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// eligible for TANF, SSI, or SNAP\n homelessness: boolean;\n fosterCare: boolean;\n}\n\ninterface BenefitsCase {\n values: BenefitsValues;\n label: string;\n}\n\n// ---------------------------------------------------------------------------\n// Helpers\n// ---------------------------------------------------------------------------\n\nfunction fmt$(n: number): string {\n return \"$\" + Math.max(0, n).toLocaleString();\n}\n\n/**\n * Computes the DOB such that the person turns exactly `age` years old on\n * [refYear]-[refMonth]-[refDay]. Handles edge cases (e.g. Feb 29) by using\n * Date arithmetic.\n */\nfunction dobForAge(\n age: number,\n refYear: number,\n refMonth: number,\n refDay: number\n): string {\n const safeAge = Math.max(0, age);\n const d = new Date(refYear - safeAge, refMonth - 1, refDay);\n const y = d.getFullYear();\n const m = String(d.getMonth() + 1).padStart(2, \"0\");\n const day = String(d.getDate()).padStart(2, \"0\");\n return `${y}-${m}-${day}`;\n}\n\nfunction refDateLabel(\n referenceDateType: string,\n refMonth: number,\n refDay: number,\n refYear: number\n): string {\n if (referenceDateType === \"calendar-year\") return `Dec 31, ${refYear}`;\n return `${String(refMonth).padStart(2, \"0\")}/${String(refDay).padStart(2, \"0\")}/${refYear}`;\n}\n\n// ---------------------------------------------------------------------------\n// Income cases — always 3 boundary test cases\n// ---------------------------------------------------------------------------\n\nfunction incomeLabel(cutoffType: CutoffType, pct: number): string {\n switch (cutoffType) {\n case \"<\": return `< ${pct}% FPL`;\n case \"<=\": return `≤ ${pct}% FPL`;\n case \">\": return `> ${pct}% FPL`;\n case \">=\": return `≥ ${pct}% FPL`;\n case \"lte_lt\": return `${pct}% FPL ≤ income`;\n case \"lt_lte\": return `${pct}% FPL < income`;\n default: return `${pct}% FPL`;\n }\n}\n\nfunction generateIncomeCases(config: RuleConfig, householdSize: number): IncomeCase[] {\n if (!config.income.enabled) {\n return [{ income: 0, label: \"No income rule\" }];\n }\n\n const { fplYear, fplPercent, cutoffType, fplPercent2 } = config.income;\n const t1 = getFPLThreshold(fplYear, householdSize, fplPercent);\n // For range types, default second bound to fplPercent + 50 if not set\n const p2 = fplPercent2 ?? fplPercent + 50;\n const t2 = getFPLThreshold(fplYear, householdSize, p2);\n const delta = 100; // boundary offset in dollars\n\n switch (cutoffType) {\n case \"<\":\n return [\n { income: t1 - delta, label: `Below ${fplPercent}% FPL (${fmt$(t1 - delta)}) – eligible` },\n { income: t1, label: `At ${fplPercent}% FPL (${fmt$(t1)}) – boundary, INELIGIBLE (strict <)` },\n { income: t1 + delta, label: `Above ${fplPercent}% FPL (${fmt$(t1 + delta)}) – ineligible` },\n ];\n case \"<=\":\n return [\n { income: t1 - delta, label: `Below ${fplPercent}% FPL (${fmt$(t1 - delta)}) – eligible` },\n { income: t1, label: `At ${fplPercent}% FPL (${fmt$(t1)}) – boundary, eligible (≤)` },\n { income: t1 + delta, label: `Above ${fplPercent}% FPL (${fmt$(t1 + delta)}) – ineligible` },\n ];\n case \">\":\n return [\n { income: t1 - delta, label: `Below ${fplPercent}% FPL (${fmt$(t1 - delta)}) – ineligible` },\n { income: t1, label: `At ${fplPercent}% FPL (${fmt$(t1)}) – boundary, INELIGIBLE (strict >)` },\n { income: t1 + delta, label: `Above ${fplPercent}% FPL (${fmt$(t1 + delta)}) – eligible` },\n ];\n case \">=\":\n return [\n { income: t1 - delta, label: `Below ${fplPercent}% FPL (${fmt$(t1 - delta)}) – ineligible` },\n { income: t1, label: `At ${fplPercent}% FPL (${fmt$(t1)}) – boundary, eligible (≥)` },\n { income: t1 + delta, label: `Above ${fplPercent}% FPL (${fmt$(t1 + delta)}) – eligible` },\n ];\n case \"lte_lt\":\n // FPL1 <= income < FPL2\n return [\n { income: t1 - delta, label: `Below lower bound ${fplPercent}% FPL (${fmt$(t1 - delta)}) – ineligible` },\n { income: t1, label: `At lower bound ${fplPercent}% FPL (${fmt$(t1)}) – boundary, eligible (≤)` },\n { income: t2, label: `At upper bound ${p2}% FPL (${fmt$(t2)}) – boundary, INELIGIBLE (strict <)` },\n ];\n case \"lt_lte\":\n // FPL1 < income <= FPL2\n return [\n { income: t1, label: `At lower bound ${fplPercent}% FPL (${fmt$(t1)}) – boundary, INELIGIBLE (strict >)` },\n { income: Math.round((t1 + t2) / 2), label: `Midpoint (${fmt$(Math.round((t1 + t2) / 2))}) – eligible` },\n { income: t2, label: `At upper bound ${p2}% FPL (${fmt$(t2)}) – boundary, eligible (≤)` },\n ];\n default:\n return [{ income: t1, label: `At ${fplPercent}% FPL threshold (${fmt$(t1)})` }];\n }\n}\n\n// ---------------------------------------------------------------------------\n// Age cases — always 3 boundary test cases (DOBs auto-derived)\n// ---------------------------------------------------------------------------\n\nfunction generateAgeCases(config: RuleConfig): AgeCase[] {\n const numChildren = config.numChildren;\n\n if (!config.age.enabled || numChildren === 0) {\n const refYear = new Date().getFullYear();\n const safeDate = dobForAge(5, refYear, 1, 1);\n return [{\n childrenDOBs: numChildren > 0 ? Array(numChildren).fill(safeDate) : [],\n label: numChildren === 0 ? \"No children\" : \"No age rule (default DOBs)\",\n }];\n }\n\n const { ageValue: A, ageValue2, cutoffType, referenceDateType, referenceMonth, referenceDay } = config.age;\n const A2 = ageValue2 ?? A + 3;\n const refYear = new Date().getFullYear();\n const refMonth = referenceDateType === \"specific-date\" && referenceMonth ? referenceMonth : 12;\n const refDay = referenceDateType === \"specific-date\" && referenceDay ? referenceDay : 31;\n const refLabel = refDateLabel(referenceDateType, refMonth, refDay, refYear);\n\n // All children in a test case share the same boundary DOB — tests whether\n // ANY child in HH meets the age criterion.\n function dobs(age: number): string[] {\n const dob = dobForAge(age, refYear, refMonth, refDay);\n return Array(numChildren).fill(dob);\n }\n\n switch (cutoffType) {\n case \"<\":\n return [\n { childrenDOBs: dobs(A - 1), label: `Age ${A - 1} as of ${refLabel} – eligible (< ${A})` },\n { childrenDOBs: dobs(A), label: `Age ${A} as of ${refLabel} – boundary, INELIGIBLE (= ${A}, strict <)` },\n { childrenDOBs: dobs(A + 1), label: `Age ${A + 1} as of ${refLabel} – ineligible` },\n ];\n case \"<=\":\n return [\n { childrenDOBs: dobs(A - 1), label: `Age ${A - 1} as of ${refLabel} – eligible` },\n { childrenDOBs: dobs(A), label: `Age ${A} as of ${refLabel} – boundary, eligible (≤ ${A})` },\n { childrenDOBs: dobs(A + 1), label: `Age ${A + 1} as of ${refLabel} – ineligible` },\n ];\n case \">\":\n return [\n { childrenDOBs: dobs(A - 1), label: `Age ${A - 1} as of ${refLabel} – ineligible` },\n { childrenDOBs: dobs(A), label: `Age ${A} as of ${refLabel} – boundary, INELIGIBLE (= ${A}, strict >)` },\n { childrenDOBs: dobs(A + 1), label: `Age ${A + 1} as of ${refLabel} – eligible` },\n ];\n case \">=\":\n return [\n { childrenDOBs: dobs(A - 1), label: `Age ${A - 1} as of ${refLabel} – ineligible` },\n { childrenDOBs: dobs(A), label: `Age ${A} as of ${refLabel} – boundary, eligible (≥ ${A})` },\n { childrenDOBs: dobs(A + 1), label: `Age ${A + 1} as of ${refLabel} – eligible` },\n ];\n case \"lte_lt\":\n // A <= age < A2\n return [\n { childrenDOBs: dobs(A - 1), label: `Age ${A - 1} as of ${refLabel} – ineligible (below lower bound)` },\n { childrenDOBs: dobs(A), label: `Age ${A} as of ${refLabel} – boundary, eligible (≥ ${A})` },\n { childrenDOBs: dobs(A2), label: `Age ${A2} as of ${refLabel} – boundary, INELIGIBLE (strict < ${A2})` },\n ];\n case \"lt_lte\":\n // A < age <= A2\n return [\n { childrenDOBs: dobs(A), label: `Age ${A} as of ${refLabel} – boundary, INELIGIBLE (strict > ${A} required)` },\n { childrenDOBs: dobs(A + 1), label: `Age ${A + 1} as of ${refLabel} – eligible (just above lower bound)` },\n { childrenDOBs: dobs(A2), label: `Age ${A2} as of ${refLabel} – boundary, eligible (≤ ${A2})` },\n ];\n default:\n return [{ childrenDOBs: dobs(A), label: `Age ${A}` }];\n }\n}\n\n// ---------------------------------------------------------------------------\n// Pregnant cases\n// ---------------------------------------------------------------------------\n\nfunction generatePregnantCases(config: RuleConfig): PregnantCase[] {\n if (!config.pregnant.enabled) {\n return [{ pregnant: false, label: \"N/A\" }];\n }\n return [\n { pregnant: false, label: \"No\" },\n { pregnant: true, label: \"Yes\" },\n ];\n}\n\n// ---------------------------------------------------------------------------\n// Benefits cases — all 2^n combinations of selected questions\n// ---------------------------------------------------------------------------\n\nfunction generateBenefitsCases(config: RuleConfig): BenefitsCase[] {\n type BKey = keyof typeof config.benefits;\n const ALL_QUESTIONS: Array<{ key: BKey; shortName: string }> = [\n { key: \"publicBenefits\", shortName: \"PublicBenefits(TANF/SSI/SNAP)\" },\n { key: \"homelessness\", shortName: \"Homeless\" },\n { key: \"fosterCare\", shortName: \"Foster\" },\n ];\n\n const selected = ALL_QUESTIONS.filter((q) => config.benefits[q.key]);\n\n const emptyValues: BenefitsValues = {\n publicBenefits: false, homelessness: false, fosterCare: false,\n };\n\n if (selected.length === 0) {\n return [{ values: emptyValues, label: \"\" }];\n }\n\n const n = selected.length;\n const cases: BenefitsCase[] = [];\n\n for (let mask = 0; mask < 1 << n; mask++) {\n const values: BenefitsValues = { ...emptyValues };\n const parts: string[] = [];\n selected.forEach((q, i) => {\n const val = Boolean((mask >> i) & 1);\n values[q.key] = val;\n parts.push(`${q.shortName}:${val ? \"T\" : \"F\"}`);\n });\n cases.push({ values, label: parts.join(\", \") });\n }\n\n return cases;\n}\n\n// ---------------------------------------------------------------------------\n// Timestamp