def get_public(cn, nextc):
err = check.contain(cn.pr, ["password"])
if not err[0]:
return cn.toret.add_error(err[1], err[2])
cn.pr = err[1]
cn.pr = check.setnoneopt(cn.pr, ["email"])
err = config().get_public(cn.pr["password"], cn.pr["email"])
return cn.call_next(nextc, err)
def init(cn, nextc):
err = check.contain(cn.pr, ["email", "password", "rsa_public"])
if not err[0]:
return cn.toret.add_error(err[1], err[2])
cn.pr = err[1]
err = config().init_func(cn.pr["email"], cn.pr["password"],
cn.pr["rsa_public"])
return cn.call_next(nextc, err)
def unencode(cn, nextc):
err = check.contain(cn.pr, ["key", "data"])
if not err[0]:
return cn.toret.add_error(err[1], err[2])
cn.pr = err[1]
err = config().unencode(cn.pr["key"], cn.pr["data"])
if err[0]:
cn.private = err[1]
return cn.call_next(nextc, err)
def generate_rsa(cn, nextc):
size = cn.rt["rsa"] if "rsa" in cn.rt else -1
err = config().generate_rsa(size)
return cn.call_next(nextc, err)
def infos(cn, nextc):
err = config().infos()
return cn.call_next(nextc, err)
def check_init(cn, nextc):
err = config().check_init()
return cn.call_next(nextc, err)