Alternative to maven

Apt-get updatesudo apt-get install maven3This worked fine for me on Ubuntu 14.04.3 LTS. The installed command was mvn without any need to add a symlink.$ mvn -versionApache Maven 3.3.9 (bb52d8502b132ec0a5a3f4c09453c07478323dc5; 2015-11-10T16:41:47+00:00)Maven home: /usr/share/maven3Java version: 1.8.0_66, vendor: Oracle CorporationJava home: /usr/lib/jvm/java-8-oracle/jreDefault locale: en_GB, platform encoding: UTF-8OS name: "linux", version: "3.19.0-33-generic", arch: "amd64", family: "unix" answered Dec 9, 2015 at 12:39 1 There is a PPA for maven with 3.1 at add-apt-repository ppa:natecarlson/maven3The only problem is that the command-line tool from the PPA is maven3, which is going to break any scripts calling mvn.sudo ln -s /usr/bin/maven3 /usr/bin/mvn answered Apr 24, 2014 at 12:07 David BaucumDavid Baucum1,03610 silver badges13 bronze badges 10 To install mvn3 on Ubuntu 14.04, run:sudo apt-get purge maven maven2 maven3sudo add-apt-repository ppa:andrei-pozolotin/maven3sudo apt-get updatesudo apt-get install maven3To make a symbolic link, run:sudo ln -s /usr/share/maven3/bin/mvn /usr/bin/mvnReference: answered Apr 6, 2016 at 9:58 3 I found this guide worked best for Ubuntu 14.04 to upgrade maven to 3.2.1 remove the previous mavens of maven, do:sudo apt-get remove maven*Install Maven 3:sudo apt-get install gdebiwget gdebi maven3_3.2.1-0~ppa1_all.debSymlink it, for an easier usage:sudo ln -s /usr/share/maven3/bin/mvn /usr/bin/maven answered Feb 16, 2015 at 13:37 2 Tried the instructions here and the ones on apache.org. What ultimately fixed it was creating a symbolic link for maven:sudo ln -s /usr/local/apache-maven/apache-maven-3.2.1/bin/mvn /usr/bin/mvn answered Mar 20, 2014 at 14:03 1281283532 silver badges8 bronze badges If you are not comfortable with a PPA (personal package archive) where you have no assurance of the provenance this is an alternative.

Where tycho-pomless was incomplete.Today its usage is very limited and tycho-pomless is a much better (and supported) alternative now.Removal of tycho-source-feature:source-featureThis mojo is replaced by the tycho-source-plugin with execution feature-source which offers equivalent and even enhanced functionality.Pack200Pack200 technology is obsolete and no longer supported after Java 13.Tycho removed all support for dealing with pack.gz files including pack200 specific plugins, various options in Mojos and support for resolving fetching in core.Omit any pack200 specific plugins, options and in any other way dealing with *.pack.gz files.The following are removed:Pluginstycho-pack200a-plugintycho-pack200b-pluginMojo optionsTargetPlatformConfigurationMojo' includePackedArtifactsMirrorMojo's includePackedPublishFeaturesAndBundlesMojo reusePack200FilesBuildQualifierMojo project.basedir option removedIt was totally ignored in all latest versions.PublishProductMojo flavor option removedIt was hardcoded to "tooling" always and had no practical meaning to change.EclipseRunMojo argLine and appArgLine options removed / applicationArgs option fixedargLine and appArgLine have been replaced by list-based jvmArgs and applicationArgs respectively.applicationArgs (previously known as applicationsArgs) has been corrected to not perform anyinterpretation of whitepace and quotes anymore. Individual arguments are now used literally (just like jvmArgs).2.7.5Fixes:[reverted] Not all (direct) requirements of a feature are considered when building an update-site[backport] Fix MavenLocation scope filteringorg.eclipse.tycho:tycho-packaging-plugin:2.7.3:package-plugin issuing error /target/classes does not exist2.7.4Fixes:Tycho reports wrong type in case of maven GAV restored from UISupport bnd processing in pomless buildsThe official maven keyserver is just to slow use ubuntu as an alternative mirror first[Maven-Target] Consider extra-repositories when fetching source-jarsDS generation fails with latest eclipse release for UI bundlesPomDependencyCollector uses a wrong type for pom declared feature dependenciesNot all (direct) requirements of a feature are considered when building an update-siteFix Mojo Configuration of DS Plugin is ignoredCheck that components declared in the manifest exitsEclipse M2E lifecycle-mapping metadata embeddedAll Tycho plugins are now shipped with embedded M2E lifecycle-mapping-metadata files.Therefore M2E now knows by default how to handle them and it is not necessary anymore to install any connector (usually org.sonatype.tycho.m2e was used)

