model_to_component_factory.py

#
# Copyright (c) 2023 Airbyte, Inc., all rights reserved.
#

from __future__ import annotations

import datetime
import importlib
import inspect
import re
from functools import partial
from typing import (
    Any,
    Callable,
    Dict,
    List,
    Mapping,
    MutableMapping,
    Optional,
    Type,
    Union,
    get_args,
    get_origin,
    get_type_hints,
)

from isodate import parse_duration
from pydantic.v1 import BaseModel

from airbyte_cdk.models import FailureType, Level
from airbyte_cdk.sources.connector_state_manager import ConnectorStateManager
from airbyte_cdk.sources.declarative.async_job.job_orchestrator import AsyncJobOrchestrator
from airbyte_cdk.sources.declarative.async_job.job_tracker import JobTracker
from airbyte_cdk.sources.declarative.async_job.repository import AsyncJobRepository
from airbyte_cdk.sources.declarative.async_job.status import AsyncJobStatus
from airbyte_cdk.sources.declarative.auth import DeclarativeOauth2Authenticator, JwtAuthenticator
from airbyte_cdk.sources.declarative.auth.declarative_authenticator import (
    DeclarativeAuthenticator,
    NoAuth,
)
from airbyte_cdk.sources.declarative.auth.jwt import JwtAlgorithm
from airbyte_cdk.sources.declarative.auth.oauth import (
    DeclarativeSingleUseRefreshTokenOauth2Authenticator,
)
from airbyte_cdk.sources.declarative.auth.selective_authenticator import SelectiveAuthenticator
from airbyte_cdk.sources.declarative.auth.token import (
    ApiKeyAuthenticator,
    BasicHttpAuthenticator,
    BearerAuthenticator,
    LegacySessionTokenAuthenticator,
)
from airbyte_cdk.sources.declarative.auth.token_provider import (
    InterpolatedStringTokenProvider,
    SessionTokenProvider,
    TokenProvider,
)
from airbyte_cdk.sources.declarative.checks import CheckDynamicStream, CheckStream
from airbyte_cdk.sources.declarative.concurrency_level import ConcurrencyLevel
from airbyte_cdk.sources.declarative.datetime.min_max_datetime import MinMaxDatetime
from airbyte_cdk.sources.declarative.declarative_stream import DeclarativeStream
from airbyte_cdk.sources.declarative.decoders import (
    Decoder,
    IterableDecoder,
    JsonDecoder,
    PaginationDecoderDecorator,
    XmlDecoder,
    ZipfileDecoder,
)
from airbyte_cdk.sources.declarative.decoders.composite_raw_decoder import (
    CompositeRawDecoder,
    CsvParser,
    GzipParser,
    JsonLineParser,
    JsonParser,
    Parser,
)
from airbyte_cdk.sources.declarative.extractors import (
    DpathExtractor,
    RecordFilter,
    RecordSelector,
    ResponseToFileExtractor,
)
from airbyte_cdk.sources.declarative.extractors.record_filter import (
    ClientSideIncrementalRecordFilterDecorator,
)
from airbyte_cdk.sources.declarative.incremental import (
    ChildPartitionResumableFullRefreshCursor,
    ConcurrentCursorFactory,
    ConcurrentPerPartitionCursor,
    CursorFactory,
    DatetimeBasedCursor,
    DeclarativeCursor,
    GlobalSubstreamCursor,
    PerPartitionCursor,
    PerPartitionWithGlobalCursor,
    ResumableFullRefreshCursor,
)
from airbyte_cdk.sources.declarative.interpolation import InterpolatedString
from airbyte_cdk.sources.declarative.interpolation.interpolated_mapping import InterpolatedMapping
from airbyte_cdk.sources.declarative.migrations.legacy_to_per_partition_state_migration import (
    LegacyToPerPartitionStateMigration,
)
from airbyte_cdk.sources.declarative.models import (
    CustomStateMigration,
    GzipDecoder,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    AddedFieldDefinition as AddedFieldDefinitionModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    AddFields as AddFieldsModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    ApiKeyAuthenticator as ApiKeyAuthenticatorModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    AsyncJobStatusMap as AsyncJobStatusMapModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    AsyncRetriever as AsyncRetrieverModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    BasicHttpAuthenticator as BasicHttpAuthenticatorModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    BearerAuthenticator as BearerAuthenticatorModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    CheckDynamicStream as CheckDynamicStreamModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    CheckStream as CheckStreamModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    ComplexFieldType as ComplexFieldTypeModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    ComponentMappingDefinition as ComponentMappingDefinitionModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    CompositeErrorHandler as CompositeErrorHandlerModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    ConcurrencyLevel as ConcurrencyLevelModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    ConfigComponentsResolver as ConfigComponentsResolverModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    ConstantBackoffStrategy as ConstantBackoffStrategyModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    CsvDecoder as CsvDecoderModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    CursorPagination as CursorPaginationModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    CustomAuthenticator as CustomAuthenticatorModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    CustomBackoffStrategy as CustomBackoffStrategyModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    CustomDecoder as CustomDecoderModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    CustomErrorHandler as CustomErrorHandlerModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    CustomIncrementalSync as CustomIncrementalSyncModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    CustomPaginationStrategy as CustomPaginationStrategyModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    CustomPartitionRouter as CustomPartitionRouterModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    CustomRecordExtractor as CustomRecordExtractorModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    CustomRecordFilter as CustomRecordFilterModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    CustomRequester as CustomRequesterModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    CustomRetriever as CustomRetrieverModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    CustomSchemaLoader as CustomSchemaLoader,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    CustomSchemaNormalization as CustomSchemaNormalizationModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    CustomTransformation as CustomTransformationModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    DatetimeBasedCursor as DatetimeBasedCursorModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    DeclarativeStream as DeclarativeStreamModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    DefaultErrorHandler as DefaultErrorHandlerModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    DefaultPaginator as DefaultPaginatorModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    DpathExtractor as DpathExtractorModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    DpathFlattenFields as DpathFlattenFieldsModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    DynamicSchemaLoader as DynamicSchemaLoaderModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    ExponentialBackoffStrategy as ExponentialBackoffStrategyModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    FixedWindowCallRatePolicy as FixedWindowCallRatePolicyModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    FlattenFields as FlattenFieldsModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    GzipDecoder as GzipDecoderModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    HTTPAPIBudget as HTTPAPIBudgetModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    HttpComponentsResolver as HttpComponentsResolverModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    HttpRequester as HttpRequesterModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    HttpRequestRegexMatcher as HttpRequestRegexMatcherModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    HttpResponseFilter as HttpResponseFilterModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    IncrementingCountCursor as IncrementingCountCursorModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    InlineSchemaLoader as InlineSchemaLoaderModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    IterableDecoder as IterableDecoderModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    JsonDecoder as JsonDecoderModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    JsonFileSchemaLoader as JsonFileSchemaLoaderModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    JsonlDecoder as JsonlDecoderModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    JwtAuthenticator as JwtAuthenticatorModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    JwtHeaders as JwtHeadersModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    JwtPayload as JwtPayloadModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    KeysReplace as KeysReplaceModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    KeysToLower as KeysToLowerModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    KeysToSnakeCase as KeysToSnakeCaseModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    LegacySessionTokenAuthenticator as LegacySessionTokenAuthenticatorModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    LegacyToPerPartitionStateMigration as LegacyToPerPartitionStateMigrationModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    ListPartitionRouter as ListPartitionRouterModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    MinMaxDatetime as MinMaxDatetimeModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    MovingWindowCallRatePolicy as MovingWindowCallRatePolicyModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    NoAuth as NoAuthModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    NoPagination as NoPaginationModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    OAuthAuthenticator as OAuthAuthenticatorModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    OffsetIncrement as OffsetIncrementModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    PageIncrement as PageIncrementModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    ParentStreamConfig as ParentStreamConfigModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    Rate as RateModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    RecordFilter as RecordFilterModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    RecordSelector as RecordSelectorModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    RemoveFields as RemoveFieldsModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    RequestOption as RequestOptionModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    RequestPath as RequestPathModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    ResponseToFileExtractor as ResponseToFileExtractorModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    SchemaNormalization as SchemaNormalizationModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    SchemaTypeIdentifier as SchemaTypeIdentifierModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    SelectiveAuthenticator as SelectiveAuthenticatorModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    SessionTokenAuthenticator as SessionTokenAuthenticatorModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    SimpleRetriever as SimpleRetrieverModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import Spec as SpecModel
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    StateDelegatingStream as StateDelegatingStreamModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    StreamConfig as StreamConfigModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    SubstreamPartitionRouter as SubstreamPartitionRouterModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    TypesMap as TypesMapModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    UnlimitedCallRatePolicy as UnlimitedCallRatePolicyModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import ValueType
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    WaitTimeFromHeader as WaitTimeFromHeaderModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    WaitUntilTimeFromHeader as WaitUntilTimeFromHeaderModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    XmlDecoder as XmlDecoderModel,
)
from airbyte_cdk.sources.declarative.models.declarative_component_schema import (
    ZipfileDecoder as ZipfileDecoderModel,
)
from airbyte_cdk.sources.declarative.parsers.custom_code_compiler import (
    COMPONENTS_MODULE_NAME,
    SDM_COMPONENTS_MODULE_NAME,
)
from airbyte_cdk.sources.declarative.partition_routers import (
    CartesianProductStreamSlicer,
    ListPartitionRouter,
    PartitionRouter,
    SinglePartitionRouter,
    SubstreamPartitionRouter,
)
from airbyte_cdk.sources.declarative.partition_routers.async_job_partition_router import (
    AsyncJobPartitionRouter,
)
from airbyte_cdk.sources.declarative.partition_routers.substream_partition_router import (
    ParentStreamConfig,
)
from airbyte_cdk.sources.declarative.requesters import HttpRequester, RequestOption
from airbyte_cdk.sources.declarative.requesters.error_handlers import (
    CompositeErrorHandler,
    DefaultErrorHandler,
    HttpResponseFilter,
)
from airbyte_cdk.sources.declarative.requesters.error_handlers.backoff_strategies import (
    ConstantBackoffStrategy,
    ExponentialBackoffStrategy,
    WaitTimeFromHeaderBackoffStrategy,
    WaitUntilTimeFromHeaderBackoffStrategy,
)
from airbyte_cdk.sources.declarative.requesters.http_job_repository import AsyncHttpJobRepository
from airbyte_cdk.sources.declarative.requesters.paginators import (
    DefaultPaginator,
    NoPagination,
    PaginatorTestReadDecorator,
)
from airbyte_cdk.sources.declarative.requesters.paginators.strategies import (
    CursorPaginationStrategy,
    CursorStopCondition,
    OffsetIncrement,
    PageIncrement,
    StopConditionPaginationStrategyDecorator,
)
from airbyte_cdk.sources.declarative.requesters.request_option import RequestOptionType
from airbyte_cdk.sources.declarative.requesters.request_options import (
    DatetimeBasedRequestOptionsProvider,
    DefaultRequestOptionsProvider,
    InterpolatedRequestOptionsProvider,
    RequestOptionsProvider,
)
from airbyte_cdk.sources.declarative.requesters.request_path import RequestPath
from airbyte_cdk.sources.declarative.requesters.requester import HttpMethod
from airbyte_cdk.sources.declarative.resolvers import (
    ComponentMappingDefinition,
    ConfigComponentsResolver,
    HttpComponentsResolver,
    StreamConfig,
)
from airbyte_cdk.sources.declarative.retrievers import (
    AsyncRetriever,
    LazySimpleRetriever,
    SimpleRetriever,
    SimpleRetrieverTestReadDecorator,
)
from airbyte_cdk.sources.declarative.schema import (
    ComplexFieldType,
    DefaultSchemaLoader,
    DynamicSchemaLoader,
    InlineSchemaLoader,
    JsonFileSchemaLoader,
    SchemaTypeIdentifier,
    TypesMap,
)
from airbyte_cdk.sources.declarative.spec import Spec
from airbyte_cdk.sources.declarative.stream_slicers import StreamSlicer
from airbyte_cdk.sources.declarative.transformations import (
    AddFields,
    RecordTransformation,
    RemoveFields,
)
from airbyte_cdk.sources.declarative.transformations.add_fields import AddedFieldDefinition
from airbyte_cdk.sources.declarative.transformations.dpath_flatten_fields import (
    DpathFlattenFields,
)
from airbyte_cdk.sources.declarative.transformations.flatten_fields import (
    FlattenFields,
)
from airbyte_cdk.sources.declarative.transformations.keys_replace_transformation import (
    KeysReplaceTransformation,
)
from airbyte_cdk.sources.declarative.transformations.keys_to_lower_transformation import (
    KeysToLowerTransformation,
)
from airbyte_cdk.sources.declarative.transformations.keys_to_snake_transformation import (
    KeysToSnakeCaseTransformation,
)
from airbyte_cdk.sources.message import (
    InMemoryMessageRepository,
    LogAppenderMessageRepositoryDecorator,
    MessageRepository,
    NoopMessageRepository,
)
from airbyte_cdk.sources.streams.call_rate import (
    APIBudget,
    FixedWindowCallRatePolicy,
    HttpAPIBudget,
    HttpRequestRegexMatcher,
    MovingWindowCallRatePolicy,
    Rate,
    UnlimitedCallRatePolicy,
)
from airbyte_cdk.sources.streams.concurrent.clamping import (
    ClampingEndProvider,
    ClampingStrategy,
    DayClampingStrategy,
    MonthClampingStrategy,
    NoClamping,
    WeekClampingStrategy,
    Weekday,
)
from airbyte_cdk.sources.streams.concurrent.cursor import ConcurrentCursor, CursorField
from airbyte_cdk.sources.streams.concurrent.state_converters.datetime_stream_state_converter import (
    CustomFormatConcurrentStreamStateConverter,
    DateTimeStreamStateConverter,
)
from airbyte_cdk.sources.streams.concurrent.state_converters.incrementing_count_stream_state_converter import (
    IncrementingCountStreamStateConverter,
)
from airbyte_cdk.sources.streams.http.error_handlers.response_models import ResponseAction
from airbyte_cdk.sources.types import Config, ConnectionDefinition
from airbyte_cdk.sources.utils.transform import TransformConfig, TypeTransformer

ComponentDefinition = Mapping[str, Any]

