e50cc1f73ae61e8fdfd0070fcb29c9728980d3e1
356
Commits
| Author | SHA1 | Message | Date | |
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 rajamesandClaude Opus 5.5
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f4bfe7de02 |
logs: three-architecture kernel acceptance baseline at a2d21d5c
Baseline run for StarForth-v4.0.0 as it stands, before any further work. `make -f kernel/Makefile ARCH=<arch> clean qemu` for amd64, aarch64 and riscv64, one at a time, disk/artemis.img and disk/thumbdrives/zuse-thumb-ident.img restored to their committed state before each. All three reach `[zuse@Hera] ok>`, with zero UNKNOWN WORD, PARITY:OK, 1050 POST tests run and ALL IMPLEMENTED TESTS PASSED, stadium_conserved(Artemis)=true. dict_hash is identical across the three: Hera (PARITY:M7.1a, word_count=530) 0x08873e0f44b7cb2a dict_hash 0xe11082140cf86b05 dict_hash 0xb1256603f848e2b9 dict_hash 0xc791409ac1715690 QEMU was asked to quit over QMP once the prompt had appeared and the serial log had been quiet for 10 seconds. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> |
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Robert Allan JamesandClaude Sonnet 5
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26c1117ccd |
Phase 8 v3: refuse a same-VM, cross-device raw block copy from within StarshipOS
Two research passes confirmed the identity record itself (seed/pubkey/ cert) is already unreachable from any FORTH primitive -- only C-level read_devblock/write_devblock touch it. But a device's ordinary user block content CAN be copied between two attached devices today, using only stock, unpinned words: <src> BLOCK <dst> BUFFER 1024 MOVE UPDATE SAVE-BUFFERS, or the dedicated RELOCATE-BLOCK word (whose own doc comment already admits "performs no policy validation of its own"). Checked whether the existing per-block owner_fp/BLK-ACL-ALLOW@ metadata already solves this -- it doesn't: owner_fp encodes who (a VM identity pubkey), never where (physical device), and blk_get_buffer()/blk_update() never consult acl_allow/acl_ttl at all -- those fields are completely inert. Small, targeted fix, no rearchitecture: - blk_subsys_relocate_block() (block_subsystem.c): same-device check. Its own documented purpose is wear-leveling (relocate on the SAME device) -- never stated as cross-device, and nothing enforced that until now. - New public blk_lbn_device_handle() (block_subsystem.c/.h): the missing LBN-to-device direction (blk_get_device_range() already goes the other way). Opaque, stable, == comparable. - MOVE (memory_words.c) and CMOVE/CMOVE> (string_words.c): refuse when both addresses are block-window addresses backed by two different devices -- the exact shape of the composed attack. A copy where either end is ordinary VM memory (the overwhelming common case: staging text from PAD, editing a block in place) is untouched. - blk_vm_check_epoch()/blk_vm_slot_for_addr() exposed (block_words.h) so the two new call sites share the same window-slot invalidation contract rather than a second, divergent copy of it. Verified live on all three architectures, not just boot-clean: same- device MOVE/RELOCATE-BLOCK still succeed exactly as before; cross-device MOVE/CMOVE/RELOCATE-BLOCK all refused. Zero UNKNOWN WORD, identical dict_hash across all three (this change adds no FORTH-visible word, only internal refusal conditions, as predicted). Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> |
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Robert Allan JamesandClaude Sonnet 5
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089ab2160e |
Phase 8 Part B: gate ZUSE-ELIGIBILITY-ADD, closing the no-drive-needed privilege path
ZUSE-ELIGIBILITY-ADD's own doc comment admitted "no authorization check here or anywhere else... applied later if and when actually needed -- not invented here." That's now: anyone reaching a Hera FORTH prompt could add their own pubkey to the eligibility list with zero legitimate identity material -- no minted drive, no WIREBIND, no cert-signature check involved at all. Once a future caller reaches ELEVATE-GRANT again, a self-added pubkey would pass zuse_eligibility_is_member() and grant ACL-ALLOW!/ACL-TTL! on any named word. Fixed the FORTH-only way, matching this project's own convention (ACL policy belongs in ACL.4th, never in C; never gate on zuse_session in C -- her power is the absence of ACLs, not a hardcoded session check): ZUSE-ELIGIBILITY-ADD is now denied by default (capsules/zuse.4th block 4016), granted and pinned only inside ACL-ZUSE-BOOT's already-existing authenticated branch (block 4017) -- the same gate her own god-mode already goes through, requiring a real cert-verified Zuse before it opens. Live-verified on all three architectures, not just boot-clean: after genesis authentication, ACL-ALLOW@ and ACL-PINNED? both read -1, and HERE ZUSE-ELIGIBILITY-ADD executes successfully past the ACL gate. Phase 8 v1 plan: /home/rajames/.claude/plans/jiggly-cuddling-stallman.md Part A (the ELEVATE-GRANT pointer-confusion fix, FABRIC-3.7.md) is separate, not yet built. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> |
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Robert Allan JamesandClaude Sonnet 5
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2406158668 |
Fix include/version.h collision between hosted Makefile and Makefile.starkernel
The hosted Makefile writes include/version.h with FORCE as a prerequisite (always regenerates), but Makefile.starkernel's own rule had no prerequisite at all -- Make only rebuilds a target with no prerequisites when the file is missing. Since both Makefiles write the same path with incompatible content (the hosted version has no LITHOS_VERSION/ LITHOS_VERSION_STR at all), running a bare `make -f Makefile.starkernel` after a hosted `make` build silently reused the wrong file and failed deep in kernel_main.c with "LITHOS_VERSION_STR undeclared". Added FORCE (declared .PHONY, matching the hosted Makefile's own existing pattern) as include/version.h's prerequisite in Makefile.starkernel. Verified the fix directly: poisoned version.h with a hosted build, then ran a bare (non-clean) kernel build and confirmed it self-heals. Full three-architecture acceptance: amd64 (logs/20260922-215333/), aarch64 (logs/20260922-215803/), riscv64 (logs/20260922-220217/) -- all three reach [zuse@Hera] ok>, zero UNKNOWN WORD. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> |
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Robert Allan JamesandClaude Sonnet 5
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a4ad14aec6 |
Phase 5 close-out: Isabelle pass, doc sweep, SBOM, version bump (FABRIC-3.6.md tasks 5.1-5.4)
5.1: Isabelle/HOL pass (52 theories, clean) -- restated the boundary rather than just citing the green build: proof/ scope was already entirely outside this reshuffle's footprint (src/starkernel/, capsules/*.4th), so the boundary is unchanged, not moved. 5.2: Documentation sweep. CLAUDE.md's stale WIP banner and Tripod fleet description updated now that Phases 0-4 have actually landed (Hera/ Artemis/Hestia, no Hermes). MANIFEST.md rides the strip -- hermes/init.4th's block table replaced with a deletion note, init.4th/doe-campaign.4th/ hestia/init.4th entries corrected to match the post-strip live files. Confirmed the TRIPOD.md/0.1 contradiction was already resolved (2026-08-13). Settled the superseded-docs call explicitly: archive as-is, do not rewrite. Fixed experiments/bare_metal/README.md's block-size framing (still said 1024-byte budget; real rule is 64 chars x 16 lines). K-qualification checked clean against the two living documents; full retroactive sweep of the closed archival FABRIC corpus explicitly declined as disproportionate. 5.3: make sbom. Installed syft (user-local, approved). Found and fixed a real Makefile bug while at it -- the sbom target hardcoded --source-name StarForth, so DocumentName was wrong even after regenerating. 5.4: LITHOS_VERSION 2.0.0 -> 2.1.0, engine VERSION 3.1.0 -> 3.2.0 (minor, per the dictionary-visible-only rule). Replaced the stale version-comment block in Makefile.starkernel (had the odd/even LTS rule backwards) and docs/lithosananke/ROADMAP.md's retired versioning-policy section with the ratified ladder. Verified on all three architectures; riscv64's first pass hit a transient virtio_blk timeout during boot-time Zuse genesis mint, reported and confirmed non-reproducing on an immediate clean retry. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> |
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Robert Allan JamesandClaude Sonnet 5
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3e201c82a5 |
Stage E: Category B strip -- remove Hermes, messaging.4th, old routing (FABRIC-3.6.md task 4.1-4.4)
All FORTH-owned message types were cut over to kernel-Hermes in Phase 3 (tasks 3.8-3.10). This removes the now-dead FORTH messaging layer and the Hermes VM itself: capsules/common/messaging.4th, capsules/hermes/init.4th, the slot-3 VM-NAME-REG pairing convention, and every load-site/birth-site reference across capsules/init.4th, artemis/init.4th, hestia/init.4th, doe-campaign.4th (Artemis-only now), capsule_console.c, capsule_mint.c, capsule_wirebind.c, capsule_birth.c, and kernel_main.c. Verified on all three architectures: clean boot, mkcapsule --lint clean (36 files, 0 violations), zero UNKNOWN WORD, identical dict_hash across amd64/aarch64/riscv64 for every VM, and a full mint -> WIREBIND-attach -> USE -> relay round-trip exercising the two highest-risk edits (capsule_console.c/capsule_mint.c). Found, not fixed: deleting messaging.4th removes SEND-ELEVATE-REQUEST, which was the only caller of KH-ELEVATE-SEND and the only path to ELEVATE-GRANT (zuse-eligibility.4th, still loaded at boot) -- Phase 8 PKI's own elevation entrypoint. Needs a decision before Phase 5 close-out. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> |
