Uses of Class fluent.validation.Check (Fluent validation support. 3.0 API)

Packages that use Check
Package Description

fluent.validation

fluent.validation.dsl

fluent.validation.result

Packages that use Check
Package	Description
fluent.validation
fluent.validation.dsl
fluent.validation.result

Uses of Check in fluent.validation

Subclasses of Check in fluent.validation
Modifier and Type	Class and Description
`class`	`AbstractCheckDsl<L,D>`
`class`	`CustomResultFactoryCheck<T>`
`class`	`CheckDsl<D>`
`class`	`MapCheckBuilder<K,V>`
`class`	`ThrowingCheck`

Methods in fluent.validation that return Check
Modifier and Type	Method and Description
`static Check<Object>`	BasicChecks.`a(Class<?> expectedClass)` Alias of `instanceOf` which may be more readable in some context.
`static <D> Check<D>`	BasicChecks.`allOf(Check<? super D>... operands)` General AND operator of multiple checks.
`static <D> Check<D>`	BasicChecks.`allOf(Iterable<Check<? super D>> operands)` General AND operator of multiple checks.
`static Check<Object>`	BasicChecks.`an(Class<?> expectedClass)` Alias of `instanceOf` which may be more readable in some context.
`<U extends T> Check<U>`	Check.`and(Check<? super U> operand)` Compose this check with another one using logical AND operator.
`static <D> Check<D>`	BasicChecks.`anyOf(Check<? super D>... operands)` General OR operator of multiple checks.
`static <D> Check<D>`	BasicChecks.`anyOf(Iterable<Check<? super D>> operands)` General OR operator of multiple checks.
`static Check<Object>`	BasicChecks.`anything()` Check, that doesn't care of the tested value, and always returns true.
`static <T> Check<T[]>`	CollectionChecks.`array(Check<Iterator<T>> check)`
`static <D extends Comparable<D>> Check<D>`	ComparisonChecks.`between(D left, D right)`
`static <D> Check<D>`	ComparisonChecks.`between(D left, D right, Comparator<D> comparator)`
`static <D extends Comparable<D>> Check<D>`	ComparisonChecks.`betweenInclusive(D left, D right)`
`static <D> Check<D>`	ComparisonChecks.`betweenInclusive(D left, D right, Comparator<D> comparator)`
`static <T> Check<BlockingQueue<T>>`	CollectionChecks.`blockingQueue(Check<Iterator<T>> check, Duration timeout)`
`static Check<ResultSet>`	DatabaseChecks.`booleanColumn(int position, Check<? super Boolean> check)`
`static Check<ResultSet>`	DatabaseChecks.`booleanColumn(String label, Check<? super Boolean> check)`
`static Check<ResultSet>`	DatabaseChecks.`byteColumn(int position, Check<? super Byte> check)`
`static Check<ResultSet>`	DatabaseChecks.`byteColumn(String label, Check<? super Byte> check)`
`static Check<ResultSet>`	DatabaseChecks.`bytesColumn(int position, Check<? super byte[]> check)`
`static Check<ResultSet>`	DatabaseChecks.`bytesColumn(String label, Check<? super byte[]> check)`
`static Check<BigDecimal>`	NumericChecks.`closeTo(BigDecimal expectedValue, BigDecimal precision)` Check, that a BigDecimal number is close enough to the expected value, given the explicit tolerance.
`static Check<Double>`	NumericChecks.`closeTo(double expectedValue, double precision)` Check, that a double number is close enough to the expected value, given the explicit tolerance.
`static Check<Float>`	NumericChecks.`closeTo(float expectedValue, float precision)` Check, that a float number is close enough to the expected value, given the explicit tolerance.
`static <T> Check<Iterable<T>>`	CollectionChecks.`collection(Check<Iterator<T>> check)`
`static <T> Check<ResultSet>`	DatabaseChecks.`column(int position, Class<T> type, Check<? super T> check)`
`static <T> Check<ResultSet>`	DatabaseChecks.`column(String label, Class<T> type, Check<? super T> check)`
`static Check<ResultSetMetaData>`	DatabaseChecks.`columnCount(int expectedValue)`
`static Check<ResultSetMetaData>`	DatabaseChecks.`columnName(int position, String expectedName)`
`static <D,V> Check<D>`	BasicChecks.`compose(String name, Transformation<? super D,V> transformation, Check<? super V> check)` Convenient composition using transformation of the original object, and check on the result.
`static <D,V> Check<D>`	BasicChecks.`compose(Transformation<? super D,V> transformation, Check<? super V> check)` Simplified composition using transformation of the original object, and check on the result.
`static <T> Check<Iterator<T>>`	CollectionChecks.`contains(Iterable<Check<? super T>> elementChecks)`
