| /third_party/boost/libs/poly_collection/test/ |
| D | base_types.hpp | 26 struct derived1 final:base struct
28 derived1(int n):n{n}{} in derived1() function
29 derived1(derived1&&)=default;
30 derived1(const derived1&)=delete;
31 derived1& operator=(derived1&&)=default;
32 derived1& operator=(const derived1&)=delete;
34 bool operator==(const derived1& x)const{return n==x.n;} in operator ==() argument
78 using t1=derived1;
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| /third_party/boost/libs/variant/test/ |
| D | variant_get_test.cpp | 38 struct derived1 : base{}; struct
46 typedef boost::variant<int, base, derived1, derived2, std::string> var_t;
47 typedef boost::variant<int, derived1, derived2, std::string> var_t_shortened;
48 typedef boost::variant<base, derived1, derived2> var_t_no_fallback;
49 typedef boost::variant<int&, base&, derived1&, derived2&, std::string&> var_ref_t;
50 typedef boost::variant<const int&, const base&, const derived1&, const derived2&, const std::string…
54 int, base, derived1, derived2, std::string, boost::recursive_wrapper<recursive_structure>
142 check_get_on_types_impl_single_type<T, V, derived1>(v); in check_get_on_types_impl()
143 check_polymorphic_get_on_types_impl_single_type<T, V, derived1>(v); in check_get_on_types_impl()
196 var_t(derived1()).swap(v); in get_test()
[all …]
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| D | variant_polymorphic_get_test.cpp | 20 struct derived1 : base{}; struct
41 typedef boost::variant<int, base, derived1, derived2> var_t; in main()
49 var1 = derived1(); in main()
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| /third_party/boost/tools/build/src/kernel/ |
| D | class.jam | 246 class derived1 : myclass
258 return derived1.g ;
263 return derived1.h ;
286 } # class derived1 : myclass ;
321 local b = [ new derived1 4 ] ;
322 local b2 = [ new derived1 4 ] ;
368 assert.result derived1.g : $(b).f ;
380 assert.result derived1 : $(b).get-class ;
392 class derived3 : derived1 derived2
400 assert.result myclass : bases derived1 ;
[all …]
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| /third_party/boost/libs/serialization/test/ |
| D | test_derived.cpp | 38 class derived1 : public base class
63 derived1 *d1 = new derived1; in save_derived()
101 derived1 *d1 = NULL; in load_derived()
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| D | test_diamond.cpp | 89 class derived1 : virtual public base { class
127 class final : public derived1, public derived2 {
136 ar << BOOST_SERIALIZATION_BASE_OBJECT_NVP(derived1); in save()
144 ar >> BOOST_SERIALIZATION_BASE_OBJECT_NVP(derived1); in load()
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| /third_party/boost/libs/spirit/repository/example/qi/ |
| D | derived.cpp | 39 struct derived1 : public base_type { struct
40 derived1(const std::string &name, unsigned int data1) : base_type(name), data1(data1) {} in derived1() argument
89 BOOST_FUSION_ADAPT_STRUCT( derived1,
132 … kwd("derived1")[ ('=' > parse_string > int_ ) [phx::push_back(_val,phx::new_<derived1>(_1,_2))] ] in main()
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| /third_party/boost/libs/poly_collection/example/ |
| D | perf.cpp | 90 struct derived1 final:base struct
92 derived1(int n):n{n}{} in derived1() argument
530 derived1,derived1,derived2,derived2,derived3>{}; in main()
543 poly_for_each_base_collection<base,derived1,derived2,derived2> in main()
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| /third_party/boost/libs/poly_collection/doc/ |
| D | poly_collection.qbk | 84 Suppose we have a `base` abstract class with implementations `derived1`, `derived2`
110 mechanism is rendered mostly useless when `derived1`, `derived2` and
908 * Element types: `T1` = `derived1`, `T2` = `derived2`, `T3` = `derived3`
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| /third_party/python/Lib/test/ |
| D | test_descr.py | 4884 derived1 = Derived1()
4889 self.assertRegex(repr(derived1.method),
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