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InferTuple\n : T[\"type\"] extends \"object\" ? InferObject\n : T extends ZRecord ? InferRecord\n : T[\"type\"] extends \"array\" ? InferArray\n : T[\"type\"] extends \"promise\" ? InferPromise\n : T[\"type\"] extends \"any\" ? any\n : \"invalid type\";\n type InferPromise = T extends ZPromise\n ? Promise>\n : never;\n type InferArray = T extends ZArray ? Array>\n : never;\n type InferRecord = T extends ZRecord\n ? Record>\n : never;\n type InferObject = T extends\n ZObject> ? {\n [k in keyof Obj]: Infer;\n }\n : never;\n type InferFunction = T extends ZFunction<\n infer Args extends ZTuple<\n [\n ZType,\n ...ZType[],\n ] | []\n >,\n infer Ret extends ZType\n > ? (...args: InferTuple) => Infer\n : never;\n type InferForEach = T extends [] ? [] : T extends [\n infer First extends ZType,\n ] ? [\n Infer,\n ]\n : T extends [\n infer First extends ZType,\n ...infer Rest extends ZType[],\n ] ? [\n Infer,\n ...InferForEach,\n ]\n : [];\n type InferTuple<\n T extends ZTuple<\n [] | [\n ZType,\n ...ZType[],\n ]\n >,\n > = T extends ZTuple<[]> ? [] : T extends ZTuple<[\n infer First extends ZType,\n ...infer Rest extends ZType[],\n ]> ? [\n Infer,\n ...InferForEach,\n ]\n : [];\n class ZRecord {\n type: \"record\" = \"record\";\n __vals: V;\n constructor(__vals: V) {\n this.__vals = __vals;\n }\n async parse(val: UnknownInput): Promise>> {\n if (val === undefined || val === null)\n throw new Error(\"undefined\");\n for (const key in val) {\n if (typeof key !== \"string\")\n throw new Error(`Key ${key} is not a string`);\n // @ts-expect-error\n await this.__vals.parse(val[key]);\n }\n return val as any;\n }\n parseSync(val: UnknownInput): Record> {\n if (val === undefined || val === null)\n throw new Error(\"undefined\");\n for (const key in val) {\n if (typeof key !== \"string\")\n throw new Error(`Key ${key} is not a string`);\n // @ts-expect-error\n this.__vals.parse(val[key]);\n }\n return val as any;\n }\n toTs(): string {\n return `Record`;\n }\n }\n class ZAny {\n type: \"any\" = \"any\";\n async parse(val: UnknownInput): Promise {\n return val;\n }\n parseSync(val: UnknownInput): any {\n return val;\n }\n toTs(): string {\n return `any`;\n }\n }\n class ZPromise {\n type: \"promise\" = \"promise\";\n __inner: T;\n constructor(__inner: T) {\n this.__inner = __inner;\n }\n return(ty: NewT): ZPromise {\n return new ZPromise(ty);\n }\n async parse(val: UnknownInput): Promise {\n if (val === undefined || val === null)\n throw new Error(\"undefined\");\n const result = await val;\n return this.__inner.parse(result) as any;\n }\n parseSync(val: UnknownInput): undefined {\n throw new Error(\"Promise input invalid in parseSync\");\n }\n toTs(): string {\n return `Promise<${this.__inner.toTs()}>`;\n }\n }\n class ZArray {\n type: \"array\" = \"array\";\n __element: T;\n constructor(__element: T) {\n this.__element = __element;\n }\n element(el: NewT): ZArray {\n return new ZArray(el);\n }\n async parse(value: unknown): Promise>> {\n if (Array.isArray(value)) {\n const arr = value.map((v) => this.__element.parse(v));\n return Promise.all(arr) as any;\n }\n throw new Error(\"value is not an array\");\n }\n parseSync(value: unknown): Array> {\n if (Array.isArray(value)) {\n const arr = value.map((v) => this.__element.parseSync(v));\n return arr as any;\n }\n throw new Error(\"value is not an array\");\n }\n toTs(): string {\n return `Array<${this.