Java 8 LocalDate

In this article, we will take a look at LocalDate in java, its meaning and how to create a date with year, month and date in java.

LocalDate is a new class added in java 8 in java.time package. It represents a date without any timezone information.
If you want to store just a date, then this class should be used in preference to java.util.Date.

LocalDate is an immutable class. This means that once an instance of LocalDate is created, it cannot be modified.
LocalDate is also a final class. This means that you cannot extend and modify its functionality.
Creating LocalDate
A LocalDate object can be created using its static now() method as shown below

LocalDate current =;
System.out.println(current); // prints 2021-09-07

now() returns the current date in yyyy-MM-dd format.
Create LocalDate with year, month & date
LocalDate provides of() method which takes three integer arguments representing year, month and day respectively. It returns a LocalDate with the values supplied. Example,

LocalDate date = LocalDate.of(2021, 9, 7);
System.out.println(date); // prints 2021-09-07

Values for year, month and date must be valid.

Thus, LocalDate.of(2021, 15, 35) will throw

java.time.DateTimeException: Invalid value for MonthOfYear (valid values 1 – 12): 15

Create LocalDate from string
If you have a date in string form, it can be converted to a LocalDate using its parse() method as shown below

LocalDate date = LocalDate.parse("2021-09-07"); 
System.out.println(date); // prints 2021-09-07

There are two restrictions with parse():
1. Format of date string must be yyyy-MM-dd.
2. Year must be of 4 digits, that is, 21 is invalid. Month and date must be of 2 digits, that is, 9 is invalid; it must be 09.

If you want to parse dates of different format, then use overloaded parse() method, which takes an object of DateTimeFormatter with custom format.
Below code is used to parse a date in dd-MM-yyyy format

DateTimeFormatter format = DateTimeFormatter.ofPattern("dd-MM-yyyy");
LocalDate date = LocalDate.parse("09-07-2021",format); 
System.out.println(date); // prints 2021-09-07

Get Fields from LocalDate
If you have a LocalDate object, then you can get fields of this date such as year, month as a number, name of month, date, day of month, day of year etc., as shown below

LocalDate now =;
System.out.println("Date:" + now);
System.out.println("Year: " + now.getYear());
System.out.println("Month name: " + now.getMonth());
System.out.println("Month value: " + now.getMonthValue());
System.out.println("Day of month: " + now.getDayOfMonth());
System.out.println("Day of year: " + now.getDayOfYear());
System.out.println("Day of week: " + now.getDayOfWeek());

This prints

Year: 2021
Month name: SEPTEMBER
Month value: 9
Day of month: 8
Day of year: 251
Day of week: WEDNESDAY

Check Leap Year with LocalDate
LocalDate has an isLeapYear(), which checks its year to be a leap year and returns true or false accordingly. Example,

LocalDate now =;
System.out.println(now.isLeapYear()); // false

Comparing LocalDates
LocalDate contains methods that can be used to check if the dates represented by two LocalDate objects fall before/after each other or they are same. Example,

LocalDate now =;
// create a date for next year
LocalDate nextYear = LocalDate.of(now.getYear() + 1, 
          now.getMonthValue(), now.getDayOfMonth());
System.out.println(nextYear.isAfter(now)); // true
System.out.println(now.isBefore(nextYear)); // false
System.out.println(now.isEqual(nextYear)); // false
System.out.println(now.compareTo(nextYear)); // -1

All methods are self-explanatory except compareTo(), which returns an integer value:
-1 : if the LocalDate on which it is called,  is before the argument object.
0 : if the LocalDate on which it is called, represents the same date as the argument object.
1 : if the LocalDate on which it is called, is after the argument object.
Creating LocalDate from another
In the last example, we created a LocalDate for next year by getting year, month and date from another LocalDate object and then used of() method with these values.

LocalDate provides methods to create a new LocalDate from an existing one by altering one of its fields. These methods are
It takes an integer and returns a new LocalDate object with year set to the supplied value.
It takes an integer and returns a new LocalDate object with month set to the supplied value.
It takes an integer and returns a new LocalDate object with date set to the supplied value.

All of these methods return a new LocalDate object. The object on which these methods are invoked remains unaltered. Example,

LocalDate now =;
LocalDate nextYear = now.withYear(now.getYear()+1);
LocalDate tomorrow = now.withDayOfMonth(now.getDayOfMonth()+1);
LocalDate lastMonth = now.withMonth(12);
System.out.println(nextYear); // 2022-09-08
System.out.println(tomorrow); // 2021-09-09
System.out.println(lastMonth); // 2021-12-08

That is all on LocalDate in java 8.
We saw how to create LocalDate set to current date with now() and with year, month and date using of() method and parsing a string date using parse() method.
We also looked at comparing two LocalDate objects using isBefore(), isAfter(), and isEqual() and compareTo() methods.
Finally, we saw how to create a LocalDate object from another object by modifying one of its fields.
Hope the article was useful.

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