export type AnchorError =
  | InstructionMissing
  | InstructionFallbackNotFound
  | InstructionDidNotDeserialize
  | InstructionDidNotSerialize
  | IdlInstructionStub
  | IdlInstructionInvalidProgram
  | ConstraintMut
  | ConstraintHasOne
  | ConstraintSigner
  | ConstraintRaw
  | ConstraintOwner
  | ConstraintRentExempt
  | ConstraintSeeds
  | ConstraintExecutable
  | ConstraintState
  | ConstraintAssociated
  | ConstraintAssociatedInit
  | ConstraintClose
  | ConstraintAddress
  | ConstraintZero
  | ConstraintTokenMint
  | ConstraintTokenOwner
  | ConstraintMintMintAuthority
  | ConstraintMintFreezeAuthority
  | ConstraintMintDecimals
  | ConstraintSpace
  | ConstraintAccountIsNone
  | RequireViolated
  | RequireEqViolated
  | RequireKeysEqViolated
  | RequireNeqViolated
  | RequireKeysNeqViolated
  | RequireGtViolated
  | RequireGteViolated
  | AccountDiscriminatorAlreadySet
  | AccountDiscriminatorNotFound
  | AccountDiscriminatorMismatch
  | AccountDidNotDeserialize
  | AccountDidNotSerialize
  | AccountNotEnoughKeys
  | AccountNotMutable
  | AccountOwnedByWrongProgram
  | InvalidProgramId
  | InvalidProgramExecutable
  | AccountNotSigner
  | AccountNotSystemOwned
  | AccountNotInitialized
  | AccountNotProgramData
  | AccountNotAssociatedTokenAccount
  | AccountSysvarMismatch
  | AccountReallocExceedsLimit
  | AccountDuplicateReallocs
  | DeclaredProgramIdMismatch
  | Deprecated;

export class InstructionMissing extends Error {
  static readonly code = 100;
  readonly code = 100;
  readonly name = "InstructionMissing";
  readonly msg = "8 byte instruction identifier not provided";

  constructor(readonly logs?: string[]) {
    super("100: 8 byte instruction identifier not provided");
  }
}

export class InstructionFallbackNotFound extends Error {
  static readonly code = 101;
  readonly code = 101;
  readonly name = "InstructionFallbackNotFound";
  readonly msg = "Fallback functions are not supported";

  constructor(readonly logs?: string[]) {
    super("101: Fallback functions are not supported");
  }
}

export class InstructionDidNotDeserialize extends Error {
  static readonly code = 102;
  readonly code = 102;
  readonly name = "InstructionDidNotDeserialize";
  readonly msg = "The program could not deserialize the given instruction";

  constructor(readonly logs?: string[]) {
    super("102: The program could not deserialize the given instruction");
  }
}

export class InstructionDidNotSerialize extends Error {
  static readonly code = 103;
  readonly code = 103;
  readonly name = "InstructionDidNotSerialize";
  readonly msg = "The program could not serialize the given instruction";

  constructor(readonly logs?: string[]) {
    super("103: The program could not serialize the given instruction");
  }
}

export class IdlInstructionStub extends Error {
  static readonly code = 1000;
  readonly code = 1000;
  readonly name = "IdlInstructionStub";
  readonly msg = "The program was compiled without idl instructions";

  constructor(readonly logs?: string[]) {
    super("1000: The program was compiled without idl instructions");
  }
}

export class IdlInstructionInvalidProgram extends Error {
  static readonly code = 1001;
  readonly code = 1001;
  readonly name = "IdlInstructionInvalidProgram";
  readonly msg =
    "The transaction was given an invalid program for the IDL instruction";

  constructor(readonly logs?: string[]) {
    super(
      "1001: The transaction was given an invalid program for the IDL instruction",
    );
  }
}

export class ConstraintMut extends Error {
  static readonly code = 2000;
  readonly code = 2000;
  readonly name = "ConstraintMut";
  readonly msg = "A mut constraint was violated";

  constructor(readonly logs?: string[]) {
    super("2000: A mut constraint was violated");
  }
}

export class ConstraintHasOne extends Error {
  static readonly code = 2001;
  readonly code = 2001;
  readonly name = "ConstraintHasOne";
  readonly msg = "A has one constraint was violated";

  constructor(readonly logs?: string[]) {
    super("2001: A has one constraint was violated");
  }
}

export class ConstraintSigner extends Error {
  static readonly code = 2002;
  readonly code = 2002;
  readonly name = "ConstraintSigner";
  readonly msg = "A signer constraint was violated";

