Angular Material Grid Layout

angularangular-material2material-design

What are predefined classes for grid layout in Angular Material? We have "row","col-sm-4" etc.. classes in bootstrap. Do we have these type of classes in Angular Material 2?
Thanks.

Best Answer

I'll give you the basics.

In Angular Material (for Angular 2/4) the most commonly used attributes are:

fxLayout="row | column"
fxLayoutAlign="start | center | end | stretch | space-around | space-between | none" (can accept 2 properties at the same time)
fxFlex="number" (can accept numbers from 1 to 100)

You can also use postfix as fxLayout.xs and so on to apply rules only for specific resolution.

For more info you can look through the docs: https://github.com/angular/flex-layout/wiki/API-Documentation

To play around with alignment, you can use the demonstration from Angularjs Material resource (it's totally the same as for Angular Material for Angular 2/4): https://material.angularjs.org/latest/layout/alignment

And another one useful link: https://tburleson-layouts-demos.firebaseapp.com/#/docs

Related Solutions

R – How to organize unit testing of a library project in Xcode

You need two targets in your project; a target in Xcode produces a product which is a library, executable, or some other output.

Thus you'd have a target to produce libatom.dylib, which I suspect you've already set up, and another command-line executable target to produce the test-atom executable for you to run to test your library.

Once you've added the test-atom target, you should Get Info on test-atom.c and remove its membership from the libatom.dylib target, and add it as a member of your new test-atom target. The target membership of a file is what determines whether building a target will try to compile/copy/link that file. (What the target does with the file depends on what build phase it gets added to when it's made a member.)

You should also Get Info on the libatom.dylib entry in your Products group, and make that a member of the test-atom target as well. That will cause the test-atom executable to link against libatom.dylib.

Finally, Get Info on the test-atom target (not the product) and in the General tab, add a dependency on the libatom.dylib target. This will ensure that building the test-atom target will always first build the libatom.dylib target.

Reactjs – Material UI and Grid system

Material UI have implemented their own Flexbox layout via the Grid component.

It appears they initially wanted to keep themselves as purely a 'components' library. But one of the core developers decided it was too important not to have their own. It has now been merged into the core code and was released with v1.0.0.

You can install it via:

npm install @material-ui/core

It is now in the official documentation with code examples.

Best Answer

Related Solutions

R – How to organize unit testing of a library project in Xcode

Reactjs – Material UI and Grid system

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