If you are trying to optimize your device's storage or troubleshoot an app, let me know: What did you find this file in?
// Create engine with compiled binary status = mace::CreateMaceEngineFromCompiledProgram( "my_model", compiled_program, config, &engine );
: Applications handling on-device speech-to-text or smart text predictions. Frequently Asked Questions Can I delete mace-cl-compiled-program.bin? mace-cl-compiled-program.bin
(defstruct peer-info "Structure representing a connected peer." ip-address port last-seen trust-score)
To manage this file programmatically within MACE, developers utilize the SetOpenCLBinaryCachePath API. Ensuring a stable write path for this binary prevents runtime performance regressions across app update cycles. If you are trying to optimize your device's
The internal format is not officially documented but typically contains:
To understand why this file exists, it helps to understand how MACE operates. Developed primarily for mobile and embedded devices, MACE optimizes neural network models so they can run efficiently on consumer hardware. Hardware Heterogeneity Developed primarily for mobile and embedded devices, MACE
The file is a binary file generated by Xiaomi's MACE (Mobile AI Compute Engine) , a deep learning inference framework optimized for mobile devices. This specific file contains compiled OpenCL kernels , which are small programs that allow AI models to run efficiently on a device's GPU.
(defun validate-peer (peer-struct) "Validates a peer based on trust score and certificate." (if (and peer-struct (> (peer-info-trust-score peer-struct) 0.5)) (progn (format t "[MACE] Peer ~a validated successfully.~%" (peer-info-ip-address peer-struct)) t) (progn (format t "[MACE] Peer validation failed.~%") nil)))