Uses of Interface de.cuioss.test.generator.internal.net.java.quickcheck.Generator (cui test generator 1.1.0 API)

Packages that use Generator
Package	Description
de.cuioss.test.generator.internal.net
de.cuioss.test.generator.internal.net.java.quickcheck
de.cuioss.test.generator.internal.net.java.quickcheck.generator
de.cuioss.test.generator.internal.net.java.quickcheck.generator.iterable
de.cuioss.test.generator.internal.net.java.quickcheck.generator.support

Uses of Generator in de.cuioss.test.generator.internal.net

Methods in de.cuioss.test.generator.internal.net that return Generator
Modifier and Type	Method	Description
`@NonNull Generator<T>`	QuickCheckGeneratorAdapter.`getGenerator()`

Constructors in de.cuioss.test.generator.internal.net with parameters of type Generator
Constructor	Description
`QuickCheckGeneratorAdapter(@NonNull Class<T> type, @NonNull Generator<T> generator)`

Uses of Generator in de.cuioss.test.generator.internal.net.java.quickcheck

Subinterfaces of Generator in de.cuioss.test.generator.internal.net.java.quickcheck
Modifier and Type	Interface	Description
`interface`	`ExtendibleGenerator<I,T>`	Generator which depends upon other generator instances.
`interface`	`FrequencyGenerator<T>`	Create a frequency generator.
`interface`	`ObjectGenerator<T>`	Declarative object generator definition.
`interface`	`StatefulGenerator<T>`	Any generator keeping state information has to implemet this interface.

Methods in de.cuioss.test.generator.internal.net.java.quickcheck that return Generator
Modifier and Type	Method	Description
`Generator<?>`	GeneratorException.`getGenerator()`

Methods in de.cuioss.test.generator.internal.net.java.quickcheck with parameters of type Generator
Modifier and Type	Method	Description
`ExtendibleGenerator<I,T>`	ExtendibleGenerator.`add(Generator<I> newGenerator)`	Add a new generator.
`FrequencyGenerator<T>`	FrequencyGenerator.`add(Generator<T> gen, int weight)`	Add a new input generator.
`static <T> void`	QuickCheck.`forAll(int runs, Generator<T> generator, Characteristic<T> characteristic)`	Check the `Characteristic` for all values generated by the given `Generator`.
`static <T> void`	QuickCheck.`forAll(Generator<T> generator, Characteristic<T> characteristic)`	Check the `Characteristic` for all values generated by the given `Generator`.
`static <T> void`	QuickCheck.`forAllVerbose(int runs, Generator<T> generator, Characteristic<T> characteristic)`	Check the `Characteristic` for all values generated by the given `Generator`.
`static <T> void`	QuickCheck.`forAllVerbose(Generator<T> generator, Characteristic<T> characteristic)`	Check the `Characteristic` for all values generated by the given `Generator`.
`void`	ObjectGenerator.ReturnValue.`returns(Generator<? extends R> generator)`

Constructors in de.cuioss.test.generator.internal.net.java.quickcheck with parameters of type Generator
Constructor	Description
`GeneratorException(String message, Generator<?> generator)`

Uses of Generator in de.cuioss.test.generator.internal.net.java.quickcheck.generator

Methods in de.cuioss.test.generator.internal.net.java.quickcheck.generator that return Generator
Modifier and Type	Method	Description
`static <T> Generator<T[]>`	CombinedGenerators.`arrays(Generator<? extends T> content, Generator<Integer> size, Class<T> type)`	Create a generator of arrays with values from the content generator.
`static <T> Generator<T[]>`	CombinedGenerators.`arrays(Generator<? extends T> content, Class<T> type)`	Create a generator of arrays with values from the content generator.
`static <T> Generator<T[]>`	Generators.`arrays(Generator<? extends T> content, Generator<Integer> size, Class<T> type)`	Create a generator of arrays with values from the content generator.
`static <T> Generator<T[]>`	Generators.`arrays(Generator<? extends T> content, Class<T> type)`	Create a generator of arrays with values from the content generator.
`static Generator<Character>`	Generators.`basicLatinCharacters()`	Create a new character generator which generates latin characters.
`static Generator<Character>`	PrimitiveGenerators.`basicLatinCharacters()`	Create a new character generator which generates latin characters.
`static Generator<Boolean>`	Generators.`booleans()`	Create a generator for boolean values.
`static Generator<Boolean>`	PrimitiveGenerators.`booleans()`	Create a generator for boolean values.
`static Generator<byte[]>`	CombinedGenerators.`byteArrays()`	Create a generator of byte arrays.
`static Generator<byte[]>`	CombinedGenerators.`byteArrays(Generator<Byte> content, Generator<Integer> size)`	Create a generator of byte arrays.
`static Generator<byte[]>`	CombinedGenerators.`byteArrays(Generator<Integer> size)`	Create a generator of byte arrays.
`static Generator<byte[]>`	Generators.`byteArrays()`	Create a generator of byte arrays.
`static Generator<byte[]>`	Generators.`byteArrays(Generator<Byte> content, Generator<Integer> size)`	Create a generator of byte arrays.
`static Generator<byte[]>`	Generators.`byteArrays(Generator<Integer> size)`	Create a generator of byte arrays.
`static Generator<Byte>`	Generators.`bytes()`	Create a new byte generator which creates byte values ranging from `Byte.MIN_VALUE` to `Byte.MAX_VALUE`.
`static Generator<Byte>`	Generators.`bytes(byte lo, byte hi)`	Create a new byte generator which creates byte values ranging from lo to hi.
`static Generator<Byte>`	Generators.`bytes(byte lo, byte hi, Distribution distribution)`	Create a new integer generator which creates integers ranging from lo to hi based on the given `Distribution`.
`static Generator<Byte>`	PrimitiveGenerators.`bytes()`	Create a new byte generator which creates byte values ranging from `Byte.MIN_VALUE` to `Byte.MAX_VALUE`.
`static Generator<Byte>`	PrimitiveGenerators.`bytes(byte lo, byte hi)`	Create a new byte generator which creates byte values ranging from lo to hi.
`static Generator<Byte>`	PrimitiveGenerators.`bytes(byte lo, byte hi, Distribution distribution)`	Create a new integer generator which creates integers ranging from lo to hi based on the given `Distribution`.
`static <T> Generator<T>`	Generators.`cast(Generator<? extends T> generator)`	Cast a generator to a super type generator.
`static Generator<Character>`	Generators.`characters()`	Create a new character generator. The characters are from the Basic Latin and Latin-1 Supplement unicode blocks.
`static Generator<Character>`	Generators.`characters(char lo, char hi)`	Create a new character generator which generates characters ranging from lo to hi.
`static Generator<Character>`	Generators.`characters(Character... chars)`	Create a new character generator which generates characters from the given character array.
`static Generator<Character>`	Generators.`characters(Iterable<Character> chars)`	Create a new character generator which generates characters from the given characters.
`static Generator<Character>`	Generators.`characters(String string)`	Create a new character generator which generates characters from the given string.
`static Generator<Character>`	PrimitiveGenerators.`characters()`	Create a new character generator. The characters are from the Basic Latin and Latin-1 Supplement unicode blocks.
`static Generator<Character>`	PrimitiveGenerators.`characters(char lo, char hi)`	Create a new character generator which generates characters ranging from lo to hi.
`static Generator<Character>`	PrimitiveGenerators.`characters(Character... chars)`	Create a new character generator which generates characters from the given character array.
`static Generator<Character>`	PrimitiveGenerators.`characters(Iterable<Character> chars)`	Create a new character generator which generates characters from the given characters.
`static Generator<Character>`	PrimitiveGenerators.`characters(String string)`	Create a new character generator which generates characters from the given string.
`static <T> Generator<T>`	Generators.`clonedValues(T prototype)`	A cloning generator which uses object serialization to create clones of the prototype object.
`static <T> Generator<T>`	PrimitiveGenerators.`clonedValues(T prototype)`	A cloning generator which uses object serialization to create clones of the prototype object.
`static Generator<Date>`	Generators.`dates()`	Create a generator for date values.
`static Generator<Date>`	Generators.`dates(long low, long high)`	Create a generator for date values from low to high.
`static Generator<Date>`	Generators.`dates(Long low, Long high, TimeUnit precision)`	Create a generator for date values from low to high with the given precision.
`static Generator<Date>`	Generators.`dates(TimeUnit precision)`	Create a generator for date values with the given precision.
`static Generator<Date>`	Generators.`dates(Date low, Date high)`	Create a generator for date values from low to high.
`static Generator<Date>`	PrimitiveGenerators.`dates()`	Create a generator for date values.
`static Generator<Date>`	PrimitiveGenerators.`dates(long low, long high)`	Create a generator for date values from low to high.
`static Generator<Date>`	PrimitiveGenerators.`dates(Long low, Long high, TimeUnit precision)`	Create a generator for date values from low to high with the given precision.
`static Generator<Date>`	PrimitiveGenerators.`dates(TimeUnit precision)`	Create a generator for date values with the given precision.
`static Generator<Date>`	PrimitiveGenerators.`dates(Date low, Date high)`	Create a generator for date values from low to high.
`static Generator<Double>`	Generators.`doubles()`	Create a new double generator which creates doubles ranging from `Double.MIN_VALUE` to `Double.MAX_VALUE`.
`static Generator<Double>`	Generators.`doubles(double lo, double hi)`	Create a new double generator which creates doubles ranging from lo to hi.
`static Generator<Double>`	Generators.`doubles(double lo, double hi, Distribution distribution)`	Create a new double generator which creates doubles ranging from lo to hi based on the given `Distribution`.
`static Generator<Double>`	PrimitiveGenerators.`doubles()`	Create a new double generator which creates doubles ranging from `Double.MIN_VALUE` to `Double.MAX_VALUE`.
`static Generator<Double>`	PrimitiveGenerators.`doubles(double lo, double hi)`	Create a new double generator which creates doubles ranging from lo to hi.
`static Generator<Double>`	PrimitiveGenerators.`doubles(double lo, double hi, Distribution distribution)`	Create a new double generator which creates doubles ranging from lo to hi based on the given `Distribution`.
`static <T> Generator<List<T>>`	CombinedGenerators.`duplicates(Iterable<T> input)`	Create a generator that produces lists of duplicates.
`static <T> Generator<List<T>>`	CombinedGenerators.`duplicates(T... input)`	Create a generator that produces lists of duplicates.
`static <T> Generator<List<T>>`	Generators.`duplicates(Iterable<T> input)`	Create a generator that produces lists of duplicates.
`static <T> Generator<List<T>>`	Generators.`duplicates(T... input)`	Create a generator that produces lists of duplicates.
`static <T extends Enum<T>> Generator<T>`	Generators.`enumValues(Class<T> enumClass)`	Create a generator of enumeration values.
`static <T extends Enum<T>> Generator<T>`	Generators.`enumValues(Class<T> enumClass, Iterable<T> excludedValues)`	Create a generator of enumeration values.
`static <T extends Enum<T>> Generator<T>`	Generators.`enumValues(Class<T> enumClass, T... excluded)`	Create a generator of enumeration values.
`static <T extends Enum<T>> Generator<T>`	PrimitiveGenerators.`enumValues(Class<T> enumClass)`	Create a generator of enumeration values.
`static <T extends Enum<T>> Generator<T>`	PrimitiveGenerators.`enumValues(Class<T> enumClass, Iterable<T> excludedValues)`	Create a generator of enumeration values.
`static <T extends Enum<T>> Generator<T>`	PrimitiveGenerators.`enumValues(Class<T> enumClass, T... excluded)`	Create a generator of enumeration values.
`static <T> Generator<T>`	CombinedGenerators.`excludeValues(Generator<T> generator, Iterable<T> excluded)`	Create a generator that omits a given set of values.
`static <T> Generator<T>`	CombinedGenerators.`excludeValues(Generator<T> generator, T... excluded)`	Create a generator that omits a given set of values.
`static <T> Generator<T>`	CombinedGenerators.`excludeValues(Iterable<T> values, Iterable<T> excluded)`	Create a generator that omits a given set of values.
