Therefore, the unix time stamp is merely the number of seconds between a particular date and the Unix Epoch. This count starts at the Unix Epoch on January 1st, 1970 at UTC. The unix time stamp is a way to track time as a running total of seconds. Here's a reference to the DateTime to work out any timezone and DST differences:īefore we go into the details of this option we should be aware of the following: You will have to work out DST transitions and months having different numbers of days. Chicago (USA - Illinois) - UTC Offset UTC -5 hours ![]() Since you didn't specify how you interface the database, here's a PHP example and functions to handle the date, time and time zones.Į.g. Here's a practical article that goes into the rabbit hole of using MySQL to manage date, time and timezone. There's a lot to cover in regards to using MySQL. To be able to choose, you will have to make an educated decision. Using MySQL might seem like a better idea (that's what I'd like to think), but there's a lot more to it. To me this is a bit more work to handle, but the data is fully loaded, managed and updated by MySQL. In respect to MySQL Data Type Storage Requirements read the link and make sure you satisfy the table storage engine and type requirements in your project. The TIMESTAMP type has special automatic updating behavior, described later." ![]() Each temporal type has a range of valid values, as well as a “zero” value that may be used when you specify an invalid value that MySQL cannot represent. "The date and time types for representing temporal values are DATE, TIME, DATETIME, TIMESTAMP, and YEAR. You should find the best and easiest in your case way to handle time zones.įrom MySQL Date and Time Types - you can create table fields that will hold your date and time values. No matter the case and the app (mobile, web, etc.) the problem is the same. ![]() It is up to you to decide the best way to solve timezone problem when users and server has different locale.
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