Defines the minimum set of ThrowableThrown.AbsentThrowableMessageProviders, which an implementation of the domain of Atrium has to provide.

Delegates inter alia to the implementation of ch.tutteli.atrium.domain.creating.throwable.thrown.providers.AbsentThrowableMessageProviderFactory. In detail, it implements ch.tutteli.atrium.domain.creating.throwable.thrown.providers.AbsentThrowableMessageProviderFactory by delegating to absentThrowableMessageProviderFactory which in turn delegates to the implementation via loadSingleService.

A helper construct to allow expressing assertions about a path being absolute. It can be used for a parameterless function so that it has one parameter and thus can be used as infix function.

A helper construct to allow expressing assertions about a path being a directory. It can be used for a parameterless function so that it has one parameter and thus can be used as infix function.

Parameter object to express T, vararg T.

Parameter object to express T, vararg T in the infix-api.

Collection of assertion functions and builders which are applicable to any type (sometimes Any? sometimes Any).

Defines the minimum set of assertion functions and builders applicable to Any type, which an implementation of the domain of Atrium has to provide.

Delegates inter alia to the implementation of AnyAssertions. In detail, it implements AnyAssertions by delegating to anyAssertions which in turn delegates to the implementation via loadSingleService.

Defines the contract for sophisticated narrowing assertion builders.

Defines the contract for sophisticated type transformation assertion builders.

Defines the minimum set of assertion functions representing a type transformation, which an implementation of the domain of Atrium has to provide.

Delegates inter alia to the implementation of AnyTypeTransformationAssertions. In detail, it implements AnyTypeTransformationAssertions by delegating to anyTypeTransformationAssertions which in turn delegates to the implementation via loadSingleService.

Delegates inter alia to the implementation of FailureHandlerFactory. In detail, it implements FailureHandlerFactory by delegating to failureHandlerFactory which in turn delegates to the implementation via loadSingleService.

A helper construct to allow expressing assertions about a path being a regular file. It can be used for a parameterless function so that it has one parameter and thus can be used as infix function.

Builder to map variable length arguments formulated as (first: T, vararg others : T) to something else.

Builder to map variable length arguments formulated as (first: T, vararg others : T) to something else.

Represents a Translator which supports TranslatableWithArgs.

Builder to map variable length arguments formulated as (first: T, vararg others : T) to something else.

Builder to map variable length arguments formulated as (first: T, vararg others : T) to something else.

Type alias for AssertionPlant which should be used in API modules.

Bundles different domain objects which are defined by the module atrium-domain-api to give users of Atrium a fluent API as well.

The base interface of all assertions, providing the method holds.

Represents a builder which creates Assertions and AssertionGroups.

Final step in the AssertionBuilder process, creates the desired Assertion of type T.

Checks given Assertions and reports if one of them fails.

Responsible to collect assertions made in an assertionCreator-lambda.

Delegates inter alia to the implementation of AssertionCollector. In detail, it implements AssertionCollector by delegating to assertionCollector which in turn delegates to the implementation via loadSingleService.

Responsible to collect assertions made in a sub-AssertionPlant and intended for explanation.

Responsible to compose Assertions based on the AssertionBuilder.

Represents the extension point of the logic level for subjects of type T.

Represents a formatter for Assertions and AssertionGroups.

Represents the so far chosen options which are relevant to create AssertionFormatters.

Responsible to control the flow of reporting using registered AssertionFormatters.

Provides options to create an AssertionFormatterController.

Responsible to call an appropriate AssertionFormatter which supports formating a given Assertion.

Provides options to create an AssertionFormatterFacade.

A parameter object used for interactions between AssertionFormatterController and AssertionFormatter.

The base interface for Assertion groups, providing a default implementation for Assertion.holds which returns true if all its assertions hold.

Option step which allows to specify the AssertionGroup.description -- Text.EMPTY is used as AssertionGroup.representation.

Option step which allows to specify AssertionGroup.description and AssertionGroup.representation.

Represents a type of an AssertionGroup.

Represents a general interface which merely defines that assertions can be added to this type via the addAssertion method.

Represents a formatter of assertion pairs -- which consists of a Translatable and a representation.

Provides options to create an AssertionPairFormatter.

Represents a plant for Assertions based on a non nullable subject.

Represents an assertion plant for nullable types.

An assertion plant which has CommonFields.

Option step which allows to specify AssertionGroup.assertions.

Deprecated, switch to api.verbs.internal.AssertionVerb; will be removed with 1.0.0

The Translatables for the assertion functions assert, assertThat and expect.

The Translatables for the assertion functions assert, assertThat and expect.

Only required if you implement a custom component (for instance an own Reporter, ObjectFormatter etc.) or an own assertion function API (e.g., atrium-api-cc-en_GB in a different language) and you want to reuse a specification from atrium-spec to test your custom component against it.

DSL Marker for AssertionPlant (and its type alias Assert).

Represents a check that an expected search criterion is contained at least times in the search input.

Represents a check that an expected search criterion is contained at least times in the search input.

Represents a check that an expected search criterion is contained at least times in the search input.

Represents a check that an expected search criterion is contained at least times in the search input.

Represents the extension point for another option after a contains at least-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains at least-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains at least-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains at least-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains at least-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains at least-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains at least-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains at least-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains at least-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains at least-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains at least-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains at least-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains at least-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains at least-check within a sophisticated contains assertion building process for Iterable.

The base class for builders which create a contains at least check within the fluent API of a sophisticated contains assertion for CharSequence.

The base class for builders which create a contains at least check within the fluent API of a sophisticated contains assertion for Iterable.

Represents the builder of a contains at least-check within the fluent API of a sophisticated contains assertion for CharSequence.

Represents the builder of a contains at least check within the fluent API of a sophisticated contains assertion for Iterable.

Represents the builder of a contains at least-check within the fluent API of a sophisticated contains assertion for CharSequence.

Represents the builder of a contains at least check within the fluent API of a sophisticated contains assertion for Iterable.

Represents the extension point for another step after a contains at least-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another step after a contains at least-check within a sophisticated contains assertion building process for IterableLike.

Represents a check that an expected search criterion is contained at most times in the search input.

Represents a check that an expected search criterion is contained at most times in the search input.

Represents a check that an expected search criterion is contained at most times in the search input.

Represents a check that an expected search criterion is contained at most times in the search input.

Represents the extension point for another option after a contains at least once but at most-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains at least once but at most-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains at least once but at most-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains at least once but at most-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains at least once but at most-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains at least once but at most-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains at least once but at most-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains at least once but at most-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains at least once but at most-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains at least once but at most-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains at least once but at most-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains at least once but at most-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains at least once but at most-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains at least once but at most-check within a sophisticated contains assertion building process for Iterable.

The base class for builders which create a contains at least once but at most check within the fluent API of a sophisticated contains assertion for CharSequence.

The base class for builders which create a contains at least once but at most check within the fluent API of a sophisticated contains assertion for Iterable.

Represents the builder of a contains at least once but at most check within the fluent API of a sophisticated contains assertion for CharSequence.

Represents the builder of a contains at least once but at most check within the fluent API of a sophisticated contains assertion for Iterable.

Represents the builder of a contains at least once but at most check within the fluent API of a sophisticated contains assertion for CharSequence.

Represents the builder of a contains at least once but at most check within the fluent API of a sophisticated contains assertion for Iterable.

Represents the extension point for another step after a contains at least once but at most-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another step after a contains at least once but at most-check within a sophisticated contains assertion building process for Iterable.

Indicates that an assertion made by Atrium failed.

Responsible to adjust a given Throwable (usually an AtriumError) for improved error reporting.

Defines the general contract for AtriumError adjusters which all platforms have to fulfil.

Provides common options to create an AtriumErrorAdjuster.

Provides options to create an AtriumErrorAdjusterOption.

Represents a plant for Assertions and offers methods to addAssertions to this plant.

Represents a BaseAssertionPlant which is intended to serve as receiver object for lambdas which create Assertions, in which this assertion plant collects the so created assertions.

Represents a plant for Assertions and offers methods to addAssertions to this plant.

Step which has all necessary information to perform a subject transformation (subject change/feature extraction etc.) and now allows to decide how it should be done, especially regarding potential sub-assertions which should be applied to the new resulting subject.