SCHEMA_TRANSFORMER_TYPE_MAPPING = {
    SchemaNormalizationModel.None_: TransformConfig.NoTransform,
    SchemaNormalizationModel.Default: TransformConfig.DefaultSchemaNormalization,
}


class ModelToComponentFactory:
    EPOCH_DATETIME_FORMAT = "%s"

    def __init__(
        self,
        limit_pages_fetched_per_slice: Optional[int] = None,
        limit_slices_fetched: Optional[int] = None,
        emit_connector_builder_messages: bool = False,
        disable_retries: bool = False,
        disable_cache: bool = False,
        disable_resumable_full_refresh: bool = False,
        message_repository: Optional[MessageRepository] = None,
        connector_state_manager: Optional[ConnectorStateManager] = None,
        max_concurrent_async_job_count: Optional[int] = None,
    ):
        self._init_mappings()
        self._limit_pages_fetched_per_slice = limit_pages_fetched_per_slice
        self._limit_slices_fetched = limit_slices_fetched
        self._emit_connector_builder_messages = emit_connector_builder_messages
        self._disable_retries = disable_retries
        self._disable_cache = disable_cache
        self._disable_resumable_full_refresh = disable_resumable_full_refresh
        self._message_repository = message_repository or InMemoryMessageRepository(
            self._evaluate_log_level(emit_connector_builder_messages)
        )
        self._connector_state_manager = connector_state_manager or ConnectorStateManager()
        self._api_budget: Optional[Union[APIBudget, HttpAPIBudget]] = None
        self._job_tracker: JobTracker = JobTracker(max_concurrent_async_job_count or 1)

    def _init_mappings(self) -> None:
        self.PYDANTIC_MODEL_TO_CONSTRUCTOR: Mapping[Type[BaseModel], Callable[..., Any]] = {
            AddedFieldDefinitionModel: self.create_added_field_definition,
            AddFieldsModel: self.create_add_fields,
            ApiKeyAuthenticatorModel: self.create_api_key_authenticator,
            BasicHttpAuthenticatorModel: self.create_basic_http_authenticator,
            BearerAuthenticatorModel: self.create_bearer_authenticator,
            CheckStreamModel: self.create_check_stream,
            CheckDynamicStreamModel: self.create_check_dynamic_stream,
            CompositeErrorHandlerModel: self.create_composite_error_handler,
            ConcurrencyLevelModel: self.create_concurrency_level,
            ConstantBackoffStrategyModel: self.create_constant_backoff_strategy,
            CsvDecoderModel: self.create_csv_decoder,
            CursorPaginationModel: self.create_cursor_pagination,
            CustomAuthenticatorModel: self.create_custom_component,
            CustomBackoffStrategyModel: self.create_custom_component,
            CustomDecoderModel: self.create_custom_component,
            CustomErrorHandlerModel: self.create_custom_component,
            CustomIncrementalSyncModel: self.create_custom_component,
            CustomRecordExtractorModel: self.create_custom_component,
            CustomRecordFilterModel: self.create_custom_component,
            CustomRequesterModel: self.create_custom_component,
            CustomRetrieverModel: self.create_custom_component,
            CustomSchemaLoader: self.create_custom_component,
            CustomSchemaNormalizationModel: self.create_custom_component,
            CustomStateMigration: self.create_custom_component,
            CustomPaginationStrategyModel: self.create_custom_component,
            CustomPartitionRouterModel: self.create_custom_component,
            CustomTransformationModel: self.create_custom_component,
            DatetimeBasedCursorModel: self.create_datetime_based_cursor,
            DeclarativeStreamModel: self.create_declarative_stream,
            DefaultErrorHandlerModel: self.create_default_error_handler,
            DefaultPaginatorModel: self.create_default_paginator,
            DpathExtractorModel: self.create_dpath_extractor,
            ResponseToFileExtractorModel: self.create_response_to_file_extractor,
            ExponentialBackoffStrategyModel: self.create_exponential_backoff_strategy,
            SessionTokenAuthenticatorModel: self.create_session_token_authenticator,
            HttpRequesterModel: self.create_http_requester,
            HttpResponseFilterModel: self.create_http_response_filter,
            InlineSchemaLoaderModel: self.create_inline_schema_loader,
            JsonDecoderModel: self.create_json_decoder,
            JsonlDecoderModel: self.create_jsonl_decoder,
            GzipDecoderModel: self.create_gzip_decoder,
            KeysToLowerModel: self.create_keys_to_lower_transformation,
            KeysToSnakeCaseModel: self.create_keys_to_snake_transformation,
            KeysReplaceModel: self.create_keys_replace_transformation,
            FlattenFieldsModel: self.create_flatten_fields,
            DpathFlattenFieldsModel: self.create_dpath_flatten_fields,
            IterableDecoderModel: self.create_iterable_decoder,
            IncrementingCountCursorModel: self.create_incrementing_count_cursor,
            XmlDecoderModel: self.create_xml_decoder,
            JsonFileSchemaLoaderModel: self.create_json_file_schema_loader,
            DynamicSchemaLoaderModel: self.create_dynamic_schema_loader,
            SchemaTypeIdentifierModel: self.create_schema_type_identifier,
            TypesMapModel: self.create_types_map,
            ComplexFieldTypeModel: self.create_complex_field_type,
            JwtAuthenticatorModel: self.create_jwt_authenticator,
            LegacyToPerPartitionStateMigrationModel: self.create_legacy_to_per_partition_state_migration,
            ListPartitionRouterModel: self.create_list_partition_router,
            MinMaxDatetimeModel: self.create_min_max_datetime,
            NoAuthModel: self.create_no_auth,
            NoPaginationModel: self.create_no_pagination,
            OAuthAuthenticatorModel: self.create_oauth_authenticator,
            OffsetIncrementModel: self.create_offset_increment,
            PageIncrementModel: self.create_page_increment,
            ParentStreamConfigModel: self.create_parent_stream_config,
            RecordFilterModel: self.create_record_filter,
            RecordSelectorModel: self.create_record_selector,
            RemoveFieldsModel: self.create_remove_fields,
            RequestPathModel: self.create_request_path,
            RequestOptionModel: self.create_request_option,
            LegacySessionTokenAuthenticatorModel: self.create_legacy_session_token_authenticator,
            SelectiveAuthenticatorModel: self.create_selective_authenticator,
            SimpleRetrieverModel: self.create_simple_retriever,
            StateDelegatingStreamModel: self.create_state_delegating_stream,
            SpecModel: self.create_spec,
            SubstreamPartitionRouterModel: self.create_substream_partition_router,
            WaitTimeFromHeaderModel: self.create_wait_time_from_header,
            WaitUntilTimeFromHeaderModel: self.create_wait_until_time_from_header,
            AsyncRetrieverModel: self.create_async_retriever,
            HttpComponentsResolverModel: self.create_http_components_resolver,
            ConfigComponentsResolverModel: self.create_config_components_resolver,
            StreamConfigModel: self.create_stream_config,
            ComponentMappingDefinitionModel: self.create_components_mapping_definition,
            ZipfileDecoderModel: self.create_zipfile_decoder,
            HTTPAPIBudgetModel: self.create_http_api_budget,
            FixedWindowCallRatePolicyModel: self.create_fixed_window_call_rate_policy,
            MovingWindowCallRatePolicyModel: self.create_moving_window_call_rate_policy,
            UnlimitedCallRatePolicyModel: self.create_unlimited_call_rate_policy,
            RateModel: self.create_rate,
            HttpRequestRegexMatcherModel: self.create_http_request_matcher,
        }

        # Needed for the case where we need to perform a second parse on the fields of a custom component
        self.TYPE_NAME_TO_MODEL = {cls.__name__: cls for cls in self.PYDANTIC_MODEL_TO_CONSTRUCTOR}

    def create_component(
        self,
        model_type: Type[BaseModel],
        component_definition: ComponentDefinition,
        config: Config,
        **kwargs: Any,
    ) -> Any:
        """
        Takes a given Pydantic model type and Mapping representing a component definition and creates a declarative component and
        subcomponents which will be used at runtime. This is done by first parsing the mapping into a Pydantic model and then creating
        creating declarative components from that model.

        :param model_type: The type of declarative component that is being initialized
        :param component_definition: The mapping that represents a declarative component
        :param config: The connector config that is provided by the customer
        :return: The declarative component to be used at runtime
        """

        component_type = component_definition.get("type")
        if component_definition.get("type") != model_type.__name__:
            raise ValueError(
                f"Expected manifest component of type {model_type.__name__}, but received {component_type} instead"
            )

        declarative_component_model = model_type.parse_obj(component_definition)

        if not isinstance(declarative_component_model, model_type):
            raise ValueError(
                f"Expected {model_type.__name__} component, but received {declarative_component_model.__class__.__name__}"
            )

        return self._create_component_from_model(
            model=declarative_component_model, config=config, **kwargs
        )

    def _create_component_from_model(self, model: BaseModel, config: Config, **kwargs: Any) -> Any:
        if model.__class__ not in self.PYDANTIC_MODEL_TO_CONSTRUCTOR:
            raise ValueError(
                f"{model.__class__} with attributes {model} is not a valid component type"
            )
        component_constructor = self.PYDANTIC_MODEL_TO_CONSTRUCTOR.get(model.__class__)
        if not component_constructor:
            raise ValueError(f"Could not find constructor for {model.__class__}")
        return component_constructor(model=model, config=config, **kwargs)

    @staticmethod
    def create_added_field_definition(
        model: AddedFieldDefinitionModel, config: Config, **kwargs: Any
    ) -> AddedFieldDefinition:
        interpolated_value = InterpolatedString.create(
            model.value, parameters=model.parameters or {}
        )
        return AddedFieldDefinition(
            path=model.path,
            value=interpolated_value,
            value_type=ModelToComponentFactory._json_schema_type_name_to_type(model.value_type),
            parameters=model.parameters or {},
        )

    def create_add_fields(self, model: AddFieldsModel, config: Config, **kwargs: Any) -> AddFields:
        added_field_definitions = [
            self._create_component_from_model(
                model=added_field_definition_model,
                value_type=ModelToComponentFactory._json_schema_type_name_to_type(
                    added_field_definition_model.value_type
                ),
                config=config,
            )
            for added_field_definition_model in model.fields
        ]
        return AddFields(fields=added_field_definitions, parameters=model.parameters or {})

    def create_keys_to_lower_transformation(
        self, model: KeysToLowerModel, config: Config, **kwargs: Any
    ) -> KeysToLowerTransformation:
        return KeysToLowerTransformation()

    def create_keys_to_snake_transformation(
        self, model: KeysToSnakeCaseModel, config: Config, **kwargs: Any
    ) -> KeysToSnakeCaseTransformation:
        return KeysToSnakeCaseTransformation()

    def create_keys_replace_transformation(
        self, model: KeysReplaceModel, config: Config, **kwargs: Any
    ) -> KeysReplaceTransformation:
        return KeysReplaceTransformation(
            old=model.old, new=model.new, parameters=model.parameters or {}
        )

    def create_flatten_fields(
        self, model: FlattenFieldsModel, config: Config, **kwargs: Any
    ) -> FlattenFields:
        return FlattenFields(
            flatten_lists=model.flatten_lists if model.flatten_lists is not None else True
        )

    def create_dpath_flatten_fields(
        self, model: DpathFlattenFieldsModel, config: Config, **kwargs: Any
    ) -> DpathFlattenFields:
        model_field_path: List[Union[InterpolatedString, str]] = [x for x in model.field_path]
        return DpathFlattenFields(
            config=config,
            field_path=model_field_path,
            delete_origin_value=model.delete_origin_value
            if model.delete_origin_value is not None
            else False,
            parameters=model.parameters or {},
        )

    @staticmethod
    def _json_schema_type_name_to_type(value_type: Optional[ValueType]) -> Optional[Type[Any]]:
        if not value_type:
            return None
        names_to_types = {
            ValueType.string: str,
            ValueType.number: float,
            ValueType.integer: int,
            ValueType.boolean: bool,
        }
        return names_to_types[value_type]

    def create_api_key_authenticator(
        self,
        model: ApiKeyAuthenticatorModel,
        config: Config,
        token_provider: Optional[TokenProvider] = None,
        **kwargs: Any,
    ) -> ApiKeyAuthenticator:
        if model.inject_into is None and model.header is None:
            raise ValueError(
                "Expected either inject_into or header to be set for ApiKeyAuthenticator"
            )

        if model.inject_into is not None and model.header is not None:
            raise ValueError(
                "inject_into and header cannot be set both for ApiKeyAuthenticator - remove the deprecated header option"
            )

        if token_provider is not None and model.api_token != "":
            raise ValueError(
                "If token_provider is set, api_token is ignored and has to be set to empty string."
            )

        request_option = (
            self._create_component_from_model(
                model.inject_into, config, parameters=model.parameters or {}
            )
            if model.inject_into
            else RequestOption(
                inject_into=RequestOptionType.header,
                field_name=model.header or "",
                parameters=model.parameters or {},
            )
        )

        return ApiKeyAuthenticator(
            token_provider=(
                token_provider
                if token_provider is not None
                else InterpolatedStringTokenProvider(
                    api_token=model.api_token or "",
                    config=config,
                    parameters=model.parameters or {},
                )
            ),
            request_option=request_option,
            config=config,
            parameters=model.parameters or {},
        )

    def create_legacy_to_per_partition_state_migration(
        self,
        model: LegacyToPerPartitionStateMigrationModel,
        config: Mapping[str, Any],
        declarative_stream: DeclarativeStreamModel,
    ) -> LegacyToPerPartitionStateMigration:
        retriever = declarative_stream.retriever
        if not isinstance(retriever, SimpleRetrieverModel):
            raise ValueError(
                f"LegacyToPerPartitionStateMigrations can only be applied on a DeclarativeStream with a SimpleRetriever. Got {type(retriever)}"
            )
        partition_router = retriever.partition_router
        if not isinstance(
            partition_router, (SubstreamPartitionRouterModel, CustomPartitionRouterModel)
        ):
            raise ValueError(
                f"LegacyToPerPartitionStateMigrations can only be applied on a SimpleRetriever with a Substream partition router. Got {type(partition_router)}"
            )
        if not hasattr(partition_router, "parent_stream_configs"):
            raise ValueError(
                "LegacyToPerPartitionStateMigrations can only be applied with a parent stream configuration."
            )

        if not hasattr(declarative_stream, "incremental_sync"):
            raise ValueError(
                "LegacyToPerPartitionStateMigrations can only be applied with an incremental_sync configuration."
            )

        return LegacyToPerPartitionStateMigration(
            partition_router,  # type: ignore # was already checked above
            declarative_stream.incremental_sync,  # type: ignore # was already checked. Migration can be applied only to incremental streams.
            config,
            declarative_stream.parameters,  # type: ignore # different type is expected here Mapping[str, Any], got Dict[str, Any]
        )

    def create_session_token_authenticator(
        self, model: SessionTokenAuthenticatorModel, config: Config, name: str, **kwargs: Any
    ) -> Union[ApiKeyAuthenticator, BearerAuthenticator]:
        decoder = (
            self._create_component_from_model(model=model.decoder, config=config)
            if model.decoder
            else JsonDecoder(parameters={})
        )
        login_requester = self._create_component_from_model(
            model=model.login_requester,
            config=config,
            name=f"{name}_login_requester",
            decoder=decoder,
        )
        token_provider = SessionTokenProvider(
            login_requester=login_requester,
            session_token_path=model.session_token_path,
            expiration_duration=parse_duration(model.expiration_duration)
            if model.expiration_duration
            else None,
            parameters=model.parameters or {},
            message_repository=self._message_repository,
            decoder=decoder,
        )
        if model.request_authentication.type == "Bearer":
            return ModelToComponentFactory.create_bearer_authenticator(
                BearerAuthenticatorModel(type="BearerAuthenticator", api_token=""),  # type: ignore # $parameters has a default value
                config,
                token_provider=token_provider,
            )
        else:
            return self.create_api_key_authenticator(
                ApiKeyAuthenticatorModel(
                    type="ApiKeyAuthenticator",
                    api_token="",
                    inject_into=model.request_authentication.inject_into,
                ),  # type: ignore # $parameters and headers default to None
                config=config,
                token_provider=token_provider,
            )

