ch.tutteli.atrium.api.cc.infix.en_GB

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Package ch.tutteli.atrium.api.cc.infix.en_GB

@Depreacted API use ch.tutteli.atrium.api.infix.en_GB instead.

Types

All	`class All<out T> : VarArgHelper<T>` Parameter object to express `T, vararg T` in the infix-api.
Entries	`class Entries<in T : Any> : GroupWithoutNullableEntries<(Assert<T>.() -> Unit)?>, GroupWithNullableEntries<(Assert<T>.() -> Unit)?>, VarArgHelper<(Assert<T>.() -> Unit)?>` Parameter object to express a Group of identification lambdas.
Entry	`class Entry<in T : Any> : GroupWithoutNullableEntries<(Assert<T>.() -> Unit)?>, GroupWithNullableEntries<(Assert<T>.() -> Unit)?>` Parameter object to express a Group with a single identification lambda.
Index	`data class Index` Wrapper for a single index -- can be used as distinguishable type for an overload where Int is already in use.
Key	`data class Key<out K>` Wrapper for a single key -- can be used as distinguishable type for an overload where K is already in use.
KeyNullableValue	`data class KeyNullableValue<out K, V : Any>`
KeyValue	`data class KeyValue<out K, V : Any>` 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`.
NullableEntries	`class NullableEntries<T : Any> : GroupWithNullableEntries<(Assert<T>.() -> Unit)?>`
NullableEntry	`class NullableEntry<T : Any> : GroupWithNullableEntries<(Assert<T>.() -> Unit)?>`
NullableValue	`data class NullableValue<T> : GroupWithNullableEntries<T>`
NullableValues	`class NullableValues<T> : GroupWithNullableEntries<T>`
Order	`class Order<out T, out G : Group<T>>` Parameter object to express `Group<T>, Group<T>, vararg Group<T>` in the infix-api.
Pairs	`class Pairs<out K, out V> : VarArgHelper<Pair<K, V>>` Parameter object to express `Pair<K, V>, vararg Pair<K, V>` in the infix-api.
RegexPatterns	`class RegexPatterns : VarArgHelper<String>` Parameter object to express `String, vararg String` in the infix-api.
Value	`data class Value<out T> : GroupWithNullableEntries<T>, GroupWithoutNullableEntries<T>` Represents a Group with a single value.
Values	`class Values<out T> : GroupWithoutNullableEntries<T>, GroupWithNullableEntries<T>, VarArgHelper<T>` Represents a Group of multiple values.

Properties

first	`val <K : Any> Assert<Pair<K, *>>.first: Assert<K>` Creates an AssertionPlant for the Assert.subject's property first so that further fluent calls are assertions about it.
key	`val <K : Any> Assert<Entry<K, *>>.key: Assert<K>` Creates an AssertionPlant for the Assert.subject's property key so that further fluent calls are assertions about it.
keys	`val <K, V> Assert<Map<out K, V>>.keys: Assert<Set<K>>` Creates an AssertionPlant for the Assert.subject's property keys so that further fluent calls are assertions about it.
o	`val <T : Any> Assert<T>.o: Assert<T>` Inline property referring actually to `this` and allows to write nicer sub-assertions.
second	`val <V : Any> Assert<Pair<*, V>>.second: Assert<V>` Creates an AssertionPlant for the Assert.subject's property second so that further fluent calls are assertions about it.
size	`val Assert<Collection<*>>.size: Assert<Int>` Creates an AssertionPlant for the Assert.subject's property size so that further fluent calls are assertions about it.
value	`val <V : Any> Assert<Entry<*, V>>.value: Assert<V>` Creates an AssertionPlant for the Assert.subject's property value so that further fluent calls are assertions about it.
values	`val <K, V> Assert<Map<out K, V>>.values: Assert<Collection<V>>` Creates an AssertionPlant for the Assert.subject's property values so that further fluent calls are assertions about it.

Functions

all	`infix fun <E : Any, T : Iterable<E?>> Assert<T>.all(assertionCreatorOrNull: (Assert<E>.() -> Unit)?): AssertionPlant<T>` Makes the assertion that the Assert.subject has at least one element and that every element holds all assertions created by the assertionCreatorOrNull or that all elements are `null` in case assertionCreatorOrNull is defined as `null`. `infix fun <E : Any, T : Iterable<E?>> Assert<T>.all(nullableEntry: NullableEntry<E>): AssertionPlant<T>`
and	`infix fun <T : Any> AssertionPlant<T>.and(assertionCreator: Assert<T>.() -> Unit): AssertionPlant<T>` Can be used to create a group of sub assertions when using the fluent API. `infix fun <E, T : Iterable<E>> IterableContains.Builder<E, T, InOrderSearchBehaviour>.and(only: only): IterableContains.Builder<E, T, InOrderOnlySearchBehaviour>` Defines that the constraint "`only` the specified entries exist in the Iterable" shall be applied to this sophisticated `contains in order` Iterable assertion.
any	`infix fun <E : Any, T : Iterable<E?>> Assert<T>.any(assertionCreatorOrNull: (Assert<E>.() -> Unit)?): AssertionPlant<T>` Makes the assertion that the Assert.subject contains an entry holding the assertions created by the assertionCreatorOrNull or an entry which is `null` in case assertionCreatorOrNull is defined as `null`. `infix fun <E : Any, T : Iterable<E?>> Assert<T>.any(nullableEntry: NullableEntry<E>): AssertionPlant<T>`
asEntries	`fun <K, V> Assert<Map<out K, V>>.asEntries(): Assert<Set<Entry<K, V>>>` Turns `Assert<Map<out K, V>>` into `Assert<Set<Map.Entry<K, V>>>`. `infix fun <K, V> Assert<Map<out K, V>>.asEntries(assertionCreator: Assert<Set<Entry<K, V>>>.() -> Unit): Assert<Set<Entry<K, V>>>` Turns `Assert<Map<out K, V>>` into `Assert<Set<Map.Entry<K, V>>>` and makes the assertion that the assertions the given assertionCreator might create hold.
