cursemaven

cursemaven

Curse Maven is not affiliated, associated, authorized, endorsed by, or in any way officially connected with CurseForge, or any of its subsidiaries or its affiliates. The official CurseForge website can be found at https://www.curseforge.com/, with the official maven endpoint can be found at https://www.curseforge.com/api/maven/.

creating an adobe experience manager 6.3 project using adobe maven archetype 12

creating an adobe experience manager 6.3 project using adobe maven archetype 12

HTL is the AEM template language that can be used to replace use of JSP when developing an AEM component. HTL helps you to separate your design from your application logic. For more information, see Introduction to the HTML Template Language.

You can create an AEM 6.3 project by using Adobe Maven Archetype 12. This development article walks you through creating an AEM 6.3 project by using Archetype 12 and explains the default AEM files and services. Using an Archetype 12 project, you are given a set of files to start with.

You can use Maven to build an OSGi bundle that contains a Sling Servlet. Maven manages required JAR files that a Java project needs in its class path. Instead of searching the Internet trying to find and download third-party JAR files to include in your projects class path, Maven manages these dependencies for you.

mvn org.apache.maven.plugins:maven-archetype-plugin:2.4:generate -DarchetypeGroupId=com.adobe.granite.archetypes -DarchetypeArtifactId=aem-project-archetype -DarchetypeVersion=12 -DarchetypeCatalog=https://repo.adobe.com/nexus/content/groups/public/

[INFO] ------------------------------------------------------------------------ [INFO] BUILD SUCCESS [INFO] ------------------------------------------------------------------------ [INFO] Total time: 01:42 min [INFO] Finished at: 2016-04-25T14:34:19-04:00 [INFO] Final Memory: 16M/463M [INFO] ------------------------------------------------------------------------

This class is an AEM scheduler for cron-job like tasks that get executed regularly. It also demonstrates how property values can be set. Users can set the property values in /system/console/configMg. For more information about Sling Scheduler functionality, seeScheduler Service.

TheSimpleServletclass represents a simple AEM servlet created using Apache Sling APIs. This servlet using resoure type binding to invoke the servlet. In this example, it binds to AEMMaven12/structure/page. The following Java code represents theSimpleServletclass.

The image component inherits from the Core image component. This is made possible by setting the component'ssling:resourceSuperTypeproperty to core/wcm/components/image/v1/image. This is how component inheritence works with AEM. For more information about component inheritence, seeAEM Components - the Basics.

The text component lets an author enter text into an AEM web page. Like the image component, this component inherits from the text Core component by setting the sling:resourceSuperType property to core/wcm/components/text/v1/text.

The title component lets an author enter a title into an AEM web page. This component inherits from the title Core component by setting the sling:resourceSuperType property to core/wcm/components/title/v1/title.

java language support - visual studio marketplace

java language support - visual studio marketplace

The Java language server will look for the dependencies you specify in java.externalDependencies in your Maven and Gradle caches ~/.m2 and ~/.gradle. You should use your build tool to download the library and source jars of all your dependencies so that the Java language server can find them:

The Java language server uses the Java compiler API to implement language features like linting, autocomplete, and smart navigation, and the language server protocol to communicate with text editors like VSCode.

The Java compiler API provides incremental compilation at the level of files: you can create a long-lived instance of the Java compiler, and as the user edits, you only need to recompile files that have changed. The Java language server optimizes this further by focusing compilation on the region of interest by erasing irrelevant code. For example, suppose we want to provide autocomplete after print in the below code:

At the time of this writing, the build only works on Mac, because of the way it uses JLink. However, it would be straightforward to fix this by changing scripts/link_mac.sh to be more like scripts/link_windows.sh.

how can i download a specific maven artifact in one command line? - stack overflow

how can i download a specific maven artifact in one command line? - stack overflow

UPDATE: With older versions of Maven (prior to 2.1), it is possible to run dependency:get normally (without using the fully qualified name and version) by forcing your copy of maven to use a given version of a plugin.

But this doesn't seem to work anymore with maven 2.1/2.2. Actually, according to the Introduction to the Plugin Registry, features of the plugin-registry.xml have been redesigned (for portability) and the plugin registry is currently in a semi-dormant state within Maven 2. So I think we have to use the long name for now (when using the plugin without a pom, which is the idea behind dependency:get).

Unfortunately for now sources jar files cannot be downloaded transitively, which does make sense, but ideally I do believe it can also respect the option downloadSources just like the maven eclipse plugin does.

One could use dependency:copy (http://maven.apache.org/plugins/maven-dependency-plugin/copy-mojo.html) which takes a list of artifacts defined in the plugin configuration section and copies them to a specified location, renaming them or stripping the version if desired. This goal can resolve the artifacts from remote repositories if they don't exist in either the local repository or the reactor.

Not all the properties of the plugin could be used in maven CLI. The properties which have "User Property:" property defined could be specified. In the below example I am downloading junit to my temp folder and stripping the vesion from the jar file.

