BASE . LOG,
'log_file_id' => $LOG_FILE_ID,
'log_per_date' => true,
]);
$datetime_class = 'CoreLibs\Combined\DateTime';
$PAGE_NAME = 'TEST CLASS: DATE/TIME';
print "";
print "" . $PAGE_NAME . "";
print "";
print '';
print '' . $PAGE_NAME . '
';
// class
$timestamp = 1622788315.123456;
// static
print "S::DATESTRINGFORMAT(sm:0): $timestamp: " . $datetime_class::dateStringFormat($timestamp) . "
";
// time string thest
$timestamp = 5887998.33445;
$time_string = DateTime::timeStringFormat($timestamp);
print "PLANE TIME STRING: " . $timestamp . "
";
print "TIME STRING TEST: " . $time_string . "
";
print "REVERSE TIME STRING: " . DateTime::stringToTime($time_string) . "
";
if (round($timestamp, 4) == DateTime::stringToTime($time_string)) {
print "REVERSE TIME STRING MATCH
";
} else {
print "REVERSE TRIME STRING DO NOT MATCH
";
}
print "
";
$timestamps = [
1622788315.123456,
-1622788315.456789
];
foreach ($timestamps as $timestamp) {
print "DATESTRINGFORMAT(sm:0:0): $timestamp: " . DateTime::dateStringFormat($timestamp) . "
";
print "DATESTRINGFORMAT(sm:1:0): $timestamp: " . DateTime::dateStringFormat($timestamp, true) . "
";
print "DATESTRINGFORMAT(sm:1:1): $timestamp: " . DateTime::dateStringFormat($timestamp, true, true) . "
";
}
print "
";
// $interval = 0;
// $interval = 1000000;
// $interval = 123456;
// $interval = 3600;
$interval = 3601;
// $interval = 86400;
// $interval = 86401;
// $interval = (86400 * 606) + 16434.5;
// $interval = 1.5;
// $interval = 123456;
// $interval = 120.1;
// $interval = 1641515890;
// $interval = 0.123456;
// $interval = 1641515890;
// $interval = 999999999999999999;
// $interval = 60;
try {
// print "Test-DEP: [$interval] "
// . intervalStringFormatDeprecated(
// $interval,
// truncate_after: '',
// natural_seperator: false,
// name_space_seperator: false,
// show_microseconds: true,
// short_time_name: true,
// skip_last_zero: true,
// skip_zero: false,
// show_only_days: false,
// auto_fix_microseconds: false,
// truncate_nanoseconds: false,
// truncate_zero_seconds_if_microseconds: true,
// )
// // . " => "
// // . DateTime::intervalStringFormat($interval)
// . "
";
print "Test-ACT: [$interval] "
. DateTime::intervalStringFormat(
$interval,
truncate_after: '',
natural_seperator: false,
name_space_seperator: false,
show_microseconds: true,
short_time_name: true,
skip_last_zero: true,
skip_zero: false,
show_only_days: false,
auto_fix_microseconds: false,
truncate_nanoseconds: false,
truncate_zero_seconds_if_microseconds: true,
)
. " => "
. DateTime::intervalStringFormat($interval)
. "
";
print "DEFAULT-DEP: " . intervalStringFormatDeprecated($interval) . "
";
print "DEFAULT-ACT: " . DateTime::intervalStringFormat($interval) . "
";
$show_micro = true;
// print "COMPATIBLE Test-DEP: " .
// intervalStringFormatDeprecated(
// $interval,
// show_microseconds: $show_micro,
// show_only_days: true,
// skip_zero: false,
// skip_last_zero: false,
// truncate_nanoseconds: true,
// truncate_zero_seconds_if_microseconds: false
// ) . "
";
print "COMPATIBLE Test-ACT: " .