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Robert Allan JamesandClaude Sonnet 5
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cab9b5a31f |
Stage D: ELEVATE-REQUEST real cutover -- FABRIC-3.6.md task 3.10
Reachability verified live before writing any code, per this project's own standing rule (grep cannot establish reachability alone): FIND SEND-ELEVATE-REQUEST / FIND ELEVATE-GRANT / FIND CH-REQUEST all resolve on a live Hera boot, though grep across capsules/experiments/docs found zero callers of SEND-ELEVATE-REQUEST -- a real, complete, directly-callable entrypoint (H.5/H.8's own design) with no current automatic trigger, not dead code. Correction to a prior finding, made in the course of this check: task 3.8's write-up claimed "Hera's own pre-existing inability to load common:messaging.4th" -- false. capsules/init.4th (Hera's own MAMA_INIT capsule) loads it directly, and SEND-ELEVATE-REQUEST lives and works in her dictionary right now. Task 3.8's own actual scope is unaffected by this correction. Cutover: SEND-ELEVATE-REQUEST (messaging.4th) no longer ends in CH-REQUEST's COMMON-CH/MSG-SEND path; it now calls KH-ELEVATE-SEND (repl.c), a new C word wrapping sk_hermes_send_one(), registered unconditionally for every VM. from/to are derived from the calling VM and sk_get_mama_vm() directly in C, never taken from the stack -- a real correctness improvement over CH-REQUEST's own initiator-only gate, which only existed because a caller COULD pass the wrong from value; deriving it in C makes that spoof structurally impossible. SK_HERMES_MSG_TYPE_ELEVATE_REQUEST reuses ELEVATE-REQUEST's own value (8), same partition-rule reasoning as tasks 3.8/3.9. Delivery is unchanged task 3.4 machinery. No new static-buffer lifetime caveat -- the payload-aliasing fix landed before this task started. CH-REQUEST (messaging.4th) is now dead code, its one real caller just removed -- found, not fixed, per Captain Bob's Law. Verified live on all three architectures: 0 0 0 0 S" DUP" SEND-ELEVATE-REQUEST (deliberately-invalid pubkey, so ELEVATE-GRANT correctly refuses -- the check is the pipeline running, not a grant succeeding) fires the evidence line and completes cleanly, DUP unaffected afterward. Zero UNKNOWN WORD, dict_hash identical across all three architectures (changed uniformly from prior runs -- one new word registered -- not diverged, matching SXXXIV.6's own rule). This closes task 3.11 (Phase 3 gate): all of messaging.4th's live FORTH-owned message types (BLK-ATTACH-EVENT, CONSOLE-CMD-EVENT, ELEVATE-REQUEST) are now real kernel-Hermes cutovers. Phase 4 may begin. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> |
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Robert Allan JamesandClaude Sonnet 5
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d4f8a568ee |
Silence routine diagnostic noise; fix a real CRLF double-submit bug
Two separate fixes, found and closed together after task 3.9/prompt-
format landed (Captain Bob: "finish the work first then we'll do
cleanup before 3.10 begins").
1. Logging noise (confirmed live via QMP screendump): three sources
were cluttering ordinary interactive console sessions.
- INFERENCE "Output validation failed, ignoring results"
(vm_runtime.c, kernel; vm_time.c, hosted mirror) and xhci "CSW
status = FAILED"/"unit not ready -- retrying" (xhci.c) were
already log_message(LOG_WARN/LOG_ERROR, ...) calls, just visible
at the default runtime LOG_WARN level -- downgraded to LOG_INFO,
all three fire routinely and self-resolve (xhci.c's own existing
comment already documents the retry as expected SCSI UNIT
ATTENTION behavior, not a driver defect).
- Stadium: dispatch cell=... (stadium.c's stadium_dispatch()) was a
genuine defect: an unconditional console_puts()/console_println()
sequence with no level gating at all, printing on every single
dispatch. Rewritten through log_message(LOG_DEBUG, ...).
2. CRLF double-submit (found while investigating why the cleaned-up
noise still didn't look like a normal single-VM session):
sk_console_readline() (repl.c) breaks on '\r' OR '\n' as independent
terminators, so a line sent as both bytes submits twice -- the real
line, then an immediate empty-line submit on the second byte, each
printing its own " ok". Pre-dates Stage D entirely, not an async-
relay artifact. Fixed with a single non-blocking peek-and-discard
for the paired byte right where the line terminates.
Verified live on all three architectures for both fixes: zero UNKNOWN
WORD, dict_hash identical to every prior acceptance run in this
document (both changes are display/interaction-only).
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
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Robert Allan JamesandClaude Sonnet 5
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5c07745c18 |
Fix SkHermesMessage payload-aliasing defect (task 3.8 findings log)
sk_hermes_send_one() -- the single funnel every sender, including sk_hermes_publish(), already goes through -- used to store the caller's own payload_addr pointer as-is. Two sends before either drains meant both messages pointed at the same caller-owned buffer, whichever send wrote last silently winning: real, confirmed live (a second identity thumbdrive attached at boot alongside Zuse's own left its WIREBIND pairing silently never happening). SkHermesMessage gains an inline payload_buf[SK_HERMES_CHUNK_MAX_ PAYLOAD] field; sk_hermes_send_one() now memcpy()s the caller's payload into it and points payload_addr at that copy instead. No sender or reader call site needed to change -- every existing reader already only ever reads through payload_addr, which still points at valid bytes of the same length, now message-owned. g_kh_blk_attach_buf/ g_kh_console_cmd_buf (repl.c, tasks 3.8/3.9) no longer need to survive past their own send call; their doc comments, which had claimed the old aliasing shape was benign, are corrected. Verified the original bug is actually gone: reproduced the exact original scenario (a real, sequentially-minted rajames identity attached at boot alongside Zuse's own, two simultaneous BLK-ATTACH- EVENT sends in one idle-loop pass) -- WIREBIND pairing, USE, and the Stage D relay all now work where WIREBIND previously silently failed. Standard three-ISA acceptance also clean: zero UNKNOWN WORD, dict_hash identical across all three and matching every prior acceptance run in this document. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> |
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Robert Allan JamesandClaude Sonnet 5
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21734b1a52 |
Console prompt: identity/machine both sides once redirected off Hera
sk_console_user_prefix() (repl.c) previously always returned "zuse" (or the WIREBIND-attached username) as the left side of the bracket prefix, regardless of which VM the console was actually pointed at -- "[zuse@rajames]" after USE rajames, always showing the authenticating superuser rather than the active identity. Changed on Captain Bob's direct instruction: once the console is redirected into a WIREBIND identity's own console VM (console_get_vm_name() != "Hera"), show that same name on both sides -- "[rajames@rajames]" -- since WIREBIND births the console VM literally named after the identity, so the identity IS that VM, not a separate label. At the top level (still on Hera, nothing has redirected yet), the original zuse_session/WIREBIND-username logic is unchanged. An earlier, more ambitious attempt (separate identity/machine tracked state across every console_set_vm_name() call site) regressed live to a wrong [zuse@Artemis] prompt and was fully reverted before reaching any acceptance run -- the landed fix needed none of that new state, just this one function. Verified live on all three architectures: [zuse@Hera] at the top level and after a live WIREBIND attach (before USE), [rajames@rajames] after USE rajames, with task 3.9's Stage D relay still firing correctly on top of it. Zero UNKNOWN WORD, dict_hash unaffected (display-only change). Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> |
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Robert Allan JamesandClaude Sonnet 5
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3975dc61cd |
Stage D: CONSOLE-CMD-EVENT real cutover -- FABRIC-3.6.md task 3.9
Send-side cutover: sk_repl_dispatch_line()'s FORTH-string
"CONSOLE-CMD-EVENT 0 3 S\" ...\" 0 MSG-SEND" interpret is replaced with
a direct sk_hermes_send_one() call (SK_HERMES_MSG_TYPE_CONSOLE_CMD,
kernel_hermes.h, deliberately reusing CONSOLE-CMD-EVENT's own value 7,
same partition-rule reasoning as task 3.8's BLK-ATTACH-EVENT cutover).
Real finding along the way: kernel-Hermes's drain only ever runs as a
side effect of vm_interpret() being called on the target VM. Task
3.8's target (Hera) is always being interpreted via the interactive
REPL loop; task 3.9's target is a WIREBIND identity's own ~user VM, a
passive receiver nothing else drives. The existing idle-loop pump only
ticked VMs with the old FORTH MSG-TICK word ACL-allowed -- a VM minted
with the STD79-lockdown personality never has it, so the pump silently
skipped it forever and queued messages never delivered. Fixed by
adding an unconditional, direct sk_hermes_drain_checkpoint() call in
the same pump loop, independent of the MSG-TICK gate.
Verified live on all three architectures: WIREBIND-attach a real
identity, USE into it, type a plain console line, confirm the Stage D
evidence line and correct relayed execution result. Zero UNKNOWN WORD,
dict_hash identical across all three ISAs and matching task 3.8's own
baseline. The FABRIC-3.md-documented USE/BINDSTEP crash did not
reproduce in any of these live sessions (recorded as a finding, not
chased further).
