Compare commits
2 Commits
| Author | SHA1 | Date | |
|---|---|---|---|
| 18b31e6d62 | |||
| d64986d2ee |
@@ -5,40 +5,92 @@ namespace Kanboard\Plugin\RecoReco\Model;
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/**
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* Pure calendar math for RecoReco.
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*
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* Given an anchor due date (the drift-free pattern: day-of-month + time), a frequency, and the
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* "last day" flag, it computes occurrence datetimes. It has NO container dependencies, so it is
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* unit-testable in isolation (see Test/OccurrenceCalculatorTest.php).
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* Given an anchor due date (the drift-free pattern: it carries the day-of-month, the weekday, and
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* the time), a frequency, and the "last day" flag, it computes occurrence datetimes. It has NO
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* container dependencies, so it is unit-testable in isolation (Test/OccurrenceCalculatorTest.php).
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*
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* Occurrences are always computed from the anchor's day, never by marching a clamped date forward,
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* so a "30th" schedule goes 30, 28/29, 30, 30... and never drifts to the 28th.
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*
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* v0.3 implements monthly-by-day; the other frequencies arrive in v1.1 (occurrenceFrom returns null
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* for them until then).
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* Occurrences are always computed from the anchor, never by marching a clamped date forward, so a
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* "30th" schedule goes 30, 28/29, 30, 30... and never drifts.
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*/
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class OccurrenceCalculator
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{
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const MAX_MONTHS = 120;
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const MAX_YEARS = 20;
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/**
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* The earliest occurrence at/after $reference (when $inclusive) or strictly after it.
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*
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* @param int $anchor Unix timestamp: the pattern (day-of-month + time).
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* @param string $frequency
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* @param int $anchor Unix timestamp: the pattern.
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* @param string $frequency daily | weekly | monthly_day | monthly_dow | yearly
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* @param bool $lastDay
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* @param int $reference Unix timestamp.
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* @param bool $inclusive
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* @return int|null Occurrence timestamp, or null if the frequency is not yet supported.
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* @return int|null Occurrence timestamp, or null for an unknown frequency.
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*/
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public function occurrenceFrom($anchor, $frequency, $lastDay, $reference, $inclusive = false)
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{
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$anchor = (int) $anchor;
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$reference = (int) $reference;
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$lastDay = (bool) $lastDay;
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$inclusive = (bool) $inclusive;
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switch ($frequency) {
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case 'daily':
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return $this->daily($anchor, $reference, $inclusive);
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case 'weekly':
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return $this->weekly($anchor, $reference, $inclusive);
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case 'monthly_day':
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return $this->monthlyByDay((int) $anchor, (bool) $lastDay, (int) $reference, (bool) $inclusive);
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return $this->monthlyByDay($anchor, $lastDay, $reference, $inclusive);
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case 'monthly_dow':
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return $this->monthlyByWeekday($anchor, $lastDay, $reference, $inclusive);
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case 'yearly':
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return $this->yearly($anchor, $lastDay, $reference, $inclusive);
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default:
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return null;
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}
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}
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private function daily($anchor, $reference, $inclusive)
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{
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$h = (int) date('G', $anchor);
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$i = (int) date('i', $anchor);
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$s = (int) date('s', $anchor);
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$y = (int) date('Y', $reference);
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$m = (int) date('n', $reference);
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$d = (int) date('j', $reference);
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for ($k = 0; $k < 3; $k++) {
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$o = mktime($h, $i, $s, $m, $d + $k, $y);
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if ($this->matches($o, $reference, $inclusive)) {
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return $o;
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}
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}
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return null;
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}
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private function weekly($anchor, $reference, $inclusive)
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{
