Search Results for "install with"

...It lets you define metadata like package name, version, dependencies, and maintainers, then map files from your build into filesystem locations with ownership and permissions. Pre-, post-install, and removal scripts are supported so services can be registered, caches warmed, or config migrated during upgrades. The plugin fits naturally in multi-module builds and CI, producing artifacts that ops teams can promote through repositories like APT or YUM. It’s widely used to package JVM applications along with their configs, systemd units, and logs into a single deployable unit. ...

Metl is a simple, web-based ETL tool that allows for data integrations including database, files, messaging, and web services. Supports RDBMS, SOAP, HTTP, FTP, SFTP, XML, FIXLEN, CSV, JSON, ZIP, and more. Metl implements scheduled integration tasks without the need for custom coding or heavy infrastructure. It can be deployed in the cloud or in an internal data center, and it was built to allow developers to extend it with custom components.

...It streamlines frontend build tasks by managing Node toolchain dependencies directly through Gradle. Installing the node-related plugins can be done in multiple ways. The easiest is to use the plugins-closure in your build.gradle file. If you want to install snapshot versions of this plugin, you can add the OJO repository to your build. Compatible with Gradle 6.6 and newer, Node.js 10+, and npm 7+.

...By running as part of the build, it automates a task that would otherwise require manual tooling passes on individual files. Developers can fine-tune which directories and formats to process and exclude sensitive assets where bit-exactness matters. The result is faster downloads, lower install sizes, and improved memory characteristics on resource-constrained devices. It fits naturally into continuous integration, ensuring optimizations remain consistent over time.

glu is a model-driven deployment and orchestration platform aimed at automating complex rollouts across fleets of machines. It represents desired system state in a declarative model and coordinates agents to converge reality with that model, handling steps like install, start, verify, and promote. The system provides auditing and versioning of deployments, so operators can trace what changed, when, and why. A central console and APIs allow visualizing the topology, triggering rollouts, and performing controlled actions such as canaries and rolling updates. Under the hood it coordinates distributed nodes, tolerating partial failures while continuing to drive toward the target state. ...

...Improved with groovy memoization: http://www.solutionsiq.com/resources/agileiq-blog/bid/72880/Programming-with-Groovy-Trampoline-and-Memoize 1. You may download code: git clone git://git.code.sf.net/p/numberencoding/code numberencoding-code 2. Build: mvn clean install assembly:assembly -DskipTests -Dmaven.test.skip=true -DdownloadSources=true -Dcheckstyle.skip=true 3. Run: java -jar target/numberencoding-1.0-fat.jar

Solves the given cubes puzzles and prints the solution 1. You may download code: git clone git://git.code.sf.net/p/happycubesolver/code happycubesolver-code 2. Build: mvn clean install assembly:assembly -DskipTests -Dmaven.test.skip=true -DdownloadSources=true -Dcheckstyle.skip=true 3. Run: java -jar target/cubes-1.0-fat.jar