DateTime::intervalStringFormat(
$interval,
show_microseconds: $show_micro,
show_only_days: true,
skip_zero: false,
skip_last_zero: false,
truncate_nanoseconds: true,
truncate_zero_seconds_if_microseconds: false
) . "
";
print "ORIGINAL: " . DateTime::timeStringFormat($interval, $show_micro) . "
";
} catch (\UnexpectedValueException $e) {
print "ERROR: " . $e->getMessage() . "
" . $e . "
";
} catch (\LengthException $e) {
print "ERROR interval: " . $e->getMessage() . "
" . $e . "
";
}
print "
";
$intervals = [
['i' => 0, 'sm' => true],
['i' => 0.0, 'sm' => true],
['i' => 1.5, 'sm' => true],
['i' => 1.05, 'sm' => true],
['i' => 1.005, 'sm' => true],
['i' => 1.0005, 'sm' => true],
];
foreach ($intervals as $int) {
$info = 'ts:' . $int['i'] . '|' . 'sm:' . $int['sm'];
print "[tsf] ZERO TIME STRING [$info]: "
. DateTime::timeStringFormat($int['i'], $int['sm']) . "
";
print "[isf] ZERO TIME STRING [$info]: "
. DateTime::intervalStringFormat($int['i'], show_microseconds:$int['sm']) . "
";
}
print "
";
$intervals = [
[
'i' => 788315.123456,
'truncate_after' => '',
'natural_seperator' => false,
'name_space_seperator' => false,
'show_microseconds' => true,
'short_time_name' => true,
'skip_last_zero' => false,
'skip_zero' => true,
'show_only_days' => false,
'auto_fix_microseconds' => false,
'truncate_nanoseconds' => false
],
[
'i' => 788315.123456,
'truncate_after' => '',
'natural_seperator' => true,
'name_space_seperator' => true,
'show_microseconds' => true,
'short_time_name' => true,
'skip_last_zero' => false,
'skip_zero' => true,
'show_only_days' => false,
'auto_fix_microseconds' => false,
'truncate_nanoseconds' => false
],
];
foreach ($intervals as $int) {
$info = $int['i'];
try {
print "INTRVALSTRINGFORMAT(sm:0): $info: "
. DateTime::intervalStringFormat(
$int['i'],
truncate_after: (string)$int['truncate_after'],
natural_seperator: $int['natural_seperator'],
name_space_seperator: $int['name_space_seperator'],
show_microseconds: $int['show_microseconds'],
short_time_name: $int['short_time_name'],
skip_last_zero: $int['skip_last_zero'],
skip_zero: $int['skip_zero'],
show_only_days: $int['show_only_days'],
auto_fix_microseconds: $int['auto_fix_microseconds'],
truncate_nanoseconds: $int['truncate_nanoseconds'],
) . "
";
} catch (\UnexpectedValueException $e) {
print "ERROR: " . $e->getMessage() . "
" . $e . "
";
} catch (\LengthException $e) {
print "ERROR interval: " . $e->getMessage() . "
" . $e . "
";
}
}
print "
";
// convert and reverste tests
$intervals = [
788315.123456,
-123.456
];
foreach ($intervals as $interval) {
print "TIMESTRINGFORMAT(sm:0): $interval: " . DateTime::timeStringFormat($interval, false) . "
";
$reverse_interval = DateTime::timeStringFormat($interval);
print "TIMESTRINGFORMAT(sm:1): $interval: " . $reverse_interval . "
";
print "STRINGTOTIME: $reverse_interval: " . DateTime::stringToTime($reverse_interval) . "
";
}
print "
";
$check_dates = [
'2021-05-01',
'2021-05-40'
];
foreach ($check_dates as $check_date) {
print "CHECKDATE: $check_date: " . (string)DateTime::checkDate($check_date) . "
";
}
print "
";
$check_datetimes = [
'2021-05-01',
'2021-05-40',
'2021-05-01 12:13:14',
'2021-05-40 12:13:14',
'2021-05-01 25:13:14',
];
foreach ($check_datetimes as $check_datetime) {
print "CHECKDATETIME: $check_datetime: " . (string)DateTime::checkDateTime($check_datetime) . "
";
}
print "
";
$compare_dates = [
[ '2021-05-01', '2021-05-02', ],
[ '2021-05-02', '2021-05-01', ],
[ '2021-05-02', '2021-05-02', ],
[ '2017/1/5', '2017-01-05', ],
];
// compareDate
