See the POM Syntax section of the Maven book for more details. Use LATEST and RELEASE with caution, if at all. When you release software, you should always make sure that your project depends on specific versions to reduce the chances of your build or your project being affected by a software release not under your control. If you are developing software, you might want to use RELEASE or LATEST as a convenience so that you don't have to update version numbers when a new release of a third-party library is released. In general, it is not a best practice to design software which depends on a non-specific version of an artifact. RELEASE refers to the last non-snapshot release in the repository. LATEST refers to the latest released or snapshot version of a particular artifact, the most recently deployed artifact in a particular repository. When you depend on a plugin or a dependency, you can use the a version value of LATEST or RELEASE. You should use these options with care as you are no longer in control of the plugins/dependencies you are using. If you always want to use the newest version, Maven has two keywords you can use as an alternative to version ranges. (They still work perfectly fine for regular dependencies.)įor plugin dependencies please refer to this Maven 3 compliant solution. The mentioned LATEST and RELEASE metaversions have been dropped for plugin dependencies in Maven 3 "for the sake of reproducible builds", over 6 years ago. The following markup represents the basic HTML structure of the component and the CSS classes it uses.Well, i was able to fix it by adding following dependencies: These CSS classes can be used to add custom styling to this component, in order indicate its current state in a more visual way. When this component is marked as invalid by the app, it will be rendered with the CSS class ui-state-error. Then this component is marked as required, the main input field receives the CSS class ui-state-required, otherwise, it receives the CSS class ui-state-optional. The indicatorPosition attribute determines where this indicator text is going to the rendered the possible values are left, right, top, bottom, labelLeft, labelRight, and none. When, this component is not marked as required, then the text specified in the optionalIndicator is going to be rendered. The requiredIndicator attribute specifies the text to be displayed next to the main input field when this component is marked as required. The position specified by labelPosition will determine where this label is going to be rendered the possible values are left, right, top, bottom, none and inField (to render the label in the field itself). The text specified in the label attribute will be rendered next to the main input field of this component. Then, a facet named 'row' is used to nest any arbitrary components and markup, using the variable to reference different properties of the data object. It is also necessary to give a name for the variable that will be used to represent each object in the markup in the listVar attribute, and one must also tell the component according to which property the filtering should be done in the filterBy attribute. In this case, it is necessary to specify the list of data objects in the listValue attribute of the component. In the case above, the default matching mode will be applied, which is 'startsWith'.Ī more complex example is shown below and involves using arbitrary data objects (POJOs) and the ability to nest arbitrary components in each row. The 'label' property of the SelectItem objects will be used to match the possible results with the input that the user has typed so far.
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