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###############################################################################
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# COPYRIGHT - VIX IP PTY LTD ("VIX"). ALL RIGHTS RESERVED.
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#
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# File: PLATFORM/SOLARIS.cfg
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#
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# Contents: SOLARIS Build support
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#
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# This package is used during the processing of the build.pl file
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# Values provided by this package are used to extend the Platform
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# information as platforms are being created. This provides a
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# powerful set of mechanism to extend the entire JATS toolset
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#
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#
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# Version Who Date Description
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# DDP 01-Aug-06 Created
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###############################################################################
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use strict;
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use warnings;
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package SOLARIS_Build;
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use JatsError;
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use Storable qw(dclone);
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#
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# Create a hash of GBE_MACHTYPEs for which the SOLARIS platform is available
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# It won't just build on any only machine
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#
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# Hash values are an array of:
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# Operating System
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# architecture
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#
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my %valid_machines = (
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'sparc' => [ 'SOLARIS8' , 'sparc' ],
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'solaris10_sparc32' => [ 'SOLARIS10', 'sparc' ],
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'solaris10_sparc64' => [ 'SOLARIS10', 'sparc' ],
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'solaris10_x86' => [ 'SOLARIS10', 'amd' ],
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'solaris10_x64' => [ 'SOLARIS10', 'amd' ],
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);
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my %arch_to_name = (
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'sparc' => { '32' => 'sparc32', '64' => 'sparc64' },
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'amd' => { '32' => 'x86' , '64' => 'x64' },
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);
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#-------------------------------------------------------------------------------
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# Function : new_platform
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#
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# Description : Called when a new platform is being created
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# The function can extend the build information
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#
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# The 'SOLARIS' platform will be converted into a 'suitable'
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# platform for the current machine.
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#
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# There a few legacy issues to contend with.
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#
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# Inputs : $pInfo - Reference to the platform build info hash
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#
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# Returns : Nothing yet
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#
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sub new_platform
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{
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my $class = shift; # Not really a class, but its called like a class
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my $pInfo = shift;
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#
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# Ignore this platform if there is no way that it can be built on the
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# current machine.
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#
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my $entry = $valid_machines{$::GBE_MACHTYPE};
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unless ( $entry )
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{
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Verbose ("SOLARIS will not build on this machine type: $::GBE_MACHTYPE");
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$pInfo->{NOT_AVAILABLE} = 1;
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return;
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}
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#-------------------------------------------------------------------------------
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#
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# Determine the type of system we are dealing with the GBE_MACHTYPE
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# is the only real way of doing this
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#
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if ( $::GBE_MACHTYPE eq 'sparc' )
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{
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#
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# Legacy target.
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# Really SOLARIS8_SPARC32, but it has been configured
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# as SOLARIS. This, unfortunately, must continue.
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#
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$pInfo->{TARGET} = 'SOLARIS';
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#
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# Specify the Platform config file that should be used for the
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# remainder of the configuration information.
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#
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$pInfo->{TARGET_CFG} = 'SOLARIS8_SPARC32';
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return;
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}
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#
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# Not building for the legacy :)
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# Generate a 32-bit and a 64-bit build target
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#
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my $os = $entry->[0];
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my $arch = $entry->[1];
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SOLARIS_generic( dclone($pInfo), $os, $arch, '32' );
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SOLARIS_generic( dclone($pInfo), $os, $arch, '64' );
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#
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# All done
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# Mark the original entry as a TEMPLATE so that it won't be added
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# We have cloned two copies of SOLARIS
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#
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$pInfo->{TEMPLATE} = 1;
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}
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#-------------------------------------------------------------------------------
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# Function : SOLARIS_generic
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#
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# Description : Take a clone of the buildinfo structure and specialise it
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# for either a 32-bit or a 64-bit build target
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#
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# Inputs : $pInfo - A clone of the buildinfo data
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# $os - Current OS
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# $arch - Current architecture
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# $size - Length required
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#
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# Returns : Nothing
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# The buildinfo MUST be added to the build system
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#
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sub SOLARIS_generic
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{
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my ($pInfo, $os, $arch, $size) = @_;
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Debug("SOLARIS_generic: $os, $arch, $size");
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#
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# Request that a simple BuildAlias be created for this platform
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# Use the original name of the TARGET
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#
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$pInfo->{ALIAS} = $pInfo->{TARGET};
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#
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# Specify the hardware family
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# Will be used to create an ALIAS
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#
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$pInfo->{HARDWARE} = uc($arch);
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#
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# Alter the 'TARGET' name
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# This is allowed (expected)
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#
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my $name = $arch_to_name{$arch}{$size};
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Error ("Bad table: %arch_to_name") unless ( $name );
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$pInfo->{TARGET} = uc("${os}_${name}");
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#
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# Register this 'new' buildinfo entry with the build system
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#
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::AddBuildPlatformEntry( $pInfo );
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}
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1;
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