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boost/libs/poly_collection/test/test_algorithm_impl.hpp
Edouard DUPIN d0115b733d [DEV] add v1.76.0
2021-10-05 21:37:46 +02:00

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/* Copyright 2016-2020 Joaquin M Lopez Munoz.
* Distributed under the Boost Software License, Version 1.0.
* (See accompanying file LICENSE_1_0.txt or copy at
* http://www.boost.org/LICENSE_1_0.txt)
*
* See http://www.boost.org/libs/poly_collection for library home page.
*/
#ifndef BOOST_POLY_COLLECTION_TEST_TEST_ALGORITHM_IMPL_HPP
#define BOOST_POLY_COLLECTION_TEST_TEST_ALGORITHM_IMPL_HPP
#if defined(_MSC_VER)
#pragma once
#endif
#include <algorithm>
#include <boost/config.hpp>
#include <boost/core/lightweight_test.hpp>
#include <boost/detail/workaround.hpp>
#include <boost/iterator/function_output_iterator.hpp>
#include <boost/poly_collection/algorithm.hpp>
#include <functional>
#include <iterator>
#include <random>
#include <type_traits>
#include <utility>
#include <vector>
#include "test_utilities.hpp"
using namespace test_utilities;
#if BOOST_WORKAROUND(BOOST_MSVC,>=1910)
/* https://lists.boost.org/Archives/boost/2017/06/235687.php */
#define DEFINE_ALGORITHM(name,f) \
template<typename... Ts> \
struct name \
{ \
template<typename... Args> \
auto operator()(Args&&... args)const \
{ \
return f<Ts...>(std::forward<Args>(args)...); \
} \
};
#elif BOOST_WORKAROUND(BOOST_GCC_VERSION,<50200)
/* problem here is with return type containing <Ts...> */
#define DEFINE_ALGORITHM(name,f) \
template<typename... Ts> \
struct name \
{ \
template<typename... Args> \
auto operator()(Args&&... args)const-> \
decltype(f(std::forward<Args>(args)...)) \
{ \
return f<Ts...>(std::forward<Args>(args)...); \
} \
};
#else
#define DEFINE_ALGORITHM(name,f) \
template<typename... Ts> \
struct name \
{ \
template<typename... Args> \
auto operator()(Args&&... args)const-> \
decltype(f<Ts...>(std::forward<Args>(args)...)) \
{ \
return f<Ts...>(std::forward<Args>(args)...); \
} \
};
#endif
DEFINE_ALGORITHM(std_all_of,std::all_of)
DEFINE_ALGORITHM(poly_all_of,boost::poly_collection::all_of)
DEFINE_ALGORITHM(std_any_of,std::any_of)
DEFINE_ALGORITHM(poly_any_of,boost::poly_collection::any_of)
DEFINE_ALGORITHM(std_none_of,std::none_of)
DEFINE_ALGORITHM(poly_none_of,boost::poly_collection::none_of)
DEFINE_ALGORITHM(std_for_each,std::for_each)
DEFINE_ALGORITHM(poly_for_each,boost::poly_collection::for_each)
DEFINE_ALGORITHM(poly_for_each_n,boost::poly_collection::for_each_n)
DEFINE_ALGORITHM(std_find,std::find)
DEFINE_ALGORITHM(poly_find,boost::poly_collection::find)
DEFINE_ALGORITHM(std_find_if,std::find_if)
DEFINE_ALGORITHM(poly_find_if,boost::poly_collection::find_if)
DEFINE_ALGORITHM(std_find_if_not,std::find_if_not)
DEFINE_ALGORITHM(poly_find_if_not,boost::poly_collection::find_if_not)
DEFINE_ALGORITHM(std_find_end,std::find_end)
DEFINE_ALGORITHM(poly_find_end,boost::poly_collection::find_end)
DEFINE_ALGORITHM(std_find_first_of,std::find_first_of)
DEFINE_ALGORITHM(poly_find_first_of,boost::poly_collection::find_first_of)
DEFINE_ALGORITHM(std_adjacent_find,std::adjacent_find)
DEFINE_ALGORITHM(poly_adjacent_find,boost::poly_collection::adjacent_find)
DEFINE_ALGORITHM(std_count,std::count)
DEFINE_ALGORITHM(poly_count,boost::poly_collection::count)
DEFINE_ALGORITHM(std_count_if,std::count_if)
DEFINE_ALGORITHM(poly_count_if,boost::poly_collection::count_if)
DEFINE_ALGORITHM(std_cpp11_mismatch,std::mismatch) /* note std_cpp11 prefix */
DEFINE_ALGORITHM(poly_mismatch,boost::poly_collection::mismatch)
DEFINE_ALGORITHM(std_cpp11_equal,std::equal) /* note std_cpp11 prefix */
DEFINE_ALGORITHM(poly_equal,boost::poly_collection::equal)
DEFINE_ALGORITHM(std_cpp11_is_permutation,std::is_permutation) /* std_cpp11 */
DEFINE_ALGORITHM(poly_is_permutation,boost::poly_collection::is_permutation)
DEFINE_ALGORITHM(std_search,std::search)
DEFINE_ALGORITHM(poly_search,boost::poly_collection::search)
DEFINE_ALGORITHM(std_search_n,std::search_n)