`static <T> Generator<T>`	CombinedGenerators.`excludeValues(Iterable<T> values, T... excluded)`	Create a generator that omits a given set of values.
`static <T> Generator<T>`	Generators.`excludeValues(Generator<T> generator, Iterable<T> excluded)`	Create a generator that omits a given set of values.
`static <T> Generator<T>`	Generators.`excludeValues(Generator<T> generator, T excluded)`	Create a generator that omits a given value.
`static <T> Generator<T>`	Generators.`excludeValues(Generator<T> generator, T... excluded)`	Create a generator that omits a given set of values.
`static <T> Generator<T>`	Generators.`excludeValues(Iterable<T> values, Iterable<T> excluded)`	Create a generator that omits a given set of values.
`static <T> Generator<T>`	Generators.`excludeValues(Iterable<T> values, T... excluded)`	Create a generator that omits a given set of values.
`static <T> Generator<T>`	Generators.`fixedValues(Iterable<T> values)`	Create a fixed value generator returning one of the values from the values.
`static <T> Generator<T>`	Generators.`fixedValues(T value)`	Create a generator for fixed value generator.
`static <T> Generator<T>`	Generators.`fixedValues(T... values)`	Create a fixed value generator returning one of the values from the values array.
`static <T> Generator<T>`	PrimitiveGenerators.`fixedValues(Iterable<T> values)`	Create a fixed value generator return values.
`static <T> Generator<T>`	PrimitiveGenerators.`fixedValues(T value)`	Create a generator for fixed value generator.
`static <T> Generator<T>`	PrimitiveGenerators.`fixedValues(T... values)`	Create a fixed value generator return values array.
`static Generator<int[]>`	CombinedGenerators.`intArrays()`	Create a generator of integer arrays.
`static Generator<int[]>`	CombinedGenerators.`intArrays(Generator<Integer> size)`	Create a generator of integer arrays.
`static Generator<int[]>`	CombinedGenerators.`intArrays(Generator<Integer> content, Generator<Integer> size)`	Create a generator of integer arrays.
`static Generator<int[]>`	Generators.`intArrays()`	Create a generator of integer arrays.
`static Generator<int[]>`	Generators.`intArrays(Generator<Integer> size)`	Create a generator of integer arrays.
`static Generator<int[]>`	Generators.`intArrays(Generator<Integer> content, Generator<Integer> size)`	Create a generator of integer arrays.
`static Generator<Integer>`	Generators.`integers()`	Create a new integer generator which creates integers ranging from `Integer.MIN_VALUE` to `Integer.MAX_VALUE`.
`static Generator<Integer>`	Generators.`integers(int low)`	Create a new integer generator which creates integers that are at equal or greater than low.
`static Generator<Integer>`	Generators.`integers(int lo, int hi)`	Create a new integer generator which creates integers ranging from lo to hi.
`static Generator<Integer>`	Generators.`integers(int lo, int hi, Distribution distribution)`	Create a new integer generator which creates integers ranging from `lo` to `hi` based on the given `Distribution`.
`static Generator<Integer>`	PrimitiveGenerators.`integers()`	Create a new integer generator which creates integers ranging from `Integer.MIN_VALUE` to `Integer.MAX_VALUE`.
`static Generator<Integer>`	PrimitiveGenerators.`integers(int low)`	Create a new integer generator which creates integers that are at equal or greater than low.
`static Generator<Integer>`	PrimitiveGenerators.`integers(int lo, int hi)`	Create a new integer generator which creates integers ranging from lo to hi.
`static Generator<Integer>`	PrimitiveGenerators.`integers(int lo, int hi, Distribution distribution)`	Create a new integer generator which creates integers ranging from `lo` to `hi` based on the given `Distribution`.
`static <T> Generator<Iterator<T>>`	CombinedGenerators.`iterators(Generator<? extends T> content)`	Create a generator of iterators.
`static <T> Generator<Iterator<T>>`	CombinedGenerators.`iterators(Generator<? extends T> content, Generator<Integer> size)`	Create a generator of iterators.
`static <T> Generator<Iterator<T>>`	Generators.`iterators(Generator<? extends T> content)`	Create a generator of iterators.
`static <T> Generator<Iterator<T>>`	Generators.`iterators(Generator<? extends T> content, Generator<Integer> size)`	Create a generator of iterators.
`static Generator<Character>`	Generators.`latin1SupplementCharacters()`	Create a new character generator which generates latin-1 supplement characters.
`static Generator<Character>`	PrimitiveGenerators.`latin1SupplementCharacters()`	Create a new character generator which generates latin-1 supplement characters.
`static <T> Generator<List<T>>`	CombinedGenerators.`lists(Generator<? extends T> content)`	Create a generator of lists with values from the content generator.
`static <T> Generator<List<T>>`	CombinedGenerators.`lists(Generator<? extends T> content, int low)`	Create a generator of lists with values from the content generator.
`static <T> Generator<List<T>>`	CombinedGenerators.`lists(Generator<? extends T> content, int low, int high)`	Create a generator of lists with values from the content generator.
`static <T> Generator<List<T>>`	CombinedGenerators.`lists(Generator<? extends T> content, Generator<Integer> size)`	Create a generator of lists with values from the content generator.
`static <T> Generator<List<T>>`	Generators.`lists(Generator<? extends T> content)`	Create a generator of lists with values from the content generator.
`static <T> Generator<List<T>>`	Generators.`lists(Generator<? extends T> content, int low)`	Create a generator of lists with values from the content generator.
`static <T> Generator<List<T>>`	Generators.`lists(Generator<? extends T> content, int low, int high)`	Create a generator of lists with values from the content generator.
`static <T> Generator<List<T>>`	Generators.`lists(Generator<? extends T> content, Generator<Integer> size)`	Create a generator of lists with values from the content generator.
`static Generator<Long>`	Generators.`longs()`	Create a new long generator which creates longs ranging from `Long.MIN_VALUE` to `Long.MAX_VALUE`.
`static Generator<Long>`	Generators.`longs(long lo, long hi)`	Create a new long generator which creates longs ranging from lo to hi.
`static Generator<Long>`	Generators.`longs(long lo, long hi, Distribution distribution)`	Create a new long generator which creates longs ranging from lo to hi based on the given `Distribution`.
`static Generator<Long>`	PrimitiveGenerators.`longs()`	Create a new long generator which creates longs ranging from `Long.MIN_VALUE` to `Long.MAX_VALUE`.
`static Generator<Long>`	PrimitiveGenerators.`longs(long lo, long hi)`	Create a new long generator which creates longs ranging from lo to hi.
`static Generator<Long>`	PrimitiveGenerators.`longs(long lo, long hi, Distribution distribution)`	Create a new long generator which creates longs ranging from lo to hi based on the given `Distribution`.
`static <K,V> Generator<Map<K,V>>`	CombinedGenerators.`maps(Generator<K> keys, Generator<V> values)`	Create a generator of `maps`.
`static <K,V> Generator<Map<K,V>>`	CombinedGenerators.`maps(Generator<K> keys, Generator<V> values, Generator<Integer> size)`	Create a generator of `maps`.
`static <K,V> Generator<Map<K,V>>`	CombinedGenerators.`maps(Map<K,V> supermap)`	Create a generator of maps from a given map.
`static <K,V> Generator<Map<K,V>>`	CombinedGenerators.`maps(Map<K,V> supermap, Generator<Integer> sizes)`	Create a generator of maps from a given map.
`static <K,V> Generator<Map<K,V>>`	Generators.`maps(Generator<K> keys, Generator<V> values)`	Create a generator of `maps`.
`static <K,V> Generator<Map<K,V>>`	Generators.`maps(Generator<K> keys, Generator<V> values, Generator<Integer> size)`	Create a generator of `maps`.
`static <K,V> Generator<Map<K,V>>`	Generators.`maps(Map<K,V> supermap)`	Create a generator of maps from a given map.
`static <K,V> Generator<Map<K,V>>`	Generators.`maps(Map<K,V> supermap, Generator<Integer> sizes)`	Create a generator of maps from a given map.
`static <T> Generator<T[]>`	CombinedGenerators.`nonEmptyArrays(Generator<? extends T> content, Class<T> type)`	Create a generator of arrays that are not empty.
`static <T> Generator<T[]>`	Generators.`nonEmptyArrays(Generator<? extends T> content, Class<T> type)`	Create a generator of arrays that are not empty.
`static <T> Generator<Iterator<T>>`	CombinedGenerators.`nonEmptyIterators(Generator<T> content)`	Create a generator of iterators.
`static <T> Generator<Iterator<T>>`	Generators.`nonEmptyIterators(Generator<T> content)`	Create a generator of iterators.
`static <T> Generator<List<T>>`	CombinedGenerators.`nonEmptyLists(Generator<? extends T> content)`	Create a generator of non-empty lists with values from the content generator.
`static <T> Generator<List<T>>`	Generators.`nonEmptyLists(Generator<? extends T> content)`	Create a generator of non-empty lists with values from the content generator.
`static <T> Generator<Set<T>>`	CombinedGenerators.`nonEmptySets(Generator<? extends T> content)`	Create a generator of sets that are not empty.
`static <T> Generator<Set<T>>`	Generators.`nonEmptySets(Generator<? extends T> content)`	Create a generator of sets that are not empty.
