use strict;
use warnings;
use warnings (exists $ENV{NOVABOOT_TEST} ? (FATAL => 'all') : ());
-use Getopt::Long qw(GetOptionsFromString);
+use Getopt::Long qw(GetOptionsFromString GetOptionsFromArray);
use Pod::Usage;
use File::Basename;
use File::Spec;
$CFG::hypervisor = "";
$CFG::hypervisor_params = "serial";
$CFG::genisoimage = "genisoimage";
-$CFG::qemu = 'qemu -cpu coreduo -smp 2';
+$CFG::qemu = 'qemu-system-i386 -cpu coreduo -smp 2';
$CFG::default_target = 'qemu';
%CFG::targets = (
'qemu' => '--qemu',
"tud" => '--server=erwin.inf.tu-dresden.de:~sojka/boot/novaboot --rsync-flags="--chmod=Dg+s,ug+w,o-w,+rX --rsync-path=\"umask 002 && rsync\"" --grub --grub-prefix=(nd)/tftpboot/sojka/novaboot --grub-preamble="timeout 0" --concat --iprelay=141.76.48.80:2324 --scriptmod=s/\\\\bhostserial\\\\b/hostserialpci/g',
"novabox" => '--server=rtime.felk.cvut.cz:/srv/tftp/novaboot --rsync-flags="--chmod=Dg+s,ug+w,o-w,+rX --rsync-path=\"umask 002 && rsync\"" --pulsar --iprelay=147.32.86.92:2324',
"localhost" => '--scriptmod=s/console=tty[A-Z0-9,]+// --server=/boot/novaboot/$NAME --grub2 --grub-prefix=/boot/novaboot/$NAME --grub2-prolog=" set root=\'(hd0,msdos1)\'"',
- "ryuglab" => '--server=pc-sojkam.felk.cvut.cz:/srv/tftp --uboot --uboot-init="mw f0000b00 \${psc_cfg}; sleep 1" --remote-cmd="ssh -t pc-sojkam.felk.cvut.cz \"cu -l /dev/ttyUSB0 -s 115200\"" --remote-expect="Connected." --reset-cmd="ssh -t pc-sojkam.felk.cvut.cz \"dtrrts /dev/ttyUSB0 1 1\""',
- "ryulocal" => '--dhcp-tftp --serial --uboot --uboot-init="dhcp; mw f0000b00 \${psc_cfg}; sleep 1" --reset-cmd="if which dtrrts; then dtrrts $NB_SERIAL 0 1; sleep 0.1; dtrrts $NB_SERIAL 1 1; fi"',
-
+ "ryu" => '--uboot --uboot-init="mw f0000b00 \${psc_cfg}; sleep 1" --uboot-addr kernel=800000 --uboot-addr ramdisk=b00000 --uboot-addr fdt=7f0000',
+ "ryuglab" => '--target ryu --server=pc-sojkam.felk.cvut.cz:/srv/tftp --remote-cmd="ssh -tt pc-sojkam.felk.cvut.cz \"sterm -d -s 115200 /dev/ttyUSB0\""',
+ "ryulocal" => '--target ryu --dhcp-tftp --serial --reset-cmd="if which dtrrts; then dtrrts $NB_SERIAL 0 1; sleep 0.1; dtrrts $NB_SERIAL 1 1; fi"',
);
chomp(my $nproc = `nproc`);
$CFG::scons = "scons -j$nproc";
my ($cfg) = @_;
{
package CFG; # Put config data into a separate namespace
+
my $rc = do($cfg);
# Check for errors
my @dirs = File::Spec->splitdir($dir);
$dir = File::Spec->catdir(@dirs[0..$#dirs-1]);
}
+ @cfgs = reverse @cfgs;
+ $dir = $ENV{'NOVABOOT_CONFIG_DIR'} || '/etc/novaboot.d';
+ if (opendir(my $dh, $dir)) {
+ my @etccfg = map { "$dir/$_" } grep { /^[-_a-zA-Z0-9]+$/ && -f "$dir/$_" } readdir($dh);
+ closedir $dh;
+ @etccfg = sort(@etccfg);
+ @cfgs = ( @etccfg, @cfgs );
+ }
}
my $cfg = $ENV{'NOVABOOT_CONFIG'};
Getopt::Long::Configure(qw/no_ignore_case pass_through/);
GetOptions ("config|c=s" => \$cfg);
-read_config($_) foreach $cfg or reverse @cfgs;
+read_config($_) foreach $cfg or @cfgs;
## Command line handling
my $explicit_target;
GetOptions ("target|t=s" => \$explicit_target);
-my ($append, $bender, @chainloaders, $concat, $config_name_opt, $dhcp_tftp, $dump_opt, $dump_config, @exiton, $gen_only, $grub_config, $grub_prefix, $grub_preamble, $grub2_prolog, $grub2_config, $help, $iprelay, $iso_image, $interactive, $make, $man, $no_file_gen, $off_opt, $on_opt, $pulsar, $pulsar_root, $qemu, $qemu_append, $qemu_flags_cmd, $remote_cmd, $remote_expect, $reset_cmd, $rom_prefix, $rsync_flags, @scriptmod, $scons, $serial, $server, $stty, $uboot, $uboot_init);
+my ($amt, @append, $bender, @chainloaders, $concat, $config_name_opt, $dhcp_tftp, $dump_opt, $dump_config, @exiton, $exiton_timeout, @expect_raw, $gen_only, $grub_config, $grub_prefix, $grub_preamble, $grub2_prolog, $grub2_config, $help, $ider, $iprelay, $iso_image, $interactive, $kernel_opt, $make, $man, $no_file_gen, $off_opt, $on_opt, $pulsar, $pulsar_root, $qemu, $qemu_append, $qemu_flags_cmd, $remote_cmd, $remote_expect, $reset, $reset_cmd, $rom_prefix, $rsync_flags, @scriptmod, $scons, $serial, $server, $stty, $tftp, $tftp_port, $uboot, %uboot_addr, $uboot_cmd, @uboot_init);
+
+%uboot_addr = (
+ 'kernel' => '${kernel_addr_r}',
+ 'ramdisk' => '${ramdisk_addr_r}',
+ 'fdt' => '${fdt_addr_r}',
+ );
$rsync_flags = '';
$rom_prefix = 'rom://';
$stty = 'raw -crtscts -onlcr 115200';
+$reset = 1; # Reset target by default
+
+my @expect_seen = ();
+sub handle_expect
+{
+ my ($n, $v) = @_;
+ push(@expect_seen, '-re') if $n eq "expect-re";
+ push(@expect_seen, $v);
+}
+
+sub handle_send
+{
+ my ($n, $v) = @_;
+ unless (@expect_seen) { die("No --expect before --send"); }
+ my $ret = ($n eq "sendcont") ? exp_continue : 0;
+ unshift(@expect_raw, sub { shift->send(eval("\"$v\"")); $ret; });
+ unshift(@expect_raw, @expect_seen);
+ @expect_seen = ();
+}
-Getopt::Long::Configure(qw/no_ignore_case no_pass_through/);
my %opt_spec;
%opt_spec = (
- "append|a=s" => \$append,
+ "amt=s" => \$amt,
+ "append|a=s" => \@append,
"bender|b" => \$bender,
"build-dir=s" => sub { my ($n, $v) = @_; $builddir = File::Spec->rel2abs($v); },
"concat" => \$concat,
"dump" => \$dump_opt,
"dump-config" => \$dump_config,
"exiton=s" => \@exiton,
+ "exiton-timeout=i"=> \$exiton_timeout,
+ "exiton-re=s" => sub { my ($n, $v) = @_; push(@exiton, '-re', $v); },
+ "expect=s" => \&handle_expect,
+ "expect-re=s" => \&handle_expect,
+ "expect-raw=s" => sub { my ($n, $v) = @_; unshift(@expect_raw, eval($v)); },