    @staticmethod
    def create_basic_http_authenticator(
        model: BasicHttpAuthenticatorModel, config: Config, **kwargs: Any
    ) -> BasicHttpAuthenticator:
        return BasicHttpAuthenticator(
            password=model.password or "",
            username=model.username,
            config=config,
            parameters=model.parameters or {},
        )

    @staticmethod
    def create_bearer_authenticator(
        model: BearerAuthenticatorModel,
        config: Config,
        token_provider: Optional[TokenProvider] = None,
        **kwargs: Any,
    ) -> BearerAuthenticator:
        if token_provider is not None and model.api_token != "":
            raise ValueError(
                "If token_provider is set, api_token is ignored and has to be set to empty string."
            )
        return BearerAuthenticator(
            token_provider=(
                token_provider
                if token_provider is not None
                else InterpolatedStringTokenProvider(
                    api_token=model.api_token or "",
                    config=config,
                    parameters=model.parameters or {},
                )
            ),
            config=config,
            parameters=model.parameters or {},
        )

    @staticmethod
    def create_check_stream(model: CheckStreamModel, config: Config, **kwargs: Any) -> CheckStream:
        return CheckStream(stream_names=model.stream_names, parameters={})

    @staticmethod
    def create_check_dynamic_stream(
        model: CheckDynamicStreamModel, config: Config, **kwargs: Any
    ) -> CheckDynamicStream:
        assert model.use_check_availability is not None  # for mypy

        use_check_availability = model.use_check_availability

        return CheckDynamicStream(
            stream_count=model.stream_count,
            use_check_availability=use_check_availability,
            parameters={},
        )

    def create_composite_error_handler(
        self, model: CompositeErrorHandlerModel, config: Config, **kwargs: Any
    ) -> CompositeErrorHandler:
        error_handlers = [
            self._create_component_from_model(model=error_handler_model, config=config)
            for error_handler_model in model.error_handlers
        ]
        return CompositeErrorHandler(
            error_handlers=error_handlers, parameters=model.parameters or {}
        )

    @staticmethod
    def create_concurrency_level(
        model: ConcurrencyLevelModel, config: Config, **kwargs: Any
    ) -> ConcurrencyLevel:
        return ConcurrencyLevel(
            default_concurrency=model.default_concurrency,
            max_concurrency=model.max_concurrency,
            config=config,
            parameters={},
        )

    @staticmethod
    def apply_stream_state_migrations(
        stream_state_migrations: List[Any] | None, stream_state: MutableMapping[str, Any]
    ) -> MutableMapping[str, Any]:
        if stream_state_migrations:
            for state_migration in stream_state_migrations:
                if state_migration.should_migrate(stream_state):
                    # The state variable is expected to be mutable but the migrate method returns an immutable mapping.
                    stream_state = dict(state_migration.migrate(stream_state))
        return stream_state

    def create_concurrent_cursor_from_datetime_based_cursor(
        self,
        model_type: Type[BaseModel],
        component_definition: ComponentDefinition,
        stream_name: str,
        stream_namespace: Optional[str],
        config: Config,
        message_repository: Optional[MessageRepository] = None,
        runtime_lookback_window: Optional[datetime.timedelta] = None,
        stream_state_migrations: Optional[List[Any]] = None,
        **kwargs: Any,
    ) -> ConcurrentCursor:
        # Per-partition incremental streams can dynamically create child cursors which will pass their current
        # state via the stream_state keyword argument. Incremental syncs without parent streams use the
        # incoming state and connector_state_manager that is initialized when the component factory is created
        stream_state = (
            self._connector_state_manager.get_stream_state(stream_name, stream_namespace)
            if "stream_state" not in kwargs
            else kwargs["stream_state"]
        )
        stream_state = self.apply_stream_state_migrations(stream_state_migrations, stream_state)

        component_type = component_definition.get("type")
        if component_definition.get("type") != model_type.__name__:
            raise ValueError(
                f"Expected manifest component of type {model_type.__name__}, but received {component_type} instead"
            )

        datetime_based_cursor_model = model_type.parse_obj(component_definition)

        if not isinstance(datetime_based_cursor_model, DatetimeBasedCursorModel):
            raise ValueError(
                f"Expected {model_type.__name__} component, but received {datetime_based_cursor_model.__class__.__name__}"
            )

        interpolated_cursor_field = InterpolatedString.create(
            datetime_based_cursor_model.cursor_field,
            parameters=datetime_based_cursor_model.parameters or {},
        )
        cursor_field = CursorField(interpolated_cursor_field.eval(config=config))

        interpolated_partition_field_start = InterpolatedString.create(
            datetime_based_cursor_model.partition_field_start or "start_time",
            parameters=datetime_based_cursor_model.parameters or {},
        )
        interpolated_partition_field_end = InterpolatedString.create(
            datetime_based_cursor_model.partition_field_end or "end_time",
            parameters=datetime_based_cursor_model.parameters or {},
        )

        slice_boundary_fields = (
            interpolated_partition_field_start.eval(config=config),
            interpolated_partition_field_end.eval(config=config),
        )

        datetime_format = datetime_based_cursor_model.datetime_format

        cursor_granularity = (
            parse_duration(datetime_based_cursor_model.cursor_granularity)
            if datetime_based_cursor_model.cursor_granularity
            else None
        )

        lookback_window = None
        interpolated_lookback_window = (
            InterpolatedString.create(
                datetime_based_cursor_model.lookback_window,
                parameters=datetime_based_cursor_model.parameters or {},
            )
            if datetime_based_cursor_model.lookback_window
            else None
        )
        if interpolated_lookback_window:
            evaluated_lookback_window = interpolated_lookback_window.eval(config=config)
            if evaluated_lookback_window:
                lookback_window = parse_duration(evaluated_lookback_window)

        connector_state_converter: DateTimeStreamStateConverter
        connector_state_converter = CustomFormatConcurrentStreamStateConverter(
            datetime_format=datetime_format,
            input_datetime_formats=datetime_based_cursor_model.cursor_datetime_formats,
            is_sequential_state=True,  # ConcurrentPerPartitionCursor only works with sequential state
            cursor_granularity=cursor_granularity,
        )

        # Adjusts the stream state by applying the runtime lookback window.
        # This is used to ensure correct state handling in case of failed partitions.
        stream_state_value = stream_state.get(cursor_field.cursor_field_key)
        if runtime_lookback_window and stream_state_value:
            new_stream_state = (
                connector_state_converter.parse_timestamp(stream_state_value)
                - runtime_lookback_window
            )
            stream_state[cursor_field.cursor_field_key] = connector_state_converter.output_format(
                new_stream_state
            )

        start_date_runtime_value: Union[InterpolatedString, str, MinMaxDatetime]
        if isinstance(datetime_based_cursor_model.start_datetime, MinMaxDatetimeModel):
            start_date_runtime_value = self.create_min_max_datetime(
                model=datetime_based_cursor_model.start_datetime, config=config
            )
        else:
            start_date_runtime_value = datetime_based_cursor_model.start_datetime

        end_date_runtime_value: Optional[Union[InterpolatedString, str, MinMaxDatetime]]
        if isinstance(datetime_based_cursor_model.end_datetime, MinMaxDatetimeModel):
            end_date_runtime_value = self.create_min_max_datetime(
                model=datetime_based_cursor_model.end_datetime, config=config
            )
        else:
            end_date_runtime_value = datetime_based_cursor_model.end_datetime

        interpolated_start_date = MinMaxDatetime.create(
            interpolated_string_or_min_max_datetime=start_date_runtime_value,
            parameters=datetime_based_cursor_model.parameters,
        )
        interpolated_end_date = (
            None
            if not end_date_runtime_value
            else MinMaxDatetime.create(
                end_date_runtime_value, datetime_based_cursor_model.parameters
            )
        )

        # If datetime format is not specified then start/end datetime should inherit it from the stream slicer
        if not interpolated_start_date.datetime_format:
            interpolated_start_date.datetime_format = datetime_format
        if interpolated_end_date and not interpolated_end_date.datetime_format:
            interpolated_end_date.datetime_format = datetime_format

        start_date = interpolated_start_date.get_datetime(config=config)
        end_date_provider = (
            partial(interpolated_end_date.get_datetime, config)
            if interpolated_end_date
            else connector_state_converter.get_end_provider()
        )

        if (
            datetime_based_cursor_model.step and not datetime_based_cursor_model.cursor_granularity
        ) or (
            not datetime_based_cursor_model.step and datetime_based_cursor_model.cursor_granularity
        ):
            raise ValueError(
                f"If step is defined, cursor_granularity should be as well and vice-versa. "
                f"Right now, step is `{datetime_based_cursor_model.step}` and cursor_granularity is `{datetime_based_cursor_model.cursor_granularity}`"
            )

        # When step is not defined, default to a step size from the starting date to the present moment
        step_length = datetime.timedelta.max
        interpolated_step = (
            InterpolatedString.create(
                datetime_based_cursor_model.step,
                parameters=datetime_based_cursor_model.parameters or {},
            )
            if datetime_based_cursor_model.step
            else None
        )
        if interpolated_step:
            evaluated_step = interpolated_step.eval(config)
            if evaluated_step:
                step_length = parse_duration(evaluated_step)

        clamping_strategy: ClampingStrategy = NoClamping()
        if datetime_based_cursor_model.clamping:
            # While it is undesirable to interpolate within the model factory (as opposed to at runtime),
            # it is still better than shifting interpolation low-code concept into the ConcurrentCursor runtime
            # object which we want to keep agnostic of being low-code
            target = InterpolatedString(
                string=datetime_based_cursor_model.clamping.target,
                parameters=datetime_based_cursor_model.parameters or {},
            )
            evaluated_target = target.eval(config=config)
            match evaluated_target:
                case "DAY":
                    clamping_strategy = DayClampingStrategy()
                    end_date_provider = ClampingEndProvider(
                        DayClampingStrategy(is_ceiling=False),
                        end_date_provider,  # type: ignore  # Having issues w/ inspection for GapType and CursorValueType as shown in existing tests. Confirmed functionality is working in practice
                        granularity=cursor_granularity or datetime.timedelta(seconds=1),
                    )
                case "WEEK":
                    if (
                        not datetime_based_cursor_model.clamping.target_details
                        or "weekday" not in datetime_based_cursor_model.clamping.target_details
                    ):
                        raise ValueError(
                            "Given WEEK clamping, weekday needs to be provided as target_details"
                        )
                    weekday = self._assemble_weekday(
                        datetime_based_cursor_model.clamping.target_details["weekday"]
                    )
                    clamping_strategy = WeekClampingStrategy(weekday)
                    end_date_provider = ClampingEndProvider(
                        WeekClampingStrategy(weekday, is_ceiling=False),
                        end_date_provider,  # type: ignore  # Having issues w/ inspection for GapType and CursorValueType as shown in existing tests. Confirmed functionality is working in practice
                        granularity=cursor_granularity or datetime.timedelta(days=1),
                    )
                case "MONTH":
                    clamping_strategy = MonthClampingStrategy()
                    end_date_provider = ClampingEndProvider(
                        MonthClampingStrategy(is_ceiling=False),
                        end_date_provider,  # type: ignore  # Having issues w/ inspection for GapType and CursorValueType as shown in existing tests. Confirmed functionality is working in practice
                        granularity=cursor_granularity or datetime.timedelta(days=1),
                    )
                case _:
                    raise ValueError(
                        f"Invalid clamping target {evaluated_target}, expected DAY, WEEK, MONTH"
                    )

        return ConcurrentCursor(
            stream_name=stream_name,
            stream_namespace=stream_namespace,
            stream_state=stream_state,
            message_repository=message_repository or self._message_repository,
            connector_state_manager=self._connector_state_manager,
            connector_state_converter=connector_state_converter,
            cursor_field=cursor_field,
            slice_boundary_fields=slice_boundary_fields,
            start=start_date,  # type: ignore  # Having issues w/ inspection for GapType and CursorValueType as shown in existing tests. Confirmed functionality is working in practice
            end_provider=end_date_provider,  # type: ignore  # Having issues w/ inspection for GapType and CursorValueType as shown in existing tests. Confirmed functionality is working in practice
            lookback_window=lookback_window,
            slice_range=step_length,
            cursor_granularity=cursor_granularity,
            clamping_strategy=clamping_strategy,
        )

    def create_concurrent_cursor_from_incrementing_count_cursor(
        self,
        model_type: Type[BaseModel],
        component_definition: ComponentDefinition,
        stream_name: str,
        stream_namespace: Optional[str],
        config: Config,
        message_repository: Optional[MessageRepository] = None,
        **kwargs: Any,
    ) -> ConcurrentCursor:
        # Per-partition incremental streams can dynamically create child cursors which will pass their current
        # state via the stream_state keyword argument. Incremental syncs without parent streams use the
        # incoming state and connector_state_manager that is initialized when the component factory is created
        stream_state = (
            self._connector_state_manager.get_stream_state(stream_name, stream_namespace)
            if "stream_state" not in kwargs
            else kwargs["stream_state"]
        )

        component_type = component_definition.get("type")
        if component_definition.get("type") != model_type.__name__:
            raise ValueError(
                f"Expected manifest component of type {model_type.__name__}, but received {component_type} instead"
            )

