Processing java

File dialog as the following:in Mac OS X the first thread of a process does the event processing for Java, it seems the Apple engineers managed to connect this directly to the AWT-EventQueue thread which is the single Java thread used to update the user interface for pure Java apps -XstartOnFirstThread is not necessaryfor the browser, I'm using a library (DJNativeSwingSWT) that allows to embed Eclipse SWT components into Javas Swing UI frameworkEclipse SWT consists of native code and Java wrappers (where Java Swing is pure Java) this means the event processing becomes a problem since events from the operating system must reach the native code components i.e. the browser and the pure Java Swing (via the native Java VM)-XstartOnFirstThread and the Java class chrriis.dj.nativeswing.swtimpl.NativeInterface help to make sure that this hybrid SWT/Swing setup worksif you now open the file dialog and after several layers of abstract at some point the Java VM calls the Mac OS to open a window that seems to collide with the Java thread I've throttled with Thread.sleep() which tries to call the native browser componentI guess the reason for this collision is the single threaded approach of either Mac OS communicating with the apps its running or the Java VM executing AWT/Swing appsDoes this sound reasonable?After writing the above, I've looked through the code (again) and searched for places where the access of the browser component could be parallized. Please have a look at EclipseSWTMapView#executeScript and #executeScriptWithResult and remove all the webBrowser.runInSequence( .. ) blocks, i.e.Quote: webBrowser.runInSequence(new Runnable() { public void run() { webBrowser.executeJavascript(script); } });becomesQuote: webBrowser.executeJavascript(script);Does this show any effect? (19.09.2010, 10:19)hvdwolf Wrote: BTW: I stumbled upon this article ( don't understand why you're citing this. What is special about that page? --Christian Posts: 157 Threads: 8 Joined: May 2010 (19.09.2010, 11:43)routeconverter Wrote: I understand the connection between the Thread.sleep() and the file dialog as the following:in Mac OS X the first thread of a process does the event processing for Java, it seems the Apple engineers managed to connect this directly to the AWT-EventQueue thread which is the single Java thread used to update the user interface for pure Java apps -XstartOnFirstThread is not necessaryfor the browser, I'm using a library (DJNativeSwingSWT) that allows to embed Eclipse SWT components into Javas Swing UI frameworkEclipse SWT consists of native code and Java wrappers (where Java Swing is pure Java) this means the event processing becomes a problem since events from the operating system must reach the native code components i.e. the browser and the pure Java Swing (via the native Java VM)-XstartOnFirstThread and the Java class chrriis.dj.nativeswing.swtimpl.NativeInterface help to make sure that this hybrid SWT/Swing setup worksif you now open the file dialog

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Structured Query Language JDBC Configuration Working with JDBC Statements Query Execution Scrollable and Updatable Result Sets Row Sets Metadata Transactions Connection Management in Web and Enterprise Applications The Date and Time API The Time Line Local Dates Date Adjusters Local Time Zoned Time Formatting and Parsing Interoperating with Legacy Code Internationalization Locales Number Formats Date and Time Collation and Normalization Message Formatting Text Input and Output Resource Bundles A Complete Example Scripting, Compiling, and Annotation Processing Scripting for the Java Platform The Compiler API Using Annotations Annotation Syntax Standard Annotations Source-Level Annotation Processing Bytecode Engineering The Java Platform Module System The Module Concept Naming Modules The Modular “Hello, World!” Program Requiring Modules Exporting Packages Modular JARs Modules and Reflective Access Automatic Modules The Unnamed Module Command-Line Flags for Migration Transitive and Static Requirements Qualified Exporting and Opening Service Loading Tools for Working with Modules Security Class Loaders Security Managers and Permissions User Authentication Digital Signatures Encryption Advanced Swing and Graphics Tables Trees Advanced AWT Raster Images Printing Native Methods Calling a C Function from a Java Program Numeric Parameters and Return Values String Parameters Accessing Fields Encoding Signatures Calling Java Methods Accessing Array Elements Handling Errors Using the Invocation API A Complete Example: Accessing the Windows Registry Streams Creating Streams using Collections Using the count() Method Using the flatmap() Method Using the limit() Method Using the sorted() Method Using the findAny() Method Using the collect() Method Converting Stream to Map Using the Collectors partitioningBy() Method Using the counting() Method Using the collectingAndThen() Method Using the reduce() Method Using the IntStream range() Method Using the Longstream Method Input and Output Convert InputStream to String with BufferedReader Reading and Writing Binary Files Using the ObjectStream Class Working with Files Using Java Memory-Mapped Files Using Java Regular Expressions Networking Obtaining the Internet Address Using URI.getScheme() Database Programming Working with JDBC Statements Executing a SQL Query The Date and Time API Get the Current Timestamp Internationalization Using the Locale Class Using the NumberFormat Class Using the MessageFormat class Scripting, Compiling, and Annotation Processing Listing all the Available Script Engines Creating, Applying, and Accessing Annotations Security Verification of Bytecode in Java Using the Logger Class Generating Password Implementing AES Encryption Advanced Swing and Graphics Creating a Table Viewing a Database Table Native Methods Using the Numeric Parameters and Return Values Using String Parameters Calling Java Methods Accessing Array Elements Handling Java Exception Any questions?Check out

