weaviate.collections.classes package

Submodules

weaviate.collections.classes.aggregate module

Bases: object

The aggregation result for a boolean property.

count: int | None

percentage_false: float | None

percentage_true: float | None

total_false: int | None

total_true: int | None

Bases: object

The aggregation result for a date property.

count: int | None

maximum: str | None

median: str | None

minimum: str | None

mode: str | None

Bases: object

The aggregation result for a collection grouped by a property.

grouped_by: GroupedBy

properties: Dict[str, AggregateInteger | AggregateNumber | AggregateText | AggregateBoolean | AggregateDate]

total_count: int | None

class weaviate.collections.classes.aggregate.AggregateGroupByReturn(groups: List[AggregateGroup])[source]

Bases: object

The aggregation results for a collection grouped by a property.

groups: List[AggregateGroup]

Bases: object

The aggregation result for an int property.

count: int | None

maximum: int | None

mean: float | None

median: float | None

minimum: int | None

mode: int | None

sum_: int | None

Bases: object

The aggregation result for a number property.

count: int | None

maximum: float | None

mean: float | None

median: float | None

minimum: float | None

mode: float | None

sum_: float | None

Bases: object

The aggregation result for a collection.

properties: Dict[str, AggregateInteger | AggregateNumber | AggregateText | AggregateBoolean | AggregateDate]

total_count: int | None

class weaviate.collections.classes.aggregate.AggregateText(count: int | None, top_occurrences: List[TopOccurrence])[source]

Bases: object

The aggregation result for a text property.

count: int | None

top_occurrences: List[TopOccurrence]

pydantic model weaviate.collections.classes.aggregate.GroupByAggregate[source]

Bases: _WeaviateInput

Define how the aggregations’s group-by operation should be performed.

Create a new model by parsing and validating input data from keyword arguments.

Raises [ValidationError][pydantic_core.ValidationError] if the input data cannot be validated to form a valid model.

self is explicitly positional-only to allow self as a field name.

field limit: int | None = None

field prop: str [Required]

class weaviate.collections.classes.aggregate.GroupedBy(prop: str, value: str)[source]

Bases: object

The property that the collection was grouped by.

prop: str

value: str

class weaviate.collections.classes.aggregate.Metrics(property_: str)[source]

Bases: object

Define the metrics to be returned based on a property when aggregating over a collection.

Use the __init__ method to define the name to the property to be aggregated on. Then use the text, integer, number, boolean, date_, or reference methods to define the metrics to be returned.

See [the docs](https://weaviate.io/developers/weaviate/search/aggregate) for more details!

boolean(count: bool = False, percentage_false: bool = False, percentage_true: bool = False, total_false: bool = False, total_true: bool = False) → _MetricsBoolean[source]

Define the metrics to be returned for a BOOL or BOOL_ARRAY property when aggregating over a collection.

If none of the arguments are provided then all metrics will be returned.

Arguments:

count: Whether to include the number of objects that contain this property.
percentage_false: Whether to include the percentage of objects that have a false value for this property.
percentage_true: Whether to include the percentage of objects that have a true value for this property.
total_false: Whether to include the total number of objects that have a false value for this property.
total_true: Whether to include the total number of objects that have a true value for this property.

Returns:

A _MetricsBoolean object that includes the metrics to be returned.

date_(count: bool = False, maximum: bool = False, median: bool = False, minimum: bool = False, mode: bool = False) → _MetricsDate[source]

Define the metrics to be returned for a DATE or DATE_ARRAY property when aggregating over a collection.

If none of the arguments are provided then all metrics will be returned.

Arguments:

count: Whether to include the number of objects that contain this property.
maximum: Whether to include the maximum value of this property.
median: Whether to include the median value of this property.
minimum: Whether to include the minimum value of this property.
mode: Whether to include the mode value of this property.

Returns:

A _MetricsDate object that includes the metrics to be returned.

integer(count: bool = False, maximum: bool = False, mean: bool = False, median: bool = False, minimum: bool = False, mode: bool = False, sum_: bool = False) → _MetricsInteger[source]

Define the metrics to be returned for an INT or INT_ARRAY property when aggregating over a collection.

If none of the arguments are provided then all metrics will be returned.

Arguments:

count: Whether to include the number of objects that contain this property.
maximum: Whether to include the maximum value of this property.
mean: Whether to include the mean value of this property.
median: Whether to include the median value of this property.
minimum: Whether to include the minimum value of this property.
mode: Whether to include the mode value of this property.
sum_: Whether to include the sum of this property.

Returns:

A _MetricsInteger object that includes the metrics to be returned.

number(count: bool = False, maximum: bool = False, mean: bool = False, median: bool = False, minimum: bool = False, mode: bool = False, sum_: bool = False) → _MetricsNumber[source]

Define the metrics to be returned for a NUMBER or NUMBER_ARRAY property when aggregating over a collection.

If none of the arguments are provided then all metrics will be returned.

Arguments:

count: Whether to include the number of objects that contain this property.
maximum: Whether to include the maximum value of this property.
mean: Whether to include the mean value of this property.
median: Whether to include the median value of this property.
minimum: Whether to include the minimum value of this property.
mode: Whether to include the mode value of this property.
sum_: Whether to include the sum of this property.

Returns:

A _MetricsNumber object that includes the metrics to be returned.

text(count: bool = False, top_occurrences_count: bool = False, top_occurrences_value: bool = False, min_occurrences: int | None = None) → _MetricsText[source]

Define the metrics to be returned for a TEXT or TEXT_ARRAY property when aggregating over a collection.

If none of the arguments are provided then all metrics will be returned.

Arguments:

count: Whether to include the number of objects that contain this property.
top_occurrences_count: Whether to include the number of the top occurrences of a property’s value.
top_occurrences_value: Whether to include the value of the top occurrences of a property’s value.
min_occurrences: Only include entries with more occurrences than the given limit.

Returns:

A _MetricsStr object that includes the metrics to be returned.

class weaviate.collections.classes.aggregate.TopOccurrence(count: int | None, value: str | None)[source]

Bases: object

The top occurrence of a text property.

count: int | None

value: str | None

weaviate.collections.classes.batch module

pydantic model weaviate.collections.classes.batch.BatchObject[source]

Bases: BaseModel

A Weaviate object to be added to the database.

Performs validation on the class name and UUID, and automatically generates a UUID if one is not provided. Also converts the vector to a list of floats if it is provided as a numpy array.

Create a new model by parsing and validating input data from keyword arguments.