helper\n// ---------------------------------------------------------------------------\n\nfunction nowTimestamp(): string {\n const d = new Date();\n const pad = (n: number) => String(n).padStart(2, \"0\");\n return (\n `${d.getFullYear()}-${pad(d.getMonth() + 1)}-${pad(d.getDate())} ` +\n `${pad(d.getHours())}:${pad(d.getMinutes())}:${pad(d.getSeconds())}`\n );\n}\n\n// ---------------------------------------------------------------------------\n// Main export: generate all permutations\n// ---------------------------------------------------------------------------\n\nexport function generateTestCases(config: RuleConfig): TestCase[] {\n const householdSize = Math.max(1, config.numAdults + config.numChildren);\n\n const allZips: string[] = [\n ...config.location.zipCodes,\n ...(config.location.includeInvalidZip ? [\"00000\"] : []),\n ];\n // Always have at least one ZIP so the generator can run\n if (allZips.length === 0) allZips.push(\"00000\");\n\n const incomeCases = generateIncomeCases(config, householdSize);\n const ageCases = generateAgeCases(config);\n const pregnantCases = generatePregnantCases(config);\n const benefitsCases = generateBenefitsCases(config);\n\n const timestamp = nowTimestamp();\n const programName = config.program || \"Program\";\n const cases: TestCase[] = [];\n let id = 1;\n\n for (const zip of allZips) {\n const isInvalid = zip === \"00000\";\n const zipLabel = isInvalid ? \"Invalid ZIP (00000)\" : `ZIP: ${zip}`;\n\n for (const ic of incomeCases) {\n for (const ac of ageCases) {\n for (const pc of pregnantCases) {\n for (const bc of benefitsCases) {\n // Build the human-readable \"Requirement Tested\" summary\n const parts: string[] = [zipLabel];\n if (config.income.enabled) parts.push(`Income: ${ic.label}`);\n if (config.age.enabled && config.numChildren > 0) parts.push(`Age: ${ac.label}`);\n if (config.pregnant.enabled) parts.push(`Pregnant: ${pc.label}`);\n if (bc.label) parts.push(bc.label);\n\n cases.push({\n id: id++,\n date: timestamp,\n program: programName,\n requirementTested: parts.join(\" | \"),\n postal_code: zip,\n children_DOBs: ac.childrenDOBs.join(\", \"),\n household_size: householdSize,\n household_total_income: Math.max(0, ic.income),\n household_working_boolean: config.householdWorking,\n pregnant: pc.pregnant,\n conditional_questions: bc.label,\n });\n }\n }\n }\n }\n }\n\n return cases;\n}\n\n/** Returns the estimated permutation count for the current config without generating. */\nexport function estimatePermutations(config: RuleConfig): number {\n const locCount = Math.max(\n 1,\n config.location.zipCodes.length + (config.location.includeInvalidZip ? 1 : 0)\n );\n const incCount = config.income.enabled ? 3 : 1;\n const ageCount = config.age.enabled && config.numChildren > 0 ? 3 : 1;\n const pregCount = config.pregnant.enabled ? 2 : 1;\n const selectedBenefits = Object.values(config.benefits).filter(Boolean).length;\n const benCount = selectedBenefits > 0 ? Math.pow(2, selectedBenefits) : 1;\n\n return locCount * incCount * ageCount * pregCount * benCount;\n}\n","deleted","label",[179,161],"shared","permalink","https://www.val.town/x/shapedlines/testcase-generator/code/shared/generator.ts","extension","actionData","errors"]