"gen-only" => \$gen_only,
"grub|g:s" => \$grub_config,
"grub-preamble=s"=> \$grub_preamble,
- "grub-prefix=s" => \$grub_prefix,
+ "prefix|grub-prefix=s" => \$grub_prefix,
"grub2:s" => \$grub2_config,
"grub2-prolog=s" => \$grub2_prolog,
+ "ider" => \$ider,
"iprelay=s" => \$iprelay,
"iso:s" => \$iso_image,
+ "kernel|k=s" => \$kernel_opt,
"interactive|i" => \$interactive,
"name=s" => \$config_name_opt,
"make|m:s" => \$make,
"qemu-flags|q=s" => \$qemu_flags_cmd,
"remote-cmd=s" => \$remote_cmd,
"remote-expect=s"=> \$remote_expect,
+ "reset!" => \$reset,
"reset-cmd=s" => \$reset_cmd,
"rsync-flags=s" => \$rsync_flags,
"scons:s" => \$scons,
"scriptmod=s" => \@scriptmod,
+ "send=s" => \&handle_send,
+ "sendcont=s" => \&handle_send,
"serial|s:s" => \$serial,
"server:s" => \$server,
"strip-rom" => sub { $rom_prefix = ''; },
"stty=s" => \$stty,
- "uboot" => \$uboot,
- "uboot-init=s" => \$uboot_init,
+ "tftp" => \$tftp,
+ "tftp-port=i" => \$tftp_port,
+ "uboot:s" => \$uboot,
+ "uboot-addr=s" => \%uboot_addr,
+ "uboot-cmd=s" => \$uboot_cmd,
+ "uboot-init=s" => \@uboot_init,
"h" => \$help,
"help" => \$man,
);
# First process target options
{
- my $t = $explicit_target || $CFG::default_target;
- exists $CFG::targets{$t} or die("Unknown target '$t' (valid targets are: ".join(", ", sort keys(%CFG::targets)).")");
- GetOptionsFromString($CFG::targets{$t}, %opt_spec);
+ my $t = defined($explicit_target) ? $explicit_target : $CFG::default_target;
+ my @target_expanded;
+ Getopt::Long::Configure(qw/no_ignore_case pass_through/);
+ while ($t) {
+ exists $CFG::targets{$t} or die("Unknown target '$t' (valid targets are: ".join(", ", sort keys(%CFG::targets)).")");
+
+ undef $explicit_target;
+ my ($ret, $remaining_args) = GetOptionsFromString ($CFG::targets{$t}, ("target|t=s" => \$explicit_target));
+ if (!$ret) { die "Error parsing target $t option"; }
+ push(@target_expanded, @$remaining_args);
+ $t = $explicit_target;
+ }
+ Getopt::Long::Configure(qw/no_ignore_case no_pass_through/);
+ GetOptionsFromArray(\@target_expanded, %opt_spec) or die ("Error in target definition");
}
# Then process other command line options - some of them may override
### Sanitize configuration
+if ($interactive && !-t STDIN) {
+ die("novaboot: Interactive mode not supported when not on terminal");
+}
+
if (defined $config_name_opt && scalar(@ARGV) > 1) { die "You cannot use --name with multiple scripts"; }
+if ($ider) {
+ $iso_image //= ''; # IDE-R needs an ISO image
+ if (!defined $amt) { die "Error: --ider requires --amt"; }
+}
+
# Default options
if (defined $serial) {
$serial ||= "/dev/ttyUSB0";
## Parse the novaboot script(s)
my @scripts;
my $file;
-my $line;
my $EOF;
my $last_fn = '';
-my ($modules, $variables, $generated, $continuation);
-while (<>) {
+my ($modules, $variables, $generated, $continuation) = ([], {}, []);
+my $skip_reading = defined($on_opt) || defined($off_opt);
+while (!$skip_reading && ($_ = <>)) {
if ($ARGV ne $last_fn) { # New script
die "Missing EOF in $last_fn" if $file;
- die "Unfinished line in $last_fn" if $line;
+ die "Unfinished line in $last_fn" if $continuation;
$last_fn = $ARGV;
push @scripts, { 'filename' => $ARGV,
'modules' => $modules = [],
chomp();
next if /^#/ || /^\s*$/; # Skip comments and empty lines
- foreach my $mod(@scriptmod) { eval $mod; }
-
- print "$_\n" if $dump_opt;
+ $_ =~ s/^[[:space:]]*// if ($continuation);
- if (/^([A-Z_]+)=(.*)$/) { # Internal variable
- $$variables{$1} = $2;
- push(@exiton, $2) if ($1 eq "EXITON");
+ if (/\\$/) { # Line continuation
+ $continuation .= substr($_, 0, length($_)-1);
next;
}
- if (/^([^ ]*)(.*?)[[:space:]]*<<([^ ]*)$/) { # Heredoc start
- push @$modules, "$1$2";
- $file = [];
- push @$generated, {filename => $1, content => $file};
- $EOF = $3;
- next;
+
+ if ($continuation) { # Last continuation line
+ $_ = $continuation . $_;
+ $continuation = '';
}
+
+ foreach my $mod(@scriptmod) { eval $mod; }
+
if ($file && $_ eq $EOF) { # Heredoc end
undef $file;
next;
push @{$file}, "$_\n";
next;
}
- $_ =~ s/^[[:space:]]*// if ($continuation);
- if (/\\$/) { # Line continuation
- $line .= substr($_, 0, length($_)-1);
- $continuation = 1;
+ if (/^([A-Z_]+)=(.*)$/) { # Internal variable
+ $$variables{$1} = $2;
+ push(@exiton, $2) if ($1 eq "EXITON");
+ next;
+ }
+ if (s/^load *//) { # Load line
+ die("novaboot: '$last_fn' line $.: Missing file name\n") unless /^[^ <]+/;
+ if (/^([^ ]*)(.*?)[[:space:]]*<<([^ ]*)$/) { # Heredoc start
+ push @$modules, "$1$2";
+ $file = [];
+ push @$generated, {filename => $1, content => $file};
+ $EOF = $3;
+ next;
+ }
+ if (/^([^ ]*)(.*?)[[:space:]]*< ?(.*)$/) { # Command substitution
+ push @$modules, "$1$2";
+ push @$generated, {filename => $1, command => $3};
+ next;
+ }
+ push @$modules, $_;
next;
}
- $continuation = 0;
- $line .= $_;
- $line .= " $append" if ($append && scalar(@$modules) == 0);
-
- if ($line =~ /^([^ ]*)(.*?)[[:space:]]*< ?(.*)$/) { # Command substitution
- push @$modules, "$1$2";
- push @$generated, {filename => $1, command => $3};
- $line = '';
+ if (/^run (.*)/) { # run line
+ push @$generated, {command => $1};
next;
}
- push @$modules, $line;
- $line = '';
+ if (/^uboot(?::([0-9]+)s)? (.*)/) { # uboot line
+ # TODO: If U-Boot supports some interactive menu, it might
+ # make sense to store uboot lines per novaboot script.
