jOOL 0.9.15 · org.jooq.lambda.tuple.Range · APIdia, the JavaDoc alternative

A range is a special Tuple2 with two times the same type.

Ranges can be (partially) unbounded if one or both of their bounds are null, which corresponds to "infinity", if T is a type that doesn't already have an infinity value, such as Double#POSITIVE_INFINITY or Double#NEGATIVE_INFINITY.

Ranges are inclusive on both bounds.

Field Summary

Modifier and Type	Field and Description
private static final long	serialVersionUID Hides org.jooq.lambda.tuple.Tuple2.serialVersionUID.

Inherited from org.jooq.lambda.tuple.Tuple2:: v1 v2

Constructor Summary

Access	Constructor and Description
public	Range(T lowerInclusive, T upperInclusive)
public	Range(Tuple2<T, T> tuple)

Method Summary

Modifier and Type	Method and Description
public boolean	contains(T t) Whether a value is contained in this range.
public boolean	contains(Range<T> other) Whether a range is contained in this range.
public Optional<Range<T>>	intersect(Tuple2<T, T> other) Deprecated - Use `intersect(Range)` instead. The intersection of two ranges.
public Optional<Range<T>>	intersect(Range<T> other) The intersection of two ranges.
public Optional<Range<T>>	intersect(T lowerInclusive, T upperInclusive) The intersection of two ranges.
public boolean	overlaps(Tuple2<T, T> other) Deprecated - Use `overlaps(Range)` instead. Whether two ranges overlap.
public boolean	overlaps(Range<T> other) Whether two ranges overlap.
public boolean	overlaps(T lowerInclusive, T upperInclusive) Whether two ranges overlap.
private static <T extends Comparable<T>> Tuple2<T, T>	r(T t1, T t2)

Field Detail

serialVersionUID	back to summary
private static final long serialVersionUID Hides org.jooq.lambda.tuple.Tuple2.serialVersionUID.

Constructor Detail

Range	back to summary
public Range(T lowerInclusive, T upperInclusive)

Range	back to summary
public Range(Tuple2<T, T> tuple)

Method Detail

contains back to summary

contains	back to summary
public boolean contains(T t) Whether a value is contained in this range. `// true range(1, 3).contains(2) // false range(1, 3).contains(4)`

public boolean contains(T t)

Whether a value is contained in this range.


// true
range(1, 3).contains(2)

// false
range(1, 3).contains(4)

contains back to summary

contains	back to summary
public boolean contains(Range<T> other) Whether a range is contained in this range. `// true range(1, 3).contains(range(2, 3)) // false range(1, 3).contains(range(2, 4))`

public boolean contains(Range<T> other)

Whether a range is contained in this range.


// true
range(1, 3).contains(range(2, 3))

// false
range(1, 3).contains(range(2, 4))

intersect back to summary

intersect	back to summary
public Optional<Range<T>> intersect(Tuple2<T, T> other) Deprecated - Use `intersect(Range)` instead. The intersection of two ranges. `// (2, 3) range(1, 3).intersect(range(2, 4)) // none range(1, 3).intersect(range(5, 8))`

public Optional<Range<T>> intersect(Tuple2<T, T> other)

Deprecated

- Use intersect(Range) instead.

The intersection of two ranges.


// (2, 3)
range(1, 3).intersect(range(2, 4))

// none
range(1, 3).intersect(range(5, 8))

intersect back to summary

intersect	back to summary
public Optional<Range<T>> intersect(Range<T> other) The intersection of two ranges. `// (2, 3) range(1, 3).intersect(range(2, 4)) // none range(1, 3).intersect(range(5, 8))`

public Optional<Range<T>> intersect(Range<T> other)

The intersection of two ranges.


// (2, 3)
range(1, 3).intersect(range(2, 4))

// none
range(1, 3).intersect(range(5, 8))

intersect back to summary

intersect	back to summary
public Optional<Range<T>> intersect(T lowerInclusive, T upperInclusive) The intersection of two ranges. `// (2, 3) range(1, 3).intersect(2, 4) // none range(1, 3).intersect(5, 8)`

public Optional<Range<T>> intersect(T lowerInclusive, T upperInclusive)

The intersection of two ranges.


// (2, 3)
range(1, 3).intersect(2, 4)

// none
range(1, 3).intersect(5, 8)

overlaps back to summary

overlaps	back to summary
public boolean overlaps(Tuple2<T, T> other) Deprecated - Use `overlaps(Range)` instead. Whether two ranges overlap. `// true range(1, 3).overlaps(range(2, 4)) // false range(1, 3).overlaps(range(5, 8))` Annotations @Deprecated

public boolean overlaps(Tuple2<T, T> other)

Deprecated

- Use overlaps(Range) instead.

Whether two ranges overlap.


// true
range(1, 3).overlaps(range(2, 4))

// false
range(1, 3).overlaps(range(5, 8))

Annotations

@Deprecated

overlaps back to summary

overlaps	back to summary
public boolean overlaps(Range<T> other) Whether two ranges overlap. `// true range(1, 3).overlaps(range(2, 4)) // false range(1, 3).overlaps(range(5, 8))`

public boolean overlaps(Range<T> other)

Whether two ranges overlap.


// true
range(1, 3).overlaps(range(2, 4))

// false
range(1, 3).overlaps(range(5, 8))

overlaps back to summary

overlaps	back to summary
public boolean overlaps(T lowerInclusive, T upperInclusive) Whether two ranges overlap. `// true range(1, 3).overlaps(2, 4) // false range(1, 3).overlaps(5, 8)`

public boolean overlaps(T lowerInclusive, T upperInclusive)

Whether two ranges overlap.


// true
range(1, 3).overlaps(2, 4)

// false
range(1, 3).overlaps(5, 8)

r	back to summary
private static <T extends Comparable<T>> Tuple2<T, T> r(T t1, T t2)

public Class Range<T extends Comparable<T>>

Field Summary

Constructor Summary

Method Summary

Field Detail

Constructor Detail

Method Detail