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$h = (int) date('G', $anchor);
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$i = (int) date('i', $anchor);
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$s = (int) date('s', $anchor);
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$w = (int) date('w', $anchor);
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$y = (int) date('Y', $reference);
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$m = (int) date('n', $reference);
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$d = (int) date('j', $reference);
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for ($k = 0; $k < 8; $k++) {
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$o = mktime($h, $i, $s, $m, $d + $k, $y);
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if ((int) date('w', $o) === $w && $this->matches($o, $reference, $inclusive)) {
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return $o;
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}
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}
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return null;
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}
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private function monthlyByDay($anchor, $lastDay, $reference, $inclusive)
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{
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$anchorDay = (int) date('j', $anchor);
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@@ -52,19 +104,103 @@ class OccurrenceCalculator
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for ($k = 0; $k < self::MAX_MONTHS; $k++) {
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$lastDom = (int) date('t', mktime(0, 0, 0, $m, 1, $y));
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$day = $lastDay ? $lastDom : min($anchorDay, $lastDom);
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$occurrence = mktime($h, $i, $s, $m, $day, $y);
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$o = mktime($h, $i, $s, $m, $day, $y);
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if ($inclusive ? $occurrence >= $reference : $occurrence > $reference) {
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return $occurrence;
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if ($this->matches($o, $reference, $inclusive)) {
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return $o;
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}
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$this->nextMonth($m, $y);
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}
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return null;
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}
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private function monthlyByWeekday($anchor, $lastDay, $reference, $inclusive)
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{
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$h = (int) date('G', $anchor);
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$i = (int) date('i', $anchor);
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$s = (int) date('s', $anchor);
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$w = (int) date('w', $anchor);
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$k = intdiv((int) date('j', $anchor) - 1, 7) + 1; // 1..5: which occurrence of $w in the month
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$y = (int) date('Y', $reference);
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$m = (int) date('n', $reference);
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for ($j = 0; $j < self::MAX_MONTHS; $j++) {
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$day = $lastDay ? $this->lastWeekdayOfMonth($y, $m, $w) : $this->nthWeekdayOfMonth($y, $m, $w, $k);
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if ($day !== null) {
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$o = mktime($h, $i, $s, $m, $day, $y);
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if ($this->matches($o, $reference, $inclusive)) {
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return $o;
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}
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}
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$this->nextMonth($m, $y);
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}
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return null;
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}
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private function yearly($anchor, $lastDay, $reference, $inclusive)
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{
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$month = (int) date('n', $anchor);
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$anchorDay = (int) date('j', $anchor);
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$h = (int) date('G', $anchor);
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$i = (int) date('i', $anchor);
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$s = (int) date('s', $anchor);
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$y = (int) date('Y', $reference);
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for ($j = 0; $j < self::MAX_YEARS; $j++) {
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$lastDom = (int) date('t', mktime(0, 0, 0, $month, 1, $y));
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$day = $lastDay ? $lastDom : min($anchorDay, $lastDom);
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$o = mktime($h, $i, $s, $month, $day, $y);
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if ($this->matches($o, $reference, $inclusive)) {
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return $o;
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}
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$y++;
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}
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return null;
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}
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// The day-of-month of the k-th weekday $w in month $m/$y, or null if that month has no k-th one.
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private function nthWeekdayOfMonth($y, $m, $w, $k)
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{
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$firstDow = (int) date('w', mktime(0, 0, 0, $m, 1, $y));
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$firstW = 1 + (($w - $firstDow + 7) % 7);
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$day = $firstW + ($k - 1) * 7;
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$lastDom = (int) date('t', mktime(0, 0, 0, $m, 1, $y));
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return $day <= $lastDom ? $day : null;
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}
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// The day-of-month of the last weekday $w in month $m/$y.
