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NOTE: substantive changes to this page (non-editorial) should be reviewed by one of the build-config peers It is possible to build Mozilla applications as a that runs natively on multiple architectures. Universal binaries contain:. Compiled executable code for two architectures, such as:. the main executable (for example, firefox-bin). shared libraries and binary plugins (for example, libxpcom.dylib).

A single copy of all other non-executable files, including:. application resources (for example, browser.jar).

localization packages (for example, en-US.jar) On the Gecko 1.9.2 and lower branches, universal binaries are PPC/i386 binaries. On Gecko 2.0 and higher branches, universal binaries are i386/x8664. Prerequisites The universal build system is supported on the trunk, Mozilla 1.9.1 and Mozilla 1.9.2 branches. You should be familiar with the before attempting to build a universal binary of a Mozilla product. The prerequisites for universal binaries are the same. 'libIDL' and 'GLib' need only be installed in the host architecture.

X-13arima-seats Binary For Mac

Configuration This section describes how to check out the necessary files and configure Mozilla to build as a universal binary. Your.mozconfig file When preparing your own file, you must source the $topsrcdir/build/macosx/universal/mozconfig config fragment. It should be sourced after any product-specific mozconfig, in case it needs to override any options. Universal binaries must be built as, so MOZOBJDIR must be set. The location of your objdir is unimportant, so long as you provide one. Here is a sample.mozconfig suitable for building a universal binary of Firefox in a release configuration:.

$topsrcdir/build/macosx/universal/mozconfig mkaddoptions MOZOBJDIR=@TOPSRCDIR@/myobjdir acaddoptions -disable-tests In this example, the objdir is placed inside the top source directory, in a directory called myobjdir. Building Once the configuration is in place, use the normal steps to build. Two build passes will be made, one for each architecture. As one might expect, this process takes approximately twice as long as compiling for a single architecture.

After both passes are complete, the results are automatically merged into a single universal binary. Results of a build Two subdirectories are created in your objdir, one for each architecture ( ppc, i386, or x8664). Each of these directories contains a complete processor-specific build.

The merged universal binary is placed in both build directories, one via symlink, at dist/universal. Packaging For most products, when configured as a universal binary, the packaging phase will produce a disk image containing the merged universal binary. In order to perform the packaging phase, you must keep the new objdir structure in mind. If you had used the above, you would build a universal disk image of Firefox by typing: cd myobjdir/x8664 MOZCURRENTPROJECT=i386 make -C./i386/ package The disk image will be produced in./myobjdir/i386/dist. You could just as easily substitute another architecture for i386, this only affects the location that the disk image is produced in. To bypass universal packaging, and create a disk image containing the application for a single processor only, you can override the UNIVERSALBINARY variable, setting it to empty: UNIVERSALBINARY= make -C./i386/ package.

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The R package x12 is used in combination with the X-12 ARIMA/X13-ARIMA-SEATS Seasonal Adjustment Program. By default (since version 1.7.0) the x13binary R package is used to provide the binaries. But a local/alternative version could also be used which can be downloaded from for Windows, Linux and as Source Code. After the installation the x13as.exe or the x13as executable should be on your system.

The path to the executable is important it is set with the function x12path, e.g., x12path('d:/X12InstallationPath/x13as.exe') or x12path('/usr/bin/x13a'). X-13ARIMA-SEATS (is the current version of the seasonal adjustment program of the US Census Bureau, it can also be used in connection with the R package x12, but at the moment the SEATS Spec is not included in the package at the moment, it is planned to include it in a future release. On Mac OS X and Linux it is possible to compile x12a or x13as, the Makefile template 'makefile.lnx' has to be adapted and copied to Makefile afterwards 'make' should work to create the exexcutables. News -1.9.0 reading error from.err.html / tests -1.7.0 R package x13binary is used by default, a different binary can still be used.