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How to use typeNotSupported method in ts-auto-mock

Best JavaScript code snippet using ts-auto-mock

TypeSchemaResolver.ts

Source:TypeSchemaResolver.ts

1import {2  DeepKitTypeError,3  DeepKitTypeErrors,4  LiteralSupported,5  TypeNotSupported,6} from "./errors";7import { AnySchema, Schema } from "./types";8import {9  reflect,10  ReflectionKind,11  stringifyType,12  Type,13  TypeClass,14  TypeEnum,15  TypeLiteral,16  TypeObjectLiteral,17  typeOf,18  validationAnnotation,19} from "@deepkit/type";20import { validators } from "./validators";21import { getParentClass } from "@deepkit/core";22import { SchemaRegistry } from "./SchemaRegistry";23export class TypeSchemaResolver {24  result: Schema = { ...AnySchema };25  errors: DeepKitTypeError[] = [];26  constructor(public t: Type, public schemaRegisty: SchemaRegistry) {}27  resolveBasic() {28    switch (this.t.kind) {29      case ReflectionKind.never:30        this.result.not = AnySchema;31        return;32      case ReflectionKind.any:33      case ReflectionKind.unknown:34      case ReflectionKind.void:35        this.result = AnySchema;36        return;37      case ReflectionKind.object:38        this.result.type = "object";39        return;40      case ReflectionKind.string:41        this.result.type = "string";42        return;43      case ReflectionKind.number:44        this.result.type = "number";45        return;46      case ReflectionKind.boolean:47        this.result.type = "boolean";48        return;49      case ReflectionKind.bigint:50        this.result.type = "number";51        return;52      case ReflectionKind.null:53        this.result.type = "null";54        return;55      case ReflectionKind.undefined:56        this.result.__isUndefined = true;57        return;58      case ReflectionKind.literal:59        const type = mapSimpleLiteralToType(this.t.literal);60        if (type) {61          this.result.type = type;62          this.result.enum = [this.t.literal as any];63        } else {64          this.errors.push(new LiteralSupported(typeof this.t.literal));65        }66        return;67      case ReflectionKind.templateLiteral:68        this.result.type = "string";69        this.errors.push(70          new TypeNotSupported(71            this.t,72            "Literal is treated as string for simplicity",73          ),74        );75        return;76      case ReflectionKind.class:77      case ReflectionKind.objectLiteral:78        this.resolveClassOrObjectLiteral();79        return;80      case ReflectionKind.array:81        this.result.type = "array";82        const itemsResult = resolveTypeSchema(this.t.type, this.schemaRegisty);83        this.result.items = itemsResult.result;84        this.errors.push(...itemsResult.errors);85        return;86      case ReflectionKind.enum:87        this.resolveEnum();88        return;89      case ReflectionKind.union:90        this.resolveUnion();91        return;92      default:93        this.errors.push(new TypeNotSupported(this.t));94        return;95    }96  }97  resolveClassOrObjectLiteral() {98    if (99      this.t.kind !== ReflectionKind.class &&100      this.t.kind !== ReflectionKind.objectLiteral101    ) {102      return;103    }104    this.result.type = "object";105    let typeClass: TypeClass | TypeObjectLiteral | undefined = this.t;106    this.result.properties = {};107    const typeClasses: (TypeClass | TypeObjectLiteral | undefined)[] = [this.t];108    const required: string[] = [];109    if (this.t.kind === ReflectionKind.class) {110      // Build a list of inheritance, from root to current class.111      while (true) {112        const parentClass = getParentClass((typeClass as TypeClass).classType);113        if (parentClass) {114          typeClass = reflect(parentClass) as any;115          typeClasses.unshift(typeClass);116        } else {117          break;118        }119      }120    }121    // Follow the order to override properties.122    for (const typeClass of typeClasses) {123      for (const typeItem of typeClass!.types) {124        if (125          typeItem.kind === ReflectionKind.property ||126          typeItem.kind === ReflectionKind.propertySignature127        ) {128          