Compacts the given input according to the steps in the JSON-LD Compaction Algorithm.

Compaction is the process of applying a developer-supplied context to shorten IRIs to terms or compact IRIs and JSON-LD values expressed in expanded form to simple values such as strings or numbers. Often this makes it simpler to work with document as the data is expressed in application-specific terms. Compacted documents are also typically easier to read for humans.

-- https://www.w3.org/TR/json-ld/#compacted-document-form

Details at https://www.w3.org/TR/json-ld-api/#compaction-algorithms

@spec context(map() | RDF.PropertyMap.t(), JSON.LD.Options.t()) :: JSON.LD.Context.t()

Generator function for JSON.LD.Contexts.

You can either pass a map with a "@context" key having the JSON-LD context object its value, or the JSON-LD context object directly.

This function can be used also to create JSON.LD.Context from a RDF.PropertyMap.

Expands the given input according to the steps in the JSON-LD Expansion Algorithm.

Expansion is the process of taking a JSON-LD document and applying a @context such that all IRIs, types, and values are expanded so that the @context is no longer necessary.

-- https://www.w3.org/TR/json-ld/#expanded-document-form

Details at http://json-ld.org/spec/latest/json-ld-api/#expansion-algorithm

Flattens the given input according to the steps in the JSON-LD Flattening Algorithm.

Flattening collects all properties of a node in a single JSON object and labels all blank nodes with blank node identifiers. This ensures a shape of the data and consequently may drastically simplify the code required to process JSON-LD in certain applications.

-- https://www.w3.org/TR/json-ld/#flattened-document-form

Details at https://www.w3.org/TR/json-ld-api/#flattening-algorithms

@spec keyword?(String.t()) :: boolean()

Returns if the given value is a JSON-LD keyword.

@spec keywords() :: [String.t()]

The set of all JSON-LD keywords.

see https://www.w3.org/TR/json-ld/#syntax-tokens-and-keywords

Generator function for JSON-LD node maps.

@spec read_file(
  Path.t(),
  keyword()
) :: {:ok, RDF.Graph.t() | RDF.Dataset.t()} | {:error, any()}

Deserializes a graph or dataset from a file.

It returns an {:ok, data} tuple, with data being the deserialized graph or dataset, or {:error, reason} if an error occurs.

Options

General serialization-independent options:

• :stream: Allows to enable reading the data from a file directly via a stream (default: false on this function, true on the bang version)
• :gzip: Allows to read directly from a gzipped file (default: false)
• :file_mode: A list with the Elixir File.open modes to be used for reading (default: [:read, :utf8])

See the module documentation of the decoder for the available format-specific options, all of which can be used in this function and will be passed them through to the decoder.

@spec read_file!(
  Path.t(),
  keyword()
) :: RDF.Graph.t() | RDF.Dataset.t()

Deserializes a graph or dataset from a file.

As opposed to read_file/2, it raises an exception if an error occurs and defaults to stream: true.

See read_file/3 for the available format-independent options.

See the module documentation of the decoder for the available format-specific options, all of which can be used in this function and will be passed them through to the decoder.

@spec read_stream(
  Enumerable.t(),
  keyword()
) :: {:ok, RDF.Graph.t() | RDF.Dataset.t()} | {:error, any()}

Deserializes a graph or dataset from a stream.

It returns an {:ok, data} tuple, with data being the deserialized graph or dataset, or {:error, reason} if an error occurs.

See the module documentation of the decoder for the available format-specific options, all of which can be used in this function and will be passed them through to the decoder.

@spec read_stream!(
  Enumerable.t(),
  keyword()
) :: RDF.Graph.t() | RDF.Dataset.t()

Deserializes a graph or dataset from a stream.

As opposed to read_stream/2, it raises an exception if an error occurs.

See the module documentation of the decoder for the available format-specific options, all of which can be used in this function and will be passed them through to the decoder.

@spec read_string(
  String.t(),
  keyword()
) :: {:ok, RDF.Graph.t() | RDF.Dataset.t()} | {:error, any()}

Deserializes a graph or dataset from a string.

It returns an {:ok, data} tuple, with data being the deserialized graph or dataset, or {:error, reason} if an error occurs.

See the module documentation of the decoder for the available format-specific options, all of which can be used in this function and will be passed them through to the decoder.

@spec read_string!(
  String.t(),
  keyword()
) :: RDF.Graph.t() | RDF.Dataset.t()

Deserializes a graph or dataset from a string.

As opposed to read_string/2, it raises an exception if an error occurs.

See the module documentation of the decoder for the available format-specific options, all of which can be used in this function and will be passed them through to the decoder.

@spec write_file(RDF.Data.t(), Path.t(), keyword()) :: :ok | {:error, any()}

Serializes a RDF data structure to a file.

It returns :ok if successful or {:error, reason} if an error occurs.

Options

General serialization-independent options:

• :stream: Allows to enable writing the serialized data to the file directly via a stream. Possible values: :string or :iodata for writing to the file with a stream of strings respective IO lists, true if you want to use streams, but don't care for the exact method or false for not writing with a stream (default: false on this function, :iodata on the bang version)
• :gzip: Allows to write directly to a gzipped file (default: false)
• :force: If not set to true, an error is raised when the given file already exists (default: false)
• :file_mode: A list with the Elixir File.open modes to be used for writing (default: [:write, :exclusive])

See the module documentation of the encoder for the available format-specific options, all of which can be used in this function and will be passed them through to the encoder.

@spec write_file!(RDF.Data.t(), Path.t(), keyword()) :: :ok

Serializes a RDF data structure to a file.

As opposed to write_file/3, it raises an exception if an error occurs.

See write_file/3 for the available format-independent options.

See the module documentation of the encoder for the available format-specific options, all of which can be used in this function and will be passed them through to the encoder.

@spec write_string(
  RDF.Data.t(),
  keyword()
) :: {:ok, String.t()} | {:error, any()}

Serializes a RDF data structure to a string.

It returns an {:ok, string} tuple, with string being the serialized graph or dataset, or {:error, reason} if an error occurs.

See the module documentation of the encoder for the available format-specific options, all of which can be used in this function and will be passed them through to the encoder.

@spec write_string!(
  RDF.Data.t(),
  keyword()
) :: String.t()

Serializes a RDF data structure to a string.

As opposed to write_string/2, it raises an exception if an error occurs.

See the module documentation of the encoder for the available format-specific options, all of which can be used in this function and will be passed them through to the encoder.