vimrc/sources_non_forked/vim-snippets/snippets/cpp.snippets

extends c

## Main
# main()
snippet mainn
	int main()
	{
		${0}
		return 0;
	}
##
## Preprocessor
# #include <...>
snippet incc
	#include <${1:iostream}>
snippet binc
	#include <boost/${1:shared_ptr}.hpp>
##
## STL Collections
# std::array
snippet array
	std::array<${1:T}, ${2:N}> ${3};
# std::vector
snippet vector
	std::vector<${1:T}> ${2};
# std::deque
snippet deque
	std::deque<${1:T}> ${2};
# std::forward_list
snippet flist
	std::forward_list<${1:T}> ${2};
# std::list
snippet list
	std::list<${1:T}> ${2};
# std::set
snippet set
	std::set<${1:T}> ${2};
# std::map
snippet map
	std::map<${1:Key}, ${2:T}> ${3};
# std::multiset
snippet mset
	std::multiset<${1:T}> ${2};
# std::multimap
snippet mmap
	std::multimap<${1:Key}, ${2:T}> ${3};
# std::unordered_set
snippet uset
	std::unordered_set<${1:T}> ${2};
# std::unordered_map
snippet umap
	std::unordered_map<${1:Key}, ${2:T}> ${3};
# std::unordered_multiset
snippet umset
	std::unordered_multiset<${1:T}> ${2};
# std::unordered_multimap
snippet ummap
	std::unordered_multimap<${1:Key}, ${2:T}> ${3};
# std::stack
snippet stack
	std::stack<${1:T}> ${2};
# std::queue
snippet queue
	std::queue<${1:T}> ${2};
# std::priority_queue
snippet pqueue
	std::priority_queue<${1:T}> ${2};
##
## STL smart pointers
# std::shared_ptr
snippet msp
	std::shared_ptr<${1:T}> ${2} = std::make_shared<$1>(${3});
snippet amsp
	auto ${1} = std::make_shared<${2:T}>(${3});
# std::unique_ptr
snippet mup
	std::unique_ptr<${1:T}> ${2} = std::make_unique<$1>(${3});
snippet amup
	auto ${1} = std::make_unique<${2:T}>(${3});
##
## Access Modifiers
# private
snippet pri
	private
# protected
snippet pro
	protected
# public
snippet pub
	public
# friend
snippet fr
	friend
# mutable
snippet mu
	mutable
##
## Class
# class
snippet cl
	/*! \class $1
	 *  \brief ${3:Brief class description}
	 *
	 *  ${4:Detailed description}
	 */
	class ${1:`vim_snippets#Filename('$1', 'name')`}
	{
	public:
		$1(${2});
		virtual ~$1();

	protected:
		m_${5}; /*!< ${6:Member description} */
	};
# member function implementation
snippet mfun
	${4:void} ${1:`vim_snippets#Filename('$1', 'ClassName')`}::${2:memberFunction}(${3}) {
		${0}
	}
# member function implementation without parameters
snippet dmfun0
	/*! \brief ${4:Brief function description here}
	 *
	 *  ${5:Detailed description}
	 *
	 * \return ${6:Return parameter description}
	 */
	${3:void} ${1:`vim_snippets#Filename('$1', 'ClassName')`}::${2:memberFunction}() {
		${0}
	}
# member function implementation with one parameter
snippet dmfun1
	/*! \brief ${6:Brief function description here}
	 *
	 *  ${7:Detailed description}
	 *
	 * \param $4 ${8:Parameter description}
	 * \return ${9:Return parameter description}
	 */
	${5:void} ${1:`vim_snippets#Filename('$1', 'ClassName')`}::${2:memberFunction}(${3:Type} ${4:Parameter}) {
		${0}
	}
# member function implementation with two parameter
snippet dmfun2
	/*! \brief ${8:Brief function description here}
	 *
	 *  ${9:Detailed description}
	 *
	 * \param $4 ${10:Parameter description}
	 * \param $6 ${11:Parameter description}
	 * \return ${12:Return parameter description}
	 */
	${7:void} ${1:`vim_snippets#Filename('$1', 'ClassName')`}::${2:memberFunction}(${3:Type} ${4:Parameter},${5:Type} ${6:Parameter}) {
		${0}
	}
# namespace
snippet ns
	namespace ${1:`vim_snippets#Filename('', 'my')`} {
		${0}
	} /* namespace $1 */
snippet ans
	namespace {
		${0}
	}
##
## Input/Output
# std::cout
snippet cout
	std::cout << ${1} << std::endl;
# std::cin
snippet cin
	std::cin >> ${1};
##
## Casts
# static
snippet sca
	static_cast<${1:unsigned}>(${2:expr})${3}
# dynamic
snippet dca
	dynamic_cast<${1:unsigned}>(${2:expr})${3}
# reinterpret
snippet rca
	reinterpret_cast<${1:unsigned}>(${2:expr})${3}
# const
snippet cca
	const_cast<${1:unsigned}>(${2:expr})${3}
## Iteration
# for i
snippet fori
	for (int ${2:i} = 0; $2 < ${1:count}; $2${3:++}) {
		${4}
	}

# foreach
snippet fore
	for (${1:auto} ${2:i} : ${3:container}) {
		${4}
	}
# iterator
snippet iter
	for (${1:std::vector}<${2:type}>::${3:const_iterator} ${4:i} = ${5:container}.begin(); $4 != $5.end(); ++$4) {
		${6}
	}

# auto iterator
snippet itera
	for (auto ${1:i} = ${2:container}.begin(); $1 != $2.end(); ++$1) {
		${3:std::cout << *$1 << std::endl;}
	}
##
## Lambdas
# lamda (one line)
snippet ld
	[${1}](${2}){${3}};
# lambda (multi-line)
snippet lld
	[${1}](${2}){
		${3}
	};
# snippets exception
snippet try
	try {

	}catch(${1}) {

	}
# auto function
snippet af auto function
	auto ${1:name}(${2}) -> ${3:void}
	{
		${0}
	};
# Range-v3 transform
snippet transform "ranges::views::transform"
	${1:${2:std::}${3:ranges::}views::}transform($4)
# Range-v3 transform
snippet filter "ranges::views::filter"
	${1:${2:std::}${3:ranges::}views::}filter($4)
# Range-v3 ranges::
snippet r "ranges::"
	ranges::
# Range-v3 ranges::views::
snippet rv "ranges::views::"
	ranges::views::
# Range-v3 ranges::actions::
snippet ra "ranges::actions::"
	ranges::actions::
# STL std::ranges::
snippet sr "std::ranges::"
	std::ranges::
# STL std::views::
snippet sv "std::views::"
	std::views::
##
## Tests
# GTest:add main
snippet gtemain "GTest:add main"
	int main(int argc, char **argv) {
		testing::InitGoogleTest(&argc, argv);
		return RUN_ALL_TESTS();
	}
# GTest:add test
snippet gtetest "GTest:add test"
	TEST(${1:SuiteName}, ${2:TestName}) {
		${0}
	}
# GTest:add fixture
snippet gtefix "GTest:add fixture"
	TEST_F(${1:SuiteName}, ${2:TestName}) {
		${0}
	}
# GTest:add parameterized test
snippet gtepar "GTest:add parameterized test"
	TEST_P(${1:SuiteName}, ${2:TestName}) {
		${0}
	}
# GTest:instantiate parameterized test
snippet gteparins "GTest:instantiate parameterized test"
	INSTANTIATE_TEST_SUITE_P(${1:InstantiationName}, ${2:SuiteName}, ${0});