Files
pedwfrontend/tests/phase22/select-query-types-duplicated-clusters.test.cjs
T

457 lines
14 KiB
JavaScript

const fs = require("fs");
const path = require("path");
const vm = require("vm");
const assert = require("assert");
const rootDir = path.resolve(__dirname, "..", "..");
const loadSelectQueryTypesModule = (relayPath) => {
const filePath = path.join(rootDir, "actions", "selectQueryTypes.js");
let source = fs.readFileSync(filePath, "utf8");
source = source.replace(
/export const\s+getSelectQuery\s*=\s*/,
"const getSelectQuery = "
);
source += `
module.exports = {
getSelectQuery
};
`;
const context = {
module: { exports: {} },
exports: {},
require,
process: {
env: {
RELAYPATH: relayPath
}
}
};
vm.runInNewContext(source, context, { filename: filePath });
return context.module.exports;
};
const tests = [];
const test = (name, fn) => tests.push({ name, fn });
const splitFields = (query) => {
assert.ok(
query.startsWith("&$select="),
`Expected query to start with &$select= but received: ${query}`
);
return query
.replace(/^&\$select=/, "")
.split(",")
.map((field) => field.trim())
.filter(Boolean);
};
const getFieldSet = (appealTypeName, relayPath) =>
new Set(
splitFields(
loadSelectQueryTypesModule(relayPath).getSelectQuery(appealTypeName)
)
);
const assertHasFields = (fieldSet, expectedFields, label) => {
for (const field of expectedFields) {
assert.ok(fieldSet.has(field), `${label}: expected field \`${field}\``);
}
};
test("planning-style near-clones preserve a shared base cluster while retaining intentional representation-field differences", () => {
const planningConditions = getFieldSet("pinswg_planningconditionss73s79s");
const planningObligation = getFieldSet(
"pinswg_planningobligationappeals106s"
);
const enforcement = getFieldSet("pinswg_enforcementnoticeappeals174s");
const sharedPlanningCluster = [
"modifiedon",
"_pinswg_appellant_value",
"pinswg_name",
"pinswg_siteaddressline1",
"pinswg_siteaddressline2",
"pinswg_siteaddresspostcode",
"pinswg_siteaddresstown",
"_pinswg_associatedlpa_value",
"pinswg_casedecisiondate",
"pinswg_dateeventrequested",
"pinswg_finalcommentsduedate",
"pinswg_procedure",
"pinswg_questionnaireduedate",
"pinswg_startdate",
"pinswg_statementduedate",
"statuscode"
];
for (const [label, fields] of [
["Planning conditions", planningConditions],
["Planning obligation", planningObligation],
["Enforcement", enforcement]
]) {
assertHasFields(fields, sharedPlanningCluster, label);
}
assert.ok(
planningConditions.has("pinswg_otherpartiesstatement") &&
!planningConditions.has("pinswg_otherpartiesstatements"),
"Planning conditions should preserve singular other-parties field variant"
);
assert.ok(
planningObligation.has("pinswg_otherpartiesstatements") &&
!planningObligation.has("pinswg_otherpartiesstatement"),
"Planning obligation should preserve plural other-parties field variant"
);
assert.ok(
enforcement.has("pinswg_startdateoftheevent") &&
!enforcement.has("pinswg_startdateofevent"),
"Enforcement should preserve its current event-date field variant"
);
});
test("ROW and Hedges preserve a shared specialist/date/representation near-clone cluster", () => {
const rows = getFieldSet("pinswg_rows");
const hedges = getFieldSet(
"pinswg_hedgeshedgerowstreepreservationreplacems"
);
const sharedRowHedgesCluster = [
"pinswg_specialistcaseprocess",
"modifiedon",
"_pinswg_appellant_value",
"pinswg_name",
"_pinswg_associatedlpa_value",
"pinswg_casedecisiondate",
"pinswg_finalcommentsduedate",
"pinswg_otherpartiesstatement",
"pinswg_procedure",
"pinswg_proofsofevidencewrittenstatementsofeviden",
"pinswg_questionnaireduedate",
"pinswg_relevantauthorityname",
"pinswg_startdate",
"pinswg_startdateoftheevent",
"pinswg_typeofevent",
"pinswg_statementduedate",
"statuscode"
];
assertHasFields(rows, sharedRowHedgesCluster, "ROW near-clone cluster");
assertHasFields(
hedges,
sharedRowHedgesCluster,
"Hedges near-clone cluster"
);
assert.ok(
rows.has("pinswg_detailedeiascreeningrequired") &&
!rows.has("pinswg_detailedeiascreening"),