asIterable	`fun <E> Assert<Array<out E>>.asIterable(): Assert<Iterable<E>>` Turns `Assert<Array<E>>` into `Assert<Iterable<E>>`. `infix fun <E> Assert<Array<out E>>.asIterable(assertionCreator: Assert<Iterable<E>>.() -> Unit): Assert<Iterable<E>>` Turns `Assert<Array<E>>` into `Assert<Iterable<E>>` and makes the assertion that the assertions the given assertionCreator might create hold. `fun Assert<ByteArray>.asIterable(): Assert<Iterable<Byte>>` Turns `Assert<CharArray>` into `Assert<Iterable<Byte>>`. `infix fun Assert<ByteArray>.asIterable(assertionCreator: Assert<Iterable<Byte>>.() -> Unit): Assert<Iterable<Byte>>` Turns `Assert<CharArray>` into `Assert<Iterable<Byte>>` and makes the assertion that the assertions the given assertionCreator might create hold. `fun Assert<CharArray>.asIterable(): Assert<Iterable<Char>>` Turns `Assert<CharArray>` into `Assert<Iterable<Char>>`. `infix fun Assert<CharArray>.asIterable(assertionCreator: Assert<Iterable<Char>>.() -> Unit): Assert<Iterable<Char>>` Turns `Assert<CharArray>` into `Assert<Iterable<Char>>` and makes the assertion that the assertions the given assertionCreator might create hold. `fun Assert<ShortArray>.asIterable(): Assert<Iterable<Short>>` Turns `Assert<ShortArray>` into `Assert<Iterable<Short>>`. `infix fun Assert<ShortArray>.asIterable(assertionCreator: Assert<Iterable<Short>>.() -> Unit): Assert<Iterable<Short>>` Turns `Assert<ShortArray>` into `Assert<Iterable<Short>>` and makes the assertion that the assertions the given assertionCreator might create hold. `fun Assert<IntArray>.asIterable(): Assert<Iterable<Int>>` Turns `Assert<IntArray>` into `Assert<Iterable<Int>>`. `infix fun Assert<IntArray>.asIterable(assertionCreator: Assert<Iterable<Int>>.() -> Unit): Assert<Iterable<Int>>` Turns `Assert<IntArray>` into `Assert<Iterable<Int>>` and makes the assertion that the assertions the given assertionCreator might create hold. `fun Assert<LongArray>.asIterable(): Assert<Iterable<Long>>` Turns `Assert<LongArray>` into `Assert<Iterable<Double>>`. `infix fun Assert<LongArray>.asIterable(assertionCreator: Assert<Iterable<Long>>.() -> Unit): Assert<Iterable<Long>>` Turns `Assert<LongArray>` into `Assert<Iterable<Double>>` and makes the assertion that the assertions the given assertionCreator might create hold. `fun Assert<FloatArray>.asIterable(): Assert<Iterable<Float>>` Turns `Assert<FloatArray>` into `Assert<Iterable<Float>>`. `infix fun Assert<FloatArray>.asIterable(assertionCreator: Assert<Iterable<Float>>.() -> Unit): Assert<Iterable<Float>>` Turns `Assert<FloatArray>` into `Assert<Iterable<Float>>` and makes the assertion that the assertions the given assertionCreator might create hold. `fun Assert<DoubleArray>.asIterable(): Assert<Iterable<Double>>` Turns `Assert<DoubleArray>` into `Assert<Iterable<Double>>`. `infix fun Assert<DoubleArray>.asIterable(assertionCreator: Assert<Iterable<Double>>.() -> Unit): Assert<Iterable<Double>>` Turns `Assert<DoubleArray>` into `Assert<Iterable<Double>>` and makes the assertion that the assertions the given assertionCreator might create hold. `fun Assert<BooleanArray>.asIterable(): Assert<Iterable<Boolean>>` Turns `Assert<BooleanArray>` into `Assert<Iterable<Boolean>>`. `infix fun Assert<BooleanArray>.asIterable(assertionCreator: Assert<Iterable<Boolean>>.() -> Unit): Assert<Iterable<Boolean>>` Turns `Assert<BooleanArray>` into `Assert<Iterable<Boolean>>` and makes the assertion that the assertions the given assertionCreator might create hold. `fun <E> Assert<Sequence<E>>.asIterable(): Assert<Iterable<E>>` Turns `Assert<Sequence<E>>` into `Assert<Iterable<E>>`.
atLeast	`infix fun <T : CharSequence, S : CharSequenceContains.SearchBehaviour> CharSequenceContains.Builder<T, S>.atLeast(times: Int): AtLeastCheckerOption<T, S>` Restricts a `contains` assertion by specifying that the number of occurrences of the value which we are looking for occurs `at least` number of times within the search input. `infix fun <E, T : Iterable<E>, S : InAnyOrderSearchBehaviour> IterableContains.Builder<E, T, S>.atLeast(times: Int): AtLeastCheckerOption<E, T, S>` Restricts a `contains` assertion by specifying that the number of occurrences of the entry which we are looking for occurs `at least` number of times within the Iterable.
atMost	`infix fun <T : CharSequence, S : CharSequenceContains.SearchBehaviour> CharSequenceContains.Builder<T, S>.atMost(times: Int): AtMostCheckerOption<T, S>` Restricts a `contains` assertion by specifying that the number of occurrences of the value which we are looking for occurs `at least` once but `at most` number of times within the search input. `infix fun <E, T : Iterable<E>, S : InAnyOrderSearchBehaviour> IterableContains.Builder<E, T, S>.atMost(times: Int): AtMostCheckerOption<E, T, S>` Restricts a `contains` assertion by specifying that the number of occurrences of the entry which we are looking for occurs `at least` once but `at most` number of times within the Iterable.
but	`infix fun <E, T : Iterable<E>> IterableContains.Builder<E, T, InAnyOrderSearchBehaviour>.but(only: only): IterableContains.Builder<E, T, InAnyOrderOnlySearchBehaviour>` Defines that the constraint "`only` the specified entries exist in the Iterable" shall be applied to this sophisticated `contains` Iterable assertion.
butAtMost	`infix fun <T : CharSequence, S : CharSequenceContains.SearchBehaviour> AtLeastCheckerOption<T, S>.butAtMost(times: Int): ButAtMostCheckerOption<T, S>` Restricts a `contains at least` assertion by specifying that the number of occurrences of the value which we are looking for occurs `at most` number of times within the search input. `infix fun <E, T : Iterable<E>, S : InAnyOrderSearchBehaviour> AtLeastCheckerOption<E, T, S>.butAtMost(times: Int): ButAtMostCheckerOption<E, T, S>` Restricts a `contains at least` assertion by specifying that the number of occurrences of the entry which we are looking for occurs `at most` number of times within the Iterable.