+ if ($1) { # Command with explicit timeout
+ push @uboot_init, { command => $2,
+ timeout => $1 };
+ } else { # Command without explicit timeout
+ push @uboot_init, $2;
+ }
+ next;
+ }
+
+ die("novaboot: Cannot parse script '$last_fn' line $.. Didn't you forget 'load' keyword?\n");
}
-#use Data::Dumper;
-#print Dumper(\@scripts);
+# use Data::Dumper;
+# print Dumper(\@scripts);
-exit if $dump_opt;
+foreach my $script (@scripts) {
+ $modules = $$script{modules};
+ @$modules[0] =~ s/^[^ ]*/$kernel_opt/ if $kernel_opt;
+ @$modules[0] .= ' ' . join(' ', @append) if @append;
+
+ my $kernel;
+ if (exists $variables->{KERNEL}) {
+ $kernel = $variables->{KERNEL};
+ } else {
+ if ($CFG::hypervisor) {
+ $kernel = $CFG::hypervisor . " ";
+ if (exists $variables->{HYPERVISOR_PARAMS}) {
+ $kernel .= $variables->{HYPERVISOR_PARAMS};
+ } else {
+ $kernel .= $CFG::hypervisor_params;
+ }
+ }
+ }
+ @$modules = ($kernel, @$modules) if $kernel;
+ @$modules = (@chainloaders, @$modules);
+ @$modules = ("bin/boot/bender", @$modules) if ($bender || defined $ENV{'NOVABOOT_BENDER'});
+}
+
+if ($dump_opt) {
+ foreach my $script (@scripts) {
+ print join("\n", @{$$script{modules}})."\n";
+ }
+ exit(0);
+}
## Helper functions
print "novaboot: Created $fn\n";
} elsif (exists $$g{command} && ! $no_file_gen) {
$ENV{SRCDIR} = dirname(File::Spec->rel2abs( $filename, $invocation_dir ));
- system_verbose("( $$g{command} ) > $$g{filename}");
+ if (exists $$g{filename}) {
+ system_verbose("( $$g{command} ) > $$g{filename}");
+ } else {
+ system_verbose($$g{command});
+ }
}
}
}
return $filename;
}
+sub generate_syslinux_config($$$$)
+{
+ my ($filename, $title, $base, $modules_ref) = @_;
+ if ($base && $base !~ /\/$/) { $base = "$base/"; };
+ open(my $fg, '>', $filename) or die "$filename: $!";
+ print $fg "LABEL $title\n";
+ #TODO print $fg "MENU LABEL $human_readable_title\n";
+
+ my ($kbin, $kcmd) = split(' ', @$modules_ref[0], 2);
+
+ if (system("file $kbin|grep 'Linux kernel'") == 0) {
+ my $initrd = @$modules_ref[1];
+ die('To many "load" lines for Linux kernel') if (scalar @$modules_ref > 2);
+ print $fg "LINUX $base$kbin\n";
+ print $fg "APPEND $kcmd\n";
+ print $fg "INITRD $base$initrd\n";
+ } else {
+ print $fg "KERNEL mboot.c32\n";
+ my @append;
+ foreach (@$modules_ref) {
+ s|\brom://([^ ]*)|$rom_prefix$base$1|g; # Translate rom:// files - needed for vdisk parameter of sigma0
+ push @append, "$base$_";
+ print $fg "APPEND ".join(' --- ', @append)."\n";
+ }
+ }
+ #TODO print $fg "TEXT HELP\n";
+ #TODO print $fg "some help here\n";
+ #TODO print $fg "ENDTEXT\n";
+ close($fg);
+ print("novaboot: Created $builddir/$filename\n");
+ return $filename;
+}
+
sub generate_grub2_config($$$$;$$)
{
my ($filename, $title, $base, $modules_ref, $preamble, $prolog) = @_;
{
print "novaboot: Running: ".shell_cmd_string(@_)."\n";
exec(@_);
+ exit(1); # should not be reached
}
sub system_verbose($)
if ($ret) { die("Command failure $ret"); }
}
-## WvTest handline
+## WvTest headline
if (exists $variables->{WVDESC}) {
print "Testing \"$variables->{WVDESC}\" in $last_fn:\n";
print "Testing \"all\" in $last_fn:\n";
}
-## Connect to the target and check whether is not occupied
+## Connect to the target and check whether it is not occupied
# We have to do this before file generation phase, because file
# generation is intermixed with file deployment phase and we want to
my $exp; # Expect object to communicate with the target over serial line
my ($target_reset, $target_power_on, $target_power_off);
+my ($amt_user, $amt_password, $amt_host, $amt_port);
if (defined $iprelay) {
my $IPRELAY;
system_verbose("stty -F $serial $stty");
open($CONN, "+<", $serial) || die "open $serial: $!";
$exp = Expect->init(\*$CONN);
-} elsif ($remote_cmd) {
+}
+elsif ($remote_cmd) {
print "novaboot: Running: $remote_cmd\n";
$exp = Expect->spawn($remote_cmd);
}
+elsif (defined $amt) {
+ require LWP::UserAgent;
+ require LWP::Authen::Digest;
+
+ sub genXML {
+ my ($host, $username, $password, $schema, $className, $pstate) = @_;
+ #AMT numbers for PowerStateChange (MNI => bluescreen on windows;-)
+ my %pstates = ("on" => 2,
+ "standby" => 4,
+ "hibernate" => 7,
+ "off" => 8,
+ "reset" => 10,
+ "MNI" => 11);
+ return <<END;
+ <s:Envelope xmlns:s="http://www.w3.org/2003/05/soap-envelope" xmlns:a="http://schemas.xmlsoap.org/ws/2004/08/addressing" xmlns:w="http://schemas.dmtf.org/wbem/wsman/1/wsman.xsd">
+ <s:Header><a:To>http://$host:16992/wsman</a:To>
+ <w:ResourceURI s:mustUnderstand="true">$schema</w:ResourceURI>
+ <a:ReplyTo><a:Address s:mustUnderstand="true">http://schemas.xmlsoap.org/ws/2004/08/addressing/role/anonymous</a:Address></a:ReplyTo>
+ <a:Action s:mustUnderstand="true">$schema$className</a:Action>
+ <w:MaxEnvelopeSize s:mustUnderstand="true">153600</w:MaxEnvelopeSize>
+ <a:MessageID>uuid:709072C9-609C-4B43-B301-075004043C7C</a:MessageID>
+ <w:Locale xml:lang="en-US" s:mustUnderstand="false" />
+ <w:OperationTimeout>PT60.000S</w:OperationTimeout>
+ <w:SelectorSet><w:Selector Name="Name">Intel(r) AMT Power Management Service</w:Selector></w:SelectorSet>
+ </s:Header><s:Body>
+ <p:RequestPowerStateChange_INPUT xmlns:p="http://schemas.dmtf.org/wbem/wscim/1/cim-schema/2/CIM_PowerManagementService">
+ <p:PowerState>$pstates{$pstate}</p:PowerState>
+ <p:ManagedElement><a:Address>http://$host:16992/wsman</a:Address>
+ <a:ReferenceParameters><w:ResourceURI>http://schemas.dmtf.org/wbem/wscim/1/cim-schema/2/CIM_ComputerSystem</w:ResourceURI>
+ <w:SelectorSet><w:Selector Name="Name">ManagedSystem</w:Selector></w:SelectorSet>
+ </a:ReferenceParameters></p:ManagedElement>
+ </p:RequestPowerStateChange_INPUT>
+ </s:Body></s:Envelope>
+END
+ }
+
+ sub sendPOST {
+ my ($host, $username, $password, $content) = @_;
+
+ my $ua = LWP::UserAgent->new();
+ $ua->agent("novaboot");
+
+ my $req = HTTP::Request->new(POST => "http://$host:16992/wsman");
+ my $res = $ua->request($req);
+ die ("Unexpected AMT response: " . $res->status_line) unless $res->code == 401;
+
+ my ($realm) = $res->header("WWW-Authenticate") =~ /Digest realm="(.*?)"/;
+ $ua->credentials("$host:16992", $realm, $username => $password);
+
+ # Create a request
+ $req = HTTP::Request->new(POST => "http://$host:16992/wsman");
+ $req->content_type('application/x-www-form-urlencoded');
+ $req->content($content);
+ $res = $ua->request($req);
+ die ("AMT power change request failed: " . $res->status_line) unless $res->is_success;
+ $res->content() =~ /<g:ReturnValue>(\d+)<\/g:ReturnValue>/;
+ return $1;
+ }
+
+ sub powerChange {
+ my ($host, $username, $password, $pstate)=@_;
+ my $schema="http://schemas.dmtf.org/wbem/wscim/1/cim-schema/2/CIM_PowerManagementService";
+ my $className="/RequestPowerStateChange";
+ my $content = genXML($host, $username, $password ,$schema, $className, $pstate);
+ return sendPOST($host, $username, $password, $content);
+ }
+
+ ($amt_user,$amt_password,$amt_host,$amt_port) = ($amt =~ /(?:(.*?)(?::(.*))?@)?([^:]*)(?::([0-9]*))?/);;
+ $amt_user ||= "admin";
+ $amt_password ||= $ENV{'AMT_PASSWORD'} || die "AMT password not specified";
