logic behind template

100%

logic behind template

✓ Published0🌍 Public

Last edited Dec 3, 2018

Created on Dec 3, 2018

This example demonstrates the interactive behavior of an autocomplete input component, showing how user keystrokes filter a list of available options and how keyboard navigation moves a highlighted selection. The component relies on Vue.js computed properties to derive filtered options from a centralized Vuex store, using the `fOptions` and `options` getters. Its methods handle input events and arrow-key movements, while the `select` method confirms a choice. The code references the Vuex store’s `autocompleteOptions` state, and the UI updates reactively through Vue’s reactivity system, without any external visualization libraries.

AI-generated description

Similar vizzes

Loading thumbnail…

template of autocomplete component

This template demonstrates a reusable autocomplete input component built with Vue.js. It shows a text field that filters a list of options as the user types, with keyboard navigation via arrow keys, Enter to select, and Escape to close the dropdown. The component uses Vue’s `v-model`, `v-for`, and event handlers like `@input`, `@keydown`, and `@mouseenter` to manage the suggestion list, highlighting the currently focused option. The data source is an array of objects passed through a prop, with the displayed field determined by `theKey`.

Aalexfinnarn

84% match

Loading thumbnail…

Places Autocomplete

This example demonstrates a Google Maps place-autocomplete interface within a Vue.js template. It shows how a user-selected address from the autocomplete dropdown updates the map’s center coordinates, displaying the chosen location’s latitude and longitude. The code uses the `gmap-autocomplete` component from the Vue Google Maps library, binding the `place_changed` event to a `setPlace` method. That method reads the selected place’s geometry location and assigns its lat/lng values to the component’s data properties, which drive the map view.

Aalexfinnarn

64% match

Loading thumbnail…

Gist 239004

This visualization demonstrates a multi-select input interface where users can add and remove tags or text values using commas or spaces as separators. The code shows how the component dynamically renders resizable text boxes and styled "bit" elements within a list, with keyboard navigation and delete/backspace handling for managing selections. Built on the Prototype.js and Script.aculo.us libraries, it uses classes like `TextboxList` and `ResizableTextbox` to manage input focus, resize behavior, and form value updates based on the current set of selected items.

CCaged

59% match

Loading thumbnail…

Gist 364813

This example implements a custom jQuery autocomplete widget with animated show-and-hide behavior. It uses `jQuery` methods such as `fadeTo`, `stop`, and `show` to control the visibility of a suggestion box, while handling keyboard navigation for arrow keys, tab, and enter. The code fetches suggestions via JSONP requests, renders them as list items, and tracks the selected index with `data`. Stippling effects—fade-in and fade-out—are applied through custom functions, though the code notes issues with animation state confusion. The source is a JavaScript file from a gist.

XXXX

58% match

Loading thumbnail…

vuejs finder, a viewModel for a simple searchable table with filtering

This example demonstrates a searchable, paginated table with live filtering, where users navigate through results and adjust page size through a Vue-driven interface. The viewModel initializes with a Vue instance and uses custom methods like `previousPage`, `nextPage`, `changeLimit`, and `refilter` to manage state. It fetches data via an AJAX helper (`ajaxIt.get`) from an API endpoint, sending query parameters for limit, offset, and filter fields. Responses update Vue properties such as `result`, `rowCount`, and `offsetPlusLimit`, enabling reactive display of the table’s current page and total record count.

Aandrewfulrich

58% match

Loading thumbnail…

Javascript

This example demonstrates a collection of JavaScript utilities for enhancing web page interactivity, focusing on user-input controls and navigation. It shows how keyboard and click events can be managed to prevent accidental data loss and to streamline table or list interactions. The code uses plain JavaScript with jQuery for DOM manipulation, including the `bind` method for event handling, `history.pushState` for URL updates without page reloads, and jQuery’s `prop` and `is` methods to toggle checkbox states. The snippets cover F5 key disabling, dynamic URL changes, and bulk selection of checkboxes, reflecting a typical admin-panel or form-heavy workflow.

IIliaIdakiev

57% match

Loading thumbnail…

Vue Startrt

This example demonstrates Vue.js interactive text binding and event handling. A large "Hello Vue!" message is displayed, a separate span reveals a dynamically bound tooltip with the current date on hover, and a button reverses a message on click. It uses Vue's `v-bind:title` for attribute binding and `v-on:click` for event handling, with the button also logging nested econsent data structures to the console. The code defines three separate Vue instances targeting distinct DOM elements in a single HTML page.

PPramana Yuda Sayeti

56% match

Loading thumbnail…

Vue Starter

This example demonstrates the fundamental concept of component composition in Vue.js by rendering a static list of two todo items. The page displays an ordered list where each item is generated through a custom globally registered component called `todo-item`. The implementation uses Vue's `Vue.component()` API to define the component template, and `new Vue()` instantiation to mount the application to the `#app` DOM element. The code imports Vue 2 from a CDN and uses inline templates for simplicity, with styling applied directly in the HTML head.

CCurran Kelleher

56% match