hi, i use the PHP-Weather at my Site (http://www.maxglan.at/phpwebsite). How can I change into Celsius? I send you the file, may you can change it? many, many thankz! regards Bernie
<?php /* $Id: phpweather.inc,v 1.1 2001/03/07 20:37:21 mcnaneym Exp $ Copyright (c) 2000, Martin Geisler <[EMAIL PROTECTED]>. Licensed under the GPL, see the file COPYING. Also see http://www.gimpster.com for updates and further instructions on how to use PHP Weather. */ /* * Global variables. */ /* This stores the version number in the variable $version. */ $version = substr('$Revision: 1.1 $', 11, -2); $last_modified = substr('$Date: 2001/03/07 20:37:21 $', 7, -2); /* This controls the databaseformat PHP Weather uses. Set them both to 0 to turn database-support off. Then PHP Weather will then retrieve a new METAR everytime the script is called. */ /* If useDBM is set to 1, the program will create the appropriate files, but the owner will be set to the user running the webserver, usually nobody. This will fail if that user does not have write permission to the current directory. */ $dbmMetar = 1; $dbmTimestamp = 1; /* * Various convenience functions */ function store_temp($temp,&$destination,$temp_cname,$temp_fname) { /* * Given a numerical temperature $temp in Celsius, coded to tenth of * degree, store in $destination[$temp_cname], convert to Fahrenheit * and store in $decoded_metar[$temp_fname] * Note: &$destination is call by reference * Note: $temp is converted to negative if $temp > 100.0 (See * Federal Meteorological Handbook for groups T, 1, 2 and 4) For * example, a temperature of 2.6°C and dew point of -1.5°C would be * reported in the body of the report as * "03/M01" and the TsnT'T'T'snT'dT'dT'd group as "T00261015". */ /* Temperature measured in Celsius, coded to tenth of degree */ $temp = number_format($temp/10, 1); if ($temp >100.0) { /* first digit = 1 means minus temperature */ $temp = -($temp - 100.0); } $destination[$temp_cname] = $temp; /* The temperature in Fahrenheit. */ $destination[$temp_fname] = number_format($temp * (9/5) + 32, 1); } function pretty_print_precip($precip_mm, $precip_in) { global $strings; /* * Returns amount if $precip_mm > 0, otherwise "trace" (see Federal * Meteorological Handbook No. 1 for code groups P, 6 and 7) used in * several places, so standardized in one function. */ if ($precip_mm>0) { $amount = sprintf($strings['mm_inches'], $precip_mm, $precip_in); } else { $amount = $strings['a_trace']; } return sprintf($strings['precip_there_was'], $amount); } function store_speed($value, $windunit, &$meterspersec, &$knots, &$milesperhour) { /* * Helper function to convert and store speed based on unit. * &$meterspersec, &$knots and &$milesperhour are passed on * reference */ if ($windunit == 'KT') { /* The windspeed measured in knots: */ $knots = number_format($value); /* The windspeed measured in meters per second, rounded to one decimal place: */ $meterspersec = number_format($value * 0.51444, 1); /* The windspeed measured in miles per hour, rounded to one decimal place: */ $milesperhour = number_format($value * 1.1507695060844667, 1); } elseif ($windunit == 'MPS') { /* The windspeed measured in meters per second: */ $meterspersec = number_format($value); /* The windspeed measured in knots, rounded to one decimal place: */ $knots = number_format($value / 0.51444, 1); /* The windspeed measured in miles per hour, rounded to one decimal place: */ $milesperhour = number_format($value / 0.51444 * 1.1507695060844667, 1); } elseif ($windunit == 'KMH') { /* The windspeed measured in kilometers per hour: */ $meterspersec = number_format($value * 1000 / 3600, 1); $knots = number_format($value * 1000 / 3600 / 0.51444, 1); /* The windspeed measured in miles per hour, rounded to one decimal place: */ $milesperhour = number_format($knots * 1.1507695060844667, 1); } } function pretty_print_metar_wap($metar, $location) { /* * The wap pretty-print function. * * You should pass a metar and a location, eg. 