To me, this is just one in the land of many examples of how Groovy makes programming in Java fun. name // println timestamp // 08:00:00.00 println timestamp. toTimestamp () println now // Mond Apr 10 08:00: println now. First, I create a set of holiday dates (these are Chile’s das feriados for 2021, in case you wondered) called holidaySet. def now = new Date () def timestamp = now. Copy this code into a file called wdb.groovy and run it from the command line to see the results: groovy wdb.groovy 22 working day(s) between -01. No extra libraries needed and I don't have to remember what a timestamp format looks like. If you print out the class names you will also see that it's not just converting it into a formatted string but an actual timestamp object. Groovy adds a convenient method to all Date objects for converting a date to a timestamp. If you haven't already played around with Groovy it seems to remove the annoyances of Java by adding on to the API. Luckily I am using Groovy on this project. you must add 10 years in seconds to the UNIX datetime value. SimpleDateFormat Date now = new Date () SimpleDateFormat timestamp = new SimpleDateFormat ( " yyyy-MM-dd HH:mm:ss " ) // 08:00:00 println timestamp. An epoch date, which is an integer representation of a date as the number of seconds. Not the hardest thing in the world to do but certainly something I don't care to do. Release Date: June 6 at radio now ALICE COOPER Brutal Planet (Spitfire) Alice. With this simple Java example, we need to bring in another package to do formatting, create a formatting object with the correct pattern and then format our date. But the Motor City fivesome injects its groovy, Sabbath-worshipping. I need to stick this date/time into a timestamp column and to do so in most languages you need to format this so it matches up to what a timestamp column expects. Say, we want to find the date object 10 days after the date in our example above. There are two ways to perform the arithmetic operations on the date objects, using the plus and minus methods, and using the + and -operators. The problem with this (and the same goes for other languages) is that you can't insert that value into a timestamp column. Date Arithmetic Operations We’ll use the same example above to perform arithmetic operations on the date object. It's pretty darn easy in most languages to grab the current date/time and in Java, you can do so just by creating a new instance of the Date class. I am working on a project where I am using straight SQL to insert a record into a database using Groovy. Lucky for us, Groovy makes it super simple to work with dates. Working with Dates in any language is one of those core fundamentals you need to know right away. Minus 10 minutes is = T22:46:55.Inserting a Groovy Date into a Time Stamp Column For example: def d new Date (0) def tz TimeZone. BaseDuration.getMinutes (Showing top 7 results out of 315) groovy. Create a String representation of this date according to the given format pattern and timezone. The output shows the result of adding or subtracting seconds, minutes and hours the the DateTime object. java code examples Tabnine BaseDuration.getMinutes How to use getMinutes method in Best Java code snippets using groovy.time. ("Minus 1 hour is = " + dateTime.minusHours(1)) ("Minus 10 minutes is = " + dateTime.minusMinutes(10)) ("Minus 60 seconds is = " + dateTime.minusSeconds(60)) Minus some hours, minutes, and seconds to the original DateTime. so I prefer it like this: def duration ( new Date (), new Date (session.creationTime) ) def values 'seconds: ' + conds, 'min: ' + duration.minutes, 'hours: ' + duration.hours, 'days: ' + duration.days, 'ago: ' + duration.ago, Share. ("Plus 10 minutes is = " + usMinutes(10)) ("Plus 60 seconds is = " + usSeconds(60)) Plus some hours, minutes, and seconds to the original DateTime. Creates an instance of current DateTime which represents the The get the new value of the DateTime object you need to assign it to a variable. In the code snippet below we call the plus() and minus() method without storing the result of the operation, we are only going to print it out. Instead, these methods return a new DateTime object for each method calls. The DateTime object is an immutable object, which means calling one of the plus() or minus() method does not modify the current object. Some methods are available to add or subtract hours, minutes or seconds from the object, as you can see in the example below. In this example you will learn how to add hours, minutes or seconds to a DateTime object in Joda-Time.
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