Remove determinism sorts

This commit is contained in:
Tom Eastep 2017-03-04 19:05:33 -08:00
parent dabe0bd205
commit 63ec936f21
No known key found for this signature in database
GPG Key ID: 96E6B3F2423A4D10
7 changed files with 49 additions and 49 deletions

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@ -519,9 +519,9 @@ sub setup_accounting() {
while ( $chainswithjumps && $progress ) {
$progress = 0;
for my $chain1 ( sort keys %accountingjumps ) {
for my $chain1 ( keys %accountingjumps ) {
if ( keys %{$accountingjumps{$chain1}} ) {
for my $chain2 ( sort keys %{$accountingjumps{$chain1}} ) {
for my $chain2 ( keys %{$accountingjumps{$chain1}} ) {
delete $accountingjumps{$chain1}{$chain2}, $progress = 1 unless $accountingjumps{$chain2};
}
} else {

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@ -1223,7 +1223,7 @@ sub merge_rules( $$$ ) {
}
}
for my $option ( grep ! $opttype{$_} || $_ eq 'nfacct' || $_ eq 'recent', sort { $b cmp $a } keys %$fromref ) {
for my $option ( grep ! $opttype{$_} || $_ eq 'nfacct' || $_ eq 'recent', keys %$fromref ) {
set_rule_option( $toref, $option, $fromref->{$option} );
}
@ -1239,7 +1239,7 @@ sub merge_rules( $$$ ) {
set_rule_option( $toref, 'policy', $fromref->{policy} ) if exists $fromref->{policy};
for my $option ( grep( get_opttype( $_, 0 ) == EXPENSIVE, sort keys %$fromref ) ) {
for my $option ( grep( get_opttype( $_, 0 ) == EXPENSIVE, keys %$fromref ) ) {
set_rule_option( $toref, $option, $fromref->{$option} );
}
@ -3691,7 +3691,7 @@ sub optimize_level8( $$$ ) {
}
if ( $progress ) {
my @rename = sort keys %rename;
my @rename = keys %rename;
#
# First create aliases for each renamed chain and change the {name} member.
#
@ -6980,13 +6980,13 @@ sub set_global_variables( $$ ) {
if ( $conditional ) {
my ( $interface, @interfaces );
@interfaces = sort keys %interfaceaddr;
@interfaces = keys %interfaceaddr;
for $interface ( @interfaces ) {
emit( qq([ -z "\$interface" -o "\$interface" = "$interface" ] && $interfaceaddr{$interface}) );
}
@interfaces = sort keys %interfacegateways;
@interfaces = keys %interfacegateways;
for $interface ( @interfaces ) {
emit( qq(if [ -z "\$interface" -o "\$interface" = "$interface" ]; then) );
@ -6996,36 +6996,36 @@ sub set_global_variables( $$ ) {
emit( qq(fi\n) );
}
@interfaces = sort keys %interfacemacs;
@interfaces = keys %interfacemacs;
for $interface ( @interfaces ) {
emit( qq([ -z "\$interface" -o "\$interface" = "$interface" ] && $interfacemacs{$interface}) );
}
} else {
emit $_ for sort values %interfaceaddr;
emit "$_\n" for sort values %interfacegateways;
emit $_ for sort values %interfacemacs;
emit $_ for values %interfaceaddr;
emit "$_\n" for values %interfacegateways;