DEFINE_ALGORITHM(poly_search_n,boost::poly_collection::search_n)
DEFINE_ALGORITHM(std_copy,std::copy)
DEFINE_ALGORITHM(poly_copy,boost::poly_collection::copy)
DEFINE_ALGORITHM(std_copy_n,std::copy_n)
DEFINE_ALGORITHM(poly_copy_n,boost::poly_collection::copy_n)
DEFINE_ALGORITHM(std_copy_if,std::copy_if)
DEFINE_ALGORITHM(poly_copy_if,boost::poly_collection::copy_if)
DEFINE_ALGORITHM(std_move,std::move)
DEFINE_ALGORITHM(poly_move,boost::poly_collection::move)
DEFINE_ALGORITHM(std_transform,std::transform)
DEFINE_ALGORITHM(poly_transform,boost::poly_collection::transform)
DEFINE_ALGORITHM(std_replace_copy,std::replace_copy)
DEFINE_ALGORITHM(poly_replace_copy,boost::poly_collection::replace_copy)
DEFINE_ALGORITHM(std_replace_copy_if,std::replace_copy_if)
DEFINE_ALGORITHM(poly_replace_copy_if,boost::poly_collection::replace_copy_if)
DEFINE_ALGORITHM(std_remove_copy,std::remove_copy)
DEFINE_ALGORITHM(poly_remove_copy,boost::poly_collection::remove_copy)
DEFINE_ALGORITHM(std_remove_copy_if,std::remove_copy_if)
DEFINE_ALGORITHM(poly_remove_copy_if,boost::poly_collection::remove_copy_if)
DEFINE_ALGORITHM(std_unique_copy,std::unique_copy)
DEFINE_ALGORITHM(poly_unique_copy,boost::poly_collection::unique_copy)
DEFINE_ALGORITHM(poly_sample,boost::poly_collection::sample)
DEFINE_ALGORITHM(std_rotate_copy,std::rotate_copy)
DEFINE_ALGORITHM(poly_rotate_copy,boost::poly_collection::rotate_copy)
DEFINE_ALGORITHM(std_is_partitioned,std::is_partitioned)
DEFINE_ALGORITHM(poly_is_partitioned,boost::poly_collection::is_partitioned)
DEFINE_ALGORITHM(std_partition_copy,std::partition_copy)
DEFINE_ALGORITHM(poly_partition_copy,boost::poly_collection::partition_copy)
DEFINE_ALGORITHM(std_partition_point,std::partition_point)
DEFINE_ALGORITHM(poly_partition_point,boost::poly_collection::partition_point)
template<typename...>
struct std_for_each_n
{
/* implemented here as the algorithm is C++17 */
template<typename InputIterator,typename Size,typename Function>
InputIterator operator()(InputIterator first,Size n,Function f)const
{
for(;n>0;++first,(void)--n)f(*first);
return first;
}
};
template<typename... Ts>
struct std_mismatch:std_cpp11_mismatch<Ts...>
{
using std_cpp11_mismatch<Ts...>::operator();
/* C++14 variants */
template<typename InputIterator1,typename InputIterator2>
std::pair<InputIterator1,InputIterator2> operator()(
InputIterator1 first1,InputIterator1 last1,
InputIterator2 first2,InputIterator2 last2)const
{
while(first1!=last1&&first2!=last2&&*first1==*first2){
++first1;
++first2;
}
return {first1,first2};
}
template<typename InputIterator1,typename InputIterator2,typename Predicate>
std::pair<InputIterator1,InputIterator2> operator()(
InputIterator1 first1,InputIterator1 last1,
InputIterator2 first2,InputIterator2 last2,Predicate pred)const
{
while(first1!=last1&&first2!=last2&&pred(*first1,*first2)){
++first1;
++first2;
}
return {first1,first2};
}
};
template<typename... Ts>
struct std_equal:std_cpp11_equal<Ts...>
{
using std_cpp11_equal<Ts...>::operator();
/* C++14 variants */
template<typename InputIterator1,typename InputIterator2>
bool operator()(
InputIterator1 first1,InputIterator1 last1,
InputIterator2 first2,InputIterator2 last2)const
{
for(;first1!=last1&&first2!=last2;++first1,++first2){
if(!(*first1==*first2))return false;
}
return first1==last1&&first2==last2;
}
template<typename InputIterator1,typename InputIterator2,typename Predicate>
bool operator()(
InputIterator1 first1,InputIterator1 last1,
InputIterator2 first2,InputIterator2 last2,Predicate pred)const
{
for(;first1!=last1&&first2!=last2;++first1,++first2){
if(!pred(*first1,*first2))return false;
}
return first1==last1&&first2==last2;
}
};
template<typename... Ts>
struct std_is_permutation:std_cpp11_is_permutation<Ts...>
{
using std_cpp11_is_permutation<Ts...>::operator();
/* The implementation of predicate-based std::is_permutation in GCC<=4.8
* version of libstdc++-v3 incorrectly triggers the instantiation of
* ForwardIterator2::value_type, which fails when this is an abstract class.
