function playnotes($mn, $ip)
{
// this is a total hack way of sending data to max
//
// since i couldn't write anything in php which would receive udp data, this uses the nc (netcat) command inside the
// doalarm command which provides timeout capability - unfortunately, none of the php stream timeout methods worked on nc either
//
// error_reporting(E_ALL);
// timeout is set to 10 seconds
$fp = popen('./doalarm 10 nc -l -u 7401 2>&1', "r");
// note that command is opened with redirection of stderr
if (!$fp) {
exit("error: unable to run netcat");
}
// now send data to max
$c = new OSCClient();
// should check for error here too
$c->set_destination($ip, 7400);
// eventually, this data will be sent as JSON
// This is probably not necessary here - but send a stop message to stop any currently playing sequence
$maxdata = "/stop";
$c->send(new OSCMessage($maxdata));
$maxdata = "/begin";
// header - begin
$c->send(new OSCMessage($maxdata));
for ($i = 0; $i < count($mn); $i++) {
$maxdata = "/play " . " " . $mn[$i]->eventtime . " " . $mn[$i]->note . " " . $mn[$i]->velocity . " " . $mn[$i]->duration . " " . $mn[$i]->channel . " " . $mn[$i]->delay;
$c->send(new OSCMessage($maxdata));
}
$maxdata = "/end";
// header - end
$c->send(new OSCMessage($maxdata));
// get response from max
sleep(1);
$res = fread($fp, 2000);
pclose($fp);
// here we could actually check for elapsed time of 4 seconds to confirm timeout error
if ($res == NULL) {
echo "error - no response from max/msp server";
} else {
echo "max returned: " . $res;
}
echo "<br>";
}
<?php
include 'OSC.php';
include 'settings.php';
$c = new OSCClient();
$c->set_destination($RFserver, $RFport);
$c->send(new OSCMessage("/rf", array(0, 0, 0)));
echo "\$";
echo $_GET["v"];
//list
$q = (string) $q;
//$q = preg_split('/ /', $q);
} else {
if (preg_match('/[a-z]/i', $q)) {
//string
$q = (string) $q;
} else {
if (preg_match('/[0-9]/i', $q)) {
//number
$q = (double) $q;
$q = floatval($q);
}
}
}
$osc_name = $_POST["oscName"];
/* Get osc name to use as the osc message */
$osc_ip = $_POST["oscIp"];
/* If an osc_ip is posted as well, use that ip, otherwise, default to localhost */
if (is_null($osc_ip)) {
$osc_ip = '127.0.0.1';
}
/* Relay the OSC message */
$c = new OSCClient();
$c->set_destination($osc_ip, 7475);
$queue = array($q);
array_unshift($queue, $_SERVER["REMOTE_ADDR"]);
$c->send(new OSCMessage($osc_name, $queue));
//$c->send(new OSCMessage($osc_name, $q));
echo "Got it";
/* If you want to send something back to the browser that sent the AJAX request. */
<?php
error_reporting(E_WARNING);
require_once "OSC.php";
echo "hello example\n";
$c = new OSCClient();
$c->set_destination("127.0.0.1", 10000);
$m1 = new OSCMessage("/test", array("aStringParameter"));
$m1->add_arg(31337.31337, "f");
$c->send($m1);
//sleep($sleep_length);
//$c->send(new OSCMessage("/servo/0/position", array(intval($stop_0))));
//$c->send(new OSCMessage("/servo/1/position", array(intval($stop_1))));
//$c->send(new OSCMessage("/appled/1/active", array(0)));
$c->send(new OSCMessage("/appled/1/state", array(0)));
return;
}
////////////////////////////
////MAIN
////////////////////////////
$config = hdf_read_file("control.hdf");
$last_command_epoch = time();
$last_action = "stop";
while (1) {
`touch /tmp/SparkyController.lock; chmod a+rw /tmp/SparkyController.lock`;
$c = new OSCClient();
$c->set_destination("192.168.0.200", 10000);
$action = "";
$mystat = 0;
$mystat = stat("/tmp/SparkyController.lock");
$in_action = fopen("/tmp/SparkyController.lock", "r");
if ($in_action) {
$action = ltrim(rtrim(fgets($in_action)));
$last_command_epoch = fgets($in_action);
echo "READ last_command_epoch: {$last_command_epoch}\n";
if (!strlen($last_command_epoch)) {
$last_command_epoch = 0;
}
fclose($in_action);
if ($last_action != $action) {
//echo "setting last_command_epoch".time();
/** Pack data into $this->bin as 4-byte aligned, network-byte order.
