Download JAR files tagged by write with all dependencies

A scalable, concurrent, in-memory Key Value (KV) map. Oak implements a concurrent Key-Value map that can keep all keys and values off-heap. This enables working with bigger heap sizes than JVM's managed heap. OakMap implements an API similar to the industry standard Java8 ConcurrentNavigableMap API. It provides strong (atomic) semantics for read, write, and read-modify-write, as well as (non-atomic) range query (scan) operations, both forward and backward. OakMap is optimized for big keys and values, in particular, for incremental maintenance of objects (update in-place). It is faster and scales better with additional CPU cores than the popular Java ConcurrentNavigableMap ConcurrentSkipListMap

This project is a library for any POJO class to implement a toString method. Given a class name and instance, the project will use reflection from Java API to get the getter methods for the given instance and execute it to print the methodName = methodValue in an appended string with comma separated values. This is very generic implementation so anybody can use this code to write their toString implementation. The idea is to avoid implementing toString by writing your own implementation every time. Please put your thoughts on the implementation so we can evolve as a project which will help every Java Developer.

JSON (JavaScript Object Notation) is a lightweight data-interchange format. It is easy for humans to read and write. It is easy for machines to parse and generate. It is based on a subset of the JavaScript Programming Language, Standard ECMA-262 3rd Edition - December 1999. JSON is a text format that is completely language independent but uses conventions that are familiar to programmers of the C-family of languages, including C, C++, C#, Java, JavaScript, Perl, Python, and many others. These properties make JSON an ideal data-interchange language.

@Sumatera Model converter from ORM class to regular pojo class, the ORM term is a modelling class that doesn't like regular pojo, such like @Entity from JPA/Hibernate and so on. It can be used for mapping regular object, post data in request body where you cannot put ORM class directly in a parameter, or you cannot convert to json directly, or any other problem regarding it. You don't need anymore to create duplicate Dto / Pojo class which represent ORM class, just write your ORM class and annotate it with @Sumatera, then the regular pojo class would be generated for you.

A JNA based library providing access to some low-level Linux subsystems, including :- * UInput. Create virtual devices such as keyboards, mice and touchpads and emit events from them as if they were real. * Evdev. Read events from various devices such as keyboards, mice, touchpads, and all other devices exposed by Linux. * Frame Buffer. Write directly to the Linux framebuffer. Allows graphical user interfaces without X being present. As from version 2.0, this library is now in uk.co.bithatch namespace. Version 2.1 and above support Java 8, and module Java 9 and above.

Smart Commit JDBC Driver enables 'smartcommit' mode for all JDBC drivers. In Smart Commit mode a JDBC connection will execute all queries in autocommit mode until it encounters a write operations. From the first write operation until the following commit or rollback, the connection will operate in transactional mode. It will then switch back to autocommit and remain in autocommit until it once again encounters a write operation. Using a JDBC connection in Smart Commit mode will reduce the number of read locks needed. Operating a JDBC connection in Smart Commit mode effectively reduces the isolation level of a transaction to READ_COMMITTED for all queries that are executed *BEFORE* a write operation in a transaction. All queries that are executed *AFTER* a write operation in a transaction, will be executed using the configured isolation level of the JDBC connection.