Promises Auf Deutsch

Der sehr sehenswerte Dokumentarfilm Wie Die Seekönigin die Welt verndert zeigt in eindrucksvollen Aufnahmen die Anfnge der Promises Auf Deutsch, da er wei dass Lisa in ihrem Auslandsjahr angefangen hat Promises Auf Deutsch zu nehmen. - Beispiele aus dem PONS Wörterbuch (redaktionell geprüft)

Phrases in alphabetical order. Top Dictionary Queries. German - English Word index:. English - German Word index:. Notice This website or its third-party tools use cookies, which are necessary to its functioning and required to achieve the purposes illustrated in the cookie policy.

If you want to know more or withdraw your consent to all or some of the cookies, please refer to the cookie policy. I promised the babysitter that we'd be home by midnight.

She's been promising to pay back the money for six months , but I reckon she's just stringing me along. Quer aprender mais? B2 If something promises to be good, exciting , etc.

It promises to be a really exciting game. Planning, expecting and arranging. B1 [ C ] the act of saying that you will certainly do something:.

I'll put my things away tonight - and that's a promise! I'll try to get back in time , but I'm not making any promises.

If I make a promise, I like to keep it. She felt encouraged by their promise of support. I made a promise to you and I intend to keep it. Pro Review kannst du dort einen neuen Wörterbuch-Eintrag eingeben bis zu einem Limit von unverifizierten Einträgen pro Benutzer.

Dieses Deutsch-Englisch-Wörterbuch basiert auf der Idee der freien Weitergabe von Wissen. Vielen Dank dafür! Links auf dieses Wörterbuch oder einzelne Übersetzungen sind herzlich willkommen!

Mairegen bringt Segen. Tödliche Versprechen — Eastern Promises. The method's name promise Please, nevermore Who did it carve A related synchronization construct that can be set multiple times with different values is called an M-var.

M-vars support atomic operations to take or put the current value, where taking the value also sets the M-var back to its initial empty state.

A concurrent logic variable [ citation needed ] is similar to a future, but is updated by unification , in the same way as logic variables in logic programming.

Thus it can be bound more than once to unifiable values, but cannot be set back to an empty or unresolved state. The dataflow variables of Oz act as concurrent logic variables, and also have blocking semantics as mentioned above.

A concurrent constraint variable is a generalization of concurrent logic variables to support constraint logic programming : the constraint may be narrowed multiple times, indicating smaller sets of possible values.

Typically there is a way to specify a thunk that should run whenever the constraint is narrowed further; this is needed to support constraint propagation.

Eager thread-specific futures can be straightforwardly implemented in non-thread-specific futures, by creating a thread to calculate the value at the same time as creating the future.

In this case it is desirable to return a read-only view to the client, so that only the newly created thread is able to resolve this future.

To implement implicit lazy thread-specific futures as provided by Alice ML, for example in terms in non-thread-specific futures, needs a mechanism to determine when the future's value is first needed for example, the WaitNeeded construct in Oz [13].

If all values are objects, then the ability to implement transparent forwarding objects is sufficient, since the first message sent to the forwarder indicates that the future's value is needed.

Non-thread-specific futures can be implemented in thread-specific futures, assuming that the system supports message passing, by having the resolving thread send a message to the future's own thread.

However, this can be viewed as unneeded complexity. In programming languages based on threads, the most expressive approach seems to be to provide a mix of non-thread-specific futures, read-only views, and either a WaitNeeded construct, or support for transparent forwarding.

The evaluation strategy of futures, which may be termed call by future , is non-deterministic: the value of a future will be evaluated at some time between when the future is created and when its value is used, but the precise time is not determined beforehand and can change from run to run.

The computation can start as soon as the future is created eager evaluation or only when the value is actually needed lazy evaluation , and may be suspended part-way through, or executed in one run.

Once the value of a future is assigned, it is not recomputed on future accesses; this is like the memoization used in call by need.

A lazy future is a future that deterministically has lazy evaluation semantics: the computation of the future's value starts when the value is first needed, as in call by need.

Lazy futures are of use in languages which evaluation strategy is by default not lazy. The default behavior of F is as follows:. However, some futures can deal with requests in special ways to provide greater parallelism.

This trick does not always work. For example, the following conditional expression:. The use of logic variables for communication in concurrent logic programming languages was quite similar to futures.

These began in Prolog with Freeze and IC Prolog , and became a true concurrency primitive with Relational Language, Concurrent Prolog , guarded Horn clauses GHC , Parlog , Strand , Vulcan , Janus , Oz-Mozart , Flow Java , and Alice ML.

The single-assignment I-var from dataflow programming languages, originating in Id and included in Reppy's Concurrent ML , is much like the concurrent logic variable.