+ $amt_host || die "AMT host not specified";
+ $amt_port ||= 16994;
+
+
+ $target_power_off = sub {
+ $exp->close();
+ my $result = powerChange($amt_host,$amt_user,$amt_password, "off");
+ die "AMT power off failed (ReturnValue $result)" if $result != 0;
+ };
+
+ $target_power_on = sub {
+ my $result = powerChange($amt_host,$amt_user,$amt_password, "on");
+ die "AMT power on failed (ReturnValue $result)" if $result != 0;
+ };
+
+ $target_reset = sub {
+ my $result = powerChange($amt_host,$amt_user,$amt_password, "reset");
+ if ($result != 0) {
+ print STDERR "Warning: Cannot reset $amt_host, trying power on. ";
+ $result = powerChange($amt_host,$amt_user,$amt_password, "on");
+ }
+ die "AMT reset failed (ReturnValue $result)" if $result != 0;
+ };
+
+ my $cmd = "amtterm -u $amt_user -p $amt_password $amt_host $amt_port";
+ print "novaboot: Running: $cmd\n" =~ s/\Q$amt_password\E/???/r;
+ $exp = Expect->spawn($cmd);
+ $exp->expect(10, "RUN_SOL") || die "Expect for 'RUN_SOL' timed out";
+
+}
+
if ($remote_expect) {
- $exp->expect(10, $remote_expect) || die "Expect for '$remote_expect' timed out";
+ $exp || die("No serial line connection");
+ $exp->expect(180, $remote_expect) || die "Expect for '$remote_expect' timed out";
}
if (defined $reset_cmd) {
if (defined $builddir) {
chdir($builddir) or die "Can't change directory to $builddir: $!";
print "novaboot: Entering directory `$builddir'\n";
+} else {
+ $builddir = $invocation_dir;
}
## File generation phase
my (%files_iso, $menu_iso, $filename);
my $config_name = '';
+my $prefix = '';
foreach my $script (@scripts) {
$filename = $$script{filename};
print "novaboot: Entering directory `$builddir'\n";
}
- my $kernel;
- if (exists $variables->{KERNEL}) {
- $kernel = $variables->{KERNEL};
- } else {
- if ($CFG::hypervisor) {
- $kernel = $CFG::hypervisor . " ";
- if (exists $variables->{HYPERVISOR_PARAMS}) {
- $kernel .= $variables->{HYPERVISOR_PARAMS};
- } else {
- $kernel .= $CFG::hypervisor_params;
- }
- }
+ if ($grub_prefix) {
+ $prefix = $grub_prefix;
+ $prefix =~ s/\$NAME/$config_name/;
+ $prefix =~ s/\$BUILDDIR/$builddir/;
}
- @$modules = ($kernel, @$modules) if $kernel;
- @$modules = (@chainloaders, @$modules);
- @$modules = ("bin/boot/bender", @$modules) if ($bender || defined $ENV{'NOVABOOT_BENDER'});
-
- my $prefix;
- ($prefix = $grub_prefix) =~ s/\$NAME/$config_name/ if defined $grub_prefix;
- $prefix ||= $builddir;
# TODO: use $grub_prefix as first parameter if some switch is given
generate_configs('', $generated, $filename);
{
my @files = map({ ($file) = m/([^ ]*)/; $file; } @$modules);
# Filter-out generated files
- my @to_build = grep({ my $file = $_; !scalar(grep($file eq $$_{filename}, @$generated)) } @files);
+ my @to_build = grep({ my $file = $_; !scalar(grep($file eq ($$_{filename} || ''), @$generated)) } @files);
system_verbose($scons || $CFG::scons." ".join(" ", @to_build)) if (defined $scons);
system_verbose($make || $CFG::make ." ".join(" ", @to_build)) if (defined $make);
if (defined $iso_image) {
generate_configs("(cd)", $generated, $filename);
my $menu;
- generate_grub_config(\$menu, $config_name, "(cd)", $modules);
+ generate_syslinux_config(\$menu, $config_name, "/", $modules);
$menu_iso .= "$menu\n";
map { ($file,undef) = split; $files_iso{$file} = 1; } @$modules;
}
## Generate ISO image
if (defined $iso_image) {
- open(my $fh, ">menu-iso.lst");
- print $fh "timeout 5\n\n$menu_iso";
+ system_verbose("mkdir -p isolinux");
+
+ my @files;
+ if (-f '/usr/lib/ISOLINUX/isolinux.bin') {
+ # Newer ISOLINUX version
+ @files = qw(/usr/lib/ISOLINUX/isolinux.bin /usr/lib/syslinux/modules/bios/mboot.c32 /usr/lib/syslinux/modules/bios/libcom32.c32 /usr/lib/syslinux/modules/bios/menu.c32 /usr/lib/syslinux/modules/bios/ldlinux.c32);
+ } else {
+ # Older ISOLINUX version
+ @files = qw(/usr/lib/syslinux/isolinux.bin /usr/lib/syslinux/mboot.c32 /usr/lib/syslinux/menu.c32);
+ }
+ system_verbose("cp @files isolinux");
+ open(my $fh, ">isolinux/isolinux.cfg");
+ if ($#scripts) {
+ print $fh "TIMEOUT 50\n";
+ print $fh "DEFAULT menu\n";
+ } else {
+ print $fh "DEFAULT $config_name\n";
+ }
+ print $fh "$menu_iso";
close($fh);
- my $files = "boot/grub/menu.lst=menu-iso.lst " . join(" ", map("$_=$_", keys(%files_iso)));
+
+ my $files = join(" ", map("$_=$_", (keys(%files_iso), 'isolinux/isolinux.cfg', map(s|.*/|isolinux/|r, @files))));
$iso_image ||= "$config_name.iso";
- system_verbose("$CFG::genisoimage -R -b stage2_eltorito -no-emul-boot -boot-load-size 4 -boot-info-table -hide-rr-moved -J -joliet-long -o $iso_image -graft-points bin/boot/grub/ $files");
+
+ # Note: We use -U flag below to "Allow 'untranslated' filenames,
+ # completely violating the ISO9660 standards". Without this
+ # option, isolinux is not able to read files names for example
+ # bzImage-3.0.
+ system_verbose("$CFG::genisoimage -R -b isolinux/isolinux.bin -c isolinux/boot.cat -no-emul-boot -boot-load-size 4 -boot-info-table -hide-rr-moved -U -o $iso_image -graft-points $files");
print("ISO image created: $builddir/$iso_image\n");
}
return $str
}
-### Qemu
+### Start in Qemu
if (defined $qemu) {
# Qemu
if (defined $iso_image) {
# Boot NOVA with grub (and test the iso image)
- push(@qemu_flags, ('-cdrom', "$config_name.iso"));
+ push(@qemu_flags, ('-cdrom', $iso_image));
} else {
# Boot NOVA without GRUB
my ($dhcpd_pid, $tftpd_pid);
+$tftp=1 if $tftp_port;
+
if (defined $dhcp_tftp)
{
generate_configs("(nd)", $generated, $filename);
# process group (e.g. Ctrl-C on terminal).
$dhcpd_pid = fork();
exec_verbose("sudo dhcpd -d -cf dhcpd.conf -lf dhcpd.leases -pf dhcpd.pid") if ($dhcpd_pid == 0);
- $tftpd_pid = fork();
- exec_verbose("sudo in.tftpd --foreground --secure -v -v -v --pidfile tftpd.pid $builddir") if ($tftpd_pid == 0);
+}
+
+if (defined $dhcp_tftp || defined $tftp) {
+ $tftp_port ||= 69;
+ # Unfortunately, tftpd requires root privileges even with
+ # non-privileged (>1023) port due to initgroups().
+ system_verbose("sudo in.tftpd --listen --secure -v -v -v --pidfile tftpd.pid --address :$tftp_port $builddir");
# Kill server when we die
- $SIG{__DIE__} = sub { system_verbose('sudo pkill --pidfile=dhcpd.pid');
+ $SIG{__DIE__} = sub { system_verbose('sudo pkill --pidfile=dhcpd.pid') if (defined $dhcp_tftp);
system_verbose('sudo pkill --pidfile=tftpd.pid'); };
+
+ # We have to kill tftpd explicitely, because it is not in our process group
+ $SIG{INT} = sub { system_verbose('sudo pkill --pidfile=tftpd.pid'); exit(0); };
}
-### Serial line or IP relay
+### AMT IDE-R
+if (defined $ider) {
+ my $ider_cmd= "amtider -c $iso_image -u $amt_user -p $amt_password $amt_host $amt_port" ;
+ print "novaboot: Running: $ider_cmd\n" =~ s/\Q$amt_password\E/???/r;
+ my $ider_pid = fork();
+ if ($ider_pid == 0) {
+ exec($ider_cmd);
+ die "IDE redirection failed";
+ }
+ # FIXME: This collides with --tftp option. Hopefully, nobody needs
+ # to use both simultaneously.
+ $SIG{__DIE__} = sub { system_verbose('kill $ider_pid'); };
+}
-if (defined $target_reset) {
+### Reset target (IP relay, AMT, ...)