contains	`infix fun <T : CharSequence> Assert<T>.contains(expected: Any): AssertionPlant<T>` Makes the assertion that the Assert.subject contains the toString representation of the given expected using a non disjoint search. `infix fun <T : CharSequence> Assert<T>.contains(values: Values<Any>): AssertionPlant<T>` Makes the assertion that the Assert.subject contains the given values representation using a non disjoint search. `infix fun <T : CharSequence> Assert<T>.contains(patterns: RegexPatterns): AssertionPlant<T>` Makes the assertion that the Assert.subject contains a sequence which matches the given patterns using a non disjoint search. `infix fun <E, T : Iterable<E>> Assert<T>.contains(expected: E): AssertionPlant<T>` Makes the assertion that the Assert.subject contains the expected value. `infix fun <E, T : Iterable<E>> Assert<T>.contains(values: Values<E>): AssertionPlant<T>` Makes the assertion that the Assert.subject contains the expected values. `infix fun <E : Any, T : Iterable<E?>> Assert<T>.contains(assertionCreatorOrNull: (Assert<E>.() -> Unit)?): AssertionPlant<T>` Makes the assertion that the Assert.subject contains an entry holding the assertions created by assertionCreatorOrNull or an entry which is `null` in case assertionCreatorOrNull is defined as `null`. `infix fun <E : Any, T : Iterable<E?>> Assert<T>.contains(entries: Entries<E>): AssertionPlant<T>` Makes the assertion that the Assert.subject contains an entry holding the assertions created by entries.assertionCreatorOrNull or an entry which is `null` in case entries.assertionCreatorOrNull is defined as `null` -- likewise an entry (can be the same) is searched for each of the entries.otherAssertionCreatorsOrNulls. `infix fun <K, V, T : Map<out K, V>> Assert<T>.contains(keyValuePair: Pair<K, V>): AssertionPlant<T>` Makes the assertion that the Assert.subject contains a key as defined by keyValuePair's Pair.first with a corresponding value as defined by keyValuePair's Pair.second. `infix fun <K, V, T : Map<out K, V>> Assert<T>.contains(keyValuePairs: Pairs<K, V>): AssertionPlant<T>` Makes the assertion that the Assert.subject contains for each entry in keyValuePairs, a key as defined by entry's Pair.first with a corresponding value as defined by entry's Pair.second. `infix fun <K, V : Any, T : Map<out K, V?>> Assert<T>.contains(keyValue: KeyValue<K, V>): AssertionPlant<T>` Makes the assertion that the Assert.subject contains a key as defined by keyValue's KeyValue.key with a corresponding value which either holds all assertions keyValue's KeyValue.valueAssertionCreatorOrNull might create or needs to be `null` in case KeyValue.valueAssertionCreatorOrNull is defined as `null`. `infix fun <K, V : Any, T : Map<out K, V?>> Assert<T>.contains(keyValues: All<KeyValue<K, V>>): AssertionPlant<T>` Makes the assertion that for each of the KeyValue in keyValues, the Assert.subject contains a key as defined by keyValue's KeyValue.key with a corresponding value which either holds all assertions keyValue's KeyValue.valueAssertionCreatorOrNull might create or needs to be `null` in case KeyValue.valueAssertionCreatorOrNull is defined as `null`. `infix fun <E, T : Iterable<E>> Assert<T>.contains(nullableValue: NullableValue<E>): AssertionPlant<T>` `infix fun <E, T : Iterable<E>> Assert<T>.contains(nullableValues: NullableValues<E>): AssertionPlant<T>` `infix fun <E : Any, T : Iterable<E?>> Assert<T>.contains(nullableEntry: NullableEntry<E>): AssertionPlant<T>` `infix fun <E : Any, T : Iterable<E?>> Assert<T>.contains(nullableEntries: NullableEntries<E>): AssertionPlant<T>`
containsExactly	`infix fun <E, T : Iterable<E>> Assert<T>.containsExactly(expected: E): AssertionPlant<T>` Makes the assertion that the Assert.subject contains only the expected value. `infix fun <E, T : Iterable<E>> Assert<T>.containsExactly(values: Values<E>): AssertionPlant<T>` Makes the assertion that the Assert.subject contains only the expected values in the defined order. `infix fun <E : Any, T : Iterable<E?>> Assert<T>.containsExactly(assertionCreatorOrNull: (Assert<E>.() -> Unit)?): AssertionPlant<T>` Makes the assertion that the Assert.subject contains only one entry which is holding the assertions created by assertionCreatorOrNull or only one entry which is `null` in case assertionCreatorOrNull is defined as `null`. `infix fun <E : Any, T : Iterable<E?>> Assert<T>.containsExactly(entries: Entries<E>): AssertionPlant<T>` Makes the assertion that the Assert.subject contains only an entry holding the assertions created by entries.assertionCreatorOrNull or `null` in case entries.assertionCreatorOrNull is defined as `null` and likewise an additional entry for each entries.otherAssertionCreatorsOrNulls (if given) whereas the entries have to appear in the defined order.
containsKey	`infix fun <K> Assert<Map<out K, >>.containsKey(key: K): AssertionPlant<Map<out K, >>` Makes the assertion that the Assert.subject contains the given key.
containsNot	`infix fun <T : CharSequence> Assert<T>.containsNot(expected: Any): AssertionPlant<T>` Makes the assertion that the Assert.subject does not expected's toString representation. `infix fun <T : CharSequence> Assert<T>.containsNot(values: Values<Any>): AssertionPlant<T>` Makes the assertion that the Assert.subject does not contain the toString representation of the given values. `infix fun <E, T : Iterable<E>> Assert<T>.containsNot(expected: E): AssertionPlant<T>` Makes the assertion that the Assert.subject does not contain the expected value. `infix fun <E, T : Iterable<E>> Assert<T>.containsNot(values: Values<E>): AssertionPlant<T>` Makes the assertion that the Assert.subject does not contain the expected values.
containsNotKey	`infix fun <K> Assert<Map<out K, >>.containsNotKey(key: K): AssertionPlant<Map<out K, >>` Makes the assertion that the Assert.subject does not contain the given key.
containsRegex	`infix fun <T : CharSequence> Assert<T>.containsRegex(pattern: String): AssertionPlant<T>` Makes the assertion that the Assert.subject contains a sequence which matches the given pattern.
containsStrictly	`infix fun <E : Any, T : Iterable<E>> Assert<T>.containsStrictly(expected: E): AssertionPlant<T>` `infix fun <E, T : Iterable<E>> Assert<T>.containsStrictly(expected: NullableValue<E>): AssertionPlant<T>` `infix fun <E : Any, T : Iterable<E>> Assert<T>.containsStrictly(values: Values<E>): AssertionPlant<T>` `infix fun <E, T : Iterable<E>> Assert<T>.containsStrictly(nullableValues: NullableValues<E>): AssertionPlant<T>` `infix fun <E : Any, T : Iterable<E>> Assert<T>.containsStrictly(assertionCreator: Assert<E>.() -> Unit): AssertionPlant<T>` `infix fun <E : Any, T : Iterable<E?>> Assert<T>.containsStrictly(nullableEntry: NullableEntry<E>): AssertionPlant<T>` `infix fun <E : Any, T : Iterable<E>> Assert<T>.containsStrictly(entries: Entries<E>): AssertionPlant<T>` `infix fun <E : Any, T : Iterable<E?>> Assert<T>.containsStrictly(nullableEntries: NullableEntries<E>): AssertionPlant<T>`
endsNotWith	`infix fun <T : CharSequence> Assert<T>.endsNotWith(expected: CharSequence): AssertionPlant<T>` Makes the assertion that the Assert.subject does not end with expected.
endsWith	`infix fun <T : CharSequence> Assert<T>.endsWith(expected: CharSequence): AssertionPlant<T>` Makes the assertion that the Assert.subject ends with expected.
entry	`infix fun <E : Any, T : Iterable<E?>> IterableContains.CheckerOption<E?, T, InAnyOrderSearchBehaviour>.entry(assertionCreatorOrNull: (Assert<E>.() -> Unit)?): AssertionPlant<T>` Finishes the specification of the sophisticated `contains` assertion where an entry shall be searched which either holds all assertions assertionCreatorOrNull might create or needs to be `null` in case assertionCreatorOrNull is defined as `null`. `infix fun <E : Any, T : Iterable<E?>> IterableContains.Builder<E?, T, InAnyOrderOnlySearchBehaviour>.entry(assertionCreatorOrNull: (Assert<E>.() -> Unit)?): AssertionPlant<T>` Finishes the specification of the sophisticated `contains` assertion where the Iterable must contain only one entry which holds all assertions created by the given assertionCreatorOrNull or has to be `null` in case assertionCreatorOrNull is defined as `null`. `infix fun <E : Any, T : Iterable<E?>> IterableContains.Builder<E?, T, InOrderOnlySearchBehaviour>.entry(assertionCreatorOrNull: (Assert<E>.() -> Unit)?): AssertionPlant<T>` Finishes the specification of the sophisticated `contains` assertion where the Iterable needs to contain only a single entry which holds all assertions created by the given assertionCreatorOrNull or needs to be `null` in case assertionCreatorOrNull is defined as `null`.
exactly	`infix fun <T : CharSequence, S : CharSequenceContains.SearchBehaviour> CharSequenceContains.Builder<T, S>.exactly(times: Int): ExactlyCheckerOption<T, S>` Restricts a `contains` assertion by specifying that the number of occurrences of the value which we are looking for occurs `exactly` number of times within the search input. `infix fun <E, T : Iterable<E>, S : InAnyOrderSearchBehaviour> IterableContains.Builder<E, T, S>.exactly(times: Int): ExactlyCheckerOption<E, T, S>` Restricts a `contains` assertion by specifying that the number of occurrences of the entry which we are looking for occurs `exactly` number of times within the Iterable.
