Translating Haskell to C++ metaprogramming
Haskell and C++ are very different programming languages. Haskell is purely functional and C++ is imperative. While ‘normal’ C++ is imperative, C++ metaprogramming is purely functional, just like Haskell. This blog shows examples of Haskell code that I’ve translated to C++. Why would you do this? Last week I blogged about Blasien. Blasien is a set of header files for writing literal validated XML
Comparing AVL Trees in C++ and Haskell
This post compares the runtimes of AVL tree operations in C++ vs Haskell. In particular, we insert 713,000 strings from a file into an AVL Tree. This is a \(O(n \log n)\) operation. But we want to investigate what the constant factor looks like in different situations. Experimental setup: All the code for these tests is available in the github repository. The C++ AVL tree was created in a data str
Rust for C++ programmers - part 1: Hello world
I'm a research engineer at Mozilla working on the Rust compiler. I have history with Firefox layout and graphics, and programming language theory and type systems (mostly of the OO, Featherweight flavour, thus the title of the blog). http://www.ncameron.org @nick_r_cameron This is the first in a series of blog posts (none written yet) which aim to help experienced C++ programmers learn Rust. Expec
C++17: I See a Monad in Your Future!
C++17: I See a Monad in Your Future! Posted by Bartosz Milewski under C++, Concurrency, Functional Programming, Monads, Multicore, Multithreading, Programming [36] Comments [If you prefer, you may watch the video of my talk on this topic (here are the slides).] If you thought you were safe from functional programming in your cozy C++ niche, think again! First the lambdas and function objects and n
1
リリース、障害情報などのサービスのお知らせ
最新の人気エントリーの配信
j次のブックマーク
k前のブックマーク
lあとで読む
eコメント一覧を開く
oページを開く
GitHub - joaquintides/cpp14monadworkshop: Material for a workshop on monads with C++14