SWT popup component will be used. The alternative System Tray based support and balloon tooltip can be used by explicitly requesting it.AWT. If no SWT is available, the built-in AWT System Tray support will be used.Linux Linux support will be provided in the following order :-If dbus-java is available, native DBus notifications will be used.notify-send. If this is an available command, the default desktop notifications will be usedJavaFX. If JavaFX and ControlsFX is on the CLASSPATH, ControlsFX based notificationSWT. If SWT is on the CLASSPATH, the custom SWT popup component will be used. The alternative System Tray based support and balloon tooltip can be used by explicitly requesting it.AWT. If no SWT is available, the built-in AWT System Tray support will be used.Configuring your projectThe library is available in Maven Central, so configure your project according to thebuild system you use. For example, for Maven itself :- com.sshtools two-slices 0.9.4 "> dependencies> dependency> groupId>com.sshtoolsgroupId> artifactId>two-slicesartifactId> version>0.9.4version> dependency> dependencies>SnapshotsDevelopment builds may be available in the snapshots repository oss-snapshots true false .. com.sshtools two-slices 0.9.5-SNAPSHOT ">repositories> repository> id>oss-snapshotsid> url> snapshots> enabled>trueenabled> snapshots> releases> enabled>falseenabled> releases> repository>repositories> ..dependencies> dependency> groupId>com.sshtoolsgroupId> artifactId>two-slicesartifactId> version>0.9.5-SNAPSHOTversion> dependency>dependencies>SWT SupportAt time of writing this, the SWT artifacts that are available on Maven Central areincompatible with having a cross-platform and fully JPMS compliant library or application.This is due to the module naming scheme chosen by the SWT packagers.Two Slices is fully JPMS compliant otherwise, and including SWT as in the primary artifactwould degrade this support.For this reason, if you wish to use SWT you must also add the separate SWT artifact.This is not modular, other than having an Automatic-Module-Name. If you are usingSWT, you probably do not care about this as you'll have other problems with JPMSanyway. com.sshtools two-slices-swt 0.9.4 "> dependencies> dependency> groupId>com.sshtoolsgroupId> artifactId>two-slices-swtartifactId> version>0.9.4version> dependency> dependencies>Showing A MessageFor the simplest use, call Toast.toast() :-Toast.toast(ToastType.INFO, "Information", "Here is some information you cannot do without.");With A Custom IconYou can pass in the full path to an icon too (requires support for this in selected platform)Toast.toast(ToastType.INFO, "/usr/share/pixmaps/mypic.png", "Boo!", "See my image?");Using The BuilderAn alternative way to build more complex messages is