"ROW should preserve detailed EIA screening required variant"
);
assert.ok(
hedges.has("pinswg_detailedeiascreening") &&
!hedges.has("pinswg_detailedeiascreeningrequired"),
"Hedges should preserve detailed EIA screening variant without accidental normalization"
);
});
test("Advert specialist divergence is preserved against ROW canonical specialist-process selection", () => {
const adverts = getFieldSet("pinswg_advertses");
const rows = getFieldSet("pinswg_rows");
assert.ok(
adverts.has("pinswg_speacialistcaseprocess") &&
!adverts.has("pinswg_specialistcaseprocess"),
"Adverts should preserve misspelled specialist-process field only"
);
assert.ok(
rows.has("pinswg_specialistcaseprocess") &&
!rows.has("pinswg_speacialistcaseprocess"),
"ROW should preserve canonical specialist-process field only"
);
assertHasFields(
adverts,
[
"pinswg_finalcommentsduedate",
"pinswg_questionnaireduedate",
"pinswg_statementduedate",
"pinswg_startdate",
"pinswg_startdateoftheevent"
],
"Adverts specialist divergence support cluster"
);
assertHasFields(
rows,
[
"pinswg_finalcommentsduedate",
"pinswg_questionnaireduedate",
"pinswg_statementduedate",
"pinswg_startdate",
"pinswg_startdateoftheevent"
],
"ROW specialist divergence support cluster"
);
});
test("infrastructure near-clones preserve shared milestone concepts and schema-specific divergences", () => {
const dns = getFieldSet("pinswg_dnses");
const harbour = getFieldSet("pinswg_harbourrevisionorders");
const transport = getFieldSet("pinswg_transportandworkacts");
const electricity = getFieldSet("pinswg_electricityacts");
const sharedInfrastructureCluster = [
"pinswg_eiarequired",
"pinswg_name",
"pinswg_addressline1",
"pinswg_addressline2",
"pinswg_postcode",
"pinswg_addresstown",
"pinswg_applicationacceptedasvalid",
"pinswg_confirmrequesttovaryapplication",
"pinswg_dateeventrequested",
"pinswg_dateofsubmissionofapplication",
"pinswg_dateprojectpublishedonwebsite",
"pinswg_deadlineforsubmissionofapplication",
"pinswg_endofrepresentationperiod",
"pinswg_inspectorreportsubmittedtowelshgovernment",
"pinswg_projectlocation",
"pinswg_recommendation",
"pinswg_rejectrequesttovaryapplication",
"pinswg_reportdueby",
"pinswg_suspensiondates",
"pinswg_validnoticeofintentiontosubmitanapplicati",
"pinswg_webaddress",
"pinswg_withdrawndate",
"pinswg_writtenacceptanceofnotification",
"pinswg_startdateofevent",
"pinswg_typeofevent",
"statuscode"
];
for (const [label, fields] of [
["DNS", dns],
["Harbour", harbour],
["Transport", transport],
["Electricity", electricity]
]) {
assertHasFields(fields, sharedInfrastructureCluster, label);
}
assert.ok(
dns.has("pinswg_projectdescription") &&
!dns.has("pinswg_projectdiscription"),
"DNS should preserve canonical project description"
);
assert.ok(
harbour.has("pinswg_projectdiscription") &&
!harbour.has("pinswg_projectdescription"),
"Harbour should preserve misspelled project description variant"
);
assert.ok(
transport.has("pinswg_projectdescription") &&
!transport.has("pinswg_projectdiscription"),
"Transport should preserve canonical project description field"
);
assert.ok(
dns.has("pinswg_suspensionstartdates") &&
!dns.has("pinswg_suspensionstartdate"),
"DNS should preserve plural suspension start field"
);
for (const [label, fields] of [
["Harbour", harbour],
["Transport", transport]
]) {
assert.ok(
fields.has("pinswg_suspensionstartdate") &&
!fields.has("pinswg_suspensionstartdates"),
`${label} should preserve singular suspension start field variant`
);
}
assert.ok(
dns.has("pinswg_anticipatedgridreferenceeastingtext") &&
dns.has("pinswg_anticipatedgridreferencenorthingtext"),
"DNS should preserve grid reference fields"
);
assert.ok(
harbour.has("pinswg_anticipatedgridreferenceeastingtext") &&
harbour.has("pinswg_anticipatedgridreferencenorthingtext"),
"Harbour should preserve grid reference fields"
);
assert.ok(
!electricity.has("pinswg_anticipatedgridreferenceeastingtext") &&
!electricity.has("pinswg_anticipatedgridreferencenorthingtext"),
"Electricity should preserve current absence of grid reference fields"