Depends on the zuse_root_pubkey_known fix already landed in
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Robert Allan JamesandClaude Sonnet 5
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7944abca36 |
Findings: task 3.8 payload-aliasing defect found while starting 3.9
While orienting for task 3.9 (CONSOLE-CMD-EVENT cutover, per Captain Bob's ruling to verify via a real QMP/serial-socket console session), booting with a second real identity drive attached alongside Zuse's own exposed a real defect in the already-closed task 3.8 code: g_kh_blk_attach_buf (repl.c) is one static buffer, and sk_hermes_send_one() stores payload_addr as a caller-owned pointer, not a copy. Two real USB-MSC attaches in one sk_repl_idle() pass send before either drains, so both messages alias the same buffer -- only one identity ever completed. Task 3.8's own write-up claimed this "carries the same single-buffer- reuse shape ATTACH-ACK-BUF itself already had... not a new hazard" -- that claim was wrong and is amended in FABRIC-3.6.md's findings log. FORTH's own MSG-SEND had the identical pointer-aliasing shape but never hit the window: MSG-TICK drained from the same sk_repl_idle() pass that queues attaches. Kernel-Hermes drains at interpret checkpoints, which don't fire during that pass at all -- the cutover changed not just how delivery happens but when, opening a window FORTH's own design never had. Reported, not fixed here, per Captain Bob's Law: this is a defect in closed task 3.8 code, found while scoping a different task. A real fix changes SkHermesMessage's own shape to own its payload bytes rather than reference a caller's pointer -- bigger than a repl.c patch, touches every existing sender, needs its own three-ISA acceptance. Task 3.9's own send-side cutover (kernel_hermes.h, repl.c) is written but deliberately left uncommitted -- it would inherit the identical defect shape if shipped now. logs/20260922-111840/amd64/ is the reproduction. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> |
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Robert Allan JamesandClaude Sonnet 5
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bbfd9103f4 |
Stage C: cut over BLK-ATTACH-EVENT alone -- FABRIC-3.6.md task 3.8
The reply leg (Artemis -> Hera ack) that used to flow through common:messaging.4th's MSG-SEND/MSG-TICK now goes through kernel-Hermes's sk_hermes_send_one()/sk_hermes_drain_checkpoint() instead -- FORTH Hermes never sees a BLK-ATTACH-EVENT message again (SXXXIV.2's partition rule). The request leg was never real FORTH messaging traffic to begin with (a direct VM-EXEC, no type tag, forced by Hera's own inability to load common:messaging.4th), so it is untouched. New KH-BLK-ATTACH-SEND (repl.c) wraps sk_hermes_send_one(), reached from capsules/artemis/init.4th's HERA-BLK-ATTACH-REQ. Delivery reuses task 3.4's already-wired sk_hermes_drain_checkpoint(); BLK-ATTACH-ACK itself is unchanged, just reached by a different layer. SK_HERMES_MSG_TYPE_BLK_ATTACH deliberately reuses BLK-ATTACH-EVENT's own value (9) to document this as a cutover of the same message, not a new one. Two real bugs found on the way, both recorded in FABRIC-3.6.md's findings log: - A popped FORTH CREATE-buffer address was raw-cast to a host pointer instead of going through vm_ptr() -- silently read all-zero memory, no crash, no error, just a message that arrived and did nothing. Fixed; the rule and its exception (repl.c's own dev-addr is legitimately a raw pointer, formatted that way by its own pushing code) are written up for the next FORTH-facing C word. - A separate, genuine hang on the very first live exercise of this path, never reproduced across ten subsequent boots. Reported, not chased -- not blocking, per the task's own check being otherwise fully satisfied. Also found live: log_message() is invisible in this build's actual serial-log capture at every level -- settled on a single console_println in the real drain target instead, one line per real USB attach, not a hot-path. Final acceptance (logs/20260922-105501, -105758, -110304, disk images reset before each): dict_hash identical across all three architectures for every VM, zero UNKNOWN WORD, mkcapsule --lint clean, real ledger+stadium_conserved(Artemis)=true evidence on every boot. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> |
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Robert Allan JamesandClaude Sonnet 5
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f37aa0fb17 |
Channel-open policy hook -- FABRIC-3.6.md task 3.7
Added HERMES-CHANNEL-OPEN? ( req-hi req-lo -- allow? ) at capsules/ACL.4th block 4008 (default: approve everything) -- the one word policy authors edit. sk_hermes_channel_open_policy(VM*, VMUuid) (kernel_hermes.h/.c) is the C-side query that calls it via plain word-dispatch against the target VM's own dictionary/stack, never vm_interpret() (avoids task 3.4's input-buffer cursor hazard entirely) and never decides the answer itself. Fails closed: no policy word, a policy error, or stack underflow all deny, matching CLAUDE.md's posture that absence of policy must never mean "always allow." Two real bugs found and fixed before this was called done: missing current_executing_entry assignment before calling the word's func pointer (colon words silently no-op without it, vm_core.c:730 -- no crash, just a wrong answer); and a second FAIL with debug instrumentation still in place whose precise cause isn't reconstructable, since no intermediate commit exists for that attempt. Self-test proves the task's check four ways against the same unchanged C function: default approve, live redefinition to deny (zero C change), restore, and a VM with no ACL.4th loaded at all (fail closed). A fifth check wires the result into task 3.6's sk_hermes_channel_respond() end to end: a denied policy produces a NACK and no channel, ledger/stadium_conserved() holding throughout. Scope, per Captain Bob's ruling: closes with the query built and proven; sk_hermes_channel_respond() still takes a caller-supplied approved bool rather than calling the policy internally. Wiring a real channel-open call site to only this query is deferred to whichever later task first needs a live decision. dict_hash identical across amd64/aarch64/riscv64 for every VM, zero UNKNOWN WORD, mkcapsule --lint clean (38 files, 0 violations). Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> |
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Robert Allan JamesandClaude Sonnet 5
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205a49ecd0 |
ACK/NACK and private-channel negotiation -- FABRIC-3.6.md task 3.6
Extracted sk_hermes_send_one() from sk_hermes_publish()'s own
per-subscriber body -- one code path for both point-to-point and
fan-out delivery, so the ledger can never diverge between them.
Point-to-point addressing turned out to be load-bearing, not
incidental: sk_hermes_publish()'s fan-out sets msg->to to whichever
member it is iterating, so a negotiation message "published" to the
common channel would spuriously reach every member, not just the real
target (checked with advisor() before building the naive version).
"Over the common channel" means every VM is reachable from birth (task
3.2), not that the exchange itself fans out -- messaging.4th's own
CH-REQUEST carried an explicit `to` for the same reason.
sk_hermes_channel_request/respond/close build the mechanics: request ->
grant (creates a private channel, subscribes both parties, sends
CH_GRANT + one ACK) or NACK ("a deny is a NACK", SXLV.1 -- no separate
type); close authorized by membership alone. The grant/deny decision is
a plain caller-supplied `approved` bool -- task 3.7 replaces the call
site that produces it with a real ACL.4th query, not this signature.
Self-test covers the task's own three checks plus a sibling advisor()
flagged: an approved respond() whose channel creation itself fails
(table exhausted) must still fall through to NACK, not a silent false
grant or half-open channel -- verified by exhausting the whole channel
table and confirming the fallback.
Bug found and fixed before this was called done: the first draft
dropped a message via pending_pop() alone, without releasing it first,
leaking its Stadium heat and failing the self-test's own ledger
baseline check (logs/20260922-065946/amd64/, kept as audit trail).