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private function lastWeekdayOfMonth($y, $m, $w)
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{
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$lastDom = (int) date('t', mktime(0, 0, 0, $m, 1, $y));
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$lastDow = (int) date('w', mktime(0, 0, 0, $m, $lastDom, $y));
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return $lastDom - (($lastDow - $w + 7) % 7);
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}
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private function matches($occurrence, $reference, $inclusive)
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{
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return $inclusive ? $occurrence >= $reference : $occurrence > $reference;
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}
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private function nextMonth(&$m, &$y)
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{
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$m++;
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if ($m > 12) {
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$m = 1;
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$y++;
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}
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}
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return null;
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}
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}
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@@ -23,6 +23,7 @@ class RecoRecoModel extends Base
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public function run($now = null)
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{
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$now = $now ?: time();
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$horizon = $this->horizon($now);
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$spawned = 0;
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$task_ids = $this->db->table('task_has_metadata')
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@@ -31,13 +32,31 @@ class RecoRecoModel extends Base
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->findAllByColumn('task_id');
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foreach ($task_ids as $task_id) {
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$spawned += $this->processTemplate((int) $task_id, $now);
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$spawned += $this->processTemplate((int) $task_id, $now, $horizon);
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}
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return $spawned;
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}
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public function processTemplate($task_id, $now)
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/**
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* The look-ahead horizon for this run: fire everything whose fire time is before it. Computed as
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* "ceil now to the next 6h boundary, then +12h", which lands on the four daily runs:
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* 05:58 -> 18:00, 11:58 -> 00:00, 17:58 -> 06:00, 23:58 -> 12:00. Gives a 12h look-ahead with a
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* 6h overlap between runs, so a missed run is covered by its neighbour. Past-due occurrences are
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* naturally included (their fire time is < now < horizon) -- that is the catch-up.
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*
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* @param int $now
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* @return int
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*/
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private function horizon($now)
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{
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$startOfDay = mktime(0, 0, 0, (int) date('n', $now), (int) date('j', $now), (int) date('Y', $now));
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$boundaryHour = (intdiv((int) date('G', $now), 6) + 1) * 6;
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return $startOfDay + $boundaryHour * 3600 + 12 * 3600;
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}
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public function processTemplate($task_id, $now, $horizon)
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{
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$task = $this->taskFinderModel->getById($task_id);
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@@ -55,8 +74,8 @@ class RecoRecoModel extends Base
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$meta = $this->taskMetadataModel->getAll($task_id);
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$frequency = isset($meta['recoreco_frequency']) ? $meta['recoreco_frequency'] : '';
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// v0.3 handles monthly-by-day only; the rest arrive in v1.1.
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if ($frequency !== 'monthly_day') {
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// All five frequencies are supported since v1.1; skip anything unknown.
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if (! in_array($frequency, array('daily', 'weekly', 'monthly_day', 'monthly_dow', 'yearly'), true)) {
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return 0;
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}
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@@ -86,11 +105,12 @@ class RecoRecoModel extends Base
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$this->setDue($task_id, $cursor);
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}
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// Fire every occurrence whose fire time has arrived, advancing the cursor each time.
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// Fire every occurrence whose fire time is before this run's horizon (this includes
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// past-due ones -> catch-up), advancing the cursor each time.
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$spawned = 0;
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$fireTime = $cursor - $daysBefore * 86400;
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while ($fireTime <= $now && $spawned < self::CATCHUP_CAP) {
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while ($fireTime < $horizon && $spawned < self::CATCHUP_CAP) {
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$this->spawn($task, $targetColumn);
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$next = $this->calculator()->occurrenceFrom($anchor, $frequency, $lastDay, $cursor, false);
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@@ -36,7 +36,7 @@ class Plugin extends Base
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public function getPluginVersion()
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{
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return '0.3.2';
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return '1.1.0';
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}
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public function getPluginHomepage()
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23
README.md
23
README.md
@@ -21,21 +21,36 @@ leaves native recurrence untouched (the two are mutually exclusive per card).
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- **Lead time:** "create the copy N days before the due date", so the card shows up early enough
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to act on; the copy is still due on the real day.
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## Scheduling (cron)
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The engine runs from the CLI command `recoreco:run`. Add it to cron **four times a day** -- at
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05:58, 11:58, 17:58 and 23:58:
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```
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58 5,11,17,23 * * * cd /path/to/kanboard && php cli recoreco:run >> /var/log/recoreco.log 2>&1
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```
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(Point the path at your install and run it as the user that owns Kanboard's data.) Each run looks
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ahead 12 hours; the runs overlap by 6 hours, so a single missed run is covered by the next one, and
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any occurrence whose time is already past is still caught up. `days before` shifts a copy earlier
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within that lead. You can also run it by hand any time: `php cli recoreco:run`.
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## Status
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Early development. This version adds the **Recurring schedule** modal (a task sidebar action) and
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stores the settings in task metadata. The scheduling engine and the cron command arrive in the
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following versions.