+
+if (defined $target_reset && $reset) {
print "novaboot: Reseting the test box... ";
&$target_reset();
print "done\n";
}
+### U-boot conversation
if (defined $uboot) {
- print "novaboot: Waiting for uBoot prompt...\n";
+ my $uboot_prompt = $uboot || '=> ';
+ print "novaboot: Waiting for U-Boot prompt...\n";
+ $exp || die("No serial line connection");
$exp->log_stdout(1);
+ #$exp->exp_internal(1);
$exp->expect(20,
[qr/Hit any key to stop autoboot:/, sub { $exp->send("\n"); exp_continue; }],
- '=> ') || die "No uBoot prompt deteceted";
- $exp->send("$uboot_init\n") if $uboot_init;
- $exp->expect(10, '=> ') || die "uBoot prompt timeout";
-
- my ($kbin, $kcmd) = split(' ', shift(@$modules), 2);
- my $dtb;
- @$modules = map { if (/\.dtb$/) { $dtb=$_; (); } else { $_ } } @$modules;
- my $initrd = shift @$modules;
-
- my $kern_addr = '800000';
- my $initrd_addr = '-';
- my $dtb_addr = '';
-
- $exp->send("tftp $kern_addr $kbin\n");
- $exp->expect(10,
- [qr/#/, sub { exp_continue; }],
- '=> ') || die "Kernel load failed";
- if (defined $dtb) {
- $dtb_addr = '7f0000';
- $exp->send("tftp $dtb_addr $dtb\n");
- $exp->expect(10,
- [qr/#/, sub { exp_continue; }],
- '=> ') || die "Device tree load failed";
+ $uboot_prompt) || die "No U-Boot prompt deteceted";
+ foreach my $cmdspec (@uboot_init) {
+ my ($cmd, $timeout);
+ if (ref($cmdspec) eq "HASH") {
+ $cmd = $cmdspec->{command};
+ $timeout = $cmdspec->{timeout};
+ } else {
+ $cmd = $cmdspec;
+ $timeout = 10;
+ }
+ if ($cmd =~ /\$NB_MYIP/) {
+ my $ip = (grep /inet /, `ip addr show eth0`)[0] || die "Problem determining our IP address";
+ $ip =~ s/\s*inet ([0-9.]*).*/$1/;
+ $cmd =~ s/\$NB_MYIP/$ip/g;
+ }
+ if ($cmd =~ /\$NB_PREFIX/) {
+ my $p = $prefix;
+ $p =~ s|/*$||;
+ $cmd =~ s/\$NB_PREFIX/$p/g;
+ }
+ chomp($cmd);
+ $exp->send("$cmd\n");
+ $exp->expect($timeout, $uboot_prompt) || die "U-Boot prompt timeout";
}
- if (defined $initrd) {
- $initrd_addr = 'b00000';
- $exp->send("tftp $initrd_addr $initrd\n");
+
+ # Boot the system if there are some load lines in the script
+ if (scalar(@$modules) > 0 && !$variables->{NO_BOOT}) {
+ my ($kbin, $kcmd) = split(' ', shift(@$modules), 2);
+ my $dtb;
+ @$modules = map { if (/\.dtb$/) { $dtb=$_; (); } else { $_ } } @$modules;
+ my $initrd = shift @$modules;
+
+ die "No '--uboot-addr kernel' given" unless $uboot_addr{kernel};
+ $exp->send("tftpboot $uboot_addr{kernel} $prefix$kbin\n");
$exp->expect(10,
- [qr/#/, sub { exp_continue; }],
- '=> ') || die "Initrd load failed";
+ [qr/##/, sub { exp_continue; }],
+ $uboot_prompt) || die "Kernel load timeout";
+ if (defined $dtb) {
+ die "No '--uboot-addr fdt' given" unless $uboot_addr{fdt};
+ $exp->send("tftpboot $uboot_addr{fdt} $prefix$dtb\n");
+ $exp->expect(10,
+ [qr/##/, sub { exp_continue; }],
+ $uboot_prompt) || die "Device tree load timeout";
+ }
+ if (defined $initrd) {
+ die "No '--uboot-addr ramdisk' given" unless $uboot_addr{ramdisk};
+ $exp->send("tftpboot $uboot_addr{ramdisk} $prefix$initrd\n");
+ $exp->expect(10,
+ [qr/##/, sub { exp_continue; }],
+ $uboot_prompt) || die "Initrd load timeout";
+ } else {
+ $uboot_addr{ramdisk} = '-';
+ }
+ $exp->send("echo $kcmd\n");
+ $exp->expect(1, '-re', qr{echo .*\n(.*)\n$uboot_prompt}) || die "Command line test timeout";
+ my $args = ($exp->matchlist)[0];
+ if ($args =~ /^setenv\s+bootargs/) {
+ $exp->send("$args\n");
+ } else {
+ $exp->send("setenv bootargs $kcmd\n");
+ }
+ $exp->expect(5, $uboot_prompt) || die "U-Boot prompt timeout";
+
+ $uboot_cmd //= $variables->{UBOOT_CMD} // 'bootm $kernel_addr $ramdisk_addr $fdt_addr';
+ $uboot_cmd =~ s/\$kernel_addr/$uboot_addr{kernel}/g;
+ $uboot_cmd =~ s/\$ramdisk_addr/$uboot_addr{ramdisk}/g;
+ $uboot_cmd =~ s/\$fdt_addr/$uboot_addr{fdt}/g;
+
+ $exp->send($uboot_cmd . "\n");
+ $exp->expect(5, "\n") || die "U-Boot command timeout";
}
- $exp->send("set bootargs $kcmd\n");
- $exp->expect(1, '=> ') || die "uBoot prompt timeout";
- $exp->send("bootm $kern_addr $initrd_addr $dtb_addr\n");
- $exp->expect(1, "\n") || die "uBoot command timeout";
}
+### Serial line interaction
if (defined $exp) {
# Serial line of the target is available
- print "novaboot: Serial line interaction (press Ctrl-C to interrupt)...\n";
+ my $interrupt = 'Ctrl-C';
+ if ($interactive && !@exiton) {
+ $interrupt = '"~~."';
+ }
+ my $note = (-t STDIN) ? '' : '- only target->host ';
+ print "novaboot: Serial line interaction $note(press $interrupt to interrupt)...\n";
$exp->log_stdout(1);
if (@exiton) {
- $exp->expect(undef, @exiton);
+ $exp->expect($exiton_timeout, @expect_raw, @exiton) || die("exiton timeout");
} else {
my @inputs = ($exp);
if (-t STDIN) { # Set up bi-directional communication if we run on terminal
$in_object->set_group($exp);
if ($interactive) {
- $in_object->debug(1);
$in_object->set_seq('~~\.', sub { print "novaboot: Escape sequence detected\r\n"; undef; });
$in_object->manual_stty(0); # Use raw terminal mode
} else {
}
push(@inputs, $in_object);
}
- Expect::interconnect(@inputs);
+ #use Data::Dumper;
+ #print Dumper(\@expect_raw);
+ $exp->expect(undef, @expect_raw) if @expect_raw;
+ Expect::interconnect(@inputs) unless defined($exp->exitstatus);
}
}
## Kill dhcpc or tftpd
-if (defined $dhcp_tftp) {
+if (defined $dhcp_tftp || defined $tftp) {
die("novaboot: This should kill servers on background\n");
}
=head1 NAME
-novaboot - A tool for booting various operating systems on various hardware or in qemu
+novaboot - Boots a locally compiled operating system on a remote
+target or in qemu
=head1 SYNOPSIS
-B<novaboot> [ options ] [--] script...
+B<novaboot> --help
-B<./script> [ options ]
+B<novaboot> [option]... [--] script...
-=head1 DESCRIPTION
+B<./script> [option]...
-This program makes it easier to boot NOVA or other operating system
-(OS) on different targets (machines or emulators). It reads a so
-called novaboot script, that specifies the boot configuration, and
-setups the target to boot that configuration. Setting up the target
-means to generate the bootloader configuration files, deploy the
-binaries and other needed files to proper locations, perhaps on a
-remote boot server and reset the target. Then, target's serial output
-is redirected to standard output if that is possible.
+=head1 DESCRIPTION
-A typical way of using novaboot is to make the novaboot script
+This program makes booting of a locally compiled operating system (OS)
+(e.g. NOVA or Linux) on remote targets as simple as running a program
+locally. It automates things like copying OS images to a TFTP server,
+generation of bootloader configuration files, resetting of target
+hardware or redirection of target's serial line to stdin/out. Novaboot
+is highly configurable and it makes it easy to boot a single image on
+different targets or different images on a single target.
+
+Novaboot operation is controlled by command line options and by a so
+called novaboot script, which can be thought as a generalization of
+bootloader configuration files (see L</"NOVABOOT SCRIPT SYNTAX">).
+Typical way of using novaboot is to make the novaboot script
executable and set its first line to I<#!/usr/bin/env novaboot>. Then,
booting a particular OS configuration becomes the same as executing a
local program - the novaboot script.
-For example, with C<novaboot> you can:
+Novaboot uses configuration files to, among other things, define
+command line options needed for different targets. Users typically use
+only the B<-t>/B<--target> command line option to select the target.
+Internally, this option expands to the pre-configured options.
+Configuration files are searched at multiple places, which allows to
+have per-system, per-user or per-project configurations. Configuration
+file syntax is described in section L</"CONFIGURATION FILE">.
+
+Simple examples of using C<novaboot>:
=over 3
=item 1.
Run an OS in Qemu. This is the default action when no other action is
-specified by command line switches. Thus running C<novaboot ./script>
-(or C<./script> as described above) will run Qemu and make it boot the
-configuration specified in the I<script>.
+specified by command line switches. Thus running C<novaboot myos> (or
+C<./myos> as described above) will run Qemu and make it boot the
+configuration specified in the F<myos> script.
=item 2.