Raises [ValidationError][pydantic_core.ValidationError] if the input data cannot be validated to form a valid model.

self is explicitly positional-only to allow self as a field name.

field collection: str [Required]

Constraints:

min_length = 1

Validated by:

_validate_collection

field index: int [Required]

field properties: Dict[str, Any] | None = None

field references: Mapping[str, str | UUID | Sequence[str | UUID] | ReferenceToMulti] | None = None

field retry_count: int = 0

field tenant: str | None = None

field uuid: str | UUID | None = None

field vector: Dict[str, List[float]] | List[float] | None = None

class weaviate.collections.classes.batch.BatchObjectReturn(_all_responses: ~typing.List[~uuid.UUID | ~weaviate.collections.classes.batch.ErrorObject] = <factory>, elapsed_seconds: float = 0.0, errors: ~typing.Dict[int, ~weaviate.collections.classes.batch.ErrorObject] = <factory>, uuids: ~typing.Dict[int, ~uuid.UUID] = <factory>, has_errors: bool = False)[source]

Bases: object

This class contains the results of a batch insert_many operation.

Since the individual objects within the batch can error for differing reasons, the data is split up within this class for ease use when performing error checking, handling, and data revalidation.

NOTE:

Due to concerns over memory usage, this object will only ever store the last MAX_STORED_RESULTS uuids in the uuids dictionary and MAX_STORED_RESULTS in the all_responses list. If more than MAX_STORED_RESULTS uuids are added to the dictionary, the oldest uuids will be removed. If the number of objects inserted in this batch exceeds MAX_STORED_RESULTS, the all_responses list will only contain the last MAX_STORED_RESULTS objects. The keys of the errors and uuids dictionaries will always be equivalent to the original_index of the objects as you added them to the batching loop but won’t necessarily be the same as the indices in the all_responses list because of this.

Attributes:

all_responses: A list of all the responses from the batch operation. Each response is either a uuid_package.UUID object or an Error object.
elapsed_seconds: The time taken to perform the batch operation.
errors: A dictionary of all the failed responses from the batch operation. The keys are the indices of the objects in the batch, and the values are the Error objects.
uuids: A dictionary of all the successful responses from the batch operation. The keys are the indices of the objects in the batch, and the values are the uuid_package.UUID objects.
has_errors: A boolean indicating whether or not any of the objects in the batch failed to be inserted. If this is True, then the errors dictionary will contain at least one entry.

property all_responses: List[UUID | ErrorObject]

@deprecated: A list of all the responses from the batch operation. Each response is either a uuid_package.UUID object or an Error object.

WARNING: This only stores the last MAX_STORED_RESULTS objects. If more than MAX_STORED_RESULTS objects are added to the batch, the oldest objects will be removed from this list.

elapsed_seconds: float = 0.0: The time taken to perform the batch operation.

errors: Dict[int, ErrorObject]: A dictionary of all the failed responses from the batch operation. The keys are the indices of the objects in the overall batch, and the values are the Error objects.

has_errors: bool = False: A boolean indicating whether or not any of the objects in the batch failed to be inserted. If this is True, then the errors dictionary will contain at least one entry.

uuids: Dict[int, UUID]: A dictionary of all the successful responses from the batch operation. The keys are the indices of the objects in the overall batch, and the values are the uuid_package.UUID objects.

pydantic model weaviate.collections.classes.batch.BatchReference[source]

Bases: BaseModel

A reference between two objects in Weaviate.

Performs validation on the class names and UUIDs.

Converts provided data to an internal object containing beacons for insertion into Weaviate.

Create a new model by parsing and validating input data from keyword arguments.

Raises [ValidationError][pydantic_core.ValidationError] if the input data cannot be validated to form a valid model.

self is explicitly positional-only to allow self as a field name.

field from_object_collection: str [Required]

Constraints:

min_length = 1

Validated by:

_validate_from_object_collection

field from_object_uuid: str | UUID [Required]

Validated by:

_validate_uuids

field from_property_name: str [Required]

field tenant: str | None = None

field to_object_collection: str | None = None

Validated by:

_validate_to_object_collection

field to_object_uuid: str | UUID [Required]

Validated by:

_validate_uuids

class weaviate.collections.classes.batch.BatchReferenceReturn(elapsed_seconds: float = 0.0, errors: ~typing.Dict[int, ~weaviate.collections.classes.batch.ErrorReference] = <factory>, has_errors: bool = False)[source]

Bases: object

This class contains the results of a batch insert_many_references operation.

Since the individual references within the batch can error for differing reasons, the data is split up within this class for ease use when performing error checking, handling, and data revalidation.

Attributes:

elapsed_seconds: The time taken to perform the batch operation.
errors: A dictionary of all the failed responses from the batch operation. The keys are the indices of the references in the batch, and the values are the Error objects.
has_errors: A boolean indicating whether or not any of the references in the batch failed to be inserted. If this is True, then the errors dictionary will contain at least one entry.

elapsed_seconds: float = 0.0

errors: Dict[int, ErrorReference]

has_errors: bool = False

class weaviate.collections.classes.batch.BatchResult[source]

Bases: object

This class contains the results of a batch operation.

Since the individual objects and references within the batch can error for differing reasons, the data is split up within this class for ease use when performing error checking, handling, and data revalidation.

Attributes:

objs: The results of the batch object operation.
refs: The results of the batch reference operation.

class weaviate.collections.classes.batch.DeleteManyObject(uuid: UUID, successful: bool, error: str | None = None)[source]

Bases: object

This class contains the objects of a delete_many operation.

error: str | None = None

successful: bool

uuid: UUID

class weaviate.collections.classes.batch.DeleteManyReturn(failed: int, matches: int, objects: T, successful: int)[source]

Bases: Generic[T]

This class contains the results of a delete_many operation..

failed: int

matches: int

objects: T

successful: int

class weaviate.collections.classes.batch.ErrorObject(message: str, object_: BatchObject, original_uuid: str | UUID | None = None)[source]

Bases: object

This class contains the error information for a single object in a batch operation.

message: str

object_: BatchObject

original_uuid: str | UUID | None = None

class weaviate.collections.classes.batch.ErrorReference(message: str, reference: BatchReference)[source]

Bases: object

This class contains the error information for a single reference in a batch operation.

message: str

reference: BatchReference

pydantic model weaviate.collections.classes.batch.Shard[source]

Bases: BaseModel

Use this class when defining a shard whose vector indexing process will be awaited for in a sync blocking fashion.

Create a new model by parsing and validating input data from keyword arguments.

Raises [ValidationError][pydantic_core.ValidationError] if the input data cannot be validated to form a valid model.

self is explicitly positional-only to allow self as a field name.

field collection: str [Required]

field tenant: str | None = None

weaviate.collections.classes.config module

weaviate.collections.classes.config.BM25Config: alias of _BM25Config

weaviate.collections.classes.config.BQConfig: alias of _BQConfig

weaviate.collections.classes.config.CollectionConfig: alias of _CollectionConfig

weaviate.collections.classes.config.CollectionConfigSimple: alias of _CollectionConfigSimple

class weaviate.collections.classes.config.Configure[source]

Bases: object

Use this factory class to generate the correct object for use when using the collections.create() method. E.g., .multi_tenancy() will return a MultiTenancyConfigCreate object to be used in the multi_tenancy_config argument.

Each class method provides options specific to the named configuration type in the function’s name. Under-the-hood data validation steps will ensure that any mis-specifications are caught before the request is sent to Weaviate.