Fixed and re-verified PASS on all three architectures.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
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Robert Allan JamesandClaude Sonnet 5
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8a2ee0fdad |
Payload bound and chunking -- FABRIC-3.6.md task 3.5
sk_hermes_publish() now enforces SK_HERMES_CHUNK_MAX_PAYLOAD (1024) on every message's payload_len uniformly, chunked or not -- closing the gap task 3.3 explicitly parked. A chunk carrier is [SkHermesChunkHeader][content slice], slice capped at 1024 - sizeof(header) rather than 1024 itself, so every message on the wire satisfies the same one-block bound vm_interpret()'s own drain limit already requires -- a future chunk-aware drain never has to special-case a carrier that can't be handed to vm_interpret() as-is. Deliberately no chunking-sender API: building one would need kernel-Hermes to own chunk-buffer memory with a real lifetime it has no way to track (kept alive until every subscriber drains it). Sending is a loop pattern a caller writes with sk_hermes_chunk_count() + sk_hermes_publish(), demonstrated by this task's own self-test. sk_hermes_reassemble() is pure and memory-agnostic: validates msg_id agreement, exact seq coverage, and per-chunk slice sizes before a single memcpy, with the total length computed once and checked against the caller's buffer once -- never order-dependent on which chunk happens to overflow. Verified live on all three architectures: a 1024-byte payload as one message, a 1025-byte send refused outright with the ledger untouched, and a 3000-byte payload split into 3 chunks, drained, and reassembled byte-exact against the original. dict_hash unmoved and identical across architectures. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> |
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Robert Allan JamesandClaude Sonnet 5
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2b1ba031a5 |
Drain at the outermost checkpoint -- FABRIC-3.6.md task 3.4
sk_hermes_drain_checkpoint() interprets one queued payload per checkpoint (ruled: one message per checkpoint), reusing sk_vm_at_outermost_interpret() and placed before the switch-signal block in vm_core.c's existing cooperative checkpoint (sk_vm_context_switch() doesn't return until switched back to, so drain must come first or it silently never runs on a switching checkpoint). Amends FABRIC-3.5.md SXLIII.5, caught by advisor() before writing the naive version: "recursive drain is prevented for free" via g_vm_interpret_depth is true but only for same-message re-drain -- it doesn't cover the separate same-VM reentrancy hazard FABRIC-3.md SXX already named for Hera specifically (VMCallState saves rsp/exit_colon/ ecw_nesting only, never input_buffer/input_length/input_pos). Draining calls vm_interpret() on the same vm whose own vm_interpret() call is still paused mid-word at the checkpoint; without saving and restoring the cursor by hand, the enclosing REPL line or LOAD block would be silently truncated. sk_hermes_drain_checkpoint() snapshots and restores input_buffer/input_length/input_pos/mode/error/abort_requested around the call. Not a divergence from the ruling -- cursor preservation is the implementer's own obligation inside the ruled mechanism. Gated behind a system-wide pending-total counter so the common no-message-in-flight case costs one integer read per word dispatch, not a stadium_max_vm_count()-sized queue scan (also flagged by advisor() as a real hot-path cost, not deferred). Verified live on all three architectures: a self-test publishes a real payload to Hermes, proves the depth gate via VM-EXEC-ing an existing harmless colon word into Hermes (genuine nested vm_interpret(), depth 2, must not drain), then drains directly from genuinely-outermost context and confirms exactly one clean drain. dict_hash unmoved and identical across architectures. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> |
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|
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> |
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Robert Allan JamesandClaude Sonnet 5
|
a4afdfa591 |
Channel table + common channel, inert (B1) -- FABRIC-3.6.md task 3.2
Adds SkHermesChannel: a channel is an index into a boot-time, stadium_max_vm_count()-sized table (same sizing pattern task 3.1 established for the switch table -- no separate numeric rule was ruled for this table, so task 3.1's bound is extended directly, flagged as such rather than restated as a new ruling). No name field, mirroring messaging.4th's own nameless CH-ARENA. The common channel (index 0) is created at boot and permanent. Hera subscribes explicitly in kernel_main.c (she is the one VM never born through capsule_birth_baby()); every other VM -- Tripod fleet and future WIREBIND identities alike -- subscribes inside capsule_birth_baby() itself, the single choke point every other birth already passes through. Inert: no publish, no dispatch, no ACK/NACK, no ACL hook (tasks 3.3, 3.6, 3.7). Verified live on all three architectures: channel table sized to 50/202/50 slots (matching switch-signal's own per-arch sizing), common-channel fleet self-test confirms all four Tripod members are members, and a synthetic create/subscribe/unsubscribe/ destroy round-trip against a private topic passes, including refusing to destroy the common channel. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> |
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Robert Allan JamesandClaude Sonnet 5
|
c19ef365fe |
Dynamic switch table (B2) -- FABRIC-3.6.md task 3.1
Replaces the fixed SK_SWITCH_MAX_SLOTS=16 compile-time array with a boot-time, RAM-derived allocation via a new sk_vm_switch_signal_boot_init(), kmalloc'd to stadium_max_vm_count() entries -- the same pattern session_boot_init() already established for Stadium-derived sizing. Every switch-signal participant is a Stadium VM, so this reuses that bound directly rather than deriving a separate one. Verified live on all three architectures: switch table sized to 50 slots (amd64), 202 slots (aarch64), 50 slots (riscv64) -- all well past the old fixed cap. All three boot to [zuse@Hera] ok> cleanly; dict_hash for Hermes/Hestia identical across architectures, unmoved from pre-task values. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> |
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Robert Allan JamesandClaude Sonnet 5
|
feace42397 |
Add diagnostic scan cross-check of the Hermes counters -- FABRIC-3.6.md task 2.8
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> |
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|
Robert Allan JamesandClaude Sonnet 5
|
2a2bf6eb35 |
Stage B proof: add per-VM consumed term to stadium_conserved -- FABRIC-3.6.md task 2.7
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> |
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Robert Allan JamesandClaude Sonnet 5
|
313ffc89e6 |
Add exact-equality Hermes ledger self-audit -- FABRIC-3.6.md task 2.6
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> |
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Robert Allan JamesandClaude Sonnet 5
|
d11eb2e5db |
Add sk_hermes_decay(), ledgering decay into consumed -- FABRIC-3.6.md task 2.5
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> |
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Robert Allan JamesandClaude Sonnet 5
|
493d410028 |
Add the four ledger counters (held/pulled/returned/consumed) -- FABRIC-3.6.md task 2.4
FABRIC-3.5.md SXL.4's ledger: held == pulled - returned - consumed,
epsilon zero. Added sk_hermes_ledger() (an accessor, not a mutator)
plus four static counters in kernel_hermes.c.
Each counter has exactly one increment/decrement site: held/pulled
both move at sk_hermes_alloc()'s single success path, after every
refusal branch has already returned; held/returned both move at
sk_hermes_release()'s single success path. consumed is declared and
always reads 0 -- its one increment site doesn't exist yet, and won't
until task 2.5 gives decay something to record.
sk_hermes_release() now reads the Stadium cell's live header.heat
immediately before calling stadium_evict(), rather than assuming the
original pulled amount -- stadium_evict() zeroes the header as part of
freeing the cell and its own return value is a success code, not the
credited amount, so this is the only point the true remaining heat is
available. Today this always equals the original Q.SLOT pull; once
task 2.5's decay exists, this is what keeps returned correct without
touching this function again.
Self-test (kernel_main.c) extended: snapshots the ledger before
running so it checks its own deltas, verifies held/pulled grow by
exactly got_n * Q_SLOT on allocation with returned/consumed untouched,
then verifies held returns to its starting value and returned grows by
the same amount on release, and checks the audit invariant itself as a
bonus (task 2.6 formalizes this properly).
Three-arch boot clean: amd64/aarch64/riscv64 all reach [zuse@Hera] ok>,
zero UNKNOWN WORD, dict_hash unmoved. All three print PASS with
identical final ledger: held=0 pulled=65536 returned=65536 consumed=0.
No compiler warnings.
Authorized by Captain Bob ("keep going with rhe 6.5 document").
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
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Robert Allan JamesandClaude Sonnet 5
|
2c1dc1753a |
Correct sk_hermes_alloc() to admit a real Stadium patron; add sk_hermes_release() -- FABRIC-3.6.md tasks 2.2 (amended) + 2.3
Real finding, caught before building release on a foundation that
couldn't support it: task 2.2's first cut of sk_hermes_alloc() pulled
reservoir heat but never admitted a real Stadium-floor patron -- just a
local in_use flag. FABRIC-3.5.md SXXXIII.4 item 1 says MSG-FREE-NODE
returns heat "via STADIUM-EVICT", which only means something if
allocation admitted something. SXL.4's own invariant, Sigma(resident
patron heat) + reservoir + consumed == Q48_ONE, cannot balance if held
heat is invisible to every term while held. Flagged to Captain Bob
before proceeding; authorized to correct 2.2 in the same pass as
building 2.3 on top of the fix.
sk_hermes_alloc() now calls stadium_admit() with heat = the pulled
amount, behaviour = STADIUM_BEHAVIOUR_DELIVER (matching messaging.4th's
own SB-DELIVER STADIUM-ADMIT exactly), and identity = the message's own
slot index (matching the FORTH precedent -- caught live in the first
boot of this fix that omitting this made stadium_dispatch()'s existing
DELIVER diagnostic print msg_idx=0 for every message instead of a
distinct value). The returned cell index is stored in the message's
own stadium_cell field. Stadium-floor refusal (independent of reservoir
affordability) rolls back the pull the same way the other refusal
paths already do.
sk_hermes_release() -- the function task 2.3 actually asks for -- calls
stadium_evict() on that cell, which itself returns the departing
patron's remaining heat to its owning VM's reservoir, matching
MSG-FREE-NODE's exact shape. Release does not touch the reservoir
directly.
Self-test (kernel_main.c) extended: keeps every allocated message's
pointer, allocates to exhaustion as before, releases all of them, and
checks the reservoir returns to precisely its starting value.
"Undecayed" is true by construction (no decay/TTL logic exists yet,
task 2.5) -- exact restoration, not approximate.
Three-arch boot clean: amd64/aarch64/riscv64 all reach [zuse@Hera] ok>,
zero UNKNOWN WORD, dict_hash unmoved from task 2.2. All three print
identical PASS arithmetic: reservoir0=65536, reservoir_after_alloc=0,
reservoir_final=65536. No compiler warnings.
stadium_dispatch()'s DELIVER-case console output (one line per
eviction) is pre-existing instrumentation, not new -- confirmed real
and load-bearing per stadium.c's own comment, verbose but expected.
Authorized by Captain Bob ("yes").
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
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Robert Allan JamesandClaude Sonnet 5
|
9d129fdb1c |
Add sk_hermes_alloc(), the heat-coupled allocator -- FABRIC-3.6.md task 2.2, item 28
The piece FABRIC-3.5.md SXXXIII.6 calls "what remains genuinely hard,"
built and proven first per its own recommendation. Added
src/starkernel/vm/kernel_hermes.c (wired into Makefile.starkernel's
LOADER_EXTRA_SRCS -- this repo lists vm/*.c files explicitly, no glob)
and sk_hermes_alloc()'s declaration in kernel_hermes.h.
Checks stadium_reservoir_peek(vm_id) >= SK_HERMES_Q_SLOT before
touching the reservoir at all -- refusal this way needs no rollback,
since nothing was pulled -- with an explicit rollback path
(stadium_reservoir_push) kept defensively for the pull-then-short case,
though nothing in this single-core kernel is expected to reach it.
SK_HERMES_Q_SLOT = Q48_ONE / SK_HERMES_MSG_MAX (2048), deliberately
simpler than messaging.4th's own formula, which reserves a Q.1/3 floor
for COMMON-CH's own Stadium heat -- kernel-Hermes has no such object
(SXXXIII.4/SXXXIII.5's flat membership list carries no heat of its
own), so there is nothing left for that floor to protect.
