This project is a fork of http://github.com/mohiva/play-html-compressor.
In your project/Build.scala:
libraryDependencies ++= Seq(
"com.github.fkoehler" %% "play-html-compressor" % "2.8.0"
)- For Play Framework 2.8 use version 2.8.0
- For Play Framework 2.7 use version 1.0.0
- For Play Framework 2.6 use version 0.7.1
- For Play Framework 2.5 use version 0.6.3
- For Play Framework 2.4 use version 0.5.0
- For Play Framework 2.3 use version 0.3.1
- For Play Framework 2.2 use version 0.2.1
- For Play Framework 2.1 use version 0.1-SNAPSHOT
The filter comes with built-in HtmlCompressor and XmlCompressor
configurations, but it can also be used with user-defined configurations. The
following two examples shows how to define the filters with the default and the
user-defined configurations.
To provide the filters for your application you must define it as described in the Play Documentation (Scala, Java).
import javax.inject.Inject
import com.github.fkoehler.play.htmlcompressor.HTMLCompressorFilter
import com.github.fkoehler.play.xmlcompressor.XMLCompressorFilter
import play.api.http.HttpFilters
import play.api.mvc.EssentialFilter
class Filters @Inject() (
htmlCompressorFilter: HTMLCompressorFilter,
xmlCompressorFilter: XMLCompressorFilter)
extends HttpFilters {
override def filters: Seq[EssentialFilter] = Seq(
htmlCompressorFilter,
xmlCompressorFilter
)
}import com.github.fkoehler.play.htmlcompressor.HTMLCompressorFilter;
import com.github.fkoehler.play.xmlcompressor.XMLCompressorFilter;
import play.mvc.EssentialFilter;
import play.http.HttpFilters;
import javax.inject.Inject;
public class DefaultFilter implements HttpFilters {
private HTMLCompressorFilter htmlCompressorFilter;
private XMLCompressorFilter xmlCompressorFilter;
@Inject
public DefaultFilter(
HTMLCompressorFilter htmlCompressorFilter,
XMLCompressorFilter xmlCompressorFilter) {
this.htmlCompressorFilter = htmlCompressorFilter;
this.xmlCompressorFilter = xmlCompressorFilter;
}
@Override
public EssentialFilter[] filters() {
return new EssentialFilter[] {
htmlCompressorFilter.asJava(),
xmlCompressorFilter.asJava()
};
}
}For the default filters we provide DI modules which will be automatically enabled if you
pull in the dependency. You must only provide your instance of HttpFilters as described
above.
For user defined filters there is a little bit mor to do. First you must create your instances of
the filter. As next you must provide your instance of HttpFilters as described above. At last
you must provide the bindings for you created filter and disable the default DI modules.
import javax.inject.Inject
import akka.stream.Materializer
import com.googlecode.htmlcompressor.compressor.HtmlCompressor
import com.github.fkoehler.play.htmlcompressor.HTMLCompressorFilter
import play.api.{Configuration, Environment, Mode}
class CustomHTMLCompressorFilter @Inject() (
val configuration: Configuration, environment: Environment, val mat: Materializer)
extends HTMLCompressorFilter {
override val compressor: HtmlCompressor = {
val c = new HtmlCompressor()
if (environment.mode == Mode.Dev) {
c.setPreserveLineBreaks(true)
}
c.setRemoveComments(true)
c.setRemoveIntertagSpaces(false)
c.setRemoveHttpProtocol(true)
c.setRemoveHttpsProtocol(true)
c
}
}
import akka.stream.Materializer;
import com.googlecode.htmlcompressor.compressor.HtmlCompressor;
import com.github.fkoehler.play.htmlcompressor.HTMLCompressorFilter;
import play.Environment;
import play.Mode;
import play.api.Configuration;
import javax.inject.Inject;
public class CustomHTMLCompressorFilter extends HTMLCompressorFilter {
private Configuration configuration;
private Environment environment;
private Materializer mat;
@Inject
public CustomHTMLCompressorFilter(
Configuration configuration, Environment environment, Materializer mat) {
this.configuration = configuration;
this.environment = environment;
this.mat = mat;
}
@Override
public Configuration configuration() {
return configuration;
}
@Override
public HtmlCompressor compressor() {
HtmlCompressor compressor = new HtmlCompressor();
if (environment.mode() == Mode.DEV) {
compressor.setPreserveLineBreaks(true);
}
compressor.setRemoveComments(true);
compressor.setRemoveIntertagSpaces(true);
compressor.setRemoveHttpProtocol(true);
compressor.setRemoveHttpsProtocol(true);
return compressor;
}
@Override
public Materializer mat() {
return mat;
}
}To provide your bindings for your user defined filter you must either create a new module or you can add the binding to your default DI module. This process is detailed documented for Scala and Java users. So please refer to this documentation.
To disable the default modules you must append the modules to the play.modules.disabled property in application.conf:
play.modules.disabled += "com.github.fkoehler.play.htmlcompressor.HTMLCompressorFilterModule"
play.modules.disabled += "com.github.fkoehler.play.xmlcompressor.XMLCompressorFilterModule"You have the possibility to customize filter behaviour without using class inheritance. For
that, you could adding the following keys on your application.conf file :
play.filters {
# Play Html Compressor
# ~~~~~
# https://github.com/fkoehler/play-html-compressor
compressor {
html {
preserveLineBreaks = false
removeComments = true
removeIntertagSpaces = false
removeHttpProtocol = true
removeHttpsProtocol = true
}
xml {
removeComments = true
removeIntertagSpaces = true
}
}
}Follow the steps listed here: https://github.com/xerial/sbt-sonatype#publishing-your-artifact but basically it is
; + publishSigned; sonatypeBundleRelease
First the proper gnup keys need to be set locally