        incrementing_count_cursor_model = model_type.parse_obj(component_definition)

        if not isinstance(incrementing_count_cursor_model, IncrementingCountCursorModel):
            raise ValueError(
                f"Expected {model_type.__name__} component, but received {incrementing_count_cursor_model.__class__.__name__}"
            )

        interpolated_start_value = (
            InterpolatedString.create(
                incrementing_count_cursor_model.start_value,  # type: ignore
                parameters=incrementing_count_cursor_model.parameters or {},
            )
            if incrementing_count_cursor_model.start_value
            else 0
        )

        interpolated_cursor_field = InterpolatedString.create(
            incrementing_count_cursor_model.cursor_field,
            parameters=incrementing_count_cursor_model.parameters or {},
        )
        cursor_field = CursorField(interpolated_cursor_field.eval(config=config))

        connector_state_converter = IncrementingCountStreamStateConverter(
            is_sequential_state=True,  # ConcurrentPerPartitionCursor only works with sequential state
        )

        return ConcurrentCursor(
            stream_name=stream_name,
            stream_namespace=stream_namespace,
            stream_state=stream_state,
            message_repository=message_repository or self._message_repository,
            connector_state_manager=self._connector_state_manager,
            connector_state_converter=connector_state_converter,
            cursor_field=cursor_field,
            slice_boundary_fields=None,
            start=interpolated_start_value,  # type: ignore  # Having issues w/ inspection for GapType and CursorValueType as shown in existing tests. Confirmed functionality is working in practice
            end_provider=connector_state_converter.get_end_provider(),  # type: ignore  # Having issues w/ inspection for GapType and CursorValueType as shown in existing tests. Confirmed functionality is working in practice
        )

    def _assemble_weekday(self, weekday: str) -> Weekday:
        match weekday:
            case "MONDAY":
                return Weekday.MONDAY
            case "TUESDAY":
                return Weekday.TUESDAY
            case "WEDNESDAY":
                return Weekday.WEDNESDAY
            case "THURSDAY":
                return Weekday.THURSDAY
            case "FRIDAY":
                return Weekday.FRIDAY
            case "SATURDAY":
                return Weekday.SATURDAY
            case "SUNDAY":
                return Weekday.SUNDAY
            case _:
                raise ValueError(f"Unknown weekday {weekday}")

    def create_concurrent_cursor_from_perpartition_cursor(
        self,
        state_manager: ConnectorStateManager,
        model_type: Type[BaseModel],
        component_definition: ComponentDefinition,
        stream_name: str,
        stream_namespace: Optional[str],
        config: Config,
        stream_state: MutableMapping[str, Any],
        partition_router: PartitionRouter,
        stream_state_migrations: Optional[List[Any]] = None,
        **kwargs: Any,
    ) -> ConcurrentPerPartitionCursor:
        component_type = component_definition.get("type")
        if component_definition.get("type") != model_type.__name__:
            raise ValueError(
                f"Expected manifest component of type {model_type.__name__}, but received {component_type} instead"
            )

        datetime_based_cursor_model = model_type.parse_obj(component_definition)

        if not isinstance(datetime_based_cursor_model, DatetimeBasedCursorModel):
            raise ValueError(
                f"Expected {model_type.__name__} component, but received {datetime_based_cursor_model.__class__.__name__}"
            )

        interpolated_cursor_field = InterpolatedString.create(
            datetime_based_cursor_model.cursor_field,
            parameters=datetime_based_cursor_model.parameters or {},
        )
        cursor_field = CursorField(interpolated_cursor_field.eval(config=config))

        datetime_format = datetime_based_cursor_model.datetime_format

        cursor_granularity = (
            parse_duration(datetime_based_cursor_model.cursor_granularity)
            if datetime_based_cursor_model.cursor_granularity
            else None
        )

        connector_state_converter: DateTimeStreamStateConverter
        connector_state_converter = CustomFormatConcurrentStreamStateConverter(
            datetime_format=datetime_format,
            input_datetime_formats=datetime_based_cursor_model.cursor_datetime_formats,
            is_sequential_state=True,  # ConcurrentPerPartitionCursor only works with sequential state
            cursor_granularity=cursor_granularity,
        )

        # Create the cursor factory
        cursor_factory = ConcurrentCursorFactory(
            partial(
                self.create_concurrent_cursor_from_datetime_based_cursor,
                state_manager=state_manager,
                model_type=model_type,
                component_definition=component_definition,
                stream_name=stream_name,
                stream_namespace=stream_namespace,
                config=config,
                message_repository=NoopMessageRepository(),
                stream_state_migrations=stream_state_migrations,
            )
        )
        stream_state = self.apply_stream_state_migrations(stream_state_migrations, stream_state)

        # Return the concurrent cursor and state converter
        return ConcurrentPerPartitionCursor(
            cursor_factory=cursor_factory,
            partition_router=partition_router,
            stream_name=stream_name,
            stream_namespace=stream_namespace,
            stream_state=stream_state,
            message_repository=self._message_repository,  # type: ignore
            connector_state_manager=state_manager,
            connector_state_converter=connector_state_converter,
            cursor_field=cursor_field,
        )

    @staticmethod
    def create_constant_backoff_strategy(
        model: ConstantBackoffStrategyModel, config: Config, **kwargs: Any
    ) -> ConstantBackoffStrategy:
        return ConstantBackoffStrategy(
            backoff_time_in_seconds=model.backoff_time_in_seconds,
            config=config,
            parameters=model.parameters or {},
        )

    def create_cursor_pagination(
        self, model: CursorPaginationModel, config: Config, decoder: Decoder, **kwargs: Any
    ) -> CursorPaginationStrategy:
        if isinstance(decoder, PaginationDecoderDecorator):
            inner_decoder = decoder.decoder
        else:
            inner_decoder = decoder
            decoder = PaginationDecoderDecorator(decoder=decoder)

        if self._is_supported_decoder_for_pagination(inner_decoder):
            decoder_to_use = decoder
        else:
            raise ValueError(
                self._UNSUPPORTED_DECODER_ERROR.format(decoder_type=type(inner_decoder))
            )

        return CursorPaginationStrategy(
            cursor_value=model.cursor_value,
            decoder=decoder_to_use,
            page_size=model.page_size,
            stop_condition=model.stop_condition,
            config=config,
            parameters=model.parameters or {},
        )

    def create_custom_component(self, model: Any, config: Config, **kwargs: Any) -> Any:
        """
        Generically creates a custom component based on the model type and a class_name reference to the custom Python class being
        instantiated. Only the model's additional properties that match the custom class definition are passed to the constructor
        :param model: The Pydantic model of the custom component being created
        :param config: The custom defined connector config
        :return: The declarative component built from the Pydantic model to be used at runtime
        """
        custom_component_class = self._get_class_from_fully_qualified_class_name(model.class_name)
        component_fields = get_type_hints(custom_component_class)
        model_args = model.dict()
        model_args["config"] = config

        # There are cases where a parent component will pass arguments to a child component via kwargs. When there are field collisions
        # we defer to these arguments over the component's definition
        for key, arg in kwargs.items():
            model_args[key] = arg

        # Pydantic is unable to parse a custom component's fields that are subcomponents into models because their fields and types are not
        # defined in the schema. The fields and types are defined within the Python class implementation. Pydantic can only parse down to
        # the custom component and this code performs a second parse to convert the sub-fields first into models, then declarative components
        for model_field, model_value in model_args.items():
            # If a custom component field doesn't have a type set, we try to use the type hints to infer the type
            if (
                isinstance(model_value, dict)
                and "type" not in model_value
                and model_field in component_fields
            ):
                derived_type = self._derive_component_type_from_type_hints(
                    component_fields.get(model_field)
                )
                if derived_type:
                    model_value["type"] = derived_type

            if self._is_component(model_value):
                model_args[model_field] = self._create_nested_component(
                    model, model_field, model_value, config
                )
            elif isinstance(model_value, list):
                vals = []
                for v in model_value:
                    if isinstance(v, dict) and "type" not in v and model_field in component_fields:
                        derived_type = self._derive_component_type_from_type_hints(
                            component_fields.get(model_field)
                        )
                        if derived_type:
                            v["type"] = derived_type
                    if self._is_component(v):
                        vals.append(self._create_nested_component(model, model_field, v, config))
                    else:
                        vals.append(v)
                model_args[model_field] = vals

        kwargs = {
            class_field: model_args[class_field]
            for class_field in component_fields.keys()
            if class_field in model_args
        }
        return custom_component_class(**kwargs)

    @staticmethod
    def _get_class_from_fully_qualified_class_name(
        full_qualified_class_name: str,
    ) -> Any:
        """Get a class from its fully qualified name.

        If a custom components module is needed, we assume it is already registered - probably
        as `source_declarative_manifest.components` or `components`.

        Args:
            full_qualified_class_name (str): The fully qualified name of the class (e.g., "module.ClassName").

        Returns:
            Any: The class object.

        Raises:
            ValueError: If the class cannot be loaded.
        """
        split = full_qualified_class_name.split(".")
        module_name_full = ".".join(split[:-1])
        class_name = split[-1]

        try:
            module_ref = importlib.import_module(module_name_full)
        except ModuleNotFoundError as e:
            if split[0] == "source_declarative_manifest":
                # During testing, the modules containing the custom components are not moved to source_declarative_manifest. In order to run the test, add the source folder to your PYTHONPATH or add it runtime using sys.path.append
                try:
                    import os

                    module_name_with_source_declarative_manifest = ".".join(split[1:-1])
                    module_ref = importlib.import_module(
                        module_name_with_source_declarative_manifest
                    )
                except ModuleNotFoundError:
                    raise ValueError(f"Could not load module `{module_name_full}`.") from e
            else:
                raise ValueError(f"Could not load module `{module_name_full}`.") from e

        try:
            return getattr(module_ref, class_name)
        except AttributeError as e:
            raise ValueError(
                f"Could not load class `{class_name}` from module `{module_name_full}`.",
            ) from e

    @staticmethod
    def _derive_component_type_from_type_hints(field_type: Any) -> Optional[str]:
        interface = field_type
        while True:
            origin = get_origin(interface)
            if origin:
                # Unnest types until we reach the raw type
                # List[T] -> T
                # Optional[List[T]] -> T
                args = get_args(interface)
                interface = args[0]
            else:
                break
        if isinstance(interface, type) and not ModelToComponentFactory.is_builtin_type(interface):
            return interface.__name__
        return None

    @staticmethod
    def is_builtin_type(cls: Optional[Type[Any]]) -> bool:
        if not cls:
            return False
        return cls.__module__ == "builtins"

    @staticmethod
    def _extract_missing_parameters(error: TypeError) -> List[str]:
        parameter_search = re.search(r"keyword-only.*:\s(.*)", str(error))
        if parameter_search:
            return re.findall(r"\'(.+?)\'", parameter_search.group(1))
        else:
            return []

    def _create_nested_component(
        self, model: Any, model_field: str, model_value: Any, config: Config
    ) -> Any:
        type_name = model_value.get("type", None)
        if not type_name:
            # If no type is specified, we can assume this is a dictionary object which can be returned instead of a subcomponent
            return model_value

        model_type = self.TYPE_NAME_TO_MODEL.get(type_name, None)
        if model_type:
            parsed_model = model_type.parse_obj(model_value)
            try:
                # To improve usability of the language, certain fields are shared between components. This can come in the form of
                # a parent component passing some of its fields to a child component or the parent extracting fields from other child
                # components and passing it to others. One example is the DefaultPaginator referencing the HttpRequester url_base
                # while constructing a SimpleRetriever. However, custom components don't support this behavior because they are created
                # generically in create_custom_component(). This block allows developers to specify extra arguments in $parameters that
                # are needed by a component and could not be shared.
                model_constructor = self.PYDANTIC_MODEL_TO_CONSTRUCTOR.get(parsed_model.__class__)
                constructor_kwargs = inspect.getfullargspec(model_constructor).kwonlyargs
                model_parameters = model_value.get("$parameters", {})
                matching_parameters = {
                    kwarg: model_parameters[kwarg]
                    for kwarg in constructor_kwargs
                    if kwarg in model_parameters
                }
                return self._create_component_from_model(
                    model=parsed_model, config=config, **matching_parameters
                )
            except TypeError as error:
                missing_parameters = self._extract_missing_parameters(error)
                if missing_parameters:
                    raise ValueError(
                        f"Error creating component '{type_name}' with parent custom component {model.class_name}: Please provide "
                        + ", ".join(
                            (
                                f"{type_name}.$parameters.{parameter}"
                                for parameter in missing_parameters
                            )
                        )
                    )
                raise TypeError(
                    f"Error creating component '{type_name}' with parent custom component {model.class_name}: {error}"
                )
        else:
            raise ValueError(
                f"Error creating custom component {model.class_name}. Subcomponent creation has not been implemented for '{type_name}'"
            )

