#bytebuffer zoekresultaten

#Java NIO (Non-blocking I/O) with Server-Client Example - #ByteBuffer and channels.Selector - #Java NIO Vs. IO crunchify.me/1UmRmEN

Crunchify's tweet image. #Java NIO (Non-blocking I/O) with Server-Client Example - #ByteBuffer and channels.Selector - #Java NIO Vs. IO crunchify.me/1UmRmEN

It's a pitty there is no effort to kill it and to stop using this monstrosity #ByteBuffer #Java


#Java NIO (Non-blocking I/O) with Server-Client code - #ByteBuffer and channels.Selector - #Java NIO Vs. IO crunchify.me/1UmRmEN

Crunchify's tweet image. #Java NIO (Non-blocking I/O) with Server-Client code - #ByteBuffer and channels.Selector - #Java NIO Vs. IO crunchify.me/1UmRmEN

You might have good or bad opinion about #Java's #ByteBuffer but reality is stubborn: experienced programmers will have very bad times "understanding" how position, limit, capacity, remaining, clear, flip and compact are all related in a coherent, clean and simple way.


Byte Buffers and Non-Heap Memory (#java #memory #bytebuffer #buffer #jvm) http://icio.us/dpt2oh


@JonathanGiles Can we output node as image from PixelWriter ? I did it using #WritableImage and #ByteBuffer but didn't work at all.


In simple terms, given any #ByteBuffer reference/variable, you have no way (I repeat, no way) to know if that ByteBuffer has or not content. It might or not. Depends on the context.


#rustlang friends: if I wanted to write a super fast custom serialization/compression library, what byte level crates should I rely on? Byteorder? Bytes? Pod? Any other suggestion? Looking for basically faster equiv of #java #bytebuffer.


#Java's #ByteBuffer (docs.oracle.com/javase/7/docs/…) is a very good example of a very bad designed interface. It has a very confusing, convoluted and too specific API that crosses reasonable limits that should hampers its inclusion in anything that targets general public.


Has anoyone noticed that #ShortBuffer -> #ByteBuffer ordering has changed on #Android #Nougat...


It's a pitty there is no effort to kill it and to stop using this monstrosity #ByteBuffer #Java


#rustlang friends: if I wanted to write a super fast custom serialization/compression library, what byte level crates should I rely on? Byteorder? Bytes? Pod? Any other suggestion? Looking for basically faster equiv of #java #bytebuffer.


In simple terms, given any #ByteBuffer reference/variable, you have no way (I repeat, no way) to know if that ByteBuffer has or not content. It might or not. Depends on the context.


You might have good or bad opinion about #Java's #ByteBuffer but reality is stubborn: experienced programmers will have very bad times "understanding" how position, limit, capacity, remaining, clear, flip and compact are all related in a coherent, clean and simple way.


#Java's #ByteBuffer (docs.oracle.com/javase/7/docs/…) is a very good example of a very bad designed interface. It has a very confusing, convoluted and too specific API that crosses reasonable limits that should hampers its inclusion in anything that targets general public.


#Java NIO (Non-blocking I/O) with Server-Client code - #ByteBuffer and channels.Selector - #Java NIO Vs. IO crunchify.me/1UmRmEN

Crunchify's tweet image. #Java NIO (Non-blocking I/O) with Server-Client code - #ByteBuffer and channels.Selector - #Java NIO Vs. IO crunchify.me/1UmRmEN

#Java NIO (Non-blocking I/O) with Server-Client Example - #ByteBuffer and channels.Selector - #Java NIO Vs. IO crunchify.me/1UmRmEN

Crunchify's tweet image. #Java NIO (Non-blocking I/O) with Server-Client Example - #ByteBuffer and channels.Selector - #Java NIO Vs. IO crunchify.me/1UmRmEN

#Java NIO (Non-blocking I/O) with Server-Client code - #ByteBuffer and channels.Selector - #Java NIO Vs. IO crunchify.me/1UmRmEN

Crunchify's tweet image. #Java NIO (Non-blocking I/O) with Server-Client code - #ByteBuffer and channels.Selector - #Java NIO Vs. IO crunchify.me/1UmRmEN

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