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In our code for validating the shared memory size, we use .properties().max_shared_memory_per_block() on a device_t object. This is wasteful - let's just get the single attribute. Plus, let's be explicit about it being the opt-in value.
The text was updated successfully, but these errors were encountered:
…code revamp
* Validation code is now consolidated in `launch_config.hpp` and the multi-pwrapper implementations file
* Now performing more validation at more opportunities before kernel launch
* Now ensuring the launch config dimensions don't result in 0-volumne
…code revamp
* Validation code is now consolidated in `launch_config.hpp` and the multi-pwrapper implementations file
* Now performing more validation at more opportunities before kernel launch
* Now ensuring the launch config dimensions don't result in 0-volumne
* Now using `get_attribute()` for the device-level maximum shared memory per block, rather than getting all properties
…code revamp
* Validation code is now consolidated in `launch_config.hpp` and the multi-pwrapper implementations file
* Now performing more validation at more opportunities before kernel launch
* Now ensuring the launch config dimensions don't result in 0-volumne
* Now using `get_attribute()` for the device-level maximum shared memory per block, rather than getting all properties
In our code for validating the shared memory size, we use
.properties().max_shared_memory_per_block()
on a device_t object. This is wasteful - let's just get the single attribute. Plus, let's be explicit about it being the opt-in value.The text was updated successfully, but these errors were encountered: