Files
server/usr/share/psa-horde/lib/Block/Metar.php
2026-01-07 20:52:11 +01:00

439 lines
18 KiB
PHP

<?php
/**
* An applet for the portal screen to display METAR weather data for a
* specified location (currently airports).
*
* @package Horde
*/
class Horde_Block_Metar extends Horde_Core_Block
{
/**
*/
public $updateable = true;
/**
*/
public function __construct($app, $params = array())
{
parent::__construct($app, $params);
$this->enabled = (!empty($GLOBALS['conf']['sql']['phptype']) &&
class_exists('Services_Weather') &&
class_exists('DB'));
$this->_name = _("Metar Weather");
}
/**
*/
protected function _title()
{
return _("Current Weather");
}
/**
*/
protected function _params()
{
$db = $GLOBALS['injector']->getInstance('Horde_Core_Factory_DbPear')->create();
$result = $db->query('SELECT icao, name, country FROM metarAirports ORDER BY country');
if ($result instanceof PEAR_Error) {
throw new Horde_Exception($result);
}
$locations = array();
while ($row = $result->fetchRow(DB_FETCHMODE_ASSOC)) {
$locations[$row['country']][$row['icao']] = $row['name'];
}
return array(
'location' => array(
'type' => 'mlenum',
'name' => _("Location"),
'default' => 'KSFB',
'values' => $locations,
),
'units' => array(
'type' => 'enum',
'name' => _("Units"),
'default' => 's',
'values' => array(
's' => _("Standard"),
'm' => _("Metric")
)
),
'knots' => array(
'type' => 'checkbox',
'name' => _("Wind speed in knots"),
'default' => 0
),
'taf' => array(
'type' => 'checkbox',
'name' => _("Display forecast (TAF)"),
'default' => 0
)
);
}
/**
*/
private function _row($label, $content)
{
return '<br /><strong>' . $label . ':</strong> ' . $content;
}
/**
*/
private function _sameRow($label, $content)
{
return ' <strong>' . $label . ':</strong> ' . $content;
}
/**
*/
protected function _content()
{
global $conf;
static $metarLocs;
if (empty($this->_params['location'])) {
throw new Horde_Exception(_("No location is set."));
}
if (!is_array($metarLocs)) {
$metarLocs = $this->getParams();
}
$metar = Services_Weather::service('METAR', array('debug' => 0));
$metar->setMetarDB($conf['sql']);
$metar->setUnitsFormat($this->_params['units']);
$metar->setDateTimeFormat('M j, Y', 'H:i');
$metar->setMetarSource('http');
$units = $metar->getUnitsFormat($this->_params['units']);
$weather = $metar->getWeather($this->_params['location']);
if (is_a($weather, 'PEAR_Error')) {
$html = $weather->getMessage();
return $html;
}
$html = '<table width="100%" cellspacing="0">' .
'<tr><td class="control"><strong>' .
sprintf('%s, %s (%s)',
$metarLocs['location']['values'][$this->_params['__location']][$this->_params['location']],
$this->_params['__location'],
$this->_params['location']) .
'</strong></td></tr></table><strong>' . _("Last Updated:") . '</strong> ' .
$weather['update'] . '<br /><br />';
// Wind.
if (isset($weather['wind'])) {
$html .= '<strong>' . _("Wind:") . '</strong> ';
if ($weather['windDirection'] == 'Variable') {
if (!empty($this->_params['knots'])) {
$html .= sprintf(_("%s at %s %s"),
$weather['windDirection'],
round($metar->convertSpeed($weather['wind'],
$units['wind'], 'kt')),
'kt');
} else {
$html .= sprintf(_("%s at %s %s"),
$weather['windDirection'],
round($weather['wind']),
$units['wind']);
}
} elseif (($weather['windDegrees'] == '000') &&
($weather['wind'] == '0')) {
$html .= sprintf(_("calm"));
} else {
$html .= sprintf(_("from the %s (%s) at %s %s"),
$weather['windDirection'],
$weather['windDegrees'],
empty($this->_params['knots']) ?
round($weather['wind']) :
round($metar->convertSpeed($weather['wind'], $units['wind'], 'kt')),
empty($this->_params['knots']) ?
