Adds Slot/Endpoint/Input Control Context structs (32-byte layout only -- HCCPARAMS1.CSZ checked live and confirmed 0 against this driver's QEMU target; 64-byte contexts refuse rather than silently mis-laying-out), xhci_cmd_address_device(), and a new dev->connect_state (idle/await-enable-slot/await-address-device) sequencing Enable Slot and Address Device per connect. Input Context (what the command TRB's parameter points at) and Device Context (what DCBAA[slot_id] points at) are separate 64-byte-aligned allocations, lazily created once and reused across every connect -- single-device driver scope, no free path needed. A new EP0 Transfer Ring uses the same fixed-ring-plus-Link-TRB pattern as the Command Ring. Two facts checked live before writing any context code, not assumed: HCCPARAMS1.CSZ (32-byte, confirmed) and PORTSC.PED at connect time (already set -- PORTSC=0x00021203, SuperSpeed -- the test device self-enables via USB3 link training, so no port-reset state machine was needed this increment; USB2 would need one, untested). Both diagnostics also added console_puts/println-based hex logging (xhci_log_hex32()) -- console_println() only takes string literals, no formatted print existed on this driver's console path before now. Verified live via QMP hotplug, all three architectures, succeeded on the first attempt with no debugging needed: "enable slot succeeded" -> "address device command submitted" -> "address device succeeded" on every boot. Also fixes a FABRIC-2.md dependency-direction error from the previous commit (Address Device is 2f's prerequisite, not the reverse). Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01HZ8kNoTuP63pbQtro4qvrm
include/
Public headers for the hosted StarForth VM (src/). Kernel-only headers
live under include/starkernel/.
Core VM
vm.h— theVMstruct 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 everysrc/word_source/*.cfile.compudynamics.h— the generic compudynamics module: tuning-word/config lookups (cd_tuning_word(),cd_tuning_vm()) consumed byssm_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-wordDictPhysicsmetadata 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.cfile is compiled by hand withoutmake).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.