Class MultiChunkBuffer

An IByteBuffer that is backed by multiple chunks.

public sealed class MultiChunkBuffer : IByteBuffer, IDisposable

Inherited Members: object.Equals(object)

object.Equals(object, object)

object.GetHashCode()

object.GetType()

object.ReferenceEquals(object, object)

object.ToString()

Extension Methods: BsonExtensionMethods.ToBsonDocument<TNominalType>(TNominalType, IBsonSerializer<TNominalType>, Action<BsonSerializationContext.Builder>, BsonSerializationArgs)

BsonExtensionMethods.ToBson<TNominalType>(TNominalType, IBsonSerializer<TNominalType>, BsonBinaryWriterSettings, Action<BsonSerializationContext.Builder>, BsonSerializationArgs, int)

BsonExtensionMethods.ToJson<TNominalType>(TNominalType, JsonWriterSettings, IBsonSerializer<TNominalType>, Action<BsonSerializationContext.Builder>, BsonSerializationArgs)

BsonExtensionMethods.ToBson(object, Type, BsonBinaryWriterSettings, IBsonSerializer, Action<BsonSerializationContext.Builder>, BsonSerializationArgs, int)

BsonExtensionMethods.ToBsonDocument(object, Type, IBsonSerializer, Action<BsonSerializationContext.Builder>, BsonSerializationArgs)

BsonExtensionMethods.ToJson(object, Type, JsonWriterSettings, IBsonSerializer, Action<BsonSerializationContext.Builder>, BsonSerializationArgs)

Constructors

MultiChunkBuffer(IBsonChunkSource): Initializes a new instance of the MultiChunkBuffer class.

MultiChunkBuffer(IEnumerable<IBsonChunk>, int?, bool): Initializes a new instance of the MultiChunkBuffer class.

AccessBackingBytes(int): Access the backing bytes directly. The returned ArraySegment will point to the desired position and contain as many bytes as possible up to the next chunk boundary (if any). If the returned ArraySegment does not contain enough bytes for your needs you will have to call ReadBytes instead.

Dispose(): Performs application-defined tasks associated with freeing, releasing, or resetting unmanaged resources.

EnsureCapacity(int): Ensure that the buffer has a minimum capacity. Depending on the buffer allocation strategy calling this method may result in a higher capacity than the minimum (but never lower).