{"abstract":"Select a redirect rule by explicit priority, specificity and declaration order: the rule count not target count branch emits an incorrect decision.","category":"HTTP redirects","checks":6,"contract":"Select a redirect rule by explicit priority, specificity and declaration order. The explicit fixture inputs and outputs define a bounded offline policy; request identity must accompany the decision.","evaluation_group":"s3-http-redirects-rule-precedence","failed_approach":"The partial repair uses 'len(set(r[1] for r in rules))' and still fails an explicit boundary or control.","family":"s3-http-redirects-rule-precedence-rule-count-not-target-count","id":"FA-28516","implementations":{"attempt":{"sha256":"c1fbff8d35039f98288039320aa3d31421a07138f69f86c99d5f7c3f1a5295ba","source":"\"\"\"Failure Map reference implementation. Python standard library only.\"\"\"\nimport json\nfrom urllib.parse import urlsplit, unquote, quote\nimport posixpath\nimport re\nN = 1\nobservations = []\ndef solve(request, rules, path, method):\n    return {'request': request, 'decision': [[r[3] for r in rules if r[0]==path], [r[3] for r in rules if r[2]==method], [r[3] for r in sorted(rules,key=lambda r:r[1])], [r[3] for r in rules], next((r[3] for r in sorted(rules,key=lambda r:r[1]) if r[0]==path and r[2]==method),None), len(set(r[1] for r in rules)), sum(r[0]==path and r[2]==method for r in rules), method == 'HEAD', [r[3] for r in sorted(rules,key=lambda r:r[1]) if r[0]==path and r[2]==method][1:], not any(r[0]==path and r[2]==method for r in rules)]} \ndef check(label, actual, expected):\n    observations.append({\"check\": label, \"actual\": actual, \"expected\": expected, \"passed\": actual == expected})\ncheck('fixture 1', solve('/requests/' + str(N) + '/0', [['/a', 3, 'GET', '/x'], ['/a', 1, 'GET', '/y']], '/a', 'GET'), {'request': '/requests/' + str(N) + '/0', 'decision': [['/x', '/y'], ['/x', '/y'], ['/y', '/x'], ['/x', '/y'], '/y', 2, 2, False, ['/x'], False]})\ncheck('fixture 2', solve('/requests/' + str(N) + '/1', [['/a', 1, 'POST', '/p'], ['/a', 2, 'GET', '/g']], '/a', 'GET'), {'request': '/requests/' + str(N) + '/1', 'decision': [['/p', '/g'], ['/g'], ['/p', '/g'], ['/p', '/g'], '/g', 2, 1, False, [], False]})\ncheck('fixture 3', solve('/requests/' + str(N) + '/2', [['/b', 1, 'GET', '/b'], ['/a', 1, 'GET', '/a']], '/a', 'GET'), {'request': '/requests/' + str(N) + '/2', 'decision': [['/a'], ['/b', '/a'], ['/b', '/a'], ['/b', '/a'], '/a', 2, 1, False, [], False]})\ncheck('fixture 4', solve('/requests/' + str(N) + '/3', [['/a', 1, 'GET', '/x'], ['/a', 1, 'GET', '/y']], '/a', 'GET'), {'request': '/requests/' + str(N) + '/3', 'decision': [['/x', '/y'], ['/x', '/y'], ['/x', '/y'], ['/x', '/y'], '/x', 2, 2, False, ['/y'], False]})\ncheck('fixture 5', solve('/requests/' + str(N) + '/4', [], '/a', 'GET'), {'request': '/requests/' + str(N) + '/4', 'decision': [[], [], [], [], None, 0, 0, False, [], True]})\ncheck('fixture 6', solve('/requests/' + str(N) + '/5', [['/a', 1, 'HEAD', '/h'], ['/ab', 0, 'GET', '/q']], '/ab', 'HEAD'), {'request': '/requests/' + str(N) + '/5', 'decision': [['/q'], ['/h'], ['/q', '/h'], ['/h', '/q'], None, 2, 0, True, [], True]})\nprint(json.dumps({\"observations\": observations, \"passed\": all(x[\"passed\"] for x in observations)}, ensure_ascii=False))\nraise SystemExit(0 if all(x[\"passed\"] for x in observations) else 1)\n"},"broken":{"sha256":"47f865591214171c90e1a75adb741236c727d79ab81241f8292ac5602c24b225","source":"\"\"\"Failure Map reference implementation. Python standard library only.