`static <T> Generator<T>`	Generators.`nulls()`	Create a generator for null values.
`static <T> Generator<T>`	PrimitiveGenerators.`nulls()`	Create a generator for null values.
`static <T> Generator<T>`	CombinedGenerators.`nullsAnd(Generator<T> generator)`	Create a generator as a combination of a null value generator and generator of type T.
`static <T> Generator<T>`	CombinedGenerators.`nullsAnd(Generator<T> generator, int weight)`	Create a generator as a combination of a null value generator and generator of type T.
`static <T> Generator<T>`	CombinedGenerators.`nullsAnd(T... values)`	Create a generator return the given values.
`static <T> Generator<T>`	Generators.`nullsAnd(Generator<T> generator)`	Create a generator as a combination of a null value generator and generator of type T.
`static <T> Generator<T>`	Generators.`nullsAnd(Generator<T> generator, int weight)`	Create a generator as a combination of a null value generator and generator of type T.
`static <T> Generator<T>`	Generators.`nullsAnd(T... values)`	Create a generator returning a combination of a null values and the given values.
`static Generator<Object>`	Generators.`objects()`	Create a generator for `java.lang.Object` instances.
`static Generator<Object>`	PrimitiveGenerators.`objects()`	Create a generator for `java.lang.Object` instances.
`static <A,B> Generator<Pair<A,B>>`	CombinedGenerators.`pairs(Generator<A> first, Generator<B> second)`	Create a generator of pairs of type A for the left value and type B for the right value.
`static <A,B> Generator<Pair<A,B>>`	Generators.`pairs(Generator<A> first, Generator<B> second)`	Create a generator of pairs of type A for the left value and type B for the right value.
`static Generator<Integer>`	Generators.`positiveIntegers()`	Create a new integer generator which creates integers ranging from `1` to `Integer.MAX_VALUE`.
`static Generator<Integer>`	Generators.`positiveIntegers(int hi)`	Create a new integer generator which creates integers ranging from `1` to `max` (which must be at least 1).
`static Generator<Integer>`	PrimitiveGenerators.`positiveIntegers()`	Create a new integer generator which creates integers ranging from `1` to `Integer.MAX_VALUE`.
`static Generator<Integer>`	PrimitiveGenerators.`positiveIntegers(int hi)`	Create a new integer generator which creates integers ranging from `1` to `max` (which must be at least 1).
`static Generator<Long>`	Generators.`positiveLongs()`	Create a new long generator which creates long values ranging from 1 to `Long.MAX_VALUE`.
`static Generator<Long>`	Generators.`positiveLongs(long hi)`	Create a new long generator which creates long values ranging from 1 to hi.
`static Generator<Long>`	PrimitiveGenerators.`positiveLongs()`	Create a new long generator which creates long values ranging from 1 to `Long.MAX_VALUE`.
`static Generator<Long>`	PrimitiveGenerators.`positiveLongs(long hi)`	Create a new long generator which creates long values ranging from 1 to hi.
`static <T> Generator<Set<T>>`	CombinedGenerators.`sets(Generator<? extends T> content)`	Create a generator of sets with values from the content generator.
`static <T> Generator<Set<T>>`	CombinedGenerators.`sets(Generator<? extends T> content, int low, int high)`	Create a generator of sets with values from the content generator.
`static <T> Generator<Set<T>>`	CombinedGenerators.`sets(Generator<? extends T> content, Generator<Integer> size)`	Create a generator of sets with values from the content generator.
`static <T> Generator<Set<T>>`	CombinedGenerators.`sets(Iterable<T> superset)`	Create a generator of subsets from a given set.
`static <T> Generator<Set<T>>`	CombinedGenerators.`sets(Iterable<T> superset, Generator<Integer> size)`	Create a generator of subsets from a given set.
`static <T> Generator<Set<T>>`	CombinedGenerators.`sets(T... superset)`
`static <T> Generator<Set<T>>`	Generators.`sets(Generator<? extends T> content)`	Create a generator of sets with values from the content generator.
`static <T> Generator<Set<T>>`	Generators.`sets(Generator<? extends T> content, int low, int high)`	Create a generator of sets with values from the content generator.
`static <T> Generator<Set<T>>`	Generators.`sets(Generator<? extends T> content, Generator<Integer> size)`	Create a generator of sets with values from the content generator.
`static <T> Generator<Set<T>>`	Generators.`sets(Iterable<T> superset)`	Create a generator of subsets from a given set.
`static <T> Generator<Set<T>>`	Generators.`sets(Iterable<T> superset, Generator<Integer> size)`	Create a generator of subsets from a given set.
`static <T> Generator<Set<T>>`	Generators.`sets(T... superset)`
`static <T extends Comparable<T>> Generator<List<T>>`	CombinedGenerators.`sortedLists(Generator<T> content)`	Create a generator of sorted lists with values from the content generator.
`static <T extends Comparable<T>> Generator<List<T>>`	CombinedGenerators.`sortedLists(Generator<T> content, int low, int high)`	Create a generator of sorted lists with values from the content generator.
`static <T extends Comparable<T>> Generator<List<T>>`	CombinedGenerators.`sortedLists(Generator<T> content, Generator<Integer> size)`	Create a generator of sorted lists with values from the content generator.
`static <T extends Comparable<T>> Generator<List<T>>`	Generators.`sortedLists(Generator<T> content)`	Create a generator of sorted lists with values from the content generator.
`static <T extends Comparable<T>> Generator<List<T>>`	Generators.`sortedLists(Generator<T> content, int low, int high)`	Create a generator of sorted lists with values from the content generator.
`static <T extends Comparable<T>> Generator<List<T>>`	Generators.`sortedLists(Generator<T> content, Generator<Integer> size)`	Create a generator of sorted lists with values from the content generator.
`static <T extends Comparable<T>> Generator<Pair<T,T>>`	CombinedGenerators.`sortedPairs(Generator<T> content)`	Create a generator of pairs where first value <= second value.
`static <T extends Comparable<T>> Generator<Pair<T,T>>`	Generators.`sortedPairs(Generator<T> content)`	Create a generator of pairs where first value <= second value.
`static <T extends Comparable<T>> Generator<Triple<T,T,T>>`	CombinedGenerators.`sortedTriple(Generator<T> content)`	Create a generator of triples where first value <= second value <= third value.
`static <T extends Comparable<T>> Generator<Triple<T,T,T>>`	Generators.`sortedTriple(Generator<T> content)`	Create a generator of triples where first value <= second value <= third value.
`static <T extends Comparable<T>> Generator<List<T>>`	CombinedGenerators.`strictlyOrdered(Generator<T> input)`	A generator for a lists.
`static <T extends Comparable<T>> Generator<List<T>>`	CombinedGenerators.`strictlyOrdered(Generator<T> input, int low, int high)`	A generator for a lists.
`static <T> Generator<List<T>>`	CombinedGenerators.`strictlyOrdered(Generator<T> input, Comparator<T> comparator)`	A generator for a lists.
`static <T> Generator<List<T>>`	CombinedGenerators.`strictlyOrdered(Generator<T> input, Comparator<T> comparator, Generator<Integer> size)`	A generator for a lists.
`static <T extends Comparable<T>> Generator<List<T>>`	Generators.`strictlyOrdered(Generator<T> input)`	A generator for a lists.
`static <T extends Comparable<T>> Generator<List<T>>`	Generators.`strictlyOrdered(Generator<T> input, int low, int high)`	A generator for a lists.
`static <T> Generator<List<T>>`	Generators.`strictlyOrdered(Generator<T> input, Comparator<T> comparator)`	A generator for a lists.
`static <T> Generator<List<T>>`	Generators.`strictlyOrdered(Generator<T> input, Comparator<T> comparator, Generator<Integer> size)`	A generator for a lists.
`static Generator<String>`	Generators.`substrings(String base)`	Create a new string generator for substrings of a base string.
`static Generator<String>`	Generators.`substrings(String base, int size)`	Create a new string generator for substrings of a base string.
`static Generator<String>`	Generators.`substrings(String base, int minSize, int maxSize)`	Create a new string generator for substrings of a base string.
`static Generator<String>`	PrimitiveGenerators.`substrings(String base)`	Create a new string generator for substrings of a base string.
`static Generator<String>`	PrimitiveGenerators.`substrings(String base, int size)`	Create a new string generator for substrings of a base string.
`static Generator<String>`	PrimitiveGenerators.`substrings(String base, int minSize, int maxSize)`	Create a new string generator for substrings of a base string.
`static <A,B,C> Generator<Triple<A,B,C>>`	CombinedGenerators.`triples(Generator<A> first, Generator<B> second, Generator<C> third)`	Create a generator of triples of the types A, B and C for first, second and third value.
`static <A,B,C> Generator<Triple<A,B,C>>`	Generators.`triples(Generator<A> first, Generator<B> second, Generator<C> third)`	Create a generator of triples of the types A, B and C for first, second and third value.
`static <T> Generator<List<T>>`	CombinedGenerators.`vectors(Generator<T> content, int size)`	Create a generator which will create vectors (here lists) of type T.
`static <T> Generator<List<T>>`	Generators.`vectors(Generator<T> content, int size)`	Create a generator which will create vectors (here lists) of type T.