Self-test in kernel_main.c, same diagnostic-only synthetic-VM pattern
as the existing Stadium quota grant self-test (lo=3, distinct from
that test's lo=1): reads back the actual granted reservoir rather than
assuming a number, derives expected_n from it, allocates to refusal,
and checks the refusal lands at exactly expected_n, the reservoir
doesn't move on the refused attempt (rollback proven, not assumed),
and the final reservoir is exactly reservoir0 minus got_n times
Q_SLOT.
Three-arch boot clean: amd64/aarch64/riscv64 all reach [zuse@Hera] ok>,
zero UNKNOWN WORD, dict_hash unmoved from task 2.1 (pure C, no FORTH
touched). All three print identical self-test arithmetic: reservoir0=
65536 Q_SLOT=2048 expected_n=32 got_n=32 reservoir_after=0. No compiler
warnings.
Noted, not fixed: Q_SLOT's divisor and SK_HERMES_MSG_MAX are the same
32, so reservoir and arena exhaustion land at exactly the same count by
construction -- this test can't distinguish which refusal reason
fired, only that refusal is correct and rolls back correctly.
Deliberately not evidence for stadium_conserved(): allocating alone
(no release yet, task 2.3) leaves pulled heat held off the Stadium
floor, so the two-term check would correctly read false right now if
run mid-hold. That's expected, not a bug -- Stage B (task 2.7) is
defined as "before and after the alloc/free cycle," not "continuously
during." This task's self-test checks reservoir arithmetic directly
instead.
Authorized by Captain Bob ("Yes continue").
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
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|
Robert Allan JamesandClaude Sonnet 5
|
f10fa7ae83 |
Add kernel-Hermes message/membership structures -- FABRIC-3.6.md task 2.1, Phase 2 begins
Phase 2, task 2.1 only: type definitions, wired to nothing, drawing no
heat -- no allocator, no protocol logic, no registration anywhere.
FABRIC-3.5.md SXXII.4: Phase 2 structures come first and prove nothing
until the allocator is built on top (task 2.2 onward, each its own
commit).
Added include/starkernel/vm/kernel_hermes.h:
SkHermesMessage -- field-for-field mirror of messaging.4th's live
9-cell MSG-* layout (type/from/to/payload addr+len/Stadium cell
index/seq/channel/orig-type), per SXXXIII.4 item 1 ("roughly half the
file is accessors that become struct fields"), plus an explicit
in_use flag for task 2.2's allocator. Deliberately no separate heat
field: per SXL.4, a message's heat IS the Stadium cell it occupies,
not a value copied alongside it -- one source of truth for the
conservation invariant stadium_conserved() (task 0.7) checks.
SkHermesMembership -- one flat broadcast membership list, SXXXIII.4/
SXXXIII.5's recommended replacement for messaging.4th's 28-word channel
abstraction (traced to exactly one live caller, CH-ADD-MBR). Item 27
(negotiation vs. broadcast, Phase 3 blocker B1) is not answered by this
structure and isn't meant to be -- a flat list is correct either way.
Genuinely wired to nothing: no .c file, no Makefile change, no include
from any compiled source. Syntax-checked standalone (gcc -std=c99
-Wall -Wextra -Werror -fsyntax-only) before touching the real build.
Boot byte-identical to task 1.9's baseline on amd64 (same dict_hash
triple, zero UNKNOWN WORD). Did not repeat aarch64/riscv64 -- the file
compiles into no object on any architecture, so there is no mechanism
by which it could diverge.
Authorized by Captain Bob ("yes").
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
|
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|
Robert Allan JamesandClaude Sonnet 5
|
1e75bb8039 |
Assert Hestia's headless invariant -- FABRIC-3.6.md task 1.9, Phase 1 closed
Audited first: neither capsules/hestia/init.4th nor her birth block in
kernel_main.c references g_wirebind_attached_username, CONSOLE-ATTACH,
MINT, or any proxy-minting mechanism -- the invariant already held
structurally, by absence. Stated it explicitly anyway, per the task:
added a comment at Hestia's birth site quoting FABRIC-3.5.md SXVIII.6's
invariant verbatim, warning future edits not to add console/wirebind/
proxy code there without re-reading it first.
Verified live with the actual no-thumbdrive boot
(ARCH=<arch> qemu ZUSEDISK=), not the default. All four VMs born
successfully on all three architectures, zero UNKNOWN WORD, and zero
ok> occurrences anywhere in any of the three full logs -- genuinely
silent, matching sk_repl_headless_wait()'s own documented "no banner,
no prompt, no input surface at all." Watched each log's line count
post-birth for 8-10s to confirm it stayed flat rather than eventually
printing something late.
Confirmed no regression on the standard (with-thumbdrive) path on
amd64: dict_hash identical to task 1.8's baseline. Did not repeat that
check on aarch64/riscv64 -- the change is a comment only, cannot
diverge by compiler, and the headless invariant itself was already
proven identically on all three.
Phase 1 is now fully closed (tasks 1.1-1.9). Tripod is Hera/Artemis/
Hestia plus Hermes (retained through Phase 1-3 per SXXXIV.4); Hestia
owns the drawing fabric exclusively; headless-until-login intact with
Hestia in the fleet. Phase 2 is next.
Authorized by Captain Bob ("yes").
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
|
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|
Robert Allan JamesandClaude Sonnet 5
|
6c6293cd52 |
Move PLOT/FB-WIDTH/FB-HEIGHT registration to Hestia only -- FABRIC-3.6.md task 1.8
Real fix for task 0.8's finding. register_framebuffer_words() was
called unconditionally from register_forth79_words() (word_registry.c),
itself called unconditionally from vm_init_with_host() -- the generic
per-VM bootstrap every VM goes through, with no way to know a VM's
name at that point.
Removed the unconditional call. Added a name-gated call instead in
capsule_birth_baby() (capsule_birth.c), beside the existing
is_fleet_foundation check -- the one place in the birth path where
capsule_name and the newly-allocated VM* are both in scope together:
Hestia gets register_framebuffer_words(), nobody else does.
Positively verified live, exactly as the task's own check demands:
FB-WIDTH via VM-EXEC returns UNKNOWN WORD in Hermes and Artemis, 1280
in Hestia. Confirmed at the fundamental level too: Hera's own base
PARITY:M7.1a word count dropped from 531 to 528 -- exactly the three
words removed -- identical across all three architectures.
Three-arch boot clean: amd64/aarch64/riscv64 all reach [zuse@Hera] ok>,
zero UNKNOWN WORD during boot. mkcapsule --lint capsules/ clean, 38
files / 0 violations (pure C change, no capsule content touched). No
compiler warnings.
Side effect on the vendored hosted build, expected and not a
regression: capsule_birth.c is kernel-only, so the hosted starforth
binary has no Hestia concept and now never registers these words at
all -- confirmed live. framebuffer_words.c's own top comment already
calls this surface "kernel-only, no-op on hosted builds," so the prior
stub registration was already vestigial. Ran a plain `make` sanity
build per CLAUDE.md's own stated purpose for that target; regenerated
lfs/amd64/starforth included here rather than left stale.
Authorized by Captain Bob ("yes").
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
|
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|
Robert Allan JamesandClaude Sonnet 5
|
5afb33049f |
Move fabric.4th + font.4th to hestia/init.4th -- FABRIC-3.6.md tasks 1.6+1.7 (merged)
Tasks 1.6 and 1.7 are not independent, and the punchlist's split was
wrong: font.4th calls G-LINE/G-ELLIPSE, which are fabric.4th's own
words. Confirmed live before committing to an approach -- removed only
fabric.4th's EXEC from init.4th, left font.4th's in place, booted
amd64: Hera's boot floods with UNKNOWN WORD: 'G-LINE'/'G-ELLIPSE' the
moment font.4th loads (logs/20260919-171047/amd64/, kept as evidence).
Reverted that partial state, asked Captain Bob how to proceed given
neither task can independently pass its own three-arch-boot check, and
was told to use best practices.
Moved both together, in their original relative order, into a new
capsules/hestia/init.4th block 4988 -- a deliberate, documented
deviation from "one task, one commit," not a bundling of convenience.
Three-arch boot clean: amd64/aarch64/riscv64 all reach [zuse@Hera] ok>,
zero UNKNOWN WORD. Hestia's dict_hash identical across all three
architectures. Verified the shrink/grow live, not just inferred from
hash movement: HERE reads 20008 in Hera, 63040 in Hestia post-move.
CART-PLOT in Hera is UNKNOWN WORD; the identical call routed into
Hestia via VM-EXEC reaches the word and fails on a stack underflow
instead, proof it exists there since an unknown word can't underflow.
mkcapsule --lint capsules/ clean, 38 files / 0 violations. MANIFEST.md
updated: init.4th's block 2049 entry no longer lists fabric.4th/
font.4th; hestia/init.4th's entry gains block 4988.
Authorized by Captain Bob ("Use best practices.").
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
|
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|
Robert Allan JamesandClaude Sonnet 5
|
487769e18a |
Register Hestia for switch signals -- FABRIC-3.6.md task 1.5
Added a fourth capsule_vm_find_by_name_nocase("Hestia", ...) +
sk_vm_switch_signal_register(...) block in src/starkernel/kernel_main.c,
same shape as the existing Hermes/Artemis blocks, placed after all four
fleet members are confirmed born -- the existing comment on this block
already states why: no critical-section protection during setup, so
registering earlier risks the signal firing mid-birth.