const typeResolver = resolveTypeSchema(129            typeItem.type,130            this.schemaRegisty,131          );132          if (!typeItem.optional && !required.includes(String(typeItem.name))) {133            required.push(String(typeItem.name));134          }135          this.result.properties[String(typeItem.name)] = typeResolver.result;136          this.errors.push(...typeResolver.errors);137        }138      }139    }140    if (required.length) {141      this.result.required = required;142    }143    const registryKey = this.schemaRegisty.getSchemaKey(this.t);144    if (registryKey) {145      this.schemaRegisty.registerSchema(registryKey, this.t, this.result);146    }147  }148  resolveEnum() {149    if (this.t.kind !== ReflectionKind.enum) {150      return;151    }152    let types = new Set<string>();153    for (const value of this.t.values) {154      const currentType = mapSimpleLiteralToType(value);155      if (currentType === undefined) {156        this.errors.push(157          new TypeNotSupported(this.t, `Enum with unsupported members. `),158        );159        continue;160      }161      types.add(currentType);162    }163    this.result.type = types.size > 1 ? undefined : [...types.values()][0];164    this.result.enum = this.t.values as any;165    const registryKey = this.schemaRegisty.getSchemaKey(this.t);166    if (registryKey) {167      this.schemaRegisty.registerSchema(registryKey, this.t, this.result);168    }169  }170  resolveUnion() {171    if (this.t.kind !== ReflectionKind.union) {172      return;173    }174    // Find out whether it is a union of literals. If so, treat it as an enum175    if (176      this.t.types.every(177        (t): t is TypeLiteral =>178          t.kind === ReflectionKind.literal &&179          ["string", "number"].includes(mapSimpleLiteralToType(t.literal) as any),180      )181    ) {182      const enumType: TypeEnum = {183        ...this.t,184        kind: ReflectionKind.enum,185        enum: Object.fromEntries(186          this.t.types.map((t) => [t.literal, t.literal as any]),187        ),188        values: this.t.types.map((t) => t.literal as any),189        indexType: this.t,190      };191      const { result, errors } = resolveTypeSchema(enumType, this.schemaRegisty);192      this.result = result;193      this.errors.push(...errors);194    } else {195      this.result.type = undefined;196      this.result.oneOf = [];197      for (const t of this.t.types) {198        const { result, errors } = resolveTypeSchema(t, this.schemaRegisty);199        this.result.oneOf?.push(result);200        this.errors.push(...errors);201      }202    }203  }204  resolveValidators() {205    for (const annotation of validationAnnotation.getAnnotations(this.t)) {206      const { name, args } = annotation;207      const validator = validators[name];208      if (!validator) {209        this.errors.push(210          new TypeNotSupported(this.t, `Validator ${name} is not supported. `),211        );212      }213      try {214        this.result = validator(this.result, ...(args as [any]));215      } catch (e) {216        if (e instanceof TypeNotSupported) {217          this.errors.push(e);218        } else {219          throw e;220        }221      }222    }223  }224  resolve() {225    this.resolveBasic();226    this.resolveValidators();227    return this;228  }229}230export const mapSimpleLiteralToType = (literal: any) => {231  if (typeof literal === "string") {232    return "string";233  } else if (typeof literal === "bigint") {234    return "integer";235  } else if (typeof literal === "number") {236    return "number";237  } else if (typeof literal === "boolean") {238    return "boolean";239  } else {240    return;241  }242};243export const unwrapTypeSchema = (244  t: Type,245  r: SchemaRegistry = new SchemaRegistry(),246) => {247  const resolver = new TypeSchemaResolver(t, new SchemaRegistry()).resolve();248  if (resolver.errors.length === 0) {249    return resolver.result;250  } else {251    throw new DeepKitTypeErrors(resolver.errors, "Errors with input type. ");252  }253};254export const resolveTypeSchema = (255  t: Type,256  r: SchemaRegistry = new SchemaRegistry(),257) => {258  return new TypeSchemaResolver(t, r).resolve();...

