Constructs a new map, using the provided allocator. This operation does not allocate.

Constructs `Self` from a raw allocation. # Safety No other container must own (even partially) `this`.

Constructs `Self` from a raw allocation. # Safety `this` MUST not be dangling, and have been obtained through [`Self::into_raw`].

Gets `symbol` from the library, using stabby's canaries to check for compatibility. The library must have a symbol with the appropriate type named th

Gets `symbol` from the library, using stabby's reports to check for compatibility. The library must have a symbol with the appropriate type named the

Increments the strong count. # Safety `this` MUST be a valid pointer derived from `Self`

Increments the weak count, returning its previous value.

Initializes any given pointer: - The returned pointer is guaranteed to be correctly aligned for `T` - It is guaranteed to preceded without padding by

Extracts the inner value from `self`

Extracts the value from the allocation, freeing said allocation.

# Safety This is only safe if `T` is FFI-safe, or if this `self` was constructed from a value of `T` that was instanciated within the same shared obje

Returns the pointer to the inner raw allocation, leaking `this`. Note that the pointer may be dangling if `T` is zero-sized.

Returns the pointer to the inner raw allocation, leaking `this`. Note that the pointer may be dangling if `T` is zero-sized.

Whether or not two reports correspond to the same type, with the same layout and invariants.

Returns `true` if the vector is empty.

Returns `true` if the slice is empty.

Returns true if the slice is empty.

Return `true` iff the set is empty.

Returns `true` if `ptr` points to memory that cannot be a valid value of `Self`. Note that this function returning `false` is not a guarantee that th

Whether or not `this` is the sole owner of its data, including weak owners.

Whether or not `this` is the sole owner of its data, including weak owners.

Returns the number of elements in the set.

Atomically loads the stored value, converting it to a duration-sign tuple. The [`Ordering`] is used in a single `load` operation.

Attempts to allocate [`Self`], initializing it with `constructor`. Note that the allocation may or may not be zeroed. If the allocation fails, the `

Attempts to allocate [`Self`], initializing it with `constructor`. Note that the allocation may or may not be zeroed. If the allocation fails, the `

Attempts to allocate [`Self`], initializing it with `constructor`. Note that the allocation may or may not be zeroed. # Errors Returns the uninitial

Attempts to allocate [`Self`], initializing it with `constructor`. Note that the allocation may or may not be zeroed. # Errors Returns the uninitial

Returns a mutable reference to this `Arc`'s value, cloning that value into a new `Arc` if [`Self::get_mut`] would have failed.

Returns a mutable reference to this `Arc`'s value, cloning that value into a new `Arc` if [`Self::get_mut`] would have failed.

Equivalent to `match &mut self`.

Equivalent to `match &mut self`.

Equivalent to `match self`.

Equivalent to `match &self`.

Construct a new [`Duration`].

Wraps a standard `str` into its ABI-stable equivalent.

Convert `&[T]` to its ABI-stable equivalent.

Used in `#[stabby::import(canaries)]`

Constructs a new vector with the default allocator. This doesn't actually allocate.

Constructs a new vector. This doesn't actually allocate.

Constructs a new string using the default allocator.

Attempts to allocate [`Self`] and store `value` in it. # Panics If the allocator fails to provide an appropriate allocation.

Attempts to allocate [`Self`] and store `value` in it. # Panics If the allocator fails to provide an appropriate allocation.

Constructs the allocator.

Constructs the allocator.

Constructs a new, empty set.

Constructs a new vector in `alloc`. This doesn't actually allocate.

Constructs a new vector in `alloc`. This doesn't actually allocate.