* The implementation below ripped from libc++ source code.
*/
template<
typename ForwardIterator1,typename ForwardIterator2,typename Predicate
>
bool operator()(
ForwardIterator1 first1,ForwardIterator1 last1,
ForwardIterator2 first2,Predicate pred)const
{
using difference_type=
typename std::iterator_traits<ForwardIterator1>::difference_type;
for(;first1!=last1;++first1,(void)++first2){
if(!pred(*first1,*first2))goto not_done;
}
return true;
not_done:
difference_type l1=std::distance(first1,last1);
if(l1==difference_type(1))return false;
ForwardIterator2 last2=std::next(first2,l1);
for(ForwardIterator1 i=first1;i!= last1;++i){
for(ForwardIterator1 j=first1;j!=i;++j)if(pred(*j,*i))goto next_iter;
{
difference_type c2=0;
for(ForwardIterator2 j=first2;j!=last2;++j)if(pred(*i,*j))++c2;
if(c2==0)return false;
difference_type c1=1;
for(ForwardIterator1 j=std::next(i);j!=last1;++j)if(pred(*i,*j))++c1;
if(c1!=c2)return false;
}
next_iter:;
}
return true;
}
/* C++14 variants */
template<typename ForwardIterator1,typename ForwardIterator2>
bool operator()(
ForwardIterator1 first1,ForwardIterator1 last1,
ForwardIterator2 first2,ForwardIterator2 last2)const
{
if(std::distance(first1,last1)!=std::distance(first2,last2))return false;
return (*this)(first1,last1,first2);
}
template<
typename ForwardIterator1,typename ForwardIterator2,typename Predicate
>
bool operator()(
ForwardIterator1 first1,ForwardIterator1 last1,
ForwardIterator2 first2,ForwardIterator2 last2,Predicate pred)const
{
if(std::distance(first1,last1)!=std::distance(first2,last2))return false;
return (*this)(first1,last1,first2,pred);
}
};
template<typename...>
struct std_sample
{
/* Implemented here as the algorithm is C++17 and because we need to control
* the implementation to do white-box testing. Only the ForwardIterator
* version required.
*/
template<
typename ForwardIterator,typename OutputIterator,
typename Distance, typename UniformRandomBitGenerator
>
OutputIterator operator()(
ForwardIterator first,ForwardIterator last,
OutputIterator res, Distance n,UniformRandomBitGenerator&& g)const
{
Distance m=std::distance(first,last);
for(n=(std::min)(n,m);n!=0;++first){
auto r=std::uniform_int_distribution<Distance>(0,--m)(g);
if (r<n){
*res++=*first;
--n;
}
}
return res;
}
};
template<
typename ControlAlgorithm,typename Algorithm,
typename PolyCollection,typename... Args
>
void test_algorithm(PolyCollection& p,Args&&... args)
{
Algorithm alg;
ControlAlgorithm control;
for(auto first=p.begin(),end=p.end();;++first){
for(auto last=first;;++last){
BOOST_TEST(
alg(first,last,std::forward<Args>(args)...)==
control(first,last,std::forward<Args>(args)...));
if(last==end)break;
}
if(first==end)break;
}
}
template<
typename ControlAlgorithm,typename... Algorithms,
typename PolyCollection,typename... Args
>
void test_algorithms(PolyCollection& p,Args&&... args)
{
do_((test_algorithm<ControlAlgorithm,Algorithms>(
p,std::forward<Args>(args)...),0)...);
do_((test_algorithm<ControlAlgorithm,Algorithms>(
const_cast<const PolyCollection&>(p),std::forward<Args>(args)...),0)...);
}
template<
typename ControlAlgorithm,typename... Algorithms,
typename PolyCollection,typename... Args
>
void test_algorithms_with_equality_impl(
std::true_type,PolyCollection& p,Args&&... args)
{
test_algorithms<ControlAlgorithm,Algorithms...>(
p,std::forward<Args>(args)...);
}
template<
typename ControlAlgorithm,typename... Algorithm,
typename PolyCollection,typename... Args
>
void test_algorithms_with_equality_impl(
std::false_type,PolyCollection&,Args&&...)