Generative: alias of _Generative

NamedVectors: alias of _NamedVectors

Reranker: alias of _Reranker

VectorIndex: alias of _VectorIndex

Vectorizer: alias of _Vectorizer

static inverted_index(bm25_b: float | None = None, bm25_k1: float | None = None, cleanup_interval_seconds: int | None = None, index_timestamps: bool | None = None, index_property_length: bool | None = None, index_null_state: bool | None = None, stopwords_preset: StopwordsPreset | None = None, stopwords_additions: List[str] | None = None, stopwords_removals: List[str] | None = None) → _InvertedIndexConfigCreate[source]

Create an InvertedIndexConfigCreate object to be used when defining the configuration of the keyword searching algorithm of Weaviate.

Arguments:: See [the docs](https://weaviate.io/developers/weaviate/configuration/indexes#configure-the-inverted-index) for details!

static multi_tenancy(enabled: bool = True, auto_tenant_creation: bool | None = None, auto_tenant_activation: bool | None = None) → _MultiTenancyConfigCreate[source]

Create a MultiTenancyConfigCreate object to be used when defining the multi-tenancy configuration of Weaviate.

Arguments:

enabled: Whether multi-tenancy is enabled. Defaults to True.
auto_tenant_creation: Automatically create nonexistent tenants during object creation. Defaults to None, which uses the server-defined default.
auto_tenant_activation: Automatically turn tenants implicitly HOT when they are accessed. Defaults to None, which uses the server-defined default.

static replication(factor: int | None = None, async_enabled: bool | None = None, deletion_strategy: ReplicationDeletionStrategy | None = None) → _ReplicationConfigCreate[source]

Create a ReplicationConfigCreate object to be used when defining the replication configuration of Weaviate.

NOTE: async_enabled is only available with WeaviateDB >=v1.26.0

Arguments:

factor: The replication factor.
async_enabled: Enabled async replication.
deletion_strategy: How conflicts between different nodes about deleted objects are resolved.

Create a ShardingConfigCreate object to be used when defining the sharding configuration of Weaviate.

NOTE: You can only use one of Sharding or Replication, not both.

See [the docs](https://weaviate.io/developers/weaviate/concepts/replication-architecture#replication-vs-sharding) for more details.

Arguments:

virtual_per_physical: The number of virtual shards per physical shard.
desired_count: The desired number of physical shards.
actual_count DEPRECATED: The actual number of physical shards. This is a read-only field so has no effect. It is kept for backwards compatibility but will be removed in a future release.
desired_virtual_count: The desired number of virtual shards.
actual_virtual_count DEPRECATED: The actual number of virtual shards. This is a read-only field so has no effect. It is kept for backwards compatibility but will be removed in a future release.

class weaviate.collections.classes.config.ConsistencyLevel(value, names=None, *, module=None, qualname=None, type=None, start=1, boundary=None)[source]

Bases: str, Enum

The consistency levels when writing to Weaviate with replication enabled.

Attributes:: ALL: Wait for confirmation of write success from all, N, replicas. ONE: Wait for confirmation of write success from only one replica. QUORUM: Wait for confirmation of write success from a quorum: N/2+1, of replicas.

ALL = 'ALL'

ONE = 'ONE'

QUORUM = 'QUORUM'

class weaviate.collections.classes.config.DataType(value, names=None, *, module=None, qualname=None, type=None, start=1, boundary=None)[source]

Bases: str, Enum

The available primitive data types in Weaviate.

Attributes:: TEXT: Text data type. TEXT_ARRAY: Text array data type. INT: Integer data type. INT_ARRAY: Integer array data type. BOOL: Boolean data type. BOOL_ARRAY: Boolean array data type. NUMBER: Number data type. NUMBER_ARRAY: Number array data type. DATE: Date data type. DATE_ARRAY: Date array data type. UUID: UUID data type. UUID_ARRAY: UUID array data type. GEO_COORDINATES: Geo coordinates data type. BLOB: Blob data type. PHONE_NUMBER: Phone number data type. OBJECT: Object data type. OBJECT_ARRAY: Object array data type.

BLOB = 'blob'

BOOL = 'boolean'

BOOL_ARRAY = 'boolean[]'

DATE = 'date'

DATE_ARRAY = 'date[]'

GEO_COORDINATES = 'geoCoordinates'

INT = 'int'

INT_ARRAY = 'int[]'

NUMBER = 'number'

NUMBER_ARRAY = 'number[]'

OBJECT = 'object'

OBJECT_ARRAY = 'object[]'

PHONE_NUMBER = 'phoneNumber'

TEXT = 'text'

TEXT_ARRAY = 'text[]'

UUID = 'uuid'

UUID_ARRAY = 'uuid[]'

weaviate.collections.classes.config.GenerativeConfig: alias of _GenerativeConfig

class weaviate.collections.classes.config.GenerativeSearches(value, names=None, *, module=None, qualname=None, type=None, start=1, boundary=None)[source]

Bases: str, Enum

The available generative search modules in Weaviate.

These modules generate text from text-based inputs. See the [docs](https://weaviate.io/developers/weaviate/modules/reader-generator-modules) for more details.

Attributes:

AWS: Weaviate module backed by AWS Bedrock generative models.
ANTHROPIC: Weaviate module backed by Anthropic generative models.
ANYSCALE: Weaviate module backed by Anyscale generative models.
COHERE: Weaviate module backed by Cohere generative models.
DATABRICKS: Weaviate module backed by Databricks generative models.
FRIENDLIAI: Weaviate module backed by FriendliAI generative models.
MISTRAL: Weaviate module backed by Mistral generative models.
OLLAMA: Weaviate module backed by generative models deployed on Ollama infrastructure.
OPENAI: Weaviate module backed by OpenAI and Azure-OpenAI generative models.
PALM: Weaviate module backed by PaLM generative models.

ANTHROPIC = 'generative-anthropic'

ANYSCALE = 'generative-anyscale'

AWS = 'generative-aws'

COHERE = 'generative-cohere'

DATABRICKS = 'generative-databricks'

FRIENDLIAI = 'generative-friendliai'

MISTRAL = 'generative-mistral'

OLLAMA = 'generative-ollama'

OPENAI = 'generative-openai'

PALM = 'generative-palm'

weaviate.collections.classes.config.InvertedIndexConfig: alias of _InvertedIndexConfig

weaviate.collections.classes.config.MultiTenancyConfig: alias of _MultiTenancyConfig

weaviate.collections.classes.config.NamedVectorConfig: alias of _NamedVectorConfig

weaviate.collections.classes.config.NestedProperty: alias of _NestedProperty

weaviate.collections.classes.config.PQConfig: alias of _PQConfig

weaviate.collections.classes.config.PQEncoderConfig: alias of _PQEncoderConfig

class weaviate.collections.classes.config.PQEncoderDistribution(value, names=None, *, module=None, qualname=None, type=None, start=1, boundary=None)[source]

Bases: str, Enum

Distribution of the PQ encoder.

Attributes:

LOG_NORMAL: Log-normal distribution.
NORMAL: Normal distribution.