emit $_ for values %interfacemacs;
}
if ( $setall ) {
emit $_ for sort values %interfaceaddrs;
emit $_ for sort values %interfacenets;
emit $_ for values %interfaceaddrs;
emit $_ for values %interfacenets;
unless ( have_capability( 'ADDRTYPE' ) ) {
if ( $family == F_IPV4 ) {
emit 'ALL_BCASTS="$(get_all_bcasts) 255.255.255.255"';
emit $_ for sort values %interfacebcasts;
emit $_ for values %interfacebcasts;
} else {
emit 'ALL_ACASTS="$(get_all_acasts)"';
emit $_ for sort values %interfaceacasts;
emit $_ for values %interfaceacasts;
}
}
}
}
sub verify_address_variables() {
for my $variable ( sort keys %address_variables ) {
for my $variable ( keys %address_variables ) {
my $type = $address_variables{$variable};
my $address = "\$$variable";
@ -7942,7 +7942,7 @@ sub add_interface_options( $ ) {
#
# Generate a digest for each chain
#
for my $chainref ( sort { $a->{name} cmp $b->{name} } values %input_chains, values %forward_chains ) {
for my $chainref ( values %input_chains, values %forward_chains ) {
my $digest = '';
assert( $chainref );
@ -7961,7 +7961,7 @@ sub add_interface_options( $ ) {
# Insert jumps to the interface chains into the rules chains
#
for my $zone1 ( off_firewall_zones ) {
my @input_interfaces = sort keys %{zone_interfaces( $zone1 )};
my @input_interfaces = keys %{zone_interfaces( $zone1 )};
my @forward_interfaces = @input_interfaces;
if ( @input_interfaces > 1 ) {
@ -8047,7 +8047,7 @@ sub add_interface_options( $ ) {
for my $zone1 ( firewall_zone, vserver_zones ) {
for my $zone2 ( off_firewall_zones ) {
my $chainref = $filter_table->{rules_chain( $zone1, $zone2 )};
my @interfaces = sort keys %{zone_interfaces( $zone2 )};
my @interfaces = keys %{zone_interfaces( $zone2 )};
my $chain1ref;
for my $interface ( @interfaces ) {
@ -8453,7 +8453,7 @@ sub create_save_ipsets() {
#
$ipsets{$_} = 1 for ( @ipsets, @{$globals{SAVED_IPSETS}} );
my @sets = sort keys %ipsets;
my @sets = keys %ipsets;
emit( '' ,
' rm -f $file' ,
@ -8629,7 +8629,7 @@ sub create_load_ipsets() {
#
sub create_nfobjects() {
my @objects = ( sort keys %nfobjects );
my @objects = ( keys %nfobjects );
if ( @objects ) {
if ( $config{NFACCT} ) {
@ -8644,7 +8644,7 @@ sub create_nfobjects() {
}
}
for ( sort keys %nfobjects ) {
for ( keys %nfobjects ) {
emit( qq(if ! qt \$NFACCT get $_; then),
qq( \$NFACCT add $_),
qq(fi\n) );
@ -9120,7 +9120,7 @@ sub initialize_switches() {
if ( keys %switches ) {
emit( 'if [ $COMMAND = start ]; then' );
push_indent;
for my $switch ( sort keys %switches ) {
for my $switch ( keys %switches ) {
my $setting = $switches{$switch};
my $file = "/proc/net/nf_condition/$switch";
emit "[ -f $file ] && echo $setting->{setting} > $file";

