Java Releases - Summary

 Java Releases - Summary

 

Here's a summary of the Java version releases with their respective Class File Format Version, Release dates, and End of Support dates:

JDK 1.0 (Java 1.0):
Class File Format Version: 45
Release Date: 23rd January 1996
End of Public Updates: May 1996


JDK 1.1 (Java 1.1):
Class File Format Version: 45
Release Date: 18th February 1997
End of Public Updates: October 2002

J2SE 1.2:
Class File Format Version: 46
Release Date: 4th December 1998
End of Public Updates: November 2003

J2SE 1.3:
Class File Format Version: 47
Release Date: 8th May 2000
End of Public Updates: March 2006

J2SE 1.4:
Class File Format Version: 48
Release Date: 13th February 2002
End of Public Updates: October 2008

J2SE 5.0 (Java 5):
Class File Format Version: 49
Release Date: 30th September 2004
End of Public Updates: October 2009

Java SE 6:
Class File Format Version: 50
Release Date: 11th December 2006
End of Public Updates: April 2013

Java SE 7:
Class File Format Version: 51
Release Date: 28th July 2011
End of Public Updates: July 2015

Java SE 8 (LTS):
Class File Format Version: 52
Release Date: 18th March 2014
End of Public Updates: April 2019 (Oracle)

Java SE 9:
Class File Format Version: 53
Release Date: 21st September 2017
End of Public Updates: March 2018

Java SE 10:
Class File Format Version: 54
Release Date: 20th March 2018
End of Public Updates: September 2018

Java SE 11 (LTS):
Class File Format Version: 55
Release Date: 25th September 2018
End of Public Updates: April 2019 (Oracle)

Java SE 12:
Class File Format Version: 56
Release Date: 19th March 2019
End of Public Updates: September 2019

Java SE 13:
Class File Format Version: 57
Release Date: 17th September 2019
End of Public Updates: March 2020

Java SE 14:
Class File Format Version: 58
Release Date: 17th March 2020
End of Public Updates: September 2020

Java SE 15:
Class File Format Version: 59
Release Date: 16th September 2020
End of Public Updates: March 2021

Java SE 16:
Class File Format Version: 60
Release Date: 16th March 2021
End of Public Updates: September 2021

Java SE 17 (LTS):
Class File Format Version: 61
Release Date: 14th September 2021
End of Public Updates: September 2024 (Oracle)

Java SE 18:
Class File Format Version: 62
Release Date: 22nd March 2022
End of Public Updates: September 2022

Java SE 19:
Class File Format Version: 63
Release Date: 20th September 2022
End of Public Updates: March 2023

Java SE 20:
Class File Format Version: 64
Release Date: 21st March 2023
End of Public Updates: September 2023

Java SE 21 (LTS):
Class File Format Version: 65
Release Date: 19th September 2023
End of Public Updates: September 2026 (Oracle)

 2024 Java Predictions - Godel Technologies

Comments

Post a Comment

Popular posts from this blog

Convert binary to decimal in c using built in function

Image
 Convert binary to decimal in c using built in function     In C, you can use the strtol function from the <stdlib.h> library to convert a binary string to a decimal number. strtol stands for "string to long integer."  Syntax:  long strtol(const char *nptr, char **endptr, int base); nptr : The string you want to convert to a number. endptr : The address of the first character that's not part of the number (if provided). base : The numerical base of the string (e.g., 2 for binary, 10 for decimal).         This code snippet demonstrates converting the binary string "101010" to its decimal equivalent using strtol . The base parameter 2 specifies that the string is in binary format. Adjust the binaryString variable to contain the binary string you want to convert. ```c #include <stdio.h> #include <stdlib.h> int main () { char binaryString [] = "101010" ; long decimal = strtol ( binaryString , NULL...
Read more

Install nodeJs in linux

Install nodeJs in linux   Download the NodeJS https://nodejs.org/en  Extract the tar file  Rename the file to nodejs  Run the below command:  cd nodejs  sudo cp '/home/dev/Downloads/nodejs/bin/node' '/usr/bin'  node -v  sudo ln -s /home/dev/Downloads/nodejs/bin/npm /usr/local/bin/npm  ./npm install npm@latest  npm -v      
Read more

DFS in Complete Tree

Image
  DFS in Complete Tree  "DFD" typically stands for "Data Flow Diagram." It's a graphical representation used in software engineering and systems analysis to illustrate how data moves through a system. However, it's not an algorithm like BFS or DFS. Completeness: DFDs depict data flow in a system but might not cover every detail, depending on the diagram's level of abstraction. Time & Space Complexity: the time complexity of both DFS and BFS is O(V + E) , where V represents the number of vertices and E represents the number of edges in the graph. And, the space complexity of DFS and BFS is O(V), in the worst case Optimality: DFDs are design tools; their value lies in effectively illustrating data flow for system understanding and analysis, rather than being inherently optimal or non-optimal. Tree:    Code: class Node : def __init__ ( self , value ): self . data = value self . left = None self . right = None...
Read more