'Aalborg'. That * produces something like this: * * Aalborg, 31 min ago * Wind: 4.6 mps * Temp: 11 C * Clouds: 5/8 - 7/8 * */ $data = process_metar($metar); extract($data); $minutes_old = round((time() - $time)/60); $final = " <b>$location</b><br /><br /> <b>Wind:</b> $wind_gust_miles_per_hour mph<br /> <b>Temp:</b> $temp_f° F<br /> <b>Visibility: </b>$visibility_miles mi.<br /> <b>Clouds:</b> $cloud_layer1_coverage<br /> <b>Humidity:</b> $rel_humidity "; return $final; } function get_metar($station, $always_use_cache = 0) { /* * Looks in the database, and fetches a new metar is nesceary. If * $always_use_cache is true, then it ignores the timestamp of the * METAR and just returns it. * * You should pass a ICAO station identifier, eg. 'EKYT' for * Aalborg, Denmark. */ $query = "SELECT metar, UNIX_TIMESTAMP(timestamp) FROM mod_metars WHERE station = '$station'"; $result = mysql_query($query); if (mysql_num_rows($result)) { /* found station */ list($metar, $timestamp) = mysql_fetch_row($result); } if (isset($metar)) { /* found station */ if ($always_use_cache || $timestamp > time() - 3600) { /* We have asked explicit for a cached metar, or the metar is still fresh. */ return $metar; } else { /* We looked in the cache, but the metar was too old. */ return fetch_metar($station, 0); } } else { /* The station is new - we fetch a new METAR */ return fetch_metar($station, 1); } } function fetch_metar($station, $new) { /* * Fetches a new metar from weather.noaa.gov. If the $new variable * is true, the metar is inserted, else it will replace the old * metar. */ $metar = ""; /* Retrieves the METAR from weather.noaa.gov and insert the data * into the database. If $new is true, insert the metar, else just * update. Returns the METAR. */ $station = strtoupper($station); /* We use the @file notation, because it might fail. */ $file = @file("http://weather.noaa.gov/pub/data/observations/metar/stations/$station.TXT"); /* Here we test to see if we actually got a meter. */ if (is_array($file)) { list($i, $date) = each($file); $date = trim($date); while (list($i, $line) = each($file)) { $metar .= ' ' . trim($line); } $metar = str_replace(' ', ' ', $metar); /* The date is in the form 2000/10/09 14:50 UTC. This seperates the different parts. */ $date_parts = explode(':', strtr($date, '/ ', '::')); $date_unixtime = gmmktime($date_parts[3], $date_parts[4], 0, $date_parts[1], $date_parts[2], $date_parts[0]); /* It might seam strange, that we make a local date, but MySQL expects a local when we insert the METAR. The same applies for the other $date = date('Y/m/d H:i') statements. */ $date = date('Y/m/d H:i', $date_unixtime); if (!ereg('[0-9]{6}Z', $metar)) { /* Some reports dont even have a time-part, so we insert the * current time. This might not be the time of the report, but * it was broken anyway :-) */ $metar = gmdate('dHi', $date_unixtime) . 