}
public function compensate($v)
{
// We only care about our example sliding out.
if ($this->state > 0 && $v->at == $this->time && $v->value == $this->time) {
// If we've expired, reset.
$this->init();
}
}
public function emit()
{
if ($this->state == 5) {
return $this->data;
}
}
}
$tick_fn = new TickDetector();
$cb = function ($value) {
if ($value) {
list($start, $low, $high, $cur) = $value;
printf("Value: %d Prev Gain: %d\n", $cur, $high - $low);
}
};
echo "Test on known data\n\n";
// Pump a little data.
$values = array(290, 290, 300, 300, 320, 280, 340, 340, 350, 300, 290, 300);
$win = new React\EEP\Window\Sliding($tick_fn, 7);
$win->on('emit', $cb);
foreach ($values as $at => $value) {
$win->enqueue(new React\EEP\Event\Temporal($value, $at));
}
public function compensate($v)
{
$key = $v->value[0];
$this->stream[$v->stream][$key]--;
if ($this->stream[$v->stream][$key] == 0) {
unset($this->stream[$v->stream][$key]);
}
}
public function emit()
{
return $this->last_value;
}
}
$fn = new Semijoin();
$a_win = new React\EEP\Window\Sliding($fn, 100);
$b_win = new React\EEP\Window\Sliding($fn, 100);
$counter = 0;
$match = function ($match) use(&$counter) {
if ($match) {
$counter++;
printf("%s \n", $match[1]);
}
};
$a_win->on("emit", $match);
$b_win->on("emit", $match);
$event_count = 50000;
$cats = array("toys", "electrical", "cars", "clothing", "homewares");
$start = microtime(true);
$i = 0;
for ($i = 0; $i < $event_count; $i++) {
// Key - e.g auction ID.