Three-arch boot clean: amd64/aarch64/riscv64 all reach [zuse@Hera] ok>,
zero UNKNOWN WORD, hashes identical to task 1.4's baseline (this is
pure C runtime state, doesn't touch any FORTH dictionary). No compiler
warnings.
Took FABRIC-3.5.md SXXXV.0's "invisible by default" warning literally
rather than trusting a clean boot log alone: SXXVIII.2's own recorded
switch-storm signature is "QEMU pinned near 100% CPU, serial log frozen
solid," not an error message. Confirmed normal wall-clock boot time on
all three (~30s) and, since TCG itself always shows ~100% CPU
regardless of guest workload, watched each serial log's line count at
the idle prompt for 5-10s and confirmed it stopped growing rather than
flooding or silently stalling.
Authorized by Captain Bob ("yes").
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
|
||
|
Robert Allan JamesandClaude Sonnet 5
|
10e2d654e5 |
Birth Hestia in kernel_main.c -- FABRIC-3.6.md task 1.4
Added a birth block immediately after Hermes's own, same shape:
S" Hestia" BIRTH followed by a registry-lookup confirmation. Fleet is
now Hera/Hermes/Artemis/Hestia, four VMs, through Phase 1-3
(FABRIC-3.5.md SXXXIV.4) until Phase 4 retires Hermes.
Three-arch boot clean: amd64/aarch64/riscv64 all reach [zuse@Hera] ok>,
zero UNKNOWN WORD. Registry shows all four (BIRTH: Hermes live, BIRTH:
Hestia live, PARITY:BIRTH for all three non-Hera VMs). Hestia's
dict_hash identical across all three architectures (0x31cab513929eea89).
Hera/Hermes hashes unchanged from task 1.3; Artemis's vm_id shifted
(now the 4th birth instead of 3rd -- sequence-derived, not identity-
derived, so expected) but its dict_hash is unchanged and still
identical across arches. No compiler warnings.
Noted, not a regression: Hestia's birth log shows the same
"( Unterminated comment" HADES warning Artemis's birth has shown since
task 0.0's first baseline.
Authorized by Captain Bob ("yes").
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
|
||
|
Robert Allan JamesandClaude Sonnet 5
|
ff00de9a63 |
Add Hestia to is_fleet_foundation -- FABRIC-3.6.md task 1.3
Fourth vm_name_prefix_eq_nocase(capsule_name, "Hestia") check alongside
Hera/Hermes/Artemis in src/starkernel/capsule/capsule_birth.c's
is_fleet_foundation local -- Hermes retained, per FABRIC-3.5.md
SXXXIV.4 (he stays live and fleet-foundation through Phase 1-3). The
flag's only consequence is session_set_pinned(vm_id, 1) for whichever
VM name matches.
Three-arch boot clean: amd64/aarch64/riscv64 all reach [zuse@Hera] ok>,
zero UNKNOWN WORD, byte-identical to the pre-change baseline -- expected,
since nothing births anything named "Hestia" yet (task 1.4), so the
added name never matches. Hermes confirmed still present in the check
and still born normally in all three logs.
Authorized by Captain Bob ("yes").
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
|
||
|
Robert Allan JamesandClaude Sonnet 5
|
4f7cbe78fc |
Create capsules/hestia/init.4th -- FABRIC-3.6.md task 1.2
The third Tripod leg's first real file (FABRIC-3.5.md SII/SIV). Blocks
4986-4987 of the 4986-4996 allocated in task 1.1 (
|
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|
Robert Allan JamesandClaude Sonnet 5
|
eed2a9dfb5 |
FABRIC-3.6.md task 0.8: PLOT/FB-WIDTH/FB-HEIGHT reachability audit -- Phase 0 closed
Read-only audit, no code changed. Finding: reachable from every VM
today, not confined to one table, contrary to item 33's premise.
FORTH level matches expectation: fabric.4th/font.4th are EXEC'd only
from capsules/init.4th (Hera). C level does not: register_framebuffer_
words() (src/word_source/framebuffer_words.c:60-65) is called
unconditionally from register_forth79_words() (src/word_registry.c:
139), itself called unconditionally from vm_init()
(src/starkernel/vm/vm_bootstrap.c:263) -- the generic per-VM bootstrap
every VM goes through, no identity check.
Verified live rather than trusting the source trace alone: booted
amd64 and ran `S" FB-WIDTH ." S" Hermes" VM-EXEC` and the same against
Artemis -- both returned 1280, not UNKNOWN WORD. Neither loads
fabric.4th, so the raw C primitive itself is answering.
Not fixed here, per the task's own read-only scope. Gives task 1.8 a
concrete starting state: its own check ("a non-Hestia VM calling PLOT
gets UNKNOWN WORD") currently fails, and register_framebuffer_words()'s
call site will need to become conditional or move out of the universal
bootstrap -- not just the FORTH-level relocation tasks 1.6/1.7 already
plan for.
Phase 0 gate met across tasks 0.2-0.7 (three-arch boot, stadium_
conserved() true, zero UNKNOWN WORD, repeatedly). Phase 0 is closed;
Phase 1 (Hestia, messaging untouched) is next.
Authorized by Captain Bob ("Continue.").
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
|
||
|
Robert Allan JamesandClaude Sonnet 5
|
380f0a09c9 |
Add stadium_conserved() -- FABRIC-3.6.md task 0.7, item 41
Boolean analogue of vm_physics_conserved(), for the Stadium per-VM
quota invariant rather than fleet-wide execution heat
(FABRIC-3.5.md SXXXIX.4). int stadium_conserved(VMUuid vm_id), in
src/starkernel/vm/stadium.c alongside stadium_resident_sum()/
stadium_reservoir_peek() that it's built from, declared in
include/starkernel/vm/stadium.h.
Implements the two-term form -- resident_sum(vm_id) +
reservoir_peek(vm_id) == Q48_ONE -- not the three-term form SXL.4
rules for the eventual system. That ruling's `consumed` term is a
Phase 2 kernel-Hermes ledger deliverable that doesn't exist yet:
nothing draws on any VM's Stadium quota today (task 2.2 is literally
where that wiring gets built), so consumed is honestly zero right now.
Folding it in as a placeholder would be inventing Phase 2 state ahead
of it existing -- the doc comment says so explicitly, so whoever
builds Phase 2's ledger extends this function rather than working
around it.
Wired into the existing per-VM boot diagnostic
(stadium_words_print_boot_diagnostics(), kernel_main.c:810, Hera
only -- the sole existing call site) rather than adding a new one,
printing CONSERVED/DRIFTED the same shape vm_physics_status() already
uses.
Three-arch boot clean: amd64/aarch64/riscv64 all reach [zuse@Hera] ok>,
zero UNKNOWN WORD, all print "Stadium conservation: CONSERVED" with
identical resident_sum=47641 reservoir=17895 sum=65536=Q48_ONE. No
compiler warnings on either edited file (forced recompile checked).
Authorized by Captain Bob ("Yes.").
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
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Robert Allan JamesandClaude Sonnet 5
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bcc678e354 |
Strip SPAWN-EVENT from messaging.4th -- FABRIC-3.6.md task 0.4
Dead per task 0.1's reachability check (
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Robert Allan JamesandClaude Sonnet 5
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aafcce4320 |
Strip capsules/process.4th and its EVENT-EMIT/-WAIT/-DRAIN -- FABRIC-3.6.md task 0.3
process.4th is dead per task 0.1's reachability check (
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Robert Allan JamesandClaude Sonnet 5
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a0e9725883 |
Strip capsules/common/msg.4th -- FABRIC-3.6.md task 0.2
Dead per task 0.1's reachability check (
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Robert Allan JamesandClaude Sonnet 5
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4544877a36 |
FABRIC-3.6.md task 0.0: three-ISA baseline smoke test, PASS
amd64/aarch64/riscv64 all boot clean to [zuse@Hera] ok>, zero UNKNOWN
WORD, and dict_hash identical across all three: Hera (PARITY:M7.1a)
0x6824fe5993239838, Hermes 0x062252c4da6858da, Artemis
0xed80117724c26f36. This is the gate task 0.0 exists for -- every later
task's acceptance in this document assumes this baseline is known-good.
Found and worked around a real confound along the way: disk/artemis.img
is deliberately shared across all three ISAs' qemu targets (FABRIC-3.md
SXXXV.2), so a same-order rerun has run 2 and 3 silently resume run 1's
already-formatted disk instead of formatting their own. The first
attempt (logs/20260919-124835 amd64, logs/20260919-124952 aarch64,
both kept for the record) shows exactly this: Artemis's dict_hash
diverges between the two runs even though Hera's and Hermes's do not,
because only Artemis's birth path branches on disk state. Restored
disk/artemis.img and disk/thumbdrives/zuse-thumb-ident.img to their
committed blank state before each of the three reruns that produced
the clean, matching baseline above, and recorded the finding in
FABRIC-3.6.md so a later task doesn't mistake the same confound for a
real architecture divergence.
capsules/BLOCK_MAP.md's timestamp header is regenerated by the build,
per .claude/CLAUDE.md's documented behavior for that generated file.
Authorized by Captain Bob ("begin", "clean new disk",
"document, commit, and push").
