persistency = $persistency; $this->user = $sqluser; $this->server = $sqlserver . (($port) ? ':' . $port : ''); $this->dbname = $database; $error = ''; $this->db_connect_id = ($this->persistency) ? @sqlite_popen($this->server, 0666, $error) : @sqlite_open($this->server, 0666, $error); if ($this->db_connect_id) { @sqlite_query('PRAGMA short_column_names = 1', $this->db_connect_id); } return ($this->db_connect_id) ? true : array('message' => $error); } /** * Version information about used database */ function sql_server_info() { return 'SQLite ' . @sqlite_libversion(); } /** * SQL Transaction * @access private */ function _sql_transaction($status = 'begin') { switch ($status) { case 'begin': return @sqlite_query('BEGIN', $this->db_connect_id); break; case 'commit': return @sqlite_query('COMMIT', $this->db_connect_id); break; case 'rollback': return @sqlite_query('ROLLBACK', $this->db_connect_id); break; } return true; } /** * Base query method * * @param string $query Contains the SQL query which shall be executed * @param int $cache_ttl Either 0 to avoid caching or the time in seconds which the result shall be kept in cache * @return mixed When casted to bool the returned value returns true on success and false on failure * * @access public */ function sql_query($query = '', $cache_ttl = 0) { if ($query != '') { global $cache; // EXPLAIN only in extra debug mode if (defined('DEBUG_EXTRA')) { $this->sql_report('start', $query); } $this->query_result = ($cache_ttl && method_exists($cache, 'sql_load')) ? $cache->sql_load($query) : false; $this->sql_add_num_queries($this->query_result); if ($this->query_result === false) { if (($this->query_result = @sqlite_query($query, $this->db_connect_id)) === false) { $this->sql_error($query); } if (defined('DEBUG_EXTRA')) { $this->sql_report('stop', $query); } if ($cache_ttl && method_exists($cache, 'sql_save')) { $this->open_queries[(int) $this->query_result] = $this->query_result; $cache->sql_save($query, $this->query_result, $cache_ttl); } else if (strpos($query, 'SELECT') === 0 && $this->query_result) { $this->open_queries[(int) $this->query_result] = $this->query_result; } } else if (defined('DEBUG_EXTRA')) { $this->sql_report('fromcache', $query); } } else { return false; } return ($this->query_result) ? $this->query_result : false; } /** * Build LIMIT query */ function _sql_query_limit($query, $total, $offset = 0, $cache_ttl = 0) { $this->query_result = false; // if $total is set to 0 we do not want to limit the number of rows if ($total == 0) { $total = -1; } $query .= "\n LIMIT " . ((!empty($offset)) ? $offset . ', ' . $total : $total); return $this->sql_query($query, $cache_ttl); } /** * Return number of affected rows */ function sql_affectedrows() { return ($this->db_connect_id) ? @sqlite_changes($this->db_connect_id) : false; } /** * Fetch current row */ function sql_fetchrow($query_id = false) { global $cache; if ($query_id === false) { $query_id = $this->query_result; } if (isset($cache->sql_rowset[$query_id])) { return $cache->sql_fetchrow($query_id); } return ($query_id !== false) ? @sqlite_fetch_array($query_id, SQLITE_ASSOC) : false; } /** * Seek to given row number * rownum is zero-based */ function sql_rowseek($rownum, &$query_id) { global $cache; if ($query_id === false) { $query_id = $this->query_result; } if (isset($cache->sql_rowset[$query_id])) { return $cache->sql_rowseek($rownum, $query_id); } return ($query_id !== false) ? @sqlite_seek($query_id, $rownum) : false; } /** * Get last inserted id after insert statement */ function sql_nextid() { return ($this->db_connect_id) ? @sqlite_last_insert_rowid($this->db_connect_id) : false; } /** * Free sql result */ function sql_freeresult($query_id = false) { global $cache; if ($query_id === false) { $query_id = $this->query_result; } if (isset($cache->sql_rowset[$query_id])) { return $cache->sql_freeresult($query_id); } return true; } /** * Escape string used in sql query */ function sql_escape($msg) { return @sqlite_escape_string($msg); } /** * Correctly adjust LIKE expression for special characters * For SQLite an underscore is a not-known character... this may change with SQLite3 */ function sql_like_expression($expression) { // Unlike LIKE, GLOB is case sensitive (unfortunatly). SQLite users need to live with it! // We only catch * and ? here, not the character map possible on file globbing. $expression = str_replace(array(chr(0) . '_', chr(0) . '%'), array(chr(0) . '?', chr(0) . '*'), $expression); $expression = str_replace(array('?', '*'), array("\?", "\*"), $expression); $expression = str_replace(array(chr(0) . "\?", chr(0) . "\*"), array('?', '*'), $expression); return 'GLOB \'' . $this->sql_escape($expression) . '\''; } /** * return sql error array * @access private */ function _sql_error() { return array( 'message' => @sqlite_error_string(@sqlite_last_error($this->db_connect_id)), 'code' => @sqlite_last_error($this->db_connect_id) ); } /** * Build db-specific query data * @access private */ function _sql_custom_build($stage, $data) { return $data; } /** * Close sql connection * @access private */ function _sql_close() { return @sqlite_close($this->db_connect_id); } /** * Build db-specific report * @access private */ function _sql_report($mode, $query = '') { switch ($mode) { case 'start': break; case 'fromcache': $endtime = explode(' ', microtime()); $endtime = $endtime[0] + $endtime[1]; $result = @sqlite_query($query, $this->db_connect_id); while ($void = @sqlite_fetch_array($result, SQLITE_ASSOC)) { // Take the time spent on parsing rows into account } $splittime = explode(' ', microtime()); $splittime = $splittime[0] + $splittime[1]; $this->sql_report('record_fromcache', $query, $endtime, $splittime); break; } } } ?>a id='n17' href='#n17'>17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 176 177 178 179 180 181 182 183 184 185 186 187 188 189 190 191 192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207 208 209 210 211 212 213 214 215 216 217 218 219 220
package Xconfig::monitor; #- $Id$
use diagnostics;
use strict;
use detect_devices;
use common;
use any;
use log;
sub good_default_monitor() {
arch() =~ /ppc/ ?
