strf
libunifex
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strf | libunifex | |
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9 | 22 | |
68 | 1,342 | |
- | 2.8% | |
0.0 | 7.8 | |
4 days ago | 6 days ago | |
C++ | C++ | |
Boost Software License 1.0 | GNU General Public License v3.0 or later |
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For example, an activity of 9.0 indicates that a project is amongst the top 10% of the most actively developed projects that we are tracking.
strf
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issue with libfmt and locale: Alignment is not correct.
You might get interested in trying strf library instead:
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std::format, UTF-8-literals and Unicode escape sequence is a mess
If you want a formatting library that supports well char8_t and UTF, you might get interested in the one I'm developing: Strf.
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How many people use printf() in their C++ code ?
You might like the strf formatting library then
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How to get unicode of special characters in c++
You can also use https://github.com/robhz786/strf to convert utf-8 to utf-32 ( as demonstrated here).
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Root cause of log4j: format string is a historical mistake. fast_io is the future.
Format strings enable the use of tools like gettex. However, with the strf formatting library, It is possible to use them without a format string.
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State of the art for CPOs (customization points) in C++?
So it is a formatting library (strf), and if one wants to make a type xyz printable, one can either specialize a template or overload tag_invoke function, like below:
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std::locale portability
The Strf formatting library may solve your problem:
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Converting int to char*
There is the strf formatting library. Its current version (0.14) is not working well in CUDA, but I'm working to fix this into the next release, which should come soon. The usage would be:
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Do you use cout or printf
strf
libunifex
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Comparing asio to unifex
I'm curious what led you to this conclusion. If you ran into scalability issues with its static_thread_pool, then that's a known issue. If it's something else, the authors (of which I'm one) would love to know.
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How does one actually build a C++ project
Instead of calling add_executable you will call add_library. Here is a (only moderately complicated) production example of a library that can be built standalone (along with tests and example executables), or as a subproject, where it builds only the library
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How to write networking code now that will be easiest to adapt to the upcoming standard?
My original thought was to build my DDS implementation on top of libunifex in anticipation for standardization: https://github.com/facebookexperimental/libunifex
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Executors/libunifex example project
I'm trying to understand how to work with the proposed executors in a project, but after watching Eric Niebler's cppcon talks (https://youtu.be/xLboNIf7BTg) and looking at the libunifex examples (https://github.com/facebookexperimental/libunifex/tree/main/examples) I still have a hard time wrapping my head around how to employ the sender/receiver pattern in a larger project.
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Async/Await pattern in C++
You have coroutines in C++20 but there is also the executives proposal that's making it's way into C++23 that is available as a library under the name unifex that only requires C++14
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Using Asio for asynchronous gRPC clients and servers
Asio-grpc makes exactly that possible by providing an Asio execution_context compatible interface to the CompletionQueue. It supports all types of RPCs (including generic ones), completion tokens, cancellation, as well as libunifex sender/receiver (if you want to try out what might become std::execution). The latest release (v1.7.0) also introduced a GrpcStream class for writing Rust/Golang select-style code.
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My thoughts and dreams about a standard user-space I/O scheduler
P2300: they are trying to standardize facebookexperimental/libunifex
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"C++ makes it harder to shoot yourself, but when you do it blows your whole leg off"
All the network handling for Instagram and all other Meta apps on all platforms is handled by their own C++ library https://github.com/facebookexperimental/libunifex.
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State of the art for CPOs (customization points) in C++?
This. I'd also like to mention libunifex. It's entirely based on tag_invoke and is a testament as to how much power it actually provides. On the other hand, it also proves how cumbersome it is to define CPOs with tag_invoke. But IMO it's a lot better than anything else anyone has ever created, and users usually don't need to define new CPOs, only library writers do, so there's that.
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Why do we need networking, executors, linear algebra, etc in the Standard Library?
A work in progress implementation of the library: https://github.com/facebookexperimental/libunifex
What are some alternatives?
C++ Format - A modern formatting library
cppcoro - A library of C++ coroutine abstractions for the coroutines TS
American Fuzzy Lop - american fuzzy lop - a security-oriented fuzzer
concurrencpp - Modern concurrency for C++. Tasks, executors, timers and C++20 coroutines to rule them all
RE2 - RE2 is a fast, safe, thread-friendly alternative to backtracking regular expression engines like those used in PCRE, Perl, and Python. It is a C++ library.
Taskflow - A General-purpose Parallel and Heterogeneous Task Programming System
libssh2 - the SSH library
Restbed - Corvusoft's Restbed framework brings asynchronous RESTful functionality to C++14 applications.
c-smart-pointers - Smart pointers for the (GNU) C programming language
corrade - C++11 multiplatform utility library
SDS - Simple Dynamic Strings library for C
Boost.Beast - HTTP and WebSocket built on Boost.Asio in C++11