... 成する: >>> p1 = Place ( name = "Demon Dogs" , address = "944 W. Fullerton" ) >>> p1 . save () >>> p2 = Place ( name = "Ace Hardware" , address = "1013 N. Ashland" ) >>> p2 . save () レストランを作成する。オブジェクトの主キーとして "parent" オブジェクトを ... なので、保存すると新しい restaurant が作成されます: >>> r . place = p2 >>> r . save () >>> p2 . restaurant <Restaurant: Ace Hardware the restaurant> >>> r . place <Place: Ace Hardware the place> また、place を逆方向の割り当てを使用してセットします: >>> p1 ... .objects.all() は Place のセットではなく、 Restaurant のセットを返します。レストランが2つあることに注意してください - "Ace Hardware" は r.place = p2 の呼び出しで作成されたレストランです: >>> Restaurant . objects . all () <QuerySet [<Restaurant: Demon Dog ... ... 成する: >>> p1 = Place ( name = "Demon Dogs" , address = "944 W. Fullerton" ) >>> p1 . save () >>> p2 = Place ( name = "Ace Hardware" , address = "1013 N. Ashland" ) >>> p2 . save () レストランを作成する。オブジェクトの主キーとして "parent" オブジェクトを ... なので、保存すると新しい restaurant が作成されます: >>> r . place = p2 >>> r . save () >>> p2 . restaurant <Restaurant: Ace Hardware the restaurant> >>> r . place <Place: Ace Hardware the place> また、place を逆方向の割り当てを使用してセットします: >>> p1 ... .objects.all() は Place のセットではなく、 Restaurant のセットを返します。レストランが2つあることに注意してください - "Ace Hardware" は r.place = p2 の呼び出しで作成されたレストランです: >>> Restaurant . objects . all () <QuerySet [<Restaurant: Demon Dog ... ... for the PBKDF2PasswordHasher and its subclasses has increased. This improves the security of the password as the speed of hardware increases, however, it also creates a timing difference between a login request for a user with a password encoded in an o ... ... for the PBKDF2PasswordHasher and its subclasses has increased. This improves the security of the password as the speed of hardware increases, however, it also creates a timing difference between a login request for a user with a password encoded in an o ... ... for the PBKDF2PasswordHasher and its subclasses has increased. This improves the security of the password as the speed of hardware increases, however, it also creates a timing difference between a login request for a user with a password encoded in an o ... ... for the PBKDF2PasswordHasher and its subclasses has increased. This improves the security of the password as the speed of hardware increases, however, it also creates a timing difference between a login request for a user with a password encoded in an o ... ... go project with MD5 or SHA1 (even salted) encoded passwords, be aware that these can be cracked fairly easily with today's hardware. To make Django users acknowledge continued use of weak hashers, the following hashers are removed from the default PASSWO ... ... go project with MD5 or SHA1 (even salted) encoded passwords, be aware that these can be cracked fairly easily with today's hardware. To make Django users acknowledge continued use of weak hashers, the following hashers are removed from the default PASSWO ... 2026年10月08日