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<?php
/**
*
* This file is part of the phpBB Forum Software package.
*
* @copyright (c) phpBB Limited <https://www.phpbb.com>
* @license GNU General Public License, version 2 (GPL-2.0)
*
* For full copyright and license information, please see
* the docs/CREDITS.txt file.
*
*/

namespace phpbb\cache\driver;

/**
* An interface that all cache drivers must implement
*/
interface driver_interface
{
	/**
	* Load global cache
	*
	* @return mixed False if an error was encountered, otherwise the data type of the cached data
	*/
	public function load();

	/**
	* Unload cache object
	*
	* @return null
	*/
	public function unload();

	/**
	* Save modified objects
	*
	* @return null
	*/
	public function save();

	/**
	* Tidy cache
	*
	* @return null
	*/
	public function tidy();

	/**
	* Get saved cache object
	*
	* @param string $var_name 		Cache key
	* @return mixed 				False if an error was encountered, otherwise the saved cached object
	*/
	public function get($var_name);

	/**
	* Put data into cache
	*
	* @param string $var_name 		Cache key
	* @param mixed $var 			Cached data to store
	* @param int $ttl 				Time-to-live of cached data
	* @return null
	*/
	public function put($var_name, $var, $ttl = 0);

	/**
	* Purge cache data
	*
	* @return null
	*/
	public function purge();

	/**
	* Destroy cache data
	*
	* @param string $var_name 		Cache key
	* @param string $table 			Table name
	* @return null
	*/
	public function destroy($var_name, $table = '');

	/**
	* Check if a given cache entry exists
	*
	* @param string $var_name 		Cache key
	*
	* @return bool 					True if cache file exists and has not expired.
	*								False otherwise.
	*/
	public function _exists($var_name);

	/**
	* Load result of an SQL query from cache.
	*
	* @param string $query			SQL query
	*
	* @return int|bool				Query ID (integer) if cache contains a rowset
	*								for the specified query.
	*								False otherwise.
	*/
	public function sql_load($query);

	/**
	* Save result of an SQL query in cache.
	*
	* In persistent cache stores, this function stores the query
	* result to persistent storage. In other words, there is no need
	* to call save() afterwards.
	*
	* @param \phpbb\db\driver\driver_interface $db	Database connection
	* @param string $query			SQL query, should be used for generating storage key
	* @param mixed $query_result	The result from \dbal::sql_query, to be passed to
	* 								\dbal::sql_fetchrow to get all rows and store them
	* 								in cache.
	* @param int $ttl				Time to live, after this timeout the query should
	*								expire from the cache.
	* @return int|mixed				If storing in cache succeeded, an integer $query_id
	* 								representing the query should be returned. Otherwise
	* 								the original $query_result should be returned.
	*/
	public function sql_save(\phpbb\db\driver\driver_interface $db, $query, $query_result, $ttl);

	/**
	* Check if result for a given SQL query exists in cache.
	*
	* @param int $query_id
	* @return bool
	*/
	public function sql_exists($query_id);

	/**
	* Fetch row from cache (database)
	*
	* @param int $query_id
	* @return array|bool 			The query result if found in the cache, otherwise
	* 								false.
	*/
	public function sql_fetchrow($query_id);

	/**
	* Fetch a field from the current row of a cached database result (database)
	*
	* @param int $query_id
	* @param string $field 			The name of the column.
	* @return string|bool 			The field of the query result if found in the cache,
	* 								otherwise false.
	*/
	public function sql_fetchfield($query_id, $field);

	/**
	* Seek a specific row in an a cached database result (database)
	*
	* @param int $rownum 			Row to seek to.
	* @param int $query_id
	* @return bool
	*/
	public function sql_rowseek($rownum, $query_id);

