RAFT contains fundamental widely-used algorithms and primitives for machine learning and information retrieval. The algorithms are CUDA-accelerated and form building blocks for more easily writing high performance applications.
RAFT has a runtime_exception that we try to catch and throw everywhere but it's more of a blanket for anything that can go wrong at runtime and it doesn't actually provide the caller much useful information that they can act upon through code. For example, a user of RAFT's C++ API might very well want to know if a specific type of error happened, such as somehting that might have impacted a file-based operation so they can roll back.
This is being requested by users. It's something we should put some time and thought into.
RAFT has a
runtime_exceptionthat we try to catch and throw everywhere but it's more of a blanket for anything that can go wrong at runtime and it doesn't actually provide the caller much useful information that they can act upon through code. For example, a user of RAFT's C++ API might very well want to know if a specific type of error happened, such as somehting that might have impacted a file-based operation so they can roll back.This is being requested by users. It's something we should put some time and thought into.