serializer.ts

Source:serializer.ts

1import { SerializedSyncProtocolTransaction, UnsignedTransaction } from './unsigned-transaction.serializer'2import { SerializedSyncProtocolWalletSync, SyncWalletRequest, WalletSerializer } from './wallet-sync.serializer'3import * as rlp from 'rlp'4import { unsignedTransactionSerializerByProtocolIdentifier, signedTransactionSerializerByProtocolIdentifier } from '.'5import { toBuffer } from './utils/toBuffer'6import * as bs58check from 'bs58check'7import { SignedTransaction, SerializedSyncProtocolSignedTransaction } from './signed-transaction.serializer'8import { SERIALIZER_VERSION } from './constants'9import { TypeNotSupported, SerializerVersionMismatch } from './errors'1011export enum SyncProtocolKeys {12  VERSION,13  TYPE,14  PROTOCOL,15  PAYLOAD16}1718export enum EncodedType {19  UNSIGNED_TRANSACTION,20  SIGNED_TRANSACTION,21  WALLET_SYNC22}2324export type SerializedSyncProtocolPayload =25  | SerializedSyncProtocolTransaction26  | SerializedSyncProtocolWalletSync27  | SerializedSyncProtocolSignedTransaction2829export interface SerializedSyncProtocol extends Array<Buffer | SerializedSyncProtocolPayload> {30  [0]: Buffer // SyncProtocolKeys.VERSION31  [1]: Buffer // SyncProtocolKeys.TYPE32  [2]: Buffer // SyncProtocolKeys.PROTOCOL33  [3]: SerializedSyncProtocolPayload // SyncProtocolKeys.PAYLOAD34}3536export interface DeserializedSyncProtocol {37  version?: number38  type: EncodedType39  protocol: string40  payload: UnsignedTransaction | SyncWalletRequest | SignedTransaction41}4243export class SyncProtocolUtils {44  public async serialize(deserializedSyncProtocol: DeserializedSyncProtocol): Promise<string> {45    const version = toBuffer(SERIALIZER_VERSION)46    const type = toBuffer(deserializedSyncProtocol.type.toString())47    const protocol = toBuffer(deserializedSyncProtocol.protocol)48    const typedPayload = deserializedSyncProtocol.payload4950    let untypedPayload5152    switch (deserializedSyncProtocol.type) {53      case EncodedType.UNSIGNED_TRANSACTION:54        untypedPayload = unsignedTransactionSerializerByProtocolIdentifier(deserializedSyncProtocol.protocol).serialize(55          typedPayload as UnsignedTransaction56        )57        break58      case EncodedType.SIGNED_TRANSACTION:59        untypedPayload = signedTransactionSerializerByProtocolIdentifier(deserializedSyncProtocol.protocol).serialize(60          typedPayload as SignedTransaction61        )62        break63      case EncodedType.WALLET_SYNC:64        untypedPayload = new WalletSerializer().serialize(typedPayload as SyncWalletRequest)65        break66      default:67        throw new TypeNotSupported()68    }6970    const toRlpEncode: any[] = []7172    toRlpEncode[SyncProtocolKeys.VERSION] = version73    toRlpEncode[SyncProtocolKeys.TYPE] = type74    toRlpEncode[SyncProtocolKeys.PROTOCOL] = protocol75    toRlpEncode[SyncProtocolKeys.PAYLOAD] = untypedPayload7677    const rlpEncoded = rlp.encode(toRlpEncode)7879    // as any is necessary due to https://github.com/ethereumjs/rlp/issues/3580    return bs58check.encode(rlpEncoded)81  }8283  public async deserialize(serializedSyncProtocol: string): Promise<DeserializedSyncProtocol> {84    const base58Decoded = bs58check.decode(serializedSyncProtocol)85    const rlpDecodedTx: SerializedSyncProtocol = (rlp.decode(base58Decoded as any) as {}) as SerializedSyncProtocol8687    const version = parseInt(rlpDecodedTx[SyncProtocolKeys.VERSION].toString(), 10)8889    if (version !== SERIALIZER_VERSION) {90      throw new SerializerVersionMismatch()91    }9293    const type = parseInt(rlpDecodedTx[SyncProtocolKeys.TYPE].toString(), 10)94    const protocol = rlpDecodedTx[SyncProtocolKeys.PROTOCOL].toString()95    const payload = rlpDecodedTx[SyncProtocolKeys.PAYLOAD]9697    let typedPayload9899    switch (type) {100      case EncodedType.UNSIGNED_TRANSACTION:101        typedPayload = unsignedTransactionSerializerByProtocolIdentifier(protocol).deserialize(payload as SerializedSyncProtocolTransaction)102        break103      case EncodedType.SIGNED_TRANSACTION:104        typedPayload = signedTransactionSerializerByProtocolIdentifier(protocol).deserialize(105          payload as SerializedSyncProtocolSignedTransaction106        )107        break108      case EncodedType.WALLET_SYNC:109        typedPayload = new WalletSerializer().deserialize(payload as SerializedSyncProtocolWalletSync)110        break111      default:112        throw new TypeNotSupported()113    }114115    return {116      version: version,117      type: type,118      protocol: protocol,119      payload: typedPayload120    }121  }
...

