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Retrotranslator 272 Retrotranslator Stable release 1.2.6 / February 29, 2008 Written in Java Operating system Cross-platform Platform Java Virtual Machine License BSD-like License Website [1] Retrotranslator is a program written in Java that converts Java classes (bytecode). The source classes may use Java 1.5 and Java 1.6 features, whereas the target will be compatible with Java 1.4 and older environments. Retrotranslator supports all Java 5 language features and part of the Java 5 API on both J2SE 1.4 and J2SE 1.3. On older Java environments only the Java 5 features that don't depend on the new API are supported. Retrotranslator is based on the ASM bytecode manipulation framework and the backport of the Java 5.0 concurrency utilities (see http:/ / backport-jsr166. sourceforge. net/ ) The Stripes Framework developers suggest to use Retrotranslator in order to use Stripes (which extensively use Java 1.5 features) on a Java 1.4 environment [2] Alternative tools • Retroweaver • Declawer • JBossRetro External links • Java backporting tools References [1] http:/ / retrotranslator. sourceforge. net/ [2] http:/ / www. stripesframework. org/ display/ stripes/ Java+ 1. 4+ and+ Stripes
SLAMD 273 SLAMD The SLAMD Distributed Load Generation Engine (SLAMD) is a Java-based application designed for stress testing and performance analysis of network-based applications. Initial development of SLAMD was performed at Sun Microsystems, with recent development sponsored primarily by UnboundID Corp. [1] . SLAMD is available under the terms of the Sun Public License, which is an OSI-approved open source license. The main site for obtaining information about SLAMD is available at its main web site [2] , and it is available as a java.net [3] project. SLAMD was originally developed for the purpose of benchmarking and analyzing the performance of LDAP directory servers, and it is the most powerful and flexible tool available for this task. However, it is also well-suited for testing other kinds of network applications and has been used for things like Web servers and Web-based applications, relational databases, and mail servers. It can also be used for non-network based applications (and in fact, it is used for comparing things like CPU power and memory latency across a number of different kinds of systems), although its distributed nature makes it ideal for systems that can be accessed remotely. Architecture SLAMD uses a distributed model consisting of a server (SLAMD is distributed with Apache Tomcat) and clients. The operator schedules a new job using a browser, and submits the job for execution. The server sends the scheduled job to selected clients, these clients then generate load based on parameters defined in the SLAMD job class and report results back to the SLAMD Server. SLAMD 2.0.0-alpha1 uses the Berkeley DB Java Edition. [4] Extensibility "SLAMD provides a Java-based API to make it possible to quickly develop custom workloads, and it also contains an embedded scripting engine that can make it easy to stress applications using protocols like LDAP, HTTP, SMTP, IMAP, and POP, or any database that can be accessed via JDBC. It also includes tools for recording and playing back TCP traffic, and a utility for intercepting LDAP communication and writing it as a script that may be executed in the SLAMD scripting engine." [5] SLAMD jobs are managed by Java classes. New SLAMD job classes can be created by writing Java code using a well-defined API[6], compiling the Java code, and installing the Job Class (the class is installed on the servers and the server pushes it out to the clients). Installation Supported Systems SLAMD is supported on any computer operating system that supports Java, such as Solaris, Linux, AIX, HPUX, and Windows. SLAMD version 2 or greater requires Java 5 or greater. Jobs Benchmarking campaigns are a series of SLAMD jobs. SLAMD jobs are created by filling in the forms in the Schedule a New Job page. The operator sets up a job via a browser, then submits the job. The Server sends the job to SLAMD Clients. The SLAMD Clients generate load based on parameters in the SLAMD job class. Parameters can be items such as duration, ramp-up and ramp-down, and any other parameter defined in the Job Class.
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Contents Articles Java (programming
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Michael Kölling 212 List of Java k
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Java (programming language) 1 Java
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Java (programming language) 3 Stand
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Java (programming language) 5 Examp
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Java (programming language) 7 dialo
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Java (programming language) 9 drawS
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Java (programming language) 11 to s
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Java (programming language) 13 See
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Java (programming language) 15 [41]
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AgentSheets 17 year, per school. Of
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AgentSheets 19 References [1] Cyber
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Lightweight Java 21 Lightweight Jav
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.properties 23 See also • java.ut
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Apache Harmony 25 Sun answered on a
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Apache Harmony 27 Component Descrip
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Apache Harmony 29 [10] Gilbert, Dav
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Apache Shiro 31 Apache Shiro Develo
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Java applet 33 there are frequently
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Java applet 35 } } g.drawString("He
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Java applet 37 The 2002 Sun - Micro
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Java applet 39 [18] W3.org (http:/
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Associació d'Usuaris de Java de Ca
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Bean Scripting Framework 49 Bean Sc
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CJAN 51 Ostensibly, CJAN.org failed
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Chainsaw (log file viewer) 53 Chain
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clone (Java method) 55 Alternatives
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clone (Java method) 57 } } abstract
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Comparison of Java and C Sharp 59 A
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Comparison of Java and C Sharp 61 R
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Comparison of Java and C Sharp 63 T
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Comparison of Java and C Sharp 65 f
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e="6.73"> = 42; = null; Comparison
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Comparison of Java and C Sharp 69 L
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Comparison of Java and C Sharp 71 I
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Comparison of Java and C Sharp 73 t
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Comparison of Java and C Sharp 75 N
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Comparison of Java and C Sharp 77 L
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Comparison of Java and C Sharp 79 T
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Comparison of Java and C Sharp 81 C
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Comparison of Java and C++ 83 C++ J
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Comparison of Java and C++ 85 e="7.