`static Check<String>`	StringChecks.`contains(String substring)`
`static <T> Check<Iterator<T>>`	CollectionChecks.`contains(String elementName, Iterable<Check<? super T>> elementChecks)`
`static <D> Check<Collection<D>>`	CollectionChecks.`containsAll(Collection<D> items)`
`static <D> Check<Collection<D>>`	CollectionChecks.`containsAll(D... items)`
`static Check<String>`	StringChecks.`containsCaseInsensitive(String substring)`
`static <T> Check<Iterator<T>>`	CollectionChecks.`containsInAnyOrder(Collection<Check<? super T>> elementChecks)`
`static <T> Check<Iterator<T>>`	CollectionChecks.`containsInAnyOrder(String elementName, Collection<Check<? super T>> elementChecks)`
`static <T> Check<Iterator<T>>`	CollectionChecks.`containsInAnyOrderOnly(Collection<Check<? super T>> elementChecks)`
`static <T> Check<Iterator<T>>`	CollectionChecks.`containsInAnyOrderOnly(String elementName, Collection<Check<? super T>> elementChecks)`
`static <D> Check<D>`	BasicChecks.`createBuilder()`
`static <D> Check<D>`	BasicChecks.`createBuilderWith(Check<D> check)`
`static <D> Check<D>`	BasicChecks.`customResultFactory(Check<D> check, ResultFactory customResultFactory)`
`static Check<LocalDateTime>`	DateTimeChecks.`date(Check<? super LocalDate> dateCheck)`
`static Check<ResultSet>`	DatabaseChecks.`doubleColumn(int position, Check<? super Double> check)`
`static Check<ResultSet>`	DatabaseChecks.`doubleColumn(String label, Check<? super Double> check)`
`static <D> Check<D[]>`	CollectionChecks.`emptyArray()` Create matcher of empty array.
`static <D> Check<D[]>`	CollectionChecks.`emptyArrayOrNull()` Check, that provided data is either null or empty array.
`static <D> Check<Collection<D>>`	CollectionChecks.`emptyCollection()` Create matcher of empty collection.
`static Check<String>`	StringChecks.`emptyString()`
`static Check<String>`	StringChecks.`endsCaseInsensitiveWith(String suffix)`
`static Check<String>`	StringChecks.`endsWith(String suffix)`
`static Check<String>`	StringChecks.`equalCaseInsensitiveTo(String expectedValue)`
`static <T> Check<Iterator<T>>`	CollectionChecks.`equalInAnyOrderTo(Collection<Check<? super T>> elementChecks)`
`static <T> Check<Iterator<T>>`	CollectionChecks.`equalInAnyOrderTo(String elementName, Collection<Check<? super T>> elementChecks)`
`static <D extends Comparable<D>> Check<D>`	ComparisonChecks.`equalOrLessThan(D operand)`
`static <D> Check<D>`	ComparisonChecks.`equalOrLessThan(D operand, Comparator<D> comparator)`
`static <D extends Comparable<D>> Check<D>`	ComparisonChecks.`equalOrMoreThan(D operand)`
`static <D> Check<D>`	ComparisonChecks.`equalOrMoreThan(D operand, Comparator<D> comparator)`
`static Check<BigDecimal>`	NumericChecks.`equalTo(BigDecimal expectedValue)`
`static <D> Check<D>`	BasicChecks.`equalTo(D expectedValue)` Create a check, that checks if the tested value is equal to expected value.
`static Check<Double>`	NumericChecks.`equalTo(Double expectedValue)`
`static Check<Float>`	NumericChecks.`equalTo(Float expectedValue)`
`static <T> Check<Iterator<T>>`	CollectionChecks.`equalTo(Iterable<Check<? super T>> elementChecks)`
`static <T> Check<Iterator<T>>`	CollectionChecks.`equalTo(String elementName, Iterable<Check<? super T>> elementChecks)`
`static <D> Check<Iterable<D>>`	CollectionChecks.`every(String elementName, Check<? super D> check)`
`static Check<PreparedStatement>`	DatabaseChecks.`executeQuery(Check<? super ResultSet> check)`
`static <D> Check<Iterable<D>>`	CollectionChecks.`exists(String elementName, Check<? super D> check)`
`static Check<ResultSet>`	DatabaseChecks.`hasMoreRecords()`
`static Check<ResultSet>`	DatabaseChecks.`hasNoMoreRecords()`
`static <D> Check<Collection<D>>`	CollectionChecks.`hasSize(int size)` Create matcher of collection size.
`static <D> Check<D>`	BasicChecks.`check(Predicate<D> predicate, String expectationDescription)` Build a custom check using it's description and pure Java predicate.
`static Check<Object>`	BasicChecks.`instanceOf(Class<?> expectedClass)` Check, that tested data is instance of provided class (either the class itself or any subclass).
`static Check<ResultSet>`	DatabaseChecks.`intColumn(int position, Check<? super Integer> check)`
`static Check<ResultSet>`	DatabaseChecks.`intColumn(String label, Check<? super Integer> check)`
`static <D> Check<D>`	BasicChecks.`is(D expectedValue)` Alias for `equalTo`, which may be more readable in some constructions.