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@ -127,7 +127,7 @@ sub setup_ecn()
}
if ( @hosts ) {
my @interfaces = ( sort { interface_number($a) <=> interface_number($b) } keys %interfaces );
my @interfaces = ( keys %interfaces );
progress_message "$doing ECN control on @interfaces...";
@ -1297,7 +1297,7 @@ sub setup_mac_lists( $ ) {
$maclist_interfaces{ $hostref->[0] } = 1;
}
my @maclist_interfaces = ( sort keys %maclist_interfaces );
my @maclist_interfaces = ( keys %maclist_interfaces );
if ( $phase == 1 ) {
@ -1618,7 +1618,7 @@ sub handle_loopback_traffic() {
# Handle conntrack rules
#
if ( $notrackref->{referenced} ) {
for my $hostref ( sort { $a->{type} cmp $b->{type} } @{defined_zone( $z1 )->{hosts}{ip}{'%vserver%'}} ) {
for my $hostref ( @{defined_zone( $z1 )->{hosts}{ip}{'%vserver%'}} ) {
my $exclusion = source_exclusion( $hostref->{exclusions}, $notrackref);
my @ipsec_match = match_ipsec_in $z1 , $hostref;
@ -1639,8 +1639,8 @@ sub handle_loopback_traffic() {
#
my $source_hosts_ref = defined_zone( $z1 )->{hosts};
for my $typeref ( sort { $a->{type} cmp $b->{type} } values %{$source_hosts_ref} ) {
for my $hostref ( sort { $a->{type} cmp $b->{type} } @{$typeref->{'%vserver%'}} ) {
for my $typeref ( values %{$source_hosts_ref} ) {
for my $hostref ( @{$typeref->{'%vserver%'}} ) {
my $exclusion = source_exclusion( $hostref->{exclusions}, $natref);
for my $net ( @{$hostref->{hosts}} ) {
@ -1662,7 +1662,7 @@ sub add_interface_jumps {
our %input_jump_added;
our %output_jump_added;
our %forward_jump_added;
my @interfaces = sort grep $_ ne '%vserver%', @_;
my @interfaces = grep $_ ne '%vserver%', @_;
my $dummy;
my $lo_jump_added = interface_zone( loopback_interface ) && ! get_interface_option( loopback_interface, 'destonly' );
#
@ -1776,7 +1776,7 @@ sub handle_complex_zone( $$ ) {
my $type = $zoneref->{type};
my $source_ref = ( $zoneref->{hosts}{ipsec} ) || {};
for my $interface ( sort { interface_number( $a ) <=> interface_number( $b ) } keys %$source_ref ) {
for my $interface ( keys %$source_ref ) {
my $sourcechainref = $filter_table->{forward_chain $interface};
my @interfacematch;
my $interfaceref = find_interface $interface;
@ -2288,9 +2288,9 @@ sub generate_matrix() {
#
# Take care of PREROUTING, INPUT and OUTPUT jumps
#
for my $type ( sort keys %$source_hosts_ref ) {
for my $type ( keys %$source_hosts_ref ) {
my $typeref = $source_hosts_ref->{$type};
for my $interface ( sort { interface_number( $a ) <=> interface_number( $b ) } keys %$typeref ) {
for my $interface ( keys %$typeref ) {
if ( get_physical( $interface ) eq '+' ) {
#
# Insert the interface-specific jumps before this one which is not interface-specific
@ -2375,9 +2375,9 @@ sub generate_matrix() {
my $chainref = $filter_table->{$chain}; #Will be null if $chain is a Netfilter Built-in target like ACCEPT
for my $type ( sort keys %{$zone1ref->{hosts}} ) {
for my $type ( keys %{$zone1ref->{hosts}} ) {
my $typeref = $zone1ref->{hosts}{$type};
for my $interface ( sort { interface_number( $a ) <=> interface_number( $b ) } keys %$typeref ) {
for my $interface ( keys %$typeref ) {
for my $hostref ( @{$typeref->{$interface}} ) {
next if $hostref->{options}{sourceonly};
if ( $zone ne $zone1 || $num_ifaces > 1 || $hostref->{options}{routeback} ) {