LOG_NORMAL = 'log-normal'

NORMAL = 'normal'

class weaviate.collections.classes.config.PQEncoderType(value, names=None, *, module=None, qualname=None, type=None, start=1, boundary=None)[source]

Bases: str, Enum

Type of the PQ encoder.

Attributes:

KMEANS: K-means encoder.
TILE: Tile encoder.

KMEANS = 'kmeans'

TILE = 'tile'

pydantic model weaviate.collections.classes.config.Property[source]

Bases: _ConfigCreateModel

This class defines the structure of a data property that a collection can have within Weaviate.

Attributes:

name: The name of the property, REQUIRED.
data_type: The data type of the property, REQUIRED.
description: A description of the property.
index_filterable: Whether the property should be filterable in the inverted index.
index_range_filters: Whether the property should support range filters in the inverted index.
index_searchable: Whether the property should be searchable in the inverted index.
nested_properties: nested properties for data type OBJECT and OBJECT_ARRAY`.
skip_vectorization: Whether to skip vectorization of the property. Defaults to False.
tokenization: The tokenization method to use for the inverted index. Defaults to None.
vectorize_property_name: Whether to vectorize the property name. Defaults to True.

Create a new model by parsing and validating input data from keyword arguments.

Raises [ValidationError][pydantic_core.ValidationError] if the input data cannot be validated to form a valid model.

self is explicitly positional-only to allow self as a field name.

field dataType: DataType [Required] (alias 'data_type')

field description: str | None = None

field indexFilterable: bool | None = None (alias 'index_filterable')

field indexRangeFilters: bool | None = None (alias 'index_range_filters')

field indexSearchable: bool | None = None (alias 'index_searchable')

field name: str [Required]

Validated by:

_check_name

field nestedProperties: Property | List[Property] | None = None (alias 'nested_properties')

field skip_vectorization: bool = False

field tokenization: Tokenization | None = None

field vectorize_property_name: bool = True

weaviate.collections.classes.config.PropertyConfig: alias of _Property

weaviate.collections.classes.config.PropertyVectorizerConfig: alias of _PropertyVectorizerConfig

class weaviate.collections.classes.config.Reconfigure[source]

Bases: object

Use this factory class to generate the correct xxxConfig object for use when using the collection.update() method.

Each staticmethod provides options specific to the named configuration type in the function’s name. Under-the-hood data validation steps will ensure that any mis-specifications are caught before the request is sent to Weaviate. Only those configurations that are mutable are available in this class. If you wish to update the configuration of an immutable aspect of your collection then you will have to delete the collection and re-create it with the new configuration.

Generative: alias of _Generative

NamedVectors: alias of _NamedVectorsUpdate

Reranker: alias of _Reranker

VectorIndex: alias of _VectorIndexUpdate

static inverted_index(bm25_b: float | None = None, bm25_k1: float | None = None, cleanup_interval_seconds: int | None = None, stopwords_additions: List[str] | None = None, stopwords_preset: StopwordsPreset | None = None, stopwords_removals: List[str] | None = None) → _InvertedIndexConfigUpdate[source]

Create an InvertedIndexConfigUpdate object.

Use this method when defining the inverted_index_config argument in collection.update().

Arguments:: See [the docs](https://weaviate.io/developers/weaviate/configuration/indexes#configure-the-inverted-index) for a more detailed view!

static multi_tenancy(auto_tenant_creation: bool | None = None, auto_tenant_activation: bool | None = None) → _MultiTenancyConfigUpdate[source]

Create a MultiTenancyConfigUpdate object.

Use this method when defining the multi_tenancy argument in collection.update().

Arguments:

auto_tenant_creation: When set, implicitly creates nonexistent tenants during object creation
auto_tenant_activation: Automatically turn tenants implicitly HOT when they are accessed. Defaults to None, which uses the server-defined default.

static replication(factor: int | None = None, async_enabled: bool | None = None, deletion_strategy: ReplicationDeletionStrategy | None = None) → _ReplicationConfigUpdate[source]

Create a ReplicationConfigUpdate object.

Use this method when defining the replication_config argument in collection.update().

Arguments:

factor: The replication factor.
async_enabled: Enable async replication.
deletion_strategy: How conflicts between different nodes about deleted objects are resolved.

pydantic model weaviate.collections.classes.config.ReferenceProperty[source]

Bases: _ReferencePropertyBase

This class defines properties that are cross references to a single target collection.

Use this class when you want to create a cross-reference in the collection’s config that is capable of having only cross-references to a single other collection.

Attributes:

name: The name of the property, REQUIRED.
target_collection: The name of the target collection, REQUIRED.
description: A description of the property.

Create a new model by parsing and validating input data from keyword arguments.

Raises [ValidationError][pydantic_core.ValidationError] if the input data cannot be validated to form a valid model.

self is explicitly positional-only to allow self as a field name.

field description: str | None = None

field target_collection: str [Required]

MultiTarget: alias of _ReferencePropertyMultiTarget

weaviate.collections.classes.config.ReferencePropertyConfig: alias of _ReferenceProperty

weaviate.collections.classes.config.ReplicationConfig: alias of _ReplicationConfig

class weaviate.collections.classes.config.ReplicationDeletionStrategy(value, names=None, *, module=None, qualname=None, type=None, start=1, boundary=None)[source]

Bases: str, Enum

How object deletions in multi node environments should be resolved.

Attributes:

PERMANENT_DELETION: Once an object has been deleted on one node it will be deleted on all nodes in case of conflicts.
NO_AUTOMATED_RESOLUTION: No deletion resolution.

DELETE_ON_CONFLICT = 'DeleteOnConflict'

NO_AUTOMATED_RESOLUTION = 'NoAutomatedResolution'

TIME_BASED_RESOLUTION = 'TimeBasedResolution'

weaviate.collections.classes.config.RerankerConfig: alias of _RerankerConfig

class weaviate.collections.classes.config.Rerankers(value, names=None, *, module=None, qualname=None, type=None, start=1, boundary=None)[source]

Bases: str, Enum

The available reranker modules in Weaviate.

These modules rerank the results of a search query. See the [docs](https://weaviate.io/developers/weaviate/modules/retriever-vectorizer-modules#re-ranking) for more details.

Attributes:

NONE: No reranker.
COHERE: Weaviate module backed by Cohere reranking models.
TRANSFORMERS: Weaviate module backed by Transformers reranking models.
VOYAGEAI: Weaviate module backed by VoyageAI reranking models.
JINAAI: Weaviate module backed by JinaAI reranking models.

COHERE = 'reranker-cohere'

JINAAI = 'reranker-jinaai'

NONE = 'none'

TRANSFORMERS = 'reranker-transformers'

VOYAGEAI = 'reranker-voyageai'

weaviate.collections.classes.config.SQConfig: alias of _SQConfig

weaviate.collections.classes.config.ShardStatus: alias of _ShardStatus

weaviate.collections.classes.config.ShardingConfig: alias of _ShardingConfig

weaviate.collections.classes.config.StopwordsConfig: alias of _StopwordsConfig

class weaviate.collections.classes.config.StopwordsPreset(value, names=None, *, module=None, qualname=None, type=None, start=1, boundary=None)[source]

Bases: str, Enum

Preset stopwords to use in the Stopwords class.