`static Check<Object>`	BasicChecks.`isA(Class<?> expectedClass)` Alias of `instanceOf` which may be more readable in some context.
`static Check<Object>`	BasicChecks.`isAn(Class<?> expectedClass)` Alias of `instanceOf` which may be more readable in some context.
`static Check<Object>`	BasicChecks.`isNotNull()` Check, if tested data is not null.
`static Check<Object>`	BasicChecks.`isNull()` Check, if tested data is null.
`static <D extends Comparable<D>> Check<D>`	ComparisonChecks.`lessThan(D operand)`
`static <D> Check<D>`	ComparisonChecks.`lessThan(D operand, Comparator<D> comparator)`
`static Check<String>`	XmlChecks.`loadXml(Check<? super Document> check)` Use string parameter as path to XML file, and check the file using DOM Document check.
`static <K,V> Check<Map<K,V>>`	CollectionChecks.`mapHas(K key, Check<? super V> check)`
`static Check<String>`	StringChecks.`matches(Pattern pattern)`
`static Check<String>`	StringChecks.`matchesPattern(String pattern)`
`static Check<Object>`	XmlChecks.`matchesXPath(String xPath)`
`static Check<Throwable>`	BasicChecks.`message(Check<? super String> check)` Check of exception (throwable) message.
`static Check<ResultSet>`	DatabaseChecks.`metadata(Check<? super ResultSetMetaData> check)`
`static <V> Check<ResultSetMetaData>`	DatabaseChecks.`metadataCheck(String name, Transformation<ResultSetMetaData,V> function, Check<? super V> check)`
`static <D extends Comparable<D>> Check<D>`	ComparisonChecks.`moreThan(D operand)`
`static <D> Check<D>`	ComparisonChecks.`moreThan(D operand, Comparator<D> comparator)`
`static <D> Check<D>`	BasicChecks.`not(D positiveValue)` Check, that provided positive value isn't equal to checked data.
`static <D> Check<D>`	BasicChecks.`not(Check<D> positiveCheck)` Check, that provided positive check doesn't match checked data.
`static <D> Check<D>`	BasicChecks.`nullableCheck(Predicate<D> predicate, String expectationDescription)` Define a transparent check using provided predicate and string expectation description.
`static <D> Check<D>`	BasicChecks.`oneOf(Collection<D> alternatives)` Create matcher, that matches, if tested object meets one of provided alternatives (or).
`static <D> Check<D>`	BasicChecks.`oneOf(D... alternatives)` Create matcher, that matches, if tested object meets one of provided alternatives (or).
`<U extends T> Check<U>`	Check.`or(Check<? super U> operand)` Compose this check with another one using logical OR operator.
`static <T> Check<CallableStatement>`	DatabaseChecks.`outParameter(int position, Class<T> type, Check<? super T> check)`
`static Check<String>`	NumericChecks.`parseBigDecimal(Check<? super BigDecimal> check)`
`static Check<String>`	NumericChecks.`parseBigInt(Check<? super BigInteger> check)`
`static Check<String>`	NumericChecks.`parseBoolean(Boolean expectedValue)`
`static Check<String>`	NumericChecks.`parseBoolean(Check<? super Boolean> check)`
`static Check<String>`	NumericChecks.`parseByte(byte expectedValue)`
`static Check<String>`	NumericChecks.`parseByte(Byte expectedValue)`
`static Check<String>`	NumericChecks.`parseByte(Check<? super Byte> check)`
`static Check<String>`	NumericChecks.`parseDouble(double expectedValue)`
`static Check<String>`	NumericChecks.`parseDouble(Double expectedValue)`
`static Check<String>`	NumericChecks.`parseDouble(Check<? super Double> check)`
`static Check<String>`	NumericChecks.`parseFloat(float expectedValue)`
`static Check<String>`	NumericChecks.`parseFloat(Float expectedValue)`
`static Check<String>`	NumericChecks.`parseFloat(Check<? super Float> check)`
`static Check<String>`	NumericChecks.`parseInt(Check<? super Integer> check)`
`static Check<String>`	NumericChecks.`parseInt(int expectedValue)`
`static Check<String>`	NumericChecks.`parseInt(Integer expectedValue)`
`static Check<String>`	DateTimeChecks.`parseLocalDateTime(DateTimeFormatter format, Check<? super LocalDateTime> check)`
`static Check<String>`	DateTimeChecks.`parseLocalDateTime(Check<? super LocalDateTime> check)`
`static Check<String>`	DateTimeChecks.`parseLocalDateTime(String format, Check<? super LocalDateTime> check)`
`static Check<String>`	NumericChecks.`parseLong(Check<? super Long> check)`
`static Check<String>`	NumericChecks.`parseLong(long expectedValue)`
`static Check<String>`	NumericChecks.`parseLong(Long expectedValue)`