foreach ($compare_dates as $compare_date) {
print "COMPAREDATE: $compare_date[0] = $compare_date[1]: "
. (string)DateTime::compareDate($compare_date[0], $compare_date[1]) . "
";
}
print "
";
$compare_datetimes = [
[ '2021-05-01', '2021-05-02', ],
[ '2021-05-02', '2021-05-01', ],
[ '2021-05-02', '2021-05-02', ],
[ '2021-05-01 10:00:00', '2021-05-01 11:00:00', ],
[ '2021-05-01 11:00:00', '2021-05-01 10:00:00', ],
[ '2021-05-01 10:00:00', '2021-05-01 10:00:00', ],
];
foreach ($compare_datetimes as $compare_datetime) {
print "COMPAREDATE: $compare_datetime[0] = $compare_datetime[1]: "
. (string)DateTime::compareDateTime($compare_datetime[0], $compare_datetime[1]) . "
";
}
print "
";
print "calcDaysInterval
";
$compare_dates = [
[ '2021-05-01', '2021-05-10', ],
[ '2021-05-10', '2021-05-01', ],
[ '2021-05-02', '2021-05-01', ],
[ '2021-05-02', '2021-05-02', ],
];
foreach ($compare_dates as $compare_date) {
print "CALCDAYSINTERVAL: $compare_date[0] = $compare_date[1]: "
. DgS::printAr(DateTime::calcDaysInterval($compare_date[0], $compare_date[1])) . "
";
print "CALCDAYSINTERVAL(named): $compare_date[0] = $compare_date[1]: "
. DgS::printAr(DateTime::calcDaysInterval($compare_date[0], $compare_date[1], return_named:true)) . "
";
print "CALCDAYSINTERVAL(EXCLUDE END): $compare_date[0] = $compare_date[1]: "
. Dgs::printAr(DateTime::calcDaysInterval($compare_date[0], $compare_date[1], include_end_date:false));
print "CALCDAYSINTERVAL(EXCLUDE START): $compare_date[0] = $compare_date[1]: "
. Dgs::printAr(DateTime::calcDaysInterval($compare_date[0], $compare_date[1], exclude_start_date:true));
print "CALCDAYSINTERVAL(EXCLUDE END, EXCLUDE START): $compare_date[0] = $compare_date[1]: "
. Dgs::printAr(DateTime::calcDaysInterval(
$compare_date[0],
$compare_date[1],
include_end_date:false,
exclude_start_date:true
));
}
print "
";
print "setWeekdayNameFromIsoDow
";
// test date conversion
$dow = 2;
print "DOW[$dow]: " . DateTime::setWeekdayNameFromIsoDow($dow) . "
";
print "DOW[$dow],long: " . DateTime::setWeekdayNameFromIsoDow($dow, true) . "
";
$date = '2022-7-22';
print "DATE-dow[$date]: " . DateTime::setWeekdayNameFromDate($date) . "
";
print "DATE-dow[$date],long: " . DateTime::setWeekdayNameFromDate($date, true) . "
";
print "DOW-date[$date]: " . DateTime::setWeekdayNumberFromDate($date) . "
";
$dow = 11;
print "DOW[$dow];invalid: " . DateTime::setWeekdayNameFromIsoDow($dow) . "
";
print "DOW[$dow],long;invalid: " . DateTime::setWeekdayNameFromIsoDow($dow, true) . "
";
$date = '2022-70-242';
print "DATE-dow[$date];invalid: " . DateTime::setWeekdayNameFromDate($date) . "
";
print "DATE-dow[$date],long;invalid: " . DateTime::setWeekdayNameFromDate($date, true) . "
";
print "DOW-date[$date];invalid: " . DateTime::setWeekdayNumberFromDate($date) . "
";
print "
";
print "dateRangeHasWeekend
";
// check date range includes a weekend
$has_weekend_list = [
['2023-07-03', '2023-07-05'],
['2023-07-03', '2023-07-10'],
['2023-07-03', '2023-07-31'],
['2023-07-01', '2023-07-03'],
['2023-07-01', '2023-07-01'],
['2023-07-01', '2023-07-02'],
['2023-06-30', '2023-07-01'],
['2023-06-30', '2023-06-30'],
['2023-07-01', '2023-06-30'],
];
foreach ($has_weekend_list as $days) {
print "Has Weekend: " . $days[0] . " ~ " . $days[1] . ": "
. Dgs::prBl(DateTime::dateRangeHasWeekend($days[0], $days[1])) . "
";
}
print "";
/**
* DEPREACTED, original rewrite, do not use
*
* update timeStringFormat with year and month support
*
* The following flags have to be set to be timeStringFormat compatible.
