/**
* agi_playSoundSet_read - play a soundset and read at least $min digit and
* maximum $max digit from the user. The user has
* to use the pound key in order to enter a
* number of digit lower than the $maximum number
* of digit.
*
* PRE: * $soundSetId : the Id of the soundset. If not found, return -1
* * $min the minimum number of digit. Below this number pound keu is
* ignored
* * $max must be higher or equal to the minimum.
* * $timeout : if the user doesn't enter any digit after $timeout seconds
* it replays the soundset.
* * $max_replay : maximum number of timeout --> return -1;
*
* POST:* plays the soundset and stops it after received the first digit
* * the star key replay the soundSet
* * return positive number = the value that the user enter
* < 10^($max)-1
* negative number : an error
* zero is a mositive number
*
* * if the user enter 007, and that the minimum is 3, it's accepted
* but return an integer : 7
*/
function agi_play_soundSet_read($soundSetId, $min, $max, $timeout = 20, $max_replay = 3)
{
$ndigits = 0;
$result = 0;
$tempRes = agi_play_soundSet($soundSetId);
$max_replay--;
if ($tempRes == 0) {
// pas de digit lue, on fait une première pause
// dans le but de ne pas faire entendre à l'utilisateur le
// prompt immédiatement après
$tempRes = agi_readDigit($timout);
}
while ($ndigits < $max) {
if ($tempRes == -1) {
return -1;
} else {
if ($tempRes == 0) {
// pas de touche appuyée au bout du timeout
// --> relecture
$tempRes = agi_readDigit($timeout);
if ($max_replay <= 0) {
return -1;
}
$tempRes = agi_play_soundSet($soundSetId);
$max_replay--;
if ($tempRes == 0) {
$tempRes = agi_readDigit($timout);
}
continue;
// on reprend le parsing
} else {
if ($tempRes == 10) {
$tempRes = 0;
} else {
if ($tempRes == "*") {
$tempRes = 0;
// force le timeout
continue;
} else {
if ($tempRes == "#") {
if ($ndigits >= $min) {
return $result;
} else {
$tempRes = 0;
continue;
}
}
}
}
}
}
// si nous sommes ici c'est que l'on a lu un chiffre correcte
// et qu'il se trouve dans tempRes :
$ndigits++;
$result = $result * 10 + $tempRes;
// on lance la lecture du nombre suivant :
$tempRes = agi_readDigit($timout);
}
// nombre maximum de digit atteind :
return $result;
}
function outside_dial(&$call)
{
global $db;
// 1°) trouver à quel réseau appartient l'extension
$net = outside_getNetworkId($call);
agi_log(DEBUG_DEBUG, 'outside_dial() : ' . $call->get_extension() . " -> {$net}");
if ($net < 0) {
return agi_notFound($call);
}
// 2°) faut-il annoncer le prix à l'utilisateur ?
// faut-il continuer plus cher ?
$query = "select P.Announce, P.AskHigherCost " . " from People_PrePay_Settings as P " . " where People_Extension = " . $call->get_responsable();
$query = $db->query($query);
check_db($query);
if (!($row = $query->fetchRow(DB_FETCHMODE_ORDERED))) {
// not found : paramètre par défaut :
$askHigher = false;
$announce = true;
agi_log(DEBUG_INFO, "outside_dial() : account not found");
} else {
$askHigher = $row[1];
$announce = $row[0];
}
agi_log(DEBUG_DEBUG, "outside_dial() : {$announce} - {$askHigher}");
// 3°) récupérer la liste des providers et leur prix
$query = "select N.Name, N.channel, P.ConnectionPrice, P.Price, " . " P.RmDigits, P.AddDigits, N.DialOpts " . " from NetworkProvider as N, Price as P, " . "\t NetworkTimeZone_details as T " . " where P.Network_ID = {$net} " . " and P.NetworkProvider_ID = N.ID " . " and P.NetworkTimeZone_ID = T.NetworkTimeZone_ID " . " and (" . date("i") . " between start_min and end_min )" . " and (" . date("G") . " between start_hour and end_hour )" . " and (" . date("n") . " between start_month and end_month )" . " and (" . date("j") . " between start_dom and end_dom )" . " and (" . date("w") . " between start_dow and end_dow )" . " order by P.Price, P.ConnectionPrice ";
$query = $db->query($query);
check_db($query);
/* 0 : name
* 1 : channel
* 2 : priceConn
* 3 : price/min
* 4 : RmDigits
* 5 : AddDigits
* 6 : DialOpts
*/
if ($query->numRows() == 0) {
return agi_notFound($call);
}
$provider = $query->fetchRow(DB_FETCHMODE_ORDERED);
// 4°) on tente d'appeler
$isFirst = true;
// première tentative au prix le plus bas
while (($isFirst || $askHigher) && $provider != NULL) {
$price = $provider[3];
// 5°) on annonce au besoin :
if ($announce) {
agi_play_soundSet(SOUNDSET_PRICE_ANNOUNCE, "");
agi_sayNumber(ceil($price * 100));
agi_play_soundSet(SOUNDSET_CURRENCY, "");
}
// on teste l'un à la suite de l'autre tout les providers
// qui ont le même prix d'appel
while ($provider[3] == $price && $provider != NULL) {
$callStr = $provider[1] . $provider[5] . substr($call->get_extension(), $provider[4]);
agi_log(DEBUG_DEBUG, "outside_dial() : trying : {$callStr}");
$result = agi_call($call, $callStr, $provider[6], $provider[2], $provider[3], false);
if ($result >= 0 || $call->get_lastTryStatus() != "CHANUNAVIL") {
// succeed
return $result;
}
$provider = $query->fetchRow(DB_FETCHMODE_ORDERED);
}
// annonce qu'il est impossible d'effectuer l'appel au prix
// annoncé précédement
agi_play_soundSet(SOUNDSET_UNAVAIL_AT_PRICE, "");
$first = false;
// téléchargement du provider suivant
$provider = $query->fetchRow(DB_FETCHMODE_ORDERED);
}
agi_logCall($call, 0, 0, "NOT ROUTABLE");
return -1;
}
