List-like data structures std::vector std::list std::dequestd::vector C++ version of the array-list data structure Backed by a C-style array Automatically allocates a new backing array when inserting (O(n))std::list C++ version of the linked-list data structure Elements stored in nodes referencing the next nodestd::list Node Node Node Node Node Node std::list First Laststd::list Inserting byte ...std::list with custom allocator Idea: minimize cache misses by grouping consecutive nodes into contiguous memorystd::list with custom allocator Node Node Node Node Node std::list First Laststd::list

home page. Entry point to the project, with links to docs, blog, social, downloads, release mailing list, etc. • Github project and issue tracker. The main support channel, file issues here for questions manage any compiler and any version. There are default definitions for the most popular ones: gcc, cl.exe, clang, apple-clang, intel, with different configurations of versions, runtimes, C++ standard library Conan. Private implementation details, and everything not included in the documentation is subject to change. • The compatibility is always considered forward. New APIs, tools, methods, helpers can be added

home page. Entry point to the project, with links to docs, blog, social, downloads, release mailing list, etc. • Github project and issue tracker. The main support channel, file issues here for questions manage any compiler and any version. There are default definitions for the most popular ones: gcc, cl.exe, clang, apple-clang, intel, with different configurations of versions, runtimes, C++ standard library Conan. Private implementation details, and everything not included in the documentation is subject to change. • The compatibility is always considered forward. New APIs, tools, methods, helpers can be added

home page. Entry point to the project, with links to docs, blog, social, downloads, release mailing list, etc. • Github project and issue tracker. The main support channel, file issues here for questions manage any compiler and any version. There are default definitions for the most popular ones: gcc, cl.exe, clang, apple-clang, intel, with different configurations of versions, runtimes, C++ standard library Conan. Private implementation details, and everything not included in the documentation is subject to change. • The compatibility is always considered forward. New APIs, tools, methods, helpers can be added

home page. Entry point to the project, with links to docs, blog, social, downloads, release mailing list, etc. • Github project and issue tracker. The main support channel, file issues here for questions manage any compiler and any version. There are default definitions for the most popular ones: gcc, cl.exe, clang, apple-clang, intel, with different configurations of versions, runtimes, C++ standard library Conan. Private implementation details, and everything not included in the documentation is subject to change. • The compatibility is always considered forward. New APIs, tools, methods, helpers can be added

home page. Entry point to the project, with links to docs, blog, social, downloads, release mailing list, etc. • Github project and issue tracker. The main support channel, file issues here for questions manage any compiler and any version. There are default definitions for the most popular ones: gcc, cl.exe, clang, apple-clang, intel, with different configurations of versions, runtimes, C++ standard library Conan. Private implementation details, and everything not included in the documentation is subject to change. • The compatibility is always considered forward. New APIs, tools, methods, helpers can be added

• Concurrencia: una clase de un día sobre concurrencia en Rust. Abordaremos tanto la concurrencia clásica (programación interrumpible mediante hilos y exclusiones mutuas), como la concurrencia async / bienvenida. Concurrencia en Rust Concurrencia en profundidad es una clase de un día sobre la concurrencia clásica y la concurrencia async/await. Necesitarás configurar un nuevo crate, y descargar y preparar minutos Ejercicio: Fibonacci 15 minutos 5.1 Hola, Mundo Vamos a hablar del programa Rust más simple, un clásico Hola Mundo: fn main() { println!("Hola, "); } Lo que ves: • Las funciones se introducen con

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 219 36 Gerando Registros (Log) 221 37 Interoperabilidade 223 37.1 Interoperabilidade com C . . . . . . . . . . . . . . . . . . Usando . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 296 53.6 Gerando Registros (Log) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 297 53.6.1 Usando . . . . . . . . . . Concorrência: uma aula de um dia inteiro sobre concorrência em Rust. Nós cobrimos tanto concorrência clássica (escalonamento preemptivo utilizando threads e mutexes) quanto concorrência async/await (multitarefa

time can perform operations such as fetching a page, or rendering that page to a display list. Once a display list has been obtained however, it can be rendered from any other thread (or even from several display list as obtained by the main thread and sent // from main to rendering thread. This contains the drawing // commands (text, images, etc.) for the page that should be // rendered. fz_display_list *list; It takes // pointer to an instance of the data structure described above and // renders the display list into the pixmap before exiting. void * renderer(void *data_) { struct thread_data *data = (struct

time can perform operations such as fetching a page, or rendering that page to a display list. Once a display list has been obtained however, it can be rendered from any other thread (or even from several display list as obtained by the main thread and sent // from main to rendering thread. This contains the drawing // commands (text, images, etc.) for the page that should be // rendered. fz_display_list *list; It takes // pointer to an instance of the data structure described above and // renders the display list into the pixmap before exiting. void * renderer(void *data_) { struct thread_data *data = (struct