{
}
template<
typename ControlAlgorithm,typename... Algorithms,
typename PolyCollection,typename... Args
>
void test_algorithms_with_equality(PolyCollection& p,Args&&... args)
{
test_algorithms_with_equality_impl<ControlAlgorithm,Algorithms...>(
is_equality_comparable<typename PolyCollection::value_type>{},
p,std::forward<Args>(args)...);
}
template<
typename ControlAlgorithm,typename Algorithm,
typename ToInt,typename PolyCollection
>
void test_for_each_n_algorithm(ToInt to_int,PolyCollection& p)
{
Algorithm alg;
ControlAlgorithm control;
for(auto first=p.begin(),end=p.end();;++first){
for(auto n=std::distance(first,end);n>=0;--n){
int res1=0,res2=0;
auto acc1=compose(to_int,[&](int x){res1+=x;});
auto acc2=compose(to_int,[&](int x){res2+=x;});
auto it1=alg(first,n,acc1),
it2=control(first,n,acc2);
BOOST_TEST(it1==it2);
BOOST_TEST(res1==res2);
}
if(first==end)break;
}
}
template<
typename ControlAlgorithm,typename... Algorithms,
typename ToInt,typename PolyCollection
>
void test_for_each_n_algorithms(ToInt to_int,PolyCollection& p)
{
do_((test_for_each_n_algorithm<ControlAlgorithm,Algorithms>(
to_int,p),0)...);
do_((test_for_each_n_algorithm<ControlAlgorithm,Algorithms>(
to_int,const_cast<const PolyCollection&>(p)),0)...);
}
template<
typename ControlAlgorithm,typename Algorithm,
typename ToInt,typename PolyCollection,typename... Args
>
void test_copy_algorithm(ToInt to_int,PolyCollection& p,Args&&... args)
{
Algorithm alg;
ControlAlgorithm control;
for(auto first=p.begin(),end=p.end();;++first){
for(auto last=first;;++last){
using vector=std::vector<int>;
vector v1,v2;
auto insert1=compose(to_int,[&](int x){v1.push_back(x);});
auto insert2=compose(to_int,[&](int x){v2.push_back(x);});
auto out1=boost::make_function_output_iterator(std::ref(insert1));
auto out2=boost::make_function_output_iterator(std::ref(insert2));
out1=alg(first,last,out1,std::forward<Args>(args)...);
out2=control(first,last,out2,std::forward<Args>(args)...);
BOOST_TEST(v1==v2);
if(last==end)break;
}
if(first==end)break;
}
}
template<
typename ControlAlgorithm,typename... Algorithms,
typename ToInt,typename PolyCollection,typename... Args
>
void test_copy_algorithms(ToInt to_int,PolyCollection& p,Args&&... args)
{
do_((test_copy_algorithm<ControlAlgorithm,Algorithms>(
to_int,p,std::forward<Args>(args)...),0)...);
do_((test_copy_algorithm<ControlAlgorithm,Algorithms>(
to_int,const_cast<const PolyCollection&>(p),
std::forward<Args>(args)...),0)...);
}
template<
typename ControlAlgorithm,typename... Algorithms,
typename ToInt,typename PolyCollection,typename... Args
>
void test_copy_algorithms_with_equality_impl(
std::true_type,ToInt to_int,PolyCollection& p,Args&&... args)
{
test_copy_algorithms<ControlAlgorithm,Algorithms...>(
to_int,p,std::forward<Args>(args)...);
}
template<
typename ControlAlgorithm,typename... Algorithm,
typename ToInt,typename PolyCollection,typename... Args
>
void test_copy_algorithms_with_equality_impl(
std::false_type,ToInt,PolyCollection&,Args&&...)
{
}
template<
typename ControlAlgorithm,typename... Algorithms,
typename ToInt,typename PolyCollection,typename... Args
>
void test_copy_algorithms_with_equality(
ToInt to_int,PolyCollection& p,Args&&... args)
{
test_copy_algorithms_with_equality_impl<ControlAlgorithm,Algorithms...>(
is_equality_comparable<typename PolyCollection::value_type>{},
to_int,p,std::forward<Args>(args)...);
}
template<
typename ControlAlgorithm,typename Algorithm,
typename ToInt,typename PolyCollection,typename... Args
>
void test_copy_n_algorithm(ToInt to_int,PolyCollection& p,Args&&... args)
{
Algorithm alg;
ControlAlgorithm control;
for(auto first=p.begin(),end=p.end();;++first){
for(std::ptrdiff_t n=0,m=std::distance(first,end);n<=m;++n){
using vector=std::vector<int>;
vector v1,v2;
auto insert1=compose(to_int,[&](int x){v1.push_back(x);});
auto insert2=compose(to_int,[&](int x){v2.push_back(x);});
auto out1=boost::make_function_output_iterator(std::ref(insert1));
auto out2=boost::make_function_output_iterator(std::ref(insert2));
alg(first,n,out1,std::forward<Args>(args)...);
control(first,n,out2,std::forward<Args>(args)...);
BOOST_TEST(v1==v2);
}
if(first==end)break;
}
}
template<
typename ControlAlgorithm,typename... Algorithms,
typename ToInt,typename PolyCollection,typename... Args
>
void test_copy_n_algorithms(ToInt to_int,PolyCollection& p,Args&&... args)
{
do_((test_copy_n_algorithm<ControlAlgorithm,Algorithms>(
to_int,p,std::forward<Args>(args)...),0)...);
do_((test_copy_n_algorithm<ControlAlgorithm,Algorithms>(
to_int,const_cast<const PolyCollection&>(p),
std::forward<Args>(args)...),0)...);
}
template<
typename ControlAlgorithm,typename Algorithm,
typename ToInt,typename PolyCollection
>
void test_transform2_algorithm(ToInt to_int,PolyCollection& p)
{
Algorithm alg;
ControlAlgorithm control;
for(auto first=p.begin(),end=p.end();;++first){
for(auto last=first;;++last){
using vector=std::vector<int>;
auto op=compose_all(to_int,[](int x,int y){return x+y;});
vector v1,v2;
auto insert1=[&](int x){v1.push_back(x);};
auto insert2=[&](int x){v2.push_back(x);};
auto out1=boost::make_function_output_iterator(std::ref(insert1));
auto out2=boost::make_function_output_iterator(std::ref(insert2));
out1=alg(first,last,p.begin(),out1,op);
out2=control(first,last,p.begin(),out2,op);
BOOST_TEST(v1==v2);
if(last==end)break;
}
if(first==end)break;
}
}
template<
typename ControlAlgorithm,typename... Algorithms,
typename ToInt,typename PolyCollection
>
void test_transform2_algorithms(ToInt to_int,PolyCollection& p)
{
do_((test_transform2_algorithm<ControlAlgorithm,Algorithms>(
to_int,p),0)...);
do_((test_transform2_algorithm<ControlAlgorithm,Algorithms>(
to_int,const_cast<const PolyCollection&>(p)),0)...);
}
template<
typename ControlAlgorithm,typename Algorithm,
typename ToInt,typename PolyCollection
>
void test_rotate_copy_algorithm(ToInt to_int,PolyCollection& p)
{
Algorithm alg;
ControlAlgorithm control;
for(auto first=p.begin(),end=p.end();;++first){
for(auto last=first;;++last){
for(auto middle=first;;++middle){
using vector=std::vector<int>;
vector v1,v2;
auto insert1=compose(to_int,[&](int x){v1.push_back(x);});
auto insert2=compose(to_int,[&](int x){v2.push_back(x);});
auto out1=boost::make_function_output_iterator(std::ref(insert1));
auto out2=boost::make_function_output_iterator(std::ref(insert2));
out1=alg(first,middle,last,out1);
out2=control(first,middle,last,out2);
BOOST_TEST(v1==v2);
if(middle==last)break;
}
if(last==end)break;
}
if(first==end)break;
}
}
template<
typename ControlAlgorithm,typename... Algorithms,
typename ToInt,typename PolyCollection
>
void test_rotate_copy_algorithms(ToInt to_int,PolyCollection& p)
{
do_((test_rotate_copy_algorithm<ControlAlgorithm,Algorithms>(
to_int,p),0)...);
do_((test_rotate_copy_algorithm<ControlAlgorithm,Algorithms>(
to_int,const_cast<const PolyCollection&>(p)),0)...);
}
template<
typename ControlAlgorithm,typename Algorithm,
typename ToInt,typename PolyCollection,typename Predicate
>
void test_partition_copy_algorithm(
ToInt to_int,PolyCollection& p,Predicate pred)
{
Algorithm alg;
ControlAlgorithm control;
for(auto first=p.begin(),end=p.end();;++first){
for(auto last=first;;++last){
using vector=std::vector<int>;
vector v11,v12,v21,v22;
auto insert11=compose(to_int,[&](int x){v11.push_back(x);});
auto insert12=compose(to_int,[&](int x){v12.push_back(x);});
auto insert21=compose(to_int,[&](int x){v21.push_back(x);});
auto insert22=compose(to_int,[&](int x){v22.push_back(x);});
auto out11=boost::make_function_output_iterator(std::ref(insert11));
auto out12=boost::make_function_output_iterator(std::ref(insert12));
auto out21=boost::make_function_output_iterator(std::ref(insert21));
auto out22=boost::make_function_output_iterator(std::ref(insert22));
std::tie(out11,out12)=alg(first,last,out11,out12,pred);
std::tie(out21,out22)=control(first,last,out21,out22,pred);
BOOST_TEST(v11==v21);
BOOST_TEST(v12==v22);
if(last==end)break;
}
if(first==end)break;
}
}
template<
typename ControlAlgorithm,typename... Algorithms,
typename ToInt,typename PolyCollection,typename Predicate
>
void test_partition_copy_algorithms(
ToInt to_int,PolyCollection& p,Predicate pred)
{
do_((test_partition_copy_algorithm<ControlAlgorithm,Algorithms>(
to_int,p,pred),0)...);
do_((test_partition_copy_algorithm<ControlAlgorithm,Algorithms>(
to_int,const_cast<const PolyCollection&>(p),pred),0)...);
}
template<typename ToInt>
struct poly_accumulator_class
{
poly_accumulator_class(const ToInt& to_int):res{0},to_int(to_int){}
bool operator==(const poly_accumulator_class& x)const{return res==x.res;}
template<typename T> void operator()(const T& x){res+=to_int(x);}
int res;
ToInt to_int;
};
template<typename ToInt>
poly_accumulator_class<ToInt> poly_accumulator(const ToInt& to_int)
{
return to_int;
}
template<typename Algorithm>
struct force_arg_copying
{
Algorithm alg;
template<typename T>
static T copy(const T& x){return x;}
template<typename... Args>
auto operator()(Args&&... args)const
->decltype(std::declval<Algorithm>()(copy(args)...))