A default implementation for AssertionGroup -- it has a certain type, a description, a representation and of course assertions.

Final step which creates an AssertionGroup with the previously defined groupType, description, representation and assertions.

A default implementation for DescriptiveAssertion which lazily evaluates holds.

A default implementation for ExplanatoryAssertion -- an assertion which only wants to give an explanation.

Collection of assertion functions and builders which are applicable to subjects with a BigDecimal type.

Defines the minimum set of assertion functions and builders applicable to BigDecimal, which an implementation of the domain of Atrium has to provide.

Delegates inter alia to the implementation of BigDecimalAssertions. In detail, it implements BigDecimalAssertions by delegating to bigDecimalAssertions which in turn delegates to the implementation via loadSingleService.

Represents a helper construct which allows to express blankness. It can be used for a parameterless function so that it has one parameter and thus can be used as infix function.

Represents a helper construct which allows to express blankness. It can be used for a parameter less function so that it has one parameter and thus can be used as infix function.

A marker interface for types which can be used to identify bullet points in CoreFactory.registerTextAssertionFormatterCapabilities.

Represents the extension point for another option after a contains at least but at most-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains at least but at most-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains at least but at most-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains at least but at most-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains at least but at most-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains at least but at most-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains at least but at most-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains at least but at most-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains at least but at most-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains at least but at most-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains at least but at most-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains at least but at most-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains at least but at most-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains at least but at most-check within a sophisticated contains assertion building process for Iterable.

The base class for builders which create the second step of a contains at least but at most check within the fluent API of a sophisticated contains assertion for CharSequence.

The base class for builders which create the second step of a contains at least but at most check within the fluent API of a sophisticated contains assertion for Iterable.

Represents the builder of the second step of a contains at least but at most check within the fluent API of a sophisticated contains assertion for CharSequence.

Represents the builder of the second step of a contains at least but at most check within the fluent API of a sophisticated contains assertion for Iterable.

Represents the builder of the second step of a contains at least but at most check within the fluent API of a sophisticated contains assertion for CharSequence.

Represents the builder of the second step of a contains at least but at most check within the fluent API of a sophisticated contains assertion for Iterable.

Represents the extension point for another step after a contains at least but at most-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another step after a contains at least but at most-check within a sophisticated contains assertion building process for Iterable.

Represents the pseudo keyword case as in ignoring case. It can be used for a parameterless function so that it has one parameter and thus can be used as infix function.

Deprecated, use case from module en_GB, package keywords; will be removed with 1.0.0.

Represents the pseudo keyword case as in ignoring case.

Option step which allows to decide what should be done with the transformed subject of type R.

Collection of assertion functions and builders which are applicable to subjects with a CharSequence type.

Defines the minimum set of assertion functions and builders applicable to CharSequence, which an implementation of the domain of Atrium has to provide.

Delegates inter alia to the implementation of CharSequenceAssertions. In detail, it implements CharSequenceAssertions by delegating to charSequenceAssertions which in turn delegates to the implementation via loadSingleService.

Defines the contract for sophisticated CharSequence contains assertion builders.

Defines the contract for sophisticated CharSequence builders.

Defines the deprecated contract for sophisticated CharSequence contains assertions.

Represents a creator of sophisticated contains assertions for CharSequence.

Represents a creator of sophisticated contains assertions for CharSequence.

Collection of assertion functions which are intended to be used as part of the final step of a sophisticated contains-building process for CharSequence.

Defines the minimum set of contains assertion functions for CharSequence, which an implementation of the domain of Atrium has to provide.

Delegates inter alia to the implementation of CharSequenceContainsAssertions. In detail, it implements CharSequenceContainsAssertions by delegating to charSequenceContainsAssertions which in turn delegates to the implementation via loadSingleService.

Represents a check that an expected object is contained at least times in the search input.

Represents the deprecated builder of a contains at least check within the fluent API of a sophisticated contains assertion for CharSequence.

Represents the deprecated builder of a contains at least check within the fluent API of a sophisticated contains assertion for CharSequence.

Represents the deprecated builder of a contains at least check within the fluent API of a sophisticated contains assertion for CharSequence.

The base class for builders which create a contains at least check within the fluent API of a sophisticated contains assertion for CharSequence.

Represents a check that an expected object is contained at most times in the search input.

Represents the deprecated builder of a contains at least once but at most check within the fluent API of a sophisticated contains assertion for CharSequence.

Represents the deprecated builder of a contains at least once but at most check within the fluent API of a sophisticated contains assertion for CharSequence.

Represents the deprecated builder of a contains at least once but at most check within the fluent API of a sophisticated contains assertion for CharSequence.

The base class for builders which create a contains at least once but at most check within the fluent API of a sophisticated contains assertion for CharSequence.

Represents the deprecated entry point of the fluent API of sophisticated contains assertions. It contains the subjectProvider for which the Assertion shall be build as well as the decoration behaviour which shall be applied to the subjectProvider's subject.

Represents the deprecated builder of the second step of a contains at least but at most check within the fluent API of a sophisticated contains assertion for CharSequence.

Represents the deprecated builder of the second step of a contains at least but at most check within the fluent API of a sophisticated contains assertion for CharSequence.

Represents the deprecated builder of the second step of a contains at least but at most check within the fluent API of a sophisticated contains assertion for CharSequence.

The base class for builders which create the second step of a contains at least but at most check within the fluent API of a sophisticated contains assertion for CharSequence.

Represents the base class for CharSequenceContains.Checker.

The deprecated base class for builders which create CharSequenceContains.Checkers within the fluent API of a sophisticated contains assertion which was started with the given containsBuilder.

Represents a check that an expected object is contained exactly times in the search input.

Represents the deprecated builder of a contains exactly check within the fluent API of a sophisticated contains assertion for CharSequence.

Represents the deprecated builder of a contains exactly check within the fluent API of a sophisticated contains assertion for CharSequence.

Represents the deprecated builder of a contains exactly check within the fluent API of a sophisticated contains assertion for CharSequence.

The base class for builders which create a contains exactly check within the fluent API of a sophisticated contains assertion for CharSequence.

Represents a Searcher which implements the CharSequenceContainsIgnoringCaseSearchBehaviour behaviour and uses CharSequence.indexOf to find expected objects.

Represents a Searcher which implements the CharSequenceContainsIgnoringCaseSearchBehaviour behaviour and evaluates the matches of a given regular expression on the input of the search.

Represents the deprecated search behaviour that a CharSequenceContains.Searcher should ignore case when searching for an expected object.

Represents a Searcher which uses CharSequence.indexOf to find expected objects.

Represents the deprecated default search behaviour or rather does not define a search behaviour at all.

Represents a check that an expected object is not contained in the search input.

Represents the deprecated builder of a contains not at all check within the fluent API of a sophisticated contains assertion for CharSequence.

Represents the deprecated builder of a contains not at all check within the fluent API of a sophisticated contains assertion for CharSequence.

Represents the deprecated builder of a contains not at all check within the fluent API of a sophisticated contains assertion for CharSequence.

The base class for builders which create a contains not check within the fluent API of a sophisticated contains assertion for CharSequence.

Represents the deprecated builder of a contains not or at most check within the fluent API of a sophisticated contains assertion for CharSequence.

Represents the deprecated builder of a contains not or at most check within the fluent API of a sophisticated contains assertion for CharSequence.

Represents the deprecated builder of a contains not or at most check within the fluent API of a sophisticated contains assertion for CharSequence.

The base class for builders which create a contains not or at most check within the fluent API of a sophisticated contains assertion for CharSequence.

Represents the deprecated default search behaviour but uses DescriptionCharSequenceAssertion.CONTAINS_NOT for the description.

Represents a Searcher which evaluates the matches of a given regular expression on the input of the search.

Delegates inter alia to the implementation of SearchBehaviourFactory. In detail, it implements SearchBehaviourFactory by delegating to searchBehaviourFactory which in turn delegates to the implementation via loadSingleService.

Deprecated, do not use this class, it is only here to retain binary compatibility.

Deprecated, do not use this class, it is only here to retain binary compatibility.

Deprecated, do not use this class, it is only here to retain binary compatibility.

Type alias for Any but with a better description what is expected at runtime, i.e. either a CharSequence, a Number or a Char.