Methods in de.cuioss.test.generator.internal.net.java.quickcheck.generator with parameters of type Generator
Modifier and Type	Method	Description
`static <T> Generator<T[]>`	CombinedGenerators.`arrays(Generator<? extends T> content, Generator<Integer> size, Class<T> type)`	Create a generator of arrays with values from the content generator.
`static <T> Generator<T[]>`	CombinedGenerators.`arrays(Generator<? extends T> content, Class<T> type)`	Create a generator of arrays with values from the content generator.
`static <T> Generator<T[]>`	Generators.`arrays(Generator<? extends T> content, Generator<Integer> size, Class<T> type)`	Create a generator of arrays with values from the content generator.
`static <T> Generator<T[]>`	Generators.`arrays(Generator<? extends T> content, Class<T> type)`	Create a generator of arrays with values from the content generator.
`static Generator<byte[]>`	CombinedGenerators.`byteArrays(Generator<Byte> content, Generator<Integer> size)`	Create a generator of byte arrays.
`static Generator<byte[]>`	CombinedGenerators.`byteArrays(Generator<Integer> size)`	Create a generator of byte arrays.
`static Generator<byte[]>`	Generators.`byteArrays(Generator<Byte> content, Generator<Integer> size)`	Create a generator of byte arrays.
`static Generator<byte[]>`	Generators.`byteArrays(Generator<Integer> size)`	Create a generator of byte arrays.
`static <T> Generator<T>`	Generators.`cast(Generator<? extends T> generator)`	Cast a generator to a super type generator.
`static <T> StatefulGenerator<T>`	CombinedGenerators.`ensureValues(Iterable<T> ensuredValues, int window, Generator<T> otherValues)`	Create a generator which guarantees that all values from the ensuredValues will be return `next()` are issued.
`static <T> StatefulGenerator<T>`	CombinedGenerators.`ensureValues(Iterable<T> ensuredValues, Generator<T> otherValues)`	Create a deterministic generator which guarantees that all values from the ensuredValues collection will be return `next()` are issued (i.e.
`static <T> StatefulGenerator<T>`	Generators.`ensureValues(Iterable<T> ensuredValues, int window, Generator<T> otherValues)`	Create a generator which guarantees that all values from the ensuredValues will be returned in a defined window when enough calls to `next()` are issued.
`static <T> StatefulGenerator<T>`	Generators.`ensureValues(Iterable<T> ensuredValues, Generator<T> otherValues)`	Create a deterministic generator which guarantees that all values from the ensuredValues collection will be returned if enough calls to `next()` are issued (i.e.
`static <T> Generator<T>`	CombinedGenerators.`excludeValues(Generator<T> generator, Iterable<T> excluded)`	Create a generator that omits a given set of values.
`static <T> Generator<T>`	CombinedGenerators.`excludeValues(Generator<T> generator, T... excluded)`	Create a generator that omits a given set of values.
`static <T> Generator<T>`	Generators.`excludeValues(Generator<T> generator, Iterable<T> excluded)`	Create a generator that omits a given set of values.
`static <T> Generator<T>`	Generators.`excludeValues(Generator<T> generator, T excluded)`	Create a generator that omits a given value.
`static <T> Generator<T>`	Generators.`excludeValues(Generator<T> generator, T... excluded)`	Create a generator that omits a given set of values.
`static <T> FrequencyGenerator<T>`	CombinedGenerators.`frequency(Generator<T> generator, int weight)`	Create a frequency generator.
`static <T> FrequencyGenerator<T>`	Generators.`frequency(Generator<T> generator, int weight)`	Create a frequency generator.
`static Generator<int[]>`	CombinedGenerators.`intArrays(Generator<Integer> size)`	Create a generator of integer arrays.
`static Generator<int[]>`	CombinedGenerators.`intArrays(Generator<Integer> content, Generator<Integer> size)`	Create a generator of integer arrays.
`static Generator<int[]>`	Generators.`intArrays(Generator<Integer> size)`	Create a generator of integer arrays.
`static Generator<int[]>`	Generators.`intArrays(Generator<Integer> content, Generator<Integer> size)`	Create a generator of integer arrays.
`static <T> Generator<Iterator<T>>`	CombinedGenerators.`iterators(Generator<? extends T> content)`	Create a generator of iterators.
`static <T> Generator<Iterator<T>>`	CombinedGenerators.`iterators(Generator<? extends T> content, Generator<Integer> size)`	Create a generator of iterators.
`static <T> Generator<Iterator<T>>`	Generators.`iterators(Generator<? extends T> content)`	Create a generator of iterators.
`static <T> Generator<Iterator<T>>`	Generators.`iterators(Generator<? extends T> content, Generator<Integer> size)`	Create a generator of iterators.
`static <T> Generator<List<T>>`	CombinedGenerators.`lists(Generator<? extends T> content)`	Create a generator of lists with values from the content generator.
`static <T> Generator<List<T>>`	CombinedGenerators.`lists(Generator<? extends T> content, int low)`	Create a generator of lists with values from the content generator.
`static <T> Generator<List<T>>`	CombinedGenerators.`lists(Generator<? extends T> content, int low, int high)`	Create a generator of lists with values from the content generator.
`static <T> Generator<List<T>>`	CombinedGenerators.`lists(Generator<? extends T> content, Generator<Integer> size)`	Create a generator of lists with values from the content generator.
`static <T> Generator<List<T>>`	Generators.`lists(Generator<? extends T> content)`	Create a generator of lists with values from the content generator.
`static <T> Generator<List<T>>`	Generators.`lists(Generator<? extends T> content, int low)`	Create a generator of lists with values from the content generator.
`static <T> Generator<List<T>>`	Generators.`lists(Generator<? extends T> content, int low, int high)`	Create a generator of lists with values from the content generator.
`static <T> Generator<List<T>>`	Generators.`lists(Generator<? extends T> content, Generator<Integer> size)`	Create a generator of lists with values from the content generator.
`static <K,V> Generator<Map<K,V>>`	CombinedGenerators.`maps(Generator<K> keys, Generator<V> values)`	Create a generator of `maps`.
`static <K,V> Generator<Map<K,V>>`	CombinedGenerators.`maps(Generator<K> keys, Generator<V> values, Generator<Integer> size)`	Create a generator of `maps`.
`static <K,V> Generator<Map<K,V>>`	CombinedGenerators.`maps(Map<K,V> supermap, Generator<Integer> sizes)`	Create a generator of maps from a given map.
`static <K,V> Generator<Map<K,V>>`	Generators.`maps(Generator<K> keys, Generator<V> values)`	Create a generator of `maps`.
`static <K,V> Generator<Map<K,V>>`	Generators.`maps(Generator<K> keys, Generator<V> values, Generator<Integer> size)`	Create a generator of `maps`.
`static <K,V> Generator<Map<K,V>>`	Generators.`maps(Map<K,V> supermap, Generator<Integer> sizes)`	Create a generator of maps from a given map.
`static <T> Generator<T[]>`	CombinedGenerators.`nonEmptyArrays(Generator<? extends T> content, Class<T> type)`	Create a generator of arrays that are not empty.
`static <T> Generator<T[]>`	Generators.`nonEmptyArrays(Generator<? extends T> content, Class<T> type)`	Create a generator of arrays that are not empty.
`static <T> Generator<Iterator<T>>`	CombinedGenerators.`nonEmptyIterators(Generator<T> content)`	Create a generator of iterators.
`static <T> Generator<Iterator<T>>`	Generators.`nonEmptyIterators(Generator<T> content)`	Create a generator of iterators.
`static <T> Generator<List<T>>`	CombinedGenerators.`nonEmptyLists(Generator<? extends T> content)`	Create a generator of non-empty lists with values from the content generator.
`static <T> Generator<List<T>>`	Generators.`nonEmptyLists(Generator<? extends T> content)`	Create a generator of non-empty lists with values from the content generator.
`static <T> Generator<Set<T>>`	CombinedGenerators.`nonEmptySets(Generator<? extends T> content)`	Create a generator of sets that are not empty.
`static <T> Generator<Set<T>>`	Generators.`nonEmptySets(Generator<? extends T> content)`	Create a generator of sets that are not empty.
`static <T> Generator<T>`	CombinedGenerators.`nullsAnd(Generator<T> generator)`	Create a generator as a combination of a null value generator and generator of type T.
`static <T> Generator<T>`	CombinedGenerators.`nullsAnd(Generator<T> generator, int weight)`	Create a generator as a combination of a null value generator and generator of type T.
`static <T> Generator<T>`	Generators.`nullsAnd(Generator<T> generator)`	Create a generator as a combination of a null value generator and generator of type T.