As a developer transitioning from Java to Python, you might be familiar with the robust features offered by Maven, particularly in terms of dependency management and build automation. Python, though different in design philosophies, has several tools that offer similar functionalities. Here’s how you can achieve Maven-like capabilities in your Python projects.Solution 1: zc.buildoutThe first option zc.buildout stands out as a powerful alternative to Maven. This tool enables you to set up isolated environments, manage dependencies, and initialize scripts. Moreover, it operates with plugins known as “recipes”. While the learning curve can be steep initially, similar to Maven, the benefits of using zc.buildout can lead to a more manageable and controlled project environment.You can start by installing zc.buildout via:For details on how to use this tool, check the official documentation here.Solution 2: Setuptools and PipAnother foundational pair of tools that are essential in Python packaging and dependency management are Setuptools and Pip.Setuptools facilitates the package creation and installation process, making it integral for any Python project. You can find it here.Pip, being the de facto package manager, simplifies dependency management significantly. Discover more about Pip here.Using both of these in conjunction can provide a solid base for managing your project’s packages and dependencies.Solution 3: Virtualenv and VirtualenvwrapperFor tackling project environments effectively, using Virtualenv alongside virtualenvwrapper can be invaluable. This combination allows you to create isolated Python environments, which is especially beneficial to avoid dependency conflicts between projects.You can get started with Virtualenv by executing:pip install virtualenv virtualenvwrapperRefer to the official pages for Virtualenv and virtualenvwrapper for more implementation details.Solution 4: PyBuilderFinally, consider PyBuilder, which serves as an effective build automation tool inspired by Maven’s functionalities. PyBuilder utilizes Python for its configuration files, making it much more readable than XML configurations used in Maven. This features a plugin system for dependency management, using Pip under the hood. To begin using PyBuilder, you can install it with:More information regarding PyBuilder can be found on its official site here.Alternative ToolsFor task automation, look into using tools like Fabric or Paver. These tools allow you to execute command-line tasks seamlessly within Python scripts, adding a layer of simplicity similar to that found in traditional shell scripting. For more on Fabric, visit the official Fabric documentation, and explore Paver documentation for additional insights.Feedback and CommentsYour input is valuable! If you have experiences or tips about using these Python tools for build automation or dependency management, please share them in the comments below.FAQs on Top 4 Ways to Achieve Maven-Like Features in Python Q: What is the best way to manage dependencies in a Python project? A: The most popular and efficient way to manage dependencies is by using Pip along with Setuptools, which together provide

Each OSGi test container is able to launch an OSGi framework and to provision bundles into the running framework.Native ContainerThe Native Container runs in the same VM as the driver. This is the recommended approach for most cases. 4.0.0 org.ops4j.pax.exam pax-exam-sample-empty 0.0.1-SNAPSHOT 3.4.0 1.6.0 org.ops4j.pax.exam pax-exam-container-native ${exam.version} test org.ops4j.pax.exam pax-exam-junit4 ${exam.version} test org.ops4j.pax.exam pax-exam-link-mvn ${exam.version} test org.ops4j.pax.url pax-url-aether ${url.version} test org.apache.felix org.apache.felix.framework 3.2.2 test ch.qos.logback logback-core 0.9.20 test ch.qos.logback logback-classic 0.9.20 test org.apache.maven.plugins maven-compiler-plugin 2.5.1 1.6 1.6 pax-exam-junit4 specifies the driver to be used for your tests. The JUnit driver is recommended, but you can also work with the TestNG driver or the Pax Exam Player.The pax-url-aether dependency is required to resolve mvn: URLs and to provision Maven bundles.org.apache.felix.framework is just one example of an OSGi framework. Of course, you can equally use an Equinox or Knopflerfish dependency.Pax Exam, like most OPS4J projects, uses the SLF4J Logging API, which requires a logging backend, e.g. logback. See the SLF4J documentation for more details about alternative backends.Forked ContainerThe Forked Container uses the OSGi Framework Launch API to launch the framework in a separate VM. It provides maximum isolation and avoids classloader issues that may arise with the Native Container. The price you have pay for this is slower start-up and remote debugging. The forked container uses RMI to communicate between the jvm the started the test and the separate vm that runs the framework. 4.0.0 org.ops4j.pax.exam pax-exam-sample-empty 0.0.1-SNAPSHOT 3.0.0 1.5.2 org.ops4j.pax.exam pax-exam-container-forked ${exam.version} test org.ops4j.pax.exam pax-exam-junit4 ${exam.version} test org.ops4j.pax.exam pax-exam-link-mvn ${exam.version} test org.ops4j.pax.url pax-url-aether ${url.version} test org.apache.felix org.apache.felix.framework 4.0.2 test ch.qos.logback logback-core 0.9.29 test ch.qos.logback logback-classic 0.9.29 test org.apache.maven.plugins maven-compiler-plugin 2.5.1 1.6 1.6