first	`infix fun <K : Any, V> Assert<Pair<K, V>>.first(assertionCreator: Assert<K>.() -> Unit): AssertionPlant<Pair<K, V>>` Makes the assertion that the Assert.subject's property first holds all assertions the given assertionCreator might create for it.
get	`infix fun <E : Any, T : List<E>> Assert<T>.get(index: Int): AssertionPlant<E>` Makes the assertion that the given index is within the bounds of Assert.subject, creates a feature assertion plant for the corresponding element and returns the newly created plant. `infix fun <E : Any, T : List<E>> Assert<T>.get(index: Index): ListGetOption<E, T>` Prepares the assertion about the return value of calling get with the given index.
getExisting	`infix fun <K, V : Any, T : Map<out K, V>> Assert<T>.getExisting(key: K): Assert<V>` Makes the assertion that the Assert.subject contains the given key, creates a feature assertion plant for the corresponding value and returns the newly created plant. `infix fun <K, V : Any, T : Map<out K, V>> Assert<T>.getExisting(key: Key<K>): MapGetOption<K, V, T>` Prepares the assertion about the return value of calling get with the given key.
grouped	`infix fun <E, T : Iterable<E>> IterableContains.Builder<E, T, InOrderOnlySearchBehaviour>.grouped(entries: entries): IterableContains.Builder<E, T, InOrderOnlyGroupedSearchBehaviour>` Defines that the Iterable contains groups of entries `in order only` where the entries within the group can be in any order.
hasSize	`infix fun <T : Collection<*>> Assert<T>.hasSize(size: Int): AssertionPlant<T>` Makes the assertion that the Assert.subject's Collection.size is size.
ignoring	`infix fun <T : CharSequence> CharSequenceContains.Builder<T, NoOpSearchBehaviour>.ignoring(case: case): CharSequenceContains.Builder<T, IgnoringCaseSearchBehaviour>` Defines that the search behaviour `ignore case` shall be applied to this sophisticated `contains` assertion. `infix fun <T : CharSequence> NotCheckerOption<T, NotSearchBehaviour>.ignoring(case: case): NotCheckerOption<T, IgnoringCaseSearchBehaviour>` Defines that the search behaviour `ignore case` shall be applied to this sophisticated `contains not` assertion.
inAny	`infix fun <E, T : Iterable<E>> IterableContains.Builder<E, T, InOrderOnlyGroupedWithinSearchBehaviour>.inAny(order: Order<E, Group<E>>): AssertionPlant<T>` Finishes the specification of the sophisticated `contains` assertion where the expected Order.firstGroup as well as the Order.secondGroup and optionally Order.otherExpectedGroups of values need to be contained in Iterable in the specified order whereas the values within the groups can occur in any order. `infix fun <E : Any, T : Iterable<E?>> IterableContains.Builder<E?, T, InOrderOnlyGroupedWithinSearchBehaviour>.inAny(order: Order<(Assert<E>.() -> Unit)?, Group<(Assert<E>.() -> Unit)?>>): AssertionPlant<T>` Finishes the specification of the sophisticated `contains` assertion where the expected Order.firstGroup as well as the Order.secondGroup and optionally Order.otherExpectedGroups of identification lambdas, identifying an entry, need to be contained in Iterable in the specified order whereas the identification lambdas within the groups can occur in any order. `infix fun <E, T : Iterable<E>> IterableContains.Builder<E, T, NoOpSearchBehaviour>.inAny(order: order): IterableContains.Builder<E, T, InAnyOrderSearchBehaviour>` Defines that the search behaviour "find entries `in any order` in the Iterable" shall be applied to this sophisticated `contains` in Iterable assertion. `fun <E, T : Iterable<E>> inAny(builder: IterableContains.Builder<E, T, InOrderOnlyGroupedWithinSearchBehaviour>, order: Order<E, GroupWithNullableEntries<E>>): AssertionPlant<T>` `fun <E : Any, T : Iterable<E?>> inAny(builder: IterableContains.Builder<E?, T, InOrderOnlyGroupedWithinSearchBehaviour>, order: Order<(Assert<E>.() -> Unit)?, GroupWithNullableEntries<(Assert<E>.() -> Unit)?>>): AssertionPlant<T>`
inGiven	`infix fun <E, T : Iterable<E>> IterableContains.Builder<E, T, NoOpSearchBehaviour>.inGiven(order: order): IterableContains.Builder<E, T, InOrderSearchBehaviour>` Defines that the search behaviour "find entries `in order` in the Iterable" shall be applied to this sophisticated `contains` in Iterable assertion.
isA	`infix fun <TSub : Any> Assert<Any>.isA(assertionCreator: AssertionPlant<TSub>.() -> Unit): Unit` Makes the assertion that the Assert.subject is a TSub (the same type or a sub-type) and if so, uses assertionCreator which could create further assertions which are added as a group.
isEqualIncludingScale	`infix fun <T : BigDecimal> Assert<T>.isEqualIncludingScale(expected: T): AssertionPlant<T>` Makes the assertion that the Assert.subject is (equal to) expected including BigDecimal.scale.
isGreaterOrEquals	`infix fun <T : Comparable<T>> Assert<T>.isGreaterOrEquals(expected: T): AssertionPlant<T>` Makes the assertion that the Assert.subject is greater than or equals expected.
isGreaterThan	`infix fun <T : Comparable<T>> Assert<T>.isGreaterThan(expected: T): AssertionPlant<T>` Makes the assertion that the Assert.subject is greater than expected.
isKeyValue	`infix fun <K : Any, V : Any> Assert<Entry<K, V>>.isKeyValue(keyValuePair: Pair<K, V>): Assert<Entry<K, V>>` Makes the assertion that the Assert.subject's Map.Entry.key is (equal to) the given Pair.first and Map.Entry.value is Pair.second.
isLessOrEquals	`infix fun <T : Comparable<T>> Assert<T>.isLessOrEquals(expected: T): AssertionPlant<T>` Makes the assertion that the Assert.subject is less than or equals expected.
isLessThan	`infix fun <T : Comparable<T>> Assert<T>.isLessThan(expected: T): AssertionPlant<T>` Makes the assertion that the Assert.subject is less than expected.
isNotEqualIncludingScale	`infix fun <T : BigDecimal> Assert<T>.isNotEqualIncludingScale(expected: T): AssertionPlant<T>` Makes the assertion that the Assert.subject is not equal to expected including BigDecimal.scale.
isNotNumericallyEqualTo	`infix fun <T : BigDecimal> Assert<T>.isNotNumericallyEqualTo(expected: T): AssertionPlant<T>` Makes the assertion that the Assert.subject is not numerically equal to expected.
isNotSameAs	`infix fun <T : Any> Assert<T>.isNotSameAs(expected: T): AssertionPlant<T>` Makes the assertion that the Assert.subject is not the same instance as expected.
isNumericallyEqualTo	`infix fun <T : BigDecimal> Assert<T>.isNumericallyEqualTo(expected: T): AssertionPlant<T>` Makes the assertion that the Assert.subject is numerically equal to expected.
isSameAs	`infix fun <T : Any> Assert<T>.isSameAs(expected: T): AssertionPlant<T>` Makes the assertion that the Assert.subject is the same instance as expected.
