modulecapabilities

package
v1.23.10 Latest Latest
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 Go to latest Published: Feb 19, 2024 License: BSD-3-Clause Imports: 12 Imported by: 0

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Variables

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Functions

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Types

type AdditionalProperties 

type AdditionalProperties interface {
	AdditionalProperties() map[string]AdditionalProperty
}

AdditionalProperties groups whole interface methods needed for adding the capability of additional properties

type AdditionalProperty 

type AdditionalProperty struct {
	RestNames              []string
	DefaultValue           interface{}
	GraphQLNames           []string
	GraphQLFieldFunction   GraphQLFieldFn
	GraphQLExtractFunction ExtractAdditionalFn
	SearchFunctions        AdditionalSearch
}

AdditionalProperty defines all the needed settings / methods to be set in order to add the additional property to Weaviate

type AdditionalPropertyFn 

type AdditionalPropertyFn = func(ctx context.Context,
	in []search.Result, params interface{}, limit *int,
	argumentModuleParams map[string]interface{}, cfg moduletools.ClassConfig) ([]search.Result, error)

AdditionalPropertyFn defines interface for additional property functions performing given logic

type AdditionalPropertyWithSearchVector 

type AdditionalPropertyWithSearchVector interface {
	SetSearchVector(vector []float32)
}

AdditionalPropertyWithSearchVector defines additional property params with the ability to pass search vector

type AdditionalSearch 

type AdditionalSearch struct {
	ObjectGet   AdditionalPropertyFn
	ObjectList  AdditionalPropertyFn
	ExploreGet  AdditionalPropertyFn
	ExploreList AdditionalPropertyFn
}

AdditionalSearch defines on which type of query a given additional logic can be performed

type AggregateArgumentsFn 

type AggregateArgumentsFn = func(classname string) *graphql.ArgumentConfig

AggregateArgumentsFn generates aggregate graphql config for a given classname

type ArgumentVectorForParams 

type ArgumentVectorForParams = map[string]VectorForParams

ArgumentVectorForParams contains argument definitions and it's respective vector for params search method

type BackupBackend 

type BackupBackend interface {
	// IsExternal returns whether the storage is an external storage (e.g. gcs, s3)
	IsExternal() bool
	// Name returns backend's name
	Name() string
	// HomeDir is the home directory of all backup files
	HomeDir(backupID string) string

	// GetObject giving backupID and key
	GetObject(ctx context.Context, backupID, key string) ([]byte, error)

	// WriteToFile writes an object in the specified file with path destPath
	// The file will be created if it doesn't exist
	// The file will be overwritten if it exists
	WriteToFile(ctx context.Context, backupID, key, destPath string) error

	// SourceDataPath is data path of all source files
	SourceDataPath() string

	// PutFile reads a file from srcPath and uploads it to the destination folder
	PutFile(ctx context.Context, backupID, key, srcPath string) error
	// PutObject writes bytes to the object with key `key`
	PutObject(ctx context.Context, backupID, key string, byes []byte) error
	// Initialize initializes backup provider and make sure that app have access rights to write into the object store.
	Initialize(ctx context.Context, backupID string) error

	Write(ctx context.Context, backupID, key string, r io.ReadCloser) (int64, error)
	Read(ctx context.Context, backupID, key string, w io.WriteCloser) (int64, error)
}

type ClassConfigurator 

type ClassConfigurator interface {
	// ClassDefaults provides the defaults for a per-class module config. The
	// module provider will merge the props into the user-specified config with
	// the user-provided values taking precedence
	ClassConfigDefaults() map[string]interface{}

	// PropertyConfigDefaults provides the defaults for a per-property module
	// config. The module provider will merge the props into the user-specified
	// config with the user-provided values taking precedence. The property's
	// dataType MAY be taken into consideration when deciding defaults.
	// dataType is not guaranteed to be non-nil, it might be nil in the case a
	// user specified an invalid dataType, as some validation only occurs after
	// defaults are set.
	PropertyConfigDefaults(dataType *schema.DataType) map[string]interface{}