Create a bootloader configuration file (currently supported
-bootloaders are GRUB, GRUB2, Pulsar and uBoot) and copy it with all
-other files needed for booting to another, perhaps remote, location.
-
- ./script --server=192.168.1.1:/tftp --iprelay=192.168.1.2
+bootloaders are GRUB, GRUB2, ISOLINUX, Pulsar and U-Boot) and copy it
+with all other files needed for booting to a remote boot server. Then
+use a TCP/IP-controlled relay/serial-to-TCP converter to reset the
+target and receive its serial output.
-This command copies files to the TFTP server and uses
-TCP/IP-controlled relay to reset the test box and receive its serial
-output.
+ ./myos --grub2 --server=192.168.1.1:/tftp --iprelay=192.168.1.2
=item 3.
-Run DHCP and TFTP server on developer's machine to PXE-boot the OS
-from it. E.g.
+Run DHCP and TFTP server on developer's machine to boot the target
+from it.
- ./script --dhcp-tftp
+ ./myos --dhcp-tftp
-When a PXE-bootable machine is connected via Ethernet to developer's
-machine, it will boot the configuration described in I<script>.
+This is useful when no network infrastructure is in place and
+the target is connected directly to developer's box.
=item 4.
-Create bootable ISO images. E.g.
+Create bootable ISO image.
novaboot --iso -- script1 script2
-The created ISO image will have GRUB bootloader installed on it and
-the boot menu will allow selecting between I<script1> and I<script2>
-configurations.
+The created ISO image will have ISOLINUX bootloader installed on it
+and the boot menu will allow selecting between I<script1> and
+I<script2> configurations.
=back
-Note that the options needed for a specific target can be stored in a
-L</"CONFIGURATION FILE"> and then it is sufficient to use only the
-B<-t> option to specify the name of the target.
-
=head1 PHASES AND OPTIONS
Novaboot performs its work in several phases. Each phase can be
-influenced by several options, certain phases can be skipped. The list
-of phases (in the execution order) and the corresponding options
-follow.
+influenced by several command line options, certain phases can be
+skipped. The list of phases (in the execution order) and the
+corresponding options follows.
=head2 Configuration reading phase
-After starting, novaboot reads configuration files. By default, it
-searches for files named F<.novaboot> starting from the directory of
-the novaboot script (or working directory, see bellow) and continuing
-upwards up to the root directory. The configuration files are read in
-order from the root directory downwards with latter files overriding
-settings from the former ones.
+After starting, novaboot reads configuration files. Their content is
+described in section L</"CONFIGURATION FILE">. By default,
+configuration is read from two locations. First from the configuration
+directory and second from F<.novaboot> files along the path to the
+current directory. The latter read files override settings from the
+former ones.
+
+Configuration directory is determined by the content of
+NOVABOOT_CONFIG_DIR environment variable and defaults to
+F</etc/novaboot.d>. Files in this directory with names consisting
+solely of English letters, numbers, dashes '-' and underscores '_'
+(note that dot '.' is not included) are read in alphabetical order.
+
+Then novaboot searches for files named F<.novaboot> starting from the
+directory of the novaboot script (or working directory, see bellow)
+and continuing upwards up to the root directory. The found
+configuration files are then read in the opposite order (i.e. from the
+root directory downwards). This allows to have, for example, user
+specific configuration in F<~/.novaboot> and project specific one in
+F<~/project/.novaboot>.
In certain cases, the location of the novaboot script cannot be
determined in this early phase. This happens either when the script is
-read from the standard input or when novaboot is invoked explicitly
-and options precede the script name, as in the example L</"4."> above.
-In this case the current working directory is used as a starting point
-for configuration file search.
+read from the standard input or when novaboot is invoked explicitly as
+in the example L</"4."> above. In this case the current working
+directory is used as a starting point for configuration file search
+instead of the novaboot script directory.
=over 8
=item --dump-config
-Dump the current configuration to stdout end exits. Useful as an
+Dump the current configuration to stdout end exit. Useful as an
initial template for a configuration file.
=item -h, --help
=item -a, --append=I<parameters>
-Appends a string to the first "filename" line in the novaboot script.
-This can be used to append parameters to the kernel's or root task's
-command line.
+Append a string to the first C<load> line in the novaboot script. This
+can be used to append parameters to the kernel's or root task's
+command line. This option can appear multiple times.
=item -b, --bender
=item --chainloader=I<chainloader>
-Chainloader that is loaded before the kernel and other files specified
-in the novaboot script. E.g. 'bin/boot/bender promisc'.
+Specifies a chainloader that is loaded before the kernel and other
+files specified in the novaboot script. E.g. 'bin/boot/bender
+promisc'.
=item --dump
-Prints the content of the novaboot script after removing comments and
-evaluating all I<--scriptmod> expressions. Exit after reading (and
-dumping) the script.
+Print the modules to boot and their parameters after this phase
+finishes. Then exit. This is useful for seeing the effect of other
+options in this section.
+
+=item -k, --kernel=F<file>
+
+Replace the first word on the first C<load> line in the novaboot
+script with F<file>.
=item --scriptmod=I<perl expression>
is given multiple times all expressions are evaluated in the command
line order.
-=item --strip-rom
-
-Strip I<rom://> prefix from command lines and generated config files.
-The I<rom://> prefix is used by NUL. For NRE, it has to be stripped.
-
=back
=head2 File generation phase
In this phase, files needed for booting are generated in a so called
-I<build directory> (see TODO). In most cases configuration for a
-bootloader is generated automatically by novaboot. It is also possible
-to generate other files using I<heredoc> or I<"<"> syntax in novaboot
-scripts. Finally, binaries can be generated in this phases by running
-C<scons> or C<make>.
+I<build directory> (see L</--build-dir>). In most cases configuration
+for a bootloader is generated automatically by novaboot. It is also
+possible to generate other files using I<heredoc> or I<"<"> syntax in
+novaboot scripts. Finally, binaries can be generated in this phases by
+running C<scons> or C<make>.
=over 8
used. Otherwise, it is the directory that contains the first processed
novaboot script.
+See also L</BUILDDIR> variable.
+
=item -g, --grub[=I<filename>]
Generates grub bootloader menu file. If the I<filename> is not
GRUB or GRUB2 config files. This is useful for specifying GRUB's
timeout.
-=item --
grub-prefix=I<prefix>
+=item --prefix=I<prefix>
-Specifies I<prefix> that is put in front of every file name in GRUB's
-F<menu.lst>. The default value is the absolute path to the build directory.
+Specifies I<prefix> (e.g. F</srv/tftp>) that is put in front of every
+file name in generated bootloader configuration files (or in U-Boot
+commands).
If the I<prefix> contains string $NAME, it will be replaced with the
name of the novaboot script (see also B<--name>).
+If the I<prefix> contains string $BUILDDIR, it will be replaced with
+the build directory (see also B<--build-dir>).
+
+=item --grub-prefix
+
+Alias for B<--prefix>.
+
=item --grub2[=I<filename>]
-Generate GRUB2 menuentry in I<filename>. If I<filename> is not
-specified F<grub.cfg> is used. The content of the menuentry can be
-customized with B<--grub-preable>, B<--grub2-prolog> or
+Generate GRUB2 menu entry in I<filename>. If I<filename> is not
+specified F<grub.cfg> is used. The content of the menu entry can be
+customized with B<--grub-preamble>, B<--grub2-prolog> or
B<--grub_prefix> options.
-In order to use the the generated menuentry on your development
+In order to use the the generated menu entry on your development
machine that uses GRUB2, append the following snippet to
F</etc/grub.d/40_custom> file and regenerate your grub configuration,
i.e. run update-grub on Debian/Ubuntu.
=item --grub2-prolog=I<prolog>
-Specifies text I<preable> that is put at the beginning of the entry
-GRUB2 entry.
+Specifies text that is put at the beginning of the GRUB2 menu entry.
=item -m, --make[=make command]
=item --no-file-gen
-Do not generate files on the fly (i.e. "<" syntax) except for the
-files generated via "<<WORD" syntax.
+Do not run external commands to generate files (i.e. "<" syntax and
+C<run> keyword). This switch does not influence generation of files
+specified with "<<WORD" syntax.
=item -p, --pulsar[=mac]
Runs C<scons> to build files that are not generated by novaboot
itself.
+=item --strip-rom
+
+Strip I<rom://> prefix from command lines and generated config files.
+The I<rom://> prefix is used by NUL. For NRE, it has to be stripped.
+
=item --gen-only
Exit novaboot after file generation phase.
=over 8
+=item --amt=I<"[user[:password]@]host[:port]>
+
+Use Intel AMT technology to control the target machine. WS management
+is used to powercycle it and Serial-Over-Lan (SOL) for input/output.