Attributes:

EN: English stopwords.
NONE: No stopwords.

EN = 'en'

NONE = 'none'

class weaviate.collections.classes.config.Tokenization(value, names=None, *, module=None, qualname=None, type=None, start=1, boundary=None)[source]

Bases: str, Enum

The available inverted index tokenization methods for text properties in Weaviate.

Attributes:

WORD: Tokenize by word.
WHITESPACE: Tokenize by whitespace.
LOWERCASE: Tokenize by lowercase.
FIELD: Tokenize by field.
GSE: Tokenize using GSE (for Chinese and Japanese).
TRIGRAM: Tokenize into trigrams.
KAGOME_JA: Tokenize using the ‘Kagome’ tokenizer (for Japanese).
KAGOME_KR: Tokenize using the ‘Kagome’ tokenizer and a Korean MeCab dictionary (for Korean).

FIELD = 'field'

GSE = 'gse'

KAGOME_JA = 'kagome_ja'

KAGOME_KR = 'kagome_kr'

LOWERCASE = 'lowercase'

TRIGRAM = 'trigram'

WHITESPACE = 'whitespace'

WORD = 'word'

weaviate.collections.classes.config.VectorIndexConfigDynamic: alias of _VectorIndexConfigDynamic

weaviate.collections.classes.config.VectorIndexConfigFlat: alias of _VectorIndexConfigFlat

weaviate.collections.classes.config.VectorIndexConfigHNSW: alias of _VectorIndexConfigHNSW

weaviate.collections.classes.config.VectorizerConfig: alias of _VectorizerConfig

weaviate.collections.classes.config_methods module

weaviate.collections.classes.data module

class weaviate.collections.classes.data.DataObject(properties: P = None, uuid: str | UUID | None = None, vector: Dict[str, List[float]] | List[float] | None = None, references: R = None)[source]

Bases: Generic[P, R]

This class represents an entire object within a collection to be used when batching.

properties: P = None

references: R = None

uuid: str | UUID | None = None

vector: Dict[str, List[float]] | List[float] | None = None

class weaviate.collections.classes.data.DataReference(from_property: str, from_uuid: str | UUID, to_uuid: str | UUID | List[str | UUID])[source]

Bases: _DataReference

This class represents a reference between objects within a collection to be used when batching.

MultiTarget: alias of DataReferenceMulti

class weaviate.collections.classes.data.DataReferenceMulti(from_property: str, from_uuid: str | UUID, to_uuid: str | UUID | List[str | UUID], target_collection: str)[source]

Bases: _DataReference

This class represents a reference between objects within a collection to be used when batching.

target_collection: str

class weaviate.collections.classes.data.Error(message: str, code: int | None = None, original_uuid: str | UUID | None = None)[source]

Bases: object

This class represents an error that occurred when attempting to insert an object within a batch.

code: int | None = None

message: str

original_uuid: str | UUID | None = None

class weaviate.collections.classes.data.RefError(message: str)[source]

Bases: object

This class represents an error that occurred when attempting to insert a reference between objects within a batch.

message: str

weaviate.collections.classes.filters module

class weaviate.collections.classes.filters.Filter[source]

Bases: object

This class is used to define filters to be used when querying and deleting from a collection.

It forms the root of a method chaining hierarchy that allows you to iteratively define filters that can hop between objects through references in a formulaic way.

See [the docs](https://weaviate.io/developers/weaviate/search/filters) for more information.

static all_of(filters: List[_Filters]) → _Filters[source]: Combine all filters in the input list with an AND operator.

static any_of(filters: List[_Filters]) → _Filters[source]: Combine all filters in the input list with an OR operator.

static by_creation_time() → _FilterByCreationTime[source]: Define a filter based on the creation time to be used when querying and deleting from a collection.

static by_id() → _FilterById[source]: Define a filter based on the uuid to be used when querying and deleting from a collection.

static by_property(name: str, length: bool = False) → _FilterByProperty[source]: Define a filter based on a property to be used when querying and deleting from a collection.

static by_ref(link_on: str) → _FilterByRef[source]: Define a filter based on a reference to be used when querying and deleting from a collection.

static by_ref_count(link_on: str) → _FilterByCount[source]: Define a filter based on the number of references to be used when querying and deleting from a collection.

static by_ref_multi_target(link_on: str, target_collection: str) → _FilterByRef[source]: Define a filter based on a reference to be used when querying and deleting from a collection.

static by_update_time() → _FilterByUpdateTime[source]: Define a filter based on the update time to be used when querying and deleting from a collection.

weaviate.collections.classes.filters.FilterByCreationTime: alias of _FilterByCreationTime

weaviate.collections.classes.filters.FilterById: alias of _FilterById

weaviate.collections.classes.filters.FilterByProperty: alias of _FilterByProperty

weaviate.collections.classes.filters.FilterByRef: alias of _FilterByRef

weaviate.collections.classes.filters.FilterByUpdateTime: alias of _FilterByUpdateTime

weaviate.collections.classes.filters.FilterReturn: alias of _Filters

weaviate.collections.classes.grpc module

pydantic model weaviate.collections.classes.grpc.Generate[source]

Bases: _WeaviateInput

Define how the query’s RAG capabilities should be performed.

Create a new model by parsing and validating input data from keyword arguments.

Raises [ValidationError][pydantic_core.ValidationError] if the input data cannot be validated to form a valid model.

self is explicitly positional-only to allow self as a field name.

field grouped_properties: List[str] | None = None

field grouped_task: str | None = None

field single_prompt: str | None = None

pydantic model weaviate.collections.classes.grpc.GroupBy[source]

Bases: _WeaviateInput

Define how the query’s group-by operation should be performed.

Create a new model by parsing and validating input data from keyword arguments.

Raises [ValidationError][pydantic_core.ValidationError] if the input data cannot be validated to form a valid model.

self is explicitly positional-only to allow self as a field name.

field number_of_groups: int [Required]

field objects_per_group: int [Required]

field prop: str [Required]

class weaviate.collections.classes.grpc.HybridFusion(value, names=None, *, module=None, qualname=None, type=None, start=1, boundary=None)[source]

Bases: str, BaseEnum

Define how the query’s hybrid fusion operation should be performed.

RANKED = 'FUSION_TYPE_RANKED'

RELATIVE_SCORE = 'FUSION_TYPE_RELATIVE_SCORE'

class weaviate.collections.classes.grpc.HybridVector[source]

Bases: object

Use this factory class to define the appropriate classes needed when defining near text and near vector sub-searches in hybrid queries.

Define a near text search to be used within a hybrid query.