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
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Robert Allan JamesandClaude Sonnet 5
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94215e8b47 |
Fix two catastrophically heavy workloads found running the real campaign
The full 360-trial campaign was launched, then killed after 4h39m of CPU time with zero trials completed -- still stuck on the very first touch of the very first trial. Root cause, quantified from the workload's own source, not estimated: RUN-CHAOS5 (workload-5.4th) is 1000000 0 DO CHAOS-FIELD CHAOS-RIPPLE LOOP, multiplying out to ~2.4 trillion word executions for one call -- ~495 days at the observed rate. Never designed to be called to completion as a single touch in a repeatedly-birthed worker. A second problem found computing the fix rather than discovering it mid-run again: workload-1.4th's own birth-time self-execution (20 SQUARE-WAVE + 1500 SQUARE-BURST + 100000x MICRO-BURST, all three run automatically at capsule load) sums to ~875 million words -- ~4.3 hours just to birth one worker -- and worker index 1 always maps to it in heterogeneous mode, landing in half the campaign's cells regardless of concurrency level. Fix: two new capsules, workload-1-lite.4th and workload-5-lite.4th, carrying the same word bodies verbatim but a bounded self-execution tail, comparable in scale to the campaign's other workloads. The originals are untouched; only multiuser-doe.4th's own WL-CAPSULE/ WL-ENTRY index 1 and 5 mappings were repointed. Verified live before relaunching a third time: the actual worst case in isolation (5 0 998 MU-RUN-TRIAL, concurrency=8 heterogeneous, includes both fixed workloads plus RUN-OMNI) completed in ~20 minutes wall-clock, Hera stayed healthy throughout. Clean 3-arch qemu boot. Reps reduced 60 -> 30/cell (Bob's call after seeing the real per-trial cost) -- still matches the project's "rule of 3's" DoE convention (same as ACL-RWT's own 30 reps). 6 cfgs x 30 reps = 180 trials. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01BWpNjdwPtFLuVLaAq44L9K |
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Robert Allan JamesandClaude Sonnet 5
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29f91f9531 |
multiuser-doe.4th: the campaign trial-loop capsule, verified live
Builds the experimental control Bob correctly identified as still missing after HB-ON/HB-OFF (§XXXIII.5): walk the shuffled matrix of concurrency-level x workload-mode cells, birth the right worker count per cell, drive each with two VM-EXEC touches, check VM-ERROR?, kill them, print a trial marker. Built entirely from existing primitives (WORKER-BIRTH, VM-EXEC, VM-HEAT, VM-ERROR?, KILL, HB-ON/HB-OFF) plus doe.4th's own RUN-MATRIX/SHUFFLE-MATRIX pattern -- no new C primitives. Real capsule-format bug found and fixed: a first draft, chunked purely by a fixed 16-line count with no regard for word boundaries, split several CASE...ENDCASE structures and one oversized colon definition across Block headers. Result was a cascading [CAPSULE][DEFER] failure from the first split forward -- every subsequent line failed to compile, and MU-RUN-TRIAL was never actually defined (confirmed: UNKNOWN WORD when called). Root cause traced to capsule_loader.c directly: a :...; word and any control structure inside it must fit entirely within one 16-line block -- the loader's per-block compile pass has no persistent record of an open CASE's (or an overlong definition's own) state across a Block boundary. Not previously documented anywhere in this project's capsule-authoring guidance. Fixed via manually curated block boundaries and factoring oversized bodies into smaller helper words. Reps ratified at 60/cell (not the 10 first drafted), matching this project's own "rule of 3's" DoE convention (ACL-RWT's 3 seeds/30 reps, std79's 3x9x3). 6 cfgs x 60 reps = 360 main-block trials. MU-MAX-REPS raised 20 -> 63 for run-matrix headroom. Verified live on amd64: one isolated trial (0 0 999 MU-RUN-TRIAL) produced two real concurrent births, two clean kills, and the exact expected marker (MU-TRIAL run=999 cfg=0 rep=0 nw=2 mode=0 fail=0). Hera stayed healthy throughout. Clean 3-arch qemu boot. Not yet run: the full 360-trial MU-EXEC-CAMPAIGN itself (a genuinely long-running action under TCG, deliberately not started without explicit confirmation) or the WIREBIND-automation fixed arm. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01BWpNjdwPtFLuVLaAq44L9K |
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Robert Allan JamesandClaude Sonnet 5
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41918a28a4 |
doe_log.c: add vm_name/vm_id_hex identity columns; new calibration workload
Adds the identity columns HB-ON's existing per-tick CSV logger (doe_log_tick_row(), doe_log.c) was missing. Previously every column described *a* VM's state each row, but nothing said which VM emitted it -- concurrent VMs' rows were indistinguishable by source. Two new first columns, vm_name and vm_id_hex, resolved via a reverse lookup on vm->stadium_vm_id (capsule_vm_registry_get()). Real bug found and fixed while building this: the freestanding snprintf here silently prints the literal format string instead of substituting for %016llx (width+ll+hex unsupported) -- caught by reading the actual emitted row, not assumed to work. Replaced with a hand-rolled hex nibble-table loop, the same idiom vm_uuid_format()/ MINT-SCRATCH-EMIT already use. Corrects FABRIC-3.md's own prior "still not started: CSV driver" framing: no bespoke CSV emitter is needed for the multiuser DoE at all -- this per-tick logger already exists, fires automatically inside every VM's own execution loop, and just needed HB-ON plus these identity columns to be usable for concurrent workers. Also corrects doe_log.h's own stale doc comment claiming g_doe_log_enabled defaults to 1 -- doe_log.c's own source is authoritative: 0, off by default, matching the HB-ON/HB-OFF naming. One real, honest limitation recorded rather than smoothed over: vm_name reads blank for any tick captured during a WORKER-BIRTH'd capsule's own self-execution at birth time, since capsule_birth_baby() runs that work (and its heartbeat ticks) before the registry name can be set. vm_id_hex is unaffected (reads directly from vm->stadium_vm_id) and still uniquely disambiguates every row -- confirmed live: a blank-name row's own vm_id_hex matched its later PARITY:KILL line's vm_id exactly. New workload-calib1.4th: Bob confirmed the existing 10 workload-N.4th files aren't fixed. Sized to cross HEARTBEAT_CHECK_FREQUENCY (256 word-executions/tick) many times over while staying far lighter than RUN-FIB/RUN-CHAOS5, both too slow under TCG for a bounded verification run. A real, reusable addition, not a throwaway. Verified live on amd64 via a self-contained one-shot EXEC'd test (HB-ON, WORKER-BIRTH two calibration workers, HB-OFF, VM-ERROR? on both, KILL both, completion banner) rather than interactive polling, which breaks once HB-ON makes the log grow continuously via Hera/ Hermes/Artemis's own background ticks. Clean 3-arch qemu boot on the real committed change. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01BWpNjdwPtFLuVLaAq44L9K |
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Robert Allan JamesandClaude Sonnet 5
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e33eb36361 |
Multiuser DoE punch list: WORKER-BIRTH + VM-ERROR? + vm_physics_init fix
Core mechanism for §XXXIII's main concurrency block, built and live-verified on amd64. Two new primitives: - WORKER-BIRTH ( capsule-c capsule-u name-c name-u -- ok? ): births a named, VM-EXEC-addressable VM from an arbitrary (p) capsule with no identity involved. Corrects the ratified design's own assumption that the main block would use UNATTENDED-BIRTH -- that requires a committed capsule per identity, impractical for dozens of trial VMs. The concurrency block never needed identity at all. - VM-ERROR? ( c-addr u -- flag ): reads a named VM's error state from Hera, mirroring VM-HEAT's silent/always-returns-a-value contract. Needed to check a VM-EXEC-driven trial VM's own fault state after the fact -- nothing existing let Hera do this. Real bug found and fixed in both WORKER-BIRTH and UNATTENDED-BIRTH: capsule_birth_baby() never calls vm_physics_init() either (same shape as the registry-name gap found building UNATTENDED-BIRTH) -- without it a born VM is never in the VM Fleet Attractor physics list, so VM-HEAT returns 0 forever regardless of work done. Fixed by adding vm_physics_init() alongside the existing registry-name call in both words. Traced (not guessed) why heat still read 0 after one VM-EXEC touch even post-fix: vm_physics_touch()'s transfer logic only fires from a VM's *second* touch onward -- the first touch just records a baseline tick. Verified live across three sequential touches: heat 0 -> 7039 -> 11333. This is a real design requirement for the DoE's heat/CV response variable (each trial must touch a worker at least twice), not a bug to route around. Also found live: all 10 existing workload-N.4th capsules self-execute their full workload at load/birth time (a bare top-level call to their own RUN-* word at file end) -- missed on an earlier, too-shallow 8-line survey of each file. WORKER-BIRTH alone already runs a worker's first pass as a side effect of birth. Verified live on amd64: two concurrent workers (fib + matrix-mul) birthed, run, measured (heat + error state), and killed cleanly; VM-HEAT/VM-ERROR? both confirmed silent-0 on an unknown name. Clean 3-arch qemu boot on the real committed change. Still open: the run-matrix/shuffle/CSV driver capsule itself, the WIREBIND-automation path for the fixed arm, and the per-VM touch-count budget's exact value. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01BWpNjdwPtFLuVLaAq44L9K |
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Robert Allan JamesandClaude Sonnet 5
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af351bff92 |
Punch list item 4 (final): CONSOLE-ATTACH, full unattended-identity flow verified end-to-end
