unique_ptr_to_array_assignment_from_convertible.cpp File Reference

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Functions
	TEST_CASE ("move assignment from std::unique_ptr to array of convertible " "type to std::unique_ptr", "[unique_ptr][assignment][array][conv.qual]")
	TEST_CASE ("move assignment from throwing::unique_ptr to array of convertible " "type to throwing::unique_ptr", "[unique_ptr][assignment][array][conv.qual]")
	TEST_CASE ("move assignment from std::unique_ptr to array of convertible " "type to throwing::unique_ptr", "[unique_ptr][assignment][array][conv.qual]")

Function Documentation

TEST_CASE() [1/3]

TEST_CASE	(	"move assignment from std::unique_ptr to array of convertible " "type to std::unique_ptr"	,
		""	[unique_ptr][assignment][array][conv.qual]
	)

Definition at line 27 of file unique_ptr_to_array_assignment_from_convertible.cpp.

                                                        {
    const A *p1 = new A[10];
    std::unique_ptr<const A[]> t_ptr1(p1);
    A *p2 = new A[10];
    std::unique_ptr<A[]> t_ptr2(p2);
    t_ptr1 = std::move(t_ptr2);
    REQUIRE(t_ptr1.get() == p2);
    REQUIRE(!t_ptr2);
}

TEST_CASE() [2/3]

TEST_CASE	(	"move assignment from throwing::unique_ptr to array of convertible " "type to throwing::unique_ptr"	,
		""	[unique_ptr][assignment][array][conv.qual]
	)

Definition at line 39 of file unique_ptr_to_array_assignment_from_convertible.cpp.

                                                        {
    const A *p1 = new A[10];
    throwing::unique_ptr<const A[]> t_ptr1(p1);
    A *p2 = new A[10];
    throwing::unique_ptr<A[]> t_ptr2(p2);
    t_ptr1 = std::move(t_ptr2);
    REQUIRE(t_ptr1.get() == p2);
    REQUIRE(!t_ptr2);
}

TEST_CASE() [3/3]

TEST_CASE	(	"move assignment from std::unique_ptr to array of convertible " "type to throwing::unique_ptr"	,
		""	[unique_ptr][assignment][array][conv.qual]
	)

Definition at line 51 of file unique_ptr_to_array_assignment_from_convertible.cpp.

                                                        {
    const A *p1 = new A[10];
    throwing::unique_ptr<const A[]> t_ptr1(p1);
    A *p2 = new A[10];
    std::unique_ptr<A[]> t_ptr2(p2);
    t_ptr1 = std::move(t_ptr2);
    REQUIRE(t_ptr1.get() == p2);
    REQUIRE(!t_ptr2);
}