test(resource-value-verification): verdict-logic regression selftest (task 8.2)
verdict-logic-selftest.sh sources the real aggregate_verdict()/ build_verdict_record() (via run-resource-verify.sh's BASH_SOURCE guard, no live deployment triggered) and exercises them with synthetic per-layer records: all-match/PASS positive control, a single-resource single-layer MISMATCH within a multi-resource batch (asserting both correct attribution of the failure AND that the other resources independently still report PASS), UNREACHABLE distinct from MISMATCH, REJECTED, and a zero-records degenerate case. 53 assertions total. Proven non-tautological: breaking aggregate_verdict()'s comparison logic (two different ways, independently reproduced by review) makes the selftest genuinely fail; restoring makes it pass again. This completes the resource-value-verification spec - all 15 tasks (1.1 through 8.2) implemented, reviewed, and committed. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
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.claude/skills/xce-test-resources/verdict-logic-selftest.sh
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#!/usr/bin/env bash
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#
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# verdict-logic-selftest.sh -- deterministic, no-deployment unit test for
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# run-resource-verify.sh's verdict-aggregation step: build_verdict_record()
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# and aggregate_verdict() (task 7.1), formalizing task 8.2's acceptance
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# criteria (Requirement 6.3) as a persistent, re-runnable regression test.
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#
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# Mirrors xce-test-ha's soak-verdict-selftest.sh convention (source the
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# target script, `check DESC EXPECTED ACTUAL`, tally failures, print a
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# terminal SELFTEST PASS/FAIL line, exit 0/1) -- this is the equivalent
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# harness for run-resource-verify.sh's verdict logic.
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#
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# WHY THIS EXISTS (not just "re-prove task 7.1 works"): task 7.1's own
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# review cycle already ran ~70 ad hoc synthetic assertions against
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# aggregate_verdict()/build_verdict_record() across two review rounds
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# (see tasks.md's Implementation Notes for task 7.1, and the round-1
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# REJECTED -> round-2 fixed history of bug-1581/bug-1582) -- but those were
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# throwaway scratch invocations, never committed. This file makes that
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# verification a durable part of the repo: run it any time
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# run-resource-verify.sh's verdict logic changes, with no cluster, no
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# binaries, no C/Go build -- pure bash, runs in well under a second.
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#
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# THE CORE PROOF (Requirement 6.3 / task 8.2's acceptance criteria): a
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# synthetic batch with ONE mismatched layer on ONE resource must produce an
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# overall FAIL that correctly NAMES that specific resource+layer, while
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# every OTHER resource/layer in the SAME batch is still reported PASS/MATCH
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# -- proving the logic distinguishes pass from fail rather than defaulting
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# to one outcome. See scenario 3 below.
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#
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# Usage: bash verdict-logic-selftest.sh
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set -u
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HERE="$(cd "$(dirname "${BASH_SOURCE[0]}")" && pwd)"
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# shellcheck source=./run-resource-verify.sh
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# Sourcing (not executing) run-resource-verify.sh brings aggregate_verdict(),
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# build_verdict_record(), controller_values_match(), and VERDICT_FIELD_SEP
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# into scope WITHOUT running main()/internal_controller_check() or touching
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# any live deployment -- the bottom of that file is deliberately guarded
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# (`[[ "${BASH_SOURCE[0]}" == "${0}" ]]`) for exactly this purpose (see its
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# own header comment and SKILL.md's "self-contained and independently
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# testable" section).
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. "$HERE/run-resource-verify.sh" || {
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echo "SELFTEST FAIL: cannot source run-resource-verify.sh (verdict library missing)" >&2
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exit 1
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}
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fails=0
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check() { # desc expected actual
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if [ "$2" = "$3" ]; then
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echo "ok - $1"
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else
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echo "FAIL - $1: expected [$2] got [$3]"
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fails=$((fails + 1))
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fi
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}
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check_contains() { # desc needle haystack
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case "$3" in
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*"$2"*) echo "ok - $1" ;;
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*) echo "FAIL - $1: expected to find [$2] in:"$'\n'"$3"
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fails=$((fails + 1)) ;;
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esac
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}
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check_not_contains() { # desc needle haystack
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case "$3" in
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*"$2"*) echo "FAIL - $1: expected NOT to find [$2] in:"$'\n'"$3"
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fails=$((fails + 1)) ;;
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*) echo "ok - $1" ;;
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esac
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}
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# aggregate_verdict() both (a) populates the AGG_* globals in the CALLING
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# shell and (b) writes FAILURE/VERDICT/oracle lines via log() (a plain
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# echo). Capturing its stdout with `$(...)` would fork a subshell and lose
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# (a) -- so redirect to a temp file (plain `>` redirection does NOT fork a
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# subshell in bash) to get both the real AGG_* globals AND the printed
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# output from the same call.
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OUTFILE="$(mktemp)"
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trap 'rm -f "$OUTFILE"' EXIT
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run_agg() { # RECORD...
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aggregate_verdict "$@" >"$OUTFILE" 2>&1
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}
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# ── Scenario 0: build_verdict_record() field integrity ──────────────────────
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# Direct invocation of build_verdict_record() (not aggregate_verdict()) --
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# confirms the 9-field / VERDICT_FIELD_SEP contract itself, and specifically
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# guards the bug-1581 regression class: a genuinely-empty field (e.g. an
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# UNREACHABLE layer's empty observed value) must round-trip intact, not get
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# collapsed/shifted by a naive whitespace-IFS split.
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rec0="$(build_verdict_record pg 42 accepted 1 42.000000 1 42.000000 0 "")"
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IFS="$VERDICT_FIELD_SEP" read -r f_name f_inj f_status f_ctrl_ok f_ctrl_obs f_sched_ok f_sched_obs f_api_ok f_api_obs <<< "$rec0"
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check "scenario0: field 1 (resource name) round-trips" "pg" "$f_name"
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check "scenario0: field 3 (injection status) round-trips" "accepted" "$f_status"
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check "scenario0: field 8 (api_ok) round-trips as 0, not shifted" "0" "$f_api_ok"
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check "scenario0: field 9 (empty api_obs) survives intact, not collapsed" "" "$f_api_obs"
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# ── Scenario 0b: controller_values_match() -- the pure comparison primitive
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# aggregate_verdict() itself calls for every layer comparison.
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if controller_values_match "1.5" "1.500000"; then r=0; else r=1; fi
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check "scenario0b: numeric tolerant match (1.5 vs controller's 1.500000 rendering)" "0" "$r"
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if controller_values_match "1.5" "1.600000"; then r=0; else r=1; fi
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check "scenario0b: numeric mismatch (1.5 vs 1.6) correctly fails" "1" "$r"
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if controller_values_match "type" "type"; then r=0; else r=1; fi
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check "scenario0b: non-numeric exact match" "0" "$r"
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if controller_values_match "type" "model"; then r=0; else r=1; fi
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check "scenario0b: non-numeric mismatch correctly fails" "1" "$r"
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# ── Scenario 1: all-match batch -> overall PASS (positive control) ──────────
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# Three resources, every layer matching its injected value. Proves the logic
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# does not default to FAIL either.
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records=(
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"$(build_verdict_record mem 5 accepted 1 5.000000 1 5.000000 1 5.000000)"
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"$(build_verdict_record r15m 1.5 accepted 1 1.500000 1 1.500000 1 1.500000)"
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"$(build_verdict_record pg 42 accepted 1 42.000000 1 42.000000 1 42.000000)"
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)
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run_agg "${records[@]}"; rc=$?
