![]() With 47 weak named curves to be disabled, adding individual named curves to each disabledAlgorithms property would be overwhelming. Weak named curves are disabled by default by adding them to the following disabledAlgorithms security properties:, , and. ➜ Weak Named Curves in TLS, CertPath, and Signed JAR Disabled by Default Refer to CLDR's accounting currency format style for additional information. For example in Locale.US, it will format to " ($3.27)" instead of " -$3.27". The descriptions also identify potential compatibility issues that you might encounter when migrating to JDK 14.Ĭurrency format instances with accounting style, in which the amount is formatted in parentheses in some locales, can be obtained by calling NumberFormat.getCurrencyInstance(Locale) with the "u-cf-account" Unicode locale extension. This document includes descriptions of those new features and enhancements that are also changes to the specification. Another source of information about important enhancements and new features in Java SE 14 and JDK 14 is the Java SE 14 ( JSR 389) Platform Specification, which documents the changes to the specification made between Java SE 13 and Java SE 14. It includes a complete implementation of the Java SE 14 Platform and additional Java APIs to support developing, debugging, and monitoring Java applications. The APIs described here are those that are provided with the Oracle JDK. In some cases, the descriptions provide links to additional detailed information about an issue or a change. This section describes some of the enhancements in Java SE 14 and JDK 14. What's New in JDK 14 - New Features and Enhancements For more information, refer to Timezone Data Versions in the JRE Software. JDK 14 contains IANA time zone data version 2019c. See CSRs Approved for JDK 14 for the list of CSRs closed in JDK 14 and the Compatibility & Specification Review (CSR) page on the OpenJDK wiki for general information about compatibility. Behavioral: Behavioral compatibility includes the semantics of the code that is executed at runtime.Binary: Binary compatibility is defined in The Java Language Specification as preserving the ability to link existing class files without error.Source: Source compatibility preserves the ability to compile existing source code without error.The Kinds of Compatibility page on the OpenJDK wiki identifies three types of potential compatibility issues for Java programs used in these descriptions: The descriptions on this Release Note page also identify potential compatibility issues that you might encounter when migrating to JDK 14. You should be aware of the content in that document as well as the items described in this page. The Java SE 14 Editions contain all corrections and clarifications made since the Java SE 13 Editions, as well as additions for new features. Annex 3: Java SE 14 Editions of The Java Language Specification and The Java Virtual Machine Specification.Informative background for these changes may be found in the list of approved Change Specification Requests for this release. Annex 2: An annotated API specification showing the exact differences relative to Java SE 13. ![]()
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