validators.ts

Source:validators.ts

1import { TypeLiteral } from "@deepkit/type";2import { TypeNotSupported } from "./errors";3import { Schema, SchemaMapper } from "./types";4export const validators: Record<string, SchemaMapper> = {5  pattern(s, type: TypeLiteral & { literal: RegExp }): Schema {6    return {7      ...s,8      pattern: type.literal.source,9    };10  },11  alpha(s): Schema {12    return {13      ...s,14      pattern: "^[A-Za-z]+$",15    };16  },17  alphanumeric(s): Schema {18    return {19      ...s,20      pattern: "^[0-9A-Za-z]+$",21    };22  },23  ascii(s): Schema {24    return {25      ...s,26      pattern: "^[\x00-\x7F]+$",27    };28  },29  dataURI(s): Schema {30    return {31      ...s,32      pattern: "^(data:)([w/+-]*)(;charset=[w-]+|;base64){0,1},(.*)",33    };34  },35  decimal(36    s,37    minDigits: TypeLiteral & { literal: number },38    maxDigits: TypeLiteral & { literal: number },39  ): Schema {40    return {41      ...s,42      pattern:43        "^-?\\d+\\.\\d{" + minDigits.literal + "," + maxDigits.literal + "}$",44    };45  },46  multipleOf(47    s,48    num: TypeLiteral & { literal: number }49  ): Schema {50    if (num.literal === 0) throw new TypeNotSupported(num, `multiple cannot be 0`);51    return {52      ...s,53      multipleOf: num.literal,54    };55  },56  minLength(57    s,58    length: TypeLiteral & { literal: number }59  ): Schema {60    if (length.literal < 0)  throw new TypeNotSupported(length, `length cannot be less than 0`);61    return {62      ...s,63      minLength: length.literal,64    };65  },66  maxLength(67    s,68    length: TypeLiteral & { literal: number }69  ): Schema {70    if (length.literal < 0)  throw new TypeNotSupported(length, `length cannot be less than 0`);71    return {72      ...s,73      maxLength: length.literal,74    };75  },76  includes(s, include: TypeLiteral): Schema {77    throw new TypeNotSupported(include, `includes is not supported. `);78  },79  excludes(s, exclude: TypeLiteral): Schema {80    throw new TypeNotSupported(exclude, `excludes is not supported. `);81  },82  minimum(s, min: TypeLiteral & { literal: number | bigint }): Schema {83    return {84      ...s,85      minimum: min.literal,86    }87  },88  exclusiveMinimum(s, min: TypeLiteral & { literal: number | bigint }): Schema {89    return {90      ...s,91      exclusiveMinimum: min.literal,92    };93  },94  maximum(s, max: TypeLiteral & { literal: number | bigint }): Schema {95    return {96      ...s,97      maximum: max.literal,98    };99  },100  exclusiveMaximum(s, max: TypeLiteral & { literal: number | bigint }): Schema {101    return {102      ...s,103      exclusiveMaximum: max.literal,104    };105  },106  positive(s): Schema {107    return {108      ...s,109      exclusiveMinimum: 0,110    }111  },112  negative(s): Schema {113    return {114      ...s,115      exclusiveMaximum: 0,116    }117  },...