Arguments:

query: The text to search for as a string or a list of strings.
certainty: The minimum similarity score to return. If not specified, the default certainty specified by the server is used.
distance: The maximum distance to search. If not specified, the default distance specified by the server is used.
move_to: Define the concepts that should be moved towards in the vector space during the search.
move_away: Define the concepts that should be moved away from in the vector space during the search.

Returns:

A _HybridNearText object to be used in the vector parameter of the query.hybrid and generate.hybrid search methods.

Define a near vector search to be used within a hybrid query.

Arguments:

certainty: The minimum similarity score to return. If not specified, the default certainty specified by the server is used.
distance: The maximum distance to search. If not specified, the default distance specified by the server is used.

Returns:

A _HybridNearVector object to be used in the vector parameter of the query.hybrid and generate.hybrid search methods.

pydantic model weaviate.collections.classes.grpc.MetadataQuery[source]

Bases: _WeaviateInput

Define which metadata should be returned in the query’s results.

Create a new model by parsing and validating input data from keyword arguments.

Raises [ValidationError][pydantic_core.ValidationError] if the input data cannot be validated to form a valid model.

self is explicitly positional-only to allow self as a field name.

field certainty: bool = False

field creation_time: bool = False

field distance: bool = False

field explain_score: bool = False

field is_consistent: bool = False

field last_update_time: bool = False

field score: bool = False

classmethod full() → MetadataQuery[source]: Return a MetadataQuery with all fields set to True.

Bases: object

Define how the query’s move operation should be performed.

class weaviate.collections.classes.grpc.NearMediaType(value, names=None, *, module=None, qualname=None, type=None, start=1, boundary=None)[source]

Bases: str, Enum

The different types of media that can be used in a near_media query to leverage the multi2vec-* modules.

All are available when using multi2vec-bind but only IMAGE is available when using multi2vec-clip.

AUDIO = 'audio'

DEPTH = 'depth'

IMAGE = 'image'

IMU = 'imu'

THERMAL = 'thermal'

VIDEO = 'video'

pydantic model weaviate.collections.classes.grpc.QueryNested[source]

Bases: _WeaviateInput

Define the query-time return properties of a nested property.

Create a new model by parsing and validating input data from keyword arguments.

Raises [ValidationError][pydantic_core.ValidationError] if the input data cannot be validated to form a valid model.

self is explicitly positional-only to allow self as a field name.

field name: str [Required]

field properties: PROPERTIES [Required]

pydantic model weaviate.collections.classes.grpc.QueryReference[source]

Bases: _QueryReference

Define a query-time reference to a single-target property when querying through cross-references.

Create a new model by parsing and validating input data from keyword arguments.

Raises [ValidationError][pydantic_core.ValidationError] if the input data cannot be validated to form a valid model.

self is explicitly positional-only to allow self as a field name.

MultiTarget

Define a query-time reference to a multi-target property when querying through cross-references.

alias of _QueryReferenceMultiTarget

pydantic model weaviate.collections.classes.grpc.Rerank[source]

Bases: _WeaviateInput

Define how the query’s rerank operation should be performed.

Create a new model by parsing and validating input data from keyword arguments.

Raises [ValidationError][pydantic_core.ValidationError] if the input data cannot be validated to form a valid model.

self is explicitly positional-only to allow self as a field name.

field prop: str [Required]

field query: str | None = None

class weaviate.collections.classes.grpc.Sort[source]

Bases: object

Define how the query’s sort operation should be performed using the available static methods.

static by_creation_time(ascending: bool = True) → _Sorting[source]: Sort by an object’s creation time.

static by_id(ascending: bool = True) → _Sorting[source]: Sort by an object’s ID in the collection.

static by_property(name: str, ascending: bool = True) → _Sorting[source]: Sort by an object property in the collection.

static by_update_time(ascending: bool = True) → _Sorting[source]: Sort by an object’s last update time.

weaviate.collections.classes.grpc.Sorting: The type returned by the Sort class to be used when defining programmatic sort chains.

class weaviate.collections.classes.grpc.TargetVectors[source]

Bases: object

Define how the distances from different target vectors should be combined using the available methods.

static average(target_vectors: List[str]) → _MultiTargetVectorJoin[source]: Combine the distance from different target vectors by averaging them.

static manual_weights(weights: Dict[str, float | List[float]]) → _MultiTargetVectorJoin[source]: Combine the distance from different target vectors by summing them using manual weights.

static minimum(target_vectors: List[str]) → _MultiTargetVectorJoin[source]: Combine the distance from different target vectors by using the minimum distance.

static relative_score(weights: Dict[str, float | List[float]]) → _MultiTargetVectorJoin[source]: Combine the distance from different target vectors using score fusion.

static sum(target_vectors: List[str]) → _MultiTargetVectorJoin[source]: Combine the distance from different target vectors by summing them.

weaviate.collections.classes.internal module

weaviate.collections.classes.internal.CrossReference

Use this TypeAlias when you want to type hint a cross reference within a generic data model.

If you want to define a reference property when creating your collection, use ReferenceProperty or ReferencePropertyMultiTarget instead.

If you want to create a reference when inserting an object, supply the UUIDs directly or use Reference.to_multi() instead.

Example:

>>> import typing
>>> import weaviate.classes as wvc
>>>
>>> class One(typing.TypedDict):
...     prop: str
>>>
>>> class Two(typing.TypedDict):
...     one: wvc.CrossReference[One]

alias of _CrossReference[Properties, IReferences]

class weaviate.collections.classes.internal.CrossReferenceAnnotation(include_vector: bool = False, metadata: MetadataQuery | None = None, target_collection: str | None = None)[source]

Bases: object

Dataclass to be used when annotating a generic cross reference property with options for retrieving data from the cross referenced object when querying.

Example:

>>> import typing
>>> import weaviate.classes as wvc
>>>
>>> class One(typing.TypedDict):
...     prop: str
>>>
>>> class Two(typing.TypedDict):
...     one: typing.Annotated[
...         wvc.CrossReference[One],
...         wvc.CrossReferenceAnnotation(include_vector=True)
...     ]

include_vector: bool = False

metadata: MetadataQuery | None = None

target_collection: str | None = None

class weaviate.collections.classes.internal.GenerativeGroup(name: str, min_distance: float, max_distance: float, number_of_objects: int, objects: List[GroupByObject[P, R]], rerank_score: float | None, generated: str | None)[source]

Bases: Generic[P, R], Group[P, R]

A group of objects returned in a generative group by query.

generated: str | None

class weaviate.collections.classes.internal.GenerativeGroupByReturn(objects: List[GroupByObject[P, R]], groups: Dict[str, GenerativeGroup[P, R]], generated: str | None)[source]

Bases: Generic[P, R]

The return type of a query within the .generate namespace of a collection with the group_by argument specified.

generated: str | None

groups: Dict[str, GenerativeGroup[P, R]]

objects: List[GroupByObject[P, R]]

weaviate.collections.classes.internal.GenerativeNearMediaReturnType

@Deprecated: Use GenerativeSearchReturnType instead.