Type alias for Any but with a better description what is expected at runtime, i.e. either a CharSequence, a Number or a Char.

Defines the minimum set of CharSequenceContains.Checkers an implementation of the domain of Atrium has to provide.

Defines the minimum set of IterableContains.Checkers an implementation of the domain of Atrium has to provide.

Represents a plant for Assertions and offers the possibility to check whether allAssertionsHold which have been added to this plant (since the last check).

Collection of assertion functions and builders which are applicable to subjects with a ChronoLocalDate type.

Defines the minimum set of assertion functions and builders applicable to ChronoLocalDate, which an implementation of the domain of Atrium has to provide.

Delegates inter alia to the implementation of ChronoLocalDateAssertionsBuilder. In detail, it implements ChronoLocalDateAssertions by delegating to chronoLocalDateAssertions which in turn delegates to the implementation via loadSingleService.

Collection of assertion functions and builders which are applicable to subjects with a ChronoLocalDateTime type.

Defines the minimum set of assertion functions and builders applicable to ChronoLocalDateTime, which an implementation of the domain of Atrium has to provide.

Delegates inter alia to the implementation of ChronoLocalDateTimeAssertionsBuilder. In detail, it implements ChronoLocalDateTimeAssertions by delegating to chronoLocalDateTimeAssertions which in turn delegates to the implementation via loadSingleService.

Collection of assertion functions and builders which are applicable to subjects with a ChronoZonedDateTime type.

Defines the minimum set of assertion functions and builders applicable to ChronoZonedDateTime, which an implementation of the domain of Atrium has to provide.

Delegates inter alia to the implementation of ChronoZonedDateTimeAssertionsBuilder. In detail, it implements ChronoZonedDateTimeAssertions by delegating to chronoZonedDateTimeAssertions which in turn delegates to the implementation via loadSingleService.

Represents a container for Assertion which is intended to serve as receiver object for lambdas which create Assertions, in which this Expect collects the assertions created this ways.

Represents an AssertionPlant which is intended to serve as receiver object for lambdas which create Assertions, in which this assertion plant collects the so created assertions.

Represents an AssertionPlantNullable which is intended to serve as receiver object for lambdas which create Assertions, in which this assertion plant collects the so created assertions.

Represents a container for Assertion which is intended to serve as receiver object for lambdas which create Assertions, in which this Expect collects the assertions created this way.

Defines the minimum set of assertion functions and builders applicable to Collection, which an implementation of the domain of Atrium has to provide.

Delegates inter alia to the implementation of CollectionAssertions. In detail, it implements CollectionAssertions by delegating to collectionAssertions which in turn delegates to the implementation via loadSingleService.

Type alias for Any but with a better description what is expected at runtime, i.e. a type which can be converted to a Collection.

Collection of assertion functions and builders which are applicable to subjects which can be transformed to a Collection - intended for types which are Collection like such as Map.

Collection of assertion functions and builders which are applicable to subjects with a Comparable type.

Defines the minimum set of assertion functions and builders applicable to Comparable, which an implementation of the domain of Atrium has to provide.

Delegates inter alia to the implementation of ComparableAssertions. In detail, it implements ComparableAssertions by delegating to comparableAssertions which in turn delegates to the implementation via loadSingleService.

Deprecated, use contain from module en_GB, package keywords; will be removed with 1.0.0.

Represents the pseudo keyword contain as in to contain.

Defines the basic contract for sophisticated contains assertion builders.

Defines the basic contract for sophisticated contains assertion builders.

Defines the deprecated basic contract for sophisticated contains assertion builders.

Represents the base class for Contains.Creators, providing a template to fulfill its job.

Represents the base class for Contains.Creators, providing a template to fulfill its job.

Represents the deprecated base class for builders representing the entry point of the process of building a sophisticated contains assertion.

Represents a base class for Contains.Checkers which compare how many occurrences of an expected object are found in the input of the search, against how many times the check expect it to be contained.

Represents the deprecated base class for Contains.Checkers which compare how many occurrences of an expected object are found in the input of the search, against how many times the check expect it to be contained.

Represents the deprecated base class for builders representing a checking step in the process of building a sophisticated contains assertion.

Represents the base class for Contains.Creators which use bare objects as search criteria (matching them with ==).

Represents the base class for Contains.Creators which use bare objects as search criteria (matching them with ==).

The platform specific minimum contract of the 'abstract factory' of atrium-core.

The minimum contract of the 'abstract factory' of atrium-core for any platform.

Type alias which can be used if only the AssertionGroupType is parameterised and the next step is an AssertionsOption which in turn has the BasicAssertionGroupFinalStep as final step.

Represents a check that an expected search criterion is contained at least times in the search input.

Represents a check that an expected entry is contained at least times in the Iterable.

Represents a check that an expected entry is contained at least times in the Iterable.

Represents a check that an expected search criterion is contained at most times in the search input.

Represents a check that an expected entry is contained at most times in the Iterable.

Represents a check that an expected entry is contained at most times in the Iterable.

Represents a check that an expected search criterion is contained exactly times in the search input.

Represents a check that an expected entry is contained exactly times in the Iterable.

Represents a check that an expected entry is contained exactly times in the Iterable.

The AssertionGroupType for AssertionGroups whose assertions are used to explain something rather than pointing something out -- accordingly the AssertionGroup.holds should always return true.

The AssertionGroupType for AssertionGroups which contain any kind of feature assertions.

The AssertionGroupType for AssertionGroups whose assertions should be displayed with an extra indent.

Transforms Sequence and all Array types to Iterable.

The AssertionGroupType for AssertionGroups whose assertions should be displayed in a list.

Transforms all Map as well as all IterableLike which have a resulting element type of either [Pair]<*, *> or [Map.Entry]<*, *> to an Iterable with an element type [Pair]<K, V>.

Represents a check that an expected search criterion is not contained in the search input.

Represents a check that an expected entry is not contained in the Iterable.

Represents a check that an expected entry is not contained in the Iterable.

The AssertionGroupType for AssertionGroups whose assertions should not be filtered (by a Reporter) and for which an AssertionFormatter should state whether they hold or not.

Parameter object to express Translatable, vararg Translatable in the infix-api.

Represents an Expect which passes on appended assertions to a given AssertionHolder.

Contains the DescriptiveAssertion.descriptions of the assertion functions which are applicable to Any.

Contains the DescriptiveAssertion.descriptions of the assertion functions which are applicable to Any.

Contains the DescriptiveAssertion.descriptions which are so basic that one does not want to use a different wording in a two different assertion functions.

Contains the DescriptiveAssertion.descriptions which are so basic that one does not want to use a different wording in a two different assertion functions.

Contains the DescriptiveAssertion.descriptions of the assertion functions which are applicable to BigDecimal.

Contains the DescriptiveAssertion.descriptions of the assertion functions which are applicable to BigDecimal.

Contains the DescriptiveAssertion.descriptions of the assertion functions which are applicable to CharSequence.

Contains the DescriptiveAssertion.descriptions of the assertion functions which are applicable to CharSequence.

Contains the DescriptiveAssertion.descriptions of the assertion functions which are applicable to Collection.

Contains the DescriptiveAssertion.descriptions of the assertion functions which are applicable to Collection.

Contains the DescriptiveAssertion.descriptions of the assertion functions which are applicable to Comparable.

Contains the DescriptiveAssertion.descriptions of the assertion functions which are applicable to Comparable.

Contains the DescriptiveAssertion.descriptions of the assertion functions which are applicable to date like instances (e.g. LocalDate, LocaleDateTime, ZonedDateTime etc.)

Contains the DescriptiveAssertion.descriptions of the assertion functions which are applicable to Float, Double and BigDecimal.

Contains the DescriptiveAssertion.descriptions of the assertion functions which are applicable to Float, Double and maybe other platform specific floating point types (such as BigDecimal in JVM).

Contains the DescriptiveAssertion.descriptions of the assertion functions which are applicable to Any.

Contains the DescriptiveAssertion.descriptions of the assertion functions which are applicable to Iterable.

Contains the DescriptiveAssertion.descriptions of the assertion functions which are applicable to Iterable.

Contains the DescriptiveAssertion.descriptions of the assertion functions which are applicable to Map.

