident, self.rounds, salt, chk, sep=u("."))
def _get_config(self):
rounds = self.rounds
if rounds == 400:
rounds = None # omit rounds measurement if == 400
return uh.render_mc3(self.ident, rounds, self.salt, None, rounds_base=16)
def to_string(self):
rounds = self.rounds
if rounds == 400:
rounds = None # omit rounds measurement if == 400
return uh.render_mc3(self.ident, rounds, self.salt, self.checksum, rounds_base=16)
def to_string(self):
salt = b64encode(self.salt, CTA_ALTCHARS).decode("ascii")
chk = b64encode(self.checksum, CTA_ALTCHARS).decode("ascii")
return uh.render_mc3(self.ident, self.rounds, salt, chk, rounds_base=16)
def to_string(self, config=False):
chk = None if config else self.checksum
return uh.render_mc3(self.ident, self.rounds, self.salt, chk)
def to_string(self):
return uh.render_mc3(self.ident, self.rounds, self.salt, self.checksum)