class weaviate.collections.classes.internal.GenerativeObject(uuid: UUID, metadata: M, properties: P, references: R, vector: Dict[str, List[float]], collection: str, generated: str | None)[source]

Bases: Generic[P, R], Object[P, R]

A single Weaviate object returned by a query within the generate namespace of a collection.

generated: str | None

class weaviate.collections.classes.internal.GenerativeReturn(objects: List[GenerativeObject[P, R]], generated: str | None)[source]

Bases: Generic[P, R]

The return type of a query within the generate namespace of a collection.

generated: str | None

objects: List[GenerativeObject[P, R]]

class weaviate.collections.classes.internal.Group(name: str, min_distance: float, max_distance: float, number_of_objects: int, objects: List[GroupByObject[P, R]], rerank_score: float | None)[source]

Bases: Generic[P, R]

A group of objects returned in a group by query.

max_distance: float

min_distance: float

name: str

number_of_objects: int

objects: List[GroupByObject[P, R]]

rerank_score: float | None

class weaviate.collections.classes.internal.GroupByMetadataReturn(distance: float | None = None)[source]

Bases: object

Metadata of an object returned by a group by query.

distance: float | None = None

class weaviate.collections.classes.internal.GroupByObject(uuid: UUID, metadata: M, properties: P, references: R, vector: Dict[str, List[float]], collection: str, belongs_to_group: str)[source]

Bases: Generic[P, R], _Object[P, R, GroupByMetadataReturn]

A single Weaviate object returned by a query with the group_by argument specified.

belongs_to_group: str

class weaviate.collections.classes.internal.GroupByReturn(objects: List[GroupByObject[P, R]], groups: Dict[str, Group[P, R]])[source]

Bases: Generic[P, R]

The return type of a query within the .query namespace of a collection with the group_by argument specified.

groups: Dict[str, Group[P, R]]

objects: List[GroupByObject[P, R]]

Bases: object

Metadata of an object returned by a query.

certainty: float | None = None

creation_time: datetime | None = None

distance: float | None = None

explain_score: str | None = None

is_consistent: bool | None = None

last_update_time: datetime | None = None

rerank_score: float | None = None

score: float | None = None

class weaviate.collections.classes.internal.MetadataSingleObjectReturn(creation_time: datetime, last_update_time: datetime, is_consistent: bool | None)[source]

Bases: object

Metadata of an object returned by the fetch_object_by_id query.

creation_time: datetime

is_consistent: bool | None

last_update_time: datetime

class weaviate.collections.classes.internal.Object(uuid: UUID, metadata: M, properties: P, references: R, vector: Dict[str, List[float]], collection: str)[source]

Bases: Generic[P, R], _Object[P, R, MetadataReturn]

A single Weaviate object returned by a query within the .query namespace of a collection.

class weaviate.collections.classes.internal.ObjectSingleReturn(uuid: UUID, metadata: M, properties: P, references: R, vector: Dict[str, List[float]], collection: str)[source]

Bases: Generic[P, R], _Object[P, R, MetadataSingleObjectReturn]

A single Weaviate object returned by the fetch_object_by_id query.

weaviate.collections.classes.internal.QueryNearMediaReturnType

@Deprecated: Use QuerySearchReturnType instead.

class weaviate.collections.classes.internal.QueryReturn(objects: List[Object[P, R]])[source]

Bases: Generic[P, R]

The return type of a query within the .query namespace of a collection.

objects: List[Object[P, R]]

weaviate.collections.classes.internal.ReferenceInput

This type alias is used when providing references as inputs within the .data namespace of a collection.

alias of str | UUID | Sequence[str | UUID] | ReferenceToMulti

weaviate.collections.classes.internal.ReferenceInputs

This type alias is used when providing references as inputs within the .data namespace of a collection.

alias of Mapping[str, str | UUID | Sequence[str | UUID] | ReferenceToMulti]

pydantic model weaviate.collections.classes.internal.ReferenceToMulti[source]

Bases: _WeaviateInput

Use this class when you want to insert a multi-target reference property.

Create a new model by parsing and validating input data from keyword arguments.

Raises [ValidationError][pydantic_core.ValidationError] if the input data cannot be validated to form a valid model.

self is explicitly positional-only to allow self as a field name.

field target_collection: str [Required]

field uuids: Sequence[str | UUID] | str | UUID [Required]

property uuids_str: List[str]: Returns the UUIDs as strings.

weaviate.collections.classes.orm module

weaviate.collections.classes.tenants module

pydantic model weaviate.collections.classes.tenants.Tenant[source]

Bases: BaseModel

Tenant class used to describe a tenant in Weaviate.

Attributes:

name: the name of the tenant.
activity_status: TenantActivityStatus, default: “HOT”

Create a new model by parsing and validating input data from keyword arguments.

Raises [ValidationError][pydantic_core.ValidationError] if the input data cannot be validated to form a valid model.

self is explicitly positional-only to allow self as a field name.

field activityStatus: _TenantActivistatusServerValues = _TenantActivistatusServerValues.HOT

field activityStatusInternal: TenantActivityStatus = TenantActivityStatus.ACTIVE (alias 'activity_status')

field name: str [Required]

model_post_init(_Tenant__context: Any) → None[source]: Override this method to perform additional initialization after __init__ and model_construct. This is useful if you want to do some validation that requires the entire model to be initialized.

property activity_status: TenantActivityStatus: Getter for the activity status of the tenant.

class weaviate.collections.classes.tenants.TenantActivityStatus(value, names=None, *, module=None, qualname=None, type=None, start=1, boundary=None)[source]

Bases: str, Enum

TenantActivityStatus class used to describe the activity status of a tenant in Weaviate.

Attributes:

ACTIVE: The tenant is fully active and can be used.
INACTIVE: The tenant is not active, files stored locally.
OFFLOADED: The tenant is not active, files stored on the cloud.
OFFLOADING: The tenant is in the process of being offloaded.
ONLOADING: The tenant is in the process of being activated.
HOT: DEPRECATED, please use ACTIVE. The tenant is fully active and can be used.
COLD: DEPRECATED, please use INACTIVE. The tenant is not active, files stored locally.
FROZEN: DEPRECATED, please use OFFLOADED. The tenant is not active, files stored on the cloud.

ACTIVE = 'ACTIVE'

COLD = 'COLD'

FROZEN = 'FROZEN'

HOT = 'HOT'

INACTIVE = 'INACTIVE'

OFFLOADED = 'OFFLOADED'

OFFLOADING = 'OFFLOADING'

ONLOADING = 'ONLOADING'

pydantic model weaviate.collections.classes.tenants.TenantCreate[source]

Bases: BaseModel

Tenant class used to describe a tenant to create in Weaviate.

Attributes:

name: the name of the tenant.
activity_status: TenantCreateActivityStatus, default: “HOT”

Create a new model by parsing and validating input data from keyword arguments.