{
return alg(copy(args)...);
}
};
template<
typename PolyCollection,typename ValueFactory,typename ToInt,
typename... Types
>
void test_algorithm()
{
PolyCollection p;
ValueFactory v;
ToInt to_int;
fill<constraints<>,Types...>(p,v,2);
{
auto always_true=compose(to_int,[](int){return true;});
auto always_false=compose(to_int,[](int){return false;});
auto pred=compose(to_int,[](int x){return x%2==0;});
test_algorithms<std_all_of<>,poly_all_of<>,poly_all_of<Types...>>(
p,always_true);
test_algorithms<std_all_of<>,poly_all_of<>,poly_all_of<Types...>>(
p,always_false);
test_algorithms<std_all_of<>,poly_all_of<>,poly_all_of<Types...>>(
p,pred);
test_algorithms<std_any_of<>,poly_any_of<>,poly_any_of<Types...>>(
p,always_true);
test_algorithms<std_any_of<>,poly_any_of<>,poly_any_of<Types...>>(
p,always_false);
test_algorithms<std_any_of<>,poly_any_of<>,poly_any_of<Types...>>(
p,pred);
test_algorithms<std_none_of<>,poly_none_of<>,poly_none_of<Types...>>(
p,always_true);
test_algorithms<std_none_of<>,poly_none_of<>,poly_none_of<Types...>>(
p,always_false);
test_algorithms<std_none_of<>,poly_none_of<>,poly_none_of<Types...>>(
p,pred);
}
{
test_algorithms<std_for_each<>,poly_for_each<>,poly_for_each<Types...>>(
p,poly_accumulator(to_int));
test_for_each_n_algorithms<
std_for_each_n<>,poly_for_each_n<>,poly_for_each_n<Types...>
>(to_int,p);
}
{
for(const auto& x:p){
test_algorithms_with_equality<
std_find<>,poly_find<>,only_eq_comparable<poly_find,Types...>
>(p,x);
}
}
{
auto it=p.begin();
std::advance(it,p.size()/2);
int n=to_int(*it);
auto pred=compose(to_int,[=](int x){return x==n;});
test_algorithms<std_find_if<>,poly_find_if<>,poly_find_if<Types...>>(
p,pred);
test_algorithms<
std_find_if_not<>,poly_find_if_not<>,poly_find_if_not<Types...>
>(p,pred);
}
{
auto first=p.begin(),end=first;
std::advance(end,+p.size()/2);
for(;first!=end;++first){
test_algorithms_with_equality<
std_find_end<>,poly_find_end<>,
only_eq_comparable<poly_find_end,Types...>
>(p,first,end);
test_algorithms_with_equality<
std_search<>,poly_search<>,
only_eq_comparable<poly_search,Types...>
>(p,first,end);
}
}
{
std::vector<int> v;
for(const auto& x:p)v.push_back(to_int(x));
v.erase(v.begin()+v.size()/2,v.end());
for(auto first=v.begin(),end=v.begin()+v.size()/2;first!=end;++first){
for(int i=1;i<4;++i){
auto pred=compose(to_int,[&](int x,int y){return x%i==y%i;});
test_algorithms<
std_find_end<>,poly_find_end<>,poly_find_end<Types...>
>(p,first,end,pred);
test_algorithms<std_search<>,poly_search<>,poly_search<Types...>>(
p,first,end,pred);
}
}
}
{
using value_type=typename PolyCollection::value_type;
using vector=std::vector<std::reference_wrapper<const value_type>>;
vector v;
for(const auto& x:p){
switch(v.size()%3){
case 0:v.push_back(x);break;
case 1:v.push_back(*p.begin());break;
default:{}
}
}
for(auto first=v.begin(),end=v.end();;++first){
for(auto last=first;;++last){
test_algorithms_with_equality<
std_find_first_of<>,poly_find_first_of<>,
only_eq_comparable<poly_find_first_of,Types...>
>(p,first,last);
if(last==end)break;
}
if(first==end)break;
}
}
{
std::vector<int> v;
for(const auto& x:p){
switch(v.size()%3){
case 0:v.push_back(to_int(x));break;
case 1:v.push_back(-1);break;
default:{}
}
}
for(auto first=v.begin(),end=v.end();;++first){
for(auto last=first;;++last){
test_algorithms<
std_find_first_of<>,poly_find_first_of<>,poly_find_first_of<Types...>
>(p,first,last,compose(to_int,std::equal_to<int>{}));
if(last==end)break;
}
if(first==end)break;
}
}
{
test_algorithms_with_equality<
std_adjacent_find<>,poly_adjacent_find<>,
only_eq_comparable<poly_adjacent_find,Types...>
>(p);
}
{
std::vector<int> v;
for(const auto& x:p)v.push_back(to_int(x));
v.push_back(-1);
