Use this as a temporary solution, to make the code compile during an ongoing migration. Drawbacks:

• Instances of Pretty[T] are ignored.
• No parameter names

Casts this instance's representative protocol version to one for the target type. This only succeeds if the versioning schemes are the same.

Use this if you need a custom representation of a parameter. Do not use this to create lengthy strings, as line wrapping is not supported.

Use this to indicate that you've omitted fields from pretty printing

A tree representing both parameter name and value.

A tree only written if not matching the default value

A tree representing a parameter name without a parameter value. Use this for parameters storing confidential or binary data.

Indicates how to pretty print this instance. See PrettyPrintingTest for examples on how to implement this method.

A tree consisting of a labelled node with the given children.

A tree representing the type name and parameter trees.

A tree presenting the type name only. (E.g., for case objects.)

Use this to give a class with a singleton parameter the same pretty representation as the parameter.

Creates a pretty instance from a string function. Do not use this with lengthy strings, as line wrapping is not supported.

Yields the Proto version that this class will be serialized to

We have a correspondence {Proto version} <-> {[protocol version]}: each proto version correspond to a list of consecutive protocol versions. The representative is one instance of this list, usually the smallest value. In other words, the Proto versions induce an equivalence relation on the list of protocol version, thus use of representative.

The method protocolVersionRepresentativeFor below allows to query the representative for an equivalence class.

Enables the syntax show"This object is pretty: $myPrettyType".

Yields a byte array representation of the corresponding UntypedVersionedMessage wrapper of this instance.

Yields a byte string representation of the corresponding UntypedVersionedMessage wrapper of this instance.

Yields the proto representation of the class inside an UntypedVersionedMessage wrapper.

Subclasses should make this method public by default, as this supports composing proto serializations. Keep it protected, if there are good reasons for it (e.g. com.digitalasset.canton.serialization.ProtocolVersionedMemoizedEvidence).

Be aware that if calling on a class that defines a LegacyProtoConverter, this method will still return a VersionedMessage. If the current protocol version maps to the legacy converter, deserialization will then fail (as it will try to deserialize to the raw protobuf instead of the VersionedMessage wrapper this was serialized to. Prefer using toByteString which handles this use case correctly.

Converts this to a Seq. The resulting seq may be shorter than the underlying fully unblinded seq, because neighbouring blinded elements may be blinded into a single node.

Yields a readable string representation based on com.digitalasset.canton.logging.pretty.Pretty.DefaultPprinter. Final to avoid accidental overwriting.

Blind everything in this MerkleSeq, except the leaf identified by the given path. To ensure the path is valid, it should be obtained beforehand with a traversal method such as unblindedElementsWithIndex and reversed with ViewPosition.reverse.

A tree representing a parameter value without a parameter name.

Will check that default value rules defined in companionObj.defaultValues hold.

Serializes this instance to a message together with a delimiter (the message length) to the given output stream.

This method works in conjunction with com.digitalasset.canton.version.HasProtocolVersionedCompanion2.parseDelimitedFromUnsafe which deserializes the message again. It is useful for serializing multiple messages to a single output stream through multiple invocations.

Serialization is only supported for com.digitalasset.canton.version.HasSupportedProtoVersions.VersionedProtoConverter, an error message is returned otherwise.