  constructor(readonly logs?: string[]) {
    super("2002: A signer constraint was violated");
  }
}

export class ConstraintRaw extends Error {
  static readonly code = 2003;
  readonly code = 2003;
  readonly name = "ConstraintRaw";
  readonly msg = "A raw constraint was violated";

  constructor(readonly logs?: string[]) {
    super("2003: A raw constraint was violated");
  }
}

export class ConstraintOwner extends Error {
  static readonly code = 2004;
  readonly code = 2004;
  readonly name = "ConstraintOwner";
  readonly msg = "An owner constraint was violated";

  constructor(readonly logs?: string[]) {
    super("2004: An owner constraint was violated");
  }
}

export class ConstraintRentExempt extends Error {
  static readonly code = 2005;
  readonly code = 2005;
  readonly name = "ConstraintRentExempt";
  readonly msg = "A rent exemption constraint was violated";

  constructor(readonly logs?: string[]) {
    super("2005: A rent exemption constraint was violated");
  }
}

export class ConstraintSeeds extends Error {
  static readonly code = 2006;
  readonly code = 2006;
  readonly name = "ConstraintSeeds";
  readonly msg = "A seeds constraint was violated";

  constructor(readonly logs?: string[]) {
    super("2006: A seeds constraint was violated");
  }
}

export class ConstraintExecutable extends Error {
  static readonly code = 2007;
  readonly code = 2007;
  readonly name = "ConstraintExecutable";
  readonly msg = "An executable constraint was violated";

  constructor(readonly logs?: string[]) {
    super("2007: An executable constraint was violated");
  }
}

export class ConstraintState extends Error {
  static readonly code = 2008;
  readonly code = 2008;
  readonly name = "ConstraintState";
  readonly msg = "Deprecated Error, feel free to replace with something else";

  constructor(readonly logs?: string[]) {
    super("2008: Deprecated Error, feel free to replace with something else");
  }
}

export class ConstraintAssociated extends Error {
  static readonly code = 2009;
  readonly code = 2009;
  readonly name = "ConstraintAssociated";
  readonly msg = "An associated constraint was violated";

  constructor(readonly logs?: string[]) {
    super("2009: An associated constraint was violated");
  }
}

export class ConstraintAssociatedInit extends Error {
  static readonly code = 2010;
  readonly code = 2010;
  readonly name = "ConstraintAssociatedInit";
  readonly msg = "An associated init constraint was violated";

  constructor(readonly logs?: string[]) {
    super("2010: An associated init constraint was violated");
  }
}

export class ConstraintClose extends Error {
  static readonly code = 2011;
  readonly code = 2011;
  readonly name = "ConstraintClose";
  readonly msg = "A close constraint was violated";

  constructor(readonly logs?: string[]) {
    super("2011: A close constraint was violated");
  }
}

export class ConstraintAddress extends Error {
  static readonly code = 2012;
  readonly code = 2012;
  readonly name = "ConstraintAddress";
  readonly msg = "An address constraint was violated";

  constructor(readonly logs?: string[]) {
    super("2012: An address constraint was violated");
  }
}

export class ConstraintZero extends Error {
  static readonly code = 2013;
  readonly code = 2013;
  readonly name = "ConstraintZero";
  readonly msg = "Expected zero account discriminant";

  constructor(readonly logs?: string[]) {
    super("2013: Expected zero account discriminant");
  }
}

export class ConstraintTokenMint extends Error {
  static readonly code = 2014;
  readonly code = 2014;
  readonly name = "ConstraintTokenMint";
  readonly msg = "A token mint constraint was violated";

  constructor(readonly logs?: string[]) {
    super("2014: A token mint constraint was violated");
  }
}

export class ConstraintTokenOwner extends Error {
  static readonly code = 2015;
  readonly code = 2015;
  readonly name = "ConstraintTokenOwner";
  readonly msg = "A token owner constraint was violated";

  constructor(readonly logs?: string[]) {
    super("2015: A token owner constraint was violated");
  }
}

export class ConstraintMintMintAuthority extends Error {
  static readonly code = 2016;
  readonly code = 2016;
  readonly name = "ConstraintMintMintAuthority";
  readonly msg = "A mint mint authority constraint was violated";

  constructor(readonly logs?: string[]) {
    super("2016: A mint mint authority constraint was violated");
  }
}