\"\"\"\nimport json\nfrom urllib.parse import urlsplit, unquote, quote\nimport posixpath\nimport re\nN = 1\nobservations = []\ndef solve(request, rules, path, method):\n    return {'request': request, 'decision': [[r[3] for r in rules if r[0]==path], [r[3] for r in rules if r[2]==method], [r[3] for r in sorted(rules,key=lambda r:r[1])], [r[3] for r in rules], next((r[3] for r in sorted(rules,key=lambda r:r[1]) if r[0]==path and r[2]==method),None), len(set(r[0] for r in rules)), sum(r[0]==path and r[2]==method for r in rules), method == 'HEAD', [r[3] for r in sorted(rules,key=lambda r:r[1]) if r[0]==path and r[2]==method][1:], not any(r[0]==path and r[2]==method for r in rules)]} \ndef check(label, actual, expected):\n    observations.append({\"check\": label, \"actual\": actual, \"expected\": expected, \"passed\": actual == expected})\ncheck('fixture 1', solve('/requests/' + str(N) + '/0', [['/a', 3, 'GET', '/x'], ['/a', 1, 'GET', '/y']], '/a', 'GET'), {'request': '/requests/' + str(N) + '/0', 'decision': [['/x', '/y'], ['/x', '/y'], ['/y', '/x'], ['/x', '/y'], '/y', 2, 2, False, ['/x'], False]})\ncheck('fixture 2', solve('/requests/' + str(N) + '/1', [['/a', 1, 'POST', '/p'], ['/a', 2, 'GET', '/g']], '/a', 'GET'), {'request': '/requests/' + str(N) + '/1', 'decision': [['/p', '/g'], ['/g'], ['/p', '/g'], ['/p', '/g'], '/g', 2, 1, False, [], False]})\ncheck('fixture 3', solve('/requests/' + str(N) + '/2', [['/b', 1, 'GET', '/b'], ['/a', 1, 'GET', '/a']], '/a', 'GET'), {'request': '/requests/' + str(N) + '/2', 'decision': [['/a'], ['/b', '/a'], ['/b', '/a'], ['/b', '/a'], '/a', 2, 1, False, [], False]})\ncheck('fixture 4', solve('/requests/' + str(N) + '/3', [['/a', 1, 'GET', '/x'], ['/a', 1, 'GET', '/y']], '/a', 'GET'), {'request': '/requests/' + str(N) + '/3', 'decision': [['/x', '/y'], ['/x', '/y'], ['/x', '/y'], ['/x', '/y'], '/x', 2, 2, False, ['/y'], False]})\ncheck('fixture 5', solve('/requests/' + str(N) + '/4', [], '/a', 'GET'), {'request': '/requests/' + str(N) + '/4', 'decision': [[], [], [], [], None, 0, 0, False, [], True]})\ncheck('fixture 6', solve('/requests/' + str(N) + '/5', [['/a', 1, 'HEAD', '/h'], ['/ab', 0, 'GET', '/q']], '/ab', 'HEAD'), {'request': '/requests/' + str(N) + '/5', 'decision': [['/q'], ['/h'], ['/q', '/h'], ['/h', '/q'], None, 2, 0, True, [], True]})\nprint(json.dumps({\"observations\": observations, \"passed\": all(x[\"passed\"] for x in observations)}, ensure_ascii=False))\nraise SystemExit(0 if all(x[\"passed\"] for x in observations) else 1)\n"},"fixed":{"sha256":"958e0480841026be92c80ced6fdafaa0f548e79d23e048d78c9a9d07affb5415","source":"\"\"\"Failure Map reference implementation. Python standard library only.