@ambers/silk
v0.6.1
Published
Stream-based, mochikit-inspired framework for creating and manipulating contents of a page. For Amber Smalltalk.
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Stream-based in-page Web framework for Amber
Stream-based framework for creating and manipulating contents of a page. For Amber Smalltalk.
Based on https://lolg.it/herby/domite, created as an alternative to existing Web package present in Amber.
Getting Started
If not already present, create a project
in an empty directory with amber init
.
In a project, npm install @ambers/silk --save
and grunt devel
.
Start development server with amber serve
and go to http://localhost:4000/
in your browser.
In all packages that uses Silk, add 'silk/Silk'
to the package imports, save the change and commit the package.
Reload.
Introduction
Silk does not have any dependency except the amber library domite
that it builds upon.
The metaphor it heavily builds upon is:
Each element is a Stream of its children. You can write to that stream, copy that stream to get the copy of the "cursor" etc.
The package silk
contains only one class Silk
, which represents a DOM node both as an element (that can be inserted) and as a stream (which can insert things into itself).
The main message there is <<
, the high-level message to put an object on a stream. Silk new
conveniently wraps the HTML body
and puts the cursor at the end of it.
With
Silk new << 'Hello, world!'
you append a text node to the body.
Silk uses the browser support for querySelector
to get to the elements - that is, you can do all the basic things, but not all the fancy stuff (:visible) that only jQuery has.
For example with
'#log' asSilk << 'another item'
you append the text another item
to the element with id #log
.
Silk uses DNU (Smalltalk does not understand
) to help you to create HTML elements, and uses associations as a way to set attributes. So you do:
Silk new
H1: {'id'->'header'. 'Welcome'};
P: {'id'->'welcome'. 'This is an acme page.'. 'It was created by Silk'};
HR;
SMALL: {'id'->'footer'. 'We do not guarantee anything.'}
BTW, foo H1: bar
is just a convenience for foo H1 << bar; yourself
.
You can use blocks, if you <<
them (or include them in TAGNAME:), they are called and passed the wrapped element stream in the first parameter.
As for widgets, any object will work, it only needs renderOnSilk: aSilk
method present. If you aSilk << suchObject
, its renderOnSilk:
will be called (that's how association and block magic is done).
Contributing
To bring project alive (for example after git clone
):
npm run init
Developing the project (after brought alive):
Start server with amber serve
and go to http://localhost:4000/
in your browser and follow the instructions