for(auto first=v.begin(),end=v.end()-1;first!=end;++first){
int n1=*first,n2=*(first+1);
test_algorithms<
std_adjacent_find<>,poly_adjacent_find<>,poly_adjacent_find<Types...>
>(p,compose_all(to_int,[=](int x,int y){return x==n1&&y==n2;}));
}
}
{
for(const auto& x:p){
test_algorithms_with_equality<
std_count<>,poly_count<>,only_eq_comparable<poly_count,Types...>
>(p,x);
}
}
{
for(int i=1;i<4;++i){
test_algorithms<std_count_if<>,poly_count_if<>,poly_count_if<Types...>>(
p,compose(to_int,[&](int x){return x%i==0;}));
}
}
{
using value_type=typename PolyCollection::value_type;
using vector=std::vector<std::reference_wrapper<const value_type>>;
vector v;
for(const auto& x:p)v.push_back(x);
v.back()=v.front();
auto w=v;
v.insert(v.end(),w.begin(),w.end());
for(auto first=v.begin(),end=v.begin()+v.size()/2;first!=end;++first){
test_algorithms_with_equality<
std_mismatch<>,poly_mismatch<>,
only_eq_comparable<poly_mismatch,Types...>
>(p,first);
test_algorithms_with_equality<
std_mismatch<>,poly_mismatch<>,
only_eq_comparable<poly_mismatch,Types...>
>(p,first,end);
test_algorithms_with_equality<
std_equal<>,poly_equal<>,only_eq_comparable<poly_equal,Types...>
>(p,first);
test_algorithms_with_equality<
std_equal<>,poly_equal<>,only_eq_comparable<poly_equal,Types...>
>(p,first,end);
}
test_algorithms_with_equality<
std_mismatch<>,poly_mismatch<>,only_eq_comparable<poly_mismatch,Types...>
>(p,v.end(),v.end());
test_algorithms_with_equality<
std_equal<>,poly_equal<>,only_eq_comparable<poly_equal,Types...>
>(p,v.end(),v.end());
}
{
std::vector<int> v;
for(const auto& x:p)v.push_back(to_int(x));
v.back()=-1;
auto w=v;
v.insert(v.end(),w.begin(),w.end());
auto pred=compose(to_int,std::equal_to<int>{});
for(auto first=v.begin(),end=v.begin()+v.size()/2;first!=end;++first){
test_algorithms<std_mismatch<>,poly_mismatch<>,poly_mismatch<Types...>>(
p,first,pred);
test_algorithms<std_mismatch<>,poly_mismatch<>,poly_mismatch<Types...>>(
p,first,end,pred);
test_algorithms<std_equal<>,poly_equal<>,poly_equal<Types...>>(
p,first,pred);
test_algorithms<std_equal<>,poly_equal<>,poly_equal<Types...>>(
p,first,end,pred);
}
test_algorithms<std_mismatch<>,poly_mismatch<>,poly_mismatch<Types...>>(
p,v.end(),v.end(),pred);
test_algorithms<std_equal<>,poly_equal<>,poly_equal<Types...>>(
p,v.end(),v.end(),pred);
}
{
using value_type=typename PolyCollection::value_type;
using vector=std::vector<std::reference_wrapper<const value_type>>;
vector v;
for(const auto& x:p)v.push_back(x);
auto w=v;
std::mt19937 gen{73642};
std::shuffle(w.begin(),w.end(),gen);
v.insert(v.end(),w.begin(),w.end());
auto pred=compose_all(to_int,std::equal_to<int>{});
for(auto first=unwrap_iterator(v.begin()),
end=unwrap_iterator(v.begin()+v.size()/2);first!=end;++first){
test_algorithms_with_equality<
std_is_permutation<>,
poly_is_permutation<>,
only_eq_comparable<poly_is_permutation,Types...>
>(p,first);
test_algorithms<
std_is_permutation<>,
poly_is_permutation<>,poly_is_permutation<Types...>
>(p,first,pred);
test_algorithms_with_equality<
std_is_permutation<>,
poly_is_permutation<>,
only_eq_comparable<poly_is_permutation,Types...>
>(p,first,end);
test_algorithms<
std_is_permutation<>,
poly_is_permutation<>,poly_is_permutation<Types...>
>(p,first,end,pred);
}
test_algorithms_with_equality<
std_is_permutation<>,
poly_is_permutation<>,
only_eq_comparable<poly_is_permutation,Types...>
>(p,unwrap_iterator(v.end()),unwrap_iterator(v.end()));
test_algorithms<
std_is_permutation<>,
poly_is_permutation<>,poly_is_permutation<Types...>
>(p,unwrap_iterator(v.end()),unwrap_iterator(v.end()),pred);
}
{
/* search tested above */
}
{
for(const auto&x: p){
for(int n=0;n<3;++n){
test_algorithms_with_equality<
std_search_n<>,poly_search_n<>,