    @staticmethod
    def _is_component(model_value: Any) -> bool:
        return isinstance(model_value, dict) and model_value.get("type") is not None

    def create_datetime_based_cursor(
        self, model: DatetimeBasedCursorModel, config: Config, **kwargs: Any
    ) -> DatetimeBasedCursor:
        start_datetime: Union[str, MinMaxDatetime] = (
            model.start_datetime
            if isinstance(model.start_datetime, str)
            else self.create_min_max_datetime(model.start_datetime, config)
        )
        end_datetime: Union[str, MinMaxDatetime, None] = None
        if model.is_data_feed and model.end_datetime:
            raise ValueError("Data feed does not support end_datetime")
        if model.is_data_feed and model.is_client_side_incremental:
            raise ValueError(
                "`Client side incremental` cannot be applied with `data feed`. Choose only 1 from them."
            )
        if model.end_datetime:
            end_datetime = (
                model.end_datetime
                if isinstance(model.end_datetime, str)
                else self.create_min_max_datetime(model.end_datetime, config)
            )

        end_time_option = (
            self._create_component_from_model(
                model.end_time_option, config, parameters=model.parameters or {}
            )
            if model.end_time_option
            else None
        )
        start_time_option = (
            self._create_component_from_model(
                model.start_time_option, config, parameters=model.parameters or {}
            )
            if model.start_time_option
            else None
        )

        return DatetimeBasedCursor(
            cursor_field=model.cursor_field,
            cursor_datetime_formats=model.cursor_datetime_formats
            if model.cursor_datetime_formats
            else [],
            cursor_granularity=model.cursor_granularity,
            datetime_format=model.datetime_format,
            end_datetime=end_datetime,
            start_datetime=start_datetime,
            step=model.step,
            end_time_option=end_time_option,
            lookback_window=model.lookback_window,
            start_time_option=start_time_option,
            partition_field_end=model.partition_field_end,
            partition_field_start=model.partition_field_start,
            message_repository=self._message_repository,
            is_compare_strictly=model.is_compare_strictly,
            config=config,
            parameters=model.parameters or {},
        )

    def create_declarative_stream(
        self, model: DeclarativeStreamModel, config: Config, **kwargs: Any
    ) -> DeclarativeStream:
        # When constructing a declarative stream, we assemble the incremental_sync component and retriever's partition_router field
        # components if they exist into a single CartesianProductStreamSlicer. This is then passed back as an argument when constructing the
        # Retriever. This is done in the declarative stream not the retriever to support custom retrievers. The custom create methods in
        # the factory only support passing arguments to the component constructors, whereas this performs a merge of all slicers into one.
        combined_slicers = self._merge_stream_slicers(model=model, config=config)

        primary_key = model.primary_key.__root__ if model.primary_key else None
        stop_condition_on_cursor = (
            model.incremental_sync
            and hasattr(model.incremental_sync, "is_data_feed")
            and model.incremental_sync.is_data_feed
        )
        client_side_incremental_sync = None
        if (
            model.incremental_sync
            and hasattr(model.incremental_sync, "is_client_side_incremental")
            and model.incremental_sync.is_client_side_incremental
        ):
            supported_slicers = (
                DatetimeBasedCursor,
                GlobalSubstreamCursor,
                PerPartitionWithGlobalCursor,
            )
            if combined_slicers and not isinstance(combined_slicers, supported_slicers):
                raise ValueError(
                    "Unsupported Slicer is used. PerPartitionWithGlobalCursor should be used here instead"
                )
            cursor = (
                combined_slicers
                if isinstance(
                    combined_slicers, (PerPartitionWithGlobalCursor, GlobalSubstreamCursor)
                )
                else self._create_component_from_model(model=model.incremental_sync, config=config)
            )

            client_side_incremental_sync = {"cursor": cursor}

        if model.incremental_sync and isinstance(model.incremental_sync, DatetimeBasedCursorModel):
            cursor_model = model.incremental_sync

            end_time_option = (
                self._create_component_from_model(
                    cursor_model.end_time_option, config, parameters=cursor_model.parameters or {}
                )
                if cursor_model.end_time_option
                else None
            )
            start_time_option = (
                self._create_component_from_model(
                    cursor_model.start_time_option, config, parameters=cursor_model.parameters or {}
                )
                if cursor_model.start_time_option
                else None
            )

            request_options_provider = DatetimeBasedRequestOptionsProvider(
                start_time_option=start_time_option,
                end_time_option=end_time_option,
                partition_field_start=cursor_model.partition_field_end,
                partition_field_end=cursor_model.partition_field_end,
                config=config,
                parameters=model.parameters or {},
            )
        elif model.incremental_sync and isinstance(
            model.incremental_sync, IncrementingCountCursorModel
        ):
            cursor_model: IncrementingCountCursorModel = model.incremental_sync  # type: ignore

            start_time_option = (
                self._create_component_from_model(
                    cursor_model.start_value_option,  # type: ignore # mypy still thinks cursor_model of type DatetimeBasedCursor
                    config,
                    parameters=cursor_model.parameters or {},
                )
                if cursor_model.start_value_option  # type: ignore # mypy still thinks cursor_model of type DatetimeBasedCursor
                else None
            )

            # The concurrent engine defaults the start/end fields on the slice to "start" and "end", but
            # the default DatetimeBasedRequestOptionsProvider() sets them to start_time/end_time
            partition_field_start = "start"

            request_options_provider = DatetimeBasedRequestOptionsProvider(
                start_time_option=start_time_option,
                partition_field_start=partition_field_start,
                config=config,
                parameters=model.parameters or {},
            )
        else:
            request_options_provider = None

        transformations = []
        if model.transformations:
            for transformation_model in model.transformations:
                transformations.append(
                    self._create_component_from_model(model=transformation_model, config=config)
                )

        retriever = self._create_component_from_model(
            model=model.retriever,
            config=config,
            name=model.name,
            primary_key=primary_key,
            stream_slicer=combined_slicers,
            request_options_provider=request_options_provider,
            stop_condition_on_cursor=stop_condition_on_cursor,
            client_side_incremental_sync=client_side_incremental_sync,
            transformations=transformations,
            incremental_sync=model.incremental_sync,
        )
        cursor_field = model.incremental_sync.cursor_field if model.incremental_sync else None

        if model.state_migrations:
            state_transformations = [
                self._create_component_from_model(state_migration, config, declarative_stream=model)
                for state_migration in model.state_migrations
            ]
        else:
            state_transformations = []

        if model.schema_loader:
            schema_loader = self._create_component_from_model(
                model=model.schema_loader, config=config
            )
        else:
            options = model.parameters or {}
            if "name" not in options:
                options["name"] = model.name
            schema_loader = DefaultSchemaLoader(config=config, parameters=options)

        return DeclarativeStream(
            name=model.name or "",
            primary_key=primary_key,
            retriever=retriever,
            schema_loader=schema_loader,
            stream_cursor_field=cursor_field or "",
            state_migrations=state_transformations,
            config=config,
            parameters=model.parameters or {},
        )

    def _build_stream_slicer_from_partition_router(
        self,
        model: Union[
            AsyncRetrieverModel,
            CustomRetrieverModel,
            SimpleRetrieverModel,
        ],
        config: Config,
        stream_name: Optional[str] = None,
    ) -> Optional[PartitionRouter]:
        if (
            hasattr(model, "partition_router")
            and isinstance(model, SimpleRetrieverModel | AsyncRetrieverModel)
            and model.partition_router
        ):
            stream_slicer_model = model.partition_router
            if isinstance(stream_slicer_model, list):
                return CartesianProductStreamSlicer(
                    [
                        self._create_component_from_model(
                            model=slicer, config=config, stream_name=stream_name or ""
                        )
                        for slicer in stream_slicer_model
                    ],
                    parameters={},
                )
            else:
                return self._create_component_from_model(  # type: ignore[no-any-return] # Will be created PartitionRouter as stream_slicer_model is model.partition_router
                    model=stream_slicer_model, config=config, stream_name=stream_name or ""
                )
        return None

    def _build_incremental_cursor(
        self,
        model: DeclarativeStreamModel,
        stream_slicer: Optional[PartitionRouter],
        config: Config,
    ) -> Optional[StreamSlicer]:
        if model.incremental_sync and stream_slicer:
            if model.retriever.type == "AsyncRetriever":
                return self.create_concurrent_cursor_from_perpartition_cursor(  # type: ignore # This is a known issue that we are creating and returning a ConcurrentCursor which does not technically implement the (low-code) StreamSlicer. However, (low-code) StreamSlicer and ConcurrentCursor both implement StreamSlicer.stream_slices() which is the primary method needed for checkpointing
                    state_manager=self._connector_state_manager,
                    model_type=DatetimeBasedCursorModel,
                    component_definition=model.incremental_sync.__dict__,
                    stream_name=model.name or "",
                    stream_namespace=None,
                    config=config or {},
                    stream_state={},
                    partition_router=stream_slicer,
                )

            incremental_sync_model = model.incremental_sync
            cursor_component = self._create_component_from_model(
                model=incremental_sync_model, config=config
            )
            is_global_cursor = (
                hasattr(incremental_sync_model, "global_substream_cursor")
                and incremental_sync_model.global_substream_cursor
            )

            if is_global_cursor:
                return GlobalSubstreamCursor(
                    stream_cursor=cursor_component, partition_router=stream_slicer
                )
            return PerPartitionWithGlobalCursor(
                cursor_factory=CursorFactory(
                    lambda: self._create_component_from_model(
                        model=incremental_sync_model, config=config
                    ),
                ),
                partition_router=stream_slicer,
                stream_cursor=cursor_component,
            )
        elif model.incremental_sync:
            if model.retriever.type == "AsyncRetriever":
                return self.create_concurrent_cursor_from_datetime_based_cursor(  # type: ignore # This is a known issue that we are creating and returning a ConcurrentCursor which does not technically implement the (low-code) StreamSlicer. However, (low-code) StreamSlicer and ConcurrentCursor both implement StreamSlicer.stream_slices() which is the primary method needed for checkpointing
                    model_type=DatetimeBasedCursorModel,
                    component_definition=model.incremental_sync.__dict__,
                    stream_name=model.name or "",
                    stream_namespace=None,
                    config=config or {},
                    stream_state_migrations=model.state_migrations,
                )
            return self._create_component_from_model(model=model.incremental_sync, config=config)  # type: ignore[no-any-return]  # Will be created Cursor as stream_slicer_model is model.incremental_sync
        return None

    def _build_resumable_cursor(
        self,
        model: Union[
            AsyncRetrieverModel,
            CustomRetrieverModel,
            SimpleRetrieverModel,
        ],
        stream_slicer: Optional[PartitionRouter],
    ) -> Optional[StreamSlicer]:
        if hasattr(model, "paginator") and model.paginator and not stream_slicer:
            # For the regular Full-Refresh streams, we use the high level `ResumableFullRefreshCursor`
            return ResumableFullRefreshCursor(parameters={})
        elif stream_slicer:
            # For the Full-Refresh sub-streams, we use the nested `ChildPartitionResumableFullRefreshCursor`
            return PerPartitionCursor(
                cursor_factory=CursorFactory(
                    create_function=partial(ChildPartitionResumableFullRefreshCursor, {})
                ),
                partition_router=stream_slicer,
            )
        return None

    def _merge_stream_slicers(
        self, model: DeclarativeStreamModel, config: Config
    ) -> Optional[StreamSlicer]:
        retriever_model = model.retriever

        if retriever_model.type == "AsyncRetriever":
            is_not_datetime_cursor = (
                model.incremental_sync.type != "DatetimeBasedCursor"
                if model.incremental_sync
                else None
            )
            is_partition_router = (
                bool(retriever_model.partition_router) if model.incremental_sync else None
            )

            if is_not_datetime_cursor:
                # We are currently in a transition to the Concurrent CDK and AsyncRetriever can only work with the
                # support or unordered slices (for example, when we trigger reports for January and February, the report
                # in February can be completed first). Once we have support for custom concurrent cursor or have a new
                # implementation available in the CDK, we can enable more cursors here.
                raise ValueError(
                    "AsyncRetriever with cursor other than DatetimeBasedCursor is not supported yet."
                )

            if is_partition_router:
                # Note that this development is also done in parallel to the per partition development which once merged
                # we could support here by calling create_concurrent_cursor_from_perpartition_cursor
                raise ValueError("Per partition state is not supported yet for AsyncRetriever.")

        stream_slicer = self._build_stream_slicer_from_partition_router(retriever_model, config)

        if model.incremental_sync:
            return self._build_incremental_cursor(model, stream_slicer, config)

        return (
            stream_slicer
            if self._disable_resumable_full_refresh
            else self._build_resumable_cursor(retriever_model, stream_slicer)
        )

    def create_default_error_handler(
        self, model: DefaultErrorHandlerModel, config: Config, **kwargs: Any
    ) -> DefaultErrorHandler:
        backoff_strategies = []
        if model.backoff_strategies:
            for backoff_strategy_model in model.backoff_strategies:
                backoff_strategies.append(
                    self._create_component_from_model(model=backoff_strategy_model, config=config)
                )

        response_filters = []
        if model.response_filters:
            for response_filter_model in model.response_filters:
                response_filters.append(
                    self._create_component_from_model(model=response_filter_model, config=config)
                )
        response_filters.append(
            HttpResponseFilter(config=config, parameters=model.parameters or {})
        )

        return DefaultErrorHandler(
            backoff_strategies=backoff_strategies,
            max_retries=model.max_retries,
            response_filters=response_filters,
            config=config,
            parameters=model.parameters or {},
        )

    def create_default_paginator(
        self,
        model: DefaultPaginatorModel,
        config: Config,
        *,
        url_base: str,
        decoder: Optional[Decoder] = None,
        cursor_used_for_stop_condition: Optional[DeclarativeCursor] = None,
    ) -> Union[DefaultPaginator, PaginatorTestReadDecorator]:
        if decoder:
            if self._is_supported_decoder_for_pagination(decoder):
                decoder_to_use = PaginationDecoderDecorator(decoder=decoder)
            else:
                raise ValueError(self._UNSUPPORTED_DECODER_ERROR.format(decoder_type=type(decoder)))
        else:
            decoder_to_use = PaginationDecoderDecorator(decoder=JsonDecoder(parameters={}))
        page_size_option = (
            self._create_component_from_model(model=model.page_size_option, config=config)
            if model.page_size_option
            else None
        )
        page_token_option = (
            self._create_component_from_model(model=model.page_token_option, config=config)
            if model.page_token_option
            else None
        )
        pagination_strategy = self._create_component_from_model(
            model=model.pagination_strategy, config=config, decoder=decoder_to_use
        )
        if cursor_used_for_stop_condition:
            pagination_strategy = StopConditionPaginationStrategyDecorator(
                pagination_strategy, CursorStopCondition(cursor_used_for_stop_condition)
            )
        paginator = DefaultPaginator(
            decoder=decoder_to_use,
            page_size_option=page_size_option,
            page_token_option=page_token_option,
            pagination_strategy=pagination_strategy,
            url_base=url_base,
            config=config,
            parameters=model.parameters or {},
        )
        if self._limit_pages_fetched_per_slice:
            return PaginatorTestReadDecorator(paginator, self._limit_pages_fetched_per_slice)
        return paginator

    def create_dpath_extractor(
        self,
        model: DpathExtractorModel,
        config: Config,
        decoder: Optional[Decoder] = None,
        **kwargs: Any,
    ) -> DpathExtractor:
        if decoder:
            decoder_to_use = decoder
        else:
            decoder_to_use = JsonDecoder(parameters={})
        model_field_path: List[Union[InterpolatedString, str]] = [x for x in model.field_path]
        return DpathExtractor(
            decoder=decoder_to_use,
            field_path=model_field_path,
            config=config,
            parameters=model.parameters or {},
        )

    def create_response_to_file_extractor(
        self,
        model: ResponseToFileExtractorModel,
        **kwargs: Any,
    ) -> ResponseToFileExtractor:
        return ResponseToFileExtractor(parameters=model.parameters or {})

