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#!/usr/bin/perl
# This is basically a copy of tools/release/bins.pl, with small changes.
use File::Basename;
use File::Path;
use Cwd;
require "tools/builds.pm";
my $verbose, $strip, $update, $doonly, $version;
my @doonly;
my ($sec,$min,$hour,$mday,$mon,$year,$wday,$yday,$isdst) = localtime(time());
$year+=1900;
$mon+=1;
$verbose=0;
my $filename = "rockbox-sim-<target>-<version>";
while (scalar @ARGV > 0) {
if ($ARGV[0] eq "-h") {
print $ARGV[0]."\n";
print <<MOO
Usage: w32sims [-v] [-u] [-s] [-w] [-r VERSION] [-f filename] [buildonly]
-v Verbose output
-u Run svn up before building
-r Use the specified version string for filenames (defaults to SVN
revision)
-s Strip binaries before zipping them up.
-w Crosscompile for Windows (requires mingw32)
-f Filename format string (without extension). This can include a
filepath (relative or absolute) May include the following special
strings:
<version> - Replaced by the revision (or version name if -r is
used)
<target> - Target shortname
<YYYY> - Year (4 digits)
<MM> - Month (2 digits)
<DD> - Day of month (2 digits - 0-padded)
<HH> - Hour of day (2 digits, 0-padded, 00-23)
<mm> - Minute (2 digits, 0-padded)
The default filename is rockbox-sim-<target>-<version>
MOO
;
exit 1;
}
elsif ($ARGV[0] eq "-v") {
$verbose =1;
}
elsif ($ARGV[0] eq "-u") {
$update =1;
}
elsif ($ARGV[0] eq "-s") {
$strip =1;
}
elsif ($ARGV[0] eq "-w") {
$cross =1;
}
elsif ($ARGV[0] eq "-r") {
$version =$ARGV[1];
shift @ARGV;
}
elsif ($ARGV[0] eq "-f") {
$filename = $ARGV[1];
shift @ARGV;
}
else {
push(@doonly,$ARGV[0]);
}
shift @ARGV;
}
if($update) {
# svn update!
system("svn -q up");
}
$test = `sdl-config --libs`;
if ($test eq "") {
printf("You don't appear to have sdl-config\n");
die();
}
$rev = `tools/version.sh .`;
chomp $rev;
print "rev $rev\n" if($verbose);
if (@doonly) {
printf("Build only %s\n", join(', ', @doonly)) if($verbose);
}
if (!defined($version)) {
$version = $rev;
}
# made once for all targets
sub runone {
my ($dir, $extra)=@_;
my $a;
if(@doonly > 0 && !grep(/^$dir$/, @doonly)) {
return;
}
mkdir "build-$dir";
chdir "build-$dir";
print "Build in build-$dir\n" if($verbose);
# build the target
$a = buildit($dir, $extra);
# Do not continue if the rockboxui executable is not created. This will
# prevent a good build getting overwritten by a bad build when
# uploaded to the web server.
unless ( (-e "rockboxui") || (-e "rockboxui.exe") ) {
print "No rockboxui, clean up and return\n" if($verbose);
chdir "..";
system("rm -rf build-$dir");
return $a;
}
if ($strip) {
print "Stripping binaries\n" if ($verbose);
# find \( -name "*.exe" -o -name "*.rock" -o -name "*.codec" \) -exec ls -l "{}" ";"
open(MAKE, "Makefile");
my $AS=(grep(/^export AS=/, <MAKE>))[0];
chomp($AS);
(my $striptool = $AS) =~ s/^export AS=(.*)as$/$1strip/;
$cmd = "find \\( -name 'rockboxui*' -o -iname '*dll' -o -name '*.rock' -o -name '*.codec' \\) -exec $striptool '{}' ';'";
print("$cmd\n") if ($verbose);
`$cmd`;
close(MAKE);
}
chdir "..";
my $newo=$filename;
$newo =~ s/<version>/$version/g;
$newo =~ s/<target>/$dir/g;
$newo =~ s/<YYYY>/$year/g;
$newo =~ s/<MM>/$mon/g;
$newo =~ s/<DD>/$mday/g;
$newo =~ s/<HH>/$hour/g;
$newo =~ s/<mm>/$min/g;
print "Zip up the sim and associated files\n" if ($verbose);
mkpath(dirname($newo));
system("mv build-$dir $newo");
if ($cross) {
print "Find and copy SDL.dll\n" if ($verbose);
open(MAKE, "$newo/Makefile");
my $GCCOPTS=(grep(/^export GCCOPTS=/, <MAKE>))[0];
chomp($GCCOPTS);
(my $sdldll = $GCCOPTS) =~ s/^export GCCOPTS=.*-I([^ ]+)\/include\/SDL.*$/$1\/bin\/SDL.dll/;
print "Found $sdldll\n" if ($verbose);
`cp $sdldll ./$newo/`;
close(MAKE);
}
my $toplevel = getcwd();
chdir(dirname($newo));
$cmd = "zip -9 -r -q \"".basename($newo)."\" "
. "\"".basename($newo)."\"/rockboxui* "
. "\"".basename($newo)."\"/UI256.bmp "
. "\"".basename($newo)."\"/SDL.dll "
. "\"".basename($newo)."\"/simdisk ";
print("$cmd\n") if($verbose);
`$cmd`;
chdir($toplevel);
print "remove all contents in $newo\n" if($verbose);
system("rm -rf $newo");
return $a;
};
sub buildit {
my ($dir, $extra)=@_;
`rm -rf * >/dev/null 2>&1`;
if ($cross) {
$simstring = 'a\nw\ns\n\n';
}
else {
$simstring = 's\n';
}
my $c = sprintf('printf "%s\n%s%s" | ../tools/configure',
$dir, $extra, $simstring);
print "C: $c\n" if($verbose);
`$c`;
print "Run 'make'\n" if($verbose);
`make 2>/dev/null`;
print "Run 'make install'\n" if($verbose);
`make install 2>/dev/null`;
}
for my $b (sort byname keys %builds) {
if ($builds{$b}{status} >= 2)
{
# ipodvideo64mb uses the ipodvideo simulator
# sansae200r uses the sansae200 simulator
if ($b ne 'ipodvideo64mb' && $b ne 'sansae200r')
{
if ($builds{$b}{ram} ne '')
{
# These builds need the ram size sent to configure
runone($b, $builds{$b}{ram} . '\n');
}
else
{
runone($b);
}
}
}
}
#The following ports are in the unusable category, but the simulator does build
runone("gogearhdd1630");
runone("gogearsa9200");
runone("mini2440");
runone("ondavx747");
runone("ondavx747p");
runone("ondavx777");
runone("sansam200v4");
runone("zenvision");
runone("zenvisionm30gb");
runone("zenvisionm60gb");
runone("creativezenxfi2");
runone("creativezenxfi3");
runone("sonynwze360");
runone("sonynwze370");
runone("samsungypr0");
runone("creativezenxfi");
runone("creativezen");
runone("creativezenmozaic");
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