+The hostname or (IP address) is given by the I<host> parameter. If
+I<password> is not specified, environment variable AMT_PASSWORD is
+used. The I<port> specifies a TCP port for SOL. If not specified, the
+default is 16992. Default I<user> is admin.
+
=item --iprelay=I<addr[:port]>
Use TCP/IP relay and serial port to access the target's serial port
=item --remote-expect=I<string>
-Wait for reception of I<string> on the remote connection before
-continuing.
+Wait for reception of I<string> after establishing the the remote
+connection before continuing.
+
=back
be booted via PXE BIOS (or similar mechanism) on the test machine
directly connected by a plain Ethernet cable to your workstation.
-The DHCP and TFTP servers require root privileges and C<novaboot>
+The DHCP and TFTP servers requires root privileges and C<novaboot>
uses C<sudo> command to obtain those. You can put the following to
-I</etc/sudoers> to allow running the necessary commands without
-asking for password.
+I</etc/sudoers> to allow running the necessary commands without asking
+for password.
+
+ Cmnd_Alias NOVABOOT = /bin/ip a add 10.23.23.1/24 dev eth0, /bin/ip l set dev eth0 up, /usr/sbin/dhcpd -d -cf dhcpd.conf -lf dhcpd.leases -pf dhcpd.pid, /usr/sbin/in.tftpd --listen --secure -v -v -v --pidfile tftpd.pid *, /usr/bin/touch dhcpd.leases, /usr/bin/pkill --pidfile=dhcpd.pid, /usr/bin/pkill --pidfile=tftpd.pid
+ your_login ALL=NOPASSWD: NOVABOOT
+
+=item --tftp
- Cmnd_Alias NOVABOOT = /bin/ip a add 10.23.23.1/24 dev eth0, /bin/ip l set dev eth0 up, /usr/sbin/dhcpd -d -cf dhcpd.conf -lf dhcpd.leases -pf dhcpd.pid, /usr/sbin/in.tftpd --foreground --secure -v -v -v --pidfile tftpd.pid *, /usr/bin/touch dhcpd.leases, /usr/bin/pkill --pidfile=dhcpd.pid, /usr/bin/pkill --pidfile=tftpd.pid
+Starts a TFTP server on your workstation. This is similar to
+B<--dhcp-tftp> except that DHCP server is not started.
+
+The TFTP server require root privileges and C<novaboot> uses C<sudo>
+command to obtain those. You can put the following to I</etc/sudoers>
+to allow running the necessary commands without asking for password.
+
+ Cmnd_Alias NOVABOOT = /usr/sbin/in.tftpd --listen --secure -v -v -v --pidfile tftpd.pid *, /usr/bin/pkill --pidfile=tftpd.pid
your_login ALL=NOPASSWD: NOVABOOT
+=item --tftp-port=I<port>
+
+Port to run the TFTP server on. Implies B<--tftp>.
+
=item --iso[=filename]
Generates the ISO image that boots NOVA system via GRUB. If no filename
=item --server[=[[user@]server:]path]
-Copy all files needed for booting to another location (implies B<-g>
-unless B<--grub2> is given). The files will be copied (by B<rsync>
-tool) to the directory I<path>. If the I<path> contains string $NAME,
-it will be replaced with the name of the novaboot script (see also
-B<--name>).
+Copy all files needed for booting to another location. The files will
+be copied (by B<rsync> tool) to the directory I<path>. If the I<path>
+contains string $NAME, it will be replaced with the name of the
+novaboot script (see also B<--name>).
+
+=item --rsync-flags=I<flags>
+
+Specifies which I<flags> are appended to F<rsync> command line when
+copying files as a result of I<--server> option.
=item --concat
concatenating all files of the same name from all subdirectories of
I<path-wo-name> found on the "server".
-=item --rsync-flags=I<flags>
+=item --ider
-Specifies which I<flags> are appended to F<rsync> command line when
-copying files as a result of I<--server> option.
+Use Intel AMT technology for IDE redirection. This allows the target
+machine to boot from novaboot created ISO image. Implies B<--iso>.
+
+The experimental C<amtider> utility needed by this option can be
+obtained from https://github.com/wentasah/amtterm.
=back
=head2 Target power-on and reset phase
+At this point, the target is reset (or switched on/off). There is
+several ways how this can be accomplished. Resetting a physical target
+can currently be accomplished by the following options: B<--amt>,
+B<--iprelay>, B<--reset-cmd>.
+
=over 8
=item --on, --off
-Switch on/off the target machine. Currently works only with
-B<--iprelay>.
+Switch on/off the target machine and exit. The script (if any) is
+completely ignored. Currently it works only with B<--iprelay> or
+B<--amt>.
=item -Q, --qemu[=I<qemu-binary>]
Command that resets the target.
+=item --no-reset, --reset
+
+Disable/enable resetting of the target.
+
=back
=head2 Interaction with the bootloader on the target
=over 8
-=item --uboot
+=item --uboot[=I<prompt>]
-Interact with uBoot bootloader to boot the thing described in the
-novaboot script. Implementation of this option is currently tied to a
-particular board that we use. It may be subject to changes in the
-future!
+Interact with U-Boot bootloader to boot the thing described in the
+novaboot script. I<prompt> specifies the U-Boot's prompt (default is
+"=> ", other common prompts are "U-Boot> " or "U-Boot# ").
+Implementation of this option is currently tied to a particular board
+that we use. It may be subject to changes in the future!
=item --uboot-init
-Command(s) to send the uBoot bootloader before loading the images and
-botting them.
+Command(s) to send the U-Boot bootloader before loading the images and
+booting them. This option can be given multiple times. After sending
+commands from each option novaboot waits for U-Boot I<prompt>.
+
+If the command contains string I<$NB_MYIP> then this string is
+replaced by IPv4 address of eth0 interface. Similarly I<$NB_PREFIX> is
+replaced with prefix given by B<--prefix>.
+
+See also C<uboot> keyword in L</"NOVABOOT SCRIPT SYNTAX">).
+
+=item --uboot-addr I<name>=I<address>
+
+Load address of U-Boot's C<tftpboot> command for loading I<name>,
+where name is one of I<kernel>, I<ramdisk> or I<fdt> (flattened device
+tree).
+
+The default addresses are ${I<name>_addr_r}, i.e. U-Boot environment
+variables used by convention for this purpose.
+
+=item --uboot-cmd=I<command>
+
+Specifies U-Boot command used to execute the OS. If the command
+contains strings C<$kernel_addr>, C<$ramdisk_addr>, C<$fdt_addr>,
+these are replaced with the addresses configured with B<--uboot-addr>.
+
+The default value is
+
+ bootm $kernel_addr $ramdisk_addr $fdt_addr
+
+or the C<UBOOT_CMD> variable if defined in the novaboot script.
=back
=head2 Target interaction phase
-In this phase, target's serial output is passed to C<novaboot> stdout.
-If C<novaboot>'s stdin is on TTY, the stdin is passed to the target
-allowing interactive work with the target.
-
-This phase end when the target hangs up or when Ctrl-C is pressed.
+In this phase, target's serial output is redirected to stdout and if
+stdin is a TTY, it is redirected to the target's serial input allowing
+interactive work with the target.
=over 8
=item --exiton=I<string>
When I<string> is sent by the target, novaboot exits. This option can
-be specified multiple times.
+be specified multiple times, in which case novaboot exits whenever
+either of the specified strings is sent.
If I<string> is C<-re>, then the next B<--exiton>'s I<string> is
treated as regular expression. For example:
--exiton -re --exiton 'error:.*failed'
+=item --exiton-re=I<regex>
+
+The same as --exiton -re --exiton I<regex>.
+
+=item --exiton-timeout=I<seconds>
+
+By default B<--exiton> waits for the string match forever. When this
+option is specified, "exiton" timeouts after the specifies number of
+seconds and novaboot returns non-zero exit code.
+
=item -i, --interactive
Setup things for interactive use of target. Your terminal will be
to the target and does no longer interrupt novaboot. Use "~~."
sequence to exit novaboot.
+=item --expect=I<string>
+
+When I<string> is received from the target, send the string specified
+with the subsequent B<--send*> option to the target.
+
+=item --expect-re=I<regex>
+
+When target's output matches regular expression I<regex>, send the
+string specified with the subsequent B<--send*> option to the target.
+
+=item --expect-raw=I<perl-code>
+
+Provides direct control over Perl's Expect module.
+
+=item --send=I<string>
+
+Send I<string> to the target after the previously specified
+B<--expect*> was matched in the target's output. The I<string> may
+contain escape sequences such as "\n".