`static Check<String>`	NumericChecks.`parseShort(Check<? super Short> check)`
`static Check<String>`	NumericChecks.`parseShort(short expectedValue)`
`static Check<String>`	NumericChecks.`parseShort(Short expectedValue)`
`static Check<String>`	XmlChecks.`parseXml(Check<? super Document> check)` Use string parameter as XML content, and check the file using DOM Document check.
`static Check<String>`	DateTimeChecks.`parseZonedDateTime(DateTimeFormatter format, Check<? super ZonedDateTime> check)`
`static Check<String>`	DateTimeChecks.`parseZonedDateTime(Check<? super ZonedDateTime> check)`
`static Check<String>`	DateTimeChecks.`parseZonedDateTime(String format, Check<? super ZonedDateTime> check)`
`static <T> Check<Queue<T>>`	CollectionChecks.`queue(Check<Iterator<T>> check)`
`static <D> Check<D>`	CollectionChecks.`repeatMax(Check<D> attemptCheck, int max)`
`static <D> Check<D>`	CollectionChecks.`repeatMax(Check<D> itemCheck, int max, Duration delay)`
`static <D> Check<D>`	BasicChecks.`require(Check<? super D> requirement, Check<? super D> check)` Require, that tested data meet provided requirement before application of a check.
`static <D> Check<D>`	BasicChecks.`requireNotNull(Check<D> check)` Require, that tested value is not null, before application of the provided check on it.
`static Check<ResultSet>`	DatabaseChecks.`resultSetContains(Collection<Check<? super ResultSet>> checks)`
`static Check<ResultSet>`	DatabaseChecks.`resultSetContainsInAnyOrder(Collection<Check<? super ResultSet>> checks)`
`static Check<ResultSet>`	DatabaseChecks.`resultSetEqualInAnyOrderTo(Collection<Check<? super ResultSet>> checks)`
`static Check<ResultSet>`	DatabaseChecks.`resultSetEqualTo(Collection<Check<? super ResultSet>> checks)`
`static Check<ResultSet>`	DatabaseChecks.`resultSetStartsInAnyOrderWith(Collection<Check<? super ResultSet>> checks)`
`static Check<ResultSet>`	DatabaseChecks.`resultSetStartsWith(Collection<Check<? super ResultSet>> checks)`
`static Check<Object>`	BasicChecks.`sameClass(Class<?> expectedClass)` Check, that tested data is exactly of the provided type, but not any subcalss of it.
`static <D> Check<D>`	BasicChecks.`sameInstance(D expectedInstance)` Create a check, that checks if the tested value is exactly the same instance as expected.
`static <D> Check<D>`	BasicChecks.`softCheck(Check<D> check)`
`static <R> Check<ResultSet>`	DatabaseChecks.`sqlCheck(int position, Transformation<ResultSet,R> function, Check<? super R> check)`
`static <R> Check<ResultSet>`	DatabaseChecks.`sqlCheck(String name, Transformation<ResultSet,R> function, Check<? super R> check)`
`static Check<String>`	StringChecks.`startsCaseInsensitiveWith(String prefix)`
`static <T> Check<Iterator<T>>`	CollectionChecks.`startsInAnyOrderWith(Collection<Check<? super T>> prefixElementChecks)`
`static <T> Check<Iterator<T>>`	CollectionChecks.`startsInAnyOrderWith(String elementName, Collection<Check<? super T>> prefixElementChecks)`
`static <T> Check<Iterator<T>>`	CollectionChecks.`startsWith(Iterable<Check<? super T>> prefix)`
`static Check<String>`	StringChecks.`startsWith(String prefix)`
`static <T> Check<Iterator<T>>`	CollectionChecks.`startsWith(String elementName, Iterable<Check<? super T>> prefix)`
`Check<D>`	Value.`storeWhen(Check<? super D> condition)`
`static Check<ResultSet>`	DatabaseChecks.`stringColumn(int position, Check<? super String> check)`
`static Check<ResultSet>`	DatabaseChecks.`stringColumn(String label, Check<? super String> check)`
`static <D> Check<Collection<D>>`	CollectionChecks.`subsetOf(Collection<D> superSet)` Create matcher, that matches if tested collection meets subset of provided superset.
`static <D> Check<Collection<D>>`	CollectionChecks.`subsetOf(D... superSet)` Create matcher, that matches if tested collection meets subset of provided superset.
`static Check<LocalDateTime>`	DateTimeChecks.`time(Check<? super LocalTime> dateCheck)`
`static <D,V> Check<D>`	BasicChecks.`transform(Transformation<? super D,V> transformation, Check<? super V> check)` Lowest level transformation.
`static Check<String>`	StringChecks.`trim(Check<? super String> check)`
`static <D> Check<D>`	BasicChecks.`which(Check<D> check)`
`static Check<LocalDateTime>`	DateTimeChecks.`zoned(Check<? super ZonedDateTime> zonedDateTimeCheck)`
`static Check<LocalDateTime>`	DateTimeChecks.`zoned(Check<? super ZonedDateTime> zonedDateTimeCheck, ZoneId zoneId)`