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Working for **monthly by day** (with the last-day rule), driven by cron. The remaining frequencies
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(yearly, weekly, daily, monthly by weekday), the recurrence icons, and the FinanceBuddy
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installment hand-off arrive in the following versions.
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## Requirements
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- Kanboard >= 1.2.0
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- cron (to run `recoreco:run`)
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## Installation
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Copy this folder into your Kanboard installation as `plugins/RecoReco/`. The directory name must be
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exactly `RecoReco` (Kanboard derives the plugin namespace from the folder name). No build step and
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no database migration.
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no database migration. Then add the cron entry above.
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## License
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@@ -91,10 +91,72 @@ check(
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$failures
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);
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// 6. Unsupported frequency (until v1.1) returns null.
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// 6. Daily: same time every day.
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check(
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'weekly not supported yet -> null',
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$calc->occurrenceFrom(ts('2023-03-10 12:00'), 'weekly', false, ts('2023-03-10 12:00'), false),
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'daily -> next day same time',
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$calc->occurrenceFrom(ts('2023-03-10 09:30'), 'daily', false, ts('2023-03-10 12:00'), false),
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ts('2023-03-11 09:30'),
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$failures
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);
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// 7. Weekly: same weekday every 7 days (2023-03-07 is a Tuesday).
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check(
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'weekly -> +7 days on the same weekday',
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$calc->occurrenceFrom(ts('2023-03-07 08:00'), 'weekly', false, ts('2023-03-07 08:00'), false),
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ts('2023-03-14 08:00'),
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$failures
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);
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// 8. Monthly by weekday: 2nd Tuesday (2023-03-14) -> 2nd Tuesday of April (2023-04-11).
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check(
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'monthly-by-weekday: 2nd Tuesday -> next month 2nd Tuesday',
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$calc->occurrenceFrom(ts('2023-03-14 07:00'), 'monthly_dow', false, ts('2023-03-14 07:00'), false),
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ts('2023-04-11 07:00'),
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$failures
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);
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// 9. Monthly by weekday, last: last Tuesday of March (2023-03-28) -> last Tuesday of April (04-25).
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check(
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'monthly-by-weekday last: last Tue -> next month last Tue',
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$calc->occurrenceFrom(ts('2023-03-28 07:00'), 'monthly_dow', true, ts('2023-03-28 07:00'), false),
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ts('2023-04-25 07:00'),
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$failures
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);
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// 10. Yearly: same month/day next year.
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check(
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'yearly -> next year same date',
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$calc->occurrenceFrom(ts('2023-03-15 10:00'), 'yearly', false, ts('2023-03-15 10:00'), false),
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ts('2024-03-15 10:00'),
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$failures
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);
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// 11. Yearly last-day on Feb 29 (leap) -> next year Feb 28.
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check(
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'yearly last-day: 2024-02-29 -> 2025-02-28',
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$calc->occurrenceFrom(ts('2024-02-29 08:00'), 'yearly', true, ts('2024-02-29 08:00'), false),
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ts('2025-02-28 08:00'),
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$failures
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);
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// 12. Yearly numeric Feb 29 -> clamps to 28 in a non-leap year, back to 29 in the next leap year.
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check(
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'yearly numeric 29-Feb -> 2025 clamps to 28',
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$calc->occurrenceFrom(ts('2024-02-29 08:00'), 'yearly', false, ts('2024-02-29 08:00'), false),
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ts('2025-02-28 08:00'),
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$failures
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);
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check(
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'yearly numeric 29-Feb -> 2028 back to 29 (leap)',
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$calc->occurrenceFrom(ts('2024-02-29 08:00'), 'yearly', false, ts('2027-03-01 00:00'), false),
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ts('2028-02-29 08:00'),
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$failures
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);
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// 13. Unknown frequency returns null.
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check(
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'unknown frequency -> null',
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$calc->occurrenceFrom(ts('2023-03-10 12:00'), 'nope', false, ts('2023-03-10 12:00'), false),
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null,
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$failures
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);
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Reference in New Issue
Block a user