Contains the DescriptiveAssertion.descriptions of the assertion functions which are applicable to Map.

Contains the DescriptiveAssertion.descriptions of the assertion functions which are applicable to Map.

Contains the DescriptiveAssertion.descriptions of the assertion functions which are applicable to Optional.

Contains the DescriptiveAssertion.descriptions of the assertion functions which are applicable to Path.

Contains the DescriptiveAssertion.descriptions of the assertion functions which are applicable to Map.

Contains the DescriptiveAssertion.descriptions of the assertion functions which are applicable to Throwable.

Contains the DescriptiveAssertion.descriptions of the assertion functions which are applicable to Throwable.

Contains the DescriptiveAssertion.descriptions of the assertion functions which postulate that a AssertionPlant.subject of type T can be transformed (usually down-casting or unboxing) to TSub.

Contains the DescriptiveAssertion.descriptions of the assertion functions which postulate that a AssertionPlant.subject of type T can be transformed (usually down-casting or unboxing) to TSub.

Defines the contract to build a DescriptiveAssertion.

The base interface for Assertions which consist of a representation of an expected result with a complementary description.

Defines the contract to build a DescriptiveAssertion like assertion with an additional hint which might be shown if the Descriptive.DescriptionOption.test fails.

Parameter object which collects directory entries (as Strings). Use the function directoryEntry(String, vararg String) to create this representation.

An AssertionGroupType which indicates that a Reporter should not filter its AssertionGroup.assertions.

Helps to make an assertion about the BaseAssertionPlant.subject, that it is of type T and can be down-casted to type TSub.

Parameter object to express a Group of identification lambdas.

Parameter object to express a Group with a single identification lambda.

Represents a disjoint union i.e. a type with two possibilities, either Left or Right.

Represents a helper construct which allows to express emptiness. It can be used for a parameterless function so that it has one parameter and thus can be used as infix function.

Deprecated, use Empty from module en_GB, package keywords; will be removed with 1.0.0.

Represents a helper construct which allows to express emptiness. It can be used for a parameter less function so that it has one parameter and thus can be used as infix function.

Represents a base class for AssertionGroups which have an empty description and representation.

Parameter object to express a Group of identification lambdas.

Represents the pseudo keyword entries as in grouped entries. It can be used for a parameterless function so that it has one parameter and thus can be used as infix function.

Parameter object to express a Group of identification lambdas.

Parameter object to express ((Assert<T>) -> Unit)?, vararg ((Assert<T>) -> Unit)? in the infix-api.

Parameter object to express a Group of identification lambdas.

Parameter object to express a Group of identification lambdas.

Represents the pseudo keyword entries as in grouped entries.

Parameter object to express a Group with a single identification lambda.

Parameter object to express a Group with a single identification lambda.

Parameter object to express a Group with a single identification lambda.

Parameter object to express a Group with a single identification lambda.

Contains translations which are used in error like messages.

Contains translations which are used in error like messages.

Represents a check that an expected search criterion is contained exactly times in the search input.

Represents a check that an expected search criterion is contained exactly times in the search input.

Represents a check that an expected search criterion is contained exactly times in the search input.

Represents a check that an expected search criterion is contained exactly times in the search input.

Represents the extension point for another option after a contains exactly-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains exactly-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains exactly-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains exactly-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains exactly-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains exactly-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains exactly-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains exactly-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains exactly-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains exactly-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains exactly-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains exactly-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains exactly-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains exactly-check within a sophisticated contains assertion building process for Iterable.

The base class for builders which create a contains exactly check within the fluent API of a sophisticated contains assertion for CharSequence.

The base class for builders which create a contains exactly check within the fluent API of a sophisticated contains assertion for Iterable.

Represents the builder of a contains exactly check within the fluent API of a sophisticated contains assertion for CharSequence.

Represents the builder of a contains exactly check within the fluent API of a sophisticated contains assertion for Iterable.

Represents the builder of a contains exactly check within the fluent API of a sophisticated contains assertion for CharSequence.

Represents the builder of a contains exactly check within the fluent API of a sophisticated contains assertion for Iterable.

Represents the extension point for another step after a contains exactly-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another step after a contains exactly-check within a sophisticated contains assertion building process for Iterable.

A helper construct to allow expressing assertions about a path being executable. It can be used for a parameterless function so that it has one parameter and thus can be used as infix function.

A helper construct to allow expressing assertions about path existence. It can be used for a parameterless function so that it has one parameter and thus can be used as infix function.

Represents the extension point for Assertion functions and sophisticated builders for subjects of type T.

Defines the contract to create custom assertion verbs, Expect<T> respectively.

Bundles different domain objects which are defined by the module atrium-domain-api to give assertion writers (and other consumers of the domain) a fluent API as well.

Sole purpose of this interface is to hide AssertionContainer from newcomers which usually don't have to deal with this.

DSL Marker for Expect.

Additional (non-mandatory) options for the ExpectBuilder to create an Expect.

Delegates inter alia to the implementation of ThrowingAssertionCollectorForExplanation and NonThrowingAssertionCollectorForExplanation.

Defines the contract to build an ExplanatoryAssertion.

Represents an Assertion which can be used to explain/show an instance which is eventually formatted by an ObjectFormatter in reporting -- it needs to be a child of an AssertionGroup with an ExplanatoryAssertionGroupType.

Represents an AssertionGroup with an ExplanatoryAssertionGroupType, which means a Reporter should not show whether the assertions hold or not.

Final step which creates an AssertionGroup with an ExplanatoryAssertionGroupType based on the previously defined groupType and the explanatoryAssertions.

Represents the AssertionGroupType for AssertionGroups whose assertions are mainly used to explain something -- hence in the normal case it should not be of importance whether they hold or not and thus such AssertionGroups should usually return true for holds.

Option step which allows to specify what ExplanatoryAssertionGroupType is used as AssertionGroup.type.

Defines the contract to build an AssertionGroup with an ExplanatoryAssertionGroupType.

Represents an AnyTypeTransformation.TypeTransformationFailureHandler which wraps subsequent assertions into an AssertionGroup with an ExplanatoryAssertionGroupType.

Option step which allows to decide what should be done with the extracted feature of type R.

Represents a SubjectChanger.FailureHandler which acts as an adapter for another failure handler by mapping first the given subject to another type R1 which is understood as input of the other failure handler.

Represents a SubjectChanger.FailureHandler which as an adapter for another failure handler by mapping first the given subject to another type R1 which is understood as input of the other failure handler.

Defines the minimum set of AnyTypeTransformation.FailureHandlers an implementation of the domain of Atrium has to provide.

Parameter object which contains a description of a feature along with an extractor which actually extracts the feature out of a subject of an assertion.

Represents the AssertionGroupType for AssertionGroups which contain some kind of feature assertions.

Collection of functions which help to create feature assertions by returning FeatureExtractorBuilder.ExecutionStep.

Defines the minimum set of assertion functions -- used to create feature assertions -- which an implementation of the domain of Atrium has to provide.

Delegates inter alia to the implementation of FeatureAssertions. In detail, it implements FeatureAssertions by delegating to featureAssertions which in turn delegates to the implementation via loadSingleService.

Represents an Expect which results due to a change of the Expect.maybeSubject to a feature of the subject.

Additional (non-mandatory) options to create a FeatureExpect.

Helper lambda to specify FeatureExpectOptions via convenience methods.

Defines the contract for sophisticated safe feature extractions including assertion creation for the feature.

Defines the contract for sophisticated safe feature extractions including assertion creation for the feature.

Defines the contract for sophisticated safe feature extractions including assertion creation for the feature.

Helps in using FeatureExtractor by providing a guide to set the different parameters in form of a fluent builder.

Defines the contract for sophisticated safe feature extractions including assertion creation for the feature.

Responsible to create a FeatureExtractor.Creator.

Additional (non-mandatory) options for the FeatureExtractorBuilder to create an Expect.

Parameter object which contains a description of a feature along with an extractor which actually extracts the feature out of a subject of an assertion + an assertionCreator which defines assertions for the feature.

Defines the contract to build an AssertionGroup which has a fixed AssertionGroup.holds.

Defines the contract to build an AssertionGroup which has a fixed AssertionGroup.holds or the like.

Collection of assertion functions and builders which are applicable to subjects with a floating point number like type (currently Float and Double).

