Symfony Profiler

• Request / Response
• Performance
• Validator
• Forms
• Exception
• Logs 12
• Events
• Routing
• Cache
• Translation 250
• Security
• Twig
• Twig Components
• HTTP Client
• Doctrine
• Debug
• Messages
• Emails
• Notifications
• Serializer
• EasyAdmin
• VichUploader
• Doctrine MongoDB 0
• Redis
• Vite
• Configuration

Commands

#	Time	Connection	Command
1	0.71 ms	cache	CONNECT redis.internal 6379 5 <null> 5 5
2	0.34 ms	cache	SELECT 0
3	0.32 ms	cache	MGET wJo3GJ9dRH:data > anonymous-media > id=2714,locale=es,domain=www
4	0.57 ms	cache	INFO Memory
5	0.03 ms	cache	MULTI 2
6	0.09 ms	cache	SETEX wJo3GJ9dRH:data > anonymous-media > id=2714,locale=es,domain=www 2678399 �ǭA _Oa:2:{i:0;s:13:"cache-service";i:1;s:36:"cache-service-data > anonymous-media";}a:15:{s:2:"id";i:395;s:5:"title";s:15:"Motor 4 tiempos";s:4:"slug";s:15:"motor-4-tiempos";s:9:"mediaType";s:10:"simulation";s:14:"thumbnailSizes";a:3:{s:9:"node_pack";s:157:"https://www.preprod-yousg3q-etbsswybjvlic.fr-3.platformsh.site/media-cache/media_thumbnail_node_pack/uploads/media/thumbnails/395-6545f34965378261011721.webp";s:10:"suggestion";s:158:"https://www.preprod-yousg3q-etbsswybjvlic.fr-3.platformsh.site/media-cache/media_thumbnail_suggestion/uploads/media/thumbnails/395-6545f34965378261011721.webp";s:5:"title";s:153:"https://www.preprod-yousg3q-etbsswybjvlic.fr-3.platformsh.site/media-cache/media_thumbnail_title/uploads/media/thumbnails/395-6545f34965378261011721.webp";}s:19:"thumbnailBackground";s:7:"#b51d8e";s:11:"publishedAt";O:17:"DateTimeImmutable":3:{s:4:"date";s:26:"2015-05-11 00:00:00.000000";s:13:"timezone_type";i:3;s:8:"timezone";s:3:"UTC";}s:8:"isExpert";b:0;s:5:"goals";s:79:"<ul> <li>Mostrar la cronolog&iacute;a de un ciclo t&eacute;rmico.</li> </ul>";s:5:"width";i:550;s:6:"height";i:440;s:11:"description";s:617:"<p>El motor de cuatro tiempos es un motor a explosi&oacute;n (de combusti&oacute;n interna o t&eacute;rmica) utilizado para la propulsi&oacute;n de numerosos veh&iacute;culos de transporte. Requiere la sucesi&oacute;n de cuatro fases: admisi&oacute;n de la mezcla aire/carburante, su compresi&oacute;n realizada por un pist&oacute;n, inicio de la explosi&oacute;n por una buj&iacute;a que produce la combusti&oacute;n (fuente de energ&iacute;a), y el escape de los gases de combusti&oacute;n. Luego, el ciclo vuelve a comenzar.</p> <p><strong>Hacer clic</strong> sobre [play] para avanzar a la etapa siguiente.</p>";s:11:"suggestions";a:5:{i:0;a:9:{s:2:"id";i:961;s:5:"title";s:16:"Vacuna Candidata";s:4:"slug";s:16:"vacuna-candidata";s:9:"mediaType";s:10:"simulation";s:14:"thumbnailSizes";a:3:{s:9:"node_pack";s:157:"https://www.preprod-yousg3q-etbsswybjvlic.fr-3.platformsh.site/media-cache/media_thumbnail_node_pack/uploads/media/thumbnails/961-6545f48ce2f30476819160.webp";s:10:"suggestion";s:158:"https://www.preprod-yousg3q-etbsswybjvlic.fr-3.platformsh.site/media-cache/media_thumbnail_suggestion/uploads/media/thumbnails/961-6545f48ce2f30476819160.webp";s:5:"title";s:153:"https://www.preprod-yousg3q-etbsswybjvlic.fr-3.platformsh.site/media-cache/media_thumbnail_title/uploads/media/thumbnails/961-6545f48ce2f30476819160.webp";}s:19:"thumbnailBackground";s:7:"#462f92";s:11:"publishedAt";O:17:"DateTimeImmutable":3:{s:4:"date";s:26:"2021-07-07 