'Z ' . $metar; } if ($date_unixtime < (time() - 3300)) { /* The timestamp in the metar is more than 55 minutes old. We adjust the timestamp, so that we won't try to fetch a new METAR within the next 5 minutes. After 5 minutes, the timestamp will again be more than 1 hour old. */ $date = date('Y/m/d H:i', time() - 3300); } } else { /* If we end up here, it means that there was no file, we then set the metar to and empty string and. We set the date to time() - 3000 to give the server 10 minutes of peace. If the file is unavailable, we don't want to stress the server. */ $metar = ''; $date = date('Y/m/d H:i', time() - 3000); } if ($new) { /* Insert the new record */ $query = "INSERT INTO mod_metars SET station = '$station', metar = '$metar', timestamp = '$date'"; } else { /* Update the old record */ $query = "UPDATE mod_metars SET metar = '$metar', timestamp = '$date' WHERE station = '$station'"; } mysql_query($query); return $metar; } function process_metar($metar) { /* initialization */ global $strings, $wind_dir_text_short_array, $wind_dir_text_array, $cloud_condition_array, $weather_array; $decoded_metar['temp_visibility_miles'] = ""; $cloud_layers = 0; $decoded_metar['remarks'] = ""; $cloud_coverage = array('SKC' => '0', 'CLR' => '0', 'VV' => '8/8', 'FEW' => '1/8 - 2/8', 'SCT' => '3/8 - 4/8', 'BKN' => '5/8 - 7/8', 'OVC' => '8/8'); $decoded_metar['metar'] = $metar; $parts = explode(' ', $metar); $num_parts = count($parts); for ($i = 0; $i < $num_parts; $i++) { $part = $parts[$i]; if (ereg('RMK|TEMPO|BECMG', $part)) { /* The rest of the METAR is either a remark or temporary information. We skip the rest of the METAR. */ $decoded_metar['remarks'] .= ' ' . $part; break; } elseif ($part == 'METAR') { /* * Type of Report: METAR */ $decoded_metar['type'] = 'METAR'; } elseif ($part == 'SPECI') { /* * Type of Report: SPECI */ $decoded_metar['type'] = 'SPECI'; } elseif (ereg('^[A-Z]{4}$', $part) && ! isset($decoded_metar['station'])) { /* * Station Identifier */ $decoded_metar['station'] = $part; } elseif (ereg('([0-9]{2})([0-9]{2})([0-9]{2})Z', $part, $regs)) { /* * Date and Time of Report * We return a standard Unix UTC/GMT timestamp suitable for * gmdate() * There has been a report about the time beeing wrong. If you * experience this, then change the next line. You should * add/subtract some hours to $regs[2], e.g. if all your times * are 960 minutes off (16 hours) then add 16 to $regs[2]. */ $decoded_metar['time'] = gmmktime($regs[2], $regs[3], 0, gmdate('m'), $regs[1], gmdate('Y')); } elseif (ereg('(AUTO|COR|RTD|CC[A-Z]|RR[A-Z])', $part, $regs)) { /* * Report Modifier: AUTO, COR, CCx or RRx */ $decoded_metar['report_mod'] = $regs[1]; } elseif (ereg('([0-9]{3}|VRB)([0-9]{2,3}).*(KT|MPS|KMH)', $part, $regs)) { /* Wind Group */ $windunit = $regs[3]; /* do ereg in two parts to retrieve unit first */ /* now do ereg to get the actual values */ ereg("([0-9]{3}|VRB)([0-9]{2,3})(G([0-9]{2,3})?$windunit)", $part, $regs); if ($regs[1] == 'VRB') { $decoded_metar['wind_deg'] = $strings['wind_vrb_long']; $decoded_metar['wind_dir_text'] = $strings['wind_vrb_long']; $decoded_metar['wind_dir_text_short'] = $strings['wind_vrb_short']; } else { $decoded_metar['wind_deg'] = $regs[1]; $decoded_metar['wind_dir_text'] = $wind_dir_text_array[round($regs[1]/22.5)]; $decoded_metar['wind_dir_text_short'] = $wind_dir_text_short_array[round($regs[1]/22.5)]; } store_speed($regs[2], $windunit, $decoded_metar['wind_meters_per_second'], $decoded_metar['wind_knots'], $decoded_metar['wind_miles_per_hour'] ); if (isset($regs[4])) { /* We have a report with information about the gust. First we have the gust measured in knots: */ store_speed($regs[4],$windunit, $decoded_metar['wind_gust_meters_per_second'], $decoded_metar['wind_gust_knots'], $decoded_metar['wind_gust_miles_per_hour']); } } elseif (ereg('^([0-9]{3})V([0-9]{3})$', $part, $regs)) { /* * Variable wind-direction */ $decoded_metar['wind_var_beg'] = $regs[1]; $decoded_metar['wind_var_end'] = $regs[2]; } elseif ($part == 9999) { /* A strange value. When you look at other pages you see it interpreted like this (where I use > to signify 'Greater than'): */ $decoded_metar['visibility_miles'] = '>7'; $decoded_metar['visibility_km'] = '>11.3'; } elseif(ereg('^([0-9]{4})$', $part, $regs)) { /* * Visibility in meters (4 digits only) */ /* The visibility measured in kilometers, rounded to one decimal place. */ $decoded_metar['visibility_km'] = number_format($regs[1]/1000, 1); /* The visibility measured in miles, rounded to one decimal place. */ $decoded_metar['visibility_miles'] = number_format( ($regs[1]/1000) / 1.609344, 1); } elseif (ereg('^[0-9]$', $part)) { /* * Temp Visibility Group, single digit followed by space */ $decoded_metar['temp_visibility_miles'] = $part; } elseif (ereg('^M?(([0-9]?)[ ]?([0-9])(/?)([0-9]*))SM$', $decoded_metar['temp_visibility_miles'].' '.$parts[$i], $regs)) { /* * Visibility Group */ if ($regs[4] == '/') { $vis_miles = $regs[2] + $regs[3]/$regs[5]; } else { $vis_miles = $regs[1]; } if ($regs[0][0] == 'M') { /* The visibility measured in miles, prefixed with < to indicate 'Less than' */ $decoded_metar['visibility_miles'] = '<' . number_format($vis_miles, 1); /* The visibility measured in kilometers. The value is rounded to one decimal place, prefixed with < to indicate 'Less than' */ $decoded_metar['visibility_km'] = '<' . number_format($vis_miles * 1.609344, 1); } else { /* The visibility measured in mile.s */ $decoded_metar['visibility_miles'] = number_format($vis_miles, 1); /* The visibility measured in kilometers, rounded to one decimal place. */ $decoded_metar['visibility_km'] = number_format($vis_miles * 1.609344, 1); } } elseif ($part == 'CAVOK') { /* CAVOK: Used when the visibility is greather than 10 kilometers, the lowest cloud-base is at 5000 feet and there is no significant weather. */ $decoded_metar['visibility_km'] = '>10'; $decoded_metar['visibility_miles'] = '>6.2'; $decoded_metar['cloud_layer1_condition'] = 'CAVOK'; } elseif (ereg('^R([0-9][0-9][RLC]?)/([MP]?[0-9]{4})V?(P?[0-9]{4})?F?T?$', $part, $regs)) { $decoded_metar['runway_nr'] = $regs[1]; if ($regs[3]) { /* We have both min and max visibility. */ $prefix = ''; if ($regs[2][0] == 'M') { /* Less than. */ $prefix = '<'; $regs[2] = substr($regs[2], 1); } $decoded_metar['runway_vis_min_ft'] = $prefix . number_format($regs[2]); $decoded_metar['runway_vis_min_meter'] = $prefix . number_format($regs[2] * 0.3048); $prefix = ''; if ($regs[3][0] == 'P') { /* Greather than. */ $prefix = '>'; $regs[3] = substr($regs[3], 1); } $decoded_metar['runway_vis_max_ft'] = $prefix . number_format($regs[3]); $decoded_metar['runway_vis_max_meter'] = $prefix . number_format($regs[3] * 0.3048); } else { /* We only have a single visibility. */ $prefix = ''; if ($regs[2][0] == 'M') { $prefix = '<'; $regs[2] = substr($regs[2], 1); } elseif ($regs[2][0] == 'P') { $prefix = '>'; $regs[2] = substr($regs[2], 1); } $decoded_metar['runway_vis_ft'] = $prefix . number_format($regs[2]); $decoded_metar['runway_vis_meter'] = $prefix . number_format($regs[2] * 0.3048); } } elseif (ereg('^(-|\+|VC)?(TS|SH|FZ|BL|DR|MI|BC|PR|RA|DZ|SN|SG|GR|GS|PE|IC|UP|BR|FG|FU|VA|DU|SA|HZ|PY|PO|SQ|FC|SS|DS)+$', $part)) { /* * Current weather-group */ if ($part[0] == '-') { /* A light phenomenon */ $decoded_metar['weather'] .= $strings['light']; $part = substr($part, 1); } elseif ($part[0] == '+') { /* A heavy phenomenon */ $decoded_metar['weather'] .= $strings['heavy']; $part = substr($part, 1); } elseif ($part[0].$part[1] == 'VC') { /* Proximity Qualifier */ $decoded_metar['weather'] .= $strings['nearby']; $part = substr($part, 2); } else { /* no intensity code => moderate phenomenon */ $decoded_metar['weather'] .= $strings['moderate']; } while ($bite = substr($part, 0, 2)) { /* Now we take the first two letters and determine what they mean. We append this to the variable so that we gradually build up a phrase. */ $decoded_metar['weather'] .