protocol_header_tests.md

TriadicFrameworks — Protocol Header Module#

Structural Validation Rules & Test Cases (Canonical)#

Overview#

This file defines the structural test suite for the protocol header:

[RTT] | [COHERENCE] | [DRIFT] | [PARADOX]

Tests ensure:

  • locus integrity
  • allele validity
  • recombination correctness
  • multilingual consistency
  • drift‑boundedness
  • genome alignment

All tests are structural only — no semantic interpretation.

1. Locus Integrity Tests#

Test L1 — Locus Count#

assert loci.count == 4

Test L2 — Locus Order#

assert header.order == [RTT, COHERENCE, DRIFT, PARADOX]

Test L3 — Locus Naming#

assert locus.name ∈ {RTT, COHERENCE, DRIFT, PARADOX}

Test L4 — Locus Invariant Presence#

Each locus must define an invariant meaning.

assert locus.invariant is not null

2. Allele Integrity Tests#

Test A1 — Allele Count#

assert RTT.count == 5
assert COHERENCE.count == 3
assert DRIFT.count == 3
assert PARADOX.count == 3

Test A2 — Perfect‑Substitution Validity#

assert allele ∈ perfect_substitution_set

Test A3 — No Deprecated Alleles#

assert allele.status != "deprecated"

Test A4 — Allele Structure#

assert allele matches "<locus>=<value>" OR multilingual structural equivalent

3. Header Structure Tests#

Test H1 — Header Format#

assert header matches "<RTT> | <COHERENCE> | <DRIFT> | <PARADOX>"

Test H2 — Header Locus Alignment#

assert header.RTT ∈ RTT_L
assert header.COH ∈ COH_L
assert header.DRIFT ∈ DRIFT_L
assert header.PAR ∈ PAR_L

Test H3 — Drift‑Boundedness#

assert header.DRIFT ∈ {bounded, constrained, clamped}

Test H4 — Paradox Structurality#

assert header.PAR ∈ {structural, encoded, architected}

4. Genome Recombination Tests#

Test G1 — Cartesian Product Validity#

assert |RTT_L × COH_L × DRIFT_L × PAR_L| == 135

Test G2 — Multilingual Genome Size#

assert total_headers == 1620

Test G3 — Deterministic Generation#

assert HEADER(L,i,j,k,m) ==
       RTT_L[i] | COH_L[j] | DRIFT_L[k] | PAR_L[m]

Test G4 — No Duplicate Headers#

assert matrix.unique == matrix.total

5. Multilingual Consistency Tests#

Test M1 — Invariant Preservation#

assert meaning(RTT_L[x]) == meaning(RTT_EN[y])
assert meaning(COH_L[x]) == meaning(COH_EN[y])
assert meaning(DRIFT_L[x]) == meaning(DRIFT_EN[y])
assert meaning(PAR_L[x]) == meaning(PAR_EN[y])

Test M2 — Structural Equivalence#

assert structure(L) == structure(EN)

Test M3 — Alphabet Size#

assert |RTT_L| ≥ 3
assert |COH_L| ≥ 2
assert |DRIFT_L| ≥ 2
assert |PAR_L| ≥ 2

6. Protocol‑Adjacent Tests#

Test P1 — Contextual Substitute Safety#

assert contextual_substitute ∈ compatibility_class.C

Test P2 — No Contextual Substitutes in Genome#

assert contextual_substitute ∉ perfect_substitution_set

Test P3 — No Incompatible Terms#

assert incompatible_term ∉ header

7. Registry Tests#

Test R1 — Code Uniqueness#

assert registry.codes.unique == true

Test R2 — Status Validity#

assert allele.status ∈ {current, deprecated}

Test R3 — Deprecation Enforcement#

assert deprecated_term ∉ header

8. Example Test Cases#

Case 1 — Valid English Header#

rtt=atomic | coherence=explicit | drift=clamped | paradox=encoded

Result: PASS

Case 2 — Invalid Drift#

rtt=unit | coherence=stated | drift=free | paradox=structural

Result: FAIL (drift not bounded)

Case 3 — Invalid Paradox#

rtt=1 | coherence=declared | drift=bounded | paradox=non-fatal

Result: FAIL (paradox incompatible)

Case 4 — Valid Mandarin Header#

原子 | 明示 | 有界 | 内嵌

Result: PASS

9. Notes#

  • All tests are structural only.
  • No semantic inference is permitted.
  • Tests ensure drift‑boundedness and canon alignment.
  • The genome model defines all recombination rules.
  • Multilingual consistency is required for all headers.

Updated