Typically installs the artifact in your local repository, so you shouldn't need to download it. However, if you want to share your artifact with others, you will need to deploy the artifact to a central repository see the deploy plugin for more details.

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what is <classifier> in <configuration> in maven - stack overflow

what is in in maven - stack overflow

what is the use of classifier tag in inside configuration tag in maven. example: org.apache.maven.plugins maven-jar-plugin 2.2 pre-process-classes compile jar pre-process

classifier:\ The classifier allows to distinguish artifacts that were built from the same POM but differ in their content. It is some optional and arbitrary string that - if present - is appended to the artifact name just after the version number.

As a motivation for this element, consider for example a project that offers an artifact targeting JRE 1.5 but at the same time also an artifact that still supports JRE 1.4. The first artifact could be equipped with the classifier jdk15 and the second one with jdk14 such that clients can choose which one to use.

Another common use case for classifiers is the need to attach secondary artifacts to the projects main artifact. If you browse the Maven central repository, you will notice that the classifiers sources and javadoc are used to deploy the project source code and API docs along with the packaged class files.

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what is a maven classifier?

what is a maven classifier?

Properties can be defined in a POM or in a Profile. The properties set in a POM or in a Maven Profile can be referenced just like any other property available throughout Maven. User-defined properties can be referenced in a POM, or they can be used to filter resources via the Maven Resource plugin.

One may also ask, what is POM XML file why it is used? It is an XML file that contains information about the project and configuration details used by Maven to build the project. When executing a task or goal, Maven looks for the POM in the current directory. It reads the POM, gets the needed configuration information, then executes the goal.

POM is an acronym for Project Object Model. The pom. xml file contains information of project and configuration information for the maven to build the project such as dependencies, build directory, source directory, test source directory, plugin, goals etc. Maven reads the pom.

There are three built-in build life cycle 'clean', 'default' and 'site'. compile compiles the source code. test executes unit test cases. package bundles the compiled code (Ex: war / jar) install stores the built package in local Maven repository. deploy store in remote repository for sharing.

Maven SCM. Maven SCM supports Maven 2. x plugins (e.g. maven-release-plugin) and other tools (e.g. Continuum) by providing them with a common API for doing SCM operations. maven-scm-plugin: a Maven plugin, where each SCM command is implemented as a plugin goal, maven-scm-client: a simple SCM command line tool.

A Project Object Model or POM is the fundamental unit of work in Maven. It is an XML file that contains information about the project and configuration details used by Maven to build the project. It contains default values for most projects.

Add a Java Maven Dependency to the Utility Project field (e.g., commons-logging) to search for a dependency. Select the dependency, and click OK. Expand the utility project, right-click the pom. xml file, and select Run As>Maven Install to install the file into the local repository.

Maven is a build automation tool used primarily for Java projects. Maven can also be used to build and manage projects written in C#, Ruby, Scala, and other languages. Maven is built using a plugin-based architecture that allows it to make use of any application controllable through standard input. A plugin for the .

There are three built-in build lifecycles: default, clean and site. The default lifecycle handles your project deployment, the clean lifecycle handles project cleaning, while the site lifecycle handles the creation of your project's site documentation.

1. List the differences between ANT and Maven. Ant Maven Ant is procedural, you need to provide information about what to do and when to do through code. You need to provide order. Maven is declarative, everything you define in the pom.xml file. There is no life cycle in Ant. There is a life cycle in Maven.

pom. xml is a file which describes the project, configures plugins, and declares dependencies. The POM names the project, provides a set of unique identifiers (called coordinates) for a project, and defines the relationships between this project and others through dependencies, parents, and prerequisites.

Maven is a popular open source build tool for enterprise Java projects, designed to take much of the hard work out of the build process. Maven uses a declarative approach, where the project structure and contents are described, rather then the task-based approach used in Ant or in traditional make files, for example.

Pom. xml is a file for configurating Apache Maven. You don't have to be using Maven to build a Spring project. Instead you specify your dependencies in pom. xml which includes Spring jar's and much more.

To build a Maven project via the command line, run the mvn command from the command line. The command should be executed in the directory which contains the relevant pom file. You need to provide the mvn command with the life cycle phase or goal to execute.

pom. xml is a file which manage your project dependencies and format is no different from project to project. If you are using this in ui automation project using selenium then you must have included selenium dependencies.

The element can take 6 values: compile, provided, runtime, test, system and import. This scope is used to limit the transitivity of a dependency, and also to affect the classpath used for various build tasks. compile. This is the default scope, used if none is specified.

Maven is an automation and management tool. It is written in Java Language and used to build and manage projects written in C#, Ruby, Scala, and other languages. Maven helps the developer to create a java-based project more easily. To configure the Maven, you need to use Project Object Model, which is stored in a pom.