only_eq_comparable<poly_search_n,Types...>
>(p,n,x);
}
}
}
{
for(int n=0;n<6;++n){
test_algorithms<std_search_n<>,poly_search_n<>,poly_search_n<Types...>>(
p,n,0,compose(to_int,[&](int x,int y){return x%(6-n)==y%(6-n);}));
}
}
{
test_copy_algorithms<std_copy<>,poly_copy<>,poly_copy<Types...>>(
to_int,p);
}
{
test_copy_n_algorithms<std_copy_n<>,poly_copy_n<>,poly_copy_n<Types...>>(
to_int,p);
}
{
auto always_true=compose(to_int,[](int){return true;});
auto always_false=compose(to_int,[](int){return false;});
auto pred=compose(to_int,[](int x){return x%2==0;});
test_copy_algorithms<std_copy_if<>,poly_copy_if<>,poly_copy_if<Types...>>(
to_int,p,always_true);
test_copy_algorithms<std_copy_if<>,poly_copy_if<>,poly_copy_if<Types...>>(
to_int,p,always_false);
test_copy_algorithms<std_copy_if<>,poly_copy_if<>,poly_copy_if<Types...>>(
to_int,p,pred);
}
{
test_copy_algorithms<std_move<>,poly_move<>,poly_move<Types...>>(
to_int,p); /* we're not checking std::move is properly used internally */
}
{
auto f=compose(to_int,[](int x){return -x;});
auto int_id=[](int x){return x;};
test_copy_algorithms<
std_transform<>,poly_transform<>,poly_transform<Types...>
>(int_id,p,f);
}
{
test_transform2_algorithms<
std_transform<>,poly_transform<>,poly_transform<Types...>
>(to_int,p);
}
{
const auto& y=*p.begin();
for(const auto& x:p){
test_copy_algorithms_with_equality<
std_replace_copy<>,poly_replace_copy<>,
only_eq_comparable<poly_replace_copy,Types...>
>(to_int,p,x,y);
test_copy_algorithms_with_equality<
std_remove_copy<>,poly_remove_copy<>,
only_eq_comparable<poly_remove_copy,Types...>
>(to_int,p,x);
}
}
{
auto always_true=compose(to_int,[](int){return true;});
auto always_false=compose(to_int,[](int){return false;});
auto pred=compose(to_int,[](int x){return x%2==0;});
auto& x=*p.begin();
test_copy_algorithms<
std_replace_copy_if<>,
poly_replace_copy_if<>,poly_replace_copy_if<Types...>
>(to_int,p,always_true,x);
test_copy_algorithms<
std_replace_copy_if<>,
poly_replace_copy_if<>,poly_replace_copy_if<Types...>
>(to_int,p,always_false,x);
test_copy_algorithms<
std_replace_copy_if<>,
poly_replace_copy_if<>,poly_replace_copy_if<Types...>
>(to_int,p,pred,x);
test_copy_algorithms<
std_remove_copy_if<>,
poly_remove_copy_if<>,poly_remove_copy_if<Types...>
>(to_int,p,always_true);
test_copy_algorithms<
std_remove_copy_if<>,
poly_remove_copy_if<>,poly_remove_copy_if<Types...>
>(to_int,p,always_false);
test_copy_algorithms<
std_remove_copy_if<>,
poly_remove_copy_if<>,poly_remove_copy_if<Types...>
>(to_int,p,pred);
}
{
test_copy_algorithms_with_equality<
std_unique_copy<>,poly_unique_copy<>,
only_eq_comparable<poly_unique_copy,Types...>
>(to_int,p);
}
{
for(int n=0;n<6;++n){
test_copy_algorithms<
std_unique_copy<>,poly_unique_copy<>,poly_unique_copy<Types...>
>(to_int,p,
compose_all(to_int,[&](int x,int y){return x%(6-n)==y%(6-n);}));
}
}
{
test_rotate_copy_algorithms<
std_rotate_copy<>,poly_rotate_copy<>,poly_rotate_copy<Types...>
>(to_int,p);
}
{
/* force_arg_copying used to avoid sharing mt19937's state */
for(auto n=p.size()+1;n-->0;){
test_copy_algorithms<
force_arg_copying<std_sample<>>,
force_arg_copying<poly_sample<>>,
force_arg_copying<poly_sample<Types...>>
>(to_int,p,n,std::mt19937{});
}
}
{
for(int n=0;n<6;++n){
auto pred=compose(to_int,[&](int x){return x%(6-n)<=(6-n)/2;});
test_algorithms<
std_is_partitioned<>,
poly_is_partitioned<>,poly_is_partitioned<Types...>
>(p,pred);
test_partition_copy_algorithms<
std_partition_copy<>,
poly_partition_copy<>,poly_partition_copy<Types...>
>(to_int,p,pred);
test_algorithms<
std_partition_point<>,
poly_partition_point<>,poly_partition_point<Types...>
>(p,pred);
}
}
}
#endif
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