    @staticmethod
    def create_exponential_backoff_strategy(
        model: ExponentialBackoffStrategyModel, config: Config
    ) -> ExponentialBackoffStrategy:
        return ExponentialBackoffStrategy(
            factor=model.factor or 5, parameters=model.parameters or {}, config=config
        )

    def create_http_requester(
        self,
        model: HttpRequesterModel,
        config: Config,
        decoder: Decoder = JsonDecoder(parameters={}),
        *,
        name: str,
    ) -> HttpRequester:
        authenticator = (
            self._create_component_from_model(
                model=model.authenticator,
                config=config,
                url_base=model.url_base,
                name=name,
                decoder=decoder,
            )
            if model.authenticator
            else None
        )
        error_handler = (
            self._create_component_from_model(model=model.error_handler, config=config)
            if model.error_handler
            else DefaultErrorHandler(
                backoff_strategies=[],
                response_filters=[],
                config=config,
                parameters=model.parameters or {},
            )
        )

        api_budget = self._api_budget

        request_options_provider = InterpolatedRequestOptionsProvider(
            request_body_data=model.request_body_data,
            request_body_json=model.request_body_json,
            request_headers=model.request_headers,
            request_parameters=model.request_parameters,
            config=config,
            parameters=model.parameters or {},
        )

        assert model.use_cache is not None  # for mypy
        assert model.http_method is not None  # for mypy

        use_cache = model.use_cache and not self._disable_cache

        return HttpRequester(
            name=name,
            url_base=model.url_base,
            path=model.path,
            authenticator=authenticator,
            error_handler=error_handler,
            api_budget=api_budget,
            http_method=HttpMethod[model.http_method.value],
            request_options_provider=request_options_provider,
            config=config,
            disable_retries=self._disable_retries,
            parameters=model.parameters or {},
            message_repository=self._message_repository,
            use_cache=use_cache,
            decoder=decoder,
            stream_response=decoder.is_stream_response() if decoder else False,
        )

    @staticmethod
    def create_http_response_filter(
        model: HttpResponseFilterModel, config: Config, **kwargs: Any
    ) -> HttpResponseFilter:
        if model.action:
            action = ResponseAction(model.action.value)
        else:
            action = None

        failure_type = FailureType(model.failure_type.value) if model.failure_type else None

        http_codes = (
            set(model.http_codes) if model.http_codes else set()
        )  # JSON schema notation has no set data type. The schema enforces an array of unique elements

        return HttpResponseFilter(
            action=action,
            failure_type=failure_type,
            error_message=model.error_message or "",
            error_message_contains=model.error_message_contains or "",
            http_codes=http_codes,
            predicate=model.predicate or "",
            config=config,
            parameters=model.parameters or {},
        )

    @staticmethod
    def create_inline_schema_loader(
        model: InlineSchemaLoaderModel, config: Config, **kwargs: Any
    ) -> InlineSchemaLoader:
        return InlineSchemaLoader(schema=model.schema_ or {}, parameters={})

    def create_complex_field_type(
        self, model: ComplexFieldTypeModel, config: Config, **kwargs: Any
    ) -> ComplexFieldType:
        items = (
            self._create_component_from_model(model=model.items, config=config)
            if isinstance(model.items, ComplexFieldTypeModel)
            else model.items
        )

        return ComplexFieldType(field_type=model.field_type, items=items)

    def create_types_map(self, model: TypesMapModel, config: Config, **kwargs: Any) -> TypesMap:
        target_type = (
            self._create_component_from_model(model=model.target_type, config=config)
            if isinstance(model.target_type, ComplexFieldTypeModel)
            else model.target_type
        )

        return TypesMap(
            target_type=target_type,
            current_type=model.current_type,
            condition=model.condition if model.condition is not None else "True",
        )

    def create_schema_type_identifier(
        self, model: SchemaTypeIdentifierModel, config: Config, **kwargs: Any
    ) -> SchemaTypeIdentifier:
        types_mapping = []
        if model.types_mapping:
            types_mapping.extend(
                [
                    self._create_component_from_model(types_map, config=config)
                    for types_map in model.types_mapping
                ]
            )
        model_schema_pointer: List[Union[InterpolatedString, str]] = (
            [x for x in model.schema_pointer] if model.schema_pointer else []
        )
        model_key_pointer: List[Union[InterpolatedString, str]] = [x for x in model.key_pointer]
        model_type_pointer: Optional[List[Union[InterpolatedString, str]]] = (
            [x for x in model.type_pointer] if model.type_pointer else None
        )

        return SchemaTypeIdentifier(
            schema_pointer=model_schema_pointer,
            key_pointer=model_key_pointer,
            type_pointer=model_type_pointer,
            types_mapping=types_mapping,
            parameters=model.parameters or {},
        )

    def create_dynamic_schema_loader(
        self, model: DynamicSchemaLoaderModel, config: Config, **kwargs: Any
    ) -> DynamicSchemaLoader:
        stream_slicer = self._build_stream_slicer_from_partition_router(model.retriever, config)
        combined_slicers = self._build_resumable_cursor(model.retriever, stream_slicer)

        schema_transformations = []
        if model.schema_transformations:
            for transformation_model in model.schema_transformations:
                schema_transformations.append(
                    self._create_component_from_model(model=transformation_model, config=config)
                )

        retriever = self._create_component_from_model(
            model=model.retriever,
            config=config,
            name="",
            primary_key=None,
            stream_slicer=combined_slicers,
            transformations=[],
        )
        schema_type_identifier = self._create_component_from_model(
            model.schema_type_identifier, config=config, parameters=model.parameters or {}
        )
        return DynamicSchemaLoader(
            retriever=retriever,
            config=config,
            schema_transformations=schema_transformations,
            schema_type_identifier=schema_type_identifier,
            parameters=model.parameters or {},
        )

    @staticmethod
    def create_json_decoder(model: JsonDecoderModel, config: Config, **kwargs: Any) -> Decoder:
        return JsonDecoder(parameters={})

    def create_csv_decoder(self, model: CsvDecoderModel, config: Config, **kwargs: Any) -> Decoder:
        return CompositeRawDecoder(
            parser=ModelToComponentFactory._get_parser(model, config),
            stream_response=False if self._emit_connector_builder_messages else True,
        )

    def create_jsonl_decoder(
        self, model: JsonlDecoderModel, config: Config, **kwargs: Any
    ) -> Decoder:
        return CompositeRawDecoder(
            parser=ModelToComponentFactory._get_parser(model, config),
            stream_response=False if self._emit_connector_builder_messages else True,
        )

    def create_gzip_decoder(
        self, model: GzipDecoderModel, config: Config, **kwargs: Any
    ) -> Decoder:
        _compressed_response_types = {
            "gzip",
            "x-gzip",
            "gzip, deflate",
            "x-gzip, deflate",
            "application/zip",
            "application/gzip",
            "application/x-gzip",
            "application/x-zip-compressed",
        }

        gzip_parser: GzipParser = ModelToComponentFactory._get_parser(model, config)  # type: ignore  # based on the model, we know this will be a GzipParser

        if self._emit_connector_builder_messages:
            # This is very surprising but if the response is not streamed,
            # CompositeRawDecoder calls response.content and the requests library actually uncompress the data as opposed to response.raw,
            # which uses urllib3 directly and does not uncompress the data.
            return CompositeRawDecoder(gzip_parser.inner_parser, False)

        return CompositeRawDecoder.by_headers(
            [({"Content-Encoding", "Content-Type"}, _compressed_response_types, gzip_parser)],
            stream_response=True,
            fallback_parser=gzip_parser.inner_parser,
        )

    @staticmethod
    def create_incrementing_count_cursor(
        model: IncrementingCountCursorModel, config: Config, **kwargs: Any
    ) -> DatetimeBasedCursor:
        # This should not actually get used anywhere at runtime, but needed to add this to pass checks since
        # we still parse models into components. The issue is that there's no runtime implementation of a
        # IncrementingCountCursor.
        # A known and expected issue with this stub is running a check with the declared IncrementingCountCursor because it is run without ConcurrentCursor.
        return DatetimeBasedCursor(
            cursor_field=model.cursor_field,
            datetime_format="%Y-%m-%d",
            start_datetime="2024-12-12",
            config=config,
            parameters={},
        )

    @staticmethod
    def create_iterable_decoder(
        model: IterableDecoderModel, config: Config, **kwargs: Any
    ) -> IterableDecoder:
        return IterableDecoder(parameters={})

    @staticmethod
    def create_xml_decoder(model: XmlDecoderModel, config: Config, **kwargs: Any) -> XmlDecoder:
        return XmlDecoder(parameters={})

    def create_zipfile_decoder(
        self, model: ZipfileDecoderModel, config: Config, **kwargs: Any
    ) -> ZipfileDecoder:
        return ZipfileDecoder(parser=ModelToComponentFactory._get_parser(model.decoder, config))

    @staticmethod
    def _get_parser(model: BaseModel, config: Config) -> Parser:
        if isinstance(model, JsonDecoderModel):
            # Note that the logic is a bit different from the JsonDecoder as there is some legacy that is maintained to return {} on error cases
            return JsonParser()
        elif isinstance(model, JsonlDecoderModel):
            return JsonLineParser()
        elif isinstance(model, CsvDecoderModel):
            return CsvParser(encoding=model.encoding, delimiter=model.delimiter)
        elif isinstance(model, GzipDecoderModel):
            return GzipParser(
                inner_parser=ModelToComponentFactory._get_parser(model.decoder, config)
            )
        elif isinstance(
            model, (CustomDecoderModel, IterableDecoderModel, XmlDecoderModel, ZipfileDecoderModel)
        ):
            raise ValueError(f"Decoder type {model} does not have parser associated to it")

        raise ValueError(f"Unknown decoder type {model}")

    @staticmethod
    def create_json_file_schema_loader(
        model: JsonFileSchemaLoaderModel, config: Config, **kwargs: Any
    ) -> JsonFileSchemaLoader:
        return JsonFileSchemaLoader(
            file_path=model.file_path or "", config=config, parameters=model.parameters or {}
        )

    @staticmethod
    def create_jwt_authenticator(
        model: JwtAuthenticatorModel, config: Config, **kwargs: Any
    ) -> JwtAuthenticator:
        jwt_headers = model.jwt_headers or JwtHeadersModel(kid=None, typ="JWT", cty=None)
        jwt_payload = model.jwt_payload or JwtPayloadModel(iss=None, sub=None, aud=None)
        return JwtAuthenticator(
            config=config,
            parameters=model.parameters or {},
            algorithm=JwtAlgorithm(model.algorithm.value),
            secret_key=model.secret_key,
            base64_encode_secret_key=model.base64_encode_secret_key,
            token_duration=model.token_duration,
            header_prefix=model.header_prefix,
            kid=jwt_headers.kid,
            typ=jwt_headers.typ,
            cty=jwt_headers.cty,
            iss=jwt_payload.iss,
            sub=jwt_payload.sub,
            aud=jwt_payload.aud,
            additional_jwt_headers=model.additional_jwt_headers,
            additional_jwt_payload=model.additional_jwt_payload,
        )

    def create_list_partition_router(
        self, model: ListPartitionRouterModel, config: Config, **kwargs: Any
    ) -> ListPartitionRouter:
        request_option = (
            self._create_component_from_model(model.request_option, config)
            if model.request_option
            else None
        )
        return ListPartitionRouter(
            cursor_field=model.cursor_field,
            request_option=request_option,
            values=model.values,
            config=config,
            parameters=model.parameters or {},
        )

    @staticmethod
    def create_min_max_datetime(
        model: MinMaxDatetimeModel, config: Config, **kwargs: Any
    ) -> MinMaxDatetime:
        return MinMaxDatetime(
            datetime=model.datetime,
            datetime_format=model.datetime_format or "",
            max_datetime=model.max_datetime or "",
            min_datetime=model.min_datetime or "",
            parameters=model.parameters or {},
        )

    @staticmethod
    def create_no_auth(model: NoAuthModel, config: Config, **kwargs: Any) -> NoAuth:
        return NoAuth(parameters=model.parameters or {})

    @staticmethod
    def create_no_pagination(
        model: NoPaginationModel, config: Config, **kwargs: Any
    ) -> NoPagination:
        return NoPagination(parameters={})

    def create_oauth_authenticator(
        self, model: OAuthAuthenticatorModel, config: Config, **kwargs: Any
    ) -> DeclarativeOauth2Authenticator:
        profile_assertion = (
            self._create_component_from_model(model.profile_assertion, config=config)
            if model.profile_assertion
            else None
        )

        if model.refresh_token_updater:
            # ignore type error because fixing it would have a lot of dependencies, revisit later
            return DeclarativeSingleUseRefreshTokenOauth2Authenticator(  # type: ignore
                config,
                InterpolatedString.create(
                    model.token_refresh_endpoint,  # type: ignore
                    parameters=model.parameters or {},
                ).eval(config),
                access_token_name=InterpolatedString.create(
                    model.access_token_name or "access_token", parameters=model.parameters or {}
                ).eval(config),
                refresh_token_name=model.refresh_token_updater.refresh_token_name,
                expires_in_name=InterpolatedString.create(
                    model.expires_in_name or "expires_in", parameters=model.parameters or {}
                ).eval(config),
                client_id_name=InterpolatedString.create(
                    model.client_id_name or "client_id", parameters=model.parameters or {}
                ).eval(config),
                client_id=InterpolatedString.create(
                    model.client_id, parameters=model.parameters or {}
                ).eval(config)
                if model.client_id
                else model.client_id,
                client_secret_name=InterpolatedString.create(
                    model.client_secret_name or "client_secret", parameters=model.parameters or {}
                ).eval(config),
                client_secret=InterpolatedString.create(
                    model.client_secret, parameters=model.parameters or {}
                ).eval(config)
                if model.client_secret
                else model.client_secret,
                access_token_config_path=model.refresh_token_updater.access_token_config_path,
                refresh_token_config_path=model.refresh_token_updater.refresh_token_config_path,
                token_expiry_date_config_path=model.refresh_token_updater.token_expiry_date_config_path,
                grant_type_name=InterpolatedString.create(
                    model.grant_type_name or "grant_type", parameters=model.parameters or {}
                ).eval(config),
                grant_type=InterpolatedString.create(
                    model.grant_type or "refresh_token", parameters=model.parameters or {}
                ).eval(config),
                refresh_request_body=InterpolatedMapping(
                    model.refresh_request_body or {}, parameters=model.parameters or {}
                ).eval(config),
                refresh_request_headers=InterpolatedMapping(
                    model.refresh_request_headers or {}, parameters=model.parameters or {}
                ).eval(config),
                scopes=model.scopes,
                token_expiry_date_format=model.token_expiry_date_format,
                message_repository=self._message_repository,
                refresh_token_error_status_codes=model.refresh_token_updater.refresh_token_error_status_codes,
                refresh_token_error_key=model.refresh_token_updater.refresh_token_error_key,
                refresh_token_error_values=model.refresh_token_updater.refresh_token_error_values,
            )
        # ignore type error because fixing it would have a lot of dependencies, revisit later
        return DeclarativeOauth2Authenticator(  # type: ignore
            access_token_name=model.access_token_name or "access_token",
            access_token_value=model.access_token_value,
            client_id_name=model.client_id_name or "client_id",
            client_id=model.client_id,
            client_secret_name=model.client_secret_name or "client_secret",
            client_secret=model.client_secret,
            expires_in_name=model.expires_in_name or "expires_in",
            grant_type_name=model.grant_type_name or "grant_type",
            grant_type=model.grant_type or "refresh_token",
            refresh_request_body=model.refresh_request_body,
            refresh_request_headers=model.refresh_request_headers,
            refresh_token_name=model.refresh_token_name or "refresh_token",
            refresh_token=model.refresh_token,
            scopes=model.scopes,
            token_expiry_date=model.token_expiry_date,
            token_expiry_date_format=model.token_expiry_date_format,
            token_expiry_is_time_of_expiration=bool(model.token_expiry_date_format),
            token_refresh_endpoint=model.token_refresh_endpoint,
            config=config,
            parameters=model.parameters or {},
            message_repository=self._message_repository,
            profile_assertion=profile_assertion,
            use_profile_assertion=model.use_profile_assertion,
        )

    def create_offset_increment(
        self, model: OffsetIncrementModel, config: Config, decoder: Decoder, **kwargs: Any
    ) -> OffsetIncrement:
        if isinstance(decoder, PaginationDecoderDecorator):
            inner_decoder = decoder.decoder
        else:
            inner_decoder = decoder
            decoder = PaginationDecoderDecorator(decoder=decoder)

        if self._is_supported_decoder_for_pagination(inner_decoder):
            decoder_to_use = decoder
        else:
            raise ValueError(
                self._UNSUPPORTED_DECODER_ERROR.format(decoder_type=type(inner_decoder))
            )

        return OffsetIncrement(
            page_size=model.page_size,
            config=config,
            decoder=decoder_to_use,
            inject_on_first_request=model.inject_on_first_request or False,
            parameters=model.parameters or {},
        )