	// ValidateClass MAY validate anything about the class, except the config of
	// another module. The specified ClassConfig can be used to easily retrieve
	// the config specific for the module. For example, a module could iterate
	// over class.Properties and call classConfig.Property(prop.Name) to validate
	// the per-property config. A module MUST NOT extract another module's config
	// from class.ModuleConfig["other-modules-name"].
	ValidateClass(ctx context.Context, class *models.Class,
		classConfig moduletools.ClassConfig) error
}

ClassConfigurator is an optional capability interface which a module MAY implement. If it is implemented, all methods will be called when the user adds or updates a class which has the module set as the vectorizer

type ClassificationProvider 

type ClassificationProvider interface {
	Classifiers() []Classifier
}

type Classifier 

type Classifier interface {
	Name() string
	ClassifyFn(params ClassifyParams) (ClassifyItemFn, error)
	ParseClassifierSettings(params *models.Classification) error
}

type ClassifyItemFn 

type ClassifyItemFn func(item search.Result, itemIndex int,
	params models.Classification, filters Filters, writer Writer) error

type ClassifyParams 

type ClassifyParams struct {
	Schema            schema.Schema
	Params            models.Classification
	Filters           Filters
	UnclassifiedItems []search.Result
	VectorRepo        VectorClassSearchRepo
}

type Client 

type Client interface {
	Vectorizers() map[string]VectorizerClient
}

type Dependency 

type Dependency interface {
	ModuleName() string
	Argument() string
	GraphQLArgument() GraphQLArgument
	VectorSearch() VectorForParams
}

type DependencySearcher 

type DependencySearcher interface {
	VectorSearches() ModuleArgumentVectorForParams
}

DependencySearcher defines all of the available searches loaded as a dependency

type ExploreArgumentsFn 

type ExploreArgumentsFn = func() *graphql.ArgumentConfig

ExploreArgumentsFn generates explore graphql config

type ExtractAdditionalFn 

type ExtractAdditionalFn = func(param []*ast.Argument) interface{}

ExtractAdditionalFn extracts parameters from graphql queries

type ExtractFn 

type ExtractFn = func(param map[string]interface{}) interface{}

ExtractFn extracts graphql params to given struct implementation

type Filters 

type Filters interface {
	Source() *filters.LocalFilter
	Target() *filters.LocalFilter
	TrainingSet() *filters.LocalFilter
}

type FindObjectFn 

type FindObjectFn = func(ctx context.Context, class string, id strfmt.UUID,
	props search.SelectProperties, adds additional.Properties, tenant string) (*search.Result, error)

type FindVectorFn 

type FindVectorFn = func(ctx context.Context, className string, id strfmt.UUID, tenant string) ([]float32, error)

FindVectorFn method for getting a vector of given object by its ID

type GetArgumentsFn 

type GetArgumentsFn = func(classname string) *graphql.ArgumentConfig

GetArgumentsFn generates get graphql config for a given classname

type GraphQLArgument 

type GraphQLArgument struct {
	GetArgumentsFunction       GetArgumentsFn
	AggregateArgumentsFunction AggregateArgumentsFn
	ExploreArgumentsFunction   ExploreArgumentsFn
	ExtractFunction            ExtractFn
	ValidateFunction           ValidateFn
}

GraphQLArgument defines all the needed settings / methods to add a module specific graphql argument

type GraphQLArguments 

type GraphQLArguments interface {
	Arguments() map[string]GraphQLArgument
}

GraphQLArguments defines the capabilities of modules to add their arguments to graphql API

type GraphQLFieldFn 

type GraphQLFieldFn = func(classname string) *graphql.Field

GraphQLFieldFn generates graphql field based on classname

type InputVectorizer 

type InputVectorizer interface {
	VectorizeInput(ctx context.Context, input string,
		cfg moduletools.ClassConfig) ([]float32, error)
}

type MetaProvider 

type MetaProvider interface {
	MetaInfo() (map[string]interface{}, error)
}

type Module 

type Module interface {
	Name() string
	Init(ctx context.Context, params moduletools.ModuleInitParams) error
	RootHandler() http.Handler // TODO: remove from overall module, this is a capability
	Type() ModuleType
}

type ModuleArgumentVectorForParams 

type ModuleArgumentVectorForParams = map[string]ArgumentVectorForParams

ModuleArgumentVectorForParams contains module's argument definitions and it's vector for params search method