*/
function pack_data($data, $type_hint)
{
$bin = "";
switch ($type_hint) {
case "T":
case "F":
case "N":
case "I":
return;
// These types have no allocated space
// These types have no allocated space
case "A":
foreach ($data as $arg) {
$this->pack_data($arg[0], $arg[1]);
}
break;
case "s":
$data .= "";
// The builtin \0 terminator is ignored... we must explicitly request one.
$bin = pack("a*" . $this->get_strpad($data), $data);
break;
case "b":
$this->pack_data(strlen($data->bin), "i");
$bin = pack("a*" . $this->get_strpad($data->bin), $data->bin);
break;
case "i":
$bin = OSCClient::host_to_network_order(pack("i", $data));
// Machine-independent size (4-bytes)
break;
case "f":
$bin = OSCClient::host_to_network_order(pack("f", $data));
// Machine-dependent size
if (strlen($bin) != 4) {
$this->error("Sorry, your machine uses an unsupported single-precision floating point size.");
}
break;
case "d":
$bin = OSCClient::host_to_network_order(pack("d", $data));
// Machine-dependent size
if (strlen($bin) != 8) {
$this->error("Sorry, your machine uses an unsupported double-precision floating point size.");
}
break;
case "t":
if (is_null($data)) {
$data = new Timetag();
}
$bin = OSCClient::host_to_network_order(pack("L", $data->sec)) . OSCClient::host_to_network_order(pack("L", $data->frac_sec));
break;
}
if (strlen($bin) % 4 != 0) {
$this->error("{$data} failed to align properly, size is " . strlen($bin) . " bytes.");
}
$this->bin .= $bin;
}
<?php
include 'OSC.php';
include 'settings.php';
$c = new OSCClient();
$c->set_destination($RFserver, $RFport);
$c->send(new OSCMessage("/rf", array((int) $_GET["v"], 0, 0)));
$c->destroy();
echo "\$";
echo $_GET["v"];
<?php
include 'OSC.php';
include 'settings.php';
$c = new OSCClient();
$c->set_destination($IRserver, $IRport);
$c->send(new OSCMessage("/ir", array((int) $_GET["v"], 0, 0)));
$c->destroy();
echo "\$";
echo $_GET["v"];
// $t->login('consumer_key', 'consumer secret', 'access token', 'access secret');
//
// $t->start(array('facebook', 'fbook', 'fb'))
//
/////////////////////////////////////////////////////////////////
// here's all the max stuff which uses osc
include 'udp.php';
// udp data sending stuff
$DESTINATION = 'localhost';
$SENDPORT = '7400';
$RECVPORT = '7401';
// these variables are defined as global so they can be used inside the write callback function
global $osc;
global $kount;
// initialize OSC
$osc = new OSCClient();
// OSC object
$osc->set_destination($DESTINATION, $SENDPORT);
// This amazing program uses curl to access the Twitter streaming API and breaks the data
// into individual tweets which can be saved in a database, sent out via OSC, or whatever
//
// functions to convert lat lon to x y, etc from http://wiki.openstreetmap.org/wiki/Mercator
// not used in this version
function lon2x($lon)
{
return deg2rad($lon) * 6378137.0;
}
function lat2y($lat)
{
return log(tan(M_PI_4 + deg2rad($lat) / 2.0)) * 6378137.0;
}
/** Run some tests to make sure the library behaves in a sane way.
