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using | value_type = T |
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using | error_type = E |
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using | unexpected_type = std::unexpected<E> |
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constexpr | expected (const expected< T, E > &other)=default |
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constexpr | expected (expected< T, E > &&other)=default |
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template<class U = T> |
| constexpr | expected (const U &v) |
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template<class U = T> |
| constexpr | expected (U &&v) |
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template<class U = E> |
| constexpr | expected (const unexpected< U > &e) |
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template<class U = E> |
| constexpr | expected (unexpected< U > &&e) |
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template<class ... Args> |
| constexpr | expected (unexpect_t, Args &&...args) |
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constexpr const T * | operator-> () const |
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constexpr T * | operator-> () |
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constexpr const T & | operator* () const |
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constexpr T & | operator* () |
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constexpr bool | has_value () const |
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constexpr | operator bool () const |
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constexpr const T & | value () const |
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constexpr T && | value () |
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constexpr const E & | error () const |
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constexpr E && | error () |
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constexpr T | value_or (T &&default_value) const |
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template<class F > |
| constexpr auto | and_then (F &&f) |
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template<class F > |
| constexpr auto | or_else (F &&f) |
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The documentation for this class was generated from the following file:
