- This is an open-source library, and contributions are welcome.
- If you have any suggestions, bug reports, or feature requests, please open an issue or submit a pull request on the project repository.
- PHP version 8.3 or newer is required
- composer
If Composer is not installed, follow the official guide.
- Create a
composer.jsonfile at your project root directory (if you don't have one):
{
"require": {
"naingaunglwin-dev/timetracker": "^2.0"
}
}- Run the following command in your terminal from the project's root directory:
composer installIf you already have composer.json file in your project, just run this command in your terminal,
composer require naingaunglwin-dev/timetracker- In your php file,
<?php
require 'vendor/autoload.php';
$tracker = new NAL\TimeTracker\TimeTracker();
$tracker->start('test');
echo 'hello world<br>';
sleep(3);
$tracker->stop('test');
echo $tracker->calculate('test')
->get();
// Output:
// hello world
// 3.0019600391388- By default, the unit is in seconds (s). You can convert to other predefined units like milliseconds (ms), microseconds (us), and more:
$tracker->start('test');
echo 'hello world<br>';
sleep(3);
$tracker->stop('test');
echo $tracker->calculate('test')
->convert('ms')
->get();
// Output:
// hello world
// 3014.9321556091- You can define custom units based on seconds (for example, converting seconds to custom units):
$tracker->start('test');
echo 'hello world<br>';
sleep(3);
$tracker->stop('test');
// Add a custom unit definition (1 second = 10 custom units)
$tracker->addUnitDefinition('testunit', '*', 10);
echo $tracker->calculate('test')
->convert('testunit')
->get();
// Output:
// hello world
// 30.037958621979- You can format the output of the calculated time using named placeholders:
$tracker->start('test');
echo 'hello world<br>';
sleep(3);
$tracker->stop('test');
echo $tracker->calculate('test')
->convert('ms')
->format('Executed in {time}{unit}') // Default: '{time} {unit}'
->get();
// Output:
// hello world
// Executed in 3009.4430446625msResult::get()returns the raw value by default, or the formatted string afterformat()is used.Result::value()always returns the raw numeric value.Result::unit()returns the current unit.Result::toArray()returns a structured representation of the result.
$result = $tracker->calculate('test')
->convert('ms')
->format('Executed in {time}{unit}');
echo $result->get();
// Executed in 3009.4430446625ms
echo $result->value();
// 3009.4430446625
echo $result->unit();
// ms
print_r($result->toArray());
// Output:
// Array
// (
// [time] => 3009.4430446625
// [unit] => ms
// [formatted] => Executed in 3009.4430446625ms
// )- You can track time for a callback function and get both the callback result and the execution time:
class Conversation
{
public function greet($time){
return 'good ' . $time;
}
}
$watch = \NAL\TimeTracker\TimeTracker::watch(
function (Conversation $conv, $time) {
sleep(3);
return $conv->greet($time) . '<br>do something at ' . $time;
},
['time' => 'evening'] // parameters variableName => value
);
echo $watch['result'];
echo $watch['time']->convert('ms')->format('{time}{unit}')->get();- Example output:
array (size=2)
'result' => string 'good evening<br>do something at evening'
'time' => object(NAL\TimeTracker\Result)The following methods help you check timer states and get currently active timers.
$tracker->start('download');
if ($tracker->isStarted('download')) {
echo "Download timer is started.";
}
// Output:
// Download timer is started.$tracker->start('process');
sleep(1);
$tracker->stop('process');
if ($tracker->isStopped('process')) {
echo "Process timer is stopped.";
}
// Output:
// Process timer is stopped.$tracker->start('task1');
$tracker->start('task2');
$tracker->stop('task1');
print_r($tracker->getActiveTimers());
// Output:
// Array
// (
// [0] => task2
// )$tracker->start('import');
echo $tracker->status('import');
// Output:
// in progress$tracker->start('report');
$tracker->stop('report');
if ($tracker->exists('report')) {
echo "Report timer exists.";
}
// Output:
// Report timer exists.durations()returns completed timers converted to the requested unit. By default, it converts to milliseconds and formats each value as{time} {unit}.
$tracker->start('task1');
usleep(10000);
$tracker->stop('task1');
$tracker->start('task2');
usleep(20000);
$tracker->stop('task2');
print_r($tracker->durations());
// Output:
// Array
// (
// [task1] => 10.123 ms
// [task2] => 20.456 ms
// )- Pass an empty format string if you want raw numeric durations:
print_r($tracker->durations('ms', ''));
// Output:
// Array
// (
// [task1] => 10.123
// [task2] => 20.456
// )- Laps mark checkpoints inside a running timer.
$tracker->start('build');
usleep(10000);
$tracker->lap('build', 'Dependencies installed');
usleep(20000);
$tracker->lap('build', 'Assets compiled');
$tracker->stop('build');
print_r($tracker->getLaps('build'));
// Output:
// Array
// (
// [0] => Array
// (
// [description] => Dependencies installed
// [time] => 1760000000.1234
// )
// [1] => Array
// (
// [description] => Assets compiled
// [time] => 1760000000.5678
// )
// )- Paused time is excluded from the final calculated duration.
$tracker->start('download');
usleep(10000);
$tracker->pause('download', 'Waiting for network');
usleep(50000);
$tracker->resume('download', 'Network resumed');
usleep(10000);
$tracker->stop('download');
echo $tracker->calculate('download')
->convert('ms')
->format('{time} {unit}')
->get();inspect()returns the raw tracked data for a timer, including start, end, pause, resume, lap, and status values.
print_r($tracker->inspect('download'));
// Output:
// Array
// (
// [start] => 1760000000.1234
// [end] => 1760000000.2345
// [paused] => Array(...)
// [resumed] => Array(...)
// [status] => completed
// [laps] => Array(...)
// )$tracker->reset('download'); // Reset one timer
$tracker->reset(); // Reset all timers