eXtended Template Library

eXtended Template Library

Description

XTL is a series of C++ template metaprogramming patterns, idioms, algorithms and libraries that solve a variety of programming tasks. It supplements, extends and cooperates with the STL by providing some frequently used components that are otherwise absent from the standard.

Programming language: C++

License: Boost Software License 1.0

Tags: Frameworks     Concurrency     Debug     Networking     Parallel Processing     Parsing     Meta Programming     Lock-Free     Templates     String-Template    

README

eXtended Template Library

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View the documentation online at http://djmott.github.io/xtl

View the github project at https://github.com/djmott/xtl

XTL is a series of C++ template metaprogramming patterns, idioms, algorithms and libraries that solve a variety of programming tasks. It supplements, extends and cooperates with the STL by providing some frequently used components that are otherwise absent from the standard. A short list of some of the more notable headers:

Header	Description
callback.hpp	single producer notifies multiple consumers of an event
dynamic_library.hpp	load and invoke methods in a dynamic library
parse.hpp	text parsing and AST generation
socket.hpp	general purpose socket communication
source_location.hpp	maintains info about locations within source code
spin_lock.hpp	simple user mode spin lock based on std::atomic
string.hpp	advanced and common string handling
tuple.hpp	manipulate and generate tuples
unique_id.hpp	global unique identifier / universal unique identifier data type
var.hpp	multi-type variant using type-erasure

Getting started

XTL works with modern C++11 compilers and has been tested with MinGW, GCC, Intel C++, Cygwin and Microsoft Visual C++. The library can be used out-of-the-box in many cases by simply including the desired header since most components are header-only. A few components require linking to a run-time component so they will need to be compiled.

Requirements

• CMake is required to configure
• libiconv is optional for unicode support on Posix platforms.
• libuuid is optional for UUID/GUID support on Posix plaforms. (This library has bounced around to several locations over the years. Some documentation says it's included in modern Linux kernel code while others say it's included in the e2fsprogs package. Most modern Linux distros support some version in their respective package managers.)

Obtaining

XTL is hosted on GitHub and is available at http://www.github.io/djmott/xtl Checkout the repo with git:

git clone https://github.com/djmott/xtl.git

Compiling

For the most part XTL is a 'header-only' library so compilation isn't necessary. None the less, it must be configured for use with the compiler and operating system with CMake. From within the top level directory:

mkdir build
cd build
cmake ..

The compilation step is not always necessary depending on the required components that will be used. The method used to compile the run-time code is platform, toolchain and CMake configuration specific. For Linux, Cygwin and MinGW make files just run make.

Using

Several configuration options are available during configuration with CMake. For most purposes the default configuration should work fine. Applications should add the include folder to the search path. The configuration with CMake detects the compiler toolchain and target operating system then produces the primary include file. For most applications just including the project header will go a long way:

 #include <xtd/xtd.hpp>

Testing

XTL uses the Google Test framework for unit tests and system test. From within the build directory:

make unit_tests

The unit tests and system tests are contained in the same resulting binary at tests/unit_tests. The coverage_tests build target is only available for GCC:

make coverage_tests

This will produce the binary tests/coverage_tests which is identical to the tests/unit_tests binary but has additional instrumenting enabled for gcov.

Documentation

Online documentation is available at https://djmott.github.io/xtl and Doxygen is used to generate offline documentation. The code is fairly well marked up for doxygen generation. After the project has been configured with CMake build with documentation with:

make docs

This will extract the source comments and generate nice documentation in the docs/html folder. Also available is the wiki

Feedback and Issues

Submit a ticket on GitHub if a bug is found. Effort will be made to fix it ASAP.

Contributing

Contributions are appreciated. To contribute monitarilty, toss me some cash on Beerpay or Gratipay To contirube code, fork the project, add some code and submit a pull request. In general, contributions should:

• Clear around %80 in code coverage tests
• Pass SonarQube quality gateway
• Pass unit and system tests
• Pass tests through ValGrind memcheck or some other dynamic analysis with no resource leaks or other significant issues

License

XTL is copyright by David Mott and licensed under the Boost Version 1.0 license agreement. See [LICENSE.md](LICENSE.md) or http://www.boost.org/LICENSE_1_0.txt for license details.

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