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Comparison of Java and C++ 87 the c
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Comparison of Java and C++ 89 • D
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Comparison of Java and C++ 91 Sever
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Comparison of the Java and .NET pla
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Constant interface 101 } public sta
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Java 4K Game Programming Contest 10
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Java 4K Game Programming Contest 10
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CookXml 107 Creators, setters, adde
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Cougaar 109 Cougaar Cougaar is a Ja
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Devoxx 111 Related links • Devoxx
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Elastic Path 113 References [1] htt
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Electronic Disturbance Theater 115
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Event dispatching thread 117 • Sw
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Facelets 119 The above code can be
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final (Java) 121 } Sphere(double x,
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FormEngine 123 FormEngine Developer
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Generics in Java 125 Motivation for
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Generics in Java 127 Pair grade440
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G-java 129 G-java G-java 2.x was a
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GlassFish Metro 131 Features Metro
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James Gosling 133 Contributions He
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Todd Greanier 135 Todd Greanier Tod
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Head First (book series) 137 Head F
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Inner class 139 • Local class - T
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Interface (Java) 141 The body of th
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Internet Foundation Classes 143 Int
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Internet Foundation Classes 145 •
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JAD (file format) 147 JAD (file for
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JAMWiki 149 JAMWiki Developer(s) Ry
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JGroups 151 JGroups Stable release
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Java Class Library 153 Java Class L
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Java Class Library 155 Alternative
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Java Classloader 157 User-defined c
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Java compiler 159 Java compiler A J
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Java Development Kit 161 • jstack
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Java Interface Definition Language
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Java TV 165 See also • Xlet Exter
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Java Work Framework 167 Database db
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Java annotation 169 programmaticall
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Java annotation 171 component.getAt
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Java collections framework 173 Refe
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Java syntax 175 Java syntax The syn
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Java syntax 177 Double quote \" Tab
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Java syntax 179 import statement Th
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Java syntax 181 switch statement Sw
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Java syntax 183 outer: for (int i =
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Java syntax 185 The catch and final
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Java syntax 187 Reference types Ref
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Java syntax 189 Foo.doSomething();
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Java syntax 191 Modifiers • abstr
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Java syntax 193 } public void walk(
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Java syntax 195 Inheritance Interfa
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Java syntax 197 /* Any Mapper insta
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Java: View Technologies and Framewo
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JavaBeans Activation Framework 201
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javac 203 References [1] http:/ / j
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JavaFX 205 profile includes Swing a
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JavaFX 207 External links • Offic
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JExamples 209 JExamples Industry Co
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Jikes 211 Jikes Developer(s) IBM St
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Michael Kölling 213 Microsoft Pate
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List of Java keywords 215 case catc
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List of Java keywords 217 long nati
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List of Java keywords 219 Reserved
Page 225 and 226: Name mangling 221 Name mangling In
Page 227 and 228: Name mangling 223 } }; }; /* = _ZN9
Page 229 and 230: Name mangling 225 if (__1cGstrcmp6F
Page 231 and 232: Name mangling 227 ['_Test__private_
Page 233 and 234: Name mangling 229 External links
Page 235 and 236: Patrick Naughton 231 See also • H
Page 237 and 238: New I/O 233 FileChannel can be used
Page 239 and 240: New I/O 235 // Pattern used to pars
Page 241 and 242: New I/O 237 References [1] "JSR 51:
Page 243 and 244: Omniscient Debugger 239 Omniscient
Page 245 and 246: OpenJDK 241 Inclusion in software d
Page 247 and 248: OpenJDK 243 [12] "Open JDK is here!
Page 249 and 250: PHP/Java Bridge 245 References [1]
Page 251 and 252: Java package 247 External links jav
Page 253 and 254: Parboiled (Java) 249 } } return seq
Page 255 and 256: Plain Old Java Object 251 POJO gene
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Page 259 and 260: Primitive wrapper class 255 Primiti
Page 261 and 262: Quark Framework 257 Quark Framework
Page 263 and 264: Quark Framework 259 has proven to p
Page 265 and 266: Quark Framework 261 //illustrates p
Page 267 and 268: Quark Framework 263 As well as LECC
Page 269 and 270: Quark Framework 265 `catch` (\ex ->
Page 271 and 272: REPLAY (software) 267 Qualities REP
Page 273 and 274: Real time Java 269 References [1] J
Page 275: Restlet 271 Connectors The list of
Page 279 and 280: SLAMD Server 275 SLAMD Server A SLA
Page 281 and 282: Bruno Souza 277 Bruno Souza Born Na
Page 283 and 284: Static import 279 References [1] Ja
Page 285 and 286: strictfp 281 Behaviors and restrict
Page 287 and 288: Sun Web Developer Pack 283 Sun Web
Page 289 and 290: Swing (Java) 285 The Swing Architec
Page 291 and 292: Swing (Java) 287 Relationship to AW
Page 293 and 294: Swing (Java) 289 } window } See als
Page 295 and 296: SwingLabs 291 • JDNC [7] : Contai
Page 297 and 298: Synth Look and Feel 293 Supposing t
Page 299 and 300: TeachScheme! 295 • a function def
Page 301 and 302: TeachScheme! 297 TeachScheme! and B
Page 303 and 304: Unified Expression Language 299 Imp
Page 305 and 306: Java Virtual Machine 301 Bytecode v
Page 307 and 308: Java Virtual Machine 303 Heap The J
Page 309 and 310: Xerlin 305 • Steinbrenner, Eugen
Page 311 and 312: XStream 307 } and add some of these
Page 313 and 314: Article Sources and Contributors 30
Page 315 and 316: Article Sources and Contributors 31
Page 317 and 318: Image Sources, Licenses and Contrib
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