= $weather_array[$bite]; /* Here we chop off the two first letters, so that we can take a new bite at top of the while-loop. */ $part = substr($part, 2); } } elseif (ereg('(SKC|CLR)', $part, $regs)) { /* * Cloud-layer-group. * There can be up to three of these groups, so we store them as * cloud_layer1, cloud_layer2 and cloud_layer3. */ $cloud_layers++; /* Again we have to translate the code-characters to a meaningful string. */ $decoded_metar['cloud_layer'. $cloud_layers.'_condition'] = $cloud_condition_array[$regs[1]]; $decoded_metar['cloud_layer'.$cloud_layers.'_coverage'] = $cloud_coverage_array[$regs[1]]; } elseif (ereg('^(VV|FEW|SCT|BKN|OVC)([0-9]{3})(CB|TCU)?$', $part, $regs)) { /* We have found (another) a cloud-layer-group. There can be up to three of these groups, so we store them as cloud_layer1, cloud_layer2 and cloud_layer3. */ $cloud_layers++; /* Again we have to translate the code-characters to a meaningful string. */ if ($regs[1] == 'OVC') { $clouds_str_temp = ''; } else { $clouds_str_temp = $strings['clouds']; } if ($regs[3] == 'CB') { /* cumulonimbus (CB) clouds were observed. */ $decoded_metar['cloud_layer'.$cloud_layers.'_condition'] = $cloud_condition_array[$regs[1]] . $strings['clouds_cb']; } elseif ($regs[3] == 'TCU') { /* towering cumulus (TCU) clouds were observed. */ $decoded_metar['cloud_layer'.$cloud_layers.'_condition'] = $cloud_condition_array[$regs[1]] . $strings['clouds_tcu']; } else { $decoded_metar['cloud_layer'.$cloud_layers.'_condition'] = $cloud_condition_array[$regs[1]] . $clouds_str_temp; } $decoded_metar['cloud_layer'.$cloud_layers.'_coverage'] = $cloud_coverage[$regs[1]]; $decoded_metar['cloud_layer'.$cloud_layers.'_altitude_ft'] = $regs[2] *100; $decoded_metar['cloud_layer'.$cloud_layers.'_altitude_m'] = round($regs[2] * 30.48); } elseif (ereg('^(M?[0-9]{2})/(M?[0-9]{2})?$', $part, $regs)) { /* * Temperature/Dew Point Group * The temperature and dew-point measured in Celsius. */ $decoded_metar['temp_c'] = number_format(strtr($regs[1], 'M', '-')); $decoded_metar['dew_c'] = number_format(strtr($regs[2], 'M', '-')); /* The temperature and dew-point measured in Fahrenheit, rounded to the nearest degree. */ $decoded_metar['temp_f'] = round(strtr($regs[1], 'M', '-') * (9/5) + 32); $decoded_metar['dew_f'] = round(strtr($regs[2], 'M', '-') * (9/5) + 32); } elseif(ereg('A([0-9]{4})', $part, $regs)) { /* * Altimeter * The pressure measured in inHg */ $decoded_metar['altimeter_inhg'] = number_format($regs[1]/100, 2); /* The pressure measured in mmHg, hPa and atm */ $decoded_metar['altimeter_mmhg'] = number_format($regs[1] * 0.254, 1); $decoded_metar['altimeter_hpa'] = number_format($regs[1] * 0.33863881578947); $decoded_metar['altimeter_atm'] = number_format($regs[1] * 3.3421052631579e-4, 3); } elseif(ereg('Q([0-9]{4})', $part, $regs)) { /* * Altimeter * This is strange, the specification doesnt say anything about * the Qxxxx-form, but it's in the METARs. */ /* The pressure measured in hPa */ $decoded_metar['altimeter_hpa'] = number_format($regs[1]); /* The pressure measured in mmHg, inHg and atm */ $decoded_metar['altimeter_mmhg'] = number_format($regs[1] * 0.7500616827, 1); $decoded_metar['altimeter_inhg'] = number_format($regs[1] * 0.0295299875, 2); $decoded_metar['altimeter_atm'] = number_format($regs[1] * 9.869232667e-4, 3); } elseif (ereg('^T([0-9]{4})([0-9]{4})', $part, $regs)) { /* * Temperature/Dew Point Group, coded to tenth of degree. * The temperature and dew-point measured in Celsius. */ store_temp($regs[1],$decoded_metar,'temp_c','temp_f'); store_temp($regs[2],$decoded_metar,'dew_c','dew_f'); } elseif (ereg('^T([0-9]{4}$)', $part, $regs)) { store_temp($regs[1],$decoded_metar,'temp_c','temp_f'); } elseif (ereg('^1([0-9]{4}$)', $part, $regs)) { /* * 6 hour maximum temperature Celsius, coded to tenth of degree */ store_temp($regs[1],$decoded_metar,'temp_max6h_c','temp_max6h_f'); } elseif (ereg('^2([0-9]{4}$)', $part, $regs)) { /* * 6 hour minimum temperature Celsius, coded to tenth of degree */ store_temp($regs[1],$decoded_metar,'temp_min6h_c','temp_min6h_f'); } elseif (ereg('^4([0-9]{4})([0-9]{4})$', $part, $regs)) { /* * 24 hour maximum and minimum temperature Celsius, coded to * tenth of degree */ store_temp($regs[1],$decoded_metar,'temp_max24h_c','temp_max24h_f'); store_temp($regs[2],$decoded_metar,'temp_min24h_c','temp_min24h_f'); } elseif(ereg('^P([0-9]{4})', $part, $regs)) { /* * Precipitation during last hour in hundredths of an inch * (store as inches) */ $decoded_metar['precip_in'] = number_format($regs[1]/100, 2); $decoded_metar['precip_mm'] = number_format($regs[1]*0.254, 2); } elseif(ereg('^6([0-9]{4})', $part, $regs)) { /* * Precipitation during last 3 or 6 hours in hundredths of an * inch (store as inches) */ $decoded_metar['precip_6h_in'] = number_format($regs[1]/100, 2); $decoded_metar['precip_6h_mm'] = number_format($regs[1]*0.254, 2); } elseif(ereg('^7([0-9]{4})', $part, $regs)) { /* * Precipitation during last 24 hours in hundredths of an inch * (store as inches) */ $decoded_metar['precip_24h_in'] = number_format($regs[1]/100, 2); $decoded_metar['precip_24h_mm'] = number_format($regs[1]*0.254, 2); } elseif(ereg('^4/([0-9]{3})', $part, $regs)) { /* * Snow depth in inches */ $decoded_metar['snow_in'] = number_format($regs[1]); $decoded_metar['snow_mm'] = number_format($regs[1] * 25.4); } else { /* * If we couldn't match the group, we assume that it was a * remark. */ $decoded_metar['remarks'] .= ' ' . $part; } } /* * Relative humidity */ $decoded_metar['rel_humidity'] = number_format(100 * ( 610.710701 + 44.4293573 * $decoded_metar['dew_c'] + 1.41696846 * pow($decoded_metar['dew_c'], 2) + 0.0274759545 * pow($decoded_metar['dew_c'], 3) + 2.61145937E-4 * pow($decoded_metar['dew_c'], 4) + 2.85993708E-6 * pow($decoded_metar['dew_c'], 5) ) / ( 610.710701 + 44.4293573 * $decoded_metar['temp_c'] + 1.41696846 * pow($decoded_metar['temp_c'], 2) + 0.0274759545 * pow($decoded_metar['temp_c'], 3) + 2.61145937E-4 * pow($decoded_metar['temp_c'], 4) + 2.85993708E-6 * pow($decoded_metar['temp_c'], 5) ), 1); return $decoded_metar; } function update_metars_db() { /* Updates all the metars in the database. You should use it like * this: * * <?php * include('phpweather.inc'); * register_shutdown_function('update_metars_db'); * ?> * * This will update all the metars *after* the script has * finished. This means that the user won't know that PHP is still * running, and most important, they won't have to wait when the * script fetches a new METAR, because it is done afterwards. * * You can pass en extra argument to get_metar(), so that it never * tries to fetch a new meter. This ensures that the page will load * quickly, but the weather might be a little old. If the user the * refreshed the page, the new weather will be shown. */ $query = "SELECT station FROM mod_metars"; $result = mysql_query($query); while (list($station) = mysql_fetch_row($result)) { fetch_metar($station, 0); } } ?>
<?php /* $Id: phpweather.php,v 1.1 2001/03/07 20:37:21 mcnaneym Exp $ */ /* Be sure to check out the newest version from http://www.gimpster.com */ include('/home/dream/public_html/members/maxglan/phpwebsite/plug-ins/phpweather/phpweather.inc'); $metar = get_metar('LOWS'); $box_content = pretty_print_metar_wap($metar, 'Salzburg, Maxglan'); register_shutdown_function('update_metars_db'); ?>
