performance issues when synchronizing on an interned String
I want to lock a remote file with the string “ip + filename” using java.
performance issues when synchronizing on an interned String
I want to lock a remote file with the string “ip + filename” using java.
Alternative locking strategies
I’m having a problem with the design of my application, that neither optimistic nor pessimistic locking tends to solve. Here is a simplified/altered version of the problem that describes the situation.
Shared & exclusive locking
I need a “lock” that can be either shared or held exclusively, that will provide the following behavior for the following sequence of events:
Scaling locks in high concurrency web apps [closed]
Closed 9 years ago.
Why don’t we see (more) widespread adoption of lock-free dynamic memory allocators? [closed]
Closed 9 years ago.
Accessing shared data without blocking in TPL
I am writing a class that contains data. It exposes methods that allow to query the data, while the data is also being updated from an external source (web service, for example).
How much work should I place inside a lock statement?
I am a junior developer working on writing an update for software that receives data from a third-party solution, stores it in a database, and then conditions the data for use by another third-party solution. Our software runs as a Windows service.
How much work should I place inside a lock statement?
I am a junior developer working on writing an update for software that receives data from a third-party solution, stores it in a database, and then conditions the data for use by another third-party solution. Our software runs as a Windows service.
How much work should I place inside a lock statement?
I am a junior developer working on writing an update for software that receives data from a third-party solution, stores it in a database, and then conditions the data for use by another third-party solution. Our software runs as a Windows service.