a program, algorithm, or problem to be executed out-of-order or in partial order, without affecting the final outcome. This allows for parallel execution of the concurrent units, which can significantly improve overall speed of the execution in multi-processor and multi-core systems.
of a program, algorithm, or problem to be executed out-of-order or in partial order, without affecting the final outcome. This allows for: • parallel execution of the concurrent units, which can significantly improve overall speed of the execution in multi-processor and multi-core systems.
of a program, algorithm, or problem to be executed out-of-order or in partial order, without affecting the final outcome. This allows for: • parallel execution of the concurrent units, which can significantly improve overall speed of the execution in multi-processor and multi-core systems.
a suspend keyword signifies it must run in a Coroutine suspend fun doNetworkRequest() : Result { // Network Request Occurs } • suspend functions must be executed within a CoroutineContext and Once inside a coroutine, code executes sequentially CoroutineContext(Dispatchers.Default).launch{ val result = doNetworkRequest() processResult(result) }
that are obsolete in coroutines API, which means that the design of the corresponding declarations has serious known flaws and they will be redesigned in the future. Roughly speaking, these declarations will be deprecated in the future but there is no replacement for them yet, so they cannot be deprecated right away.
that are obsolete in coroutines API, which means that the design of the corresponding declarations has serious known flaws and they will be redesigned in the future. Roughly speaking, these declarations will be deprecated in the future but there is no replacement for them yet, so they cannot be deprecated right away.
that are obsolete in coroutines API, which means that the design of the corresponding declarations has serious known flaws and they will be redesigned in the future. Roughly speaking, these declarations will be deprecated in the future but there is no replacement for them yet, so they cannot be deprecated right away.
that are obsolete in coroutines API, which means that the design of the corresponding declarations has serious known flaws and they will be redesigned in the future. Roughly speaking, these declarations will be deprecated in the future but there is no replacement for them yet, so they cannot be deprecated right away.
• Actors are not deprecated, and they will remain. • Original Actors were designed pre-structured concurrency. They won’t drop simple actors. • The replacements will support the simple use case just as well.
with a single updatable data value that emits updates to the value to its collectors. The current value can be retrieved via value property. The flow of future updates to the value can be observed by collecting values from this flow.
that are still experimental in coroutines API, which means that the design of the corresponding declarations has open issues which may (or may not) lead to their changes in the future. Roughly speaking, there is a chance that those declarations will be deprecated in the near future or the semantics of their behavior may change in some way that may break some code.
that are still experimental in coroutines API, which means that the design of the corresponding declarations has open issues which may (or may not) lead to their changes in the future. Roughly speaking, there is a chance that those declarations will be deprecated in the near future or the semantics of their behavior may change in some way that may break some code.