__element.toTs()}>`;\n }\n }\n class ZUnknown {\n type: \"unknown\" = \"unknown\";\n async parse(val: unknown): Promise {\n return val;\n }\n parseSync(val: unknown): unknown {\n return val;\n }\n toTs(): string {\n return `unknown`;\n }\n }\n class ZString {\n type: \"string\" = \"string\";\n async parse(val: unknown): Promise {\n return this.parseSync(val);\n }\n parseSync(val: unknown): string {\n if (typeof val === \"string\") {\n return val;\n }\n throw new Error(\"Not a string\");\n }\n toTs(): string {\n return `string`;\n }\n }\n class ZObject> {\n type: \"object\" = \"object\";\n __fields: R;\n constructor(__fields: R) {\n this.__fields = __fields;\n }\n async parse(val: UnknownInput): Promise>> {\n if (val === undefined || val === null)\n throw new Error(\"undefined or null\");\n const obj: any = {} as unknown as any;\n for (const key of Object.keys(this.__fields)) {\n const actualVal = (val as any)[key];\n const ty = this.__fields[key]!;\n // $ts-expect-error\n obj[key] = await ty.parse(actualVal);\n }\n return obj;\n }\n parseSync(val: UnknownInput): InferObject> {\n if (val === undefined || val === null)\n throw new Error(\"undefined or null\");\n const obj: InferObject> = {} as unknown as any;\n for (const key of Object.keys(this.__fields)) {\n const actualVal = (val as any)[key];\n const ty = this.__fields[key]!;\n (obj as any)[key] = ty.parseSync(actualVal) as any;\n }\n return obj as any;\n }\n toTs(): string {\n const buf: string[] = [];\n buf.push(\"{\");\n for (const [key, val] of Object.entries(this.__fields)) {\n buf.push(key);\n buf.push(\":\");\n buf.push(val.toTs());\n buf.push(\",\");\n }\n buf.push(\"}\");\n return buf.join(\"\");\n }\n }\n class ZTuple<\n T extends [\n ZType,\n ...ZType[],\n ] | [] = [\n ZType,\n ...ZType[],\n ],\n > {\n type: \"tuple\" = \"tuple\";\n __values: T;\n constructor(__values: T) {\n this.__values = __values;\n }\n empty(): ZTuple<[]> {\n return new ZTuple([]);\n }\n item(item: New): ZTuple<[\n ...T,\n New,\n ]> {\n return new ZTuple<[\n ...T,\n New,\n ]>([...this.__values, item]);\n }\n async parse(value: unknown): Promise>> {\n if (!Array.isArray(value))\n throw new Error(\"Not a an array\");\n if (value.length !== this.__values.length)\n throw new Error(\"Invalid length\");\n const arr: InferTuple> = [];\n for (let i = 0; i < this.__values.length; i++) {\n const actualVal = value[i];\n const zty = this.__values[i];\n // $ts-expect-error\n arr.push((await zty.parse(actualVal)) as any);\n }\n return arr;\n }\n parseSync(value: unknown): InferTuple> {\n if (!Array.isArray(value))\n throw new Error(\"Not a an array\");\n if (value.length !== this.__values.length)\n throw new Error(\"Invalid length\");\n const arr: InferTuple> = [];\n for (let i = 0; i < this.__values.length; i++) {\n const actualVal = value[i];\n const zty = this.__values[i];\n // $ts-expect-error\n arr.push(zty.parseSync(actualVal));\n }\n return arr as any;\n }\n toTs(): string {\n const buf: string[] = [];\n buf.push(\"[\");\n for (const item of this.__values) {\n buf.push(item.toTs());\n buf.push(\",\");\n }\n buf.push(\"]\");\n return buf.join(\"\");\n }\n }\n type WrapPromise = Promise>;\n type ZFunctionImpl<\n Args extends ZTuple<\n [\n ZType,\n ...ZType[],\n ] | []\n >,\n Ret extends ZType,\n > = ((...args: InferTuple) => WrapPromise>) & {\n minizodSchema: () => ZFunction;\n json: () => () => Promise;\n };\n type ZFunctionImplSync<\n Args extends ZTuple<\n [\n ZType,\n ...ZType[],\n ] | []\n >,\n Ret extends ZType,\n > = ((...args: InferTuple) => Infer) & {\n minizodSchema: () => ZFunction;\n json: () => () => unknown;\n };\n class ZFunction<\n Args extends ZTuple<\n [\n ZType,\n ...ZType[],\n ] | []\n >,\n Ret extends ZType,\n > {\n type: \"function\" = \"function\";\n __args: Args;\n __ret: Ret;\n constructor(__args: Args, __ret: Ret) {\n this.__args = __args;\n this.__ret = __ret;\n }\n args<\n NewArgs extends ZTuple<\n [\n ZType,\n ...ZType[],\n ] | []\n >,\n >(args: NewArgs): ZFunction {\n return new ZFunction(args, this.