Using AI Code Generation

1import {typeNotSupported} from 'ts-auto-mock';2typeNotSupported('test');3import {typeNotSupported} from 'ts-auto-mock';4typeNotSupported('test');5import {typeNotSupported} from 'ts-auto-mock';6typeNotSupported('test');7import {typeNotSupported} from 'ts-auto-mock';8typeNotSupported('test');9import {typeNotSupported} from 'ts-auto-mock';10typeNotSupported('test');11import {typeNotSupported} from 'ts-auto-mock';12typeNotSupported('test');13import {typeNotSupported} from 'ts-auto-mock';14typeNotSupported('test');15import {typeNotSupported} from 'ts-auto-mock';16typeNotSupported('test');17import {typeNotSupported} from 'ts-auto-mock';18typeNotSupported('test');19import {typeNotSupported} from 'ts-auto-mock';20typeNotSupported('test');21import {typeNotSupported} from 'ts-auto-mock';22typeNotSupported('test');23import {typeNotSupported} from 'ts-auto-mock';24typeNotSupported('test');25import {typeNotSupported} from 'ts-auto-mock';26typeNotSupported('test

Using AI Code Generation

1import { typeNotSupported } from 'ts-auto-mock/extension';2typeNotSupported('test');3import { typeNotSupported } from 'ts-auto-mock/extension';4typeNotSupported('test');5import { typeNotSupported } from 'ts-auto-mock/extension';6typeNotSupported('test');7import { typeNotSupported } from 'ts-auto-mock/extension';8typeNotSupported('test');9import { typeNotSupported } from 'ts-auto-mock/extension';10typeNotSupported('test');11import { typeNotSupported } from 'ts-auto-mock/extension';12typeNotSupported('test');13import { typeNotSupported } from 'ts-auto-mock/extension';14typeNotSupported('test');15import { typeNotSupported } from 'ts-auto-mock/extension';16typeNotSupported('test');17import { typeNotSupported } from 'ts-auto-mock/extension';18typeNotSupported('test');19import { typeNotSupported } from 'ts-auto-mock/extension';20typeNotSupported('test');21import { typeNotSupported } from 'ts-auto-mock/extension';22typeNotSupported('test');23import { typeNotSupported } from 'ts-auto-mock/extension';24typeNotSupported('test');

Using AI Code Generation

1import {typeNotSupported} from 'ts-auto-mock';2export class Test1 {3    constructor() {4        typeNotSupported('Test1');5    }6}7import {typeNotSupported} from 'ts-auto-mock';8export class Test2 {9    constructor() {10        typeNotSupported('Test2');11    }12}13import {typeNotSupported} from 'ts-auto-mock';14export class Test3 {15    constructor() {16        typeNotSupported('Test3');17    }18}19import {typeNotSupported} from 'ts-auto-mock';20export class Test4 {21    constructor() {22        typeNotSupported('Test4');23    }24}25import {typeNotSupported} from 'ts-auto-mock';26export class Test5 {27    constructor() {28        typeNotSupported('Test5');29    }30}31import {typeNotSupported} from 'ts-auto-mock';32export class Test6 {33    constructor() {34        typeNotSupported('Test6');35    }36}37import {typeNotSupported} from 'ts-auto-mock';38export class Test7 {39    constructor() {40        typeNotSupported('Test7');41    }42}43import {typeNotSupported} from 'ts-auto-mock';44export class Test8 {45    constructor() {46        typeNotSupported('Test8');47    }48}49import {typeNotSupported} from 'ts-auto-mock';50export class Test9 {51    constructor() {52        typeNotSupported('Test9');53    }54}55import {typeNotSupported} from 'ts-auto-mock

