PartitionedMeshSerialization

Kotlin |Java

public static class PartitionedMeshSerialization

Summary

Public fields
`static @NonNull PartitionedMeshSerialization`	`INSTANCE`

Public methods
`static final @NonNull PartitionedMesh`	`decode(@NonNull byte[] input)` Read a serialized gzip-compressed `ink.proto.CodedModeledShape` from the given `ByteArray` and parse it into a `PartitionedMesh`, throwing an exception if parsing or validation was not successful.
`static final @NonNull PartitionedMesh`	`decode(@NonNull InputStream input)` Read a serialized gzip-compressed `ink.proto.CodedModeledShape` from the given `InputStream` and parse it into a `PartitionedMesh`, throwing an exception if parsing or validation was not successful.
`static final @NonNull byte[]`	`encode(@NonNull PartitionedMesh partitionedMesh)` Write a gzip-compressed `ink.proto.CodedModeledShape` binary proto message representing the `PartitionedMesh` to a `ByteArray`.
`static final void`	`encode( @NonNull PartitionedMesh partitionedMesh, @NonNull OutputStream output )` Write a gzip-compressed `ink.proto.CodedModeledShape` binary proto message representing the `PartitionedMesh` to the given `OutputStream`.

Public fields

INSTANCE

Added in 1.1.0-alpha11

public static @NonNull PartitionedMeshSerialization INSTANCE

Public methods

decode

Added in 1.1.0-alpha11

public static final @NonNull PartitionedMesh decode(@NonNull byte[] input)

Read a serialized gzip-compressed ink.proto.CodedModeledShape from the given ByteArray and parse it into a PartitionedMesh, throwing an exception if parsing or validation was not successful. Kotlin callers should use PartitionedMesh.Companion.decode instead.

Parameters
`@NonNull byte[] input`	`ByteArray` providing gzip-compressed `ink.proto.CodedModeledShape` binary proto messages, the same as written by `encode`.

Returns
`@NonNull PartitionedMesh`	The `PartitionedMesh` parsed from the `ByteArray`.

Throws
`java.io.IOException`	if gzip-format bytes cannot be read from `input`.
`IllegalArgumentException`	`input` does not provide a valid `ink.proto.CodedModeledShape` proto message, or the corresponding `PartitionedMesh` is invalid.

decode

Added in 1.1.0-alpha11

public static final @NonNull PartitionedMesh decode(@NonNull InputStream input)

Read a serialized gzip-compressed ink.proto.CodedModeledShape from the given InputStream and parse it into a PartitionedMesh, throwing an exception if parsing or validation was not successful. Kotlin callers should use PartitionedMesh.Companion.decode instead.

Parameters
`@NonNull InputStream input`	`InputStream` providing gzip-compressed `ink.proto.CodedModeledShape` binary proto messages, the same as written to `OutputStream` by `encode`.

Returns
`@NonNull PartitionedMesh`	The `PartitionedMesh` parsed from the `InputStream`.

Throws
`java.io.IOException`	if gzip-format bytes cannot be read from `input`.
`IllegalArgumentException`	`input` does not provide a valid `ink.proto.CodedModeledShape` proto message, or the corresponding `PartitionedMesh` is invalid.

encode

Added in 1.1.0-alpha11

public static final @NonNull byte[] encode(@NonNull PartitionedMesh partitionedMesh)

Write a gzip-compressed ink.proto.CodedModeledShape binary proto message representing the PartitionedMesh to a ByteArray. Kotlin callers should use PartitionedMesh.encode instead.

encode

Added in 1.1.0-alpha11

public static final void encode(
    @NonNull PartitionedMesh partitionedMesh,
    @NonNull OutputStream output
)

Write a gzip-compressed ink.proto.CodedModeledShape binary proto message representing the PartitionedMesh to the given OutputStream. Kotlin callers should use PartitionedMesh.encode instead.