operator==, operator<=>(std::coroutine_handle)
From cppreference.com
< cpp | coroutine | coroutine handle
C++
Utilities library
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Coroutine support
Coroutine traits | ||||
(C++20)
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Coroutine handle | ||||
(C++20)
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No-op coroutines | ||||
(C++20)
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(C++20)
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Trivial awaitables | ||||
(C++20)
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(C++20)
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Range generators | ||||
(C++23)
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std::coroutine_handle
Member functions | ||||
Conversion | ||||
Observers | ||||
Control | ||||
Promise access | ||||
Export/import | ||||
Non-member functions | ||||
operator==operator<=> | ||||
Helper classes | ||||
Defined in header <coroutine>
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constexpr
bool
operator== ( std::coroutine_handle <> x, std::coroutine_handle <> y ) noexcept ; |
(1) | (since C++20) |
constexpr
std::strong_ordering
operator<=> ( std::coroutine_handle <> x, std::coroutine_handle <> y ) noexcept ; |
(2) | (since C++20) |
Compares two std::coroutine_handle<> values x and y
The <
, <=
, >
, >=
, and !=
operators are synthesized from operator<=> and operator==
Parameters
x, y | - | std::coroutine_handle<> values to compare |
Return value
1)
x.address() == y.address()
2)
std::compare_three_way
{
}
(x.address
(
), y.address
(
)
)
Notes
Although these operators are only overloaded for std::coroutine_handle<>, other specializations of std::coroutine_handle are also equality comparable and three-way comparable, because they are implicitly convertible to std::coroutine_handle<>
Example
This section is incomplete Reason: no example |