*/
function test_osc_lib()
{
$c = new OSCClient();
$c->set_destination("192.168.1.5", 3980);
$m1 = new OSCMessage("/test", array(new Timetag(3294967295.0, 5), new Infinitum(), new Blob("aoeuaoeu!")));
$m1->add_arg(28658.93, "d");
$m2 = new OSCMessage("/bar", array(1, 2, array(1, 2, 3)));
$b = new OSCBundle();
$b->add_datagram($m1);
$b->add_datagram($m2);
$b2 = new OSCBundle(array($m1, $b));
echo $b2->get_human_readable();
//echo $m1->get_human_readable();
$c->send($m1);
}
<?php
include 'OSC.php';
include 'settings.php';
$c = new OSCClient();
$c->set_destination($IRserver, $IRport);
$c->send(new OSCMessage("/ir", array(0)));
echo "\$";
echo $_GET["v"];
* @category PoscHP
* @package Osc
* @subpackage Test
* @author Lucas S. Bickel <*****@*****.**>
* @copyright 2011 Lucas S. Bickel 2011 - Alle Rechte vorbehalten
* @license http://www.gnu.org/licenses/gpl-3.0.txt GPLv3
* @link http://osc.purplehaze.ch
*/
/**
* load andy schmeders osc client
*/
require_once 'lib/OSC.php';
/**
* setup OSCClient
*/
$client = new OSCClient();
$client->set_destination("localhost", 10000);
/**
* send a osc message with nested array data
*/
$m = new OSCMessage("/container/method", array(1, 12, array(array("channel", 1, "state", false), false, true)));
$client->send($m);
/**
* send osc bundle with multiple messages
*/
$b = new OSCBundle();
$b->add_datagram(new OSCMessage("/foo", array(100, "like a boss")));
$b->add_datagram(new OSCMessage("/bar", array(new Timetag(), true, 255)));
$client->send($b);
/**
* send last osc bundle nested in a osc bundle
<?php
include 'OSC.php';
include 'settings.php';
$c = new OSCClient();
$c->set_destination($RGBserver, $RGBport);
//Original OSCMessage format for old code - now all channels are seperate:
//$c->send(new OSCMessage("/rgb", array((int)$_GET["r"],(int)$_GET["g"],(int)$_GET["b"])));
$c->send(new OSCMessage("/r", array((int) $_GET["r"] / 255)));
$c->send(new OSCMessage("/g", array((int) $_GET["g"] / 255)));
$c->send(new OSCMessage("/b", array((int) $_GET["b"] / 255)));
$c->destroy();
echo "\$";
echo $_GET["r"];
echo "\$";
echo $_GET["g"];
echo "\$";
echo $_GET["b"];
/* Receive data parameter as a post */
if (preg_match('/ /', $q)) {
//list
$q = (string) $q;
//$q = preg_split('/ /', $q);
} else {
if (preg_match('/[a-z]/i', $q)) {
//string
$q = (string) $q;
} else {
if (preg_match('/[0-9]/i', $q)) {
//number
$q = (double) $q;
$q = floatval($q);
}
}
}
$osc_name = $_POST["oscName"];
/* Get osc name to use as the osc message */
$osc_ip = $_POST["oscIp"];
/* If an osc_ip is posted as well, use that ip, otherwise, default to localhost */
if (is_null($osc_ip)) {
$osc_ip = '127.0.0.1';
}
/* Relay the OSC message */
$c = new OSCClient();
$c->set_destination($osc_ip, 7475);
$c->send(new OSCMessage($osc_name, array($q)));
//$c->send(new OSCMessage($osc_name, $q));
echo "Got it";
/* If you want to send something back to the browser that sent the AJAX request. */
