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Jira rest java client api 4.0 0 download

Jira rest java client api 4.0 0 download

JIRA 5.0 REST API Documentation

Download: Jira rest java client api 4.0 0 download

If absent, all projects are returned. I also found , but I'm not sure if it's necessary. Knowing how to read a plugin also makes it easier to find examples on which to base your own work.

Code was split into few modules, so if you use maven please update your dependencies to com. A good way to handle this is to create some type of signature, e. The functionality described on this page may be unsupported or may not be present in JIRA at all.

JIRA 5.0 REST API Documentation - Once the client has an access token, it can use it to make authenticated requests to the resource until the token expires or is revoked. This can be useful for generating release notes, trigerring parameterized build, etc.


Overview Building any plugin for JIRA starts with downloading the most recent Atlassian Plugin SDK Software Development Kit from the Atlassian Developers site at. The same SDK is also used to develop plugins for other Atlassian products such as. Subsequent chapters contain details about specific kinds of JIRA plugins. I recommend using them and their source code at along with this book since they mostly complement each other. The Atlassian Answers site at is the best place to ask technical questions about how to develop plugins. These are the files that control how HTML pages are formatted, and are covered in more detail in. For more complicated plugins you may need to know more about Apache Maven, the build and deploy tool for Java described in the section. JIRA uses many other technologies and it can be useful to have some familiarity with any of these: Subversion, Mercurial, Ant, Apache JSP, JavaScript, JQuery, Soy and Jersey for REST. Creating a JIRA Plugin JIRA plugins use an Apache Maven 2 project for each plugin to produce a Java. A Maven project has a fairly rigid layout, always with a top-level XML file named pom. The groupId and artifactId variables in pom. The artifactId is also what will appear as part of your plugin. The name variable is the more verbose name of the plugin, as seen in the JIRA plugin administration pages. The SDK will create a working pom. The former connotes a 3rd party plugin for JIRA®, while the latter connotes an Atlassian-developed tool. More information is available at or contact developer-relations atlassian. The first thing to do is to unpack the SDK in a convenient location. This skeleton plugin does nothing, but it can be installed in JIRA and will appear in the list of plugins shown in the Administration plugins page. As mentioned earlier, the artifactId and groupId values appear directly in the Maven pom. Every Atlassian plugin has a unique identifier named key. The key for each plugin is defined in the file atlassian-plugin. The version argument is the version of your plugin, not the JIRA version. Versions can be any text but the Atlassian Marketplace see the section now requires that the version starts with three sets of digits, not two. A version can also look like 5. README The place to start for the description of what the plugin is intended to do. This can be renamed to anything you like or removed. LICENSE A place holder for the license for the plugin. Many JIRA plugins use the BSD license by default, but the section has more information about choosing a license. You can rename or delete this file later on. None of the files in this directory need to be version controlled. The filename contains the version that was specified in pom. Knowing how to read a plugin also makes it easier to find examples on which to base your own work. My own approach is to start with the top-level Maven file pom. That should tell you which version of JIRA the plugin was last built against. There is also a jira. As might be expected, this changes less frequently than jira. This file contains all the different plugin module types that are used in the plugin and tells you what the plugin provides; e. Usually only after all that do I look at actual Java source code and Velocity template files. You should make sure that you have a recent Java JDK installed on the machine where the plugin is being built. The first time all this is done it can take a while but subsequently should be faster. If the dependencies in your pom. When the build is finished you should see a. To deploy the plugin to a production JIRA instance, copy the plugin. Prior to JIRA 4. Using atlas-run and atlas-cli The SDK also provides another way to build and deploy a JIRA plugin. You can log in with the user name admin and password admin and test your plugin directly there. The other benefit of this approach is that in some cases it allows for much faster redeployment of plugins. More information about all of the SDK commands can be found at This is a fast way to develop plugins, but prior to JIRA 4. The list of which types do and do not work with pi can be found at. The good news is that as of JIRA 4. The fastest way to develop a plugin now is to use the FastDev tool. After starting JIRA using the atlas-cli command this tool checks each time that a page is reloaded whether the plugin needs to be rebuilt and also reloaded. What Can JIRA Plugins Do? Doing something useful in your plugin involves adding one or more plugin modules to the atlassian-plugin. There are over 30 different types of plugin modules listed at. Each plugin module has a separate page documenting the XML attributes and elements that it supports. These source code files are always a good place to check for working examples of each plugin module type. The different plugin modules that are documented at can be grouped as follows. New in JIRA 5. This is used as part of the example in. Since replaced by the web-item plugin module gadget A new gadget that can be added to a JIRA dashboard. JQL is mentioned briefly in. It was removed in JIRA 5. Examples include JavaScript and CSS files, image files and internationalization files. More information can be found at. An example of its use can be found in the JIRA source file system-footer-plugin. Which Methods Should My Plugin Use? A public Java API was introduced in JIRA 5. The classes and methods in the public API should not change as rapidly in each minor release. A plugin built for JIRA 5. Obviously this promises to save everyone a lot of work. The rest of the core JIRA API is still available for plugins to use, but with the warning that it changes more rapidly that the public API. More information about the plugin checkup tool see. The official policy about what will and will not change in the different kinds of releases can be found at. Troubleshooting a Build In theory building your plugin should just work. In practice you may have one of the following common errors. Check for typos in the groupId and artifactId elements of the dependency, particularly if you added them by