Using AI Code Generation

1import {typeNotSupported} from 'ts-auto-mock';2typeNotSupported('test1');3import {typeNotSupported} from 'ts-auto-mock';4typeNotSupported('test2');5import {typeNotSupported} from 'ts-auto-mock';6typeNotSupported('test3');7import {typeNotSupported} from 'ts-auto-mock';8typeNotSupported('test4');9import {typeNotSupported} from 'ts-auto-mock';10typeNotSupported('test5');11import {typeNotSupported} from 'ts-auto-mock';12typeNotSupported('test6');13import {typeNotSupported} from 'ts-auto-mock';14typeNotSupported('test7');15import {typeNotSupported} from 'ts-auto-mock';16typeNotSupported('test8');17import {typeNotSupported} from 'ts-auto-mock';18typeNotSupported('test9');19import {type

Using AI Code Generation

1const typeNotSupported = require('ts-auto-mock/typeNotSupported');2const mocked = typeNotSupported();3console.log(mocked);4const typeNotSupported = require('ts-auto-mock/typeNotSupported');5const mocked = typeNotSupported();6console.log(mocked);7const typeNotSupported = require('ts-auto-mock/typeNotSupported');8const mocked = typeNotSupported();9console.log(mocked);10import { typeNotSupported } from 'ts-auto-mock';11const mocked = typeNotSupported();12console.log(mocked);13import { typeNotSupported } from 'ts-auto-mock';14const mocked = typeNotSupported();15console.log(mocked);16import { typeNotSupported } from 'ts-auto-mock';17const mocked = typeNotSupported();18console.log(mocked);

Using AI Code Generation

1import {typeNotSupported} from 'ts-auto-mock';2export type MyType = typeNotSupported;3import {typeNotSupported} from 'ts-auto-mock';4export type MyType = typeNotSupported;5TS2300: Duplicate identifier 'typeNotSupported'. ts(2300)6import {typeNotSupported} from 'ts-auto-mock';7export type MyType = typeNotSupported;8import {typeNotSupported} from 'ts-auto-mock';9export type MyType = typeNotSupported;10import {typeNotSupported} from 'ts-auto-mock';11export type MyType = typeNotSupported;12import {typeNotSupported} from 'ts-auto-mock';13export type MyType = typeNotSupported;14import {typeNotSupported} from 'ts-auto-mock';15export type MyType = typeNotSupported;16import {typeNotSupported} from 'ts-auto-mock';17export type MyType = typeNotSupported;

Using AI Code Generation

1import {typeNotSupported} from 'ts-auto-mock/extension';2typeNotSupported('test1.ts', 'a', 'b', 'c');3import {typeNotSupported} from 'ts-auto-mock/extension';4typeNotSupported('test2.ts', 'a', 'b', 'c');5import {typeNotSupported} from 'ts-auto-mock/extension';6typeNotSupported('test3.ts', 'a', 'b', 'c');7import {typeNotSupported} from 'ts-auto-mock/extension';8typeNotSupported('test4.ts', 'a', 'b', 'c');9import {typeNotSupported} from 'ts-auto-mock/extension';10typeNotSupported('test5.ts', 'a', 'b', 'c');11import {typeNotSupported} from 'ts-auto-mock/extension';12typeNotSupported('test6.ts', 'a', 'b', 'c');13import {typeNotSupported} from 'ts-auto-mock/extension';14typeNotSupported('test7.ts', 'a', 'b', 'c');15import {typeNotSupported} from 'ts-auto-mock/extension';16typeNotSupported('test8.ts', 'a', 'b', 'c');17import {typeNotSupported} from 'ts-auto-mock/extension';18typeNotSupported('test9.ts', 'a', 'b', 'c');19import {typeNotSupported} from 'ts-auto-mock/extension';20typeNotSupported('test10

Using AI Code Generation

1import { typeNotSupported } from 'ts-auto-mock';2import { test2 } from './test2';3import { test3 } from './test3';4test('typeNotSupported', () => {5  typeNotSupported('test1.js');6});7test('test2', () => {8  test2();9});10test('test3', () => {11  test3();12});13import { typeNotSupported } from 'ts-auto-mock';14export function test2() {15  typeNotSupported('test2.js');16}17import { typeNotSupported } from 'ts-auto-mock';18export function test3() {19  typeNotSupported('test3.js');20}

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