00:00:00.000000";s:13:"timezone_type";i:3;s:8:"timezone";s:3:"UTC";}s:8:"isExpert";b:0;s:5:"goals";N;}i:1;a:9:{s:2:"id";i:42;s:5:"title";s:23:"Motor de combustión #2";s:4:"slug";s:21:"motor-de-combustion-2";s:9:"mediaType";s:10:"simulation";s:14:"thumbnailSizes";a:3:{s:9:"node_pack";s:156:"https://www.preprod-yousg3q-etbsswybjvlic.fr-3.platformsh.site/media-cache/media_thumbnail_node_pack/uploads/media/thumbnails/42-6545f3571ae01935760943.webp";s:10:"suggestion";s:157:"https://www.preprod-yousg3q-etbsswybjvlic.fr-3.platformsh.site/media-cache/media_thumbnail_suggestion/uploads/media/thumbnails/42-6545f3571ae01935760943.webp";s:5:"title";s:152:"https://www.preprod-yousg3q-etbsswybjvlic.fr-3.platformsh.site/media-cache/media_thumbnail_title/uploads/media/thumbnails/42-6545f3571ae01935760943.webp";}s:19:"thumbnailBackground";s:7:"#f25821";s:11:"publishedAt";O:17:"DateTimeImmutable":3:{s:4:"date";s:26:"2015-05-11 00:00:00.000000";s:13:"timezone_type";i:3;s:8:"timezone";s:3:"UTC";}s:8:"isExpert";b:0;s:5:"goals";s:79:"<ul> <li>Mostrar la cronolog&iacute;a de un ciclo t&eacute;rmico.</li> </ul>";}i:2;a:9:{s:2:"id";i:986;s:5:"title";s:12:"Ley de Hooke";s:4:"slug";s:12:"ley-de-hooke";s:9:"mediaType";s:10:"simulation";s:14:"thumbnailSizes";a:3:{s:9:"node_pack";s:157:"https://www.preprod-yousg3q-etbsswybjvlic.fr-3.platformsh.site/media-cache/media_thumbnail_node_pack/uploads/media/thumbnails/986-6545f4972a545694649983.webp";s:10:"suggestion";s:158:"https://www.preprod-yousg3q-etbsswybjvlic.fr-3.platformsh.site/media-cache/media_thumbnail_suggestion/uploads/media/thumbnails/986-6545f4972a545694649983.webp";s:5:"title";s:153:"https://www.preprod-yousg3q-etbsswybjvlic.fr-3.platformsh.site/media-cache/media_thumbnail_title/uploads/media/thumbnails/986-6545f4972a545694649983.webp";}s:19:"thumbnailBackground";s:7:"#00b7ad";s:11:"publishedAt";O:17:"DateTimeImmutable":3:{s:4:"date";s:26:"2023-09-26 00:00:00.000000";s:13:"timezone_type";i:3;s:8:"timezone";s:3:"UTC";}s:8:"isExpert";b:0;s:5:"goals";s:418:"<ul> <li>Explicar las&nbsp; relaciones entre la fuerza de resorte, la constante de resorte y desplazamiento, que es la ley de Hooke.</li> <li>Describir c&oacute;mo conectando dos resortes en serie o en paralelo se afecta la constante de resorte efectiva y las fuerzas.</li> <li>Dar la f&oacute;rmula para un resorte individual que es equivalente a un sistema con dos resortes, en serie o en paralelo.