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@findeth/abi - npm Package Compare versions

Comparing version 0.5.1 to 0.5.2

lib/cjs/types/input.js
lib/cjs/types/input.js.map
lib/cjs/types/parser.js
lib/cjs/types/parser.js.map
lib/es/types/input.js
lib/es/types/input.js.map
lib/es/types/parser.js
lib/es/types/parser.js.map
src/parsers/function.test.ts
src/parsers/number.test.ts
src/types/input.ts
src/types/parser.ts
src/utils/buffer.test.ts
typings/types/input.d.ts
typings/types/parser.d.ts

12

lib/cjs/parsers/array.js

@@ -13,2 +13,4 @@ "use strict";

var _boolean = require("./boolean");
var _bytes = require("./bytes");

@@ -65,2 +67,3 @@

address: {
dynamic: false,
encode: _address.encodeAddress,

@@ -74,2 +77,7 @@ decode: _address.decodeAddress

},
bool: {
dynamic: false,
encode: _boolean.encodeBoolean,
decode: _boolean.decodeBoolean
},
bytes: {

@@ -81,2 +89,3 @@ dynamic: true,

fixedBytes: {
dynamic: false,
encode: _fixedBytes.encodeFixedBytes,

@@ -86,2 +95,3 @@ decode: _fixedBytes.decodeFixedBytes

number: {
dynamic: false,
encode: _number.encodeNumber,

@@ -106,3 +116,3 @@ decode: _number.decodeNumber

if ((0, _number.isNumber)(type) || type === 'bool') {
if ((0, _number.isNumber)(type)) {
return parsers.number;

@@ -109,0 +119,0 @@ }

10

lib/cjs/parsers/boolean.js

@@ -10,4 +10,12 @@ "use strict";

const getBooleanValue = value => {
if (typeof value === 'string') {
return value === 'true' || value === 'yes';
}
return value;
};
const encodeBoolean = (buffer, value) => {
return (0, _number.encodeNumber)(buffer, value ? 1n : 0n, 'uint256');
return (0, _number.encodeNumber)(buffer, getBooleanValue(value) ? 1 : 0, 'uint256');
};

@@ -14,0 +22,0 @@

21

lib/cjs/types/index.js

@@ -7,11 +7,11 @@ "use strict";

var _contract = require("./contract");
var _input = require("./input");
Object.keys(_contract).forEach(function (key) {
Object.keys(_input).forEach(function (key) {
if (key === "default" || key === "__esModule") return;
if (key in exports && exports[key] === _contract[key]) return;
if (key in exports && exports[key] === _input[key]) return;
Object.defineProperty(exports, key, {
enumerable: true,
get: function () {
return _contract[key];
return _input[key];
}

@@ -46,2 +46,15 @@ });

});
var _parser = require("./parser");
Object.keys(_parser).forEach(function (key) {
if (key === "default" || key === "__esModule") return;
if (key in exports && exports[key] === _parser[key]) return;
Object.defineProperty(exports, key, {
enumerable: true,
get: function () {
return _parser[key];
}
});
});
//# sourceMappingURL=index.js.map

11

lib/es/parsers/array.js
import { concat, toBuffer, toNumber } from '../utils';
import { decodeAddress, encodeAddress } from './address';
import { decodeBoolean, encodeBoolean } from './boolean';
import { decodeBytes, encodeBytes } from './bytes';

@@ -38,2 +39,3 @@ import { decodeFixedBytes, encodeFixedBytes, isFixedBytes } from './fixed-bytes';

address: {
dynamic: false,
encode: encodeAddress,

@@ -47,2 +49,7 @@ decode: decodeAddress

},
bool: {
dynamic: false,
encode: encodeBoolean,
decode: decodeBoolean
},
bytes: {

@@ -54,2 +61,3 @@ dynamic: true,

fixedBytes: {
dynamic: false,
encode: encodeFixedBytes,

@@ -59,2 +67,3 @@ decode: decodeFixedBytes

number: {
dynamic: false,
encode: encodeNumber,

@@ -78,3 +87,3 @@ decode: decodeNumber

if (isNumber(type) || type === 'bool') {
if (isNumber(type)) {
return parsers.number;

@@ -81,0 +90,0 @@ }

11

lib/es/parsers/boolean.js
import { decodeNumber, encodeNumber } from './number';
const getBooleanValue = value => {
if (typeof value === 'string') {
return value === 'true' || value === 'yes';
}
return value;
};
export const encodeBoolean = (buffer, value) => {
return encodeNumber(buffer, value ? 1n : 0n, 'uint256');
return encodeNumber(buffer, getBooleanValue(value) ? 1 : 0, 'uint256');
};

@@ -5,0 +14,0 @@ export const decodeBoolean = (value, buffer) => {

3

lib/es/types/index.js

@@ -1,4 +0,5 @@

export * from './contract';
export * from './input';
export * from './mappings';
export * from './narrow';
export * from './parser';
//# sourceMappingURL=index.js.map

4

package.json
{
"name": "@findeth/abi",
"version": "0.5.1",
"version": "0.5.2",
"description": "A tiny Solidity ABI encoder and decoder",

@@ -72,3 +72,3 @@ "author": "Maarten Zuidhoorn <maarten@zuidhoorn.com>",

"eslint": "^7.2.0",
"eslint-config-prettier": "^7.2.0",
"eslint-config-prettier": "^8.1.0",
"eslint-plugin-import": "^2.21.2",

@@ -75,0 +75,0 @@ "eslint-plugin-jest": "^24.1.0",

7

src/abi.ts
import { pack, unpack } from './parsers/array';
import { Type, TypeMapper, Narrow } from './types';
import { Type, TypeMapper, Narrow, InputTypeMap } from './types';

@@ -7,3 +7,6 @@ /**

*/
export const encode = <T extends Array<Type | string>>(types: Narrow<T>, values: TypeMapper<T>): Uint8Array => {
export const encode = <T extends Array<Type | string>>(
types: Narrow<T>,
values: TypeMapper<T, InputTypeMap>
): Uint8Array => {
return pack(new Uint8Array(0), values, types);

@@ -10,0 +13,0 @@ };

11

src/parsers/address.test.ts

@@ -1,3 +0,3 @@

import { toHex } from '../utils';
import { encodeAddress } from './address';
import { fromHex, toHex } from '../utils';
import { decodeAddress, encodeAddress } from './address';

