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Java 16 frente a Java 17

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Java 16 vs Java 17 - una comparacion clave de temas o materias que te ayudara a entender cual es mejor para tu caso. Consulta la comparacion de Java 17 y Java 16 como preguntas comunes de entrevista.

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Diferencia entre Java 16 y Java 17

Java 16 vs Java 17 - una comparacion clave de temas o materias que te ayudara a entender cual es mejor para tu caso. Consulta la comparacion de Java 17 y Java 16 como preguntas comunes de entrevista.

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Java 16 Interview Online Test	Java 17 Interview Online Test
Java 16 new features: - Vector API: Java supports auto-vectorization to optimize the arithmetic algorithms, which means the Java (JIT compiler) will transform some scalar operations (one item at a time) into vector operations (multiple items at a time) automatically. Developers have no control of this vector operation conversion, it totally depends on the JIT compiler to optimize the code. - Enable C++14 Language: It allows the C++14 language features to be used in the C++ source code within the JDK. - Migrate from Mercurial to Git: Migrates the OpenJDK source code from Mercurial to Git or GitHub. - Concurrent Thread-Stack Processing: It improves the Z Garbage Collector (ZGC) by moving the ZGC thread-stack processing from safepoints to a concurrent phase. - Unix-Domain Socket Channels: The Unix-domain sockets are used for inter-process communication (IPC) on the same host, which means exchanging data between processes executing on the same host. New Unix-domain Socket classes or APIs added (New socket address class, java.net.UnixDomainSocketAddress, New enum, java.net.StandardProtocolFamily.UNIX). - Alpine Linux Port: This JEP port the JDK to Alpine Linux and other Linux distributions that use musl implementation. This JDK port enables Java to run out-of-the-box in Alpine Linux, which benefits those Java-dependent frameworks or tools like Tomcat and Spring. - Elastic Metaspace: Java 8 JEP 122 removed the PermGen (Permanent Generation) and introduced Metaspace, a native off-heap memory manager in the hotspot. Java 16 improves the metaspace memory management by returning unused HotSpot class-metadata or metaspace memory to the operating system more promptly, reducing the metaspace footprint, and simplifying the metaspace code. - Windows/AArch64 Port: This port the JDK to Windows/AArch64, running JDK + Windows on ARM hardware, server, or ARM-based laptop. - Foreign Linker API: Enables Java code to call or can be called by native code	Java 17 new features: - Java 17 is 8.66% faster than Java 11 and 2.41% faster than Java 16 for G1GC (default). - Java 17 is 6.54% faster than Java 11 and 0.37% faster than Java 16 for ParallelGC. The Parallel Garbage Collector is 16.39% faster than the G1 Garbage Collector. - Restore or Rebuild the "Always-Strict Floating-Point" Semantics - Enhanced faster the "pseudo-Random" Number Generators - New macOS rendering pipelines - macOS/AArch64 Port - Dismiss the Applet API for Removal - JDK Internals Encapsulate strongly - Switch Pattern Matching (Preview) - Activation of the Removal RMI - Generate sealed Classes - Removal of the Experimental AOT and JIT Compiler - Remove the Security Manager. - Foreign Functions and Memory API (Incubator) - Vector API (Second Incubator) - Deserialization Filters Based on Context (content-specific)

Java 16

Interview Online Test

Java 17

Interview Online Test

Java 16 new features:

- Vector API: Java supports auto-vectorization to optimize the arithmetic algorithms, which means the Java (JIT compiler) will transform some scalar operations (one item at a time) into vector operations (multiple items at a time) automatically. Developers have no control of this vector operation conversion, it totally depends on the JIT compiler to optimize the code.

- Enable C++14 Language: It allows the C++14 language features to be used in the C++ source code within the JDK.

- Migrate from Mercurial to Git: Migrates the OpenJDK source code from Mercurial to Git or GitHub.

- Concurrent Thread-Stack Processing: It improves the Z Garbage Collector (ZGC) by moving the ZGC thread-stack processing from safepoints to a concurrent phase.

- Unix-Domain Socket Channels: The Unix-domain sockets are used for inter-process communication (IPC) on the same host, which means exchanging data between processes executing on the same host. New Unix-domain Socket classes or APIs added (New socket address class, java.net.UnixDomainSocketAddress, New enum, java.net.StandardProtocolFamily.UNIX).

- Alpine Linux Port: This JEP port the JDK to Alpine Linux and other Linux distributions that use musl implementation. This JDK port enables Java to run out-of-the-box in Alpine Linux, which benefits those Java-dependent frameworks or tools like Tomcat and Spring.

- Elastic Metaspace: Java 8 JEP 122 removed the PermGen (Permanent Generation) and introduced Metaspace, a native off-heap memory manager in the hotspot. Java 16 improves the metaspace memory management by returning unused HotSpot class-metadata or metaspace memory to the operating system more promptly, reducing the metaspace footprint, and simplifying the metaspace code.

- Windows/AArch64 Port: This port the JDK to Windows/AArch64, running JDK + Windows on ARM hardware, server, or ARM-based laptop.

- Foreign Linker API: Enables Java code to call or can be called by native code

Java 17 new features:

- Java 17 is 8.66% faster than Java 11 and 2.41% faster than Java 16 for G1GC (default).

- Java 17 is 6.54% faster than Java 11 and 0.37% faster than Java 16 for ParallelGC. The Parallel Garbage Collector is 16.39% faster than the G1 Garbage Collector.

- Restore or Rebuild the "Always-Strict Floating-Point" Semantics

- Enhanced faster the "pseudo-Random" Number Generators

- New macOS rendering pipelines

- macOS/AArch64 Port

- Dismiss the Applet API for Removal

- JDK Internals Encapsulate strongly

- Switch Pattern Matching (Preview)

- Activation of the Removal RMI

- Generate sealed Classes

- Removal of the Experimental AOT and JIT Compiler

- Remove the Security Manager.

- Foreign Functions and Memory API (Incubator)

- Vector API (Second Incubator)

- Deserialization Filters Based on Context (content-specific)

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