Groovy Latest Version Download
Josefina Polly
However, when I am running gradle commands (gradle test, classes, etc) I believe it is not building against groovy 2.1.2 but is actually still building against 1.76. (The reason I believe this, is that when I execute the classes I keep getting this error Upgrading Groovy 1.7 - 2.1 Incompatability, which is related to changes made post 1.76)
Which Groovy library you are building against (and which Groovy compiler you are using) is determined by which Groovy library resides on the compile (or, in earlier Gradle versions, groovy) configuration. Typically a Groovy dependency is configured explicitly, but it may also be pulled in by transitive dependency management. (In case of a version conflict, the higher version wins by default. Which Groovy version(s) you have installed on your machine is irrelevant.) gradle dependencyInsight --configuration compile --dependency groovy should provide the answer.
In short, time to stop using groovy.util.XmlSlurper and start using groovy.xml.XmlSlurper.Similarly, you should now be using groovy.xml.XmlParser, groovy.ant.AntBuilder, groovy.test.GroovyTestCaseand the other classes mentioned in the prior mentioned Groovy 3 release notes.
Based on user feedback and download statistics, we rejigged which modules are included in the groovy-all pom(GROOVY-9647).The groovy-yaml module is fairly widely used and is now included in groovy-all.The groovy-testng module is less widely used and is no longer included in groovy-all.Please adjust your build script dependencies if needed.If you are using the Groovy distribution, no changes are required since itincludes the optional modules.
The NV macro method provides similar functionality to SV but instead ofcreating a "string", it creates a gapi:groovy.lang.NamedValue which letsyou further process the name and value information. Here is an example:
This work was originally planned for Groovy 3.0, but there were numerous placeswhere "indy" code was noticeably slower than "classic" bytecode.We have made numerous speed improvements (starting with GROOVY-8298)and have some ability to tune internal thresholds (search the code base forgroovy.indy.optimize.threshold and groovy.indy.fallback.threshold).That work gave us useful speed improvements, but we welcome further feedbackto help improve overall performance of the indy bytecode.
Of particular note around security exceptions (see previous point), when using groovysh on JDK18 or JDK19, users should set JAVA_OPTS to -Djava.security.manager=allow. The groovysh tool uses a security manager to prohibit calls to System::exit. Alternative APIs to deal with this scenario are expected to emerge at some point and groovysh will move to those when available.
M$ handled .net by maintaining multiple branches. I for one feel he must stay current - the bug fix's of the groovy library alone look worth it let and I'm not a groovy fan just a casual user. the groovy devs surely know the cascade effect and felt it was worthwhile. my 2c.
As pointed out already, this would likely bring with it some breaking changes. Consider - can two different versions of groovy be run in parallel? I.e., there would be ".groovy" drivers/apps and there would be ".groovy4" drivers/apps with the proper groovy environment selected for running each (i.e., this allows a partial migration of drivers, rather than a wholesale switchover). Perhaps the ability to select the advanced environment would be part of the definition / metadata section.
There are already existing Groovy 2.4 features that can't be used -- some are major Groovy programming features. The most significant of these, IMO, is to allow user-defined classes. If there were consideration given to a more modern groovy (i.e., 3/4), then refinements in the driver model, such as unlocking classes, should be part of that thought. I see this one example as more significant than most of what groovy 3/ 4 offer (though groovy 4 would also be really nice).
On #3 in particular, perhaps allowing access to classes could be permitted for a more advanced "beta" group. Again, this may be a step less than going to groovy 3/4 and any breaking changes could be fleshed out by the beta group.
The templates/examples how to build an app stuff is nice, but I would really appreciate a complete reference for all the groovy classes, the zwave/zigbee/event/driver stuff specifically. Using other community drivers is a good example too, but doesn't replace actual reference for all the libraries used in HE's Groovy implementation.
Sorry for the late response, just saw this post now. You can find an alternative repository for groovy that will allow you to install the latest groovy versions at Fresh GroovyFor the latest 1.8 version, here are the instructions from the site:
Strachan had left the project silently a year before the Groovy 1.0 release in 2007.[citation needed] In Oct 2016, Strachan stated "I still love groovy (jenkins pipelines are so groovy!), java, go, typescript and kotlin".[13]
In this context, libs is a catalog and groovy represents a dependency available in this catalog. A version catalog provides a number of advantages over declaring the dependencies directly in build scripts:
Version catalogs can be declared in the settings.gradle(.kts) file.In the example above, in order to make groovy available via the libs catalog, we need to associate an alias with GAV (group, artifact, version) coordinates:
In case you want to avoid the generation of a subgroup accessor, we recommend relying on case to differentiate.For example the aliases groovyCore, groovyJson and groovyXml would be mapped to the libs.groovyCore, libs.groovyJson and libs.groovyXml accessors respectively.
Hi @Mahesh_Gunaje , I just downloaded 17.x from -groovy-console/releases/tag/17.0.0 and installed on my local 6.5.14 and I don't see any issues.
I just ran sample script that comes as part of the project.
In the dim and distance past, when Groovy 1.x occasionally had some unpleasant (also runtime) backward compatibility issues, Spock had started to be built for the particular Groovy version individually. There were spock-0.5-groovy-1.6, spock-0.5-groovy-1.7 and spock-0.5-groovy-1.8 for instance. To help people choose the right Spock and the Groovy versions, the runtime check was added to fail the compilation (at the AST transformation level) with the meaningful error message, in the situation Spock was compiled with the different Groovy version that is available at runtime, e.g.:
With earlier Gradle version you might got some misleading errors about not resolvable dependency to org.codehaus.groovy:groovy:4.0.0-beta-2, even though you configured org.apache.groovy:groovy:4.0.0-beta-2 with the correct, changed group id.
This only seems to be happening in QuickBuild. When I use the GroovyShell(sharedData) and related code inside another Groovy script that does the same thing as the QuickBuild step, this works as expected, that is the Tools.groovy code gets loaded into test.groovy and the 'def tools = new Tools()' line works.
For example, to define sayHello, the file vars/sayHello.groovyshould be created and should implement a call method. The call methodallows the global variable to be invoked in a manner similar to a step:
Only entire pipelines can be defined in shared libraries as of this time.This can only be done in vars/*.groovy, and only in a call method. Only oneDeclarative Pipeline can be executed in a single build, and if you attempt toexecute a second one, your build will fail as a result.
Using a snapshot version? Already have a local installation? Setup a local version by specifying the path to the local installation: $ sdk install groovy 3.0.0-SNAPSHOT /path/to/groovy-3.0.0-SNAPSHOT $ sdk install java 17-zulu /Library/Java/JavaVirtualMachines/zulu-17.jdk/Contents/Home Note that the local version name (3.0.0-SNAPSHOT and 17-zulu in the examples above) must be a unique name which is not already in the list of available version names.
To see what is currently in use for a Candidate: $ sdk current javaUsing java version 21.0.1-tem To see what is currently in use for all Candidates: $ sdk currentUsing:groovy: 4.0.17java: 21.0.1-temscala: 3.3.1
Initially called Aeroplane Mode, this allows SDKMAN! to function when working offline. It has a parameter that can be passed toenable or disable the offline mode. $ sdk offline enableForced offline mode enabled.$ sdk offline disableOnline mode re-enabled! When operating in offline mode, most commands will still work even though they will operate in a scaled down capacity. An example is the list command, which will only display the currently installed and active version(s): $ sdk list groovy------------------------------------------------------------Offline Mode: only showing installed groovy versions------------------------------------------------------------> 2.4.4* 2.4.3------------------------------------------------------------* - installed> - currently in use------------------------------------------------------------ The offline mode will also be disabled/enabled automatically when the internet becomes available/unavailable. Naturally, commands that require internet connectivity will not function but give a warning.
Step16: To check whether Groovy is installed correctly or not, click on Command prompt and type groovy ?v and press enter. It will display the installer version of groovy of your system.
Now you have all the required jars for developing and testing your groovy code for SAP Integration Suite. Eng Swee Yeoh wrote an article about how to test groovy code in your IDE -do-you-test-your-groovy-scripts/.
Now build the project. Refresh so the 'dist' directory appears. Look inside, find the new jarperreports-6.16.0-custom.jar file. I then put this JAR ingo my primary project, and upgraded groovy from 2 to 3. Problems solved.
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