Does Clojure borrow concurrency ideas from Haskell?
In code quarterly interview with Rich Hickey, Michael Fogus hints that Clojure borrows a lot from Haskell:
Super Fast File Storage Engine
I basically have one big gigantic table (about 1.000.000.000.000 records) in a database with these fields:
Super Fast File Storage Engine
I basically have one big gigantic table (about 1.000.000.000.000 records) in a database with these fields:
Super Fast File Storage Engine
I basically have one big gigantic table (about 1.000.000.000.000 records) in a database with these fields:
Programs that claim they are not “multi-core” friendly
You see this phrase or similar kicked around from time to time, generally referring to a program that claims they were not designed to take full advantage of multi-core processors. This is common especially with video game programming. (of course a lot of programs have no concurrency and do not need it, such as basic scripts, etc).
Programs that claim they are not “multi-core” friendly
You see this phrase or similar kicked around from time to time, generally referring to a program that claims they were not designed to take full advantage of multi-core processors. This is common especially with video game programming. (of course a lot of programs have no concurrency and do not need it, such as basic scripts, etc).
Are all race conditions worth fixing? [closed]
Closed 10 years ago.
Are all race conditions worth fixing? [closed]
Closed 10 years ago.
Cache concurrency: ensuring latest version in cache
We have a data service app working on object graphs. We place some complex graphs in a (memory) caching tier as a single data item, so as to avoid the length of time to retrieve every individual data item in disk storage in order to build the entire hierarchy.
How can I make a universal construction more efficient?
A “universal construction” is a wrapper class for a sequential object that enables it to be linearized (a strong consistency condition for concurrent objects). For instance, here’s an adapted wait-free construction, in Java, from [1], which presumes the existence of a wait-free queue that satisfies the interface WFQ
(which only requires one-time consensus between threads) and assumes a Sequential
interface: