irf1840g datasheet download

Name: irf1840g datasheet download
Category: Download
Published: presquikoeheal1973
Language: English

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

10 Multithreaded applications.
SWI-Prolog multithreading is based on standard C language multithreading support. It is not like ParLog or other parallel implementations of the Prolog language. Prolog threads have their own stacks and only share the Prolog heap : predicates, records, flags and other global non-backtrackable data. SWI-Prolog thread support is designed with the following goals in mind.
Multithreaded server applications Today's computing services often focus on (internet) server applications. Such applications often have need for communication between services and/or fast non-blocking service to multiple concurrent clients. The shared heap prov >167 On an Intel i7-2600K, running Ubuntu Linux 12.04, SWI-Prolog 6.2 creates and joins 32,000 threads per second elapsed time.
Interactive applications Interactive applications often need to perform extensive computation. If such computations are executed in a new thread, the main thread can process events and allow the user to cancel the ongoing computation. User interfaces can also use multiple threads, each thread dealing with input from a distinct group of windows. See also section 10.7.
Natural integration with foreign code Each Prolog thread runs in a native thread of the operating system, automatically making them cooperate with MT-safe foreign code. In addition, any foreign thread can create its own Prolog engine for dealing with calling Prolog from C code.

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