Jabo's Direct3D8 v1.7.0.57-ver5 for Project64 v1.6 Project 64. We need a way to use Jabo's D3D8 1.7.x on other emulators because his 1.6.1 etc. Pentium(R) 4 2.4 GHz or AMD(R) Athlon(TM) 64 2800+ processor or any 1.8Ghz. Modern Warfare v1.6 Patch by creating a free. Download Project 64 Patch 1.6.1 free. If you wish to look for patch releases please visit this forum thread which will be the only location where these patches. Nintendo 64 Emulator Plugins. If you are using the Project64 or 1964 emulators we suggest that you try the included plugins first. Project64 Plug-in Patch v1.6.1 is released. Project 64 is a proprietary Nintendo 64. Eclipse Project Release Notes 3. Release 3. 6. 2. Last revised February 1. This software is OSI Certified Open Source Software. OSI Certified is a certification mark of the Open Source Initiative. Target Operating. Environments. 2. Compatibility with Previous. Releases. 3. Upgrading a Workspace from a Previous Release.
Interoperability with. Previous Releases. Defects Fixed in Maintenance Releases. Appendix 1: Execution Environment by Bundle. Target Operating Environments. In order to remain current, each Eclipse Project release targets reasonably current. Most of the Eclipse SDK is . The chief dependence is therefore on the. Java Platform itself. Portions are targeted to specific classes of operating. J2. ME Foundation 1. J2. SE 1. 4, Java 5, etc). In general, the 3. Eclipse Project is developed on a mix. Java 1. 4, Java 5 and Java 6 VMs. As such, the Eclipse SDK as a whole. Java VMs. Most functionality is available for. VMs that support them. Appendix 1 contains a table that indicates the class. There are many different implementations of the Java Platform running atop. We focus our testing on a handful of. Java Platform; these are our reference. Eclipse undoubtedly runs fine in many operating environments. However, since we do not systematically test. Problems encountered when running Eclipse on a. Eclipse on a reference platform. Eclipse 3. 6 is tested and validated on the following reference platforms: Operating System. Version. Hardware. JREWindowing System. Windows. 7x. 86 3. Sun Java 5 Update 2. IBM Java 5 SR1. 1. Win. 32x. 86 6. 4- bit. Vistax. 86 3. 2- bit. Sun Java 5 Update 2. IBM Java 5 SR1. 1Oracle JRockit 2. Sun Java 5 Update 2. IBM Java 5 SR1. 1. XPx. 86 3. 2- bit. Sun Java 6 Update 1. Sun Java 5 Update 2. IBM Java 5 SR1. 1Oracle JRockit 2. Sun Java 5 Update 2. IBM Java 5 SR1. 1. Red Hat Enterprise Linux. Sun Java 6 Update 1. Sun Java 5 Update 2. IBM Java 5 SR1. 1Oracle JRockit 2. GTKPower 6. 4- bit. IBM Java 5 SR1. 14. Sun Java 5 Update 2. IBM Java 5 SR1. 1. SUSE Linux Enterprise Server. Sun Java 5 Update 2. IBM Java 5 SR1. 1. GTKx. 86 6. 4- bit. Power 6. 4- bit. IBM Java 5 SR1. Ubuntu Long Term Support. Sun Java 5 Update 2. IBM Java 5 SR1. 1. GTKx. 86 6. 4- bit. Sun Solaris. 10x. Sun Java 5 Update 2. GTKSPARC 3. 2- bit. HP- UX1. 1i v. 2ia. HP- UX Java 5 Update 1. Motif 2. 1. IBM AIX5. Power 3. 2- bit. IBM Java 5 SR1. Motif 2. 1. Apple Mac OS X1. Universal. Apple Java 1. Update 2. Carbon. Universal 3. 2- bit. Cocoa. Universal 6. As stated above, we expect that Eclipse works fine on other current. Java VM and OS versions but we cannot flag these as reference platforms without. The Eclipse SDK is designed as the basis for internationalized products. The. user interface elements provided by the Eclipse SDK components, including dialogs. The English strings are provided as the. Latin- 1 and DBCS locales are supported by the Eclipse SDK on all reference platforms. BIDI locales are supported by the Eclipse SDK everywhere but on Motif. The Eclipse SDK supports GB 1. Chinese code page standard. Windows XP and 2. Linux/GTK and the Macintosh. German and Japanese locales are tested. Compatibility with Previous Releases. Compatibility of Release 3. Eclipse 3. 6 is compatible with Eclipse 3. API Contract Compatibility: Eclipse SDK 3. Eclipse SDK 3. 5 except in those areas noted in the. Eclipse 3. 6 Plug- in Migration Guide. Programs that use affected APIs and extension points will need to be ported. Eclipse SDK 3. 6 APIs. Downward contract compatibility. There is no guarantee that compliance with Eclipse SDK 3. APIs would ensure compliance with Eclipse SDK 3. APIs. Refer to. Evolving Java- based APIs for a discussion of the kinds of API changes that maintain contract compatibility. Binary (plug- in) Compatibility: Eclipse SDK 3. Eclipse SDK 3. 5 except in those areas noted in the. Eclipse 3. 6 Plug- in Migration Guide. Downward plug- in compatibility is not supported. Plug- ins for Eclipse SDK. Eclipse SDK 3. 5. Refer to. Evolving Java- based APIs for a discussion of the kinds of API changes that maintain binary compatibility. Source Compatibility: Eclipse SDK 3. Eclipse SDK 3. 5 except in the areas noted in the. Eclipse 3. 6 Plug- in Migration Guide. This means that source files written. Eclipse SDK 3. 5 APIs might successfully compile and run against Eclipse. SDK 3. 6 APIs, although this is not guaranteed. Downward source compatibility. If source files use new Eclipse SDK APIs, they will not be. Eclipse SDK. Workspace Compatibility: Eclipse SDK 3. Eclipse SDK unless noted. Eclipse SDK 3. 6 and upgraded to a 3. This includes both. Individual. plug- ins developed for Eclipse SDK 3. User. interface session state may be discarded when a workspace is upgraded. Downward. workspace compatibility is not supported. A workspace created (or opened) by. Eclipse 3. 