Advantages of using Maven: One can easily build their project to jar,war etc. as per their requirements using Maven. Maven makes easy to start project in different environments and one doesn't needs to handle the dependencies injection, builds, processing, etc. Adding a new dependency is very easy.

pom.xml - differences between dependencymanagement and dependencies in maven - stack overflow

pom.xml - differences between dependencymanagement and dependencies in maven - stack overflow

What is the difference between dependencyManagement and dependencies? I have seen the docs at Apache Maven web site. It seems that a dependency defined under the dependencyManagement can be used in its child modules without specifying the version.

Dependency Management allows to consolidate and centralize the management of dependency versions without adding dependencies which are inherited by all children. This is especially useful when you have a set of projects (i.e. more than one) that inherits a common parent.

Another extremely important use case of dependencyManagement is the control of versions of artifacts used in transitive dependencies. This is hard to explain without an example. Luckily, this is illustrated in the documentation.

I'm fashionably late to this question, but I think it's worth a clearer response than the accepted one (which is correct, but doesn't emphasize the actual important part, which you need to deduce yourself).

Artifacts specified in the section, will only be included in the child module if they were also specified in the section of the child module itself. Why is it good you ask? Because you specify the version and/or scope in the parent, and you can leave them out when specifying the dependencies in the child POM. This can help you use unified versions for dependencies for child modules, without specifying the version in each child module.

The documentation on the Maven site is horrible. What dependencyManagement does is simply move your dependency definitions (version, exclusions, etc) up to the parent pom, then in the child poms you just have to put the groupId and artifactId. That's it (except for parent pom chaining and the like, but that's not really complicated either - dependencyManagement wins out over dependencies at the parent level - but if have a question about that or imports, the Maven documentation is a little better).

After reading all of the 'a', 'b', 'c' garbage on the Maven site and getting confused, I re-wrote their example. So if you had 2 projects (proj1 and proj2) which share a common dependency (betaShared) you could move that dependency up to the parent pom. While you are at it, you can also move up any other dependencies (alpha and charlie) but only if it makes sense for your project. So for the situation outlined in the prior sentences, here is the solution with dependencyManagement in the parent pom:

This is where comes into play. When you add this to your parent pom, all of your child modules STOP seeing it. And thus you are forced to go into each individual module that DOES need it and declare it again (Child A and Child B, without the version though).

If the dependency was defined in the top-level pom's dependencyManagement element, the child project did not have to explicitly list the version of the dependency. if the child project did define a version, it would override the version listed in the top-level POMs dependencyManagement section. That is, the dependencyManagement version is only used when the child does not declare a version directly.

Artifacts specified in the section will only be included in the child module if they were also specified in the section of the child module itself. Why is it good you ask? because you specify the version and/or scope in the parent, and you can leave them out when specifying the dependencies in the child POM. This can help you use unified versions for dependencies for child modules, without specifying the version in each child module.

The in my point of view (correct me if I am wrong) is just useful by helping you centralize the version of your dependencies. It is like a kind of helper feature. As a best practice, your has to be in a parent project, that other projects will inherit. A typical example is the way you create your Spring project by declaring the Spring parent project.

"Default dependency information for projects that inherit from this one. The dependencies in this section are not immediately resolved. Instead, when a POM derived from this one declares a dependency described by a matching groupId and artifactId, the version and other values from this section are used for that dependency if they were not already specified." [ https://maven.apache.org/ref/3.6.1/maven-model/maven.html ]

..the minimal set of information for matching a dependency reference against a dependencyManagement section is actually {groupId, artifactId, type, classifier}. In many cases, these dependencies will refer to jar artifacts with no classifier. This allows us to shorthand the identity set to {groupId, artifactId}, since the default for the type field is jar, and the default classifier is null. [https://maven.apache.org/guides/introduction/introduction-to-dependency-mechanism.html ]

Thus, all the sub-elements (scope, exclusions etc.,) of a dependency element--other than groupId, artifactId, type, classifier, not just version--are available for lockdown/default at the point (and thus inherited from there onward) you specify the dependency within a dependencyElement. If youd specified a dependency with the type and classifier sub-elements (see the first-cited webpage to check all sub-elements) as not jar and not null respectively, youd need {groupId, artifactId, classifier, type} to reference (resolve) that dependency at any point in an inheritance originating from the dependencyManagement element. Else, {groupId, artifactId} would suffice if you do not intend to override the defaults for classifier and type (jar and null respectively). So default is a good keyword in that definition; any sub-element(s) (other than groupId, artifactId, classifier and type, of course) explicitly assigned value(s) at the point you reference a dependency override the defaults in the dependencyManagement element.

So, any dependency element outside of dependencyManagement, whether as a reference to some dependencyManagement element or as a standalone is immediately resolved (i.e. installed to the local repository and available for classpaths).

In Eclipse, there is one more feature in the dependencyManagement. When dependencies is used without it, the unfound dependencies are noticed in the pom file. If dependencyManagement is used, the unresolved dependencies remain unnoticed in the pom file and errors appear only in the java files. (imports and such...)

You will probably have properties for versions anyways, in some kind of parent-pom file. Why not just use this properties in the child pom's? That way you can still update a version in the property (within parent-pom) for all child projects at once. That has the same effect as just without .

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