\"\"\"\nimport json\nfrom urllib.parse import urlsplit, unquote, quote\nimport posixpath\nimport re\nN = 1\nobservations = []\ndef solve(request, rules, path, method):\n    return {'request': request, 'decision': [[r[3] for r in rules if r[0]==path], [r[3] for r in rules if r[2]==method], [r[3] for r in sorted(rules,key=lambda r:r[1])], [r[3] for r in rules], next((r[3] for r in sorted(rules,key=lambda r:r[1]) if r[0]==path and r[2]==method),None), len(rules), sum(r[0]==path and r[2]==method for r in rules), method == 'HEAD', [r[3] for r in sorted(rules,key=lambda r:r[1]) if r[0]==path and r[2]==method][1:], not any(r[0]==path and r[2]==method for r in rules)]} \ndef check(label, actual, expected):\n    observations.append({\"check\": label, \"actual\": actual, \"expected\": expected, \"passed\": actual == expected})\ncheck('fixture 1', solve('/requests/' + str(N) + '/0', [['/a', 3, 'GET', '/x'], ['/a', 1, 'GET', '/y']], '/a', 'GET'), {'request': '/requests/' + str(N) + '/0', 'decision': [['/x', '/y'], ['/x', '/y'], ['/y', '/x'], ['/x', '/y'], '/y', 2, 2, False, ['/x'], False]})\ncheck('fixture 2', solve('/requests/' + str(N) + '/1', [['/a', 1, 'POST', '/p'], ['/a', 2, 'GET', '/g']], '/a', 'GET'), {'request': '/requests/' + str(N) + '/1', 'decision': [['/p', '/g'], ['/g'], ['/p', '/g'], ['/p', '/g'], '/g', 2, 1, False, [], False]})\ncheck('fixture 3', solve('/requests/' + str(N) + '/2', [['/b', 1, 'GET', '/b'], ['/a', 1, 'GET', '/a']], '/a', 'GET'), {'request': '/requests/' + str(N) + '/2', 'decision': [['/a'], ['/b', '/a'], ['/b', '/a'], ['/b', '/a'], '/a', 2, 1, False, [], False]})\ncheck('fixture 4', solve('/requests/' + str(N) + '/3', [['/a', 1, 'GET', '/x'], ['/a', 1, 'GET', '/y']], '/a', 'GET'), {'request': '/requests/' + str(N) + '/3', 'decision': [['/x', '/y'], ['/x', '/y'], ['/x', '/y'], ['/x', '/y'], '/x', 2, 2, False, ['/y'], False]})\ncheck('fixture 5', solve('/requests/' + str(N) + '/4', [], '/a', 'GET'), {'request': '/requests/' + str(N) + '/4', 'decision': [[], [], [], [], None, 0, 0, False, [], True]})\ncheck('fixture 6', solve('/requests/' + str(N) + '/5', [['/a', 1, 'HEAD', '/h'], ['/ab', 0, 'GET', '/q']], '/ab', 'HEAD'), {'request': '/requests/' + str(N) + '/5', 'decision': [['/q'], ['/h'], ['/q', '/h'], ['/h', '/q'], None, 2, 0, True, [], True]})\nprint(json.dumps({\"observations\": observations, \"passed\": all(x[\"passed\"] for x in observations)}, ensure_ascii=False))\nraise SystemExit(0 if all(x[\"passed\"] for x in observations) else 1)\n"}},"limitations":"Stipulated offline redirect policy, not a complete HTTP, browser, URL, cache, or security implementation. Numbered variants vary request correlation identity. This reproducer isolates one failure mechanism. Results cover the supplied fixtures. Variants within a family share a test contract and should remain grouped when constructing evaluation splits. Related mechanisms with a shared evaluation_group must also remain together; these controlled models are not independent production incidents.","method":"Deterministic executable model with adversarial boundary fixtures.","provenance":{"created_by":"Failure Map","dependencies":"Python standard library","family":"s3-http-redirects-rule-precedence-rule-count-not-target-count","generated_at":"2026-09-29T14:41:34.548591+00:00","license":"CC0-1.0","python":"3.12.14","seed":1,"split":"open-access"},"relevance":"Models a redirect controller decision before following a target or exposing a redirect result.","repair":"At this decision use 'len(rules)', preserving the other controller outputs.","root_cause":"The rule-count-not-target-count decision uses 'len(set(r[0] for r in rules))'; this violates the stipulated