The idea was to take the concepts of memory reclamation and pointer visibility (stuff you see in EBR or RCU) and map them onto medieval East Asian state-machine logic—specifically the structural and matrix ideas from the Song-Yuan period.
To keep it grounded in actual code, I set up a small concurrent deallocation puzzle using C11 atomics and mapped four classical trigram patterns (乾, 坤, 坎, 離) directly to real-world memory invariants:
* Revoking visibility via CAS before freeing (orthodox safe reclamation)
* Asymmetric pipeline handoffs
* Classic use-after-free bugs from premature freeing
* Race conditions caused by blind `memset` zeroing
It's an attempt to see if ancient structural framing can provide an interesting symbolic vocabulary for modern low-level systems programming, without turning it into philosophical fluff. Thought some folks here might find the crossover interesting.