What is Mia-Platform Backoffice?
The Mia-Platform Backoffice is thought of as an evolution of the previous Mia-Platform CMS. Moreover, it can be considered as a UI builder if you intend to heavily customize the web components or create your custom web components that can be imported into the Mia-Platform Backoffice.
Using this tool, it is possible to create a custom CMS, or a generic User Interface, with the ability to compose custom pages, putting whatever web component coming from the back-kit library or from a custom component library.
Talking about Mia-Platform Backoffice, so considering only the capabilities of this tool, its structure is basically composed of two main components:
The back-kit library is basically a set of W3C Web Components customizable with a JSON configuration or through the Backoffice configurator.
The backoffice pages can be built upon the usage of the proper configuration of the micro-lc layout, like configuring the menu (e.g. sidebar menu, top-bar menu, and other possibilities provided by micro-lc) and the composition of a various number of web components coming from back-kit library.
It is also possible to configure it easily from the Mia Platform Console, go to the dedicated section to know how!
Why do you need Mia-Platform Backoffice?
As already mentioned above, the Mia-Platform Backoffice is a tool intended to build a custom CMS or to build a custom User Interface.
You need Mia-Platform Backoffice if you need a CMS to be configured behind your application management. Moreover, if you intend to build your custom web components or if you want to create your own internal tool or custom User Interface, you can exploit the flexibility of micro-lc and the ease and user-friendly interface of the Backoffice Configurator to do so. You just have to add your own web component library to the sources from which the Backoffice can retrieve data.
Back-Kit library provides a full set of W3C Web Components.
Packed within a configuration file, a set of components creates a layout that can be plugged in a rendering engine, for instance a
composition feature like the one provided by micro-lc.
At runtime, when a customized configuration is injected, components are enriched with properties.
Properties may be component-specific or related to the
composer. Indeed, components can receive properties concerning an
authenticated user and/or a communication channel. Such channel is paramount to realize an event-driven communication
amongst web components which in return provides isolation for each of them.
microlc-element-composer sets properties
eventBus on each rendered component, injecting respectively
the authenticated user, if any, and an instance of a rxjs ReplaySubject
as communication channel.
A Back-Kit component should do one thing, hence a web page header composed by a search bar, buttons and, typographies
will contain the same amount of components, linked via the
Back-Kit prefers to provide highly scoped components with fewer configuration degrees of freedom instead of large configuration options that can easily go wrong due to typos that might become really hard to investigate and debug. Thus, back-kit provides refresh-buttons, add-new-buttons, specific-task-button, in order to aim small and miss small when conceiving a configuration.
Components expose properties (set by the
element-composer via JS script) and/or attributes (as the former but
accessible also from the HTML document as tag attributes with camelCase syntax re-mapped to hyphen-separated-case), interact
via events (messages from/to the
eventBus), and instantiate a bootstrap interface.
As a rule of thumb, a component:
- sets default values and user-provided configurations by evaluating properties/attributes
- (may/or may not) reads the window URL to bootstrap an initial state
- makes aware/achieves awareness of happenings onto the webpage using output/input events
After the initialization is completed, each component internal state can be modified either by the component own business logic or by an external event the component has been instructed to listen to.
Components interfacing with a given event, either listen to it or emit it. In the latter case, it requires the page to be aware, for instance, of a loading event, or that is sending data, whereas the former is referred to event-driven behavior where the component reacts to something that happened elsewhere.