* Not that on seconds overflow this method will throw an exception, timeStringFormat returned -1s
* show_only_days: true,
* skip_zero: false,
* skip_last_zero: false,
* truncate_nanoseconds: true,
* truncate_zero_seconds_if_microseconds: false
*
* @param int|float $seconds Seconds to convert, maxium 6 decimals,
* else \UnexpectedValueException will be thrown
* if days too large or years too large \LengthException is thrown
* @param string $truncate_after [=''] Truncate after which time name, will not round, hard end
* values are parts names or interval short names (y, d, f, ...)
* if illegal value \UnexpectedValueException is thrown
* @param bool $natural_seperator [=false] use ',' and 'and', if off use space
* @param bool $name_space_seperator [=false] add a space between the number and the time name
* @param bool $show_microseconds [=true] show microseconds
* @param bool $short_time_name [=true] use the short time names (eg s instead of seconds)
* @param bool $skip_last_zero [=true] skip all trailing zero values, eg 5m 0s => 5m
* @param bool $skip_zero [=true] do not show zero values anywhere, eg 1h 0m 20s => 1h 20s
* @param bool $show_only_days [=false] do not show years or months, show only days
* if truncate after is set to year or month
* throws \UnexpectedValueException
* @param bool $auto_fix_microseconds [=false] if the micro seconds decimals are more than 6, round them
* on defaul throw \UnexpectedValueException
* @param bool $truncate_nanoseconds [=false] if microseconds decimals >3 then normal we show 123.4ms
* cut the .4 is set to true
* @param bool $truncate_zero_seconds_if_microseconds [=true] if we have 0.123 seconds then if true no seconds
* will be shown
* @return string
* @throws \UnexpectedValueException if seconds has more than 6 decimals
* if truncate has an illegal value
* if truncate is set to year or month and show_only_days is turned on
* @throws \LengthException if seconds is too large and show_days_only is selected and days is negetive
* or if years is negativ
*/
function intervalStringFormatDeprecated(
int|float $seconds,
string $truncate_after = '',
bool $natural_seperator = false,
bool $name_space_seperator = false,
bool $show_microseconds = true,
bool $short_time_name = true,
bool $skip_last_zero = true,
bool $skip_zero = true,
bool $show_only_days = false,
bool $auto_fix_microseconds = false,
bool $truncate_nanoseconds = false,
bool $truncate_zero_seconds_if_microseconds = true,
): string {
// auto fix long seconds, else \UnexpectedValueException will be thrown on error
// check if we have float and -> round to 6
if ($auto_fix_microseconds === true && is_float($seconds)) {
$seconds = round($seconds, 6);
}
// flag negative + set abs
$negative = $seconds < 0 ? '-' : '';
$seconds = abs($seconds);
// create base time
$date_now = new \DateTime("@0");
try {
$date_seconds = new \DateTime("@$seconds");
} catch (\Exception $e) {
throw new \UnexpectedValueException(
'Seconds value is invalid, too large or more than six decimals: ' . $seconds,
1,
$e
);
}
$interval = date_diff($date_now, $date_seconds);
// if show_only_days and negative but input postive alert that this has to be done in y/m/d ...