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@ -1799,7 +1799,7 @@ sub map_provider_to_interface() {
my $haveoptional;
for my $providerref ( sort { $a->{number} cmp $b->{number} } values %providers ) {
for my $providerref ( values %providers ) {
if ( $providerref->{optional} ) {
unless ( $haveoptional++ ) {
emit( 'if [ -n "$interface" ]; then',
@ -1963,7 +1963,7 @@ sub compile_updown() {
}
my @nonshared = ( grep $providers{$_}->{optional},
sort( { $providers{$a}->{number} <=> $providers{$b}->{number} } values %provider_interfaces ) );
values %provider_interfaces );
if ( @nonshared ) {
my $interfaces = join( '|', map $providers{$_}->{physical}, @nonshared );
@ -2158,7 +2158,7 @@ sub handle_optional_interfaces( $ ) {
# names but they might derive from wildcard interface entries. Optional interfaces which do not have
# wildcard physical names are also included in the providers table.
#
for my $providerref ( grep $_->{optional} , sort { $a->{number} <=> $b->{number} } values %providers ) {
for my $providerref ( grep $_->{optional} , values %providers ) {
push @interfaces, $providerref->{interface};
$wildcards ||= $providerref->{wildcard};
}

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@ -154,7 +154,7 @@ sub setup_proxy_arp() {
emit '';
for my $interface ( sort keys %reset ) {
for my $interface ( keys %reset ) {
unless ( $set{interface} ) {
my $physical = get_physical $interface;
emit ( "if [ -f /proc/sys/net/ipv$family/conf/$physical/$proc_file ]; then" ,
@ -163,7 +163,7 @@ sub setup_proxy_arp() {
}
}
for my $interface ( sort keys %set ) {
for my $interface ( keys %set ) {
my $physical = get_physical $interface;
emit ( "if [ -f /proc/sys/net/ipv$family/conf/$physical/$proc_file ]; then" ,
" echo 1 > /proc/sys/net/ipv$family/conf/$physical/$proc_file" );

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@ -1924,7 +1924,7 @@ sub process_traffic_shaping() {
my ( $options, $redopts ) = ( '', $tcref->{redopts} );
for my $option ( sort keys %validredoptions ) {
for my $option ( keys %validredoptions ) {
my $type = $validredoptions{$option};
if ( my $value = $redopts->{$option} ) {
@ -1943,7 +1943,7 @@ sub process_traffic_shaping() {
my ( $options, $codelopts ) = ( '', $tcref->{codelopts} );
for my $option ( sort keys %validcodeloptions ) {
for my $option ( keys %validcodeloptions ) {
my $type = $validcodeloptions{$option};
if ( my $value = $codelopts->{$option} ) {

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@ -713,10 +713,10 @@ sub zone_report()
my $printed = 0;
if ( $hostref ) {
for my $type ( sort keys %$hostref ) {
for my $type ( keys %$hostref ) {
my $interfaceref = $hostref->{$type};
for my $interface ( sort keys %$interfaceref ) {
for my $interface ( keys %$interfaceref ) {
my $iref = $interfaces{$interface};
my $arrayref = $interfaceref->{$interface};
@ -766,10 +766,10 @@ sub dump_zone_contents() {
$entry .= ( " mark=" . in_hex( $zoneref->{mark} ) ) if exists $zoneref->{mark};
if ( $hostref ) {
for my $type ( sort keys %$hostref ) {
for my $type ( keys %$hostref ) {
my $interfaceref = $hostref->{$type};
for my $interface ( sort keys %$interfaceref ) {
for my $interface ( keys %$interfaceref ) {
my $iref = $interfaces{$interface};
my $arrayref = $interfaceref->{$interface};
@ -2219,9 +2219,9 @@ sub find_hosts_by_option( $ ) {
}
for my $zone ( grep ! ( $zones{$_}{type} & FIREWALL ) , @zones ) {
for my $type (sort keys %{$zones{$zone}{hosts}} ) {
for my $type (keys %{$zones{$zone}{hosts}} ) {
my $interfaceref = $zones{$zone}{hosts}->{$type};
for my $interface ( sort keys %$interfaceref ) {
for my $interface ( keys %$interfaceref ) {
my $arrayref = $interfaceref->{$interface};
for my $host ( @{$arrayref} ) {
my $ipsec = $host->{ipsec};
@ -2249,9 +2249,9 @@ sub find_zone_hosts_by_option( $$ ) {
my @hosts;
unless ( $zones{$zone}{type} & FIREWALL ) {
for my $type (sort keys %{$zones{$zone}{hosts}} ) {
for my $type (keys %{$zones{$zone}{hosts}} ) {
my $interfaceref = $zones{$zone}{hosts}->{$type};
for my $interface ( sort keys %$interfaceref ) {
for my $interface ( keys %$interfaceref ) {
my $arrayref = $interfaceref->{$interface};
for my $host ( @{$arrayref} ) {
if ( my $value = $host->{options}{$option} ) {