The minusDays() method in Java, part of the java.time.Duration class, is used to subtract a specified number of days from a Duration instance. This method is useful for calculating durations that are a specified number of days less than the original duration.
The minus() method in Java, part of the java.time.Duration class, is used to subtract a specified amount of time from a Duration instance. This method is useful for calculating durations that are a specified amount of time less than the original duration.
The isNegative() method in Java, part of the java.time.Duration class, is used to check if the duration is negative. This method is useful when you need to determine whether a Duration instance represents a negative time span.
The getSeconds() method in Java, part of the java.time.Duration class, is used to obtain the number of seconds in the duration. This method is useful when you need to retrieve the total seconds represented by a Duration instance for time-based calculations or display.
The getNano() method in Java, part of the java.time.Duration class, is used to obtain the nanosecond part of the duration. This method is useful when you need to retrieve the nanoseconds from a Duration instance for detailed time-based calculations or display.
The get() method in Java, part of the java.time.Duration class, is used to obtain the value of the specified temporal unit from the duration. This method is useful when you need to extract specific components of the duration, such as seconds or nanoseconds.
The equals() method in Java, part of the java.time.Duration class, is used to compare the current Duration instance with another object to determine if they are equal. This method is useful for checking if two Duration instances represent the same length of time.
The dividedBy() method in Java, part of the java.time.Duration class, is used to divide the current Duration instance by a specified divisor to obtain a new Duration. This method is useful when you need to split a duration into smaller parts.
The compareTo() method in Java, part of the java.time.Duration class, is used to compare two Duration instances. This method is useful for determining the ordering of durations, such as sorting a list of durations.
The between() method in Java, part of the java.time.Duration class, is used to obtain a Duration representing the duration between two temporal objects. This method is useful for calculating the time difference between two points in time.
The abs() method in Java, part of the java.time.Duration class, is used to obtain a Duration object with an absolute positive value. This method is useful when you need to ensure that the duration is non-negative, regardless of the original sign.
The systemUTC() method in Java, part of the java.time.Clock class, is used to obtain a clock that returns the current time according to the system clock in the UTC time zone. This method is essential for creating a Clock instance that reflects the system’s real-time clock in the UTC time zone.
The system() method in Java, part of the java.time.Clock class, is used to obtain a clock that returns the current time according to the system clock and the specified time zone. This method is essential for creating a Clock instance that is based on the system’s real-time clock.
The millis() method in Java, part of the java.time.Clock class, is used to obtain the current time in milliseconds from the epoch of 1970-01-01T00:00:00Z (UTC) from a Clock instance. This method is useful for time-based calculations and measurements that require millisecond precision.
The instant() method in Java, part of the java.time.Clock class, is used to obtain the current instant from a Clock instance. This method is essential for retrieving the current point in time represented by a Clock, which is especially useful for time-related calculations and operations.
The getZone() method in Java, part of the java.time.Clock class, is used to obtain the time zone of a given Clock instance. This method is essential for understanding the context in which a Clock instance operates, especially when working with different time zones.
The equals() method in Java, part of the java.time.Clock class, is used to compare a given Clock instance with another object for equality. This method is essential for determining whether two Clock instances represent the same point on the timeline.