fn generic(pet: &impl Pet) { println!("Hello, who are you? {}", pet.talk()); } // Uses type-erasure and dynamic dispatch. fn dynamic(pet: &dyn Pet) { println!("Hello, who are you? {}", pet.talk());

ction.html] を作りましょ う。これは、Window.createAction() [https://api.kde.org/krita/html/classWindow.html#a72ec58e53844076c1461966c34a9 115c] を使うことで簡単にできます。Krita は生成されるすべての Window に 対して createActions を呼び出し、私達が使う必要がある正しい Wikipedia [https://en.wikipedia.org/wiki/High_Efficiency_Image_File_Format] [ituh273] (1,2,3,4) H.273 : Coding-independent code points for video signal type identification [https://www.itu.int/rec/T-REC-H.273/en] libraries, which makes it easier to focus on new features instead of reinventing the wheel. And it makes coding fun! To work on Krita, you have to use C++ and Qt. It's a good way to learn both, actually! KDE

Foo1 { folder Foo2 } folder Foo3 { artifact Foo4 } frame Foo5 { database Foo6 } cloud vpc { node ec2 { stack stack } } @enduml @startuml node Foo1 { cloud Foo2 } cloud Foo3 { frame Foo4 } database

Foo1 { folder Foo2 } folder Foo3 { artifact Foo4 } frame Foo5 { database Foo6 } cloud vpc { node ec2 { stack stack } } @enduml @startuml node Foo1 { cloud Foo2 } cloud Foo3 { frame Foo4 } database

Foo1 { folder Foo2 } folder Foo3 { artifact Foo4 } frame Foo5 { database Foo6 } cloud vpc { node ec2 { stack stack } } @enduml @startuml node Foo1 { cloud Foo2 } cloud Foo3 { frame Foo4 } database

Foo1 { folder Foo2 } folder Foo3 { artifact Foo4 } frame Foo5 { database Foo6 } cloud vpc { node ec2 { stack stack } } @enduml PlantUML 言語リファレンスガイド (1.2023.11) 181 / 544 8.8 パッケージと入れ子要素 8 配置図 @startuml