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out="$(cat "$OUTFILE")"
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check "scenario1: exit code 0 (PASS)" "0" "$rc"
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check "scenario1: AGG_RESULT=PASS" "PASS" "$AGG_RESULT"
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check "scenario1: AGG_TOTAL_RESOURCES=3" "3" "$AGG_TOTAL_RESOURCES"
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check "scenario1: AGG_MISMATCHES=0" "0" "$AGG_MISMATCHES"
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check "scenario1: AGG_UNREACHABLE=0" "0" "$AGG_UNREACHABLE"
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check "scenario1: AGG_REJECTED=0" "0" "$AGG_REJECTED"
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check "scenario1: mem reported PASS" "PASS" "${AGG_RESOURCE_STATUS[mem]-<unset>}"
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check "scenario1: r15m reported PASS" "PASS" "${AGG_RESOURCE_STATUS[r15m]-<unset>}"
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check "scenario1: pg reported PASS" "PASS" "${AGG_RESOURCE_STATUS[pg]-<unset>}"
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check "scenario1: zero FAILURE lines emitted" "0" "${#AGG_FAILURE_LINES[@]}"
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check_contains "scenario1: VERDICT line reports result=PASS" "result=PASS" "$out"
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# ── Scenario 2 (THE CORE PROOF, Requirement 6.3): one layer mismatched for
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# ONE resource -> overall FAIL, correctly attributed to that specific
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# resource+layer, while every OTHER resource/layer in the same batch is
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# still PASS/MATCH.
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# r15m's scheduler-observed value (9.999000) deliberately does not match its
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# injected value (1.5); mem and pg match at every layer.
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records=(
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"$(build_verdict_record mem 5 accepted 1 5.000000 1 5.000000 1 5.000000)"
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"$(build_verdict_record r15m 1.5 accepted 1 1.500000 1 9.999000 1 1.500000)"
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"$(build_verdict_record pg 42 accepted 1 42.000000 1 42.000000 1 42.000000)"
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)
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run_agg "${records[@]}"; rc=$?
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out="$(cat "$OUTFILE")"
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failures="$(printf '%s\n' "${AGG_FAILURE_LINES[@]}")"
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check "scenario2: exit code 1 (FAIL)" "1" "$rc"
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check "scenario2: AGG_RESULT=FAIL" "FAIL" "$AGG_RESULT"
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check "scenario2: AGG_MISMATCHES=1" "1" "$AGG_MISMATCHES"
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check "scenario2: AGG_UNREACHABLE=0" "0" "$AGG_UNREACHABLE"
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check "scenario2: AGG_REJECTED=0" "0" "$AGG_REJECTED"
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check "scenario2: exactly one FAILURE line" "1" "${#AGG_FAILURE_LINES[@]}"
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check "scenario2: r15m (mismatched resource) reported FAIL" "FAIL" "${AGG_RESOURCE_STATUS[r15m]-<unset>}"
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check "scenario2: mem (unaffected resource) still reported PASS" "PASS" "${AGG_RESOURCE_STATUS[mem]-<unset>}"
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check "scenario2: pg (unaffected resource) still reported PASS" "PASS" "${AGG_RESOURCE_STATUS[pg]-<unset>}"
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check_contains "scenario2: failure names r15m+scheduler+MISMATCH specifically" \
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"resource=r15m layer=scheduler status=MISMATCH" "$failures"
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check_not_contains "scenario2: mem is NOT swept into any failure line" "resource=mem" "$failures"
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check_not_contains "scenario2: pg is NOT swept into any failure line" "resource=pg" "$failures"
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check_contains "scenario2: VERDICT line reports result=FAIL" "result=FAIL" "$out"
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check_contains "scenario2: VERDICT line reports mismatches=1" "mismatches=1" "$out"
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# ── Scenario 3: one layer UNREACHABLE (timeout) for ONE resource -> overall
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# FAIL, classified distinctly from MISMATCH -- proves the logic
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# distinguishes "timed out" from "wrong value" rather than collapsing
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# both into one bucket. pg's apiserver layer never came back (api_ok=0,
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# empty observed value); mem and r15m match everywhere.