+
+Note that I<string> is actually interpreted by Perl, so it can contain
+much more that escape sequences. This behavior may change in the
+future.
+
+Example: C<--expect='login: ' --send='root\n'>
+
+=item --sendcont=I<string>
+
+Similar to B<--send> but continue expecting more input.
+
+Example: C<--expect='Continue?' --sendcont='yes\n'>
+
=back
=head1 NOVABOOT SCRIPT SYNTAX
-The syntax tries to mimic POSIX shell syntax. The syntax is defined with the following rules.
+The syntax tries to mimic POSIX shell syntax. The syntax is defined
+with the following rules.
-Lines starting with "#" are ignored.
+Lines starting with "#" and empty lines are ignored.
Lines that end with "\" are concatenated with the following line after
removal of the final "\" and leading whitespace of the following line.
-Lines in the form I<VARIABLE=...> (i.e. matching '^[A-Z_]+=' regular
-expression) assign values to internal variables. See VARIABLES
+Lines of the form I<VARIABLE=...> (i.e. matching '^[A-Z_]+=' regular
+expression) assign values to internal variables. See L</VARIABLES>
section.
-Otherwise, the first word on the line represents the filename
-(relative to the build directory (see B<--build-dir>) of the module to
-load and the remaining words are passed as the command line
-parameters.
+Lines starting with C<load> keyword represent modules to boot. The
+word after C<load> is a file name (relative to the build directory
+(see B<--build-dir>) of the module to load and the remaining words are
+passed to it as the command line parameters.
+
+When the C<load> line ends with "<<WORD" then the subsequent lines
+until the line containing solely WORD are copied literally to the file
+named on that line. This is similar to shell's heredoc feature.
+
+When the C<load> line ends with "< CMD" then command CMD is executed
+with F</bin/sh> and its standard output is stored in the file named on
+that line. The SRCDIR variable in CMD's environment is set to the
+absolute path of the directory containing the interpreted novaboot
+script.
+
+Lines starting with C<run> keyword contain shell commands that are run
+during file generation phase. This is the same as the "< CMD" syntax
+for C<load> keyboard except that the command's output is not
+redirected to a file. The ordering of commands is the same as they
+appear in the novaboot script.
+
+Lines starting with C<uboot> represent U-Boot commands that are sent
+to the target if B<--uboot> option is given. Having a U-Boot line in
+the novaboot script is the same as passing an equivalent
+B<--uboot-init> option to novaboot. The C<uboot> keyword can be
+suffixed with timeout specification. The syntax is C<uboot:Ns>, where
+C<N> is the whole number of seconds. If the U-Boot command prompt does
+not appear before the timeout, novaboot fails. The default timeout is
+10 seconds.
+
+Example (Linux):
-When the line ends with "<<WORD" then the subsequent lines until the
-line containing only WORD are copied literally to the file named on
-that line.
+ #!/usr/bin/env novaboot
+ load bzImage console=ttyS0,115200
+ run make -C buildroot
+ load rootfs.cpio < gen_cpio buildroot/images/rootfs.cpio "myapp->/etc/init.d/S99myapp"
-When the line ends with "< CMD" the command CMD is executed with
-C</bin/sh> and its standard output is stored in the file named on that
-line. The SRCDIR variable in CMD's environment is set to the absolute
-path of the directory containing the interpreted novaboot script.
+Example (NOVA User Land - NUL):
-Example:
#!/usr/bin/env novaboot
WVDESC=Example program
- bin/apps/sigma0.nul S0_DEFAULT script_start:1,1 \
- verbose hostkeyb:0,0x60,1,12,2
- bin/apps/hello.nul
- hello.nulconfig <<EOF
+ load bin/apps/sigma0.nul S0_DEFAULT script_start:1,1 \
+ verbose hostkeyb:0,0x60,1,12,2
+ load bin/apps/hello.nul
+ load hello.nulconfig <<EOF
sigma0::mem:16 name::/s0/log name::/s0/timer name::/s0/fs/rom ||
rom://bin/apps/hello.nul
EOF
-This example will load three modules: sigma0.nul, hello.nul and
-hello.nulconfig. sigma0 gets some command line parameters and
-hello.nulconfig file is generated on the fly from the lines between
-<<EOF and EOF.
+This example will load three modules: F<sigma0.nul>, F<hello.nul> and
+F<hello.nulconfig>. sigma0 receives some command line parameters and
+F<hello.nulconfig> file is generated on the fly from the lines between
+C<<<EOF> and C<EOF>.
=head2 VARIABLES
=item HYPERVISOR_PARAMS
Parameters passed to hypervisor. The default value is "serial", unless
-overriden in configuration file.
+overridden in configuration file.
=item KERNEL
-The kernel to use instead of NOVA hypervisor specified in the
-configuration file. The value should contain the name of the kernel
-image as well as its command line parameters. If this variable is
-defined and non-empty, the variable HYPERVISOR_PARAMS is not used.
+The kernel to use instead of the hypervisor specified in the
+configuration file with the C<$hypervisor> variable. The value should
+contain the name of the kernel image as well as its command line
+parameters. If this variable is defined and non-empty, the variable
+HYPERVISOR_PARAMS is not used.
+
+=item NO_BOOT
+
+If this variable is 1, the system is not booted. This is currently
+only implemented for U-Boot bootloader where it is useful for
+interacting with the bootloader without booting the system - e.g. for
+flashing.
=item QEMU
-Use a specific qemu binary (can be overriden with B<-Q>) and flags
+Use a specific qemu binary (can be overridden with B<-Q>) and flags
when booting this script under qemu. If QEMU_FLAGS variable is also
specified flags specified in QEMU variable are replaced by those in
QEMU_FLAGS.
=item QEMU_FLAGS
-Use specific qemu flags (can be overriden with B<-q>).
+Use specific qemu flags (can be overridden with B<-q>).
+
+=item UBOOT_CMD
+
+See L</--uboot-cmd>.
=item WVDESC
-Description of the wvtest-compliant program.
+Description of the WvTest-compliant program.
=item WVTEST_TIMEOUT
=head1 CONFIGURATION FILE
Novaboot can read its configuration from one or more files. By
-default, novaboot looks for files named F<.novaboot> as described in
-L</Configuration reading phase>. Alternatively, its location can be
-specified with the B<-c> switch or with the NOVABOOT_CONFIG
-environment variable. The configuration file has perl syntax and
-should set values of certain Perl variables. The current configuration
-can be dumped with the B<--dump-config> switch. Some configuration
-variables can be overriden by environment variables (see below) or by
-command line switches.
+default, novaboot looks for files in F</etc/novaboot.d> and files
+named F<.novaboot> as described in L</Configuration reading phase>.
+Alternatively, configuration file location can be specified with the
+B<-c> switch or with the NOVABOOT_CONFIG environment variable. The
+configuration file has Perl syntax (i.e. it is better to put C<1;> as
+a last line) and should set values of certain Perl variables. The
+current configuration can be dumped with the B<--dump-config> switch.
+Some configuration variables can be overridden by environment
+variables (see below) or by command line switches.
Supported configuration variables include:
=item %targets
-Hash of shortcuts to be used with the B<--target> option. If the hash
-contains, for instance, the following pair of values
+Hash of target definitions to be used with the B<--target> option. The
+key is the identifier of the target, the value is the string with
+command line options. For instance, if the configuration file contains:
- 'mybox' => '--server=boot:/tftproot --serial=/dev/ttyUSB0 --grub',
+ $targets{'mybox'} = '--server=boot:/tftproot --serial=/dev/ttyUSB0 --grub',
then the following two commands are equivalent:
- ./script --server=boot:/tftproot --serial=/dev/ttyUSB0 --grub
- ./script -t mybox
+ ./myos --server=boot:/tftproot --serial=/dev/ttyUSB0 --grub
+ ./myos -t mybox
=back
Name of the novaboot configuration file to use instead of the default
one(s).
+=item NOVABOOT_CONFIG_DIR
+
+Name of the novaboot configuration directory. When not specified
+F</etc/novaboot.d> is used.
+
=item NOVABOOT_BENDER
Defining this variable has the same meaning as B<--bender> option.
=head1 AUTHORS
Michal Sojka <sojka@os.inf.tu-dresden.de>
+
+=cut
+
+# LocalWords: novaboot Novaboot NOVABOOT TFTP PXE DHCP filename stty
+# LocalWords: chainloader stdout Qemu qemu preprocessing ISOLINUX bootable
+# LocalWords: config subprocesses sudo sudoers tftp dhcp IDE stdin
+# LocalWords: subdirectories TTY whitespace heredoc POSIX WvTest
projects / novaboot.git / blobdiff