Methods in fluent.validation that return types with arguments of type Check
Modifier and Type	Method and Description
`static <V> TransformationBuilder<V,Check<V>>`	BasicChecks.`as(Class<V> type)` Fluent builder of a check, that will assure, that provided object is instance of required class, and if yes, it will cast it to that class, and apply provided check on the required type.
`static <D,V> TransformationBuilder<V,Check<D>>`	BasicChecks.`has(String name, Transformation<? super D,V> transformation)`
`static <D,V> TransformationBuilder<V,Check<D>>`	BasicChecks.`has(Transformation<? super D,V> transformation)`
`static TransformationBuilder<Object,Check<Object>>`	XmlChecks.`hasNode(String xPath)`
`static TransformationBuilder<Object,Check<Object>>`	XmlChecks.`hasNode(String xPath, QName type)`
`static TransformationBuilder<Object,Check<String>>`	XmlChecks.`hasTextContent(String xPath)`
`static <T> Collection<Check<? super T>>`	CollectionChecks.`items(T... expectedValues)`
`static <T> Collection<Check<? super T>>`	CollectionChecks.`itemsMatching(Check<? super T>... expectedValues)`
`static <D,V> TransformationBuilder<V,Check<D>>`	BasicChecks.`nullableHas(String name, Transformation<? super D,V> transformation)`
`static <D,V> TransformationBuilder<V,Check<D>>`	BasicChecks.`nullableHas(Transformation<? super D,V> transformation)`