	/**
	* Free memory used for a cached database result (database)
	*
	* @param int $query_id
	* @return bool
	*/
	public function sql_freeresult($query_id);
}
n> use common qw(:common :file); use pci_probing::main; use detect_devices; use run_program; use log; my %conf; my $scsi = 0; my %deps = (); my @neOptions = ( [ "io=", "Base IO port:", "0x300:0x280:0x320:0x340:0x360" ], [ "irq=", "IRQ level:", "" ], ); my @de4x5Options = ( [ "io=", "Base IO port:", "0x0b" ], ); my @cdu31aOptions = ( [ "cdu31a_port=", "Base IO port:", "" ], [ "cdu31a_irq=", "IRQ level:", "" ], ); # #my %knownAliases = ( # eth => { type => 'net', minor => 'ethernet' }, # scsi_hostadapter => { type => 'scsi' }, #); # #my @neOptions = ( # [ "io=", __("Base IO port:"), "0x300", "0x280", "0x320", "0x340", "0x360" ], # [ "irq=", __("IRQ level:"), "" ], #); # #my @de4x5Options = ( # [ "io=", __("Base IO port:"), "0x0b" ], #); # #my @cdu31aOptions = ( # [ "cdu31a_port=", __("Base IO port:"), "" ], # [ "cdu31a_irq=", __("IRQ level:"), "" ], #); # #my @cm206Options = ( # [ "cm206=", __("IO base, IRQ:"), "" ], #); # #my @mcdOptions = ( # [ "mcd=", __("Base IO port:"), "" ], #); # #my @optcdOptions = ( # [ "optcd=", __("Base IO port:"), "" ], #); # #my @fdomainOptions = ( # [ "setup_called=", __("Use other options"), "1" ], # [ "port_base=", __("Base IO port:"), "0xd800" ], # [ "interrupt_level=", __("Interrupt level (IRQ):"), "10" ], #); # #my @sbpcdOptions = ( # [ "sbpcd=", __("IO base, IRQ, label:"), "" ], #); # #my @parportPcOptions = ( # [ "io=", __("Base IO port:"), "0x378" ], # [ "irq=", __("IRQ level:"), "7" ], #); # #my @modules_fields = qw(shouldAutoprobe options flags defaultOptions); #my %modules = ( # "8390" => [ 1 ], # "cdu31a" => [ 0, \@cdu31aOptions ], # "cm206" => [ 0, \@cm206Options ], # "de4x5" => [ 1, \@de4x5Options, 'AUTOPROBE', "io=0" ], # "ds" => [ 1, undef, 0, '' ], # "fdomain" => [ 1, \@fdomainOptions, 0, '' ], # "i82365" => [ 1, undef, 0, '' ], # "isofs" => [ 1, undef, 0, '' ], # "loop" => [ 1, undef, 0, '' ], # "lp" => [ 1, undef, 0, '' ], # "parport" => [ 1, undef, 0, '' ], # "parport_pc" => [ 1, \@parportPcOptions, 0, "irq=7" ], # "mcd" => [ 0, \@mcdOptions, 0, '' ], # "ne" => [ 0, \@neOptions, 'FAKEAUTOPROBE', "io=0x300" ], # "nfs" => [ 1, undef, 0, '' ], # "optcd" => [ 0, \@optcdOptions, 0, '' ], # "pcmcia_core" => [ 1, undef, 0, '' ], # "sbpcd" => [ 1, \@sbpcdOptions, 0, '' ], # "smbfs" => [ 1, undef, 0, '' ], # "tcic" => [ 1, undef, 0, '' ], # "vfat" => [ 1, undef, 0, '' ], #); my @drivers_by_category = ( [ \&detect_devices::hasEthernet, 'net', 'ethernet', { "3c509" => "3com 3c509", "3c501" => "3com 3c501", "3c503" => "3com 3c503", "3c505" => "3com 3c505", "3c507" => "3com 3c507", "3c515" => "3com 3c515", "3c59x" => "3com 3c59x (Vortex)", "3c59x" => "3com 3c90x (Boomerang)", "at1700" => "Allied Telesis AT1700", "ac3200" => "Ansel Communication AC3200", "pcnet32" => "AMD PC/Net 32", "apricot" => "Apricot 82596", "atp" => "ATP", "e2100" => "Cabletron E2100", "tlan" => "Compaq Netelligent", "de4x5" => "Digital 425,434,435,450,500", "depca" => "Digital DEPCA and EtherWORKS", "ewrk3" => "Digital EtherWORKS 3", "tulip" => "Digital 21040 (Tulip)", "de600" => "D-Link DE-600 pocket adapter", "de620" => "D-Link DE-620 pocket