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The range of an instant requires the storage of a number larger than a long. To achieve this, the class stores a long representing epoch-seconds and an int representing nanosecond-of-second, which will always be between 0 and 999,999,999. The epoch-seconds are measured from the standard Java epoch of 1970-01-01T00:00:00Z where instants after the epoch have positive values, and earlier instants have negative values. For both the epoch-second and nanosecond parts, a larger value is always later on the time-line than a smaller value.

For the segment prior to 1972-11-03, extending back arbitrarily far, the consensus international time scale is defined to be UT1, applied proleptically, which is equivalent to the (mean) solar time on the prime meridian (Greenwich). In this segment, the Java Time-Scale is identical to the consensus international time scale. The exact boundary between the two segments is the instant where UT1 = UTC between 1972-11-03T00:00 and 1972-11-04T12:00.

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Implementations of the Java time-scale using the JSR-310 API are not required to provide any clock that is sub-second accurate, or that progresses monotonically or smoothly. Implementations are therefore not required to actually perform the UTC-SLS slew or to otherwise be aware of leap seconds. JSR-310 does, however, require that implementations must document the approach they use when defining a clock representing the current instant. See Clock for details on the available clocks.

This is one year earlier than the minimum LocalDateTime. This provides sufficient values to handle the range of ZoneOffset which affect the instant in addition to the local date-time. The value is also chosen such that the value of the year fits in an int.

This is one year later than the maximum LocalDateTime. This provides sufficient values to handle the range of ZoneOffset which affect the instant in addition to the local date-time. The value is also chosen such that the value of the year fits in an int.

This method allows an arbitrary number of nanoseconds to be passed in. The factory will alter the values of the second and nanosecond in order to ensure that the stored nanosecond is in the range 0 to 999,999,999. For example, the following will result in exactly the same instant: Instant.ofEpochSecond(3, 1); Instant.ofEpochSecond(4, -999_999_999); Instant.ofEpochSecond(2, 1000_000_001);

The range object expresses the minimum and maximum valid values for a field. This instant is used to enhance the accuracy of the returned range. If it is not possible to return the range, because the field is not supported or for some other reason, an exception is thrown.

This queries this instant for the value of the specified field. The returned value will always be within the valid range of values for the field. If it is not possible to return the value, because the field is not supported or for some other reason, an exception is thrown.

This returns an Instant, based on this one, with the instant adjusted. The adjustment takes place using the specified adjuster strategy object. Read the documentation of the adjuster to understand what adjustment will be made.

If the field is not a ChronoField, then the result of this method is obtained by invoking TemporalField.adjustInto(Temporal, long) passing this as the argument. In this case, the field determines whether and how to adjust the instant.

Truncating the instant returns a copy of the original with fields smaller than the specified unit set to zero. The fields are calculated on the basis of using a UTC offset as seen in toString. For example, truncating with the MINUTES unit will round down to the nearest minute, setting the seconds and nanoseconds to zero.

This queries this instant using the specified query strategy object. The TemporalQuery object defines the logic to be used to obtain the result. Read the documentation of the query to understand what the result of this method will be.

This calculates the amount of time between two Instant objects in terms of a single TemporalUnit. The start and end points are this and the specified instant. The result will be negative if the end is before the start. The calculation returns a whole number, representing the number of complete units between the two instants. The Temporal passed to this method is converted to a Instant using from(TemporalAccessor). For example, the amount in seconds between two dates can be calculated using startInstant.until(endInstant, SECONDS).

If this instant has greater than millisecond precision, then the conversion will drop any excess precision information as though the amount in nanoseconds was subject to integer division by one million.

Soooo good! I made this 2 nights ago and have eaten all of it myself. I used a bit more curry paste than it calls for and made it on the stove top instead of instant pot, but otherwise followed the directions and it turned out perfectly! YUM

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Made this using jasmine rice. I noticed some comments about getting the burn notice, so I upped the chicken broth to 2 cups. Sprayed my instant pot with cooking spray, then added chicken, the broth, black beans, corn, and seasoning. Gently stirred. Added rice on top without stirring. Added the salsa on top of the rice and patted down to cover. No burn notice and turned out perfect

So I want to try this recipe but I have a 3 quart instant pot since I usually only cook for two people. I used my instant pot for the first time last night and still navigating it. Any suggestions so I can try this recipe?

This is my favourite instant pot recipe! I never have canned chilies on hand so just leave them out, and often throw in chopped onion, peppers and canned diced tomatoes instead of salsa, and it still comes out amazing every time. Thank you!!!

These are so fast and taste amazing. After work I can throw everything into the instant pot frozen chicken and all it comes out perfect every time. We have used the recipe to make burritos and for burrito bowls. Two of my three kids are picky eaters but all three love this recipe! All your recipes I have tried have been delicious; this is probably my fav.

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Instants are always guaranteed, barring platform bugs, to be no less than any previouslymeasured instant when created, and are often useful for tasks such as measuringbenchmarks or timing how long an operation takes.

Note, however, that instants are not guaranteed to be steady. In otherwords, each tick of the underlying clock might not be the same length (e.g.some seconds may be longer than others). An instant may jump forwards orexperience time dilation (slow down or speed up), but it will never gobackwards.As part of this non-guarantee it is also not specified whether system suspends count aselapsed time or not. The behavior varies across platforms and rust versions. 17dc91bb1f