@@ -11,1 +11,8 @@ describe('encodeAddress', () => {

});
describe('decodeAddress', () => {
it('encodes an address', () => {
const buffer = fromHex('0000000000000000000000004bbeeb066ed09b7aed07bf39eee0460dfa261520');
expect(decodeAddress(buffer, buffer, 'address')).toBe('0x4bbeeb066ed09b7aed07bf39eee0460dfa261520');
});
});

6

src/parsers/address.ts

@@ -0,5 +1,5 @@

import { DecodeFunction, EncodeFunction } from '../types';
import { concat, fromHex, stripPrefix, toHex } from '../utils';
import { DecodeFunction, EncodeFunction } from './parser';
export const encodeAddress: EncodeFunction = (buffer: Uint8Array, value: string): Uint8Array => {
export const encodeAddress: EncodeFunction<string> = (buffer: Uint8Array, value: string): Uint8Array => {
if (value.length !== 42) {

@@ -14,5 +14,5 @@ throw new Error('Invalid address length');

export const decodeAddress: DecodeFunction = (value: Uint8Array): string => {
export const decodeAddress: DecodeFunction<string> = (value: Uint8Array): string => {
const addressBuffer = value.subarray(-20);
return `0x${toHex(addressBuffer)}`;
};

9

src/parsers/array.test.ts

@@ -43,2 +43,11 @@ import { fromHex, toHex } from '../utils';

describe('decodeArray', () => {
it('decodes an array', () => {
const value = fromHex('0000000000000000000000000000000000000000000000000000000000000020');
const buffer = fromHex(
'00000000000000000000000000000000000000000000000000000000000000200000000000000000000000000000000000000000000000000000000000000003000000000000000000000000000000000000000000000000000000000000006000000000000000000000000000000000000000000000000000000000000000a000000000000000000000000000000000000000000000000000000000000000e00000000000000000000000000000000000000000000000000000000000000003666f6f000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000036261720000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000362617a0000000000000000000000000000000000000000000000000000000000'
);
expect(decodeArray(value, buffer, 'string[]')).toStrictEqual(['foo', 'bar', 'baz']);
});
it('throws if a type is not an array type', () => {

@@ -45,0 +54,0 @@ const buffer = fromHex(

44

src/parsers/array.ts

@@ -0,7 +1,8 @@

import { DecodeFunction, EncodeFunction } from '../types';
import { concat, toBuffer, toNumber } from '../utils';
import { decodeAddress, encodeAddress } from './address';
import { decodeBoolean, encodeBoolean } from './boolean';
import { decodeBytes, encodeBytes } from './bytes';
import { decodeFixedBytes, encodeFixedBytes, isFixedBytes } from './fixed-bytes';
import { decodeNumber, encodeNumber, isNumber } from './number';
import { DecodeFunction, EncodeFunction, Parser } from './parser';
import { decodeString, encodeString } from './string';

@@ -31,3 +32,7 @@

export const encodeArray: EncodeFunction = (buffer: Uint8Array, values: unknown[], type: string): Uint8Array => {
export const encodeArray: EncodeFunction<unknown[]> = (
buffer: Uint8Array,
values: unknown[],
type: string
): Uint8Array => {
if (!isArray(type)) {

@@ -45,3 +50,7 @@ throw new Error('Invalid type: type is not array');

export const decodeArray: DecodeFunction = (value: Uint8Array, buffer: Uint8Array, type: string): unknown[] => {
export const decodeArray: DecodeFunction<unknown[]> = (
value: Uint8Array,
buffer: Uint8Array,
type: string
): unknown[] => {
if (!isArray(type)) {

@@ -64,4 +73,5 @@ throw new Error('Invalid type: type is not array');

*/
const parsers: Record<string, Parser> = {
const parsers = {
address: {
dynamic: false,
encode: encodeAddress,

@@ -75,2 +85,7 @@ decode: decodeAddress

},
bool: {
dynamic: false,
encode: encodeBoolean,
decode: decodeBoolean
},
bytes: {

@@ -82,2 +97,3 @@ dynamic: true,

fixedBytes: {
dynamic: false,
encode: encodeFixedBytes,

@@ -87,2 +103,3 @@ decode: decodeFixedBytes

number: {
dynamic: false,
encode: encodeNumber,

@@ -98,2 +115,4 @@ decode: decodeNumber

export type ParserType = keyof typeof parsers;
/**

@@ -105,7 +124,9 @@ * Get a parser for a type. Throws an error if the parser could not be found.

*/
export const getParser = (type: string): Parser => {
if (parsers[type]) {
return parsers[type];
export const getParser = (type: string) => {
if (parsers[type as ParserType]) {
return parsers[type as ParserType];
}
// TODO: Figure out type issues
// bytes[n]

@@ -117,3 +138,3 @@ if (isFixedBytes(type)) {

// u?int[n], bool
if (isNumber(type) || type === 'bool') {
if (isNumber(type)) {
return parsers.number;

@@ -150,3 +171,3 @@ }

*/
export const pack = (buffer: Uint8Array, values: unknown[], types: Readonly<string[]>): Uint8Array => {
export const pack = (buffer: Uint8Array, values: unknown[], types: string[]): Uint8Array => {
const {

@@ -159,3 +180,4 @@ staticBuffer: packedStaticBuffer,

const parser = getParser(type);
const value = values[index];
// TODO: Solve type issue
const value = values[index] as any;

@@ -214,3 +236,3 @@ if (parser.dynamic) {

export const unpack = (buffer: Uint8Array, types: Readonly<string[]>): unknown[] => {
export const unpack = (buffer: Uint8Array, types: string[]): unknown[] => {
const iterator = iterate(buffer, 32);

@@ -217,0 +239,0 @@

21

src/parsers/boolean.test.ts

@@ -1,6 +0,6 @@

import { fromHex, toHex } from '../utils/buffer';
import { fromHex, toHex } from '../utils';
import { decodeBoolean, encodeBoolean } from './boolean';
describe('encodeBoolean', () => {
it('encodes a boolean as a uint256 number', () => {
it('encodes a boolean', () => {
expect(toHex(encodeBoolean(new Uint8Array(0), true, 'bool'))).toBe(

@@ -13,6 +13,21 @@ '0000000000000000000000000000000000000000000000000000000000000001'

});
it('encodes a string', () => {
expect(toHex(encodeBoolean(new Uint8Array(0), 'true', 'bool'))).toBe(
'0000000000000000000000000000000000000000000000000000000000000001'
);
expect(toHex(encodeBoolean(new Uint8Array(0), 'yes', 'bool'))).toBe(
'0000000000000000000000000000000000000000000000000000000000000001'
);
expect(toHex(encodeBoolean(new Uint8Array(0), 'false', 'bool'))).toBe(
'0000000000000000000000000000000000000000000000000000000000000000'
);
expect(toHex(encodeBoolean(new Uint8Array(0), 'foo bar', 'bool'))).toBe(
'0000000000000000000000000000000000000000000000000000000000000000'
);
});
});
describe('decodeBoolean', () => {
it('decodes a boolean as a uint256 number', () => {
it('decodes a boolean', () => {
const trueValue = fromHex('0000000000000000000000000000000000000000000000000000000000000001');

