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When you create a JAR file, the time of creation is stored in the JAR file. Therefore, even if the contents of the JAR file do not change, when you create a JAR file multiple times, the resulting files are not exactly identical. You should be aware of this when you are using JAR files in a build environment. It is recommended that you use versioning information in the manifest file, rather than creation time, to control versions of a JAR file. See the Setting Package Version Information section.

Download create jar

Let us look at an example. A simple TicTacToe applet. You can see the source code of this applet by downloading the JDK Demos and Samples bundle from Java SE Downloads. This demo contains class files, audio files, and images having this structure:

You can obtain all these files from jar/examples directory when you download the entire Tutorial online. To package this demo into a single JAR file named TicTacToe.jar, you would run this command from inside the TicTacToe directory:

You might want to avoid compression, for example, to increase the speed with which a JAR file could be loaded by a browser. Uncompressed JAR files can generally be loaded more quickly than compressed files because the need to decompress the files during loading is eliminated. However, there is a tradeoff in that download time over a network may be longer for larger, uncompressed files.

In the above example, the files in the archive retained their relative path names and directory structure. The Jar tool provides the -C option that you can use to create a JAR file in which the relative paths of the archived files are not preserved. It's modeled after TAR's -C option.

This lib will load jar from file system or any other location. It will dedicate a class loader for the jar to make sure there are no library conflicts. Users will be able to create any object from the loaded jar and call any method on it. This lib was designed to load jars compiled in Java 8 from the code base that supports Java 7.

This page describes how to create your deployment package as a .zip file or Jar file, and then use the deployment package to deploy your function code to AWS Lambda using the AWS Command Line Interface (AWS CLI).

To create a deployment package, compile your function code and dependencies into a single .zip file or Java Archive (JAR) file. For Gradle, use the Zip build type. For Apache Maven, use the Maven Shade plugin.

To create the function, use the package and deploy commands. These commands are customizations to the AWS CLI. They wrap other commands to upload the deployment package to Amazon S3, rewrite the template with the object URI, and update the function's code.

The following example script runs a Gradle build and uploads the deployment package that it creates. It creates an AWS CloudFormation stack the first time you run it. If the stack already exists, the script updates it.

Alternatively, you can simply create the file.mvn/jvm.config at the root of your project:and any options you put in that file will be picked up by Maven, without having to set MAVEN_OPTS.

When AppCDS generation is enabled, if this property is set, then the JVM used to generate the AppCDS file will be the JVM present in the container image. The builder image is expected to have the 'java' binary on its PATH. This flag is useful when the JVM to be used at runtime is not the same exact JVM version as the one used to build the jar. Note that this property is consulted only when quarkus.package.create-appcds=true and it requires having docker available during the build.

Whether creation of the AppCDS archive should run in a container if available.Normally, if either a suitable container image to create the AppCDS archive inside of can be determined automatically or if one is explicitly set using the quarkus.package.appcds-builder-image setting, the AppCDS archive is generated by running the JDK contained in the image as a container.If this option is set to false, a container will not be used to generate the AppCDS archive. Instead, the JDK used to build the application is also used to create the archive. Note that the exact same JDK version must be used to run the application in this case.Ignored if quarkus.package.create-appcds is set to false.

This is an advanced option that only takes effect for the mutable-jar format.If this is specified a directory of this name will be created in the jar distribution. Users can place jar files in this directory, and when re-augmentation is performed these will be processed and added to the class-path.Note that before reaugmentation has been performed these jars will be ignored, and if they are updated the app should be reaugmented again.

A normal Maven build will be executed, with the one important change that if theuser doesn't have the necessary version of Maven specified in.mvn/wrapper/maven-wrapper.properties it will be downloaded for the userfirst, installed and then used.

By default, the Maven Wrapper JAR archive is added to the using project as smallbinary file .mvn/wrapper/maven-wrapper.jar. It is used to bootstrap thedownload and invocation of Maven from the wrapper shell scripts.

Another type is the lite implementation of mvnw/mvnw.cmd scripts which download the maven directlyvia wget or curl on *nix, or PowerShell on Windows, then call the original mvn/mvn.cmdscripts of the downloaded maven distribution.This type does not use maven-wrapper.jar nor MavenWrapperDownloader.java, only the wrapper scripts are required.

If the JAR is not found to be available by the scripts they will attempt todownload the file from the URL specified in.mvn/wrapper/maven-wrapper.properties under wrapperUrl and put it in place.The download is attempted via curl, wget and, as last resort, by compiling the.mvn/wrapper/MavenWrapperDownloader.java file and executing the resultingclass.

To avoid supply-chain-attacks by downloading a corrupted artifact, itis possible to specify checksums for both the maven-wrapper.jar andthe downloaded distribution. To apply verification, add the expectedfile's SHA-256 sum in hex notation, using only small caps, tomaven-wrapper.properties. The property for validating themaven-wrapper.jar file is named wrapperSha256Sum whereas thedistribution file property is named distributionSha256Sum.

The local AEM Author Service provides developers with a local experience digital marketers/content authors will share to create and manage content. AEM Author Service is designed both as an authoring and preview environment, allowing most validations of feature development can be performed against it, making it a vital element of the local development process.

This is because AEM as a Cloud Service requires Java SDK 11 and you are running a different version, most likely Java 8. To resolve this issue, download and install Oracle Java SDK 11.Once Java SDK 11 has been installed, verify it is the active version by executing the following from the command line.

If you're upgrading Bamboo from a release earlier than 6.10 to 6.10 or later, manually upgrade your remote agents to make sure that the Tanuki wrapper is also updated and the wrapper.conf file is successfully recreated.

If you're upgrading Bamboo from a release earlier than 8.0 to 8.0 or later and you're also upgrading the Java version on your remote agents from 8 to 11, either update the wrapper configuration manually or download a new remote agent JAR from your upgraded Bamboo and reinstall the wrapper.

Before you can build a project that uses JOGL in your IDE or on the command line, you'll need to download and install the JOGL JAR files and native JARs or native library files (.dll/.so/.jnilib files).

You have a choice of JOGL versions to download. The latest stable version is the safest, but lags behind in features. The latest automatic build contains all checked-in code, but may be failing some tests.

JOGL uses native libraries to interface with each platform's OpenGL library. You can either download these native libraries wrapped up in JAR files (the "native JARs" option), or you can download them as separate .dll/.so/.jnilib files (the "native library files" option).

Using native JARs is usually easiest, since there are fewer files to manage and it allows different platforms' native library files to coexist in the same directory. Only use the native library files directly if you need fine control over native library file placement or if your app doesn't have permissions to create temporary directories.

Now you may copy the required JARs out of each jar folder and the native library files (if you're using them) out of each lib folder. For a full desktop installation using native JARs, here are the files you need. Note that the native JAR names are different for each platform, so you can use some or all of the native JARs together to create a multi-platform installation.

This topic describes the requirements for installing and using the Hyper API library. You can download the Hyper API library packages from the Hyper API - Products Release and Download page. Select the Hyper API package for your programming language and operating system. Follow the instructions for installing the library for your programming language and operating system as described below.

If your security requirements require you to run Java applications with the system property jna.nounpack set to true, which disables unpacking from a .jar file, you need to obtain the native Hyper API library in another way. While you could extract the library from the .jar file in the Java Hyper API package, the easiest way is to download and unzip the C++ Hyper API package for your platform, as described in the following steps:

You can install the Hyper API for .NET in two ways. You can either download the .zip file that contains the library and example code, or you can install the NuGet package for the library, either directly, or by adding a reference to your project. The following section describes the requirements for .NET and the installation instructions for both methods. 041b061a72