$units['wind'] :
'kt');
}
}
if (isset($weather['windGust'])) {
if ($weather['windGust']) {
if (!empty($this->_params['knots'])) {
$html .= sprintf(_(", gusting %s %s"),
round($metar->convertSpeed($weather['windGust'],
$units['wind'], 'kt')),
'kt');
} else {
$html .= sprintf(_(", gusting %s %s"),
round($weather['windGust']),
$units['wind']);
}
}
}
if (isset($weather['windVariability'])) {
if ($weather['windVariability']['from']) {
$html .= sprintf(_(", variable from %s to %s"),
$weather['windVariability']['from'],
$weather['windVariability']['to']);
}
}
// Visibility.
if (isset($weather['visibility'])) {
$html .= $this->_sameRow(_("Visibility"), $weather['visibility'] . ' ' . $units['vis']);
}
// Temperature/DewPoint.
if (isset($weather['temperature'])) {
$html .= $this->_row(_("Temperature"), round($weather['temperature']) . '&deg;' . Horde_String::upper($units['temp']));
}
if (isset($weather['dewPoint'])) {
$html .= $this->_sameRow(_("Dew Point"), round($weather['dewPoint']) . '&deg;' . Horde_String::upper($units['temp']));
}
if (isset($weather['feltTemperature'])) {
$html .= $this->_sameRow(_("Feels Like"), round($weather['feltTemperature']) . '&deg;' . Horde_String::upper($units['temp']));
}
// Pressure.
if (isset($weather['pressure'])) {
$html .= $this->_row(_("Pressure"), $weather['pressure'] . ' ' . $units['pres']);
}
// Humidity.
if (isset($weather['humidity'])) {
$html .= $this->_sameRow(_("Humidity"), round($weather['humidity']) . '%');
}
// Clouds.
if (isset($weather['clouds'])) {
$clouds = '';
foreach ($weather['clouds'] as $cloud) {
$clouds .= '<br />';
if (isset($cloud['height'])) {
$clouds .= sprintf(_("%s at %s %s"), $cloud['amount'], $cloud['height'], $units['height']);
} else {
$clouds .= $cloud['amount'];
}
}
$html .= $this->_row(_("Clouds"), $clouds);
}
// Conditions.
if (isset($weather['condition'])) {
$html .= $this->_row(_("Conditions"), $weather['condition']);
}
// Remarks.
if (isset($weather['remark'])) {
$remarks = '';
$other = '';
foreach ($weather['remark'] as $remark => $value) {
switch ($remark) {
case 'seapressure':
$remarks .= '<br />' . _("Pressure at sea level: ") . $value . ' ' . $units['pres'];
break;
case 'precipitation':
foreach ($value as $precip) {
if (is_numeric($precip['amount'])) {
$remarks .= '<br />' .
sprintf(ngettext("Precipitation for last %d hour: ", "Precipitation for last %d hours: ", $precip['hours']),
$precip['hours']) .
$precip['amount'] . ' ' . $units['rain'];
} else {
$remarks .= '<br />' .
sprintf(ngettext("Precipitation for last %d hour: ", "Precipitation for last %d hours: ", $precip['hours']),
$precip['hours']) . $precip['amount'];
}
}
break;
case 'snowdepth':
$remarks .= '<br />' . _("Snow depth: ") . $value . ' ' . $units['rain'];
break;
case 'snowequiv':
$remarks .= '<br />' . _("Snow equivalent in water: ") . $value . ' ' . $units['rain'];
break;
case 'sunduration':
$remarks .= '<br />' . sprintf(_("%d minutes"), $value);
break;
case '1htemp':
$remarks .= '<br />' . _("Temp for last hour: ") . round($value) . '&deg;' . Horde_String::upper($units['temp']);
break;
case '1hdew':
$remarks .= '<br />' . _("Dew Point for last hour: ") . round($value) . '&deg;' . Horde_String::upper($units['temp']);
break;
case '6hmaxtemp':
$remarks .= '<br />' . _("Max temp last 6 hours: ") . round($value) . '&deg;' . Horde_String::upper($units['temp']);
break;
case '6hmintemp':
$remarks .= '<br />' . _("Min temp last 6 hours: ") . round($value) . '&deg;' . Horde_String::upper($units['temp']);
break;
case '24hmaxtemp':
$remarks .= '<br />' . _("Max temp last 24 hours: ") . round($value) . '&deg;' . Horde_String::upper($units['temp']);
break;
case '24hmintemp':
$remarks .= '<br />' . _("Min temp last 24 hours: ") . round($value) . '&deg;' . Horde_String::upper($units['temp']);
break;
case 'sensors':
foreach ($value as $sensor) {
$remarks .= '<br />' .