`static <T> Generator<T>`	Generators.`nullsAnd(Generator<T> generator, int weight)`	Create a generator as a combination of a null value generator and generator of type T.
`static <T> ExtendibleGenerator<T,T>`	CombinedGenerators.`oneOf(Generator<T> generator)`	OneOf is a convenience method for `CombinedGenerators.frequency(Generator, int)` when all generator share the same weight.
`static <T> ExtendibleGenerator<T,T>`	Generators.`oneOf(Generator<T> generator)`	OneOf is a convenience method for `Generators.frequency(Generator, int)` when all generator share the same weight.
`static <A,B> Generator<Pair<A,B>>`	CombinedGenerators.`pairs(Generator<A> first, Generator<B> second)`	Create a generator of pairs of type A for the left value and type B for the right value.
`static <A,B> Generator<Pair<A,B>>`	Generators.`pairs(Generator<A> first, Generator<B> second)`	Create a generator of pairs of type A for the left value and type B for the right value.
`static <T> Generator<Set<T>>`	CombinedGenerators.`sets(Generator<? extends T> content)`	Create a generator of sets with values from the content generator.
`static <T> Generator<Set<T>>`	CombinedGenerators.`sets(Generator<? extends T> content, int low, int high)`	Create a generator of sets with values from the content generator.
`static <T> Generator<Set<T>>`	CombinedGenerators.`sets(Generator<? extends T> content, Generator<Integer> size)`	Create a generator of sets with values from the content generator.
`static <T> Generator<Set<T>>`	CombinedGenerators.`sets(Iterable<T> superset, Generator<Integer> size)`	Create a generator of subsets from a given set.
`static <T> Generator<Set<T>>`	Generators.`sets(Generator<? extends T> content)`	Create a generator of sets with values from the content generator.
`static <T> Generator<Set<T>>`	Generators.`sets(Generator<? extends T> content, int low, int high)`	Create a generator of sets with values from the content generator.
`static <T> Generator<Set<T>>`	Generators.`sets(Generator<? extends T> content, Generator<Integer> size)`	Create a generator of sets with values from the content generator.
`static <T> Generator<Set<T>>`	Generators.`sets(Iterable<T> superset, Generator<Integer> size)`	Create a generator of subsets from a given set.
`static <T extends Comparable<T>> Generator<List<T>>`	CombinedGenerators.`sortedLists(Generator<T> content)`	Create a generator of sorted lists with values from the content generator.
`static <T extends Comparable<T>> Generator<List<T>>`	CombinedGenerators.`sortedLists(Generator<T> content, int low, int high)`	Create a generator of sorted lists with values from the content generator.
`static <T extends Comparable<T>> Generator<List<T>>`	CombinedGenerators.`sortedLists(Generator<T> content, Generator<Integer> size)`	Create a generator of sorted lists with values from the content generator.
`static <T extends Comparable<T>> Generator<List<T>>`	Generators.`sortedLists(Generator<T> content)`	Create a generator of sorted lists with values from the content generator.
`static <T extends Comparable<T>> Generator<List<T>>`	Generators.`sortedLists(Generator<T> content, int low, int high)`	Create a generator of sorted lists with values from the content generator.
`static <T extends Comparable<T>> Generator<List<T>>`	Generators.`sortedLists(Generator<T> content, Generator<Integer> size)`	Create a generator of sorted lists with values from the content generator.
`static <T extends Comparable<T>> Generator<Pair<T,T>>`	CombinedGenerators.`sortedPairs(Generator<T> content)`	Create a generator of pairs where first value <= second value.
`static <T extends Comparable<T>> Generator<Pair<T,T>>`	Generators.`sortedPairs(Generator<T> content)`	Create a generator of pairs where first value <= second value.
`static <T extends Comparable<T>> Generator<Triple<T,T,T>>`	CombinedGenerators.`sortedTriple(Generator<T> content)`	Create a generator of triples where first value <= second value <= third value.
`static <T extends Comparable<T>> Generator<Triple<T,T,T>>`	Generators.`sortedTriple(Generator<T> content)`	Create a generator of triples where first value <= second value <= third value.
`static <T extends Comparable<T>> Generator<List<T>>`	CombinedGenerators.`strictlyOrdered(Generator<T> input)`	A generator for a lists.
`static <T extends Comparable<T>> Generator<List<T>>`	CombinedGenerators.`strictlyOrdered(Generator<T> input, int low, int high)`	A generator for a lists.
`static <T> Generator<List<T>>`	CombinedGenerators.`strictlyOrdered(Generator<T> input, Comparator<T> comparator)`	A generator for a lists.
`static <T> Generator<List<T>>`	CombinedGenerators.`strictlyOrdered(Generator<T> input, Comparator<T> comparator, Generator<Integer> size)`	A generator for a lists.
`static <T extends Comparable<T>> Generator<List<T>>`	Generators.`strictlyOrdered(Generator<T> input)`	A generator for a lists.
`static <T extends Comparable<T>> Generator<List<T>>`	Generators.`strictlyOrdered(Generator<T> input, int low, int high)`	A generator for a lists.
`static <T> Generator<List<T>>`	Generators.`strictlyOrdered(Generator<T> input, Comparator<T> comparator)`	A generator for a lists.
`static <T> Generator<List<T>>`	Generators.`strictlyOrdered(Generator<T> input, Comparator<T> comparator, Generator<Integer> size)`	A generator for a lists.
`static ExtendibleGenerator<Character,String>`	Generators.`strings(Generator<Character> characterGenerator)`	Create a new string generator which creates strings of characters generated by the given character generator.
`static ExtendibleGenerator<Character,String>`	Generators.`strings(Generator<Integer> length, Generator<Character> characters)`	Create a new string generator which creates strings of characters generated by the given character generator with a length generated by the length generator.
`static ExtendibleGenerator<Character,String>`	PrimitiveGenerators.`strings(Generator<Character> characterGenerator)`	Create a new string generator which creates strings of characters generated by the given character generator.
`static ExtendibleGenerator<Character,String>`	PrimitiveGenerators.`strings(Generator<Integer> length, Generator<Character> characters)`	Create a new string generator which creates strings of characters generated by the given character generator with a length generated by the length generator.
`static <T> Iterable<T>`	Generators.`toIterable(Generator<T> generator)`	Convert a generator into a `iterable`. The generator will be run `QuickCheck.MAX_NUMBER_OF_RUNS` times.
`static <T> Iterable<T>`	Generators.`toIterable(Generator<T> generator, int numberOfRuns)`	Convert a generator into an `iterable`.
`static <A,B,C> Generator<Triple<A,B,C>>`	CombinedGenerators.`triples(Generator<A> first, Generator<B> second, Generator<C> third)`	Create a generator of triples of the types A, B and C for first, second and third value.
`static <A,B,C> Generator<Triple<A,B,C>>`	Generators.`triples(Generator<A> first, Generator<B> second, Generator<C> third)`	Create a generator of triples of the types A, B and C for first, second and third value.
`static <T> StatefulGenerator<T>`	CombinedGenerators.`uniqueValues(Generator<T> generator)`	Create a generator that ensures unique values
`static <T> StatefulGenerator<T>`	CombinedGenerators.`uniqueValues(Generator<T> generator, int tries)`	Create a generator that ensures unique values.
`static <T> StatefulGenerator<T>`	CombinedGenerators.`uniqueValues(Generator<T> generator, Comparator<? super T> comparator)`	Create a generator that ensures unique values.
`static <T> StatefulGenerator<T>`	CombinedGenerators.`uniqueValues(Generator<T> generator, Comparator<? super T> comparator, int tries)`	Create a generator that ensures unique values.
`static <T> StatefulGenerator<T>`	Generators.`uniqueValues(Generator<T> generator)`	Create a generator that ensures unique values
`static <T> StatefulGenerator<T>`	Generators.`uniqueValues(Generator<T> generator, int tries)`	Create a generator that ensures unique values.
`static <T> StatefulGenerator<T>`	Generators.`uniqueValues(Generator<T> generator, Comparator<? super T> comparator)`	Create a generator that ensures unique values.
`static <T> StatefulGenerator<T>`	Generators.`uniqueValues(Generator<T> generator, Comparator<? super T> comparator, int tries)`	Create a generator that ensures unique values.
`static <T> Generator<List<T>>`	CombinedGenerators.`vectors(Generator<T> content, int size)`	Create a generator which will create vectors (here lists) of type T.
`static <T> Generator<List<T>>`	Generators.`vectors(Generator<T> content, int size)`	Create a generator which will create vectors (here lists) of type T.