Defines the minimum set of assertion functions and builders applicable to floating points, which an implementation of the domain of Atrium has to provide.

Delegates inter alia to the implementation of FloatingPointAssertions. In detail, it implements FloatingPointAssertions by delegating to floatingPointAssertions which in turn delegates to the implementation via loadSingleService.

Defines the minimum set of assertion functions and builders applicable to floating points (Float, Double), which an implementation of the domain of Atrium has to provide for any platform.

Collection of assertion functions and builders which are applicable to floating point number like types which are specific to the JVM platform (currently only for BigDecimal).

Collection of assertion functions and builders which are applicable to subjects with a kotlin.Function0 type.

Defines the minimum set of assertion functions and builders applicable to lambdas with arity 0 (i.e. a lambda with 0 arguments or in other words () -> R), which an implementation of the domain of Atrium has to provide.

Delegates inter alia to the implementation of Fun0Assertions. In detail, it implements Fun0Assertions by delegating to fun0Assertions which in turn delegates to the implementation via loadSingleService.

Represents the pseudo keyword group as in within group. It can be used for a parameterless function so that it has one parameter and thus can be used as infix function.

Represents the pseudo keyword group as in within group.

Represents a group of T.

Represents a group of T (where T: Any?) which can be converted to a List<T>

Represents a group of T (where T: Any) which can be converted to a List<T>

Step which allows to specify RepresentationOnlyAssertion.holds.

Deprecated, use AssertImpl.coreFactory instead which delegates to an implementation of CoreFactory; will be removed with 1.0.0

Represents a Searcher which implements the IgnoringCaseSearchBehaviour behaviour and uses CharSequence.indexOf to find expected objects.

Represents a Searcher which implements the IgnoringCaseSearchBehaviour behaviour and evaluates the matches of a given regular expression on the input of the search.

Represents the search behaviour that a CharSequenceContains.Searcher should ignore case when searching for an expected object.

Represents the search behaviour that a CharSequenceContains.Searcher should ignore case when searching for an expected object.

Represents the search behaviour that a CharSequenceContains.Searcher should ignore case when searching for an expected object.

Represents a creator of a sophisticated contains assertions for Iterable where an expected entry can appear in any order and is identified by holding a group of assertions, created by an assertion creator lambda.

Represents the base class for in any order only assertion creators and provides a corresponding template to fulfill its responsibility.

Represents a creator of a sophisticated contains assertions for Iterable where exactly the expected entries have to appear in the Iterable but in any order -- an entry is identified by holding a group of assertions created by an assertion creator lambda.

Represents the search behaviour that expected entries can appear in any order within the IterableLike but that the resulting assertion should not hold if there are less or more entries than expected.

Represents the search behaviour that expected entries can appear in any order within the MapLike but that the resulting assertion should not hold if there are less or more entries than expected.

Represents the search behaviour that expected entries might appear in any order within the Iterable but that the resulting assertion should not hold if there are less or more entries than expected.

Represents a creator of a sophisticated contains assertions for Iterable where exactly the expected entries have to appear in the Iterable but in any order -- an entry is identified by an expected object (equality comparison).

Represents the search behaviour that expected entries can appear in any order within the IterableLike.

Represents the search behaviour that expected entries can appear in any order within the MapLike.

Represents the search behaviour that expected entries might appear in any order within the Iterable.

Represents a creator of a sophisticated contains assertions for Iterable where an expected entry can appear in any order and is identified by expected objects (equality comparison).

Represents an AssertionGroup with a DefaultIndentAssertionGroupType, which means the assertions shall be indented one extra level and description and representation shall be neglected (not reported to the output).

Represents the AssertionGroupType for AssertionGroups whose assertions should be displayed with an extra indent. Such a group might have a AssertionGroup.description and AssertionGroup.representation (by accident) but should not be mentioned in reporting.

Wrapper for a single index -- can be used as distinguishable type for an overload where Int is already in use.

Represents a Searcher which uses CharSequence.indexOf to find expected objects.

Parameter object which combines an index of type Int with an assertionCreator which defines assertions for a resulting feature of type E.

The AssertionGroupType for AssertionGroups whose assertions are used to document the reason for one or multiple assertions.

Represents the base class for in order only assertion creators and provides a corresponding template to fulfill its responsibility.

Represents a creator of a sophisticated contains assertions for Iterable where exactly the expected entries have to appear in the specified order and where an entry is identified by holding a group of assertions, created by an assertion creator lambda.

Represents the search behaviour that expected entries have to appear in the given order in terms of groups within the IterableLike whereas the entries can be in any order within the group and that the resulting assertion should not hold if there are less or more entries than expected.

Represents the search behaviour that expected entries have to appear in the given order in terms of groups within the Iterable whereas the entries can be in any order within the group and that the resulting assertion should not hold if there are less or more entries than expected.

Represents a filler step to emphasise that the next step defines the order within a group of a InOrderOnlyGroupedSearchBehaviour.

Represents a filler step to emphasise that the next step defines the order within a group of a InOrderOnlyGroupedSearchBehaviour.

Represents the search behaviour that expected entries have to appear in the given order within the IterableLike and that the resulting assertion should not hold if there are less or more entries than expected.

Represents the search behaviour that expected entries have to appear in the given order within the MapLike and that the resulting assertion should not hold if there are less or more entries than expected.

Represents the search behaviour that expected entries have to appear in the given order within the Iterable and that the resulting assertion should not hold if there are less or more entries than expected.

Represents a creator of a sophisticated contains assertions for Iterable where exactly the expected entries have to appear in the specified order and where an entry is identified by an expected object (equality comparison).

Represents the search behaviour that expected entries have to appear in the given order within the IterableLike.

Represents the search behaviour that expected entries have to appear in the given order within the MapLike.

Represents the search behaviour that expected entries have to appear in the given order within the Iterable.

Represents an AssertionGroup with an InvisibleAssertionGroupType, which means the grouping should be invisible in reporting.

Represents the AssertionGroupType for AssertionGroups whose assertions should be displayed in a manner that the user does not even notice that the Assertions have been grouped.

Defines the minimum set of assertion functions and builders applicable to Iterable, which an implementation of the domain of Atrium has to provide.

Delegates inter alia to the implementation of IterableAssertions. In detail, it implements IterableAssertions by delegating to iterableAssertions which in turn delegates to the implementation via loadSingleService.

Defines the contract for sophisticated Iterable builders.

Defines the deprecated contract for sophisticated Iterable contains assertions.

Defines the minimum set of contains assertion functions for Iterable, which an implementation of the domain of Atrium has to provide.

Delegates inter alia to the implementation of IterableContainsAssertions. In detail, it implements IterableContainsAssertions by delegating to iterableContainsAssertions which in turn delegates to the implementation via loadSingleService.

Represents a check that an expected entry is contained at least times in the Iterable.

Represents the deprecated builder of a contains at least check within the fluent API of a sophisticated contains assertion for Iterable.

Represents the deprecated builder of a contains at least check within the fluent API of a sophisticated contains assertion for Iterable.

Represents the deprecated builder of a contains at least check within the fluent API of a sophisticated contains assertion for Iterable.

The base class for builders which create a contains at least check within the fluent API of a sophisticated contains assertion for Iterable.

Represents a check that an expected entry is contained at most times in the Iterable.

Represents the deprecated builder of a contains at least once but at most check within the fluent API of a sophisticated contains assertion for Iterable.

Represents the deprecated builder of a contains at least once but at most check within the fluent API of a sophisticated contains assertion for Iterable.

Represents the deprecated builder of a contains at least once but at most check within the fluent API of a sophisticated contains assertion for Iterable.

The base class for builders which create a contains at least once but at most check within the fluent API of a sophisticated contains assertion for Iterable.

Represents the deprecated entry point of the fluent API of sophisticated contains assertions. It contains the subjectProvider for which the Assertion shall be build as well as the decoration behaviour which shall be applied to the subjectProvider's subject.

Represents the deprecated builder of the second step of a contains at least but at most check within the fluent API of a sophisticated contains assertion for Iterable.

Represents the deprecated builder of the second step of a contains at least but at most check within the fluent API of a sophisticated contains assertion for Iterable.

Represents the deprecated builder of the second step of a contains at least but at most check within the fluent API of a sophisticated contains assertion for Iterable.