if ($interval->y < 0) {
throw new \LengthException('Input seconds value is too large for years output: ' . $seconds, 2);
} elseif ($interval->days < 0 && $show_only_days === true) {
throw new \LengthException('Input seconds value is too large for days output: ' . $seconds, 3);
}
// array order is important, small too large
$parts = [
'microseconds' => 'f',
'seconds' => 's', 'minutes' => 'i', 'hours' => 'h',
'days' => 'd', 'months' => 'm', 'years' => 'y',
];
$short_name = [
'years' => 'y', 'months' => 'm', 'days' => 'd',
'hours' => 'h', 'minutes' => 'm', 'seconds' => 's',
'microseconds' => 'ms'
];
$skip = false;
if (!empty($truncate_after)) {
// if truncate after not in key or value in parts
if (!in_array($truncate_after, array_keys($parts)) && !in_array($truncate_after, array_values($parts))) {
throw new \UnexpectedValueException(
'truncate_after has an invalid value: ' . $truncate_after,
4
);
}
// if truncate after is y or m and we have show_only_days, throw exception
if ($show_only_days === true && in_array($truncate_after, ['y', 'years', 'm', 'months'])) {
throw new \UnexpectedValueException(
'If show_only_days is turned on, the truncate_after cannot be years or months: '
. $truncate_after,
5
);
}
$skip = true;
}
$formatted = [];
$zero_list = [];
$zero_last_list = [];
$add_zero_seconds = false;
foreach ($parts as $time_name => $part) {
// end for micro seconds
if ($show_microseconds === false && $time_name == 'microseconds') {
continue;
}
// skip at this time position
if ($part == $truncate_after || $truncate_after == $time_name) {
$skip = false;
}
if ($skip === true) {
continue;
}
if ($show_only_days === true && $part == 'd') {
$value = $interval->days;
$skip = true;
} else {
/** @phan-suppress-next-line PhanUndeclaredProperty */
$value = $interval->$part;
}
if ($value == 0 && $skip_last_zero === true) {
continue;
}
// print "-> V: $value | $part, $time_name | I: " . is_int($value) . " | F: " . is_float($value)
// . " | " . ($value != 0 ? 'Not zero' : 'ZERO') . "
";
// var_dump($skip_last_zero);
if ($value != 0 || $skip_zero === false || $skip_last_zero === false) {
if ($part == 'f') {
if ($truncate_nanoseconds === true) {
$value = round($value, 3);
}
$value *= 1000;
// anything above that is nano seconds?
}
// on first hit turn off (full off)
if ($value) {
$skip_last_zero = null;
} elseif ($skip_last_zero === false) {
$zero_last_list[] = $part;
}
// build format
$format = "$value";
if ($name_space_seperator) {
$format .= " ";
}
if ($short_time_name) {
$format .= $short_name[$time_name];
} elseif ($value == 1) {
$format .= substr($time_name, 0, -1);
} else {
$format .= $time_name;
}
$formatted[] = $format;
}
// if we have 0 value, but only for skip zero condition
if ($skip_zero === false) {
if ($value == 0) {
$zero_list[] = $part;
} else {
$zero_list = [];
}
}
if (
$part == 's' && $value == 0 &&
$show_microseconds === true &&
$truncate_zero_seconds_if_microseconds === false
) {
$add_zero_seconds = true;
}
}
// if there is a zero list, strip that from the beginning, this is done always
if (count($zero_list)) {
// strip
$formatted = array_slice($formatted, 0, count($zero_list) * -1);
} elseif (count($zero_last_list) == count($formatted)) {
// if we have all skip empty last, then we do not have any value
$formatted = [];
}
$formatted = array_reverse($formatted);
// print "=> F: " . print_r($formatted, true)
// . " | Z: " . print_r($zero_list, true)
// . " | ZL: " . print_r($zero_last_list, true)
// . "
";
if (count($formatted) == 0) {
// if we have truncate on, then we assume nothing was found
$str = "0";
if ($name_space_seperator) {
$str .= " ";
}
// if truncate is on, we assume we found nothing
if (!empty($truncate_after)) {
if (in_array($truncate_after, array_values($parts))) {
$truncate_after = array_flip($parts)[$truncate_after];
}
$str .= ($short_time_name ? $short_name[$truncate_after] : $truncate_after);
} else {
$str .= ($short_time_name ? $short_name['seconds'] : 'seconds');
}
return $str;
} elseif (count($formatted) == 1) {
return $negative .
($add_zero_seconds ?
'0'
. ($name_space_seperator ? ' ' : '')
. ($short_time_name ? $short_name['seconds'] : 'seconds')
. ' '
: ''
)
. $formatted[0];
} elseif ($natural_seperator === false) {
return $negative . implode(' ', $formatted);
} else {
$str = implode(', ', array_slice($formatted, 0, -1));
if (!empty($formatted[count($formatted) - 1])) {
$str .= ' and ' . $formatted[count($formatted) - 1];
}
return $negative . $str;
}
}
// __END__