Uses of Generator in de.cuioss.test.generator.internal.net.java.quickcheck.generator.iterable

Methods in de.cuioss.test.generator.internal.net.java.quickcheck.generator.iterable with parameters of type Generator
Modifier and Type	Method	Description
`static <T> Iterable<T>`	Iterables.`toIterable(Generator<T> generator)`	Convert a generator into a `iterable`. The generator will be run `QuickCheck.MAX_NUMBER_OF_RUNS` times.
`static <T> Iterable<T>`	Iterables.`toIterable(Generator<T> generator, int numberOfRuns)`	Convert a generator into an `iterable`.

Uses of Generator in de.cuioss.test.generator.internal.net.java.quickcheck.generator.support

Classes in de.cuioss.test.generator.internal.net.java.quickcheck.generator.support that implement Generator
Modifier and Type	Class	Description
`class`	`AbstractTransformerGenerator<I,T>`	`Generator` implementation that transforms input generator test cases of type I to output test cases of type T.
`class`	`AbstractTreeGenerator<T>`	Base class for tree generators.
`class`	`ArrayGenerator<T>`
`class`	`ByteArrayGenerator`
`class`	`ByteGenerator`
`class`	`CharacterGenerator`
`class`	`CloningGenerator<T>`	A cloning generator which uses object serialization to create clones of the prototype object.
`class`	`DateGenerator`
`class`	`DefaultFrequencyGenerator<T>`
`class`	`DoubleGenerator`
`class`	`DuplicateGenerator<T>`
`class`	`EnsuredValuesGenerator<T>`
`class`	`ExcludingGenerator<T>`
`class`	`FixedValuesGenerator<T>`
`class`	`IntegerArrayGenerator`
`class`	`IntegerGenerator`
`class`	`IteratorGenerator<T>`
`class`	`ListGenerator<T>`
`class`	`LongGenerator`
`class`	`MapGenerator<K,V>`
`class`	`ObjectDefaultMappingGenerator<T>`	`ObjectGenerator` implementation that can generate object graphs with default primitive value generators.
`class`	`ObjectGenerator`
`class`	`ObjectGeneratorImpl<T>`
`class`	`RoundRobinGenerator<T>`
`class`	`SetGenerator<T>`
`class`	`SizeGenerator`	Generator for the default collection size.
`class`	`SortedListGenerator<T extends Comparable<T>>`
`class`	`StrictlyOrderedGenerator<T>`
`class`	`StringGenerator`
`class`	`SubmapGenerator<K,V>`
`class`	`SubsetGenerator<T>`
`class`	`SubstringGenerator`
`class`	`UniqueComparableValuesGenerator<T>`
`class`	`UniqueValuesGenerator<T>`
`class`	`VetoableGenerator<T>`	Base class for generators which can reject the values generated by their wrapped generator.