The base class for builders which create the second step of a contains at least but at most check within the fluent API of a sophisticated contains assertion for Iterable.

Represents the base class for IterableContains.Checker.

The deprecated base class for builders which create IterableContains.Checkers within the fluent API of a sophisticated contains assertion which was started with the given containsBuilder.

Represents a check that an expected object is contained exactly times in the search input.

Represents the deprecated builder of a contains exactly check within the fluent API of a sophisticated contains assertion for Iterable.

Represents the deprecated builder of a contains exactly check within the fluent API of a sophisticated contains assertion for Iterable.

Represents the deprecated builder of a contains exactly check within the fluent API of a sophisticated contains assertion for Iterable.

The base class for builders which create a contains exactly check within the fluent API of a sophisticated contains assertion for Iterable.

Represents a creator of a sophisticated contains assertions for Iterable where an expected entry can appear in any order and is identified by holding a group of assertions, created by an assertion creator lambda.

Represents a creator of a sophisticated contains assertions for Iterable where an expected entry can appear in any order and is identified by expected objects (equality comparison).

Represents the base class for in any order only assertion creators and provides a corresponding template to fulfill its responsibility.

Represents a creator of a sophisticated contains assertions for Iterable where exactly the expected entries have to appear in the Iterable but in any order -- an entry is identified by holding a group of assertions created by an assertion creator lambda.

Represents a creator of a sophisticated contains assertions for Iterable where exactly the expected entries have to appear in the Iterable but in any order -- an entry is identified by an expected object (equality comparison).

Represents the deprecated search behaviour that expected entries might appear in any order within the Iterable but that the resulting assertion should not hold if there are less entries than expected or more.

Represents the deprecated search behaviour that expected entries might appear in any order within the Iterable.

Represents the base class for in order only assertion creators and provides a corresponding template to fulfill its responsibility.

Represents a creator of a sophisticated contains assertions for Iterable where exactly the expected entries have to appear in the specified order and where an entry is identified by holding a group of assertions, created by an assertion creator lambda.

Represents a creator of a sophisticated contains assertions for Iterable where exactly the expected entries have to appear in the specified order and where an entry is identified by an expected object (equality comparison).

Represents the deprecated search behaviour that expected entries have to appear in the given order within the Iterable and that the resulting assertion should not hold if there are less entries than expected or more.

Represents the deprecated search behaviour that expected entries have to appear in the given order within the Iterable.

Represents the deprecated "no IterableContains.Checker" option, meaning no checker shall be applied to a search result.

Represents the deprecated default search behaviour or rather does not define a search behaviour at all.

Represents a check that an expected object is not contained in the search input.

Represents the deprecated builder of a contains not at all check within the fluent API of a sophisticated contains assertion for Iterable.

Represents the deprecated builder of a contains not at all check within the fluent API of a sophisticated contains assertion for Iterable.

Represents the deprecated builder of a contains not at all check within the fluent API of a sophisticated contains assertion for Iterable.

The base class for builders which create a contains not check within the fluent API of a sophisticated contains assertion for Iterable.

Represents the deprecated builder of a contains not or at most check within the fluent API of a sophisticated contains assertion for Iterable.

Represents the deprecated builder of a contains not or at most check within the fluent API of a sophisticated contains assertion for Iterable.

Represents the deprecated builder of a contains not or at most check within the fluent API of a sophisticated contains assertion for Iterable.

The base class for builders which create a contains not or at most check within the fluent API of a sophisticated contains assertion for Iterable.

Represents the deprecated search behaviour that expected entries might appear in any order within the Iterable.

Delegates inter alia to the implementation of SearchBehaviourFactory. In detail, it implements SearchBehaviourFactory by delegating to searchBehaviourFactory which in turn delegates to the implementation via loadSingleService.

Type alias for Any but with a better description what is expected at runtime, i.e. a type which can be converted to an Iterable.

Type alias for Any but with a better description what is expected at runtime, i.e. such as Iterable, Sequence or one of the other Array types.

Collection of assertion functions and builders which are applicable to subjects which can be transformed to an Iterable - intended for types which are Iterable like such as Array or Sequence.

Defines the contract for sophisticated Iterable contains assertion builders.

Defines the minimum set of contains assertion functions for Iterable, which an implementation of the domain of Atrium has to provide.

Defines the minimum set of contains assertion functions for Iterable, which an implementation of the domain of Atrium has to provide.

Collection of assertion functions and builders which are applicable to subjects with an Iterator type.

Defines the minimum set of assertion functions and builders applicable to Iterator, which an implementation of the domain of Atrium has to provide.

Delegates inter alia to the implementation of IteratorAssertions. In detail, it implements IteratorAssertions by delegating to iteratorAssertions which in turn delegates to the implementation via loadSingleService.

Wrapper for a single key -- can be used as distinguishable type for an overload where K is already in use.

Parameter object to express a key/value Pair whose value type is a nullable lambda with an Expect receiver, which means one can either pass a lambda or null.

Parameter object to express a key/value Pair whose value type is a lambda with an Assert receiver, which means one can either pass a lambda or null.

Parameter object to express a key/value Pair whose value type is a nullable lambda with an Assert receiver, which means one can either pass a lambda or null.

Parameter object to express a key/value Pair whose value type is a lambda with an Assert receiver, which means one can either pass a lambda or null.

Parameter object to express KeyWithValueCreator<K, V>, vararg KeyWithValueCreator<K, V>.

Parameter object which combines an key of type K with an assertionCreator which defines assertions for a resulting feature of type V.

Parameter object to express a key/value Pair whose value type is a nullable lambda with an Expect receiver, which means one can either pass a lambda or null.

Marker interface for keywords.

Marker interface for keywords.

A representation which shall be evaluated lazily during reporting.

Represents an AssertionGroup which is evaluated lazily where the lazy loading is not thread safe.

The left case of an Either.

Represents the AssertionGroupType for AssertionGroups whose assertions should be displayed in a list (up to the Reporter if it is a list with bullets, squares etc.).

Collection of assertion functions and builders which are applicable to subjects with a List type.

Defines the minimum set of assertion functions and builders applicable to List, which an implementation of the domain of Atrium has to provide.

Delegates inter alia to the implementation of ListAssertions. In detail, it implements ListAssertions by delegating to listAssertions which in turn delegates to the implementation via loadSingleService.

Represents the extension point for another option after a get index-step within a sophisticated get assertion building process for List.

Represents the extension point for another option after a get index-step within a sophisticated get assertion building process for List.

Collection of assertion functions and builders which are applicable to subjects with a LocalDate type.

Defines the minimum set of assertion functions and builders applicable to LocalDate, which an implementation of the domain of Atrium has to provide.

Delegates inter alia to the implementation of LocalDateAssertions. In detail, it implements LocalDateAssertions by delegating to localDateAssertions which in turn delegates to the implementation via loadSingleService.

Collection of assertion functions and builders which are applicable to subjects with a LocalDateTime type.

Defines the minimum set of assertion functions and builders applicable to LocalDateTime, which an implementation of the domain of Atrium has to provide.

Delegates inter alia to the implementation of LocalDateTimeAssertions. In detail, it implements LocalDateTimeAssertions by delegating to localDateTimeAssertions which in turn delegates to the implementation via loadSingleService.

Represents a platform independent representation of a locale consisting of a language, a script, a country and a variant.

Responsible to decide in which order Locales should be processed.

Provides options to create a LocaleOrderDecider.

Defines the minimum set of assertion functions and builders applicable to Map, which an implementation of the domain of Atrium has to provide.

Delegates inter alia to the implementation of MapAssertions. In detail, it implements MapAssertions by delegating to mapAssertions which in turn delegates to the implementation via loadSingleService.

Collection of assertion functions and builders which are applicable to subjects with a Map.Entry type.

Defines the minimum set of assertion functions and builders applicable to Map, which an implementation of the domain of Atrium has to provide.

Delegates inter alia to the implementation of MapEntryAssertions. In detail, it implements MapEntryAssertions by delegating to mapEntryAssertions which in turn delegates to the implementation via loadSingleService.

Represents the extension point for another option after a get key-step within a sophisticated get assertion building process for Map.

Represents the extension point for another option after a get key-step within a sophisticated get assertion building process for Map.