6 will be unusable with a product based on an earlier. Eclipse. Visible metadata files created (or overwritten) by Eclipse. Eclipse. Non- compliant usage of API's: All non- API methods and classes. Client plug- ins that directly depend. Eclipse SDK API are inherently. Refer to. How to Use the Eclipse API for information about how to write compliant plug- ins. Perhaps an older version of the VM is being found in. To explicitly specify which VM to run with, use the Eclipse - vm. If you have done this then please re- install to a new. If your workspace is in a child directory of your old installation. In. particular, the method java. File. can. Write() appears to return true in. Windows drive sharing where the share is a. Samba drive). The Eclipse runtime generally needs a writable. The net result is that Eclipse will. To work around this, we suggest users experiencing this. The. workaround is to install Eclipse in a directory whose path does not contain. Unfortunately, the GCJ runtime. Eclipse developers. The most common problems surrounding GCJ are: Eclipse does not start at all. Eclipse throws a 'java. Class. Not. Found. Exception: org. eclipse. Plugin' that can be found in the logs (located in. The workspace's log file is a good place to check to identify whether GCJ is. Every Eclipse log session is prepended with. Eclipse. The log. GNU libgcj 4. 2. 1 (Debian 4. If Eclipse does start, one can check which runtime environment is being used to. Eclipse by going to Help > About Eclipse SDK > Installation Details > Configuration. The. About dialog itself can also provide other information, the build identifier. This allows the. user to identify whether Eclipse was downloaded through the distribution's. Below are two sample tarball names of. Eclipse SDK packaged for 3. With an Eclipse installation from. PATH variable to include the path to the. Java runtime environment is often not enough as the Eclipse that. Linux distributions package often performs a scan internally to pick up GCJ by. PATH. An example of the terminal's output. Once the path to the virtual machine's binary has been identified, try running. Eclipse with the following command./eclipse - vm /path/to/jre/bin/java. For an actual example, it might look something like the following./eclipse - vm /usr/lib/jvm/sun- java- 6/bin/java./eclipse - vm /opt/sun- jdk- 1. If this seems to solve the problem, it is likely that the problem really was. GCJ as the Java runtime for running Eclipse. The. eclipse. ini file located within Eclipse's folder can be altered to. Eclipse at startup. An example of its. XXMax. Perm. Size. Xms. 40m- Xmx. 51. Note that every argument must be on its own line. More information about the. Eclipse. ini. If problems persists after downloading an installation of Eclipse from. Java runtime environment (a list of which may be found above). IRC channel. and/or bugzilla. However this is not recommended, and the dropins directory should be. Note that unzipping a different. To change the version. XML files with UTF- 8 byte order mark fail to have content type detected. Eclipse will fail to detect the proper content type for XML files that have a. UTF- 8 byte order mark if Crimson is the XML parser (as it is on Sun 1. JREs. but not on Sun 1. JREs). This. problem will prevent actions normally available when files of the affected. The workaround is. XML parser supports UTF- 8 BOMs (such as Xerces does). This is because the id of the standard. Eclipse product changed. Users in shared install scenarios may end up in this. Eclipse automatically generated config. The work around is either to delete the local config. Problems with. classloaders in created threads. There is a known issue with trying to load classes from a newly- created. The result. will be a Class. Not. Found. Exception. As a workaround, do the. Create a thread in which to run your code. Send your. Thread. Context. Class. Loader(your. Class. Loader); // you can find. Your. Plugin. Class. Class. Loader())Run your code in the newly created thread. If you set the context class loader for the current thread, you are. Eclipse), so the results will. However, there should be no problem in practice provided you. Only. simple bookkeeping tasks should be performed in Plugin. The packages. defined in the nested JAR may not be exported correctly in the Export- packages. To work around this you should ship your plug- in with a. Therefore a valid buildfile will fail to build with an error message similar to: . To succeed in building with these files, ensure to include Xerces jars on the Ant runtime classpath so that the Xerces parser is used to parse the XML. As well the context menu for these files in the Navigator or Package Explorer will not have the run shortcuts for Ant builds. These class files must be provided in. JAR that is contributed to the org. Tasks. or ant. Types extension point (and not declared as a library in the. This ensures that the Ant tasks and types are loaded by the. Ant class loader and not by a plug- in classloader. Concurrent Ant builds not supported. Eclipse can run Ant in the same JVM as the rest of Eclipse. Several aspects. of Ant and its use of global Java resources (such as System. System. err). make it unsafe to run more than one Ant build concurrently in the same JVM. Running certain Ant tasks.
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