type ModuleDependency 

type ModuleDependency interface {
	Module
	InitDependency(modules []Module) error
}

type ModuleExtension 

type ModuleExtension interface {
	Module
	InitExtension(modules []Module) error
}

type ModuleHasAltNames 

type ModuleHasAltNames interface {
	AltNames() []string
}

type ModuleType 

type ModuleType string
const (
	Backup              ModuleType = "Backup"
	Extension           ModuleType = "Extension"
	Img2Vec             ModuleType = "Img2Vec"
	Multi2Vec           ModuleType = "Multi2Vec"
	Ref2Vec             ModuleType = "Ref2Vec"
	Text2MultiVec       ModuleType = "Text2MultiVec"
	Text2TextGenerative ModuleType = "Text2TextGenerative"
	Text2TextSummarize  ModuleType = "Text2TextSummarize"
	Text2TextReranker   ModuleType = "Text2TextReranker"
	Text2TextNER        ModuleType = "Text2TextNER"
	Text2TextQnA        ModuleType = "Text2TextQnA"
	Text2Vec            ModuleType = "Text2Vec"
)

type NearParam 

type NearParam interface {
	GetCertainty() float64
	GetDistance() float64
	SimilarityMetricProvided() bool
}

NearParam defines params with certainty information

type ReferenceVectorizer 

type ReferenceVectorizer interface {
	// VectorizeObject should mutate the object which is passed in as a pointer-type
	// by extending it with the desired vector, which is calculated by the module
	VectorizeObject(ctx context.Context, object *models.Object,
		cfg moduletools.ClassConfig, findObjectFn FindObjectFn) error
}

ReferenceVectorizer is implemented by ref2vec modules, which calculate a target object's vector based only on the vectors of its references. If the object has no references, the object will have a nil vector

type Searcher 

type Searcher interface {
	VectorSearches() ArgumentVectorForParams
}

Searcher defines all methods for all searchers for getting a vector from a given raw searcher content

type TextTransform 

type TextTransform interface {
	Transform(in []string) ([]string, error)
}

TextTransform performs text transformation operation

type TextTransformers 

type TextTransformers interface {
	TextTransformers() map[string]TextTransform
}

TextTransformers defines all text transformers for given arguments

type ValidateFn 

type ValidateFn = func(param interface{}) error

ValidateFn validates a given module param

type VectorClassSearchParams 

type VectorClassSearchParams struct {
	Filters    *filters.LocalFilter
	Pagination *filters.Pagination
	ClassName  string
	Properties []string
}

type VectorClassSearchRepo 

type VectorClassSearchRepo interface {
	VectorClassSearch(ctx context.Context, params VectorClassSearchParams) ([]search.Result, error)
}

type VectorForParams 

type VectorForParams = func(ctx context.Context, params interface{},
	className string, findVectorFn FindVectorFn, cfg moduletools.ClassConfig) ([]float32, error)

VectorForParams defines method for passing a raw searcher content to the module and exchanging it for a vector. Warning: Argument "cfg" (moduletools.ClassConfig) is not guaranteed to be non-nil. Implementations have to provide a nil check before using it. It is generally present on class-based action, but is not present on Cross-Class requests, such as Explore {}

type Vectorizer 

type Vectorizer interface {
	// VectorizeObject should mutate the object which is passed in as a pointer-type
	// by extending it with the desired vector and - if applicable - any meta
	// information as part of _additional properties
	VectorizeObject(ctx context.Context, obj *models.Object, objDiff *moduletools.ObjectDiff,
		cfg moduletools.ClassConfig) error
}

type VectorizerClient 

type VectorizerClient interface {
	MultiVectorForWord(ctx context.Context,
		words []string) ([][]float32, error)
	VectorOnlyForCorpi(ctx context.Context, corpi []string,
		overrides map[string]string) ([]float32, error)
}

type Writer 

type Writer interface {
	Start()
	Store(item search.Result) error
	Stop() WriterResults
}

type WriterResults 

type WriterResults interface {
	SuccessCount() int64
	ErrorCount() int64
	Err() error
}

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