Java8InActionThis repository contains all the source code for the examples and quizzes in the book Java 8 in Action: Lambdas, Streams and functional-style programming.You can purchase the book here: or on AmazonThe source code for all examples can be found in the directory src/main/java/lambdasinactionChapter 1: Java 8: why should you care?Chapter 2: Passing code with behavior parameterizationChapter 3: Lambda expressionsChapter 4: Working with StreamsChapter 5: Processing data with streamsChapter 6: Collecting data with streamsChapter 7: Parallel data processing and performanceChapter 8: Refactoring, testing, debuggingChapter 9: Default methodsChapter 10: Using Optional as a better alternative to nullChapter 11: CompletableFuture: composable asynchronous programmingChapter 12: New Date and Time APIChapter 13: Thinking functionallyChapter 14: Functional programming techniquesChapter 15: Blending OOP and FP: comparing Java 8 and ScalaChapter 16: Conclusions and "where next" for JavaAppendix A: Miscellaneous language updatesAppendix B: Miscellaneous library updatesAppendix C: Performing multiple operations in parallel on a StreamAppendix D: Lambdas and JVM bytecodeWe will update the repository as we update the book. Stay tuned!Make sure to have JDK8 installedThe latest binary can be found here: java -versionjava version "1.8.0_05"Java(TM) SE Runtime Environment (build 1.8.0_05-b13)Java HotSpot(TM) 64-Bit Server VM (build 25.5-b02, mixed mode)You can download a preview version here: the examplesUsing maven:$ mvn compile$ cd target/classes$ java lambdasinaction/chap1/FilteringApplesAlternatively you can compile the files manually inside the directory src/main/javaYou can also import the project in your favorite IDE:* In IntelliJ use "File->Open" menu and navigate to the folder where the project resides* In Eclipse use "File->Import->Existing Maven Projects" (also modify "Reduntant super interfaces" to report as Warnings instead of Errors* In Netbeans use "File->Open Project" menu

All rights reserved.Use is subject to license terms.Where should this package be installed? (/opt):To achieve predictable temporal behavior, the Java Real-TimeSystem must be granted access to a number of privileged Solarisresources. By default, access to these privileged resources isonly granted to the superuser (root). They can also be grantedto additional users by creating a rights profile, that is, acollection of authorizations, that can later be assigned to anadministrative role or directly to a user.As part of this package installation, a local 'Java Real-Time System User' rights profile can be created on this machine.This rights profile should NOT be created if such an actionconflicts with your computer security management policies. If unsure, contact your system administrator or your computer security manager. Also refer to the product's release notes for further details regarding the privileges required by the Java Real-Time System.Should a local 'Java Real-Time System User' rights profile be created? [y,n] (no): yWhere should this package be installed? [/opt]: /optUsing as the package base directory.## Processing package information.## Processing system information.## Verifying package dependencies.## Verifying disk space requirements.## Checking for conflicts with packages already installed.## Checking for setuid/setgid programs.This package contains scripts which will be executed with super-user permission during the process of installing this package.Do you want to continue with the installation of ? [y,n] y## Installing part 1 of 1./opt/SUNWrtjv/COPYRIGHT/opt/SUNWrtjv/LICENSE/opt/SUNWrtjv/README.html[...]/opt/SUNWrtjv/sample/nio/server/URLDumper.java/opt/SUNWrtjv/src.zip[ verifying class ]## Executing postinstall script.Creating the 'Java Real-Time System User' rights profile.Refer to the 'System Administration Guide: Security Services'documentation for further information regarding the way to assignthe 'Java

Installs its files into the same directories usedby SUNWrtjv.To install the 64-bit Java RTS Virtual Machine, execute thefollowing commands. In this example, the original 64-bit Java RTSpackage SUNWrtjvx.zip was copied to the /tmpdirectory and is being installed on an AMD64 processor . TheSUNWrtjv package was previously installed in /opt.Note: If this package has been previously installed inthis location, uninstall it as described in the sectionUninstalling Java RTS.# cd /tmp# /usr/bin/unzip SUNWrtjvx.zip Archive: SUNWrtjvx.zip inflating: SUNWrtjvx/pkgmap inflating: SUNWrtjvx/pkginfo [...] inflating: SUNWrtjvx/install/postinstall inflating: SUNWrtjvx/install/postremove inflating: SUNWrtjvx/install/request# /usr/sbin/pkgadd -d /tmp SUNWrtjvxProcessing package instance from Java Real-Time System 64-bit runtime environment(amd64) 1.5.0_20_Java-RTS-2.2_fcs-b19_RTSJ-1.0.2,REV=2009.09.20.12.06Copyright 2009 Sun Microsystems, Inc. All rights reserved.Use is subject to license terms.## Executing checkinstall script.Using as the package base directory.## Processing package information.## Processing system information.## Verifying package dependencies.## Verifying disk space requirements.## Checking for conflicts with packages already installed.## Checking for setuid/setgid programs.Installing Java Real-Time System 64-bit runtime environment as ## Installing part 1 of 1./opt/SUNWrtjv/bin/amd64/appletviewer/opt/SUNWrtjv/bin/amd64/appletviewer_g/opt/SUNWrtjv/bin/amd64/apt [...]/opt/SUNWrtjv/jre/lib/amd64/xawt/libmawt.so/opt/SUNWrtjv/jre/lib/amd64/xawt/libmawt_g.so[ verifying class ]Installation of was successful.Executing the 64-Bit VM (Solaris OS)After installation, /opt/SUNWrtjv contains both the32-bit and 64-bit Java RTS Virtual Machines. By default theexecutable commands in /opt/SUNWrtjv/bin will invokethe 32-bit Virtual Machine. You can use these commands to executethe 64-bit Virtual Machine by passing the -d64 option. Forexample:/opt/SUNWrtjv/bin/java -d64 If you are invoking a command that in turn executes the Java RTS VirtualMachine, you can use the option for that command which passesarguments through to the Virtual Machine. For example:/opt/SUNWrtjv/bin/javac -J-d64 Alternatively, 64-bit versions of some of the commands areavailable in the /opt/SUNWrtjv/bin//