Introduction

Avalanche.Memory addresses many shortcomings of .NET I/O and memory management:

• Expands 32-bit indexing to 64-bit
• Concurrent usage
• Expand over 2GB memory allocation limitations
• Simplifies .NET's confusing plethora of types into one interface
• Incremental use for fixed-size memory regions
• Slicing with every memory content type

Features:

• Unifies Arrays, IList, IList<T>, Span<T>, Memory<T>, ReadOnlyMemory<T>, Memory-mapped file, pointers, Streams and files under one interface.
• IList<T> and IEnumerable<T> for consumer
• IList<T> as producer
• Memory<T> and Span<T> can be adapted to IMemory
• Memory<T> and Span<T> can be written to and read from IMemory
• 64-bit
• Read and write events: Capability for last modify and last access times (for cache implementations)
• Zero heap allocation capabilities
• Concurrent thread usage
• Random access memory
• Element insertion and removals
• Stream views
• Memory pooling
• Protobuf compatible serializations

Class libraries:

• Avalanche.Memory.dll contains implementations.
• Avalanche.Memory.Abstractions.dll contains interfaces.

Full Example

Full example

class index
{
    public static void Run()
    {
        {
            // <01>
            // </01>
        }
    }
}