(detect_devices::get_mac_model() =~ /^iBook/ ? 'Apple|iBook 800x600' : 'Apple|iMac/PowerBook 1024x768') :
(detect_devices::isLaptop() ? 'Generic|Flat Panel 1024x768' : 'Generic|1024x768 @ 70 Hz');
}
my @VertRefresh_ranges = ("50-70", "50-90", "50-100", "40-150");
my @HorizSync_ranges = (
"31.5",
"31.5-35.1",
"31.5-37.9",
"31.5-48.5",
"31.5-57.0",
"31.5-64.3",
"31.5-79.0",
"31.5-82.0",
"31.5-88.0",
"31.5-94.0",
);
sub configure {
my ($in, $raw_X, $nb_monitors, $o_ddc_info, $b_auto) = @_;
my $monitors = [ $raw_X->get_or_new_monitors($nb_monitors) ];
if ($o_ddc_info) {
put_in_hash($monitors->[0], $o_ddc_info);
}
my $head_nb = 1;
foreach my $monitor (@$monitors) {
choose($in, $monitor, @$monitors > 1 ? $head_nb++ : 0, $b_auto) or return;
}
$raw_X->set_monitors(@$monitors);
$monitors;
}
sub configure_auto_install {
my ($raw_X, $old_X) = @_;
if ($old_X->{monitor}) {
#- keep compatibility
$old_X->{monitor}{VertRefresh} = $old_X->{monitor}{vsyncrange};
$old_X->{monitor}{HorizSync} = $old_X->{monitor}{hsyncrange};
#- new name
$old_X->{monitors} = [ delete $old_X->{monitor} ];
}
my $monitors = [ $raw_X->get_or_new_monitors($old_X->{monitors} ? int @{$old_X->{monitors}} : 1) ];
mapn {
my ($monitor, $auto_install_monitor) = @_;
put_in_hash($monitor, $auto_install_monitor);
} $monitors, $old_X->{monitors} if $old_X->{monitors};
if (!$monitors->[0]{HorizSync}) {
put_in_hash($monitors->[0], getinfoFromDDC());
}
my $monitors_db = monitors_db();
foreach my $monitor (@$monitors) {
if (!configure_automatic($monitor, $monitors_db)) {
good_default_monitor() =~ /(.*)\|(.*)/ or internal_error("bad good_default_monitor");
put_in_hash($monitor, { VendorName => $1, ModelName => $2 });
configure_automatic($monitor, $monitors_db) or internal_error("good_default_monitor (" . good_default_monitor() . ") is unknown in MonitorDB");
}
}
$raw_X->set_monitors(@$monitors);
$monitors;
}
sub choose {
my ($in, $monitor, $head_nb, $b_auto) = @_;
my $monitors_db = monitors_db();
my $ok = configure_automatic($monitor, $monitors_db);
if ($b_auto) {
log::l("Xconfig::monitor: auto failed") if !$ok;
return $ok;
}
my %h_monitors = map {; "$_->{VendorName}|$_->{ModelName}" => $_ } @$monitors_db;
ask_monitor:
my $merged_name = do {
if ($monitor->{VendorName} eq "Plug'n Play") {
$monitor->{VendorName};
} else {
my $merged_name = $monitor->{VendorName} . '|' . $monitor->{ModelName};
if (!exists $h_monitors{$merged_name}) {
$merged_name = $monitor->{HorizSync} ? 'Custom' : good_default_monitor();
} else {
$merged_name;
}
}
};
$in->ask_from_({ title => N("Monitor"),
messages => $head_nb ? N("Choose a monitor for head #%d", $head_nb) : N("Choose a monitor"),
interactive_help_id => 'configureX_monitor'
},
[ { val => \$merged_name, separator => '|',
list => ['Custom', "Plug'n Play", sort keys %h_monitors],
format => sub { $_[0] eq 'Custom' ? N("Custom") :
$_[0] eq "Plug'n Play" ? N("Plug'n Play") . ($monitor->{VendorName} eq "Plug'n Play" ? " ($monitor->{ModelName})" : '') :
$_[0] =~ /^Generic\|(.*)/ ? N("Generic") . "|$1" :
N("Vendor") . "|$_[0]" },
sort => 0 } ]) or return;
if ($merged_name eq "Plug'n Play") {
local $::noauto = 0; #- hey, you asked for plug'n play, so i do probe!