controller policy.","sha256":"91f5c9866f2901a9b40bb365be91c0915a4ff4d2b7cb627be91737f5398c6b12","title":"Select a redirect rule by explicit priority, specificity and declaration order: rule count not target count · case 01","variant":1,"variant_policy":"N changes request correlation identity. Policy boundary fixtures are reused; numbered variants are not independent examples.","verification":{"attempt":{"elapsed_ms":38.723,"exit_code":1,"observations":[{"actual":{"decision":[["/x","/y"],["/x","/y"],["/y","/x"],["/x","/y"],"/y",2,2,false,["/x"],false],"request":"/requests/1/0"},"check":"fixture 1","expected":{"decision":[["/x","/y"],["/x","/y"],["/y","/x"],["/x","/y"],"/y",2,2,false,["/x"],false],"request":"/requests/1/0"},"passed":true},{"actual":{"decision":[["/p","/g"],["/g"],["/p","/g"],["/p","/g"],"/g",2,1,false,[],false],"request":"/requests/1/1"},"check":"fixture 2","expected":{"decision":[["/p","/g"],["/g"],["/p","/g"],["/p","/g"],"/g",2,1,false,[],false],"request":"/requests/1/1"},"passed":true},{"actual":{"decision":[["/a"],["/b","/a"],["/b","/a"],["/b","/a"],"/a",1,1,false,[],false],"request":"/requests/1/2"},"check":"fixture 3","expected":{"decision":[["/a"],["/b","/a"],["/b","/a"],["/b","/a"],"/a",2,1,false,[],false],"request":"/requests/1/2"},"passed":false},{"actual":{"decision":[["/x","/y"],["/x","/y"],["/x","/y"],["/x","/y"],"/x",1,2,false,["/y"],false],"request":"/requests/1/3"},"check":"fixture 4","expected":{"decision":[["/x","/y"],["/x","/y"],["/x","/y"],["/x","/y"],"/x",2,2,false,["/y"],false],"request":"/requests/1/3"},"passed":false},{"actual":{"decision":[[],[],[],[],null,0,0,false,[],true],"request":"/requests/1/4"},"check":"fixture 5","expected":{"decision":[[],[],[],[],null,0,0,false,[],true],"request":"/requests/1/4"},"passed":true},{"actual":{"decision":[["/q"],["/h"],["/q","/h"],["/h","/q"],null,2,0,true,[],true],"request":"/requests/1/5"},"check":"fixture 6","expected":{"decision":[["/q"],["/h"],["/q","/h"],["/h","/q"],null,2,0,true,[],true],"request":"/requests/1/5"},"passed":true}],"passed":false,"stderr":"","stdout":"{\"observations\": [{\"check\": \"fixture 1\", \"actual\": {\"request\": \"/requests/1/0\", \"decision\": [[\"/x\", \"/y\"], [\"/x\", \"/y\"], [\"/y\", \"/x\"], [\"/x\", \"/y\"], \"/y\", 2, 2, false, [\"/x\"], false]}, \"expected\": {\"request\": \"/requests/1/0\", \"decision\": [[\"/x\", \"/y\"], [\"/x\", \"/y\"], [\"/y\", \"/x\"], [\"/x\", \"/y\"], \"/y\", 2, 2, false, [\"/x\"], false]}, \"passed\": true}, {\"check\": \"fixture 2\", \"actual\": {\"request\": \"/requests/1/1\", \"decision\": [[\"/p\", \"/g\"], [\"/g\"], [\"/p\", \"/g\"], [\"/p\", \"/g\"], \"/g\", 2, 1, false, [], false]}, \"expected\": {\"request\": \"/requests/1/1\", \"decision\": [[\"/p\", \"/g\"], [\"/g\"], [\"/p\", \"/g\"], [\"/p\", \"/g\"], \"/g\", 2, 1, false, [], false]}, \"passed\": true}, {\"check\": \"fixture 3\", \"actual\": {\"request\": \"/requests/1/2\", \"decision\": [[\"/a\"], [\"/b\", \"/a\"], [\"/b\", \"/a\"], [\"/b\", \"/a\"], \"/a\", 1, 1, false, [], false]}, \"expected\": {\"request\": \"/requests/1/2\", \"decision\": [[\"/a\"], [\"/b\", \"/a\"], [\"/b\", \"/a\"], [\"/b\", \"/a\"], \"/a\", 2, 1, false, [], false]}, \"passed\": false}, {\"check\": \"fixture 