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| =Overview=
| | For information related to Custom UI Development, see [https://docs.webmethods.io/AgileApps/10.13.7/getting_started/introduction/#gsc.tab=0 Custom UI documentation] |
| This feature enables the designers to use the AgileApps components (run-time UI components) to create custom applications. All the basic components are made available as a separate module, package, or library. From here, you can pick the components as per your requirements. Each component has its own input and output behavior.
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| ==Component Library==
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| :* Login form component.
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| :* Record form component.
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| :* Record view component.
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| :* Table grid component.
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| :* Notes editor component.
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| :* Activity history component.
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| :* Task view component.
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| :* Process view component.
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| :* Attachment component.
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| :* Dashboard component.
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| ==Component common structure overview==
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| :*'''Tag-name'''-You can use all the components by its corresponding tag name. The tag-name syntax details are available in [[Smart Components for AgileApps]].
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| :*'''Tag-attribute'''- All the tags have attributes. Some of these attributes are mandatory. These attributes are classified into three categories, namely '''Input Attributes''', '''Output Events''', and '''Component Instance Methods'''.
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| :* '''Input-attribute''': Most frequently used input-attributes are '''object-id''' and '''record-id'''. These attributes are native HTML tag attributes and are used along with the normal HTML tag attributes. Some attributes like css-classlist are optional, and is used to apply external style to the component. For example:
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| <code><ace-record-form ''object-id''="cases" ''record-i''d="-1" id="recordForm" ''css-classlist''="bg-white border border-secondary px-4 py-4"></ace-record-form></code>
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| :* '''Output-attribute:''' Output is in event form, triggered by the component. Necessary output-data/information will be available in the 'details' property of the event. To get the output, first of all consumer need to register the output-event with the DOM by 'addEventListener' and take the necessary action when the event will be triggered. Below example gives better understanding.
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| '''Example''': Suppose we are going to consume ''<ace-notes-editor></ace-notes-editor>'' component, and we have the pre-knowledge that it trigger output-event in 'saveNote' name (component and its corresponding output-events are described in Design Document). So we register this event in DOM like componentReference.addEventListener('saveNote', function(event){ var data = event.details; // do other staffs. }).
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| '''Example of output binding'''
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| ''<ace-notes-editor id="ace-notes-editor" object-id="xxxxxxxxxxxxxx" record-id="xxxxxxxxxx" action-panel="hide" action-button="evenly"></ace-notes-editor>
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| const notesEditor = document.querySelector('#ace-notes-editor');
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| notesEditor.addEventListener('saveNote', function (event) {
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| var data = event.details;
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| console.log(event.details)
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| });''
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| :* '''Style-attribute''': Consumer can apply the external style on the component through the style-attribute.
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| '''Example of style-attribute'''
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| ''<ace-notes-editor css-classlist="bg-white border border-secondary px-4 py-4" object-id="xxxxxxxxxxx" record-id="xxxxxxxxxxxx" action-panel="hide" action-button="evenly">
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| </ace-notes-editor>''
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| {{Note|1: Here bg-white, border, border-secondary, px-4, py-4 all are consumer side style class, when these class pass to the component, component will override these style on it's own.
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| 2: Some component has other attributes which are used to hide-show or positioning of the part of the component. Details are available in Design Document.}}
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| '''Example''': Say notes-editor has two extra optional attributes namely '''action-panel''' and '''action-button''' which are used to
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| :* show-hide the SAVE, CANCEL button panel.
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| :* appear this panel in TOP or BOTTOM.
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| :* SAVE, CANCEL button can positioned in left or right or in equal gap, in between gap, etc. (For details see Design Document).
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| '''Instance-public-method''': Consumer can directly access the component's public methods to achieve some custom behavior over the component. (Components and its corresponding public methods are described in Design Document).
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| '''Example''': Say notes-editor component has 3 public methods which can be access by consumers, these are namely saveNotes(), resetNotes(), inputContent().
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| so consumer can use these 3 as per their requirement.
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| '''Example of public method'''
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| <p>Custom Notes-editor component</p>
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| <button onclick="saveNote()">SAVE Notes</button>
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| <button onclick="cancelNote()">Cancel Notes</button>
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| <button onclick="updateNotes()">Update Content</button>
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| <ace-notes-editor id="ace-notes-editor" object-id="xxxxxxxxxxxxxx" record-id="xxxxxxxxxx" action-panel="hide" action-button="evenly"></ace-notes-editor>
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| const notesEditor = document.querySelector('#ace-notes-editor');
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| function saveNote() {
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| notesEditor.saveNotes();
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| }
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| function cancelNote() {
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| notesEditor.resetNotes();
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| }
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| function updateNotes() {
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| const noteObj = {
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| subject: 'My First Note',
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| content: 'Hello world !!!'
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| };
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| notesEditor.inputContent(noteObj);
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| }
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