![]() ![]() Download the self-extracting binary and ensure that you have downloaded the full, uncorrupted software bundle.Use these instructions to install the 32-bit JRE for Solaris. ![]() Note: For any text on this page containing the following notation, you must substitute the appropriate JRE update version number (such as "_01") for the notation.įor example, if you are installing update 1.6.0_01, the following command: Next, install the supplemental support for 64-bit operation by following the 64-bit Installation Instructions. First, install the 32-bit JRE using the installation instructions below. To install the 64-bit JRE on a SPARC, 圆4, or EM64T platform, you must follow a two-step procedure. Instructions for doing so can be found below at Java Plugin Browser Registration Instructions. Note that Java Plugin needs to be registered with the browser. When you install the JRE, Java Plugin and Java Web Start are automatically installed as well. It will not displace the system version of the Java platform suppled by the Solaris Operating System (unless you intentially install it in the same location as the system's Java platform, which requires you to be root user). It can be installed by anyone (not only a root user), and it can be installed in any location. This file can be used to install the JRE in a location chosen by the user. To install the 32-bit JRE, use the Self-Extracting Binary File. See also Solaris Font Package Requirements for information about which font packages should be on your system. ![]() See My Oracle Support website for recommended and required patches. Prior to installing the JRE, you should ensure that you have installed the full set of required patches needed for support of this release. For supported processors, desktop managers, and browsers, see System Configurations. This version of the JRE is supported on the Solaris 8, Solaris 9, Solaris 10, and Solaris 11 operating systems. Locations of Java VM Library Files (libjvm.so).Java Plugin Browser Registration Instructions.On the Image tab you'll see the process' bitness spelled out. To do so, right-click the respective process in the Process treeview, and select Properties. If you don't have Visual Studio or don't want to install it, you could use Process Explorer to determine the bitness of a running process. This will produce the following output (x86 and 圆4, respectively): 14C machine (x86) In case you have Visual Studio installed, you can use DUMPBIN to have it report the machine type by executing the following command at the command prompt: dumpbin.exe /HEADERS | findstr machine There are easier ways, using other tools. While simple and reliable, it takes a certain amount of care. Compare the value against the supported Machine Types:.This value denotes the machine type of the binary image. Move past the signature and note the next 2 bytes (little endian order).If the values are different, this is not an executable image. Move to the location noted in step 1, and verify, that the 4 bytes have the values 0x50 0x45 0x00 0x00 ( PE\0\0).Those are the offset from the beginning of the file to the PE Signature. ![]() Move to location 0x3c, and note the value of the 4 bytes there (little endian order).You can determine the machine type of the binary by following these steps: This can be as simple as a hex editor, to inspect the contents of the PE Image. To reliably determine the bitness of an executable image you'll need tool support. ![]()
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