Type alias for Any but with a better description what is expected at runtime, i.e. a type which can be converted to a Map.

Collection of assertion functions and builders which are applicable to subjects which can be transformed to a Map - intended for types which are Map like such as IterableLike with an element type Pair.

Defines the contract for sophisticated MapLike contains assertion builders.

Defines the minimum set of contains assertion functions for Iterable, which an implementation of the domain of Atrium has to provide.

Represents a subject of an assertion which might be Present or Absent.

Represents an extracted feature of type T defined by the given maybeSubject including a description and a representation

Builder which helps to create MetaFeature inter alia by using the MethodCallFormatter defined initially by the Reporter

Helper class to circumvent overload bugs and KFunction bugs incorporated in Kotlin -- use f and in case you run into an overload ambiguity, then either p (for property) or one of the fN functions (e.g. f2 for a function which expects 2 arguments).

Parameter object which combines a lambda with a MetaFeatureOption receiver (called provider) and an assertionCreator.

Responsible to format a method call in reporting.

Provides options to combine multiple AtriumErrorAdjusters.

DSL Marker for MultipleAdjustersOption

Defines the minimum set of assertion functions -- used to create feature assertions -- which an implementation of the domain of Atrium has to provide.

Delegates inter alia to the implementation of NewFeatureAssertions. In detail, it implements NewFeatureAssertions by delegating to newFeatureAssertions which in turn delegates to the implementation via loadSingleService.

Represents the pseudo keyword next as in has next. It can be used for a parameterless function so that it has one parameter and thus can be used as infix function.

A helper construct to allow expressing assertions about iterable contains no duplicates. It can be used for a parameterless function so that it has one parameter and thus can be used as infix function.

Represents an absent value in terms of Option.

Represents an assertion collector meant for explanation which does not throw in case not a single Assertion was collected.

Represents a "no IterableLikeContains.Checker" option, meaning no checker shall be applied to a search result.

Represents the default search behaviour or rather does not define a search behaviour at all.

Represents the default search behaviour or rather does not define a search behaviour at all.

Represents the default search behaviour or rather does not define a search behaviour at all.

Represents the default search behaviour or rather does not define a search behaviour at all.

Represents the default search behaviour or rather does not define a search behaviour at all.

Represents the default search behaviour or rather does not define a search behaviour at all.

Represents a check that an expected search criterion is not contained in the search input.

Represents a check that an expected search criterion is not contained in the search input.

Represents a check that an expected search criterion is not contained in the search input.

Represents a check that an expected search criterion is not contained in the search input.

Represents the extension point for another option after a contains not at all-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains not at all-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains not at all-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains not at all-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains not at all-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains not at all-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains not at all-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains not at all-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains not at all-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains not at all-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains not at all-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains not at all-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains not at all-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains not at all-check within a sophisticated contains assertion building process for Iterable.

The base class for builders which create a contains not check within the fluent API of a sophisticated contains assertion for CharSequence.

The base class for builders which create a contains not check within the fluent API of a sophisticated contains assertion for Iterable.

Represents the builder of a contains not at all check within the fluent API of a sophisticated contains assertion for CharSequence.

Represents the builder of a contains not at all check within the fluent API of a sophisticated contains assertion for Iterable.

Represents the builder of a contains not at all check within the fluent API of a sophisticated contains assertion for CharSequence.

Represents the builder of a contains not at all check within the fluent API of a sophisticated contains assertion for Iterable.

Represents the extension point for another step after a contains not at all-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another step after a contains not at all-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains not or at most-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains not or at most-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains not or at most-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains not or at most-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains not or at most-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains not or at most-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains not or at most-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains not or at most-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains not or at most-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains not or at most-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains not or at most-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains not or at most-check within a sophisticated contains assertion building process for Iterable.

Represents the extension point for another option after a contains not or at most-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another option after a contains not or at most-check within a sophisticated contains assertion building process for Iterable.

The base class for builders which create a contains not or at most check within the fluent API of a sophisticated contains assertion for CharSequence.

The base class for builders which create a contains not or at most check within the fluent API of a sophisticated contains assertion for Iterable.

Represents the builder of a contains not or at most check within the fluent API of a sophisticated contains assertion for CharSequence.

Represents the builder of a contains not or at most check within the fluent API of a sophisticated contains assertion for Iterable.

Represents the builder of a contains not or at most check within the fluent API of a sophisticated contains assertion for CharSequence.

Represents the builder of a contains not or at most check within the fluent API of a sophisticated contains assertion for Iterable.

Represents the extension point for another step after a contains not or at most-check within a sophisticated contains assertion building process for CharSequence.

Represents the extension point for another step after a contains not or at most-check within a sophisticated contains assertion building process for Iterable.

Represents still the default search behaviour but a CharSequenceContains.Checker should be used which verifies that the CharSequenceContains.Searcher could not find the expected object.

Represents the search behaviour that expected entries might appear in any order within the IterableLike.

Represents still the default search behaviour but a CharSequenceContains.Checker should be used which verifies that the CharSequenceContains.Searcher could not find the expected object.

Represents the search behaviour that expected entries might appear in any order within the Iterable.

Represents still the default search behaviour but a CharSequenceContains.Checker should be used which verifies that the CharSequenceContains.Searcher could not find the expected object.

Represents a filler, a pseudo keyword where there isn't really a good keyword. A reader should skip this filler without reading it. For instance, contains o atLeast 1... should be read as contains at least once...

Represents a formatter for objects.

Provides options to create an ObjectFormatter.

Parameter object to express T, vararg T in the infix-api.

Represents the pseudo keyword only as in and only. It can be used for a parameterless function so that it has one parameter and thus can be used as infix function.

Deprecated, use only from module en_GB, package keywords; will be removed with 1.0.0.

Represents the pseudo keyword only as in and only.

Represents an optional value with map, flatMap, fold and getOrElse to transform it.

Collection of assertion functions and builders which are applicable to subjects with an Optional type.

Defines the minimum set of assertion functions and builders applicable to Optional, which an implementation of the domain of Atrium has to provide.

Delegates inter alia to the implementation of OptionalAssertions. In detail, it implements OptionalAssertions by delegating to optionalAssertions which in turn delegates to the implementation via loadSingleService.

Represents the pseudo keyword order as in inAny order. It can be used for a parameterless function so that it has one parameter and thus can be used as infix function.

Parameter object to express Group<T>, Group<T>, vararg Group<T>.

Deprecated, use order from module en_GB, package keywords; will be removed with 1.0.0.

Parameter object to express Group<T>, Group<T>, vararg Group<T> in the infix-api.

Represents the pseudo keyword order as in inAny order.

Collection of assertion functions and builders which are applicable to subjects with a Pair type.

Defines the minimum set of assertion functions and builders applicable to Map, which an implementation of the domain of Atrium has to provide.

Delegates inter alia to the implementation of PairAssertions. In detail, it implements PairAssertions by delegating to pairAssertions which in turn delegates to the implementation via loadSingleService.

Parameter object to express Pair<K, V>, vararg Pair<K, V>.

Parameter object to express Pair<K, V>, vararg Pair<K, V> in the infix-api.

Defines the contract to build an AssertionGroup whose AssertionGroup.holds is a logic AND operation composed by a fixed part and its AssertionGroup.assertions.

Collection of assertion functions and builders which are applicable to subjects with a Path type.

Defines the minimum set of assertion functions and builders applicable to Path, which an implementation of the domain of Atrium has to provide.

Delegates inter alia to the implementation of PathAssertions. In detail, it implements PathAssertions by delegating to pathAssertions which in turn delegates to the implementation via loadSingleService.

Parameter object which combines a path (as String) with an assertionCreator which defines assertions for a resulting feature of type E.

Parameter object which combines path (as Path) with a sourceCharset and targetCharset.

Represents the Exception that an AssertionPlant.subject was not defined but one tried to access it.

Indicates a problem which was indicated by a @Deprecated annotation but was ignored by you ;-)

Step which kind of holds the state of a previous final step related to a subject change/feature extraction etc. and now allows to decide what should happen with it.

Represents the identifier for bullet points used to prefix Assertions which do not hold, in context of an AssertionGroup with type SummaryAssertionGroupType.