adapter", "epic100" => "EPIC 100", "hp100" => "HP10/100VG any LAN ", "hp" => "HP LAN/AnyLan", "hp-plus" => "HP PCLAN/plus", "eth16i" => "ICL EtherTeam 16i", "eexpress" => "Intel EtherExpress", "eepro" => "Intel EtherExpress Pro", "eepro100" => "Intel EtherExpress Pro 100", "lance" => "Lance", "lne390" => "Mylex LNE390", "ne" => "NE2000 and compatible", "ne2k-pci" => "NE2000 PCI", "ne3210" => "NE3210", "ni5010" => "NI 5010", "ni52" => "NI 5210", "ni65" => "NI 6510", "rtl8139" => "RealTek RTL8129/8139", "es3210" => "Racal-Interlan ES3210", "rcpci45" => "RedCreek PCI45 LAN", "epic100" => "SMC 83c170 EPIC/100", "smc9194" => "SMC 9000 series", "smc-ultra" => "SMC Ultra", "smc-ultra32" => "SMC Ultra 32", "via-rhine" => "VIA Rhine", "wd" => "WD8003, WD8013 and compatible", }], [ \&detect_devices::hasSCSI, 'scsi', undef, { "aha152x" => "Adaptec 152x", "aha1542" => "Adaptec 1542", "aha1740" => "Adaptec 1740", "aic7xxx" => "Adaptec 2740, 2840, 2940", "advansys" => "AdvanSys Adapters", "in2000" => "Always IN2000", "AM53C974" => "AMD SCSI", "megaraid" => "AMI MegaRAID", "BusLogic" => "BusLogic Adapters", "cpqarray" => "Compaq Smart-2/P RAID Controller", "dtc" => "DTC 3180/3280", "eata_dma" => "EATA DMA Adapters", "eata_pio" => "EATA PIO Adapters", "seagate" => "Future Domain TMC-885, TMC-950", "fdomain" => "Future Domain TMC-16x0", "gdth" => "ICP Disk Array Controller", "ppa" => "Iomega PPA3 (parallel port Zip)", "g_NCR5380" => "NCR 5380", "NCR53c406a" => "NCR 53c406a", "53c7,8xx" => "NCR 53c7xx", "ncr53c8xx" => "NCR 53C8xx PCI", "pci2000" => "Perceptive Solutions PCI-2000", "pas16" => "Pro Audio Spectrum/Studio 16", "qlogicfas" => "Qlogic FAS", "qlogicisp" => "Qlogic ISP", "seagate" => "Seagate ST01/02", "t128" => "Trantor T128/T128F/T228", "u14-34f" => "UltraStor 14F/34F", "ultrastor" => "UltraStor 14F/24F/34F", "wd7000" => "Western Digital wd7000", }], [ undef, 'cdrom', 'none', { "sbpcd" => "SoundBlaster/Panasonic", "aztcd" => "Aztech CD", "bpcd" => "Backpack CDROM", "gscd" => "Goldstar R420", "mcd" => "Mitsumi", "mcdx" => "Mitsumi (alternate)", "optcd" => "Optics Storage 8000", "cm206" => "Phillips CM206/CM260", "sjcd" => "Sanyo", "cdu31a" => "Sony CDU-31A", "sonycd535" => "Sony CDU-5xx", }] ); my @drivers_fields = qw(text detect type minor); my %drivers = ( "plip" => [ "PLIP (parallel port)", \&detect_devices::hasPlip, 'net', 'plip' ], "ibmtr" => [ "Token Ring", \&detect_devices::hasTokenRing, 'net', 'tr' ], "DAC960" => [ "Mylex DAC960", undef, 'scsi', undef ], "pcmcia_core" => [ "PCMCIA core support", undef, 'pcmcia', undef ], "ds" => [ "PCMCIA card support", undef, 'pcmcia', undef ], "i82365" => [ "PCMCIA i82365 controller", undef, 'pcmcia', undef ], "tcic" => [ "PCMCIA tcic controller", undef, 'pcmcia', undef ], "isofs" => [ "iso9660", undef, 'fs', undef ], "nfs" => [ "Network File System (nfs)", undef, 'fs', undef ], "smbfs" => [ "Windows SMB", undef, 'fs', undef ], "loop" => [ "Loopback device", undef, 'other', undef ], "lp" => [ "Parallel Printer", undef, 'other', undef ], ); foreach (@drivers_by_category) { my @l = @$_; my $l = pop @l; foreach (keys %$l) { $drivers{$_} = [ $l->{$_}, @l ]; } } while (my ($k, $v) = each %drivers) { my %l; @l{@drivers_fields} = @$v; $drivers{$k} = \%l; } 1; sub text_of_type($) { my ($type) = @_; map { $_->{text} } grep { $_->{type} eq $type } values %drivers; } sub text2driver($) { my ($text) = @_; while (my ($k, $v) = each %drivers) { $v->{text} eq $text and return $k; } die "$text is not a valid module description"; } sub load($;$@) { my ($name, $type, @options) = @_; $conf{'scsi_hostadapter' . ($scsi++ || '')}{alias} = $name if $type eq 'scsi'; $conf{$name}{options} = join " ", @options if @options; if ($::testing) { log::l("i try to install $name module"); } else { $conf{$name}{loaded} and return; $type ||= $drivers{$name}{type}; load($_, 'prereq') foreach @{$deps{$name}}; load_raw($name, @options); } } sub unload($) { if ($::testing) { log::l("rmmod $_[0]"); } else { run_program::run("rmmod", $_[0]); } } sub load_raw($@) { my ($name, @options) = @_; run_program::run("insmod", $name, @options) or die("insmod $name failed"); # this is a hack to make plip go if ($name eq "parport_pc") { foreach (@options) { /^irq=(\d+)/ or next; log::l("writing to /proc/parport/0/irq"); local *F; open F, "> /proc/parport/0/irq" or last; print F $1; } } $conf{$name}{loaded} = 1; } sub read_already_loaded() { foreach (cat_("/proc/modules", "die")) { my ($name) = split; $conf{$name}{loaded} = 1; } } sub load_deps($) { my ($file) = @_; local *F; open F, $file or log::l("error opening $file: $!"), return 0; foreach (<F>) { my ($f, $deps) = split ':'; push @{$deps{$f}}, split ' ', $deps; } } sub read_conf($;$) { my ($file, $scsi) = @_; my %c; foreach (cat_($file)) { do { $c{$2}{$1} = $3; $$scsi = max($$scsi, $1 || 0) if /^\s*alias\s+scsi_hostadapter (\d*)/x && $scsi; } if /^\s*(\S+)\s+(\S+)\s+(.*?)\s*$/; } # cheating here: not handling aliases of aliases while (my ($k, $v) = each %c) { $$scsi ||= $v->{scsi_hostadapter} if $scsi; if (my $a = $v->{alias}) { local $c{$a}{alias}; add2hash($c{$a}, $v); } } %c; } sub write_conf { my ($file) = @_; my %written = read_conf($file); my %net = detect_devices::net2module(); while (my ($k, $v) = each %net) { $conf{$k}{alias} ||= $v; } local *F; open F, ">> $file" or die("cannot write module config file $file: $!\n"); while (my ($mod, $h) = each %conf) { while (my ($type, $v2) = each %$h) { print F "$type $mod $v2\n" if $v2 && $type ne "loaded" && !$written{$mod}{$type}; } } } sub get_stage1_conf { %conf = read_conf($_[0], \$scsi); $conf{parport_lowlevel}{alias} ||= "parport_pc"; $conf{pcmcia_core}{"pre-install"} ||= "/etc/rc.d/init.d/pcmcia start"; $conf{plip}{"pre-install"} ||= "modprobe parport_pc ; echo 7 > /proc/parport/0/irq"; } sub load_thiskind($;&) { my ($type, $f) = @_; my @devs = pci_probing::main::probe($type); log::l("pci probe found " . scalar @devs . " $type devices"); my %devs; foreach (@devs) { my ($text, $mod) = @$_; $devs{$mod}++ and log::l("multiple $mod devices found"), next; $drivers{$mod} or log::l("module $mod not in install table"), next; log::l("found driver for $mod"); &$f($text, $mod) if $f; load($mod, $type); } @devs; } # This assumes only one of each driver type is loaded sub removeDeviceDriver { # my ($type) = @_; # # my @m = grep { $loaded{$_}{type} eq $type } keys %loaded; # @m or return 0; # @m > 1 and log::l("removeDeviceDriver assume only one of each driver type is loaded, which is not the case (" . join(' ', @m) . ")"); # removeModule($m[0]); # 1; }