__ret);\n }\n ret(r: NewRet): ZFunction {\n return new ZFunction(this.__args, r);\n }\n parse(value: unknown): Promise>> {\n throw new Error(\"parsing function not supported\");\n }\n parseSync(value: unknown): InferFunction> {\n throw new Error(\"parsing function not supported\");\n }\n impl(\n fn: (...args: InferTuple) => Infer,\n ): ZFunctionImpl {\n const theFn = async (...args: InferTuple): Promise> => {\n const parsedArgs = (await this.__args.parse(args)) as any;\n const result = await fn(...parsedArgs);\n if (this.__ret.type !== \"unknown\") {\n const parsedResult = (await this.__ret.parse(result)) as any;\n return parsedResult;\n }\n return result;\n };\n const minizodSchema: () => ZFunction = () => this;\n Object.assign(theFn, {\n minizodSchema,\n json: () => async (...args: InferTuple): Promise => {\n const result = await theFn(...args);\n return new Response(JSON.stringify(result), {\n headers: { \"Content-Type\": \"application/json\" },\n });\n },\n });\n return theFn as any;\n }\n implSync(\n fn: (...args: InferTuple) => Infer,\n ): ZFunctionImplSync {\n const theFn = (...args: InferTuple): Infer => {\n const parsedArgs = this.__args.parseSync(args) as any;\n const result = fn(...parsedArgs);\n if (this.__ret.type !== \"unknown\") {\n const parsedResult = this.__ret.parseSync(result) as any;\n return parsedResult;\n }\n return result;\n };\n const minizodSchema: () => ZFunction = () => this;\n Object.assign(theFn, {\n minizodSchema,\n json: () => (...args: InferTuple): unknown => {\n const result = theFn(...args);\n return new Response(JSON.stringify(result), {\n headers: { \"Content-Type\": \"application/json\" },\n });\n },\n });\n return theFn as any;\n }\n toTs(): string {\n throw new Error(\"Not implemented\");\n }\n }\n type ZodImpl = {\n func: () => ZFunction, ZUnknown>;\n tuple: () => ZTuple<[]>;\n object: >(obj: R) => ZObject;\n string: () => ZString;\n promise: () => ZPromise;\n any: () => ZAny;\n record: (value: V) => ZRecord;\n };\n type Zod = ZodImpl & {\n chain: (fn: (zod: ZodImpl) => Ret) => Ret;\n __ztype: ZType;\n __zfunctionimpl: <\n Args extends ZTuple<\n [] | [\n ZType,\n ...ZType[],\n ]\n >,\n Ret extends ZType,\n >() => ZFunctionImplSync;\n __zfunction: <\n Args extends ZTuple<\n [] | [\n ZType,\n ...ZType[],\n ]\n >,\n Ret extends ZType,\n >() => ZFunction;\n __ztuple: ZTuple<\n [] | [\n ZType,\n ...ZType[],\n ]\n >;\n };\n const minizodImpl = (): Zod => {\n const func = (): ZFunction, ZUnknown> =>\n new ZFunction(new ZTuple<[]>([]), new ZUnknown());\n const tuple = (): ZTuple<[]> => new ZTuple([]);\n const object = >(obj: R): ZObject =>\n new ZObject(obj);\n const string = (): ZString => new ZString();\n const promise = (): ZPromise => new ZPromise(new ZUnknown());\n const any = (): ZAny => new ZAny();\n const record = (value: V): ZRecord =>\n new ZRecord(value);\n const z = {\n func,\n tuple,\n object,\n string,\n promise,\n any,\n record,\n };\n const __ztype: ZType = undefined as any;\n const __zfunctionimpl: <\n Args extends ZTuple<\n [\n ZType,\n ...ZType[],\n ] | []\n >,\n Ret extends ZType,\n >() => ZFunctionImplSync = () => undefined as any;\n const __zfunction: <\n Args extends ZTuple<\n [\n ZType,\n ...ZType[],\n ] | []\n >,\n Ret extends ZType,\n >() => ZFunction = () => undefined as any;\n const __ztuple: ZTuple<\n [\n ZType,\n ...ZType[],\n ] | []\n > = undefined as any;\n return {\n ...z,\n __ztype,\n __ztuple,\n __zfunctionimpl,\n __zfunction,\n chain: (fn) => {\n return fn(z);\n },\n };\n };\n return minizodImpl();\n}","deleted","label",[98],"permalink","https://www.val.town/x/zackoverflow/minizod/code/main.tsx","extension","actionData","errors"]