nx_spore_up_network_test.nx

nx_spore_up_network_test.nx -- full ecosystem evolution flow on SYNTHETIC PEER. Extends the v1 spore-up demo (nx_spore_up_test.nx) to ADD the NETWORK phase: spore declares a manifest of expected substrate chunks; a mock peer "delivers" those chunks; manifest verifies each; completion gates SA-arc assembly; install_hash journaled. This is the second of the spore-up demonstration pair: v1 -- nx_spore_up_test.nx -- SA arc on real measurements v2 -- THIS file -- v1 + network ingest via manifest Lifecycle modeled (per NISHI_ECOSYSTEM_EVOLUTION_ROADMAP.md): Phase 1 (Spore) -- synthetic: spore-author declared 3 expected hashes Phase 2 (Network) -- mock peer delivers blobs; manifest verifies + ingests each; defenses (NOT_IN_MANIFEST + HASH_MISMATCH) exercised Phase 3 (Substrate)-- SA arc assembly on real measurements Phase 4 (Seed) -- journal append of install_hash + verify_chain Phase 5 (Reproduce)-- (queued; this demo does not yet emit a new spore) What this PROVES: - Spore-declared expected manifest is enforced (peer cannot push arbitrary content) - Hash-verification on every received blob (corrupted transit refused) - Completion gate halts assembly until ALL expected blobs received - SA arc still composes on top of the verified-substrate phase - Full chain end-to-end: probe -> calibrate -> manifest-complete -> selection -> plan -> hash -> journaled attestation What this does NOT yet prove (queued): - REAL network transport (HTTPS / serial / USB) -- mock peer here is in-memory - Spore signing (Ed25519) -- composes at EM-9 - Stage0 hex0 bootstrap -- composes at SA-9 - AVR codegen / Arduino real hardware -- EM-10 / EM-12