@@ -19,0 +34,0 @@ expect(decodeBoolean(trueValue, trueValue, 'bool')).toBe(true);

16

src/parsers/boolean.ts

@@ -0,10 +1,18 @@

import { BooleanInput, DecodeFunction, EncodeFunction } from '../types';
import { decodeNumber, encodeNumber } from './number';
import { DecodeFunction, EncodeFunction } from './parser';
export const encodeBoolean: EncodeFunction = (buffer: Uint8Array, value: boolean | string): Uint8Array => {
return encodeNumber(buffer, value ? 1n : 0n, 'uint256');
const getBooleanValue = (value: BooleanInput): boolean => {
if (typeof value === 'string') {
return value === 'true' || value === 'yes';
}
return value;
};
export const decodeBoolean: DecodeFunction = (value: Uint8Array, buffer: Uint8Array): boolean => {
export const encodeBoolean: EncodeFunction<BooleanInput> = (buffer: Uint8Array, value: BooleanInput): Uint8Array => {
return encodeNumber(buffer, getBooleanValue(value) ? 1 : 0, 'uint256');
};
export const decodeBoolean: DecodeFunction<boolean> = (value: Uint8Array, buffer: Uint8Array): boolean => {
return decodeNumber(value, buffer, 'uint256') === 1n;
};

7

src/parsers/bytes.ts

@@ -0,5 +1,5 @@

import { BytesInput, DecodeFunction, EncodeFunction } from '../types';
import { addPadding, concat, toBuffer, toNumber } from '../utils';
import { DecodeFunction, EncodeFunction } from './parser';
export const encodeBytes: EncodeFunction = (buffer: Uint8Array, value: string | Uint8Array): Uint8Array => {
export const encodeBytes: EncodeFunction<BytesInput> = (buffer: Uint8Array, value: BytesInput): Uint8Array => {
const bufferValue = toBuffer(value);

@@ -11,4 +11,3 @@ const paddedSize = Math.ceil(bufferValue.byteLength / 32) * 32;

// TODO: This may not work properly yet
export const decodeBytes: DecodeFunction = (value: Uint8Array, buffer: Uint8Array): Uint8Array => {
export const decodeBytes: DecodeFunction<Uint8Array> = (value: Uint8Array, buffer: Uint8Array): Uint8Array => {
const pointer = Number(toNumber(value.subarray(0, 32)));

@@ -15,0 +14,0 @@ const length = Number(toNumber(buffer.subarray(pointer, pointer + 32)));

2

src/parsers/fixed-bytes.test.ts

@@ -1,2 +0,2 @@

import { fromHex, toHex } from '../utils/buffer';
import { fromHex, toHex } from '../utils';
import { decodeFixedBytes, encodeFixedBytes } from './fixed-bytes';

@@ -3,0 +3,0 @@

12

src/parsers/fixed-bytes.ts

@@ -0,3 +1,3 @@

import { BytesInput, DecodeFunction, EncodeFunction } from '../types';
import { addPadding, concat, toBuffer } from '../utils';
import { DecodeFunction, EncodeFunction } from './parser';

@@ -32,5 +32,5 @@ const BYTES_REGEX = /^bytes([0-9]{1,2})$/;

export const encodeFixedBytes: EncodeFunction = (
export const encodeFixedBytes: EncodeFunction<BytesInput> = (
buffer: Uint8Array,
value: string | Uint8Array,
value: BytesInput,
type: string

@@ -48,3 +48,7 @@ ): Uint8Array => {

export const decodeFixedBytes: DecodeFunction = (value: Uint8Array, _: Uint8Array, type: string): Uint8Array => {
export const decodeFixedBytes: DecodeFunction<Uint8Array> = (
value: Uint8Array,
_: Uint8Array,
type: string
): Uint8Array => {
const length = getByteLength(type);

@@ -51,0 +55,0 @@

6

src/parsers/function.ts

@@ -0,3 +1,3 @@

import { DecodeFunction, EncodeFunction, BytesInput } from '../types';
import { decodeFixedBytes, encodeFixedBytes } from './fixed-bytes';
import { DecodeFunction, EncodeFunction } from './parser';

@@ -11,3 +11,3 @@ /**

*/
export const encodeFunction: EncodeFunction = (buffer: Uint8Array, value: string | Uint8Array): Uint8Array => {
export const encodeFunction: EncodeFunction<BytesInput> = (buffer: Uint8Array, value: BytesInput): Uint8Array => {
return encodeFixedBytes(buffer, value, 'bytes24');

@@ -23,4 +23,4 @@ };

*/
export const decodeFunction: DecodeFunction = (value: Uint8Array, buffer: Uint8Array): Uint8Array => {
export const decodeFunction: DecodeFunction<Uint8Array> = (value: Uint8Array, buffer: Uint8Array): Uint8Array => {
return decodeFixedBytes(value, buffer, 'bytes24');
};

12

src/parsers/number.ts

@@ -0,3 +1,3 @@

import { NumberInput, DecodeFunction, EncodeFunction } from '../types';
import { concat, toBuffer, toNumber, fromTwosComplement, toTwosComplement } from '../utils';
import { DecodeFunction, EncodeFunction } from './parser';

@@ -31,3 +31,3 @@ const NUMBER_REGEX = /^u?int([0-9]*)?$/;

const asNumber = (value: string | bigint): bigint => {
const asNumber = (value: NumberInput): bigint => {
if (typeof value === 'bigint') {

@@ -40,3 +40,7 @@ return value;

export const encodeNumber: EncodeFunction = (buffer: Uint8Array, value: string | bigint, type: string): Uint8Array => {
export const encodeNumber: EncodeFunction<NumberInput> = (
buffer: Uint8Array,
value: NumberInput,
type: string
): Uint8Array => {
const numberValue = asNumber(value);

@@ -55,3 +59,3 @@

export const decodeNumber: DecodeFunction = (value: Uint8Array, _, type: string): bigint => {
export const decodeNumber: DecodeFunction<bigint> = (value: Uint8Array, _, type: string): bigint => {
if (isSigned(type)) {

@@ -58,0 +62,0 @@ return fromTwosComplement(value);

