You've already forked linux-packaging-mono
279 lines
7.3 KiB
Perl
279 lines
7.3 KiB
Perl
#!/usr/bin/perl
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#
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# Setup
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#
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# Directives
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use strict;
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use warnings;
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use File::Basename;
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# Figure out the mode
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my $mode = shift @ARGV;
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my $framework_prefix = "/usr/lib/mono";
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if (!defined $mode)
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{
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print STDERR "E: You must supply a mode\n";
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print STDERR "E: Use: install-framework, install, remove-framework, remove, or name\n";
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exit 1;
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}
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# Name is simply
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if ($mode eq "name")
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{
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print "Mono\n";
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exit 0;
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}
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# Get the base directory
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my $basedir = "/usr/share/cli-common/packages.d/";
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# Get the base file
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my $basename = shift @ARGV;
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# We're looking to install a framework
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# The program gets the name of the package, then a list of
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# the (framework version×10, full path) pairs
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if ($mode eq "install-framework")
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{
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# TODO: We could detect this ourselves
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my %runtime_versions = (20 => "$framework_prefix/2.0",
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35 => "$framework_prefix/3.5",
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40 => "$framework_prefix/4.0",
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45 => "$framework_prefix/4.5");
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my $uninstall = "$basedir/$basename.mono-framework";
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open UNINSTALL, ">$uninstall"
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or die "E: Cannot open uninstall: $uninstall";
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while (@ARGV)
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{
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my $framework_ver = int(shift @ARGV);
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my $dll = shift @ARGV;
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if (! exists($runtime_versions{$framework_ver}))
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{
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printf STDERR "W: Attempted to install framework library for unsupported version $framework_ver";
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next;
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}
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my $target = "$runtime_versions{$framework_ver}/" . basename($dll);
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if (-f $target)
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{
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# Ensure we're idempotent
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unlink $target;
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}
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symlink $dll, $target
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or die "E: Unable to install $dll into framework path: $target\n";
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print UNINSTALL "$target\n";
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}
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close UNINSTALL;
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exit 0;
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}
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# Removing is also simple
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if ($mode eq "remove-framework")
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{
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# Get the uninstall file
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my $uninstall = "$basedir/$basename.mono-framework";
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if (-f $uninstall)
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{
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# Go through the file
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open UNINSTALL, "<$uninstall" or
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die "E: Cannot open uninstall file ($!)";
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while (<UNINSTALL>)
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{
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chomp;
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unlink($_) or
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printf STDERR "E: Unable to remove $_\n";
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}
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close UNINSTALL;
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unlink($uninstall);
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}
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# We are good
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exit 0;
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}
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# This program gets the name of a file (ending in .installcligac) and
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# a list of assemblies to install, as full paths. The ones given are
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# the only ones that passed the white/blacklisting.
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my $cligac = "/usr/share/cli-common/packages.d/$basename.installcligac";
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if (! -f $cligac)
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{
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print STDERR "E: File does not exist: $cligac\n";
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exit 1;
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}
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# Removing is also simple
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if ($mode eq "remove")
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{
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# Get the uninstall file
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my $uninstall = "$basedir/$basename.mono";
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if (-f $uninstall)
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{
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# Go through the file
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open UNINSTALL, "<$uninstall" or
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die "E: Cannot open uninstall file ($!)";
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while (<UNINSTALL>)
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{
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my $assembly = $_;
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chomp($assembly);
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# The uninstall file can contain two formats - full paths to non-assembly entries
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# (i.e. FSharp sigdata/optdata files), or assembly signature stuff in the format
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# "name, Version=x.x.x.x, Culture=neutral, PublicKeyToken=yyyyyyyyyyyyy"
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#
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# We can switch behaviour, based on whether it is a path or not (if it is a path,
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# it has a leading /)
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#
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# If it's not a path, pass the entry to gacutil to uninstall
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if ($assembly !~ /^\//)
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{
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my $cmd = "/usr/bin/gacutil -u $assembly > /dev/null";
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my $res = system($cmd);
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if ($res > 0) {
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print STDERR "W: removing assembly: $assembly failed!\n";
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}
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}
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# If it is a path, unlink.