This class is only used as identifier for CoreFactory.registerTextAssertionFormatterCapabilities.

Represents the identifier for bullet points used to prefix Assertions which hold, in context of an AssertionGroup with type SummaryAssertionGroupType.

Represents a helper construct which allows to express presence. It can be used for a parameterless function so that it has one parameter and thus can be used as infix function.

Parameter object which represents a present value (e.g. to represent a present Optional) with an element type E combined with an assertionCreator which defines assertions for the element.

Marker interface for types which provide a raw string functionality and should be treated accordingly in reporting (e.g., in ObjectFormatter).

A helper construct to allow expressing assertions about a path being readable. It can be used for a parameterless function so that it has one parameter and thus can be used as infix function.

Parameter object to express String, vararg String where they are treated as regex patterns.

Parameter object to express String, vararg String in the infix-api.

Parameter object to express String, vararg String in the infix-api.

Represents a Searcher which evaluates the matches of a given regular expression on the input of the search.

A helper construct to allow expressing assertions about a path being relative. It can be used for a parameterless function so that it has one parameter and thus can be used as infix function.

Represents a reporter which reports about Assertions.

The deprecated builder to create a Reporter consisting of several components.

Provides options to create a Translator or TranslationSupplier -- the platform specific interface might provide further options.

Provides options to create a Translator or TranslationSupplier -- those options have to be provided on all platforms.

Final step in the ReporterBuilder process, creates the desired Reporter.

Responsible to create a Reporter.

Provides options to finalise the building process, which means creating a Reporter.

Represents a container for Assertions and offers the possibility to addAssertions which are reported in case they do not hold.

Represents a plant for Assertions and offers the possibility to addAssertions and to report them.

Represents an assertion plant for nullable types and offers the possibility to addAssertions and to report them.

Defines the contract to build an RepresentationOnlyAssertion.

The base interface for Assertions which only consist of a representation (next to holds).

Collection of assertion functions and builders which are applicable to subjects with a Result type.

Defines the minimum set of assertion functions and builders applicable to Result, which an implementation of the domain of Atrium has to provide.

Delegates inter alia to the implementation of ResultAssertions. In detail, it implements ResultAssertions by delegating to resultAssertions which in turn delegates to the implementation via loadSingleService.

The right case of an Either.

The AssertionGroupType for AssertionGroups which are the root of all assertions.

Represents the root of an Expect chain, intended as extension point for functionality which should only be available on the root.

Additional (non-mandatory) options to create a RootExpect.

Defines the minimum set of CharSequenceContains.SearchBehaviours an implementation of the domain of Atrium has to provide.

Defines the minimum set of IterableContains.SearchBehaviours an implementation of the domain of Atrium has to provide.

Represents a present value in terms of Option.

Use this class to represent a String which should be treated as raw String in reporting.

Something which is Translatable and provides a default representation by value.

Contract for sub option steps which are based on a defined or absent subject of the assertion.

Defines the contract to change the subject of an assertion container (e.g. the subject of Expect) by creating a new Expect whereas the new Expect delegates assertion checking to a given original assertion container.

Defines the contract to change the subject of an assertion container (e.g. the subject of Expect) by creating a new Expect whereas the new Expect delegates assertion checking to a given original assertion container.

Helps in using SubjectChanger by providing a guide to set the different parameters in form of a fluent builder.

Defines the contract for sophisticated change subject processes.

Provides the subject of an Assertion.

Represents the pseudo keyword success as in toBe `success. It can be used for a parameterless function so that it has one parameter and thus can be used as infix function.

Parameter object that takes assertionCreator which defines assertions for a resulting feature of type E.

Represents the AssertionGroupType for AssertionGroups whose assertions should all be reported in reporting (no filtering by a Reporter) since it represents a summary which itself will point out which assertions hold and which do not.

Use this class to represent a String which should be treated as raw String in reporting.

Provides options to register AssertionFormatters to the chosen AssertionFormatterFacade -- the platform specific interface might provide further options.

Provides options to register AssertionFormatters to the chosen AssertionFormatterFacade -- those options have to be provided on all platforms.

Collection of assertion functions and builders which are applicable to subjects with a Throwable type.

Defines the minimum set of assertion functions and builders applicable to Throwable, which an implementation of the domain of Atrium has to provide.

Delegates inter alia to the implementation of ThrowableAssertions. In detail, it implements ThrowableAssertions by delegating to throwableAssertions which in turn delegates to the implementation via loadSingleService.

Defines the contract for sophisticated a Throwable was thrown Assertion builders. as well as the minimum set of assertions an implementation of the domain of Atrium has to provide.

Defines the deprecated contract for sophisticated a Throwable was thrown assertions.

Represents a creator of a sophisticated a Throwable (of type TExpected) was thrown assertion.

Defines the minimum set of "a Throwable was thrown"-assertion functions, which an implementation of the domain of Atrium has to provide.

Delegates inter alia to the implementation of ThrowableThrownAssertions. In detail, it implements ThrowableThrownAssertions by delegating to throwableThrownAssertions which in turn delegates to the implementation via loadSingleService.

Represents the deprecated entry point of the fluent API of sophisticated a Throwable was thrown assertions.

Represents an assertion collector meant for explanation which throws in case not a single Assertion was collected.

Defines the minimal contract for the execution step of a subject transformation process - i.e. the step after choosing all options.

Something which is translatable, identified by id with a default representation given by getDefault.

Represents a ThrowableThrown.AbsentThrowableMessageProvider which is using a given Translatable which in $ turn explains an absent Throwable.

Use this class to represent a Translatable which shall be translated and then be treated as raw String in reporting.

A Translatable which contains placeholders for arguments.

A supplier of translations for Translatables for particular Locales.

Represents a translator of Translatables.

Provides options to create a Translator -- the platform specific interface might provide further options.

Provides options to create a Translator -- those options have to be provided on all platforms.

Deprecated, use AnyTypeTransformerAssertions.transformType; will be removed with 1.0.0

Represents a Translatable which is not translatable but has only a fixed name which serves as getDefault.

This translator does not translate but uses Translatable.getDefault instead and uses getDefaultLocale as primaryLocale if not defined differently via constructor parameter.

Represents a Group with a single value.

Represents a Group with a single value.

Represents a Group with a single value.

Represents a Group with a single value.

Represents a Group of multiple values.

Represents a Group of multiple values.

Parameter object to express T, vararg T in the infix-api.

Represents a Group of multiple values.

Represents a Group of multiple values.

Represents a parameter object used to express the arguments T, vararg T and provides utility functions to transform them.

The AssertionGroupType for AssertionGroups whose assertions are used to state a warning rather than making an assumption.

Represents a GroupWithoutNullableEntries with a single value.

Represents a GroupWithoutNullableEntries of multiple values.

Represents a checker which is based on the number of times a search criterion is found within the search input.

A CharSequenceContains.CheckerOption which is used to choose a CharSequenceContains.Checker which is based on a number of times.

A IterableContains.CheckerOption which is used to choose a IterableContains.Checker which is based on a number of times.

A CharSequenceContains.CheckerStep which is used to choose a CharSequenceContains.Checker which is based on a number of times.

A IterableLikeContains.CheckerStep which is used to choose a IterableLikeContains.Checker which is based on a number of times.

Sole purpose of this interface is to hide CharSequenceContains.CheckerStepLogic from newcomers which usually don't have to deal with this type and to keep the API clean.

Sole purpose of this interface is to hide IterableLikeContains.CheckerStepLogic from newcomers which usually don't have to deal with this type and to keep the API clean.

A CharSequenceContains.CheckerStepLogic which is used to choose a CharSequenceContains.Checker which is based on a number of times.

A IterableLikeContains.CheckerStepLogic which is used to choose a IterableLikeContains.Checker which is based on a number of times.

A helper construct to allow expressing assertions about a path being writable. It can be used for a parameterless function so that it has one parameter and thus can be used as infix function.

Collection of assertion functions and builders which are applicable to subjects with a ZonedDateTime type.

Defines the minimum set of assertion functions and builders applicable to ZonedDateTime, which an implementation of the domain of Atrium has to provide.

Delegates inter alia to the implementation of ZonedDateTimeAssertions. In detail, it implements ZonedDateTimeAssertions by delegating to zonedDateTimeAssertions which in turn delegates to the implementation via loadSingleService.