</li> </ul>";}i:3;a:9:{s:2:"id";i:513;s:5:"title";s:17:"Bomba hidráulica";s:4:"slug";s:16:"bomba-hidraulica";s:9:"mediaType";s:10:"simulation";s:14:"thumbnailSizes";a:3:{s:9:"node_pack";s:157:"https://www.preprod-yousg3q-etbsswybjvlic.fr-3.platformsh.site/media-cache/media_thumbnail_node_pack/uploads/media/thumbnails/513-6545f39233284727889716.webp";s:10:"suggestion";s:158:"https://www.preprod-yousg3q-etbsswybjvlic.fr-3.platformsh.site/media-cache/media_thumbnail_suggestion/uploads/media/thumbnails/513-6545f39233284727889716.webp";s:5:"title";s:153:"https://www.preprod-yousg3q-etbsswybjvlic.fr-3.platformsh.site/media-cache/media_thumbnail_title/uploads/media/thumbnails/513-6545f39233284727889716.webp";}s:19:"thumbnailBackground";s:7:"#462f92";s:11:"publishedAt";O:17:"DateTimeImmutable":3:{s:4:"date";s:26:"2015-05-11 00:00:00.000000";s:13:"timezone_type";i:3;s:8:"timezone";s:3:"UTC";}s:8:"isExpert";b:0;s:5:"goals";s:130:"<ul> <li>Estudiar el funcionamineto de una m&aacute;quina.</li> <li>introducir la noci&oacute;n de presi&oacute;n.</li> </ul>";}i:4;a:9:{s:2:"id";i:252;s:5:"title";s:26:"Motor de corriente alterna";s:4:"slug";s:26:"motor-de-corriente-alterna";s:9:"mediaType";s:10:"simulation";s:14:"thumbnailSizes";a:3:{s:9:"node_pack";s:157:"https://www.preprod-yousg3q-etbsswybjvlic.fr-3.platformsh.site/media-cache/media_thumbnail_node_pack/uploads/media/thumbnails/252-6545f2f6d9cf2174671762.webp";s:10:"suggestion";s:158:"https://www.preprod-yousg3q-etbsswybjvlic.fr-3.platformsh.site/media-cache/media_thumbnail_suggestion/uploads/media/thumbnails/252-6545f2f6d9cf2174671762.webp";s:5:"title";s:153:"https://www.preprod-yousg3q-etbsswybjvlic.fr-3.platformsh.site/media-cache/media_thumbnail_title/uploads/media/thumbnails/252-6545f2f6d9cf2174671762.webp";}s:19:"thumbnailBackground";s:7:"#00a751";s:11:"publishedAt";O:17:"DateTimeImmutable":3:{s:4:"date";s:26:"2015-05-11 00:00:00.000000";s:13:"timezone_type";i:3;s:8:"timezone";s:3:"UTC";}s:8:"isExpert";b:0;s:5:"goals";s:440:"<ul> <li>Ilustrar c&oacute;mo se genera un campo en rotaci&oacute;n a partir de bobinas fijas.</li> <li>Introducir una de las m&aacute;s bellas aplicaciones de un circuito trif&aacute;sico.</li> <li>Visualizar porqu&eacute; la velocidad de rotaci&oacute;n es proporcional a la frecuencia de la se&ntilde;al sinusoidal.</li> <li>Ilustrar c&oacute;mo las bobinas por las que pasa corriente se comportan como electroimanes.</li> </ul>";}}s:4:"tags";a:10:{i:0;s:9:"4 tiempos";i:1;s:6:"bujía";i:2;s:5:"calor";i:3;s:14:"ciclo térmico";i:4;s:5:"motor";i:5;s:4:"otto";i:6;s:7:"pistón";i:7;s:14:"termodinámico";i:8;s:7:"trabajo";i:9;s:8:"válvula";}s:12:"baseNodeName";s:7:"Física";}
7	0.09 ms	cache	SADD wJo3GJ9dRH: tags cache-service wJo3GJ9dRH:data > anonymous-media > id=2714,locale=es,domain=www
8	0.03 ms	cache	SADD wJo3GJ9dRH: tags cache-service-data > anonymous-media wJo3GJ9dRH:data > anonymous-media > id=2714,locale=es,domain=www
9	0.49 ms	cache	EXEC
10	2.04 ms	cache	MGET wJo3GJ9dRH:data > locale-page-groups > locale=es