UTXCPP
Utxcpp is an easy and simple to use c++ library that makes simple things be simple.
Utxcpp is cross-platform working on all modern c++ compatible (at least c++20) operating systems. The goal of utxcpp is to make frequently used common things be called simply and directly.
WARNING: This project is still in early development, will be very frequently changed currently, and has no stable release control, it is not recommended to use in production. The source code is released under the Boost Software License, you can find the files in the source.
Utxcpp Fossil
https://cppfx.xyz/fossil/utxcpp
Utxcpp Example
Mini Example
#include <utxcpp/core.hpp>
int main()
{
utx::print("Hello", "Utxcpp", "!", 3.14159);
}
utx::print
#include <utxcpp/core.hpp>
#include <complex>
#include <numbers>
using namespace utx::numbers; // It "using namespace std::numbers;" too.
int main()
{
utx::print("pi=", pi, '\n', "e=", e, "\n", "phi=", phi, '\n', "egamma=", egamma);
}
utxcpp thread
utxcpp thread is not another new thread implementation, but made on top of std::thread/std::future, to make it be simpler.
#include <utxcpp/core.hpp>
#include <utxcpp/thread.hpp>
#include <mutex>
std::mutex mutex;
template <class T>
auto fn = []
{
for (int i=0; i<int('G'-'A'+1); ++i)
{
// sleep for 0.2 seconds
utx::sleep(0.2);
std::unique_lock<std::mutex> guard{mutex};
utx::print("=>", (T)(i+'A'));
}
};
int main()
{
// deferred is deferred, async is async.
auto f1 = utx::deferred(fn<int>);
auto f2 = utx::async(fn<char>);
f1.wait();
}
How to install utxcpp
1. Clone utxcpp code
fossil clone https://cppfx.xyz/fossil/utxcpp utxcpp.fossil
2. Build and install utxcpp
mkdir utxcpp cd utxcpp fossil open ../utxcpp.fossil b2 config --prefix=/usr/local b2 b2 install
More information, read README.md . Build for your os, read install/build-???.md .