key	`infix fun <K : Any, V> Assert<Entry<K, V>>.key(assertionCreator: Assert<K>.() -> Unit): AssertionPlant<Entry<K, V>>` Makes the assertion that the Assert.subject's property key holds all assertions the given assertionCreator might create for it.
keys	`infix fun <K, V, T : Map<out K, V>> Assert<T>.keys(assertionCreator: Assert<Set<K>>.() -> Unit): AssertionPlant<T>` Makes the assertion that the Assert.subject's property keys holds all assertions the given assertionCreator might create.
message	`infix fun <T : Throwable> Assert<T>.message(assertionCreator: Assert<String>.() -> Unit): Unit` Creates an AssertionPlantNullable for the message of the plant's subject (which is a Throwable) and makes the assertion that the message ought notToBeNull and uses assertionCreator which might create further Assertions which are lazily evaluated at the end.
messageContains	`infix fun <T : Throwable> Assert<T>.messageContains(expected: Any): Unit` Creates the assertion that the Throwable's message is not null (see message) and contains the toString representation of the given expected using a non disjoint search. `infix fun <T : Throwable> Assert<T>.messageContains(values: Values<Any>): Unit` Creates the assertion that the Throwable's message is not null (see message) and contains the toString representation of the given values using a non disjoint search.
none	`infix fun <E : Any, T : Iterable<E?>> Assert<T>.none(assertionCreatorOrNull: (Assert<E>.() -> Unit)?): AssertionPlant<T>` Makes the assertion that the Assert.subject does not contain a single entry which holds all assertions created by assertionCreatorOrNull or does not contain a single entry which is `null` in case assertionCreatorOrNull is defined as `null`. `infix fun <E : Any, T : Iterable<E?>> Assert<T>.none(nullableEntry: NullableEntry<E>): AssertionPlant<T>`
notOrAtMost	`infix fun <T : CharSequence, S : CharSequenceContains.SearchBehaviour> CharSequenceContains.Builder<T, S>.notOrAtMost(times: Int): NotOrAtMostCheckerOption<T, S>` Restricts a `contains` assertion by specifying that the number of occurrences of the value which we are looking for occurs `not at all or at most` number of times within the search input. `infix fun <E, T : Iterable<E>, S : InAnyOrderSearchBehaviour> IterableContains.Builder<E, T, S>.notOrAtMost(times: Int): NotOrAtMostCheckerOption<E, T, S>` Restricts a `contains` assertion by specifying that the number of occurrences of the entry which we are looking for occurs `not at all or at most` number of times within the Iterable.
notTo	`infix fun <T : CharSequence> Assert<T>.notTo(contain: contain): NotCheckerOption<T, NotSearchBehaviour>` Creates a CharSequenceContains.Builder based on this AssertionPlant which allows to define more sophisticated `contains not` assertions.
notToBe	`infix fun <T : Any> Assert<T>.notToBe(expected: T): AssertionPlant<T>` Makes the assertion that the Assert.subject is not (equal to) expected. `infix fun <T : Any> Assert<T>.notToBe(keyword: Keyword): Nothinginfix fun <T : CharSequence> Assert<T>.notToBe(Empty: Empty): AssertionPlant<T>` Makes the assertion that the Assert.subject CharSequence.kotlin.text.isNotEmpty. `infix fun <T : CharSequence> Assert<T>.notToBe(Blank: Blank): AssertionPlant<T>` Makes the assertion that the Assert.subject CharSequence.kotlin.text.isNotBlank.
notToBeNull	`infix fun <T : Any> AssertionPlantNullable<T?>.notToBeNull(assertionCreator: Assert<T>.() -> Unit): Unit` Makes the assertion that AssertionPlantNullable.subject is not null and if so, uses assertionCreator which could create further assertions which are added as a group.
notToBeNullBut	`infix fun <T : BigDecimal> AssertionPlantNullable<T?>.notToBeNullBut(expected: T): Nothing` `infix fun <T : Any> AssertionPlantNullable<T>.notToBeNullBut(keyword: Keyword): Nothing`
notToThrow	`fun ThrowableThrown.Builder.notToThrow(): Unit` Makes the assertion that no Throwable is thrown at all.
nullableEntry	`infix fun <E : Any, T : Iterable<E?>> IterableContains.CheckerOption<E?, T, InAnyOrderSearchBehaviour>.nullableEntry(assertionCreatorOrNull: (Assert<E>.() -> Unit)?): AssertionPlant<T>` `infix fun <E : Any, T : Iterable<E?>> IterableContains.Builder<E?, T, InAnyOrderOnlySearchBehaviour>.nullableEntry(assertionCreatorOrNull: (Assert<E>.() -> Unit)?): AssertionPlant<T>` `infix fun <E : Any, T : Iterable<E?>> IterableContains.Builder<E?, T, InOrderOnlySearchBehaviour>.nullableEntry(assertionCreatorOrNull: (Assert<E>.() -> Unit)?): AssertionPlant<T>`
nullableValue	`infix fun <E, T : Iterable<E>> IterableContains.CheckerOption<E, T, InAnyOrderSearchBehaviour>.nullableValue(expectedOrNull: E): AssertionPlant<T>` `infix fun <E, T : Iterable<E>> IterableContains.Builder<E, T, InAnyOrderOnlySearchBehaviour>.nullableValue(expectedOrNull: E): AssertionPlant<T>` `infix fun <E, T : Iterable<E>> IterableContains.Builder<E, T, InOrderOnlySearchBehaviour>.nullableValue(expectedOrNull: E): AssertionPlant<T>`
property	`fun <T : Any, TProperty : Any> Assert<T>.property(property: KProperty0<TProperty>): AssertionPlant<TProperty>` `fun <T : Any, TProperty : Any> Assert<T>.property(property: KProperty1<T, TProperty>): AssertionPlant<TProperty>` Creates an AssertionPlant for the given property which eventually adds AssertionGroups with a FeatureAssertionGroupType, containing the assertions created for the given property, to the current plant. `fun <T : Any, TProperty : Any> CollectingAssertionPlant<T>.property(property: KProperty0<TProperty>): AssertionPlant<TProperty>` `fun <T : Any, TProperty : Any> CollectingAssertionPlant<T>.property(property: KProperty0<TProperty>, assertionCreator: Assert<TProperty>.() -> Unit): AssertionPlant<TProperty>fun <T : Any, TProperty : Any> Assert<T>.property(property: KProperty0<TProperty>, assertionCreator: Assert<TProperty>.() -> Unit): AssertionPlant<TProperty>` `fun <T : Any, TProperty : Any> Assert<T>.property(property: KProperty1<T, TProperty>, assertionCreator: Assert<TProperty>.() -> Unit): AssertionPlant<TProperty>` Creates an AssertionPlant for the given property which eventually adds AssertionGroups with a FeatureAssertionGroupType, containing the assertions created for the given property, to the current plant -- starting with a group consisting of the Assertions created by the assertionCreator lambda.
regex	`infix fun <T : CharSequence> CharSequenceContains.CheckerOption<T, NoOpSearchBehaviour>.regex(pattern: String): AssertionPlant<T>` Finishes the specification of the sophisticated `contains` assertion where the given regular expression pattern is expected to have a match, using a non disjoint search. `infix fun <T : CharSequence> CharSequenceContains.CheckerOption<T, IgnoringCaseSearchBehaviour>.regex(pattern: String): AssertionPlant<T>` Finishes the specification of the sophisticated `contains` assertion where the given regular expression pattern is expected to have a match (ignoring case), using a non disjoint search. `infix fun <T : CharSequence> CharSequenceContains.Builder<T, IgnoringCaseSearchBehaviour>.regex(pattern: String): AssertionPlant<T>` Finishes the specification of the sophisticated `contains` assertion where the given regular expression pattern is expected to have at least one match (ignoring case), using a non disjoint search.