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#
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# This is often not actually needed - if a parent assembly is uninstalled
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# from the GAC, the sigdata/optdata files are cleaned automatically
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#
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# We manually unlink if these files are specifically named anyway, in case
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# we ever want to keep companion files in different packages (where they would
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# not be uninstalled by the same GAC cleaning run)
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else
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{
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# Definitely a link, unlink it please
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if (-l "$assembly")
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{
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unlink $assembly;
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}
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# The file exists, but is not a link, which means we didn't put it
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# there, so panic!
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elsif (-f "$assembly")
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{
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print STDERR "W: removing non-assembly file: $assembly failed!\n";
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}
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# If the file doesn't exist, we do nothing - we don't WANT it to exist
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}
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}
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close UNINSTALL;
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# Unlike the file
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unlink($uninstall);
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}
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# We are good
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exit 0;
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}
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# The only thing left should be "install"
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if ($mode ne "install")
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{
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print STDERR "E: Unknown mode: $mode\n";
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print STDERR "E: Use: install-framework, install, remove-framework, remove or name\n";
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exit 1;
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}
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# Open up our uninstall file
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open UNINSTALL, ">$basedir/$basename.mono"
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or die "E: Cannot open uninstall: $basedir/$basename.mono";
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# Go through the file
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open CLIGAC, "<$cligac" or die "E: Cannot open: $cligac ($!)";
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while (@ARGV)
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{
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# Get the assembly name
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my $dll = shift @ARGV;
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# Make sure it is there
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if (! -f $dll)
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{
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print STDERR "E: Assembly does not exist: $dll\n";
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exit 1;
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}
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# Split the provided assembly path into its components - folder, basename, and suffix.
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# All three are useful
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my($assemblyfilename, $assemblypath, $assemblysuffix) = (fileparse($dll, qr/\.[^.]*/));
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# If the suffix is .dll, assume this is a simple CLI assembly, and use gacutil for
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# processing
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if (( $assemblysuffix eq ".dll" ) || ( $assemblysuffix eq ".exe" ))
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{
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# Figure out the mono's precise name
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my $fullname = get_full_name($dll);
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# Write out the uninstall file
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print UNINSTALL "$fullname\n";
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# Install the file. We use the "../../../.." to make it a
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# relative path to this program (since gacutil doesn't like
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# absolute paths). There isn't a problem of doing too many
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# since we typically run from the root context.
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my $cmd = "(cd `dirname $dll` && "
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. "/usr/bin/gacutil -i `basename $dll`"
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. " > /dev/null)";
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system($cmd) == 0 or die "E: installing Assembly $dll failed\n";
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}
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else
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{
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# If the extension is not .dll, this is some other file format (e.g. FSharp
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# sigdata/optdata) and we cannot use gacutil.
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#
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# First, we determine the path of the assembly which accompanies this data file
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my $parentassembly = "$assemblypath$assemblyfilename.dll";
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# Then extract the assembly information from this "parent" assembly, such as the
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# version and signing token
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my $fullname = get_full_name($parentassembly);
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my($parentname, $parentver, $parentculture, $parenttoken) = split(/, [a-zA-z]*=/, $fullname);
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# And finally, we construct a path to where we know Mono will GAC-install the
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# parent assembly, and put a symlink in there
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my $targetpath = "$framework_prefix/gac/$parentname/$parentver\__$parenttoken/$assemblyfilename$assemblysuffix";
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symlink($dll, $targetpath);
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# And write the path to the symlink into the uninstall file
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print UNINSTALL "$targetpath\n";
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}
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}
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close CLIGAC;
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close UNINSTALL;
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# Finish up successfully
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exit 0;
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# Get the name of the assembly in a manner suitable for uninstall
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# using gacutil.
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sub get_full_name
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{
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# Get the name
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my $dll = shift;
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# Open a pipe to monop
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my $cmd = "LANG=C /usr/bin/mono /usr/share/mono/MonoGetAssemblyName.exe $dll";
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open PIPE, "$cmd |" or die "E: Cannot open pipe to assembly builder $dll";
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# This generate a single line that produces the desired results
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$_ = <PIPE>;
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chomp;
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# assembly1, Version=1.0.0.0, Culture=en, PublicKeyToken=0123456789abcdef
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return $_;
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}
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