val
for constant values (maybeconst
?)
Hello Akka community, | |
I am currently writting my bachelor thesis "Comparison of Concurrency Frameworks for the JVM" | |
at the university of ulm in Germany. Since one qualitative property of an framework is also its | |
community and support I decided to check that by myself by asking this questions. This Gist repo | |
is thought to gather your ideas and oppinions about Akka relating to the questions below in oder | |
to improve my comparison. Feel free to answer as controversial as you want :). Just add the points | |
you miss. Thank you very much. | |
1. Why do you prefer Akka over other frameworks such as Gpars? |
public class Global { | |
public static Undefined undefined = Undefined.getInstance(); | |
} |
public class ObjLiteralsTest { | |
public void main(String[] args) { | |
Object user = new Object() { | |
int id = 1; | |
String name = "pvorb"; | |
}; | |
// user.id and user.name cannot be accessed, | |
// making the whole construct useless though | |
// |
A list of amazingly awesome PHP libraries that you should consider using (and some other shiny extras).
- Composer/Packagist - A package and dependency manager.
- Composer Installers - A multi framework Composer library installer.
- Symfony2 - A framework comprised of individual components.
- Zend Framework 2 - Another framework comprised of individual components.
- Laravel 4 - A simple PHP framework.
- Lithium - Another framework of components.
In some web applications, we need to define a one-to-many relationship between two entities. For example, let's take github.
Example: One-to-Many relationship exists between user
and repository
. User pksunkara
have 2 repositories octonode
and hub
The entities are defined as the following:
var resourceful = require('resourceful');
2^2048 = | |
32317006071311007300714876688669951960444102669715484032130345427524655138867890 | |
89319720141152291346368871796092189801949411955915049092109508815238644828312063 | |
08773673009960917501977503896521067960576383840675682767922186426197561618380943 | |
38476170470581645852036305042887575891541065808607552399123930385521914333389668 | |
34242068497478656456949485617603532632205807780565933102619270846031415025859286 | |
41771167259436037184618573575983511523016459044036976132332872312271256847108202 | |
09725157101726931323469678542580656697935045997268352998638215525166389437335543 | |
602135433229604645318478604952148193555853611059596230656 |
[info] Loading global plugins from C:\Users\Paul\.sbt\plugins | |
[info] Set current project to cataract (in build file:/C:/Dev/Scala/cataract/) | |
[info] Loading global plugins from C:\Users\Paul\.sbt\plugins | |
[debug] Running task... Cancelable: false, check cycles: false | |
[debug] | |
[debug] Initial source changes: | |
[debug] removed:Set() | |
[debug] added: Set() | |
[debug] modified: Set() | |
[debug] Removed products: Set() |
Almost one year ago I wrote an article that dealt with an emerging WebKit CSS technique, the CSS filter effects, and the question if we could not have/emulate them in other browsers, too. Turned out we could.
Today I want to talk about another WebKit-only technique and show you how you might be able to use it across all of the browsers: This is about...
CSS masks were added to the WebKit engine by Apple quite a while ago, namely back in April 2008. Masks offer the ability to control the opacity/transparency of elements on a per-pixel basis, similar to how the alpha/transparency-channel of "24-bit"-PNGs or 32-bit-TIFFs work.
These images consist of the usual R(ed) G(reen) and B(lue) channels that define the colors of each pixel. But on top there is a fourth channel, the alpha channel, that defines every pixel's opacity through luminance: White meaning opaque, black meaning transparent, and countless grey-values defining the semi-transparent inbet
var test = require('test'); |