returnValueOf	`fun <T : Any, R : Any> Assert<T>.returnValueOf(method: KFunction0<R>): AssertionPlant<R>` `fun <T : Any, R : Any> Assert<T>.returnValueOf(method: KFunction1<T, R>): AssertionPlant<R>` Creates an AssertionPlant, for the value returned by calling method, which eventually adds AssertionGroups with a FeatureAssertionGroupType, containing the assertions created for the return value, to the current plant. `fun <T : Any, R : Any> CollectingAssertionPlant<T>.returnValueOf(method: KFunction0<R>): AssertionPlant<R>` `fun <T : Any, R : Any> CollectingAssertionPlant<T>.returnValueOf(method: KFunction0<R>, assertionCreator: Assert<R>.() -> Unit): AssertionPlant<R>` `fun <T : Any, T1, R : Any> CollectingAssertionPlant<T>.returnValueOf(method: KFunction1<T1, R>, arg1: T1): AssertionPlant<R>` `fun <T : Any, T1, R : Any> CollectingAssertionPlant<T>.returnValueOf(method: KFunction1<T1, R>, arg1: T1, assertionCreator: Assert<R>.() -> Unit): AssertionPlant<R>` `fun <T : Any, T1, T2, R : Any> CollectingAssertionPlant<T>.returnValueOf(method: KFunction2<T1, T2, R>, arg1: T1, arg2: T2): AssertionPlant<R>` `fun <T : Any, T1, T2, R : Any> CollectingAssertionPlant<T>.returnValueOf(method: KFunction2<T1, T2, R>, arg1: T1, arg2: T2, assertionCreator: Assert<R>.() -> Unit): AssertionPlant<R>` `fun <T : Any, T1, T2, T3, R : Any> CollectingAssertionPlant<T>.returnValueOf(method: KFunction3<T1, T2, T3, R>, arg1: T1, arg2: T2, arg3: T3): AssertionPlant<R>` `fun <T : Any, T1, T2, T3, R : Any> CollectingAssertionPlant<T>.returnValueOf(method: KFunction3<T1, T2, T3, R>, arg1: T1, arg2: T2, arg3: T3, assertionCreator: Assert<R>.() -> Unit): AssertionPlant<R>` `fun <T : Any, T1, T2, T3, T4, R : Any> CollectingAssertionPlant<T>.returnValueOf(method: KFunction4<T1, T2, T3, T4, R>, arg1: T1, arg2: T2, arg3: T3, arg4: T4): AssertionPlant<R>` `fun <T : Any, T1, T2, T3, T4, R : Any> CollectingAssertionPlant<T>.returnValueOf(method: KFunction4<T1, T2, T3, T4, R>, arg1: T1, arg2: T2, arg3: T3, arg4: T4, assertionCreator: Assert<R>.() -> Unit): AssertionPlant<R>` `fun <T : Any, T1, T2, T3, T4, T5, R : Any> CollectingAssertionPlant<T>.returnValueOf(method: KFunction5<T1, T2, T3, T4, T5, R>, arg1: T1, arg2: T2, arg3: T3, arg4: T4, arg5: T5): AssertionPlant<R>` `fun <T : Any, T1, T2, T3, T4, T5, R : Any> CollectingAssertionPlant<T>.returnValueOf(method: KFunction5<T1, T2, T3, T4, T5, R>, arg1: T1, arg2: T2, arg3: T3, arg4: T4, arg5: T5, assertionCreator: Assert<R>.() -> Unit): AssertionPlant<R>fun <T : Any, R : Any> Assert<T>.returnValueOf(method: KFunction0<R>, assertionCreator: Assert<R>.() -> Unit): AssertionPlant<R>` `fun <T : Any, R : Any> Assert<T>.returnValueOf(method: KFunction1<T, R>, assertionCreator: Assert<R>.() -> Unit): AssertionPlant<R>` Creates an AssertionPlant, for the value returned by calling method, which eventually adds AssertionGroups with a FeatureAssertionGroupType, containing the assertions created for the return value, to the current plant -- starting with a group consisting of the Assertions created by the assertionCreator lambda. `fun <T : Any, T1, R : Any> Assert<T>.returnValueOf(method: KFunction1<T1, R>, arg1: T1): AssertionPlant<R>` `fun <T : Any, T1, R : Any> Assert<T>.returnValueOf(method: KFunction2<T, T1, R>, arg1: T1): AssertionPlant<R>` Creates an AssertionPlant, for the value returned by calling method with arg1, which eventually adds AssertionGroups with a FeatureAssertionGroupType, containing the assertions created for the return value, to the current plant. `fun <T : Any, T1, R : Any> Assert<T>.returnValueOf(method: KFunction1<T1, R>, arg1: T1, assertionCreator: Assert<R>.() -> Unit): AssertionPlant<R>` `fun <T : Any, T1, R : Any> Assert<T>.returnValueOf(method: KFunction2<T, T1, R>, arg1: T1, assertionCreator: Assert<R>.() -> Unit): AssertionPlant<R>` Creates an AssertionPlant, for the value returned by calling method with arg1, which eventually adds AssertionGroups with a FeatureAssertionGroupType, containing the assertions created for the return value, to the current plant -- starting with a group consisting of the Assertions created by the assertionCreator lambda. `fun <T : Any, T1, T2, R : Any> Assert<T>.returnValueOf(method: KFunction2<T1, T2, R>, arg1: T1, arg2: T2): AssertionPlant<R>` `fun <T : Any, T1, T2, R : Any> Assert<T>.returnValueOf(method: KFunction3<T, T1, T2, R>, arg1: T1, arg2: T2): AssertionPlant<R>` Creates an AssertionPlant, for the value returned by calling method with arg1 and arg2, which eventually adds AssertionGroups with a FeatureAssertionGroupType, containing the assertions created for the return value, to the current plant. `fun <T : Any, T1, T2, R : Any> Assert<T>.returnValueOf(method: KFunction2<T1, T2, R>, arg1: T1, arg2: T2, assertionCreator: Assert<R>.() -> Unit): AssertionPlant<R>` `fun <T : Any, T1, T2, R : Any> Assert<T>.returnValueOf(method: KFunction3<T, T1, T2, R>, arg1: T1, arg2: T2, assertionCreator: Assert<R>.