4\", \"actual\": {\"request\": \"/requests/1/3\", \"decision\": [[\"/x\", \"/y\"], [\"/x\", \"/y\"], [\"/x\", \"/y\"], [\"/x\", \"/y\"], \"/x\", 1, 2, false, [\"/y\"], false]}, \"expected\": {\"request\": \"/requests/1/3\", \"decision\": [[\"/x\", \"/y\"], [\"/x\", \"/y\"], [\"/x\", \"/y\"], [\"/x\", \"/y\"], \"/x\", 2, 2, false, [\"/y\"], false]}, \"passed\": false}, {\"check\": \"fixture 5\", \"actual\": {\"request\": \"/requests/1/4\", \"decision\": [[], [], [], [], null, 0, 0, false, [], true]}, \"expected\": {\"request\": \"/requests/1/4\", \"decision\": [[], [], [], [], null, 0, 0, false, [], true]}, \"passed\": true}, {\"check\": \"fixture 6\", \"actual\": {\"request\": \"/requests/1/5\", \"decision\": [[\"/q\"], [\"/h\"], [\"/q\", \"/h\"], [\"/h\", \"/q\"], null, 2, 0, true, [], true]}, \"expected\": {\"request\": \"/requests/1/5\", \"decision\": [[\"/q\"], [\"/h\"], [\"/q\", \"/h\"], [\"/h\", \"/q\"], null, 2, 0, true, [], true]}, \"passed\": true}], \"passed\": false}\n"},"broken":{"elapsed_ms":41.354,"exit_code":1,"observations":[{"actual":{"decision":[["/x","/y"],["/x","/y"],["/y","/x"],["/x","/y"],"/y",1,2,false,["/x"],false],"request":"/requests/1/0"},"check":"fixture 1","expected":{"decision":[["/x","/y"],["/x","/y"],["/y","/x"],["/x","/y"],"/y",2,2,false,["/x"],false],"request":"/requests/1/0"},"passed":false},{"actual":{"decision":[["/p","/g"],["/g"],["/p","/g"],["/p","/g"],"/g",1,1,false,[],false],"request":"/requests/1/1"},"check":"fixture 2","expected":{"decision":[["/p","/g"],["/g"],["/p","/g"],["/p","/g"],"/g",2,1,false,[],false],"request":"/requests/1/1"},"passed":false},{"actual":{"decision":[["/a"],["/b","/a"],["/b","/a"],["/b","/a"],"/a",2,1,false,[],false],"request":"/requests/1/2"},"check":"fixture 3","expected":{"decision":[["/a"],["/b","/a"],["/b","/a"],["/b","/a"],"/a",2,1,false,[],false],"request":"/requests/1/2"},"passed":true},{"actual":{"decision":[["/x","/y"],["/x","/y"],["/x","/y"],["/x","/y"],"/x",1,2,false,["/y"],false],"request":"/requests/1/3"},"check":"fixture 4","expected":{"decision":[["/x","/y"],["/x","/y"],["/x","/y"],["/x","/y"],"/x",2,2,false,["/y"],false],"request":"/requests/1/3"},"passed":false},{"actual":{"decision":[[],[],[],[],null,0,0,false,[],true],"request":"/requests/1/4"},"check":"fixture 5","expected":{"decision":[[],[],[],[],null,0,0,false,[],true],"request":"/requests/1/4"},"passed":true},{"actual":{"decision":[["/q"],["/h"],["/q","/h"],["/h","/q"],null,2,0,true,[],true],"request":"/requests/1/5"},"check":"fixture 6","expected":{"decision":[["/q"],["/h"],["/q","/h"],["/h","/q"],null,2,0,true,[],true],"request":"/requests/1/5"},"passed":true}],"passed":false,"stderr":"","stdout":"{\"observations\": [{\"check\": \"fixture 1\", \"actual\": {\"request\": \"/requests/1/0\", \"decision\": [[\"/x\", \"/y\"], [\"/x\", \"/y\"], [\"/y\", \"/x\"], [\"/x\", \"/y\"], \"/y\", 1, 2, false, [\"/x\"], false]}, \"expected\": {\"request\": \"/requests/1/0\", \"decision\": [[\"/x\", \"/y\"], [\"/x\", \"/y\"], [\"/y\", \"/x\"], [\"/x\", \"/y\"], \"/y\", 2, 2, false, [\"/x\"], false]}, \"passed\": false}, {\"check\": \"fixture 2\", \"actual\": {\"request\": \"/requests/1/1\", \"decision\": [[\"/p\", \"/g\"], [\"/g\"], [\"/p\", \"/g\"], [\"/p\", \"/g\"], \"/g\", 1, 1, false, [], false]}, \"expected\": {\"request\": \"/requests/1/1\", \"decision\": [[\"/p\", \"/g\"], [\"/g\"], [\"/p\", \"/g\"], [\"/p\", \"/g\"], \"/g\", 