delete @$monitor{'VendorName', 'ModelName', 'EISA_ID'};
put_in_hash($monitor, getinfoFromDDC()) if $head_nb <= 1;
if ($head_nb > 1 || configure_automatic($monitor, $monitors_db)) {
$monitor->{VendorName} = "Plug'n Play";
} else {
$in->ask_warn('', N("Plug'n Play probing failed. Please select the correct monitor"));
goto ask_monitor;
}
} elsif ($merged_name eq 'Custom') {
$in->ask_from('',
N("The two critical parameters are the vertical refresh rate, which is the rate
at which the whole screen is refreshed, and most importantly the horizontal
sync rate, which is the rate at which scanlines are displayed.
It is VERY IMPORTANT that you do not specify a monitor type with a sync range
that is beyond the capabilities of your monitor: you may damage your monitor.
If in doubt, choose a conservative setting."),
[ { val => \$monitor->{HorizSync}, list => \@HorizSync_ranges, label => N("Horizontal refresh rate"), not_edit => 0 },
{ val => \$monitor->{VertRefresh}, list => \@VertRefresh_ranges, label => N("Vertical refresh rate"), not_edit => 0 } ]) or goto &choose;
delete @$monitor{'VendorName', 'ModelName', 'EISA_ID'};
} else {
put_in_hash($monitor, $h_monitors{$merged_name});
}
$monitor->{manually_chosen} = 1;
1;
}
sub configure_automatic {
my ($monitor, $monitors_db) = @_;
if ($monitor->{EISA_ID}) {
log::l("EISA_ID: $monitor->{EISA_ID}");
if (my $mon = find { lc($_->{EISA_ID}) eq $monitor->{EISA_ID} } @$monitors_db) {
add2hash($monitor, $mon);
log::l("EISA_ID corresponds to: $monitor->{ModelName}");
} elsif (!$monitor->{HorizSync} || !$monitor->{VertRefresh}) {
log::l("unknown EISA_ID and partial DDC probe, so unknown monitor");
delete @$monitor{'VendorName', 'ModelName', 'EISA_ID'};
}
} elsif ($monitor->{VendorName}) {
if (my $mon = find { $_->{VendorName} eq $monitor->{VendorName} && $_->{ModelName} eq $monitor->{ModelName} } @$monitors_db) {
put_in_hash($monitor, $mon);
}
}
return $monitor->{HorizSync} && $monitor->{VertRefresh};
}
sub getinfoFromDDC() {
my ($VideoRam, @l) = any::ddcxinfos() or return;
my @Modes;
local $_;
while (($_ = shift @l) ne "\n") {
my ($depth, $x, $y) = split;
$depth = int(log($depth) / log(2));
push @Modes, [ $x, $y, $depth ];
}
my ($h, $v, $size, @_modes) = @l;
{
VideoRam_probed => to_int($VideoRam),
HorizSync => first($h =~ /^(\S*)/),
VertRefresh => first($v =~ /^(\S*)/),
size => to_float($size),
if_($size =~ /EISA ID=(\S*)/, EISA_ID => lc($1), VendorName => "Plug'n Play"),
#- not-used-anymore Modes => \@Modes,
#- not-used-anymore ModeLines => join('', @m),
};
}
sub monitors_db() {
readMonitorsDB("$ENV{SHARE_PATH}/ldetect-lst/MonitorsDB");
}
sub readMonitorsDB {
my ($file) = @_;
my @monitors_db;
my $F = openFileMaybeCompressed($file);
local $_;
my $lineno = 0; while (<$F>) {
$lineno++;
s/\s+$//;
/^#/ and next;
/^$/ and next;
my @fields = qw(VendorName ModelName EISA_ID HorizSync VertRefresh dpms);
my %l; @l{@fields} = split /\s*;\s*/;
push @monitors_db, \%l;
}
\@monitors_db;
}
1;