Java fx tools

JavaFX Codeeditors
Tom Schindl <tom.schindl@bestsolution.at>
Twitter: @tomsontom
Blog: http://tomsondev.bestsolution.at
Website: http://www.bestsolution.at

(c) BestSolution.at - Licensed under Creative Commons Attribution-NonCommerical-ShareAlike 3.0
About Me
‣ CTO BestSolution.at Systemhaus GmbH
‣ Eclipse Committer
‣ e4
‣ Platform
‣ EMF
‣ Project lead
‣ e(fx)clipse
‣ Twitter: @tomsontom
‣ Blog: tomsondev.bestsolution.at
‣ Cooperate: http://bestsolution.at

JavaFX
‣ Used for business UIs and simulation software

Demo

JavaFX in Toolspace
‣ Problems
‣ Misses basic controls like a StyledText-Widget to
implement code editors
‣ A pure UI-Toolkit so no support for file-explorers, …
‣ Docking framework, …
‣ Solutions
‣ e(fx)clipse & Eclipse Core to provide those

e(fx)clipse Compensator
‣ Mission 0: Must look slick!
‣ Mission 1: Create a simple source editor like Notepad++
who:
‣ Is process light-weight
‣ Makes it easy to add new language highlightings
‣ Mission 2: Allow the simple source editor to expand to a
(simple) IDE:
‣ where Source-Editor, VCS (git), Ticketsystem (eg.
github), CI (eg. travis) are core components fully
integrated with each other
‣ Easy to integrate: Does not depend on core.resources

Built your own
‣ Compensator is NOT extensible but all components can be
reused to build your own editor/IDE
‣ Syntax Highlighting with Eclipse Text

__state_comment
Eclipse Text Part 1
‣ Step 1 Partitioning
__dftl_partitioning
/*
* This is a multiline comment
*/
input signal INPUT_SIG
output signal OUTPUT_SIG
state START
set INPUT_SIG = true
end

Eclipse Text Part 2
‣ Step 2 Tokenizing
/*
* This is a multiline comment
*/
input signal INPUT_SIG
output signal OUTPUT_SIG
state START
set INPUT_SIG = true
end
tk(“state_doc_default“,0,37)
tk(“state_keyword“,38,43)
tk(“state_keyword“,44,48)
tk(“state_default“,49,58)

.state.styled-text-area .state_default {
-styled-text-color: rgb(0,0,0);
}
.state.styled-text-area .state_keyword {
-styled-text-color: rgb(127, 0, 85);
-fx-font-weight: bold;
}
.state.styled-text-area .state_doc_default {
}
efxclipse highlighting

Livecode

Partitioning & Tokenizing
‣ No Java code required but a special DSL
‣ Advantage 1: You don’t need to learn Eclipse Text API
‣ Advantage 2: You can add new languages without the need
to install a new OSGi bundle

Partitioning & Tokenizing
dart {
partition __dftl_partition_content_type
// …
partition __dart_string
rule-damager __dftl_partition_content_type {
default token dart_default
token dart_operator
token dart_keyword
// …
keywords dart_keyword [ "break", "case", "catch", "class", "const", "continue", "default"
, "do", "else", "enum", "extends", "false", "final", "finally", "for"
, "if", "in", "is", "new", "null", "rethrow", "return", "super"
, "switch", "this", "throw", "true", "try", "var", "void", "while"
, "with" ]
character-rule dart_operator [
';', '.', '=', '/', '', '+', '-', '*', '<', '>', ':', '?', '!', ',', '|', '&', '^', '%', '~' ]
// …
}
// …
rule-damager __dart_string {
default token dart_string
token dart_string_inter
single_line dart_string_inter '${' => '}'
}
rule_partitioner {
single_line __dart_string '"' => '"'
single_line __dart_string "'" => "'"
// …
}
} for "text/dart"

Coloring
.dart.styled-text-area .dart_default {
}
.dart.styled-text-area .dart_operator {
}
.dart.styled-text-area .dart_keyword {
}
/* … */
.dart.styled-text-area .dart_string {
}
.dart.styled-text-area .dart_string_inter {
}
.dart-element-name {
}
.dart-type-info {
-fx-fill: lightgray;
}

Xtext

FX & efx & Xtext
‣ Make use of the NEW „Generic IDE support“ who generates 2
projects who don’t require OSGi nor Eclipse Framework
‣ ….$language: core parsing infrastructure
‣ ….$language.ide: ide specific infrastructure including
a special parser & lexer
‣ ….$language.fx (Handcrafted): FX-Text support like
SourceViewerConfiguration, Partitioner, …

FX & efx & Xtext
class StatemachineFXModule extends AbstractGenericModule {
val ExecutorService executorService
def configureExecutorService(Binder binder) {
binder.bind(ExecutorService).toInstance(executorService)
}
def configureContentAssistLexer(Binder binder) {
binder
.bind(Lexer).annotatedWith(Names.named(LexerIdeBindings.CONTENT_ASSIST))
.to(InternalStatemachineLexer)
}
def Class<? extends IContentAssistParser> bindIContentAssistParser() {
StatemachineParser
}
}
‣ Step 1: Setup Guice module for editing

FX & efx & Xtext
‣ Step 2: Create Guice Injector
injector = new StatemachineStandaloneSetup() {
public Injector createInjector() {
StatemachineRuntimeModule runtimeModule = new StatemachineRuntimeModule();
StatemachineFXModule fxModule = new StatemachineFXModule(
Executors.newFixedThreadPool(3));
return Guice.createInjector((Module)runtimeModule, webModule);
}
}.createInjectorAndDoEMFRegistration();

FX & efx & Xtext
‣ Step 3: Create a content assist provider
@Singleton
public class ContentAssistProvider {
@Inject
Provider<ContentAssistContextFactory> contextFactoryProvider;
@Inject
Provider<XtextResourceSet> resourceSetProvider;
@Inject
ExecutorService pool;
public List<ICompletionProposal> doContentAssist(String content, String uri, Integer offset) {
XtextResource resource = getResource(uri);
ContentAssistContextFactory contextFactory = contextFactoryProvider.get();
contextFactory.setPool(pool);
ContentAssistContext[] contexts = contextFactory.create(content, new TextRegion(0, 0), offset, resource);
List<ICompletionProposal> proposal = new ArrayList<>();
for (int i = 0; i < contexts.length; i++) {
for (AbstractElement abstractElement : contexts[i].getFirstSetGrammarElements()) {
createProposals(contexts[i], abstractElement, offset, proposal);
}
}
return proposal;
}

‣ Step 4: Setup Content assist in SourceViewerConfiguration
public class StatemachineSourceConfiguration extends SourceViewerConfiguration {
public StatemachineSourceConfiguration(Document doc, File f) {
contentAssistProvider = injector.getInstance(ContentAssistProvider.class);
}
@Override
public IContentAssistant getContentAssist() {
return new ContentAssistant(this::computeProposals);
}
private List<ICompletionProposal> computeProposals(Integer offset) {
return contentAssistProvider.doContentAssist(doc.get(),
f.toURI().toString(), offset);
}
}
FX & efx & Xtext

FX & efx & Xtext

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