Methods in fluent.validation with parameters of type Check
Modifier and Type	Method and Description
`static <D> Check<D>`	BasicChecks.`allOf(Check<? super D>... operands)` General AND operator of multiple checks.
`<U extends T> Check<U>`	Check.`and(Check<? super U> operand)` Compose this check with another one using logical AND operator.
`static <D> Check<D>`	BasicChecks.`anyOf(Check<? super D>... operands)` General OR operator of multiple checks.
`static <T> Check<T[]>`	CollectionChecks.`array(Check<Iterator<T>> check)`
`<T> T`	Interpreter.`assertThat(T data, Check<? super T> check)`
`static <T> Check<BlockingQueue<T>>`	CollectionChecks.`blockingQueue(Check<Iterator<T>> check, Duration timeout)`
`static Check<ResultSet>`	DatabaseChecks.`booleanColumn(int position, Check<? super Boolean> check)`
`static Check<ResultSet>`	DatabaseChecks.`booleanColumn(String label, Check<? super Boolean> check)`
`static Check<ResultSet>`	DatabaseChecks.`byteColumn(int position, Check<? super Byte> check)`
`static Check<ResultSet>`	DatabaseChecks.`byteColumn(String label, Check<? super Byte> check)`
`static Check<ResultSet>`	DatabaseChecks.`bytesColumn(int position, Check<? super byte[]> check)`
`static Check<ResultSet>`	DatabaseChecks.`bytesColumn(String label, Check<? super byte[]> check)`
`static <T> Check<Iterable<T>>`	CollectionChecks.`collection(Check<Iterator<T>> check)`
`static <T> Check<ResultSet>`	DatabaseChecks.`column(int position, Class<T> type, Check<? super T> check)`
`static <T> Check<ResultSet>`	DatabaseChecks.`column(String label, Class<T> type, Check<? super T> check)`
`static <D,V> Check<D>`	BasicChecks.`compose(String name, Transformation<? super D,V> transformation, Check<? super V> check)` Convenient composition using transformation of the original object, and check on the result.
`static <D,V> Check<D>`	BasicChecks.`compose(Transformation<? super D,V> transformation, Check<? super V> check)` Simplified composition using transformation of the original object, and check on the result.
`static <D> Check<D>`	BasicChecks.`createBuilderWith(Check<D> check)`
`static <D> Check<D>`	BasicChecks.`customResultFactory(Check<D> check, ResultFactory customResultFactory)`
`static Check<LocalDateTime>`	DateTimeChecks.`date(Check<? super LocalDate> dateCheck)`
`static Check<ResultSet>`	DatabaseChecks.`doubleColumn(int position, Check<? super Double> check)`
`static Check<ResultSet>`	DatabaseChecks.`doubleColumn(String label, Check<? super Double> check)`
`static <T> Result`	Check.`evaluate(T data, Check<? super T> check)`
`static <D> Check<Iterable<D>>`	CollectionChecks.`every(String elementName, Check<? super D> check)`
`static Check<PreparedStatement>`	DatabaseChecks.`executeQuery(Check<? super ResultSet> check)`
`static <D> Check<Iterable<D>>`	CollectionChecks.`exists(String elementName, Check<? super D> check)`
`<T> boolean`	Interpreter.`checkThat(T data, Check<? super T> check)`
`static Check<ResultSet>`	DatabaseChecks.`intColumn(int position, Check<? super Integer> check)`
`static Check<ResultSet>`	DatabaseChecks.`intColumn(String label, Check<? super Integer> check)`
`static <T> Collection<Check<? super T>>`	CollectionChecks.`itemsMatching(Check<? super T>... expectedValues)`
`static Check<String>`	XmlChecks.`loadXml(Check<? super Document> check)` Use string parameter as path to XML file, and check the file using DOM Document check.
`static <K,V> Check<Map<K,V>>`	CollectionChecks.`mapHas(K key, Check<? super V> check)`
`R`	TransformationBuilder.`matching(Check<? super V> check)` Set check, that a value must match.
`static Check<Throwable>`	BasicChecks.`message(Check<? super String> check)` Check of exception (throwable) message.
`static Check<ResultSet>`	DatabaseChecks.`metadata(Check<? super ResultSetMetaData> check)`
`static <V> Check<ResultSetMetaData>`	DatabaseChecks.`metadataCheck(String name, Transformation<ResultSetMetaData,V> function, Check<? super V> check)`
`static <D> Check<D>`	BasicChecks.`not(Check<D> positiveCheck)` Check, that provided positive check doesn't match checked data.
`<U extends T> Check<U>`	Check.`or(Check<? super U> operand)` Compose this check with another one using logical OR operator.
`static <T> Check<CallableStatement>`	DatabaseChecks.`outParameter(int position, Class<T> type, Check<? super T> check)`
`static Check<String>`	NumericChecks.`parseBigDecimal(Check<? super BigDecimal> check)`
`static Check<String>`	NumericChecks.`parseBigInt(Check<? super BigInteger> check)`
`static Check<String>`	NumericChecks.`parseBoolean(Check<? super Boolean> check)`
`static Check<String>`	NumericChecks.`parseByte(Check<? super Byte> check)`
`static Check<String>`	NumericChecks.`parseDouble(Check<? super Double> check)`
`static Check<String>`	NumericChecks.`parseFloat(Check<? super Float> check)`
`static Check<String>`	NumericChecks.`parseInt(Check<? super Integer> check)`
`static Check<String>`	DateTimeChecks.`parseLocalDateTime(DateTimeFormatter format, Check<? super LocalDateTime> check)`
`static Check<String>`	DateTimeChecks.`parseLocalDateTime(Check<? super LocalDateTime> check)`
`static Check<String>`	DateTimeChecks.`parseLocalDateTime(String format, Check<? super LocalDateTime> check)`
`static Check<String>`	NumericChecks.`parseLong(Check<? super Long> check)`
`static Check<String>`	NumericChecks.`parseShort(Check<? super Short> check)`
`static Check<String>`	XmlChecks.`parseXml(Check<? super Document> check)` Use string parameter as XML content, and check the file using DOM Document check.
`static Check<String>`	DateTimeChecks.`parseZonedDateTime(DateTimeFormatter format, Check<? super ZonedDateTime> check)`
`static Check<String>`	DateTimeChecks.`parseZonedDateTime(Check<? super ZonedDateTime> check)`
`static Check<String>`	DateTimeChecks.`parseZonedDateTime(String format, Check<? super ZonedDateTime> check)`
`static <T> Check<Queue<T>>`	CollectionChecks.`queue(Check<Iterator<T>> check)`
`static <D> Check<D>`	CollectionChecks.`repeatMax(Check<D> attemptCheck, int max)`
`static <D> Check<D>`	CollectionChecks.`repeatMax(Check<D> itemCheck, int max, Duration delay)`
`static <D> Check<D>`	BasicChecks.`require(Check<? super D> requirement, Check<? super D> check)` Require, that tested data meet provided requirement before application of a check.
`static <D> Check<D>`	BasicChecks.`require(Check<? super D> requirement, Check<? super D> check)` Require, that tested data meet provided requirement before application of a check.
`static <D> Check<D>`	BasicChecks.`requireNotNull(Check<D> check)` Require, that tested value is not null, before application of the provided check on it.
`static <D> Check<D>`	BasicChecks.`softCheck(Check<D> check)`
`static <R> Check<ResultSet>`	DatabaseChecks.`sqlCheck(int position, Transformation<ResultSet,R> function, Check<? super R> check)`
`static <R> Check<ResultSet>`	DatabaseChecks.`sqlCheck(String name, Transformation<ResultSet,R> function, Check<? super R> check)`
`Check<D>`	Value.`storeWhen(Check<? super D> condition)`
`static Check<ResultSet>`	DatabaseChecks.`stringColumn(int position, Check<? super String> check)`
`static Check<ResultSet>`	DatabaseChecks.`stringColumn(String label, Check<? super String> check)`
`static <T> T`	Assert.`that(T data, Check<? super T> check)` Assert the data using provided check.
`static <T> boolean`	Check.`that(T data, Check<? super T> check)` Assert the data using provided check.
`static <T> T`	Assert.`that(T data, Check<? super T> check, ResultVisitor visitor)` Assert the data using provided check.
`static <T> boolean`	Check.`that(T data, Check<? super T> check, ResultVisitor visitor)`
`static ThrowingCheck`	BasicChecks.`throwing(Check<? super Throwable> check)` Check of a code, which should throw an exception (throwable).
`static Check<LocalDateTime>`	DateTimeChecks.`time(Check<? super LocalTime> dateCheck)`
`static <D,V> Check<D>`	BasicChecks.`transform(Transformation<? super D,V> transformation, Check<? super V> check)` Lowest level transformation.
`static Check<String>`	StringChecks.`trim(Check<? super String> check)`
`static <D> Check<D>`	BasicChecks.`which(Check<D> check)`
`L`	AbstractCheckDsl.`with(Check<? super D> check)`
`MapCheckBuilder<K,V>`	MapCheckBuilder.`with(K key, Check<? super V> check)`
`ThrowingCheck`	ThrowingCheck.`withMessage(Check<? super String> check)`
`static Check<LocalDateTime>`	DateTimeChecks.`zoned(Check<? super ZonedDateTime> zonedDateTimeCheck)`
`static Check<LocalDateTime>`	DateTimeChecks.`zoned(Check<? super ZonedDateTime> zonedDateTimeCheck, ZoneId zoneId)`