Closes FABRIC-3.md §XXXII.2's punch list. CONSOLE-ATTACH ( name-c name-u -- ok? ) pairs a fresh console VM to an already-live VM registered as "<name>~user". Deliberately a plain, unconditional primitive with no VMIdentity capability-bit check -- corrects this session's own first-pass design (§XXXII.2 amended in the same commit): identity.installed is 0 for Hera/Hermes/Artemis and for every console-proxy VM, so a capability-bit gate would be unreachable for every VM a human actually types at, Zuse included. Matches ZUSE-ELIGIBILITY-ADD's own "no bespoke gate" precedent in this file; real gating is `' CONSOLE-ATTACH ACL-PIN` in ACL.4th if ever wanted. Two real bugs found and fixed via live testing, not assumed correct: - capsule_birth_baby() never sets a VM's registry name (documented gap, same one capsule_runcap_birth()'s own history already hit) -- UNATTENDED-BIRTH gained a second `name` argument and now calls capsule_vm_registry_set_name(new_vm_id, "<name>~user") itself. - CONSOLE-ATTACH's first draft took an independent console name from the target's name. sk_repl_dispatch_line()'s pairing check (repl.c) reconstructs the target as console_get_vm_name()+"~user" -- a mismatched console name silently falls back to direct interpretation with no error. Caught live (typed `5 6 + .` at a mismatched console, got a direct `11` instead of a relay) and fixed by collapsing to one name argument, matching WIREBIND's own by-construction invariant. Full end-to-end live verification on amd64: minted a test identity, UNATTENDED-BIRTH'd it as "bob", CONSOLE-ATTACH'd a console named "bob", USE'd it, typed `5 6 + .` -- no direct output at [zuse@bob] (relay path taken), then `[zuse@bob~user] 11 ok>` appeared: the relayed command executed on the target identity VM itself and printed its own answer back through the shared console. Hera stayed healthy throughout (2 2 + . -> 4 after switching back). CONSOLE-ATTACH also verified to refuse cleanly on a nonexistent target with no orphaned VM. Test capsule reverted after capture per this project's probe convention -- never committed. FABRIC-3.md §XXXII.2 fully closed: all 4 original questions ratified, the mid-course drive_uuid and ACL-bit corrections both recorded plainly rather than silently folded in, and a doc-accuracy note left for CLAUDE.md's own stale "1024-byte block limit" framing (mkcapsule's real limits are range [2048,5120) and 16 content lines/block) -- flagged, not fixed, out of this punch list's scope. Clean 3-arch qemu boot (amd64/aarch64/riscv64) on the real committed C-only change. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01BWpNjdwPtFLuVLaAq44L9K |
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Robert Allan JamesandClaude Sonnet 5
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5879c8b3bc |
Punch list item 3: UNATTENDED-BIRTH call site, verified live end-to-end
Implements the unattended-birth mechanism FABRIC-3.md §XXXII.2 designed: UNATTENDED-BIRTH ( name-c name-u -- ok? ) births a VM from a named (p) capsule via capsule_birth_baby() (completely unmodified, the same generic build-time-capsule path CAPSULE-BIRTH already uses), then installs its identity the same way capsule_wirebind.c already does live for WIREBIND attaches -- vm_identity_from_cert() verification followed by a plain post-birth struct assignment -- rather than anything RUNCAP-shaped, since RUNCAP requires a real blkio_dev+ homeblocks_sig_t an unattended identity never has. The born VM's own capsule payload is expected to lay down two CREATE'd buffers (UNATTENDED-ID-UUID, UNATTENDED-ID-CERT) via MINT-SCRATCH- EMIT's own literal format; their addresses are fetched by interpreting a two-word line inside the *new* VM's own context (vm_interpret(born_vm, ...)), the same "run inside that VM's own dictionary" idiom capsule_wirebind.c already uses for VM-NAME-REG. Explicit invariant preserved: never touches g_wirebind_attached_username or any console-pairing state, births no console VM -- an unattended identity stays un-promptable (§VIII.1) until a human pairs a console to it later via the already-working VM-NAME-REG mechanism. Verified live end-to-end on amd64: minted a real test identity via MINT-SCRATCH, captured its MINT-SCRATCH-EMIT output, built a throwaway test capsule from it (discovered along the way: mkcapsule's real block constraints are range [2048,5120) and max 16 content lines per block -- neither matches this repo's own doc comment, corrected via ground truth from the tool itself, not assumed), then ran UNATTENDED-BIRTH against it: cert verified against Zuse's root pubkey, identity installed, "no console attached" reported, Hera stayed healthy afterward (5 6 + . -> 11). Test capsule reverted after capture per this project's own probe convention -- not a real identity, never committed. Clean 3-arch qemu boot (amd64/aarch64/riscv64) on the real committed C-only change. Remaining punch-list item (the ACL cap bit for console attachment) not started. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01BWpNjdwPtFLuVLaAq44L9K |
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Robert Allan JamesandClaude Sonnet 5
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5fc709a228 |
Punch list item 2: MINT-SCRATCH-EMIT, verified live on all 3 arches
Adds the hand-transcription mechanism FABRIC-3.md §XXXII.2's punch list item 2 calls for: MINT-SCRATCH-EMIT prints the last successful MINT-SCRATCH's drive_uuid + cert devblock as ready-to-paste FORTH source (HEX-based CREATE ... C, ... byte sequences), so packaging an unattended identity into a capsule is a mechanical copy out of the captured boot log rather than a manual hex-to-FORTH translation an operator could transpose a digit in. Refuses (no output) if no MINT-SCRATCH has ever succeeded -- printing 4112 zero bytes as if they were a real identity would be a silent, misleading success, matching this session's own error-handling audit discipline rather than adding a new silent-failure primitive right after finishing one. Verified live on amd64: MINT-SCRATCH-EMIT correctly refuses before any mint, then after MINT-SCRATCH succeeds, emits UNATTENDED-ID-UUID and UNATTENDED-ID-CERT as valid FORTH literals. Cross-checked byte-exact: the cert's own embedded ASN.1 serialNumber field matches the emitted UUID bytes exactly, confirming x509_build_user_cert()'s drive_uuid binding round-trips correctly through the scratch-device path. Clean 3-arch qemu boot (amd64/aarch64/riscv64). Remaining punch-list items (writing/committing a real capsule file for an actual named identity, the unattended-birth call site, the ACL cap bit) not started -- authoring a real committed capsule needs a name/ purpose decision that isn't mine to make. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01BWpNjdwPtFLuVLaAq44L9K |
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Robert Allan JamesandClaude Sonnet 5
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63864c4b01 |
Punch list item 1: scratch-device MINT-SCRATCH, verified live on all 3 arches
Implements FABRIC-3.md §XXXII.2's scratch-thumbdrive mint mechanism: capsule_mint_identity_scratch() (capsule_mint.c/.h) builds a throwaway RAM-backed blkio_dev via blkio_ram.c's backend and runs capsule_mint_identity() against it completely unmodified -- same live Zuse-signing operation, same rng_get_bytes() draw for drive_uuid a real thumbdrive gets. Reads back only drive_uuid + the cert devblock; the seed devblock is written into the scratch buffer internally but never read out (no seed is ever baked into a capsule, per the ratified no-seed decision). New FORTH word MINT-SCRATCH (mama_forth_words.c), same stack signature as MINT, mints into the scratch device instead of any attached drive and never touches sk_repl_get_attached_blk_dev() or console-pairing state. Prints the drive_uuid as hex so a live boot log itself proves each call drew fresh entropy. Build correction found along the way: blkio_ram.c was excluded from the kernel build (Makefile.starkernel VM_EXCLUDE) alongside blkio_factory.c/blkio_file.c. blkio_factory_open() unconditionally references blkio_file.c's real fopen()/fread() file I/O, which has no freestanding-kernel equivalent, so the factory function couldn't be used as-is. blkio_ram.c itself is pure memcpy over a caller buffer -- pulled it alone into the kernel build and wired it directly in capsule_mint.c, the same way blkio_factory.c's own extern declarations do internally. Verified live on amd64: two MINT-SCRATCH calls produced two genuinely different drive_uuids (b533246d.../ae11b2b2...), confirming fresh entropy per call rather than stale reuse; VM stayed healthy afterward (5 6 + . -> 11). Clean 3-arch qemu boot (amd64/aarch64/riscv64), logs and DoE CSVs committed per standing convention. Remaining punch-list items (hand-transcription into a .4th block, the unattended-birth call site, the ACL cap bit) not started. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01BWpNjdwPtFLuVLaAq44L9K |
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Robert Allan JamesandClaude Sonnet 5
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42d4bf3dad |
Stage D batch 7 (final): mama_forth_words.c groups 5+6 -- dictionary lookup/test words + Stadium primitives; Stage D closed (FABRIC-3.md §XXXII.6)
NAME>XT/RUNCAP-TEST/PAIR-TEST and the six STADIUM-* physics primitives (STADIUM-ADMIT/STADIUM-EVICT/STADIUM-RES-PULL/STADIUM-RES-PUSH/ STADIUM-HEAT@/STADIUM-HEAT!), 12 sites -- closes mama_forth_words.c and the entire kernel-only error-handling audit. All 105 sites from the §XXXII.3 triage now accounted for: 28 already correct, 75 silent sites fixed across repl.c/inference_words.c/ log_words.c/vm_core.c/mama_forth_words.c, 2 special cases resolved by dropping the error per their own documented contract, 1 resolved via console_println() per its own recursion constraint. Verified with awk: zero remaining vm->error=1 sites in mama_forth_words.c lack a diagnostic within the preceding three lines. Three-arch clean qemu acceptance passed. This closes Stage D and the USE/logging/audit thread opened in §XXXII; Stage E (human-vs-unattended identity model) remains open, not started this pass. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01BWpNjdwPtFLuVLaAq44L9K |