);
});
test("representation-support cluster preserves questionnaire, statement, final-comments, and proof/other-parties variants", () => {
const rows = getFieldSet("pinswg_rows");
const planningObligation = getFieldSet(
"pinswg_planningobligationappeals106s"
);
const householder = getFieldSet("pinswg_householderappealhases");
const commonLand = getFieldSet("pinswg_commonlands");
assertHasFields(
rows,
[
"pinswg_questionnaireduedate",
"pinswg_statementduedate",
"pinswg_finalcommentsduedate",
"pinswg_proofsofevidencewrittenstatementsofeviden",
"pinswg_otherpartiesstatement"
],
"ROW representation-support cluster"
);
assertHasFields(
planningObligation,
[
"pinswg_questionnaireduedate",
"pinswg_statementduedate",
"pinswg_finalcommentsduedate",
"pinswg_otherpartiesstatements"
],
"Planning obligation representation-support cluster"
);
assertHasFields(
householder,
[
"pinswg_questionnaireduedate",
"pinswg_statementduedate",
"pinswg_finalcommentsduedate",
"pinswg_otherpartiesstmt"
],
"Householder representation-support cluster"
);
assertHasFields(
commonLand,
[
"pinswg_questionnaireduedate",
"pinswg_statementsduedate",
"pinswg_finalcommentsduedate",
"pinswg_proofsofevidencewrittenstatementsofeviden",
"pinswg_otherpartiesstatement"
],
"Common land representation-support cluster"
);
assert.ok(
commonLand.has("pinswg_statementsduedate") &&
!commonLand.has("pinswg_statementduedate"),
"Common land should preserve plural statement-due-date variant"
);
});
test("event-date cluster preserves coexistence of start-date/time variants across representative bundles", () => {
const callIns = getFieldSet("pinswg_callinss77s");
const adverts = getFieldSet("pinswg_advertses");
const planningS78Dev = getFieldSet(
"pinswg_planningappeals78s",
"dev-pedw-hc"
);
const listedBuilding = getFieldSet(
"pinswg_listedbuildingandconservationareaconsens"
);
const commonLand = getFieldSet("pinswg_commonlands");
assert.ok(
callIns.has("pinswg_startdateofevent") &&
!callIns.has("pinswg_startdateoftheevent"),
"Call-ins should preserve `pinswg_startdateofevent` variant"
);
assert.ok(
adverts.has("pinswg_startdateoftheevent") &&
!adverts.has("pinswg_startdateofevent"),
"Adverts should preserve `pinswg_startdateoftheevent` variant"
);
assert.ok(
planningS78Dev.has("pinswg_startdatetimeiftheevent"),
"S78 should preserve datetime event variant"
);
assert.ok(
listedBuilding.has("pinswg_starttimeofevent") &&
!listedBuilding.has("pinswg_starttimeoftheevent"),
"Listed building should preserve `pinswg_starttimeofevent` variant"
);
assert.ok(
commonLand.has("pinswg_starttimeoftheevent") &&
!commonLand.has("pinswg_starttimeofevent"),
"Common land should preserve `pinswg_starttimeoftheevent` variant"
);
});
test("authority and LPA cluster preserves current coexistence of local, associated, and relevant authority fields", () => {
const planningS78Dev = getFieldSet(
"pinswg_planningappeals78s",
"dev-pedw-hc"
);
const rows = getFieldSet("pinswg_rows");
const dns = getFieldSet("pinswg_dnses");
assert.ok(
planningS78Dev.has("_pinswg_localplanningauthority_value") &&
!planningS78Dev.has("_pinswg_associatedlpa_value") &&
!planningS78Dev.has("pinswg_relevantauthorityname"),
"S78 should preserve local-planning-authority-only behaviour"
);
assert.ok(
rows.has("_pinswg_associatedlpa_value") &&
rows.has("pinswg_relevantauthorityname") &&
!rows.has("_pinswg_localplanningauthority_value"),
"ROW should preserve overlap of associated LPA and relevant authority"
);
assert.ok(
dns.has("_pinswg_associatedlpa_value") &&
!dns.has("pinswg_relevantauthorityname") &&
!dns.has("_pinswg_localplanningauthority_value"),
"DNS should preserve associated-LPA-only authority behaviour"
);
});
const run = async () => {
let passed = 0;
for (const currentTest of tests) {
await currentTest.fn();
passed += 1;
}
console.log(
`Phase 22 select-query-types duplicated-cluster tests passed (${passed}/${tests.length}).`
);
};
module.exports = run;
if (require.main === module) {
run().catch((error) => {
console.error(error);
process.exit(1);
});
}