Files
LithosAnanake/include
Robert Allan JamesandClaude Sonnet 5 1f6343bc03 Publish path, no dispatch -- FABRIC-3.6.md task 3.3
sk_hermes_publish() allocates one SkHermesMessage per channel member
(heat-cost ruling 2026-09-21: one message per subscriber, funded by
the publisher's own reservoir) and enqueues each onto a new
per-subscriber SkHermesPendingQueue -- found-or-created lazily by
vm_id, sized from stadium_max_vm_count() like the channel/switch
tables. Best-effort across subscribers: a failed allocation or full
queue skips and rolls back just that one subscriber, not the whole
publish -- the natural reading of "ledger and stadium_conserved() hold
across N publishes to M subscribers" (the task's own check), not a
separate ruling.

Dispatches nothing -- sk_hermes_pending_count()/peek()/pop() are the
read/drain primitives task 3.4's real checkpoint-driven drain will
build on; this task's own self-test uses them directly since no
checkpoint hook exists yet.

Verified live on all three architectures: pending-queue table sized
50/202/50 slots (tracking the channel table's own per-arch sizing), a
synthetic publish self-test (2 publishes to 3 subscribers) confirms
exact per-subscriber delivery counts, and ledger/stadium_conserved()
invariants hold both mid-publish and after manually draining every
queue back to baseline.

Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
2026-09-22 00:49:22 -04:00
..
2026-08-01 07:49:56 -04:00
2026-08-01 07:49:56 -04:00
2026-08-01 07:49:56 -04:00
2026-08-01 07:49:56 -04:00

include/

Public headers for the hosted StarForth VM (src/). Kernel-only headers live under include/starkernel/.

Core VM

  • vm.h — the VM struct and all core types (DictEntry, DictPhysics, stacks, dictionary state); the central header most other files include.
  • vm_api.h — external VM API surface.
  • vm_host.h, vm_debug.h, startup.h, version.h — host integration, debug utilities, startup sequencing, version string.
  • cli.h, repl.h, io.h, log.h — CLI parsing, REPL loop, I/O, logging.
  • word_registry.h — word registration system shared by every src/word_source/*.c file.
  • compudynamics.h — the generic compudynamics module: tuning-word/config lookups (cd_tuning_word(), cd_tuning_vm()) consumed by ssm_jacquard.c.

Memory / blocks

  • memory_management.h, dictionary_management.h — dictionary allocator and search.
  • block_subsystem.h, blkcfg.h, blkio.h, blkio_factory.h — logical→ physical block mapper and pluggable block I/O backends (file/RAM).
  • platform_alloc.h, platform_lock.h, platform_time.h — platform abstraction shims (hosted vs. kernel allocation/locking/timing).

Physics-driven adaptive runtime (7 feedback loops)

  • physics_runtime.h — main physics coordinator.
  • physics_hotwords_cache.h — Loop #1, execution-heat hot-words cache.
  • physics_metadata.h — per-word DictPhysics metadata tracking.
  • physics_pipelining_metrics.h — Loop #4, word-transition prediction.
  • physics_execution_hooks.h — execution instrumentation hook points.
  • rolling_window_of_truth.h, rolling_window_knobs.h — Loop #2 circular execution-history buffer and its tuning knobs.
  • inference_engine.h — Loops #5/#6, window-width and decay-slope statistical inference.
  • dictionary_heat_optimization.h — Loop #1 heat counters.
  • ssm_jacquard.h — L8 Jacquard steady-state mode selector.
  • doe_metrics.h — Design of Experiments (2^7 factorial) metrics.
  • profiler.h — performance profiling hooks.

Arithmetic / codegen

  • q48_16.h — Q48.16 deterministic fixed-point arithmetic (used instead of IEEE-754 float specifically to keep cross-architecture behavior bit-identical).
  • math_portable.h — portable math helpers.
  • arch_detect.h, starforth_config.h — architecture detection and the build-flag fallback-default layer (used when a .c file is compiled by hand without make).
  • vm_asm_opt.h, vm_asm_opt_arm64.h, vm_asm_opt_riscv64.h, vm_inner_interp_asm.h, vm_inner_interp_arm64.h, vm_inner_interp_riscv64.h — per-architecture assembler-optimized inner interpreter (USE_ASM_OPT=1).

See include/starkernel/README.md for the bare-metal kernel headers.