hand. You may also want to check for newer versions of the same dependency using Google. A few files such as activation. Maven nicely provides you with the necessary command to install a. Finding the correct version number for a Maven dependency is not always easy. Sometimes the version can be found by searching for an artifactId value in the pom. Tip One useful tip is that any flags after an SDK command are passed directly to Maven. So you can add a parameter such as --file other-pom. Sometimes a build fails when it is building or running unit tests. Those tests are there for a good reason, but if you really have to build without them then you can disable them. Adding the parameter -Dmaven. Or you can skip just their execution with the -DskipTests parameter. Another thing to be careful about is making sure that you only have one instance of a plugin deployed. Which of the two. One of the most common problems with JIRA plugins happens at runtime. The log file contains an UnsatisfiedDependencyException error about a constructor in your plugin. This and other runtime problems are described in more detail at. Another runtime error that can be hard to debug is using the wrong version of JIRA in pom. If one particular JIRA URL produces a page with Java reflection errors about a class that changed subtly between versions of JIRA, then you may have compiled your plugin against one version of JIRA and be using it with another incompatible version. The surest sign of this is usually that there are no errors in JIRA log file. Check that the jira. This is one easy way to understand what is happening within a plugin during its development. Another way is to use a debugger, as described in. To use logging within a plugin, first add a Logger variable to your source code as shown in. The name of the Logger, in this case com. MyClass, can be any unique text but the full Java class name is often a convenient string. The first one is the log level to use DEBUG. The other two console and filelog are the names of appenders, which define the places that logging output goes. The log level is the level of messages that you want to display. A log level of WARN would only show messages created with log. The most common log levels are in order: ERROR, WARN, INFO and DEBUG. There is also the less common TRACE level which is lower than DEBUG. Restart JIRA to pick up the changes in log4j. Also check that the log level of the message is equal or greater than the current level in log4j. In this case, the next time JIRA is restarted the log level will be set back to the value in log4j. Another useful idea is to use the same identifier for all the log objects in a plugin across different classes. You can do this by using the same MyClass. Another approach to do the same thing is to declare the log variable as public in one class and the refer to it as a static variable from the other classes. The entire log4j framework is described in much more detail at and. Apache Velocity Apache Velocity is the templating language used by most JIRA plugins. A templating language allows you to use template files that contain most of the HTML that you want to appear on a web page, and then insert other pieces of HTML dynamically when the template is rendered into HTML by the JIRA server and is returned to a web browser. If it is stored in a file for a plugin it would usually have a. Note that Velocity template filenames have to be unique within JIRA, not just within the plugin. Velocity files are rendered together with a Velocity context basically a Java Map that contains the Java objects that each Velocity variable refers to. These objects can be used like any ordinary Java object. For example, shows the toString method being called on the value object. The rest of the file is used unchanged in the generated HTML, including any leading spaces and HTML comments. A quiet reference looks like a Java negation, but they are unrelated. You will also see references to a variable named i18n in many Velocity template files. This is how text messages are internationalized and is described further in. To make this task easier, some of the Velocity contexts used by JIRA add the Velocity context itself as a variable to the context. HashMap customFieldManager - com. DefaultCustomFieldManager issue - com. IssueImpl field - com. However, the context is not available for custom field types. There is some more information about the different Velocity contexts that are used by JIRA at. There is a fairly concise Velocity User Guide available at and which I recommend reading. Tip If you are developing Velocity templates that are not delivered in a plugin. This setting and various other changes can also be enabled using the jira. Velocity macros can be defined using the macro command inline in the same. Including one template file in another can be done with the parse command. Maven As introduced in , Apache Maven is a build and deploy tool used by JIRA and many other applications written in Java. This section contains more information about how Maven is used by JIRA plugins. Maven downloads all the. For example, if a plugin needs to access the HttpServletRequest variable in a method, you will need to add a dependency such as: javax. If there is no scope, then the. A scope of provided means that the plugin can expect to find it as part of the files shipped with JIRA application, and so the. There are also other scopes such as test that have their own restrictions on when the classes in the. More information about Apache Maven can be found at. Most Maven behavior is controlled by plugins chosen from the ones listed at. For example, plugin unit tests use the Surefire plugin. Further Reading Software licensing is a complex matter. One place to start is with the list of different license types shown at. Another helpful resource is the book by Andrew M. For the specific details of using different IDEs to create JIRA plugins, see. Dan Rosen of Atlassian wrote an excellent four-part blog post about creating Atlassian plugins that starts at. The order of the posts is significant: IV, V, VI and I think Star Wars. Another well-written starter tutorial for a JIRA plugin that adds new menus and links is.


Specifiying a project that does not exist or that you cannot create issues in is not an error, but it will not be in the results. The Marketplace is brimming with apps for time-tracking, agile project management, fub management, and integration with your other systems. For other languages, refer to the for code examples. You've got a best-in-class issue tracker, but that's only the beginning. This process is shown in more detail in the following diagram. Calendar ; import java. This section contains more information about how Maven is used by JIRA plugins. Fields not in the screen will not be in the metadata. JIRA is flexible and allows users to define their own issue types and fields. This is used as part of the example in.

Introduction to JIRA & Agile Project Management