export class ConstraintMintFreezeAuthority extends Error {
  static readonly code = 2017;
  readonly code = 2017;
  readonly name = "ConstraintMintFreezeAuthority";
  readonly msg = "A mint freeze authority constraint was violated";

  constructor(readonly logs?: string[]) {
    super("2017: A mint freeze authority constraint was violated");
  }
}

export class ConstraintMintDecimals extends Error {
  static readonly code = 2018;
  readonly code = 2018;
  readonly name = "ConstraintMintDecimals";
  readonly msg = "A mint decimals constraint was violated";

  constructor(readonly logs?: string[]) {
    super("2018: A mint decimals constraint was violated");
  }
}

export class ConstraintSpace extends Error {
  static readonly code = 2019;
  readonly code = 2019;
  readonly name = "ConstraintSpace";
  readonly msg = "A space constraint was violated";

  constructor(readonly logs?: string[]) {
    super("2019: A space constraint was violated");
  }
}

export class ConstraintAccountIsNone extends Error {
  static readonly code = 2020;
  readonly code = 2020;
  readonly name = "ConstraintAccountIsNone";
  readonly msg = "A required account for the constraint is None";

  constructor(readonly logs?: string[]) {
    super("2020: A required account for the constraint is None");
  }
}

export class RequireViolated extends Error {
  static readonly code = 2500;
  readonly code = 2500;
  readonly name = "RequireViolated";
  readonly msg = "A require expression was violated";

  constructor(readonly logs?: string[]) {
    super("2500: A require expression was violated");
  }
}

export class RequireEqViolated extends Error {
  static readonly code = 2501;
  readonly code = 2501;
  readonly name = "RequireEqViolated";
  readonly msg = "A require_eq expression was violated";

  constructor(readonly logs?: string[]) {
    super("2501: A require_eq expression was violated");
  }
}

export class RequireKeysEqViolated extends Error {
  static readonly code = 2502;
  readonly code = 2502;
  readonly name = "RequireKeysEqViolated";
  readonly msg = "A require_keys_eq expression was violated";

  constructor(readonly logs?: string[]) {
    super("2502: A require_keys_eq expression was violated");
  }
}

export class RequireNeqViolated extends Error {
  static readonly code = 2503;
  readonly code = 2503;
  readonly name = "RequireNeqViolated";
  readonly msg = "A require_neq expression was violated";

  constructor(readonly logs?: string[]) {
    super("2503: A require_neq expression was violated");
  }
}

export class RequireKeysNeqViolated extends Error {
  static readonly code = 2504;
  readonly code = 2504;
  readonly name = "RequireKeysNeqViolated";
  readonly msg = "A require_keys_neq expression was violated";

  constructor(readonly logs?: string[]) {
    super("2504: A require_keys_neq expression was violated");
  }
}

export class RequireGtViolated extends Error {
  static readonly code = 2505;
  readonly code = 2505;
  readonly name = "RequireGtViolated";
  readonly msg = "A require_gt expression was violated";

  constructor(readonly logs?: string[]) {
    super("2505: A require_gt expression was violated");
  }
}

export class RequireGteViolated extends Error {
  static readonly code = 2506;
  readonly code = 2506;
  readonly name = "RequireGteViolated";
  readonly msg = "A require_gte expression was violated";

  constructor(readonly logs?: string[]) {
    super("2506: A require_gte expression was violated");
  }
}

export class AccountDiscriminatorAlreadySet extends Error {
  static readonly code = 3000;
  readonly code = 3000;
  readonly name = "AccountDiscriminatorAlreadySet";
  readonly msg = "The account discriminator was already set on this account";

  constructor(readonly logs?: string[]) {
    super("3000: The account discriminator was already set on this account");
  }
}

export class AccountDiscriminatorNotFound extends Error {
  static readonly code = 3001;
  readonly code = 3001;
  readonly name = "AccountDiscriminatorNotFound";
  readonly msg = "No 8 byte discriminator was found on the account";

  constructor(readonly logs?: string[]) {
    super("3001: No 8 byte discriminator was found on the account");
  }
}

export class AccountDiscriminatorMismatch extends Error {
  static readonly code = 3002;
  readonly code = 3002;
  readonly name = "AccountDiscriminatorMismatch";
  readonly msg = "8 byte discriminator did not match what was expected";

  constructor(readonly logs?: string[]) {
    super("3002: 8 byte discriminator did not match what was expected");
  }
}

export class AccountDidNotDeserialize extends Error {
  static readonly code = 3003;
  readonly code = 3003;
  readonly name = "AccountDidNotDeserialize";
  readonly msg = "Failed to deserialize the account";

  constructor(readonly logs?: string[]) {
    super("3003: Failed to deserialize the account");
  }
}

export class AccountDidNotSerialize extends Error {
  static readonly code = 3004;
  readonly code = 3004;
  readonly name = "AccountDidNotSerialize";
  readonly msg = "Failed to serialize the account";

  constructor(readonly logs?: string[]) {
    super("3004: Failed to serialize the account");
  }
}

export class AccountNotEnoughKeys extends Error {
  static readonly code = 3005;
  readonly code = 3005;
  readonly name = "AccountNotEnoughKeys";
  readonly msg = "Not enough account keys given to the instruction";

  constructor(readonly logs?: string[]) {
    super("3005: Not enough account keys given to the instruction");
  }
}

export class AccountNotMutable extends Error {
  static readonly code = 3006;
  readonly code = 3006;
  readonly name = "AccountNotMutable";
  readonly msg = "The given account is not mutable";

  constructor(readonly logs?: string[]) {
    super("3006: The given account is not mutable");
  }
}

export class AccountOwnedByWrongProgram extends Error {
  static readonly code = 3007;
  readonly code = 3007;
  readonly name = "AccountOwnedByWrongProgram";
  readonly msg =
    "The given account is owned by a different program than expected";

  constructor(readonly logs?: string[]) {
    super(
      "3007: The given account is owned by a different program than expected",
    );
  }
}

export class InvalidProgramId extends Error {
  static readonly code = 3008;
  readonly code = 3008;
  readonly name = "InvalidProgramId";
  readonly msg = "Program ID was not as expected";

  constructor(readonly logs?: string[]) {
    super("3008: Program ID was not as expected");
  }
}

export class InvalidProgramExecutable extends Error {
  static readonly code = 3009;
  readonly code = 3009;
  readonly name = "InvalidProgramExecutable";
  readonly msg = "Program account is not executable";

  constructor(readonly logs?: string[]) {
    super("3009: Program account is not executable");
  }
}

export class AccountNotSigner extends Error {
  static readonly code = 3010;
  readonly code = 3010;
  readonly name = "AccountNotSigner";
  readonly msg = "The given account did not sign";

  constructor(readonly logs?: string[]) {
    super("3010: The given account did not sign");
  }
}

export class AccountNotSystemOwned extends Error {
  static readonly code = 3011;
  readonly code = 3011;
  readonly name = "AccountNotSystemOwned";
  readonly msg = "The given account is not owned by the system program";

  constructor(readonly logs?: string[]) {
    super("3011: The given account is not owned by the system program");
  }
}

export class AccountNotInitialized extends Error {
  static readonly code = 3012;
  readonly code = 3012;
  readonly name = "AccountNotInitialized";
  readonly msg = "The program expected this account to be already initialized";

  constructor(readonly logs?: string[]) {
    super("3012: The program expected this account to be already initialized");
  }
}

export class AccountNotProgramData extends Error {
  static readonly code = 3013;
  readonly code = 3013;
  readonly name = "AccountNotProgramData";
  readonly msg = "The given account is not a program data account";

  constructor(readonly logs?: string[]) {
    super("3013: The given account is not a program data account");
  }
}

export class AccountNotAssociatedTokenAccount extends Error {
  static readonly code = 3014;
  readonly code = 3014;
  readonly name = "AccountNotAssociatedTokenAccount";
  readonly msg = "The given account is not the associated token account";

  constructor(readonly logs?: string[]) {
    super("3014: The given account is not the associated token account");
  }
}

export class AccountSysvarMismatch extends Error {
  static readonly code = 3015;
  readonly code = 3015;
  readonly name = "AccountSysvarMismatch";
  readonly msg = "The given public key does not match the required sysvar";

  constructor(readonly logs?: string[]) {
    super("3015: The given public key does not match the required sysvar");
  }
}

export class AccountReallocExceedsLimit extends Error {
  static readonly code = 3016;
  readonly code = 3016;
  readonly name = "AccountReallocExceedsLimit";
  readonly msg =
    "The account reallocation exceeds the MAX_PERMITTED_DATA_INCREASE limit";

  constructor(readonly logs?: string[]) {
    super(
      "3016: The account reallocation exceeds the MAX_PERMITTED_DATA_INCREASE limit",
    );
  }
}

export class AccountDuplicateReallocs extends Error {
  static readonly code = 3017;
  readonly code = 3017;
  readonly name = "AccountDuplicateReallocs";
  readonly msg = "The account was duplicated for more than one reallocation";

  constructor(readonly logs?: string[]) {
    super("3017: The account was duplicated for more than one reallocation");
  }
}

export class DeclaredProgramIdMismatch extends Error {
  static readonly code = 4100;
  readonly code = 4100;
  readonly name = "DeclaredProgramIdMismatch";
  readonly msg = "The declared program id does not match the actual program id";

  constructor(readonly logs?: string[]) {
    super("4100: The declared program id does not match the actual program id");
  }
}

export class Deprecated extends Error {
  static readonly code = 5000;
  readonly code = 5000;
  readonly name = "Deprecated";
  readonly msg =
    "The API being used is deprecated and should no longer be used";

  constructor(readonly logs?: string[]) {
    super(
      "5000: The API being used is deprecated and should no longer be used",
    );
  }
}

export function fromCode(code: number, logs?: string[]): AnchorError | null {
  switch (code) {
    case 100:
      return new InstructionMissing(logs);
    case 101:
      return new InstructionFallbackNotFound(logs);
    case 102:
      return new InstructionDidNotDeserialize(logs);
    case 103:
      return new InstructionDidNotSerialize(logs);
    case 1000:
      return new IdlInstructionStub(logs);
    case 1001:
      return new IdlInstructionInvalidProgram(logs);
    case 2000:
      return new ConstraintMut(logs);
    case 2001:
      return new ConstraintHasOne(logs);
    case 2002:
      return new ConstraintSigner(logs);
    case 2003:
      return new ConstraintRaw(logs);
    case 2004:
      return new ConstraintOwner(logs);
    case 2005:
      return new ConstraintRentExempt(logs);
    case 2006:
      return new ConstraintSeeds(logs);
    case 2007:
      return new ConstraintExecutable(logs);
    case 2008:
      return new ConstraintState(logs);
    case 2009:
      return new ConstraintAssociated(logs);
    case 2010:
      return new ConstraintAssociatedInit(logs);
    case 2011:
      return new ConstraintClose(logs);
    case 2012:
      return new ConstraintAddress(logs);
    case 2013:
      return new ConstraintZero(logs);
    case 2014:
      return new ConstraintTokenMint(logs);
    case 2015:
      return new ConstraintTokenOwner(logs);
    case 2016:
      return new ConstraintMintMintAuthority(logs);
    case 2017:
      return new ConstraintMintFreezeAuthority(logs);
    case 2018:
      return new ConstraintMintDecimals(logs);
    case 2019:
      return new ConstraintSpace(logs);
    case 2020:
      return new ConstraintAccountIsNone(logs);
    case 2500:
      return new RequireViolated(logs);
    case 2501:
      return new RequireEqViolated(logs);
    case 2502:
      return new RequireKeysEqViolated(logs);
    case 2503:
      return new RequireNeqViolated(logs);
    case 2504:
      return new RequireKeysNeqViolated(logs);
    case 2505:
      return new RequireGtViolated(logs);
    case 2506:
      return new RequireGteViolated(logs);
    case 3000:
      return new AccountDiscriminatorAlreadySet(logs);
    case 3001:
      return new AccountDiscriminatorNotFound(logs);
    case 3002:
      return new AccountDiscriminatorMismatch(logs);
    case 3003:
      return new AccountDidNotDeserialize(logs);
    case 3004:
      return new AccountDidNotSerialize(logs);
    case 3005:
      return new AccountNotEnoughKeys(logs);
    case 3006:
      return new AccountNotMutable(logs);
    case 3007:
      return new AccountOwnedByWrongProgram(logs);
    case 3008:
      return new InvalidProgramId(logs);
    case 3009:
      return new InvalidProgramExecutable(logs);
    case 3010:
      return new AccountNotSigner(logs);
    case 3011:
      return new AccountNotSystemOwned(logs);
    case 3012:
      return new AccountNotInitialized(logs);
    case 3013:
      return new AccountNotProgramData(logs);
    case 3014:
      return new AccountNotAssociatedTokenAccount(logs);
    case 3015:
      return new AccountSysvarMismatch(logs);
    case 3016:
      return new AccountReallocExceedsLimit(logs);
    case 3017:
      return new AccountDuplicateReallocs(logs);
    case 4100:
      return new DeclaredProgramIdMismatch(logs);
    case 5000:
      return new Deprecated(logs);
  }

  return null;
}