() -> Unit): AssertionPlant<R>` Creates an AssertionPlant, for the value returned by calling method with arg1 and arg2, which eventually adds AssertionGroups with a FeatureAssertionGroupType, containing the assertions created for the return value, to the current plant -- starting with a group consisting of the Assertions created by the assertionCreator lambda. `fun <T : Any, T1, T2, T3, R : Any> Assert<T>.returnValueOf(method: KFunction3<T1, T2, T3, R>, arg1: T1, arg2: T2, arg3: T3): AssertionPlant<R>` `fun <T : Any, T1, T2, T3, R : Any> Assert<T>.returnValueOf(method: KFunction4<T, T1, T2, T3, R>, arg1: T1, arg2: T2, arg3: T3): AssertionPlant<R>` Creates an AssertionPlant, for the value returned by calling method with arg1, arg2 and arg3, which eventually adds AssertionGroups with a FeatureAssertionGroupType, containing the assertions created for the return value, to the current plant. `fun <T : Any, T1, T2, T3, R : Any> Assert<T>.returnValueOf(method: KFunction3<T1, T2, T3, R>, arg1: T1, arg2: T2, arg3: T3, assertionCreator: Assert<R>.() -> Unit): AssertionPlant<R>` `fun <T : Any, T1, T2, T3, R : Any> Assert<T>.returnValueOf(method: KFunction4<T, T1, T2, T3, R>, arg1: T1, arg2: T2, arg3: T3, assertionCreator: Assert<R>.() -> Unit): AssertionPlant<R>` Creates an AssertionPlant, for the value returned by calling method with arg1, arg2 and arg3, which eventually adds AssertionGroups with a FeatureAssertionGroupType, containing the assertions created for the return value, to the current plant -- starting with a group consisting of the Assertions created by the assertionCreator lambda. `fun <T : Any, T1, T2, T3, T4, R : Any> Assert<T>.returnValueOf(method: KFunction4<T1, T2, T3, T4, R>, arg1: T1, arg2: T2, arg3: T3, arg4: T4): AssertionPlant<R>` `fun <T : Any, T1, T2, T3, T4, R : Any> Assert<T>.returnValueOf(method: KFunction5<T, T1, T2, T3, T4, R>, arg1: T1, arg2: T2, arg3: T3, arg4: T4): AssertionPlant<R>` Creates an AssertionPlant, for the value returned by calling method with arg1, arg2, arg3 and arg4, which eventually adds AssertionGroups with a FeatureAssertionGroupType, containing the assertions created for the return value, to the current plant. `fun <T : Any, T1, T2, T3, T4, R : Any> Assert<T>.returnValueOf(method: KFunction4<T1, T2, T3, T4, R>, arg1: T1, arg2: T2, arg3: T3, arg4: T4, assertionCreator: Assert<R>.() -> Unit): AssertionPlant<R>` `fun <T : Any, T1, T2, T3, T4, R : Any> Assert<T>.returnValueOf(method: KFunction5<T, T1, T2, T3, T4, R>, arg1: T1, arg2: T2, arg3: T3, arg4: T4, assertionCreator: Assert<R>.() -> Unit): AssertionPlant<R>` Creates an AssertionPlant, for the value returned by calling method with arg1, arg2, arg3 and arg4, which eventually adds AssertionGroups with a FeatureAssertionGroupType, containing the assertions created for the return value, to the current plant -- starting with a group consisting of the Assertions created by the assertionCreator lambda. `fun <T : Any, T1, T2, T3, T4, T5, R : Any> Assert<T>.returnValueOf(method: KFunction5<T1, T2, T3, T4, T5, R>, arg1: T1, arg2: T2, arg3: T3, arg4: T4, arg5: T5): AssertionPlant<R>` `fun <T : Any, T1, T2, T3, T4, T5, R : Any> Assert<T>.returnValueOf(method: KFunction6<T, T1, T2, T3, T4, T5, R>, arg1: T1, arg2: T2, arg3: T3, arg4: T4, arg5: T5): AssertionPlant<R>` Creates an AssertionPlant, for the value returned by calling method with arg1, arg2, arg3, arg4 and arg5, which eventually adds AssertionGroups with a FeatureAssertionGroupType, containing the assertions created for the return value, to the current plant. `fun <T : Any, T1, T2, T3, T4, T5, R : Any> Assert<T>.returnValueOf(method: KFunction5<T1, T2, T3, T4, T5, R>, arg1: T1, arg2: T2, arg3: T3, arg4: T4, arg5: T5, assertionCreator: Assert<R>.() -> Unit): AssertionPlant<R>` `fun <T : Any, T1, T2, T3, T4, T5, R : Any> Assert<T>.returnValueOf(method: KFunction6<T, T1, T2, T3, T4, T5, R>, arg1: T1, arg2: T2, arg3: T3, arg4: T4, arg5: T5, assertionCreator: Assert<R>.() -> Unit): AssertionPlant<R>` Creates an AssertionPlant, for the value returned by calling method with arg1, arg2, arg3, arg4 and arg5, which eventually adds AssertionGroups with a FeatureAssertionGroupType, containing the assertions created for the return value, to the current plant -- starting with a group consisting of the Assertions created by the assertionCreator lambda.
second	`infix fun <K, V : Any> Assert<Pair<K, V>>.second(assertionCreator: Assert<V>.() -> Unit): AssertionPlant<Pair<K, V>>` Makes the assertion that the Assert.subject's property second holds all assertions the given assertionCreator might create for it.
size	`infix fun <E, T : Collection<E>> Assert<T>.size(assertionCreator: Assert<Int>.() -> Unit): Assert<T>` Makes the assertion that the Assert.subject's property size holds all assertions the given assertionCreator might create for it.
startsNotWith	`infix fun <T : CharSequence> Assert<T>.startsNotWith(expected: CharSequence): AssertionPlant<T>` Makes the assertion that the Assert.subject does not start with expected.
startsWith	`infix fun <T : CharSequence> Assert<T>.startsWith(expected: CharSequence): AssertionPlant<T>` Makes the assertion that the Assert.subject starts with expected.
