This project provides a comparative analysis of popular .NET object-to-object
mapping libraries, including AutoMapper, TinyMapper, Mapster, and Mapperly,
against a hand-written and a generated manual mapper.
It uses BenchmarkDotNet to measure performance and memory allocation when
mapping a complex Spotify album DTO structure.
This project provides a comparative analysis of popular .NET object-to-object
mapping libraries, including AutoMapper, TinyMapper, Mapster, and Mapperly,
against a hand-written and a generated manual mapper.
It uses BenchmarkDotNet to measure performance and memory allocation when
mapping a complex Spotify album DTO structure.
This project provides a comparative analysis of popular .NET object-to-object
mapping libraries, including AutoMapper, TinyMapper, Mapster, and Mapperly,
against a hand-written and a generated manual mapper.
It uses BenchmarkDotNet to measure performance and memory allocation when
mapping a complex Spotify album DTO structure.
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This project provides a comparative analysis of popular .NET object-to-object
mapping libraries, including AutoMapper, TinyMapper, Mapster, and Mapperly,
against a hand-written and a generated manual mapper.
It uses BenchmarkDotNet to measure performance and memory allocation when
mapping a complex Spotify album DTO structure.