Methods in de.cuioss.test.generator.internal.net.java.quickcheck.generator.support with parameters of type Generator
Modifier and Type	Method	Description
`FrequencyGenerator<T>`	DefaultFrequencyGenerator.`add(Generator<T> generator)`
`FrequencyGenerator<T>`	DefaultFrequencyGenerator.`add(Generator<T> generator, int weight)`
`ExtendibleGenerator<Character,String>`	StringGenerator.`add(Generator<Character> characterGenerator)`
`protected abstract T`	AbstractTransformerGenerator.`transform(Generator<I> inputGenerator)`
`protected T[]`	ArrayGenerator.`transform(Generator<List<T>> inputGenerator)`

Constructors in de.cuioss.test.generator.internal.net.java.quickcheck.generator.support with parameters of type Generator
Constructor	Description
`AbstractTransformerGenerator(Generator<I> inputGenerator)`
`ArrayGenerator(Generator<? extends T> content, Generator<Integer> size, Class<T> type)`
`ArrayGenerator(Generator<? extends T> content, Class<T> type)`
`ByteArrayGenerator(Generator<Byte> content, Generator<Integer> size)`
`ByteArrayGenerator(Generator<Integer> size)`
`DefaultFrequencyGenerator(Generator<T> generator)`
`DefaultFrequencyGenerator(Generator<T> generator, int weight)`
`EnsuredValuesGenerator(Iterable<T> ensured, int window, Generator<T> random)`
`EnsuredValuesGenerator(Iterable<T> ensured, Generator<T> random)`
`ExcludingGenerator(Generator<T> generator, Iterable<T> excluded, int tries)`
`IntegerArrayGenerator(Generator<Integer> size)`
`IntegerArrayGenerator(Generator<Integer> content, Generator<Integer> size)`
`IteratorGenerator(Generator<? extends T> content)`
`IteratorGenerator(Generator<? extends T> content, int min, int max)`
`IteratorGenerator(Generator<? extends T> content, Generator<Integer> size)`
`ListGenerator(Generator<? extends T> content)`
`ListGenerator(Generator<? extends T> content, int min, int max)`
`ListGenerator(Generator<? extends T> content, Generator<Integer> size)`
`MapGenerator(Generator<K> keys, Generator<V> values)`
`MapGenerator(Generator<K> keys, Generator<V> values, Generator<Integer> size)`
`SetGenerator(Generator<? extends T> content)`
`SetGenerator(Generator<? extends T> content, int tries)`
`SetGenerator(Generator<? extends T> content, Generator<Integer> size, int tries)`
`SortedListGenerator(Generator<T> input)`
`SortedListGenerator(Generator<T> input, Generator<Integer> size)`
`StrictlyOrderedGenerator(Generator<T> input, Comparator<T> comparator, Generator<Integer> sizes)`
`StringGenerator(Generator<Character> characters)`
`StringGenerator(Generator<Integer> length, Generator<Character> characters)`
`SubmapGenerator(Map<K,V> supermap, Generator<Integer> sizes)`
`SubsetGenerator(Iterable<T> superset, Generator<Integer> size)`
`TupleGenerator(Generator<?>... generators)`
`UniqueComparableValuesGenerator(Generator<T> generator, Comparator<? super T> comparator, int maxTries)`
`UniqueValuesGenerator(Generator<? extends T> generator, int defaultMaxTries)`
`VetoableGenerator(Generator<? extends T> generator)`
`VetoableGenerator(Generator<? extends T> generator, int maxTries)`

Constructor parameters in de.cuioss.test.generator.internal.net.java.quickcheck.generator.support with type arguments of type Generator
Constructor	Description
`RoundRobinGenerator(List<Generator<T>> generators)`

Uses of Interfacede.cuioss.test.generator.internal.net.java.quickcheck.Generator

Uses of Generator in de.cuioss.test.generator.internal.net

Uses of Generator in de.cuioss.test.generator.internal.net.java.quickcheck

Uses of Generator in de.cuioss.test.generator.internal.net.java.quickcheck.generator

Uses of Generator in de.cuioss.test.generator.internal.net.java.quickcheck.generator.iterable

Uses of Generator in de.cuioss.test.generator.internal.net.java.quickcheck.generator.support

Uses of Interface
de.cuioss.test.generator.internal.net.java.quickcheck.Generator