6

src/parsers/string.ts

@@ -0,6 +1,6 @@

import { DecodeFunction, EncodeFunction } from '../types';
import { fromUtf8, toUtf8 } from '../utils';
import { decodeBytes, encodeBytes } from './bytes';
import { DecodeFunction, EncodeFunction } from './parser';
export const encodeString: EncodeFunction = (buffer: Uint8Array, value: string): Uint8Array => {
export const encodeString: EncodeFunction<string> = (buffer: Uint8Array, value: string): Uint8Array => {
const bufferValue = fromUtf8(value);

@@ -10,4 +10,4 @@ return encodeBytes(buffer, bufferValue, 'bytes');

export const decodeString: DecodeFunction = (value: Uint8Array, buffer: Uint8Array): string => {
export const decodeString: DecodeFunction<string> = (value: Uint8Array, buffer: Uint8Array): string => {
return toUtf8(decodeBytes(value, buffer, 'string'));
};

3

src/types/index.ts

@@ -1,3 +0,4 @@

export * from './contract';
export * from './input';
export * from './mappings';
export * from './narrow';
export * from './parser';

87

src/types/mappings.ts

@@ -0,1 +1,9 @@

import type { decodeAddress, encodeAddress } from '../parsers/address';
import type { decodeBoolean, encodeBoolean } from '../parsers/boolean';
import type { decodeBytes, encodeBytes } from '../parsers/bytes';
import type { decodeFunction, encodeFunction } from '../parsers/function';
import type { decodeNumber, encodeNumber } from '../parsers/number';
import type { decodeString, encodeString } from '../parsers/string';
import type { DecodeFunction, EncodeFunction } from './parser';
// prettier-ignore

@@ -10,14 +18,19 @@ type ByteLength = 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 | 28 | 29 | 30 | 31 | 32;

interface StaticTypes {
address: string;
bool: boolean;
bytes: Uint8Array;
function: Uint8Array;
string: string;
}
export type Type = keyof OutputTypeMap;
export type TypeMapper<I extends any[], T = OutputTypeMap> = Mapper<T, I>;
type TypeMapWithoutArrays = StaticTypes &
DynamicType<Bytes, Uint8Array> &
DynamicType<Integer, bigint> &
DynamicType<UnsignedInteger, bigint>;
/**
* An object type with most possible ABI types, and their respective TypeScript type. Note that some dynamic types, like
* `<type>[<length>]` and `fixed<M>x<N>` are not supported, and `unknown` is used instead.
*/
export type OutputTypeMap = WithArrayTypes<
GenericTypeMap<
typeof decodeAddress,
typeof decodeBoolean,
typeof decodeBytes,
typeof decodeFunction,
typeof decodeNumber,
typeof decodeString
>
>;

@@ -27,10 +40,37 @@ /**

* `<type>[<length>]` and `fixed<M>x<N>` are not supported, and `unknown` is used instead.
*
* Accepts multiple input types for certain ABI types, like strings, bytes, numbers.
*/
export type TypeMap = TypeMapWithoutArrays &
{
[K in keyof TypeMapWithoutArrays as `${K}[]`]: Array<TypeMapWithoutArrays[K]>;
};
export type InputTypeMap = WithArrayTypes<
GenericTypeMap<
typeof encodeAddress,
typeof encodeBoolean,
typeof encodeBytes,
typeof encodeFunction,
typeof encodeNumber,
typeof encodeString
>
>;
export type Type = keyof TypeMap;
export type TypeMapper<I extends any[]> = Mapper<TypeMap, I>;
/**
* Generic type map which is used to generate the input and output type map.
*/
type GenericTypeMap<
AddressFunction,
BooleanFunction,
BytesFunction,
FunctionFunction,
NumberFunction,
StringFunction
> = {
address: ExtractGeneric<AddressFunction>;
bool: ExtractGeneric<BooleanFunction>;
bytes: ExtractGeneric<BytesFunction>;
function: ExtractGeneric<FunctionFunction>;
int: ExtractGeneric<NumberFunction>;
string: ExtractGeneric<StringFunction>;
uint: ExtractGeneric<NumberFunction>;
} & DynamicType<Bytes, ExtractGeneric<BytesFunction>> &
DynamicType<Integer, ExtractGeneric<NumberFunction>> &
DynamicType<UnsignedInteger, ExtractGeneric<NumberFunction>>;

@@ -50,1 +90,14 @@ /**

};
/**
* Helper type that adds an array type for each of the specified keys and types.
*/
type WithArrayTypes<T> = T &
{
[K in keyof T as `${string & K}[]`]: Array<T[K]>;
};
/**
* Helper type that extracts the input or output from an EncodeFunction or DecodeFunction.
*/
type ExtractGeneric<T> = T extends DecodeFunction<infer O> ? O : T extends EncodeFunction<infer I> ? I : never;

6

typings/abi.d.ts

@@ -1,9 +0,9 @@

import { TypeMapper, Narrow } from './types';
import { TypeMapper, Narrow, InputTypeMap } from './types';
/**
* Encode the data with the provided types.
*/
export declare const encode: <T extends string[]>(types: import("./types").Try<T, [], (T extends [] ? [] : never) | (T extends import("./types").Narrowable ? T : never) | { [K in keyof T]: T[K] extends Function ? T[K] : (T[K] extends [] ? [] : never) | (T[K] extends import("./types").Narrowable ? T[K] : never) | { [K_1 in keyof T[K]]: T[K][K_1] extends Function ? T[K][K_1] : (T[K][K_1] extends [] ? [] : never) | (T[K][K_1] extends import("./types").Narrowable ? T[K][K_1] : never) | { [K_2 in keyof T[K][K_1]]: T[K][K_1][K_2] extends Function ? T[K][K_1][K_2] : (T[K][K_1][K_2] extends [] ? [] : never) | (T[K][K_1][K_2] extends import("./types").Narrowable ? T[K][K_1][K_2] : never) | { [K_3 in keyof T[K][K_1][K_2]]: T[K][K_1][K_2][K_3] extends Function ? T[K][K_1][K_2][K_3] : (T[K][K_1][K_2][K_3] extends [] ? [] : never) | (T[K][K_1][K_2][K_3] extends import("./types").Narrowable ? T[K][K_1][K_2][K_3] : never) | { [K_4 in keyof T[K][K_1][K_2][K_3]]: T[K][K_1][K_2][K_3][K_4] extends Function ? T[K][K_1][K_2][K_3][K_4] : (T[K][K_1][K_2][K_3][K_4] extends [] ? [] : never) | (T[K][K_1][K_2][K_3][K_4] extends import("./types").Narrowable ? T[K][K_1][K_2][K_3][K_4] : never) | { [K_5 in keyof T[K][K_1][K_2][K_3][K_4]]: T[K][K_1][K_2][K_3][K_4][K_5] extends Function ? T[K][K_1][K_2][K_3][K_4][K_5] : (T[K][K_1][K_2][K_3][K_4][K_5] extends [] ? [] : never) | (T[K][K_1][K_2][K_3][K_4][K_5] extends import("./types").Narrowable ? T[K][K_1][K_2][K_3][K_4][K_5] : never) | { [K_6 in keyof T[K][K_1][K_2][K_3][K_4][K_5]]: T[K][K_1][K_2][K_3][K_4][K_5][K_6] extends Function ? T[K][K_1][K_2][K_3][K_4][K_5][K_6] : (T[K][K_1][K_2][K_3][K_4][K_5][K_6] extends [] ? [] : never) | (T[K][K_1][K_2][K_3][K_4][K_5][K_6] extends import("./types").Narrowable ? T[K][K_1][K_2][K_3][K_4][K_5][K_6] : never) | { [K_7 in keyof T[K][K_1][K_2][K_3][K_4][K_5][K_6]]: T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7] extends Function ? T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7] : (T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7] extends [] ? [] : never) | (T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7] extends import("./types").Narrowable ? T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7] : never) | { [K_8 in keyof T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7]]: T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8] extends Function ? T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8] : (T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8] extends [] ? [] : never) | (T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8] extends import("./types").Narrowable ? T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8] : never) | { [K_9 in keyof T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8]]: T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9] extends Function ? T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9] : (T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9] extends [] ? [] : never) | (T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9] extends import("./types").Narrowable ? T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9] : never) | { [K_10 in keyof T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9]]: T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9][K_10] extends Function ? T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9][K_10] : (T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9][K_10] extends [] ? [] : never) | (T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9][K_10] extends import("./types").Narrowable ? T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9][K_10] : never) | any; }; }; }; }; }; }; }; }; }; }; }>, values: { [K_11 in keyof T]: T[K_11] extends T[number] ? import("./types").TypeMap[T[K_11]] : unknown; }) => Uint8Array;
export declare const encode: <T extends string[]>(types: import("./types").Try<T, [], (T extends [] ? [] : never) | (T extends import("./types").Narrowable ? T : never) | { [K in keyof T]: T[K] extends Function ? T[K] : (T[K] extends [] ? [] : never) | (T[K] extends import("./types").Narrowable ? T[K] : never) | { [K_1 in keyof T[K]]: T[K][K_1] extends Function ? T[K][K_1] : (T[K][K_1] extends [] ? [] : never) | (T[K][K_1] extends import("./types").Narrowable ? T[K][K_1] : never) | { [K_2 in keyof T[K][K_1]]: T[K][K_1][K_2] extends Function ? T[K][K_1][K_2] : (T[K][K_1][K_2] extends [] ? [] : never) | (T[K][K_1][K_2] extends import("./types").Narrowable ? T[K][K_1][K_2] : never) | { [K_3 in keyof T[K][K_1][K_2]]: T[K][K_1][K_2][K_3] extends Function ? T[K][K_1][K_2][K_3] : (T[K][K_1][K_2][K_3] extends [] ? [] : never) | (T[K][K_1][K_2][K_3] extends import("./types").Narrowable ? T[K][K_1][K_2][K_3] : never) | { [K_4 in keyof T[K][K_1][K_2][K_3]]: T[K][K_1][K_2][K_3][K_4] extends Function ? T[K][K_1][K_2][K_3][K_4] : (T[K][K_1][K_2][K_3][K_4] extends [] ? [] : never) | (T[K][K_1][K_2][K_3][K_4] extends import("./types").Narrowable ? T[K][K_1][K_2][K_3][K_4] : never) | { [K_5 in keyof T[K][K_1][K_2][K_3][K_4]]: T[K][K_1][K_2][K_3][K_4][K_5] extends Function ? T[K][K_1][K_2][K_3][K_4][K_5] : (T[K][K_1][K_2][K_3][K_4][K_5] extends [] ? [] : never) | (T[K][K_1][K_2][K_3][K_4][K_5] extends import("./types").Narrowable ? T[K][K_1][K_2][K_3][K_4][K_5] : never) | { [K_6 in keyof T[K][K_1][K_2][K_3][K_4][K_5]]: T[K][K_1][K_2][K_3][K_4][K_5][K_6] extends Function ? T[K][K_1][K_2][K_3][K_4][K_5][K_6] : (T[K][K_1][K_2][K_3][K_4][K_5][K_6] extends [] ? [] : never) | (T[K][K_1][K_2][K_3][K_4][K_5][K_6] extends import("./types").Narrowable ? T[K][K_1][K_2][K_3][K_4][K_5][K_6] : never) | { [K_7 in keyof T[K][K_1][K_2][K_3][K_4][K_5][K_6]]: T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7] extends Function ? T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7] : (T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7] extends [] ? [] : never) | (T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7] extends import("./types").Narrowable ? T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7] : never) | { [K_8 in keyof T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7]]: T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8] extends Function ? T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8] : (T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8] extends [] ? [] : never) | (T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8] extends import("./types").Narrowable ? T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8] : never) | { [K_9 in keyof T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8]]: T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9] extends Function ? T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9] : (T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9] extends [] ? [] : never) | (T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9] extends import("./types").Narrowable ? T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9] : never) | { [K_10 in keyof T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9]]: T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9][K_10] extends Function ? T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9][K_10] : (T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9][K_10] extends [] ? [] : never) | (T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9][K_10] extends import("./types").Narrowable ? T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9][K_10] : never) | any; }; }; }; }; }; }; }; }; }; }; }>, values: { [K_11 in keyof T]: T[K_11] extends T[number] ? InputTypeMap[T[K_11]] : unknown; }) => Uint8Array;
/**
* Decode the data with the provided types.
*/
export declare const decode: <T extends string[]>(types: import("./types").Try<T, [], (T extends [] ? [] : never) | (T extends import("./types").Narrowable ? T : never) | { [K in keyof T]: T[K] extends Function ? T[K] : (T[K] extends [] ? [] : never) | (T[K] extends import("./types").Narrowable ? T[K] : never) | { [K_1 in keyof T[K]]: T[K][K_1] extends Function ? T[K][K_1] : (T[K][K_1] extends [] ? [] : never) | (T[K][K_1] extends import("./types").Narrowable ? T[K][K_1] : never) | { [K_2 in keyof T[K][K_1]]: T[K][K_1][K_2] extends Function ? T[K][K_1][K_2] : (T[K][K_1][K_2] extends [] ? [] : never) | (T[K][K_1][K_2] extends import("./types").Narrowable ? T[K][K_1][K_2] : never) | { [K_3 in keyof T[K][K_1][K_2]]: T[K][K_1][K_2][K_3] extends Function ? T[K][K_1][K_2][K_3] : (T[K][K_1][K_2][K_3] extends [] ? [] : never) | (T[K][K_1][K_2][K_3] extends import("./types").Narrowable ? T[K][K_1][K_2][K_3] : never) | { [K_4 in keyof T[K][K_1][K_2][K_3]]: T[K][K_1][K_2][K_3][K_4] extends Function ? T[K][K_1][K_2][K_3][K_4] : (T[K][K_1][K_2][K_3][K_4] extends [] ? [] : never) | (T[K][K_1][K_2][K_3][K_4] extends import("./types").Narrowable ? T[K][K_1][K_2][K_3][K_4] : never) | { [K_5 in keyof T[K][K_1][K_2][K_3][K_4]]: T[K][K_1][K_2][K_3][K_4][K_5] extends Function ? T[K][K_1][K_2][K_3][K_4][K_5] : (T[K][K_1][K_2][K_3][K_4][K_5] extends [] ? [] : never) | (T[K][K_1][K_2][K_3][K_4][K_5] extends import("./types").Narrowable ? T[K][K_1][K_2][K_3][K_4][K_5] : never) | { [K_6 in keyof T[K][K_1][K_2][K_3][K_4][K_5]]: T[K][K_1][K_2][K_3][K_4][K_5][K_6] extends Function ? T[K][K_1][K_2][K_3][K_4][K_5][K_6] : (T[K][K_1][K_2][K_3][K_4][K_5][K_6] extends [] ? [] : never) | (T[K][K_1][K_2][K_3][K_4][K_5][K_6] extends import("./types").Narrowable ? T[K][K_1][K_2][K_3][K_4][K_5][K_6] : never) | { [K_7 in keyof T[K][K_1][K_2][K_3][K_4][K_5][K_6]]: T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7] extends Function ? T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7] : (T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7] extends [] ? [] : never) | (T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7] extends import("./types").Narrowable ? T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7] : never) | { [K_8 in keyof T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7]]: T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8] extends Function ? T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8] : (T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8] extends [] ? [] : never) | (T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8] extends import("./types").Narrowable ? T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8] : never) | { [K_9 in keyof T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8]]: T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9] extends Function ? T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9] : (T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9] extends [] ? [] : never) | (T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9] extends import("./types").Narrowable ? T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9] : never) | { [K_10 in keyof T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9]]: T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9][K_10] extends Function ? T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9][K_10] : (T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9][K_10] extends [] ? [] : never) | (T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9][K_10] extends import("./types").Narrowable ? T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9][K_10] : never) | any; }; }; }; }; }; }; }; }; }; }; }>, buffer: Uint8Array) => { [K_11 in keyof T]: T[K_11] extends T[number] ? import("./types").TypeMap[T[K_11]] : unknown; };
export declare const decode: <T extends string[]>(types: import("./types").Try<T, [], (T extends [] ? [] : never) | (T extends import("./types").Narrowable ? T : never) | { [K in keyof T]: T[K] extends Function ? T[K] : (T[K] extends [] ? [] : never) | (T[K] extends import("./types").Narrowable ? T[K] : never) | { [K_1 in keyof T[K]]: T[K][K_1] extends Function ? T[K][K_1] : (T[K][K_1] extends [] ? [] : never) | (T[K][K_1] extends import("./types").Narrowable ? T[K][K_1] : never) | { [K_2 in keyof T[K][K_1]]: T[K][K_1][K_2] extends Function ? T[K][K_1][K_2] : (T[K][K_1][K_2] extends [] ? [] : never) | (T[K][K_1][K_2] extends import("./types").Narrowable ? T[K][K_1][K_2] : never) | { [K_3 in keyof T[K][K_1][K_2]]: T[K][K_1][K_2][K_3] extends Function ? T[K][K_1][K_2][K_3] : (T[K][K_1][K_2][K_3] extends [] ? [] : never) | (T[K][K_1][K_2][K_3] extends import("./types").Narrowable ? T[K][K_1][K_2][K_3] : never) | { [K_4 in keyof T[K][K_1][K_2][K_3]]: T[K][K_1][K_2][K_3][K_4] extends Function ? T[K][K_1][K_2][K_3][K_4] : (T[K][K_1][K_2][K_3][K_4] extends [] ? [] : never) | (T[K][K_1][K_2][K_3][K_4] extends import("./types").Narrowable ? T[K][K_1][K_2][K_3][K_4] : never) | { [K_5 in keyof T[K][K_1][K_2][K_3][K_4]]: T[K][K_1][K_2][K_3][K_4][K_5] extends Function ? T[K][K_1][K_2][K_3][K_4][K_5] : (T[K][K_1][K_2][K_3][K_4][K_5] extends [] ? [] : never) | (T[K][K_1][K_2][K_3][K_4][K_5] extends import("./types").Narrowable ? T[K][K_1][K_2][K_3][K_4][K_5] : never) | { [K_6 in keyof T[K][K_1][K_2][K_3][K_4][K_5]]: T[K][K_1][K_2][K_3][K_4][K_5][K_6] extends Function ? T[K][K_1][K_2][K_3][K_4][K_5][K_6] : (T[K][K_1][K_2][K_3][K_4][K_5][K_6] extends [] ? [] : never) | (T[K][K_1][K_2][K_3][K_4][K_5][K_6] extends import("./types").Narrowable ? T[K][K_1][K_2][K_3][K_4][K_5][K_6] : never) | { [K_7 in keyof T[K][K_1][K_2][K_3][K_4][K_5][K_6]]: T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7] extends Function ? T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7] : (T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7] extends [] ? [] : never) | (T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7] extends import("./types").Narrowable ? T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7] : never) | { [K_8 in keyof T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7]]: T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8] extends Function ? T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8] : (T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8] extends [] ? [] : never) | (T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8] extends import("./types").Narrowable ? T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8] : never) | { [K_9 in keyof T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8]]: T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9] extends Function ? T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9] : (T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9] extends [] ? [] : never) | (T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9] extends import("./types").Narrowable ? T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9] : never) | { [K_10 in keyof T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9]]: T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9][K_10] extends Function ? T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9][K_10] : (T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9][K_10] extends [] ? [] : never) | (T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9][K_10] extends import("./types").Narrowable ? T[K][K_1][K_2][K_3][K_4][K_5][K_6][K_7][K_8][K_9][K_10] : never) | any; }; }; }; }; }; }; }; }; }; }; }>, buffer: Uint8Array) => { [K_11 in keyof T]: T[K_11] extends T[number] ? import("./types").OutputTypeMap[T[K_11]] : unknown; };

6

typings/parsers/address.d.ts

@@ -1,3 +0,3 @@

import { DecodeFunction, EncodeFunction } from './parser';
export declare const encodeAddress: EncodeFunction;
export declare const decodeAddress: DecodeFunction;
import { DecodeFunction, EncodeFunction } from '../types';
export declare const encodeAddress: EncodeFunction<string>;
export declare const decodeAddress: DecodeFunction<string>;

74

typings/parsers/array.d.ts

@@ -1,2 +0,2 @@

import { DecodeFunction, EncodeFunction, Parser } from './parser';
import { DecodeFunction, EncodeFunction } from '../types';
/**

@@ -16,5 +16,46 @@ * Check if a type is an array type.

export declare const getType: (type: string) => string;
export declare const encodeArray: EncodeFunction;
export declare const decodeArray: DecodeFunction;
export declare const encodeArray: EncodeFunction<unknown[]>;
export declare const decodeArray: DecodeFunction<unknown[]>;
/**
* All available parsers.
*/
declare const parsers: {
address: {
dynamic: boolean;
encode: EncodeFunction<string>;
decode: DecodeFunction<string>;
};
array: {
dynamic: boolean;
encode: EncodeFunction<unknown[]>;
decode: DecodeFunction<unknown[]>;
};
bool: {
dynamic: boolean;
encode: EncodeFunction<import("../types").BooleanInput>;
decode: DecodeFunction<boolean>;
};
bytes: {
dynamic: boolean;
encode: EncodeFunction<import("../types").BytesInput>;
decode: DecodeFunction<Uint8Array>;
};
fixedBytes: {
dynamic: boolean;
encode: EncodeFunction<import("../types").BytesInput>;
decode: DecodeFunction<Uint8Array>;
};
number: {
dynamic: boolean;
encode: EncodeFunction<import("../types").NumberInput>;
decode: DecodeFunction<bigint>;
};
string: {
dynamic: boolean;
encode: EncodeFunction<string>;
decode: DecodeFunction<string>;
};
};
export declare type ParserType = keyof typeof parsers;
/**
* Get a parser for a type. Throws an error if the parser could not be found.

@@ -25,3 +66,23 @@ *

*/
export declare const getParser: (type: string) => Parser;
export declare const getParser: (type: string) => {
dynamic: boolean;
encode: EncodeFunction<string>;
decode: DecodeFunction<string>;
} | {
dynamic: boolean;
encode: EncodeFunction<unknown[]>;
decode: DecodeFunction<unknown[]>;
} | {
dynamic: boolean;
encode: EncodeFunction<import("../types").BooleanInput>;
decode: DecodeFunction<boolean>;
} | {
dynamic: boolean;
encode: EncodeFunction<import("../types").BytesInput>;
decode: DecodeFunction<Uint8Array>;
} | {
dynamic: boolean;
encode: EncodeFunction<import("../types").NumberInput>;
decode: DecodeFunction<bigint>;
};
export declare type UpdateFunction = (buffer: Uint8Array) => Uint8Array;

@@ -40,3 +101,3 @@ /**

*/
export declare const pack: (buffer: Uint8Array, values: unknown[], types: Readonly<string[]>) => Uint8Array;
export declare const pack: (buffer: Uint8Array, values: unknown[], types: string[]) => Uint8Array;
/**

@@ -50,2 +111,3 @@ * Iterate over a `Buffer` with provided `chunkSize`.

export declare function iterate(buffer: Uint8Array, chunkSize: number): Generator<Uint8Array, Uint8Array, void>;
export declare const unpack: (buffer: Uint8Array, types: Readonly<string[]>) => unknown[];
export declare const unpack: (buffer: Uint8Array, types: string[]) => unknown[];
export {};

6

typings/parsers/boolean.d.ts

@@ -1,3 +0,3 @@

import { DecodeFunction, EncodeFunction } from './parser';
export declare const encodeBoolean: EncodeFunction;
export declare const decodeBoolean: DecodeFunction;
import { BooleanInput, DecodeFunction, EncodeFunction } from '../types';
export declare const encodeBoolean: EncodeFunction<BooleanInput>;
export declare const decodeBoolean: DecodeFunction<boolean>;

6

typings/parsers/bytes.d.ts

@@ -1,3 +0,3 @@

import { DecodeFunction, EncodeFunction } from './parser';
export declare const encodeBytes: EncodeFunction;
export declare const decodeBytes: DecodeFunction;
import { BytesInput, DecodeFunction, EncodeFunction } from '../types';
export declare const encodeBytes: EncodeFunction<BytesInput>;
export declare const decodeBytes: DecodeFunction<Uint8Array>;

6

typings/parsers/fixed-bytes.d.ts

@@ -1,2 +0,2 @@

import { DecodeFunction, EncodeFunction } from './parser';
import { BytesInput, DecodeFunction, EncodeFunction } from '../types';
export declare const isFixedBytes: (type: string) => boolean;

@@ -11,3 +11,3 @@ /**

export declare const getByteLength: (type: string) => number;
export declare const encodeFixedBytes: EncodeFunction;
export declare const decodeFixedBytes: DecodeFunction;
export declare const encodeFixedBytes: EncodeFunction<BytesInput>;
export declare const decodeFixedBytes: DecodeFunction<Uint8Array>;

6

typings/parsers/function.d.ts

@@ -1,2 +0,2 @@

import { DecodeFunction, EncodeFunction } from './parser';
import { DecodeFunction, EncodeFunction, BytesInput } from '../types';
/**

@@ -9,3 +9,3 @@ * Encode a function type to a Buffer. This is equivalent to the `bytes24` type.

*/
export declare const encodeFunction: EncodeFunction;
export declare const encodeFunction: EncodeFunction<BytesInput>;
/**

@@ -18,2 +18,2 @@ * Decode a function type from a Buffer. This is equivalent to the `bytes24` type.

*/
export declare const decodeFunction: DecodeFunction;
export declare const decodeFunction: DecodeFunction<Uint8Array>;

6

typings/parsers/number.d.ts

@@ -1,6 +0,6 @@

import { DecodeFunction, EncodeFunction } from './parser';
import { NumberInput, DecodeFunction, EncodeFunction } from '../types';
export declare const isNumber: (type: string) => boolean;
export declare const getBitLength: (type: string) => number;
export declare const inRange: (value: bigint, type: string) => boolean;
export declare const encodeNumber: EncodeFunction;
export declare const decodeNumber: DecodeFunction;
export declare const encodeNumber: EncodeFunction<NumberInput>;
export declare const decodeNumber: DecodeFunction<bigint>;

6

typings/parsers/string.d.ts

@@ -1,3 +0,3 @@

import { DecodeFunction, EncodeFunction } from './parser';
export declare const encodeString: EncodeFunction;
export declare const decodeString: DecodeFunction;
import { DecodeFunction, EncodeFunction } from '../types';
export declare const encodeString: EncodeFunction<string>;
export declare const decodeString: DecodeFunction<string>;

3

typings/types/index.d.ts

@@ -1,3 +0,4 @@

export * from './contract';
export * from './input';
export * from './mappings';
export * from './narrow';
export * from './parser';

52

typings/types/mappings.d.ts

@@ -0,1 +1,8 @@

import type { decodeAddress, encodeAddress } from '../parsers/address';
import type { decodeBoolean, encodeBoolean } from '../parsers/boolean';
import type { decodeBytes, encodeBytes } from '../parsers/bytes';
import type { decodeFunction, encodeFunction } from '../parsers/function';
import type { decodeNumber, encodeNumber } from '../parsers/number';
import type { decodeString, encodeString } from '../parsers/string';
import type { DecodeFunction, EncodeFunction } from './parser';
declare type ByteLength = 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 | 28 | 29 | 30 | 31 | 32;

@@ -6,10 +13,4 @@ declare type IntegerLength = 8 | 16 | 24 | 32 | 40 | 48 | 56 | 64 | 72 | 80 | 88 | 96 | 104 | 112 | 120 | 128 | 136 | 144 | 152 | 160 | 168 | 176 | 184 | 192 | 200 | 208 | 216 | 224 | 232 | 240 | 248 | 256;

declare type UnsignedInteger = `uint${IntegerLength}`;
interface StaticTypes {
address: string;
bool: boolean;
bytes: Uint8Array;
function: Uint8Array;
string: string;
}
declare type TypeMapWithoutArrays = StaticTypes & DynamicType<Bytes, Uint8Array> & DynamicType<Integer, bigint> & DynamicType<UnsignedInteger, bigint>;
export declare type Type = keyof OutputTypeMap;
export declare type TypeMapper<I extends any[], T = OutputTypeMap> = Mapper<T, I>;
/**

@@ -19,8 +20,23 @@ * An object type with most possible ABI types, and their respective TypeScript type. Note that some dynamic types, like

*/
export declare type TypeMap = TypeMapWithoutArrays & {
[K in keyof TypeMapWithoutArrays as `${K}[]`]: Array<TypeMapWithoutArrays[K]>;
};
export declare type Type = keyof TypeMap;
export declare type TypeMapper<I extends any[]> = Mapper<TypeMap, I>;
export declare type OutputTypeMap = WithArrayTypes<GenericTypeMap<typeof decodeAddress, typeof decodeBoolean, typeof decodeBytes, typeof decodeFunction, typeof decodeNumber, typeof decodeString>>;
/**
* An object type with most possible ABI types, and their respective TypeScript type. Note that some dynamic types, like
* `<type>[<length>]` and `fixed<M>x<N>` are not supported, and `unknown` is used instead.
*
* Accepts multiple input types for certain ABI types, like strings, bytes, numbers.
*/
export declare type InputTypeMap = WithArrayTypes<GenericTypeMap<typeof encodeAddress, typeof encodeBoolean, typeof encodeBytes, typeof encodeFunction, typeof encodeNumber, typeof encodeString>>;
/**
* Generic type map which is used to generate the input and output type map.
*/
declare type GenericTypeMap<AddressFunction, BooleanFunction, BytesFunction, FunctionFunction, NumberFunction, StringFunction> = {
address: ExtractGeneric<AddressFunction>;
bool: ExtractGeneric<BooleanFunction>;
bytes: ExtractGeneric<BytesFunction>;
function: ExtractGeneric<FunctionFunction>;
int: ExtractGeneric<NumberFunction>;
string: ExtractGeneric<StringFunction>;
uint: ExtractGeneric<NumberFunction>;
} & DynamicType<Bytes, ExtractGeneric<BytesFunction>> & DynamicType<Integer, ExtractGeneric<NumberFunction>> & DynamicType<UnsignedInteger, ExtractGeneric<NumberFunction>>;
/**
* Helper type to generate an object type from a union.

@@ -37,2 +53,12 @@ */

};
/**
* Helper type that adds an array type for each of the specified keys and types.
*/
declare type WithArrayTypes<T> = T & {
[K in keyof T as `${string & K}[]`]: Array<T[K]>;
};
/**
* Helper type that extracts the input or output from an EncodeFunction or DecodeFunction.
*/
declare type ExtractGeneric<T> = T extends DecodeFunction<infer O> ? O : T extends EncodeFunction<infer I> ? I : never;
export {};
lib/cjs/contract.js
lib/cjs/contract.js.map
lib/cjs/parsers/parser.js
lib/cjs/parsers/parser.js.map
lib/cjs/types/contract.js
lib/cjs/types/contract.js.map
lib/es/contract.js
lib/es/contract.js.map
lib/es/parsers/parser.js
lib/es/parsers/parser.js.map
lib/es/types/contract.js
lib/es/types/contract.js.map
src/__fixtures__/erc20.json
src/__fixtures__/misc.json
src/contract.test.ts
src/contract.ts
src/parsers/parser.ts
src/types/contract.ts
typings/contract.d.ts
typings/parsers/parser.d.ts
typings/types/contract.d.ts
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lib/cjs/parsers/address.js.map

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lib/cjs/parsers/array.js.map

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lib/cjs/parsers/boolean.js.map

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lib/cjs/parsers/bytes.js.map

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lib/cjs/parsers/fixed-bytes.js.map

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lib/cjs/parsers/function.js.map

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lib/cjs/parsers/number.js.map

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lib/cjs/parsers/string.js.map

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lib/cjs/types/index.js.map

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lib/es/abi.js.map

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lib/es/parsers/address.js.map

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lib/es/parsers/fixed-bytes.js.map

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lib/es/parsers/function.js.map

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lib/es/parsers/string.js.map

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lib/es/types/index.js.map

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