| Methods |
public
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__construct(
array<int, ConstantIntegerType|ConstantStringType> $keyTypes,
array<int, Type> $valueTypes,
non-empty-list<int>|int $nextAutoIndexes = [0],
int[] $optionalKeys = [],
bool $isList = false,
)
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#
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public
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getConstantArrays(): array
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#
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public
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isConstantValue(): TrinaryLogic
Is Type of a known constant value? Includes literal strings, integers, floats, true, false, null, and array shapes.
Is Type of a known constant value? Includes literal strings, integers, floats, true, false, null, and array shapes.
Overrides
Implements
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#
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public
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isEmpty(): bool
Deprecated
Use isIterableAtLeastOnce()->no() instead
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public
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getNextAutoIndexes(): non-empty-list<int>
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#
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public
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getNextAutoIndex(): int
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public
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getOptionalKeys(): int[]
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#
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public
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getAllArrays(): self[]
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#
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public
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getKeyTypes(): array<int, ConstantIntegerType|ConstantStringType>
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#
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public
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getFirstKeyType(): Type
Deprecated
Use getFirstIterableKeyType() instead
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public
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getLastKeyType(): Type
Deprecated
Use getLastIterableKeyType() instead
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#
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public
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getValueTypes(): array<int, Type>
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#
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public
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getFirstValueType(): Type
Deprecated
Use getFirstIterableValueType() instead
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#
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public
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getLastValueType(): Type
Deprecated
Use getLastIterableValueType() instead
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#
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public
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isOptionalKey(int $i): bool
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#
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public
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accepts(Type $type, bool $strictTypes): TrinaryLogic
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#
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public
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acceptsWithReason(Type $type, bool $strictTypes): AcceptsResult
This is like accepts() but gives reasons
why the type was not/might not be accepted in some non-intuitive scenarios.
This is like accepts() but gives reasons
why the type was not/might not be accepted in some non-intuitive scenarios.
In PHPStan 2.0 this method will be removed and the return type of accepts()
will change to AcceptsResult.
Overrides
Implements
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#
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public
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isSuperTypeOf(Type $type): TrinaryLogic
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#
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public
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looseCompare(Type $type, PhpVersion $phpVersion): BooleanType
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#
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public
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equals(Type $type): bool
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#
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public
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isCallable(): TrinaryLogic
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#
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public
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getCallableParametersAcceptors(ClassMemberAccessAnswerer $scope): ParametersAcceptor[]
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#
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public
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findTypeAndMethodName(): ?ConstantArrayTypeAndMethod
Deprecated
Use findTypeAndMethodNames() instead
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#
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public
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findTypeAndMethodNames(): ConstantArrayTypeAndMethod[]
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#
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public
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hasOffsetValueType(Type $offsetType): TrinaryLogic
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#
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public
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getOffsetValueType(Type $offsetType): Type
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#
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public
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setOffsetValueType(?Type $offsetType, Type $valueType, bool $unionValues = true): Type
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#
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public
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unsetOffset(Type $offsetType): Type
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#
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public
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fillKeysArray(Type $valueType): Type
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#
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public
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flipArray(): Type
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#
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public
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intersectKeyArray(Type $otherArraysType): Type
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#
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public
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popArray(): Type
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#
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public
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searchArray(Type $needleType): Type
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#
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public
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shiftArray(): Type
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#
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public
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shuffleArray(): Type
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#
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public
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isIterableAtLeastOnce(): TrinaryLogic
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#
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public
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getArraySize(): Type
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#
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public
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getFirstIterableKeyType(): Type
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#
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public
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getLastIterableKeyType(): Type
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public
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getFirstIterableValueType(): Type
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#
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public
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getLastIterableValueType(): Type
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#
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public
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isConstantArray(): TrinaryLogic
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#
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public
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isList(): TrinaryLogic
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#
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public
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removeLast(): self
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#
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public
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removeFirst(): self
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#
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public
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slice(int $offset, ?int $limit, bool $preserveKeys = false): self
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#
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public
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reverse(bool $preserveKeys = false): self
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#
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public
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chunk(positive-int $length, bool $preserveKeys = false): self
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#
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public
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toBoolean(): BooleanType
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#
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public
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toInteger(): Type
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#
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public
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toFloat(): Type
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#
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public
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generalize(GeneralizePrecision $precision): Type
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#
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public
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generalizeValues(): self
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#
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public
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generalizeToArray(): Type
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#
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public
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getKeysArray(): self
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#
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public
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getValuesArray(): self
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#
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public
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count(): Type
Deprecated
Use getArraySize() instead
Overrides
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#
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public
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describe(VerbosityLevel $level): string
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#
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public
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inferTemplateTypes(Type $receivedType): TemplateTypeMap
Infers template types
Infers template types
Infers the real Type of the TemplateTypes found in $this, based on
the received Type.
Overrides
Implements
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#
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public
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getReferencedTemplateTypes(TemplateTypeVariance $positionVariance): array
Returns the template types referenced by this Type, recursively
Returns the template types referenced by this Type, recursively
The return value is a list of TemplateTypeReferences, who contain the
referenced template type as well as the variance position in which it was
found.
For example, calling this on array<Foo<T>,Bar> (with T a template type)
will return one TemplateTypeReference for the type T.
Parameters
| $positionVariance |
The variance position in
which the receiver type was
found.
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Overrides
Implements
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#
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public
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traverse(callable $cb): Type
Traverses inner types
Traverses inner types
Returns a new instance with all inner types mapped through $cb. Might
return the same instance if inner types did not change.
Overrides
Implements
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#
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public
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isKeysSupersetOf(self $otherArray): bool
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#
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public
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mergeWith(self $otherArray): self
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#
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public
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makeOffsetRequired(Type $offsetType): self
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#
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public
static
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__set_state(mixed[] $properties): Type
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#
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