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records=(
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"$(build_verdict_record mem 5 accepted 1 5.000000 1 5.000000 1 5.000000)"
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"$(build_verdict_record r15m 1.5 accepted 1 1.500000 1 1.500000 1 1.500000)"
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"$(build_verdict_record pg 42 accepted 1 42.000000 1 42.000000 0 "")"
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)
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run_agg "${records[@]}"; rc=$?
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failures="$(printf '%s\n' "${AGG_FAILURE_LINES[@]}")"
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check "scenario3: exit code 1 (FAIL)" "1" "$rc"
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check "scenario3: AGG_RESULT=FAIL" "FAIL" "$AGG_RESULT"
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check "scenario3: AGG_MISMATCHES=0 (not miscounted as a mismatch)" "0" "$AGG_MISMATCHES"
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check "scenario3: AGG_UNREACHABLE=1" "1" "$AGG_UNREACHABLE"
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check "scenario3: pg (unreachable resource) reported FAIL" "FAIL" "${AGG_RESOURCE_STATUS[pg]-<unset>}"
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check "scenario3: mem (unaffected resource) still reported PASS" "PASS" "${AGG_RESOURCE_STATUS[mem]-<unset>}"
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check "scenario3: r15m (unaffected resource) still reported PASS" "PASS" "${AGG_RESOURCE_STATUS[r15m]-<unset>}"
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check_contains "scenario3: failure names pg+apiserver+UNREACHABLE specifically" \
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"resource=pg layer=apiserver status=UNREACHABLE" "$failures"
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check_not_contains "scenario3: mem is NOT swept into any failure line" "resource=mem" "$failures"
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check_not_contains "scenario3: r15m is NOT swept into any failure line" "resource=r15m" "$failures"
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# ── Scenario 4 (bonus): a rejected injection name -- distinct failure
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# category from MISMATCH/UNREACHABLE, still isolated to its own resource.
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records=(
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"$(build_verdict_record mem 5 accepted 1 5.000000 1 5.000000 1 5.000000)"
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"$(build_verdict_record badname 1 "rejected: unknown resource" 0 "" 0 "" 0 "")"
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)
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run_agg "${records[@]}"; rc=$?
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failures="$(printf '%s\n' "${AGG_FAILURE_LINES[@]}")"
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check "scenario4: exit code 1 (FAIL)" "1" "$rc"
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check "scenario4: AGG_REJECTED=1" "1" "$AGG_REJECTED"
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check "scenario4: AGG_MISMATCHES=0" "0" "$AGG_MISMATCHES"
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check "scenario4: AGG_UNREACHABLE=0" "0" "$AGG_UNREACHABLE"
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check "scenario4: badname reported FAIL" "FAIL" "${AGG_RESOURCE_STATUS[badname]-<unset>}"
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check "scenario4: mem (unaffected resource) still reported PASS" "PASS" "${AGG_RESOURCE_STATUS[mem]-<unset>}"
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check_contains "scenario4: failure names badname as REJECTED specifically" \
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"resource=badname layer=injection status=REJECTED" "$failures"
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check_not_contains "scenario4: mem is NOT swept into any failure line" "resource=mem" "$failures"
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# ── Scenario 5 (bonus): zero records -> FAIL, not a false/default PASS.
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# Documents/guards aggregate_verdict()'s own degenerate-input handling
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# (AGG_TOTAL_RESOURCES=0 is explicitly classified FAIL, per its header
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# comment) -- "nothing was checked" must never read as an overall PASS.
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run_agg; rc=$?
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check "scenario5: zero records -> exit code 1 (FAIL, not a default PASS)" "1" "$rc"
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check "scenario5: zero records -> AGG_RESULT=FAIL" "FAIL" "$AGG_RESULT"
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# ── Verdict ──────────────────────────────────────────────────────────────────
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echo
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if [ "$fails" -eq 0 ]; then
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echo "SELFTEST PASS"
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exit 0
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fi
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echo "SELFTEST FAIL ($fails failed)"
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exit 1
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