2, 1, false, [], false]}, \"passed\": false}, {\"check\": \"fixture 3\", \"actual\": {\"request\": \"/requests/1/2\", \"decision\": [[\"/a\"], [\"/b\", \"/a\"], [\"/b\", \"/a\"], [\"/b\", \"/a\"], \"/a\", 2, 1, false, [], false]}, \"expected\": {\"request\": \"/requests/1/2\", \"decision\": [[\"/a\"], [\"/b\", \"/a\"], [\"/b\", \"/a\"], [\"/b\", \"/a\"], \"/a\", 2, 1, false, [], false]}, \"passed\": true}, {\"check\": \"fixture 4\", \"actual\": {\"request\": \"/requests/1/3\", \"decision\": [[\"/x\", \"/y\"], [\"/x\", \"/y\"], [\"/x\", \"/y\"], [\"/x\", \"/y\"], \"/x\", 1, 2, false, [\"/y\"], false]}, \"expected\": {\"request\": \"/requests/1/3\", \"decision\": [[\"/x\", \"/y\"], [\"/x\", \"/y\"], [\"/x\", \"/y\"], [\"/x\", \"/y\"], \"/x\", 2, 2, false, [\"/y\"], false]}, \"passed\": false}, {\"check\": \"fixture 5\", \"actual\": {\"request\": \"/requests/1/4\", \"decision\": [[], [], [], [], null, 0, 0, false, [], true]}, \"expected\": {\"request\": \"/requests/1/4\", \"decision\": [[], [], [], [], null, 0, 0, false, [], true]}, \"passed\": true}, {\"check\": \"fixture 6\", \"actual\": {\"request\": \"/requests/1/5\", \"decision\": [[\"/q\"], [\"/h\"], [\"/q\", \"/h\"], [\"/h\", \"/q\"], null, 2, 0, true, [], true]}, \"expected\": {\"request\": \"/requests/1/5\", \"decision\": [[\"/q\"], [\"/h\"], [\"/q\", \"/h\"], [\"/h\", \"/q\"], null, 2, 0, true, [], true]}, \"passed\": true}], \"passed\": false}\n"},"fixed":{"elapsed_ms":39.452,"exit_code":0,"observations":[{"actual":{"decision":[["/x","/y"],["/x","/y"],["/y","/x"],["/x","/y"],"/y",2,2,false,["/x"],false],"request":"/requests/1/0"},"check":"fixture 1","expected":{"decision":[["/x","/y"],["/x","/y"],["/y","/x"],["/x","/y"],"/y",2,2,false,["/x"],false],"request":"/requests/1/0"},"passed":true},{"actual":{"decision":[["/p","/g"],["/g"],["/p","/g"],["/p","/g"],"/g",2,1,false,[],false],"request":"/requests/1/1"},"check":"fixture 2","expected":{"decision":[["/p","/g"],["/g"],["/p","/g"],["/p","/g"],"/g",2,1,false,[],false],"request":"/requests/1/1"},"passed":true},{"actual":{"decision":[["/a"],["/b","/a"],["/b","/a"],["/b","/a"],"/a",2,1,false,[],false],"request":"/requests/1/2"},"check":"fixture 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{\"request\": \"/requests/1/0\", \"decision\": [[\"/x\", \"/y\"], [\"/x\", \"/y\"], [\"/y\", \"/x\"], [\"/x\", \"/y\"], \"/y\", 2, 2, false, [\"/x\"], false]}, \"expected\": {\"request\": \"/requests/1/0\", \"decision\": [[\"/x\", \"/y\"], [\"/x\", \"/y\"], [\"/y\", \"/x\"], [\"/x\", \"/y\"], \"/y\", 2, 2, false, [\"/x\"], false]}, \"passed\": true}, {\"check\": \"fixture 2\", \"actual\": {\"request\": \"/requests/1/1\", \"decision\": [[\"/p\", \"/g\"], [\"/g\"], [\"/p\", \"/g\"], [\"/p\", \"/g\"], \"/g\", 2, 1, false, [], false]}, \"expected\": {\"request\": \"/requests/1/1\", \"decision\": [[\"/p\", \"/g\"], [\"/g\"], [\"/p\", \"/g\"], [\"/p\", \"/g\"], \"/g\", 2, 1, false, [], false]}, \"passed\": true}, {\"check\": \"fixture 3\", \"actual\": {\"request\": \"/requests/1/2\", \"decision\": [[\"/a\"], [\"/b\", \"/a\"], [\"/b\", \"/a\"], [\"/b\", \"/a\"], \"/a\", 2, 1, false, [], false]}, \"expected\": {\"request\": \"/requests/1/2\", \"decision\": [[\"/a\"], [\"/b\", \"/a\"], [\"/b\", 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