the	`infix fun <T : CharSequence> CharSequenceContains.CheckerOption<T, NoOpSearchBehaviour>.the(values: Values<Any>): AssertionPlant<T>` Finishes the specification of the sophisticated `contains` assertion where the given values shall be searched, using a non disjoint search. `infix fun <T : CharSequence> CharSequenceContains.CheckerOption<T, IgnoringCaseSearchBehaviour>.the(values: Values<Any>): AssertionPlant<T>` Finishes the specification of the sophisticated `contains` assertion where the values shall be searched (ignoring case), using a non disjoint search. `infix fun <T : CharSequence> CharSequenceContains.Builder<T, IgnoringCaseSearchBehaviour>.the(values: Values<Any>): AssertionPlant<T>` Finishes the specification of the sophisticated `contains` assertion where the values shall be searched (ignoring case), using a non disjoint search where each need to be contained at least once. `infix fun <T : CharSequence> CharSequenceContains.CheckerOption<T, NoOpSearchBehaviour>.the(patterns: RegexPatterns): AssertionPlant<T>` Finishes the specification of the sophisticated `contains` assertion where the given regular expression patterns are expected to have a match, using a non disjoint search. `infix fun <T : CharSequence> CharSequenceContains.CheckerOption<T, IgnoringCaseSearchBehaviour>.the(patterns: RegexPatterns): AssertionPlant<T>` Finishes the specification of the sophisticated `contains` assertion where the given regular expression patterns are expected to have a match (ignoring case), using a non disjoint search. `infix fun <T : CharSequence> CharSequenceContains.Builder<T, IgnoringCaseSearchBehaviour>.the(patterns: RegexPatterns): AssertionPlant<T>` Finishes the specification of the sophisticated `contains` assertion where the given regular expression patterns are expected to have at least one match (ignoring case), using a non disjoint search. `infix fun <E, T : Iterable<E>> IterableContains.CheckerOption<E, T, InAnyOrderSearchBehaviour>.the(values: Values<E>): AssertionPlant<T>` Finishes the specification of the sophisticated `contains` assertion where the expected values shall be searched within the Iterable. `infix fun <E : Any, T : Iterable<E?>> IterableContains.CheckerOption<E?, T, InAnyOrderSearchBehaviour>.the(entries: Entries<E>): AssertionPlant<T>` Finishes the specification of the sophisticated `contains` assertion where an entry shall be searched which either holds all assertions entries.assertionCreatorOrNull might create or needs to be `null` in case entries.assertionCreatorOrNull is defined as `null` -- likewise an entry (can be the same) is searched for each of the entries.otherAssertionCreatorsOrNulls. `infix fun <E, T : Iterable<E>> IterableContains.Builder<E, T, InAnyOrderOnlySearchBehaviour>.the(values: Values<E>): AssertionPlant<T>` Finishes the specification of the sophisticated `contains` assertion where the expected values must be contained in Iterable but it does not matter in which order. `infix fun <E : Any, T : Iterable<E?>> IterableContains.Builder<E?, T, InAnyOrderOnlySearchBehaviour>.the(entries: Entries<E>): AssertionPlant<T>` Finishes the specification of the sophisticated `contains` assertion where an entry needs to be contained in the Iterable which holds all assertions entries.assertionCreatorOrNull might create or it needs to be `null` in case entries.assertionCreatorOrNull is defined as `null` -- likewise an entry for each entries.otherAssertionCreatorsOrNulls needs to be contained in the Iterable where it does not matter in which order the entries appear but only as many entries should be returned by the Iterable as assertion creators are defined. `infix fun <E, T : Iterable<E>> IterableContains.Builder<E, T, InOrderOnlySearchBehaviour>.the(values: Values<E>): AssertionPlant<T>` Finishes the specification of the sophisticated `contains` assertion where the Iterable needs to contain only the expected values in the specified order. `infix fun <E : Any, T : Iterable<E?>> IterableContains.Builder<E?, T, InOrderOnlySearchBehaviour>.the(entries: Entries<E>): AssertionPlant<T>` Finishes the specification of the sophisticated `contains` assertion where the Iterable needs to contain only an entry which holds all assertions entries.assertionCreatorOrNull might create or is `null` in case entries.assertionCreatorOrNull is defined as `null` and likewise a further entry for each entries.otherAssertionCreatorsOrNulls (if given) whereas the entries have to appear in the specified order. `infix fun <E, T : Iterable<E>> IterableContains.CheckerOption<E, T, InAnyOrderSearchBehaviour>.the(nullableValues: NullableValues<E>): AssertionPlant<T>` `infix fun <E : Any, T : Iterable<E?>> IterableContains.CheckerOption<E?, T, InAnyOrderSearchBehaviour>.the(nullableEntries: NullableEntries<E>): AssertionPlant<T>` `infix fun <E, T : Iterable<E>> IterableContains.Builder<E, T, InAnyOrderOnlySearchBehaviour>.the(nullableValues: NullableValues<E>): AssertionPlant<T>` `infix fun <E : Any, T : Iterable<E?>> IterableContains.Builder<E?, T, InAnyOrderOnlySearchBehaviour>.the(nullableEntries: NullableEntries<E>): AssertionPlant<T>` `infix fun <E, T : Iterable<E>> IterableContains.Builder<E, T, InOrderOnlySearchBehaviour>.the(nullableValues: NullableValues<E>): AssertionPlant<T>` `infix fun <E : Any, T : Iterable<E?>> IterableContains.Builder<E?, T, InOrderOnlySearchBehaviour>.the(nullableEntries: NullableEntries<E>): AssertionPlant<T>`
to	`infix fun <T : CharSequence> Assert<T>.to(contain: contain): CharSequenceContains.Builder<T, NoOpSearchBehaviour>` Creates a CharSequenceContains.Builder based on this AssertionPlant which allows to define a sophisticated `contains` assertions.
toBe	`infix fun <T : Any> Assert<T>.toBe(expected: T): AssertionPlant<T>` Makes the assertion that the Assert.subject is (equal to) expected. `infix fun <T : Any> Assert<T>.toBe(keyword: Keyword): Nothing` `fun <T> toBe(plant: AssertionPlantNullable<T>, void: Void?): Unitinfix fun <T : Any> AssertionPlantNullable<T?>.toBe(expected: T?): Unit` Makes the assertion that the Assert.subject is expected. `infix fun <T : CharSequence> Assert<T>.toBe(Empty: Empty): AssertionPlant<T>` Makes the assertion that the Assert.subject CharSequence.kotlin.text.isEmpty.
toBeNullIfNullGivenElse	`infix fun <T : Any> AssertionPlantNullable<T?>.toBeNullIfNullGivenElse(assertionCreatorOrNull: (Assert<T>.() -> Unit)?): Unit` Makes the assertion that the Assert.subject is either `null` if assertionCreatorOrNull is `null` or is not `null` and holds all assertions assertionCreatorOrNull might create.
toThrow	`infix fun <TExpected : Throwable> ThrowableThrown.Builder.toThrow(assertionCreator: Assert<TExpected>.() -> Unit): Unit` Makes the assertion that the thrown Throwable is of type TExpected and holds all assertions the assertionCreator might create in addition.
value	`infix fun <T : CharSequence> CharSequenceContains.CheckerOption<T, NoOpSearchBehaviour>.value(expected: Any): AssertionPlant<T>` Finishes the specification of the sophisticated `contains` assertion where the expected object shall be searched, using a non disjoint search. `infix fun <T : CharSequence> CharSequenceContains.CheckerOption<T, IgnoringCaseSearchBehaviour>.value(expected: Any): AssertionPlant<T>` Finishes the specification of the sophisticated `contains` assertion where the expected value shall be searched (ignoring case), using a non disjoint search. `infix fun <T : CharSequence> CharSequenceContains.Builder<T, IgnoringCaseSearchBehaviour>.value(expected: Any): AssertionPlant<T>` Finishes the specification of the sophisticated `contains` assertion where the expected value shall be searched (ignoring case), using a non disjoint search where it needs to be contained at least once. `infix fun <E, T : Iterable<E>> IterableContains.CheckerOption<E, T, InAnyOrderSearchBehaviour>.value(expected: E): AssertionPlant<T>` Finishes the specification of the sophisticated `contains` assertion where the expected value shall be searched within the Iterable. `infix fun <E, T : Iterable<E>> IterableContains.Builder<E, T, InAnyOrderOnlySearchBehaviour>.value(expected: E): AssertionPlant<T>` Finishes the specification of the sophisticated `contains` assertion where the Iterable must contain only the expected value. `infix fun <E, T : Iterable<E>> IterableContains.Builder<E, T, InOrderOnlySearchBehaviour>.value(expected: E): AssertionPlant<T>` Finishes the specification of the sophisticated `contains` assertion where the Iterable needs to contain only the expected value. `infix fun <K, V : Any> Assert<Entry<K, V>>.value(assertionCreator: Assert<V>.() -> Unit): AssertionPlant<Entry<K, V>>` Makes the assertion that the Assert.subject's property value holds all assertions the given assertionCreator might create for it.
values	`infix fun <K, V, T : Map<out K, V>> Assert<T>.values(assertionCreator: Assert<Collection<V>>.() -> Unit): AssertionPlant<T>` Makes the assertion that the Assert.subject's property values holds all assertions the given assertionCreator might create.
within	`infix fun <E, T : Iterable<E>> IterableContains.Builder<E, T, InOrderOnlyGroupedSearchBehaviour>.within(group: group): IterableContains.Builder<E, T, InOrderOnlyGroupedWithinSearchBehaviour>` Defines that the Iterable contains groups of entries `in order only` where the entries within the group can be in any order.