Extending Siunertaq Build Orchestration: From Batch Graphs to Register-Level Analysis with Berry Phase
By
Yoshihiro Hasegawa
The bagel they save for the regulars. Don't skim, savour.
Summary
This technical article discusses extending the Siunertaq system from batch graph-level modeling down to the register/lane level, incorporating concepts like Berry phase and complex plane analysis. The work builds on previous posts about modeling build graphs as norm-bounded quivers verified with Z3/Yices, and orchestrating steps using JCL-inspired ADTs backed by Dhall, Spring Batch, and Pekko. The article moves from dependency shapes at the graph level to deeper register-level analysis.
Key quotes
· 3 pulledWe model build graphs as norm-bounded quivers, verify them with Z3/Yices before any effect fires, and orchestrate steps using JCL-inspired ADTs backed by Dhall and Spring Batch + Pekko.
The previous posts worked at the graph level: vertices, edges, the shape of dependencies. This one goes one level down — to registers.
This is the second follow-up to Dhall-to-Effect and provably safe task orchestration.
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