Method parameters in fluent.validation with type arguments of type Check
Modifier and Type	Method and Description
`static <D> Check<D>`	BasicChecks.`allOf(Iterable<Check<? super D>> operands)` General AND operator of multiple checks.
`static <D> Check<D>`	BasicChecks.`anyOf(Iterable<Check<? super D>> operands)` General OR operator of multiple checks.
`static <T> Check<Iterator<T>>`	CollectionChecks.`contains(Iterable<Check<? super T>> elementChecks)`
`static <T> Check<Iterator<T>>`	CollectionChecks.`contains(String elementName, Iterable<Check<? super T>> elementChecks)`
`static <T> Check<Iterator<T>>`	CollectionChecks.`containsInAnyOrder(Collection<Check<? super T>> elementChecks)`
`static <T> Check<Iterator<T>>`	CollectionChecks.`containsInAnyOrder(String elementName, Collection<Check<? super T>> elementChecks)`
`static <T> Check<Iterator<T>>`	CollectionChecks.`containsInAnyOrderOnly(Collection<Check<? super T>> elementChecks)`
`static <T> Check<Iterator<T>>`	CollectionChecks.`containsInAnyOrderOnly(String elementName, Collection<Check<? super T>> elementChecks)`
`static <T> Check<Iterator<T>>`	CollectionChecks.`equalInAnyOrderTo(Collection<Check<? super T>> elementChecks)`
`static <T> Check<Iterator<T>>`	CollectionChecks.`equalInAnyOrderTo(String elementName, Collection<Check<? super T>> elementChecks)`
`static <T> Check<Iterator<T>>`	CollectionChecks.`equalTo(Iterable<Check<? super T>> elementChecks)`
`static <T> Check<Iterator<T>>`	CollectionChecks.`equalTo(String elementName, Iterable<Check<? super T>> elementChecks)`
`static Check<ResultSet>`	DatabaseChecks.`resultSetContains(Collection<Check<? super ResultSet>> checks)`
`static Check<ResultSet>`	DatabaseChecks.`resultSetContainsInAnyOrder(Collection<Check<? super ResultSet>> checks)`
`static Check<ResultSet>`	DatabaseChecks.`resultSetEqualInAnyOrderTo(Collection<Check<? super ResultSet>> checks)`
`static Check<ResultSet>`	DatabaseChecks.`resultSetEqualTo(Collection<Check<? super ResultSet>> checks)`
`static Check<ResultSet>`	DatabaseChecks.`resultSetStartsInAnyOrderWith(Collection<Check<? super ResultSet>> checks)`
`static Check<ResultSet>`	DatabaseChecks.`resultSetStartsWith(Collection<Check<? super ResultSet>> checks)`
`static <T> Check<Iterator<T>>`	CollectionChecks.`startsInAnyOrderWith(Collection<Check<? super T>> prefixElementChecks)`
`static <T> Check<Iterator<T>>`	CollectionChecks.`startsInAnyOrderWith(String elementName, Collection<Check<? super T>> prefixElementChecks)`
`static <T> Check<Iterator<T>>`	CollectionChecks.`startsWith(Iterable<Check<? super T>> prefix)`
`static <T> Check<Iterator<T>>`	CollectionChecks.`startsWith(String elementName, Iterable<Check<? super T>> prefix)`

Constructors in fluent.validation with parameters of type Check
Constructor and Description
`AbstractCheckDsl(Check<? super D> check, Function<Check<D>,L> factory)`
`CustomResultFactoryCheck(Check<T> check, ResultFactory resultFactory)`
`MapCheckBuilder(Check<? super Map<K,V>> check)`

Constructor parameters in fluent.validation with type arguments of type Check
Constructor and Description
`AbstractCheckDsl(Function<Check<D>,L> factory)`
`AbstractCheckDsl(Check<? super D> check, Function<Check<D>,L> factory)`

Uses of Check in fluent.validation.dsl

Subclasses of Check in fluent.validation.dsl
Modifier and Type	Class and Description
`class`	`LocalDateCheck`
`class`	`LocalDateTimeCheck`
`class`	`LocalTimeCheck`
`class`	`ZonedDateTimeCheck`

Methods in fluent.validation.dsl with parameters of type Check
Modifier and Type	Method and Description
`ZonedDateTimeCheck`	ZonedDateTimeCheck.`date(Check<? super LocalDate> check)`
`LocalDateTimeCheck`	LocalDateTimeCheck.`date(Check<? super LocalDate> check)`
`LocalDateCheck`	LocalDateCheck.`day(Check<? super Integer> check)`
`ZonedDateTimeCheck`	ZonedDateTimeCheck.`day(Check<? super Integer> check)`
`LocalDateTimeCheck`	LocalDateTimeCheck.`day(Check<? super Integer> check)`
`LocalDateCheck`	LocalDateCheck.`dayOfWeek(Check<? super DayOfWeek> check)`
`ZonedDateTimeCheck`	ZonedDateTimeCheck.`dayOfWeek(Check<? super DayOfWeek> check)`
`LocalDateTimeCheck`	LocalDateTimeCheck.`dayOfWeek(Check<? super DayOfWeek> check)`
`LocalDateCheck`	LocalDateCheck.`dayOfYear(Check<? super Integer> check)`
`ZonedDateTimeCheck`	ZonedDateTimeCheck.`dayOfYear(Check<? super Integer> check)`
`LocalDateTimeCheck`	LocalDateTimeCheck.`dayOfYear(Check<? super Integer> check)`
`ZonedDateTimeCheck`	ZonedDateTimeCheck.`hour(Check<? super Integer> check)`
`LocalTimeCheck`	LocalTimeCheck.`hour(Check<? super Integer> check)`
`LocalDateTimeCheck`	LocalDateTimeCheck.`hour(Check<? super Integer> check)`
`ZonedDateTimeCheck`	ZonedDateTimeCheck.`minute(Check<? super Integer> check)`
`LocalTimeCheck`	LocalTimeCheck.`minute(Check<? super Integer> check)`
`LocalDateTimeCheck`	LocalDateTimeCheck.`minute(Check<? super Integer> check)`
`LocalDateCheck`	LocalDateCheck.`month(Check<? super Month> check)`
`ZonedDateTimeCheck`	ZonedDateTimeCheck.`month(Check<? super Month> check)`
`LocalDateTimeCheck`	LocalDateTimeCheck.`month(Check<? super Month> check)`
`LocalDateCheck`	LocalDateCheck.`monthValue(Check<? super Integer> check)`
`ZonedDateTimeCheck`	ZonedDateTimeCheck.`monthValue(Check<? super Integer> check)`
`LocalDateTimeCheck`	LocalDateTimeCheck.`monthValue(Check<? super Integer> check)`
`ZonedDateTimeCheck`	ZonedDateTimeCheck.`nano(Check<? super Integer> check)`
`LocalTimeCheck`	LocalTimeCheck.`nano(Check<? super Integer> check)`
`LocalDateTimeCheck`	LocalDateTimeCheck.`nano(Check<? super Integer> check)`
`ZonedDateTimeCheck`	ZonedDateTimeCheck.`second(Check<? super Integer> check)`
`LocalTimeCheck`	LocalTimeCheck.`second(Check<? super Integer> check)`
`LocalDateTimeCheck`	LocalDateTimeCheck.`second(Check<? super Integer> check)`
`ZonedDateTimeCheck`	ZonedDateTimeCheck.`time(Check<? super LocalTime> check)`
`LocalDateTimeCheck`	LocalDateTimeCheck.`time(Check<? super LocalTime> check)`
`LocalDateCheck`	LocalDateCheck.`year(Check<? super Integer> check)`
`ZonedDateTimeCheck`	ZonedDateTimeCheck.`year(Check<? super Integer> check)`
`LocalDateTimeCheck`	LocalDateTimeCheck.`year(Check<? super Integer> check)`

Uses of Check in fluent.validation.result

Method parameters in fluent.validation.result with type arguments of type Check
Modifier and Type	Method and Description
`default <D> TableAggregator<D>`	ResultFactory.`table(Object prefix, ArrayList<Check<? super D>> checks)`
`void`	ExpectationVisitor.`tableAggregation(Object prefix, List<Check<?>> checks, List<?> items, List<TableInResult.Cell> results, boolean value)`
`void`	XmlStreamResultVisitor.`tableAggregation(Object prefix, List<Check<?>> checks, List<?> items, List<TableInResult.Cell> results, boolean value)`
`void`	FailedResultVisitor.`tableAggregation(Object prefix, List<Check<?>> checks, List<?> items, List<TableInResult.Cell> results, boolean value)`
`void`	ResultVisitor.`tableAggregation(Object prefix, List<Check<?>> checks, List<?> items, List<TableInResult.Cell> results, boolean value)`
`void`	MismatchResultVisitor.`tableAggregation(Object prefix, List<Check<?>> checks, List<?> items, List<TableInResult.Cell> results, boolean value)`
`void`	JaxbResultVisitor.`tableAggregation(Object prefix, List<Check<?>> checks, List<?> items, List<TableInResult.Cell> results, boolean value)`

Constructor parameters in fluent.validation.result with type arguments of type Check
Constructor and Description
`TableInResult(Object prefix, List<Check<?>> rows, List<?> columns, List<TableInResult.Cell> results, boolean result)`

Uses of Classfluent.validation.Check

Uses of Check in fluent.validation

Uses of Check in fluent.validation.dsl

Uses of Check in fluent.validation.result

Uses of Class
fluent.validation.Check