_("Sensor: ") . $sensor;
}
break;
default:
$other .= '<br />' . $value;
break;
}
}
$html .= $this->_row(_("Remarks"), $remarks . $other);
}
// TAF
if (!empty($this->_params['taf'])) {
$taf = $metar->getForecast($this->_params['location']);
if (!is_a($taf, 'PEAR_Error')) {
$forecast = '<table width="100%" cellspacing="0">';
$forecast .= '<tr><td class="control" colspan="2"><center><strong>' . _("Forecast (TAF)") . '</strong></td></tr></table>';
$forecast .= '<strong>Valid: </strong>' . $taf['validFrom'] . ' - ' . $taf['validTo'] . '<br /><br />';
$item = 0;
foreach ($taf['time'] as $time => $entry) {
$item++;
$forecast .= '<table width="100%" cellspacing="0">';
$forecast .= '<tr class="item' . ($item % 2) . '">';
$forecast .= '<td align="center" width="50">' . $time . '</td><td><strong>Wind:</strong> ';
if (isset($entry['wind'])) {
if ($entry['windDirection'] == 'Variable') {
if (!empty($this->_params['knots'])) {
$forecast .= sprintf(_("%s at %s %s"),
strtolower($entry['windDirection']),
round($metar->convertSpeed($entry['wind'],
$units['wind'], 'kt')),
'kt');
} else {
$forecast .= sprintf(_("%s at %s %s"),
$entry['windDirection'],
round($entry['wind']),
$units['wind']);
}
} elseif (($entry['windDegrees'] == '000') &&
($entry['wind'] == '0')) {
$forecast .= sprintf(_("calm"));
} else {
$forecast .= sprintf(_("from the %s (%s) at %s %s"),
$entry['windDirection'],
$entry['windDegrees'],
empty($this->_params['knots']) ?
round($entry['wind']) :
round($metar->convertSpeed($entry['wind'], $units['wind'], 'kt')),
empty($this->_params['knots']) ?
$units['wind'] :
'kt');
}
$forecast .= '<br />';
}
if (isset($entry['temperatureLow']) || isset($entry['temperatureHigh'])) {
$forecast .= '<strong>Temperature</strong>';
if (isset($entry['temperatureLow'])) {
$forecast .= '<strong> Low:</strong>';
$forecast .= $entry['temperatureLow'];
}
if (isset($entry['temperatureHigh'])) {
$forecast .= '<strong> High:</strong>';
$forecast .= $entry['temperatureHigh'];
}
$forecast .= '<br />';
}
if (isset($entry['windshear'])) {
$forecast .= '<strong>Windshear:</strong>';
$forecast .= sprintf(_("from the %s (%s) at %s %s"),
$entry['windshearDirection'],
$entry['windshearDegrees'],
$entry['windshearHeight'],
$units['height']);
$forecast .= '<br />';
}
if (isset($entry['visibility'])) {
$forecast .= '<strong>Visibility:</strong> ';
$forecast .= strtolower($entry['visQualifier']) . ' ' . $entry['visibility'] . ' ' . $units['vis'];
$forecast .= '<br />';
}
if (isset($entry['condition'])) {
$forecast .= '<strong>Conditions:</strong> ';
$forecast .= $entry['condition'];
$forecast .= '<br />';
}
$forecast .= '<strong>Clouds:</strong> ';
foreach ($entry['clouds'] as $clouds) {
if (isset($clouds['type'])) {
$forecast .= ' ' . $clouds['type'];
}
$forecast .= ' ' . $clouds['amount'];
if (isset($clouds['height'])) {
$forecast .= ' at ' . $clouds['height'] . ' ' . $units['height'];
} else {
$forecast .= ' ';
}
}
$forecast .= '</td></tr>';
if (isset($entry['fmc'])) {
$item++;
foreach ($entry['fmc'] as $fmcEntry) {
$forecast .= '<tr class="item' . ($item % 2) . '">';
$forecast .= '<td align="center" width="50">';
$forecast .= '* ' . $fmcEntry['from'] . '<br /> - ' . $fmcEntry['to'] . '</td>';
$forecast .= '<td>';
$forecast .= '<strong>Type: </strong>' . $fmcEntry['type'];
if (isset($fmcEntry['probability'])) {
$forecast .= ' <strong> Prob: </strong>' . $fmcEntry['probability'] . '%';
}
if (isset($fmcEntry['condition'])) {
$forecast .= ' <strong> Conditions: </strong>' . $fmcEntry['condition'];
}
if (isset($fmcEntry['clouds'])) {
$forecast .= ' <strong>Clouds:</strong>';
foreach ($fmcEntry['clouds'] as $fmcClouds) {
if (isset($fmcClouds['type'])) {
$forecast .= ' ' . $fmcClouds['type'];
}
if (isset($fmcClouds['height'])) {
$forecast .= ' ' . $fmcClouds['amount'];
$forecast .= ' ' . $fmcClouds['height'];
$forecast .= ' ' . $units['height'];
} else {
$forecast .= ' ' . $fmcClouds['amount'];
}
}
}
if (isset($fmcEntry['visQualifier'])) {
$forecast .= ' <strong>Visibility:</strong> ';
$forecast .= strtolower($fmcEntry['visQualifier']) . ' ';
$forecast .= $fmcEntry['visibility'] . ' ' . $units['vis'];
}
$forecast .= '</td></tr>';
}
}
}
$forecast .= '</table>';
$html .= $forecast;
}
}
return $html;
}
}