Struct lrs::atomic::AtomicU32

An atomic integer wrapper.

Syntax

struct AtomicU32 {
    /* private fields */
}

Static methods

Name	Description
new	Creates a new atomic integer.
wrap

Methods

Receiver	Name	Description
`&self`	add	Adds a value to the atomic integer with sequentially consistent semantics.
`&self`	add_acquire	Adds a value to the atomic integer with acquire semantics.
`&self`	add_acquire_release	Adds a value to the atomic integer with acquire-release semantics.
`&self`	add_release	Adds a value to the atomic integer with release semantics.
`&self`	add_weak	Adds a value to the atomic integer with relaxed ordering guarantees.
`&self`	and	Performs a binary and operation on the atomic integer with sequentially consistent semantics.
`&self`	and_acquire	Performs a binary and operation on the atomic integer with acquire semantics.
`&self`	and_acquire_release	Performs a binary and operation on the atomic integer with acquire-release semantics.
`&self`	and_release	Performs a binary and operation on the atomic integer with release semantics.
`&self`	and_weak	Performs a binary and operation on the atomic integer with relaxed ordering guarantees.
`&self`	compare_exchange	Conditionally replaces the value in the atomic integer by a new one with sequentially consistent semantics.
`&self`	compare_exchange_acquire	Conditionally replaces the value in the atomic integer by a new one with acquire semantics.
`&self`	compare_exchange_acquire_release	Conditionally replaces the value in the atomic integer by a new one with acquire-release semantics.
`&self`	compare_exchange_release	Conditionally replaces the value in the atomic integer by a new one with release semantics.
`&self`	compare_exchange_weak	Conditionally replaces the value in the atomic integer by a new one with relaxed ordering guarantees.
`&self`	exchange	Replaces the value in the atomic integer by a new one with sequentially consistent semantics.
`&self`	exchange_acquire	Replaces the value in the atomic integer by a new one with acquire semantics.
`&self`	exchange_acquire_release	Replaces the value in the atomic integer by a new one with acquire-release semantics.
`&self`	exchange_release	Replaces the value in the atomic integer by a new one with release semantics.
`&self`	exchange_weak	Replaces the value in the atomic integer by a new one with relaxed ordering guarantees.
`&self`	load	Loads the value of the atomic integer with sequentially consistent semantics.
`&self`	load_acquire	Loads the value of the atomic integer with acquire semantics.
`&self`	load_unordered	Loads the value of the atomic integer without ordering guarantees.
`&self`	load_weak	Loads the value of the atomic integer with relaxed ordering guarantees.
`&self`	max	Replaces the value in the atomic integer by the maximum of the current value and a given value with sequentially consistent semantics.
`&self`	max_acquire	Replaces the value in the atomic integer by the maximum of the current value and a given value with acquire semantics.
`&self`	max_acquire_release	Replaces the value in the atomic integer by the maximum of the current value and a given value with acquire-release semantics.
`&self`	max_release	Replaces the value in the atomic integer by the maximum of the current value and a given value with release semantics.
`&self`	max_weak	Replaces the value in the atomic integer by the maximum of the current value and a given value with relaxed ordering guarantees.
`&self`	min	Replaces the value in the atomic integer by the minimum of the current value and a given value with sequentially consistent semantics.
`&self`	min_acquire	Replaces the value in the atomic integer by the minimum of the current value and a given value with acquire semantics.
`&self`	min_acquire_release	Replaces the value in the atomic integer by the minimum of the current value and a given value with acquire-release semantics.
`&self`	min_release	Replaces the value in the atomic integer by the minimum of the current value and a given value with release semantics.
`&self`	min_weak	Replaces the value in the atomic integer by the minimum of the current value and a given value with relaxed ordering guarantees.
`&self`	nand	Performs a binary nand operation on the atomic integer with sequentially consistent semantics.
`&self`	nand_acquire	Performs a binary nand operation on the atomic integer with acquire semantics.
`&self`	nand_acquire_release	Performs a binary nand operation on the atomic integer with acquire-release semantics.
`&self`	nand_release	Performs a binary nand operation on the atomic integer with release semantics.
`&self`	nand_weak	Performs a binary nand operation on the atomic integer with relaxed ordering guarantees.
`&self`	or	Performs a binary or operation on the atomic integer with sequentially consistent semantics.
`&self`	or_acquire	Performs a binary or operation on the atomic integer with acquire semantics.
`&self`	or_acquire_release	Performs a binary or operation on the atomic integer with acquire-release semantics.
`&self`	or_release	Performs a binary or operation on the atomic integer with release semantics.
`&self`	or_weak	Performs a binary or operation on the atomic integer with relaxed ordering guarantees.
`&self`	store	Stores a new value in the atomic integer with sequentially consistent.
`&self`	store_release	Stores a new value in the atomic integer with release semantics.
`&self`	store_unordered	Stores a new value in the atomic integer without ordering guarantees.
`&self`	store_weak	Stores a new value in the atomic integer with relaxed ordering guarantees.
`&self`	sub	Subtracts a value from the atomic integer with sequentially consistent semantics.
`&self`	sub_acquire	Subtracts a value from the atomic integer with acquire semantics.
`&self`	sub_acquire_release	Subtracts a value from the atomic integer with acquire-release semantics.
`&self`	sub_release	Subtracts a value from the atomic integer with release semantics.
`&self`	sub_weak	Subtracts a value from the atomic integer with relaxed ordering guarantees.
`&self`	unwrap
`&self`	xor	Performs a binary xor operation on the atomic integer with sequentially consistent semantics.
`&self`	xor_acquire	Performs a binary xor operation on the atomic integer with acquire semantics.
`&self`	xor_acquire_release	Performs a binary xor operation on the atomic integer with acquire-release semantics.
`&self`	xor_release	Performs a binary xor operation on the atomic integer with release semantics.
`&self`	xor_weak	Performs a binary xor operation on the atomic integer with relaxed ordering guarantees.

Trait implementations

Name	Description
Send	Objects whose ownership can be moved from one thread to another.
Sync	Objects that allow immutable access from threads other than their owning thread.