    @staticmethod
    def create_page_increment(
        model: PageIncrementModel, config: Config, **kwargs: Any
    ) -> PageIncrement:
        return PageIncrement(
            page_size=model.page_size,
            config=config,
            start_from_page=model.start_from_page or 0,
            inject_on_first_request=model.inject_on_first_request or False,
            parameters=model.parameters or {},
        )

    def create_parent_stream_config(
        self, model: ParentStreamConfigModel, config: Config, **kwargs: Any
    ) -> ParentStreamConfig:
        declarative_stream = self._create_component_from_model(
            model.stream, config=config, **kwargs
        )
        request_option = (
            self._create_component_from_model(model.request_option, config=config)
            if model.request_option
            else None
        )
        return ParentStreamConfig(
            parent_key=model.parent_key,
            request_option=request_option,
            stream=declarative_stream,
            partition_field=model.partition_field,
            config=config,
            incremental_dependency=model.incremental_dependency or False,
            parameters=model.parameters or {},
            extra_fields=model.extra_fields,
        )

    @staticmethod
    def create_record_filter(
        model: RecordFilterModel, config: Config, **kwargs: Any
    ) -> RecordFilter:
        return RecordFilter(
            condition=model.condition or "", config=config, parameters=model.parameters or {}
        )

    @staticmethod
    def create_request_path(model: RequestPathModel, config: Config, **kwargs: Any) -> RequestPath:
        return RequestPath(parameters={})

    @staticmethod
    def create_request_option(
        model: RequestOptionModel, config: Config, **kwargs: Any
    ) -> RequestOption:
        inject_into = RequestOptionType(model.inject_into.value)
        field_path: Optional[List[Union[InterpolatedString, str]]] = (
            [
                InterpolatedString.create(segment, parameters=kwargs.get("parameters", {}))
                for segment in model.field_path
            ]
            if model.field_path
            else None
        )
        field_name = (
            InterpolatedString.create(model.field_name, parameters=kwargs.get("parameters", {}))
            if model.field_name
            else None
        )
        return RequestOption(
            field_name=field_name,
            field_path=field_path,
            inject_into=inject_into,
            parameters=kwargs.get("parameters", {}),
        )

    def create_record_selector(
        self,
        model: RecordSelectorModel,
        config: Config,
        *,
        name: str,
        transformations: List[RecordTransformation] | None = None,
        decoder: Decoder | None = None,
        client_side_incremental_sync: Dict[str, Any] | None = None,
        **kwargs: Any,
    ) -> RecordSelector:
        extractor = self._create_component_from_model(
            model=model.extractor, decoder=decoder, config=config
        )
        record_filter = (
            self._create_component_from_model(model.record_filter, config=config)
            if model.record_filter
            else None
        )

        transform_before_filtering = False
        if client_side_incremental_sync:
            record_filter = ClientSideIncrementalRecordFilterDecorator(
                config=config,
                parameters=model.parameters,
                condition=model.record_filter.condition
                if (model.record_filter and hasattr(model.record_filter, "condition"))
                else None,
                **client_side_incremental_sync,
            )
            transform_before_filtering = True

        schema_normalization = (
            TypeTransformer(SCHEMA_TRANSFORMER_TYPE_MAPPING[model.schema_normalization])
            if isinstance(model.schema_normalization, SchemaNormalizationModel)
            else self._create_component_from_model(model.schema_normalization, config=config)  # type: ignore[arg-type] # custom normalization model expected here
        )

        return RecordSelector(
            extractor=extractor,
            name=name,
            config=config,
            record_filter=record_filter,
            transformations=transformations or [],
            schema_normalization=schema_normalization,
            parameters=model.parameters or {},
            transform_before_filtering=transform_before_filtering,
        )

    @staticmethod
    def create_remove_fields(
        model: RemoveFieldsModel, config: Config, **kwargs: Any
    ) -> RemoveFields:
        return RemoveFields(
            field_pointers=model.field_pointers, condition=model.condition or "", parameters={}
        )

    def create_selective_authenticator(
        self, model: SelectiveAuthenticatorModel, config: Config, **kwargs: Any
    ) -> DeclarativeAuthenticator:
        authenticators = {
            name: self._create_component_from_model(model=auth, config=config)
            for name, auth in model.authenticators.items()
        }
        # SelectiveAuthenticator will return instance of DeclarativeAuthenticator or raise ValueError error
        return SelectiveAuthenticator(  # type: ignore[abstract]
            config=config,
            authenticators=authenticators,
            authenticator_selection_path=model.authenticator_selection_path,
            **kwargs,
        )

    @staticmethod
    def create_legacy_session_token_authenticator(
        model: LegacySessionTokenAuthenticatorModel, config: Config, *, url_base: str, **kwargs: Any
    ) -> LegacySessionTokenAuthenticator:
        return LegacySessionTokenAuthenticator(
            api_url=url_base,
            header=model.header,
            login_url=model.login_url,
            password=model.password or "",
            session_token=model.session_token or "",
            session_token_response_key=model.session_token_response_key or "",
            username=model.username or "",
            validate_session_url=model.validate_session_url,
            config=config,
            parameters=model.parameters or {},
        )

    def create_simple_retriever(
        self,
        model: SimpleRetrieverModel,
        config: Config,
        *,
        name: str,
        primary_key: Optional[Union[str, List[str], List[List[str]]]],
        stream_slicer: Optional[StreamSlicer],
        request_options_provider: Optional[RequestOptionsProvider] = None,
        stop_condition_on_cursor: bool = False,
        client_side_incremental_sync: Optional[Dict[str, Any]] = None,
        transformations: List[RecordTransformation],
        incremental_sync: Optional[
            Union[
                IncrementingCountCursorModel, DatetimeBasedCursorModel, CustomIncrementalSyncModel
            ]
        ] = None,
        **kwargs: Any,
    ) -> SimpleRetriever:
        decoder = (
            self._create_component_from_model(model=model.decoder, config=config)
            if model.decoder
            else JsonDecoder(parameters={})
        )
        requester = self._create_component_from_model(
            model=model.requester, decoder=decoder, config=config, name=name
        )
        record_selector = self._create_component_from_model(
            model=model.record_selector,
            name=name,
            config=config,
            decoder=decoder,
            transformations=transformations,
            client_side_incremental_sync=client_side_incremental_sync,
        )
        url_base = (
            model.requester.url_base
            if hasattr(model.requester, "url_base")
            else requester.get_url_base()
        )

        # Define cursor only if per partition or common incremental support is needed
        cursor = stream_slicer if isinstance(stream_slicer, DeclarativeCursor) else None

        if (
            not isinstance(stream_slicer, DatetimeBasedCursor)
            or type(stream_slicer) is not DatetimeBasedCursor
        ):
            # Many of the custom component implementations of DatetimeBasedCursor override get_request_params() (or other methods).
            # Because we're decoupling RequestOptionsProvider from the Cursor, custom components will eventually need to reimplement
            # their own RequestOptionsProvider. However, right now the existing StreamSlicer/Cursor still can act as the SimpleRetriever's
            # request_options_provider
            request_options_provider = stream_slicer or DefaultRequestOptionsProvider(parameters={})
        elif not request_options_provider:
            request_options_provider = DefaultRequestOptionsProvider(parameters={})

        stream_slicer = stream_slicer or SinglePartitionRouter(parameters={})

        cursor_used_for_stop_condition = cursor if stop_condition_on_cursor else None
        paginator = (
            self._create_component_from_model(
                model=model.paginator,
                config=config,
                url_base=url_base,
                decoder=decoder,
                cursor_used_for_stop_condition=cursor_used_for_stop_condition,
            )
            if model.paginator
            else NoPagination(parameters={})
        )

        ignore_stream_slicer_parameters_on_paginated_requests = (
            model.ignore_stream_slicer_parameters_on_paginated_requests or False
        )

        if model.lazy_read_pointer and not hasattr(model, "partition_router"):
            raise ValueError(
                "LazySimpleRetriever requires a 'partition_router' when 'lazy_read_pointer' is set. "
                "Please either define 'partition_router' or remove 'lazy_read_pointer' from the model."
            )

        if model.lazy_read_pointer and not bool(
            self._connector_state_manager.get_stream_state(name, None)
        ):
            if model.partition_router.type != "SubstreamPartitionRouter":  # type: ignore[union-attr] # model.partition_router has BaseModel type
                raise ValueError(
                    "LazySimpleRetriever only supports 'SubstreamPartitionRouterModel' as the 'partition_router' type. "  # type: ignore[union-attr] # model.partition_router has BaseModel type
                    f"Found: '{model.partition_router.type}'."
                )

            lazy_read_pointer = [
                InterpolatedString.create(path, parameters=model.parameters or {})
                for path in model.lazy_read_pointer
            ]
            partition_router = self._create_component_from_model(
                model=model.partition_router,  # type: ignore[arg-type] # model.partition_router has BaseModel type
                config=config,  # type: ignore[arg-type]
            )
            stream_slicer = (
                self._create_component_from_model(model=incremental_sync, config=config)
                if incremental_sync
                else SinglePartitionRouter(parameters={})
            )

            return LazySimpleRetriever(
                name=name,
                paginator=paginator,
                primary_key=primary_key,
                requester=requester,
                record_selector=record_selector,
                stream_slicer=stream_slicer,
                request_option_provider=request_options_provider,
                cursor=cursor,
                config=config,
                ignore_stream_slicer_parameters_on_paginated_requests=ignore_stream_slicer_parameters_on_paginated_requests,
                parameters=model.parameters or {},
                partition_router=partition_router,
                lazy_read_pointer=lazy_read_pointer,
            )

        if self._limit_slices_fetched or self._emit_connector_builder_messages:
            return SimpleRetrieverTestReadDecorator(
                name=name,
                paginator=paginator,
                primary_key=primary_key,
                requester=requester,
                record_selector=record_selector,
                stream_slicer=stream_slicer,
                request_option_provider=request_options_provider,
                cursor=cursor,
                config=config,
                maximum_number_of_slices=self._limit_slices_fetched or 5,
                ignore_stream_slicer_parameters_on_paginated_requests=ignore_stream_slicer_parameters_on_paginated_requests,
                parameters=model.parameters or {},
            )
        return SimpleRetriever(
            name=name,
            paginator=paginator,
            primary_key=primary_key,
            requester=requester,
            record_selector=record_selector,
            stream_slicer=stream_slicer,
            request_option_provider=request_options_provider,
            cursor=cursor,
            config=config,
            ignore_stream_slicer_parameters_on_paginated_requests=ignore_stream_slicer_parameters_on_paginated_requests,
            parameters=model.parameters or {},
        )

    def create_state_delegating_stream(
        self,
        model: StateDelegatingStreamModel,
        config: Config,
        has_parent_state: Optional[bool] = None,
        **kwargs: Any,
    ) -> DeclarativeStream:
        if (
            model.full_refresh_stream.name != model.name
            or model.name != model.incremental_stream.name
        ):
            raise ValueError(
                f"state_delegating_stream, full_refresh_stream name and incremental_stream must have equal names. Instead has {model.name}, {model.full_refresh_stream.name} and {model.incremental_stream.name}."
            )

        stream_model = (
            model.incremental_stream
            if self._connector_state_manager.get_stream_state(model.name, None) or has_parent_state
            else model.full_refresh_stream
        )

        return self._create_component_from_model(stream_model, config=config, **kwargs)  # type: ignore[no-any-return]  # Will be created DeclarativeStream as stream_model is stream description

    def _create_async_job_status_mapping(
        self, model: AsyncJobStatusMapModel, config: Config, **kwargs: Any
    ) -> Mapping[str, AsyncJobStatus]:
        api_status_to_cdk_status = {}
        for cdk_status, api_statuses in model.dict().items():
            if cdk_status == "type":
                # This is an element of the dict because of the typing of the CDK but it is not a CDK status
                continue

            for status in api_statuses:
                if status in api_status_to_cdk_status:
                    raise ValueError(
                        f"API status {status} is already set for CDK status {cdk_status}. Please ensure API statuses are only provided once"
                    )
                api_status_to_cdk_status[status] = self._get_async_job_status(cdk_status)
        return api_status_to_cdk_status

    def _get_async_job_status(self, status: str) -> AsyncJobStatus:
        match status:
            case "running":
                return AsyncJobStatus.RUNNING
            case "completed":
                return AsyncJobStatus.COMPLETED
            case "failed":
                return AsyncJobStatus.FAILED
            case "timeout":
                return AsyncJobStatus.TIMED_OUT
            case _:
                raise ValueError(f"Unsupported CDK status {status}")

    def create_async_retriever(
        self,
        model: AsyncRetrieverModel,
        config: Config,
        *,
        name: str,
        primary_key: Optional[
            Union[str, List[str], List[List[str]]]
        ],  # this seems to be needed to match create_simple_retriever
        stream_slicer: Optional[StreamSlicer],
        client_side_incremental_sync: Optional[Dict[str, Any]] = None,
        transformations: List[RecordTransformation],
        **kwargs: Any,
    ) -> AsyncRetriever:
        def _get_download_retriever() -> SimpleRetrieverTestReadDecorator | SimpleRetriever:
            record_selector = RecordSelector(
                extractor=download_extractor,
                name=name,
                record_filter=None,
                transformations=transformations,
                schema_normalization=TypeTransformer(TransformConfig.NoTransform),
                config=config,
                parameters={},
            )
            paginator = (
                self._create_component_from_model(
                    model=model.download_paginator,
                    decoder=decoder,
                    config=config,
                    url_base="",
                )
                if model.download_paginator
                else NoPagination(parameters={})
            )
            maximum_number_of_slices = self._limit_slices_fetched or 5

            if self._limit_slices_fetched or self._emit_connector_builder_messages:
                return SimpleRetrieverTestReadDecorator(
                    requester=download_requester,
                    record_selector=record_selector,
                    primary_key=None,
                    name=job_download_components_name,
                    paginator=paginator,
                    config=config,
                    parameters={},
                    maximum_number_of_slices=maximum_number_of_slices,
                )

            return SimpleRetriever(
                requester=download_requester,
                record_selector=record_selector,
                primary_key=None,
                name=job_download_components_name,
                paginator=paginator,
                config=config,
                parameters={},
            )

        decoder = (
            self._create_component_from_model(model=model.decoder, config=config)
            if model.decoder
            else JsonDecoder(parameters={})
        )
        record_selector = self._create_component_from_model(
            model=model.record_selector,
            config=config,
            decoder=decoder,
            name=name,
            transformations=transformations,
            client_side_incremental_sync=client_side_incremental_sync,
        )
        stream_slicer = stream_slicer or SinglePartitionRouter(parameters={})
        creation_requester = self._create_component_from_model(
            model=model.creation_requester,
            decoder=decoder,
            config=config,
            name=f"job creation - {name}",
        )
        polling_requester = self._create_component_from_model(
            model=model.polling_requester,
            decoder=decoder,
            config=config,
            name=f"job polling - {name}",
        )
        job_download_components_name = f"job download - {name}"
        download_decoder = (
            self._create_component_from_model(model=model.download_decoder, config=config)
            if model.download_decoder
            else JsonDecoder(parameters={})
        )
        download_extractor = (
            self._create_component_from_model(
                model=model.download_extractor,
                config=config,
                decoder=download_decoder,
                parameters=model.parameters,
            )
            if model.download_extractor
            else DpathExtractor(
                [],
                config=config,
                decoder=download_decoder,
                parameters=model.parameters or {},
            )
        )
        download_requester = self._create_component_from_model(
            model=model.download_requester,
            decoder=download_decoder,
            config=config,
            name=job_download_components_name,
        )
        download_retriever = _get_download_retriever()
        abort_requester = (
            self._create_component_from_model(
                model=model.abort_requester,
                decoder=decoder,
                config=config,
                name=f"job abort - {name}",
            )
            if model.abort_requester
            else None
        )
        delete_requester = (
            self._create_component_from_model(
                model=model.delete_requester,
                decoder=decoder,
                config=config,
                name=f"job delete - {name}",
            )
            if model.delete_requester
            else None
        )
        download_target_requester = (
            self._create_component_from_model(
                model=model.download_target_requester,
                decoder=decoder,
                config=config,
                name=f"job extract_url - {name}",
            )
            if model.download_target_requester
            else None
        )
        status_extractor = self._create_component_from_model(
            model=model.status_extractor, decoder=decoder, config=config, name=name
        )
        download_target_extractor = self._create_component_from_model(
            model=model.download_target_extractor,
            decoder=decoder,
            config=config,
            name=name,
        )
        job_repository: AsyncJobRepository = AsyncHttpJobRepository(
            creation_requester=creation_requester,
            polling_requester=polling_requester,
            download_retriever=download_retriever,
            download_target_requester=download_target_requester,
            abort_requester=abort_requester,
            delete_requester=delete_requester,
            status_extractor=status_extractor,
            status_mapping=self._create_async_job_status_mapping(model.status_mapping, config),
            download_target_extractor=download_target_extractor,
        )

        async_job_partition_router = AsyncJobPartitionRouter(
            job_orchestrator_factory=lambda stream_slices: AsyncJobOrchestrator(
                job_repository,
                stream_slices,
                self._job_tracker,
                self._message_repository,
                has_bulk_parent=False,
                # FIXME work would need to be done here in order to detect if a stream as a parent stream that is bulk
            ),
            stream_slicer=stream_slicer,
            config=config,
            parameters=model.parameters or {},
        )

        return AsyncRetriever(
            record_selector=record_selector,
            stream_slicer=async_job_partition_router,
            config=config,
            parameters=model.parameters or {},
        )

    @staticmethod
    def create_spec(model: SpecModel, config: Config, **kwargs: Any) -> Spec:
        return Spec(
            connection_specification=model.connection_specification,
            documentation_url=model.documentation_url,
            advanced_auth=model.advanced_auth,
            parameters={},
        )

    def create_substream_partition_router(
        self, model: SubstreamPartitionRouterModel, config: Config, **kwargs: Any
    ) -> SubstreamPartitionRouter:
        parent_stream_configs = []
        if model.parent_stream_configs:
            parent_stream_configs.extend(
                [
                    self._create_message_repository_substream_wrapper(
                        model=parent_stream_config, config=config, **kwargs
                    )
                    for parent_stream_config in model.parent_stream_configs
                ]
            )

        return SubstreamPartitionRouter(
            parent_stream_configs=parent_stream_configs,
            parameters=model.parameters or {},
            config=config,
        )

    def _create_message_repository_substream_wrapper(
        self, model: ParentStreamConfigModel, config: Config, **kwargs: Any
    ) -> Any:
        substream_factory = ModelToComponentFactory(
            limit_pages_fetched_per_slice=self._limit_pages_fetched_per_slice,
            limit_slices_fetched=self._limit_slices_fetched,
            emit_connector_builder_messages=self._emit_connector_builder_messages,
            disable_retries=self._disable_retries,
            disable_cache=self._disable_cache,
            message_repository=LogAppenderMessageRepositoryDecorator(
                {"airbyte_cdk": {"stream": {"is_substream": True}}, "http": {"is_auxiliary": True}},
                self._message_repository,
                self._evaluate_log_level(self._emit_connector_builder_messages),
            ),
        )

        # This flag will be used exclusively for StateDelegatingStream when a parent stream is created
        has_parent_state = bool(
            self._connector_state_manager.get_stream_state(kwargs.get("stream_name", ""), None)
            if model.incremental_dependency
            else False
        )
        return substream_factory._create_component_from_model(
            model=model, config=config, has_parent_state=has_parent_state, **kwargs
        )

    @staticmethod
    def create_wait_time_from_header(
        model: WaitTimeFromHeaderModel, config: Config, **kwargs: Any
    ) -> WaitTimeFromHeaderBackoffStrategy:
        return WaitTimeFromHeaderBackoffStrategy(
            header=model.header,
            parameters=model.parameters or {},
            config=config,
            regex=model.regex,
            max_waiting_time_in_seconds=model.max_waiting_time_in_seconds
            if model.max_waiting_time_in_seconds is not None
            else None,
        )

    @staticmethod
    def create_wait_until_time_from_header(
        model: WaitUntilTimeFromHeaderModel, config: Config, **kwargs: Any
    ) -> WaitUntilTimeFromHeaderBackoffStrategy:
        return WaitUntilTimeFromHeaderBackoffStrategy(
            header=model.header,
            parameters=model.parameters or {},
            config=config,
            min_wait=model.min_wait,
            regex=model.regex,
        )

    def get_message_repository(self) -> MessageRepository:
        return self._message_repository

    def _evaluate_log_level(self, emit_connector_builder_messages: bool) -> Level:
        return Level.DEBUG if emit_connector_builder_messages else Level.INFO

    @staticmethod
    def create_components_mapping_definition(
        model: ComponentMappingDefinitionModel, config: Config, **kwargs: Any
    ) -> ComponentMappingDefinition:
        interpolated_value = InterpolatedString.create(
            model.value, parameters=model.parameters or {}
        )
        field_path = [
            InterpolatedString.create(path, parameters=model.parameters or {})
            for path in model.field_path
        ]
        return ComponentMappingDefinition(
            field_path=field_path,  # type: ignore[arg-type] # field_path can be str and InterpolatedString
            value=interpolated_value,
            value_type=ModelToComponentFactory._json_schema_type_name_to_type(model.value_type),
            parameters=model.parameters or {},
        )

    def create_http_components_resolver(
        self, model: HttpComponentsResolverModel, config: Config
    ) -> Any:
        stream_slicer = self._build_stream_slicer_from_partition_router(model.retriever, config)
        combined_slicers = self._build_resumable_cursor(model.retriever, stream_slicer)

        retriever = self._create_component_from_model(
            model=model.retriever,
            config=config,
            name="",
            primary_key=None,
            stream_slicer=stream_slicer if stream_slicer else combined_slicers,
            transformations=[],
        )

        components_mapping = [
            self._create_component_from_model(
                model=components_mapping_definition_model,
                value_type=ModelToComponentFactory._json_schema_type_name_to_type(
                    components_mapping_definition_model.value_type
                ),
                config=config,
            )
            for components_mapping_definition_model in model.components_mapping
        ]

        return HttpComponentsResolver(
            retriever=retriever,
            config=config,
            components_mapping=components_mapping,
            parameters=model.parameters or {},
        )

    @staticmethod
    def create_stream_config(
        model: StreamConfigModel, config: Config, **kwargs: Any
    ) -> StreamConfig:
        model_configs_pointer: List[Union[InterpolatedString, str]] = (
            [x for x in model.configs_pointer] if model.configs_pointer else []
        )

        return StreamConfig(
            configs_pointer=model_configs_pointer,
            parameters=model.parameters or {},
        )

    def create_config_components_resolver(
        self, model: ConfigComponentsResolverModel, config: Config
    ) -> Any:
        stream_config = self._create_component_from_model(
            model.stream_config, config=config, parameters=model.parameters or {}
        )

        components_mapping = [
            self._create_component_from_model(
                model=components_mapping_definition_model,
                value_type=ModelToComponentFactory._json_schema_type_name_to_type(
                    components_mapping_definition_model.value_type
                ),
                config=config,
            )
            for components_mapping_definition_model in model.components_mapping
        ]

        return ConfigComponentsResolver(
            stream_config=stream_config,
            config=config,
            components_mapping=components_mapping,
            parameters=model.parameters or {},
        )

    _UNSUPPORTED_DECODER_ERROR = (
        "Specified decoder of {decoder_type} is not supported for pagination."
        "Please set as `JsonDecoder`, `XmlDecoder`, or a `CompositeRawDecoder` with an inner_parser of `JsonParser` or `GzipParser` instead."
        "If using `GzipParser`, please ensure that the lowest level inner_parser is a `JsonParser`."
    )

    def _is_supported_decoder_for_pagination(self, decoder: Decoder) -> bool:
        if isinstance(decoder, (JsonDecoder, XmlDecoder)):
            return True
        elif isinstance(decoder, CompositeRawDecoder):
            return self._is_supported_parser_for_pagination(decoder.parser)
        else:
            return False

    def _is_supported_parser_for_pagination(self, parser: Parser) -> bool:
        if isinstance(parser, JsonParser):
            return True
        elif isinstance(parser, GzipParser):
            return isinstance(parser.inner_parser, JsonParser)
        else:
            return False

    def create_http_api_budget(
        self, model: HTTPAPIBudgetModel, config: Config, **kwargs: Any
    ) -> HttpAPIBudget:
        policies = [
            self._create_component_from_model(model=policy, config=config)
            for policy in model.policies
        ]

        return HttpAPIBudget(
            policies=policies,
            ratelimit_reset_header=model.ratelimit_reset_header or "ratelimit-reset",
            ratelimit_remaining_header=model.ratelimit_remaining_header or "ratelimit-remaining",
            status_codes_for_ratelimit_hit=model.status_codes_for_ratelimit_hit or [429],
        )

    def create_fixed_window_call_rate_policy(
        self, model: FixedWindowCallRatePolicyModel, config: Config, **kwargs: Any
    ) -> FixedWindowCallRatePolicy:
        matchers = [
            self._create_component_from_model(model=matcher, config=config)
            for matcher in model.matchers
        ]

        # Set the initial reset timestamp to 10 days from now.
        # This value will be updated by the first request.
        return FixedWindowCallRatePolicy(
            next_reset_ts=datetime.datetime.now() + datetime.timedelta(days=10),
            period=parse_duration(model.period),
            call_limit=model.call_limit,
            matchers=matchers,
        )

    def create_moving_window_call_rate_policy(
        self, model: MovingWindowCallRatePolicyModel, config: Config, **kwargs: Any
    ) -> MovingWindowCallRatePolicy:
        rates = [
            self._create_component_from_model(model=rate, config=config) for rate in model.rates
        ]
        matchers = [
            self._create_component_from_model(model=matcher, config=config)
            for matcher in model.matchers
        ]
        return MovingWindowCallRatePolicy(
            rates=rates,
            matchers=matchers,
        )

    def create_unlimited_call_rate_policy(
        self, model: UnlimitedCallRatePolicyModel, config: Config, **kwargs: Any
    ) -> UnlimitedCallRatePolicy:
        matchers = [
            self._create_component_from_model(model=matcher, config=config)
            for matcher in model.matchers
        ]

        return UnlimitedCallRatePolicy(
            matchers=matchers,
        )

    def create_rate(self, model: RateModel, config: Config, **kwargs: Any) -> Rate:
        interpolated_limit = InterpolatedString.create(str(model.limit), parameters={})
        return Rate(
            limit=int(interpolated_limit.eval(config=config)),
            interval=parse_duration(model.interval),
        )

    def create_http_request_matcher(
        self, model: HttpRequestRegexMatcherModel, config: Config, **kwargs: Any
    ) -> HttpRequestRegexMatcher:
        return HttpRequestRegexMatcher(
            method=model.method,
            url_base=model.url_base,
            url_path_pattern=model.url_path_pattern,
            params=model.params,
            headers=model.headers,
        )

    def set_api_budget(self, component_definition: ComponentDefinition, config: Config) -> None:
        self._api_budget = self.create_component(
            model_type=HTTPAPIBudgetModel, component_definition=component_definition, config=config
        )