Raises [ValidationError][pydantic_core.ValidationError] if the input data cannot be validated to form a valid model.

self is explicitly positional-only to allow self as a field name.

field activityStatus: _TenantActivistatusServerValues = _TenantActivistatusServerValues.HOT

field activityStatusInternal: TenantCreateActivityStatus = TenantCreateActivityStatus.ACTIVE (alias 'activity_status')

field name: str [Required]

model_post_init(_TenantCreate__context: Any) → None[source]: Override this method to perform additional initialization after __init__ and model_construct. This is useful if you want to do some validation that requires the entire model to be initialized.

property activity_status: TenantCreateActivityStatus: Getter for the activity status of the tenant.

class weaviate.collections.classes.tenants.TenantCreateActivityStatus(value, names=None, *, module=None, qualname=None, type=None, start=1, boundary=None)[source]

Bases: str, Enum

TenantActivityStatus class used to describe the activity status of a tenant to create in Weaviate.

Attributes:

ACTIVE: The tenant is fully active and can be used.
INACTIVE: The tenant is not active, files stored locally.
HOT: DEPRECATED, please use ACTIVE. The tenant is fully active and can be used.
COLD: DEPRECATED, please use INACTIVE. The tenant is not active, files stored locally.

ACTIVE = 'ACTIVE'

COLD = 'COLD'

HOT = 'HOT'

INACTIVE = 'INACTIVE'

pydantic model weaviate.collections.classes.tenants.TenantOutput[source]

Bases: Tenant

Wrapper around Tenant for output purposes.

Create a new model by parsing and validating input data from keyword arguments.

Raises [ValidationError][pydantic_core.ValidationError] if the input data cannot be validated to form a valid model.

self is explicitly positional-only to allow self as a field name.

model_post_init(_TenantOutput__context: Any) → None[source]: Override this method to perform additional initialization after __init__ and model_construct. This is useful if you want to do some validation that requires the entire model to be initialized.

pydantic model weaviate.collections.classes.tenants.TenantUpdate[source]

Bases: BaseModel

Tenant class used to describe a tenant to create in Weaviate.

Attributes:

name: the name of the tenant.
activity_status: TenantUpdateActivityStatus, default: “HOT”

Create a new model by parsing and validating input data from keyword arguments.

Raises [ValidationError][pydantic_core.ValidationError] if the input data cannot be validated to form a valid model.

self is explicitly positional-only to allow self as a field name.

field activityStatus: _TenantActivistatusServerValues = _TenantActivistatusServerValues.HOT

field activityStatusInternal: TenantUpdateActivityStatus = TenantUpdateActivityStatus.ACTIVE (alias 'activity_status')

field name: str [Required]

model_post_init(_TenantUpdate__context: Any) → None[source]: Override this method to perform additional initialization after __init__ and model_construct. This is useful if you want to do some validation that requires the entire model to be initialized.

property activity_status: TenantUpdateActivityStatus: Getter for the activity status of the tenant.

class weaviate.collections.classes.tenants.TenantUpdateActivityStatus(value, names=None, *, module=None, qualname=None, type=None, start=1, boundary=None)[source]

Bases: str, Enum

TenantActivityStatus class used to describe the activity status of a tenant to update in Weaviate.

Attributes:

ACTIVE: The tenant is fully active and can be used.
INACTIVE: The tenant is not active, files stored locally.
OFFLOADED: The tenant is not active, files stored on the cloud.
HOT: DEPRECATED, please use ACTIVE. The tenant is fully active and can be used.
COLD: DEPRECATED, please use INACTIVE. The tenant is not active, files stored locally.
FROZEN: DEPRECATED, please use OFFLOADED. The tenant is not active, files stored on the cloud.

ACTIVE = 'ACTIVE'

COLD = 'COLD'

FROZEN = 'FROZEN'

HOT = 'HOT'

INACTIVE = 'INACTIVE'

OFFLOADED = 'OFFLOADED'

weaviate.collections.classes.types module

pydantic model weaviate.collections.classes.types.GeoCoordinate[source]

Bases: _WeaviateInput

Input for the geo-coordinate datatype.

Create a new model by parsing and validating input data from keyword arguments.

Raises [ValidationError][pydantic_core.ValidationError] if the input data cannot be validated to form a valid model.

self is explicitly positional-only to allow self as a field name.

field latitude: float [Required]

Constraints:

ge = -90
le = 90

field longitude: float [Required]

Constraints:

ge = -180
le = 180

class weaviate.collections.classes.types.M

M is a completely general type that is used wherever generic metadata objects are defined that can be used

alias of TypeVar(‘M’)

has_default()

class weaviate.collections.classes.types.P

P is a completely general type that is used wherever generic properties objects are defined that can be used within the non-ORM and ORM APIs interchangeably

alias of TypeVar(‘P’)

has_default()

pydantic model weaviate.collections.classes.types.PhoneNumber[source]

Bases: _PhoneNumberBase

Input for the phone number datatype.

default_country should correspond to the ISO 3166-1 alpha-2 country code. This is used to figure out the correct countryCode and international format if only a national number (e.g. 0123 4567) is provided.

Create a new model by parsing and validating input data from keyword arguments.

Raises [ValidationError][pydantic_core.ValidationError] if the input data cannot be validated to form a valid model.

self is explicitly positional-only to allow self as a field name.

field default_country: str | None = None

weaviate.collections.classes.types.PhoneNumberType: alias of _PhoneNumber

class weaviate.collections.classes.types.Properties

Properties is used wherever a single generic type is needed for properties

alias of TypeVar(‘Properties’, bound=Mapping[str, Any])

has_default()

class weaviate.collections.classes.types.QP

QP is a completely general type that is used wherever generic properties objects are defined that can be used within the non-ORM and ORM APIs interchangeably

alias of TypeVar(‘QP’)

has_default()

class weaviate.collections.classes.types.QR

QR is a completely general type that is used wherever generic reference objects are defined that can be used within the non-ORM and ORM APIs interchangeably

alias of TypeVar(‘QR’)

has_default()

class weaviate.collections.classes.types.R

R is a completely general type that is used wherever generic reference objects are defined that can be used within the non-ORM and ORM APIs interchangeably

alias of TypeVar(‘R’)

has_default()

class weaviate.collections.classes.types.References

References is used wherever a single generic type is needed for references

alias of TypeVar(‘References’, bound=Mapping[str, Any] | None)

has_default()

class weaviate.collections.classes.types.T

T is a completely general type that is used in any kind of generic

alias of TypeVar(‘T’)

has_default()

class weaviate.collections.classes.types.TProperties

TProperties is used alongside Properties wherever there are two generic types needed

E.g., in _DataCollection, Properties is used when defining the generic of the class while TProperties is used when defining the generic to be supplied in .with_data_model to create a new instance of _DataCollection with a different Properties type.

To be clear: _DataCollection[Properties]().with_data_model(TProperties) -> _DataCollection[TProperties]()

alias of TypeVar(‘TProperties’, bound=Mapping[str, Any])

has_default()

class weaviate.collections.classes.types.TReferences

TReferences is used alongside References wherever there are two generic types needed

alias of TypeVar(‘TReferences’, bound=Mapping[str, Any] | None)

has_default()