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@solana/signers

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@solana/signers - npm Package Compare versions

Comparing version 2.0.0-experimental.85b7dfe to 2.0.0-experimental.89b469e

2

dist/index.browser.js

@@ -296,1 +296,3 @@ import { isSignerRole } from '@solana/instructions';

export { addSignersToInstruction, addSignersToTransaction, assertIsKeyPairSigner, assertIsMessageModifyingSigner, assertIsMessagePartialSigner, assertIsMessageSigner, assertIsTransactionModifyingSigner, assertIsTransactionPartialSigner, assertIsTransactionSendingSigner, assertIsTransactionSigner, assertIsTransactionWithSingleSendingSigner, createNoopSigner, createSignableMessage, createSignerFromKeyPair, generateKeyPairSigner, getSignersFromInstruction, getSignersFromTransaction, isKeyPairSigner, isMessageModifyingSigner, isMessagePartialSigner, isMessageSigner, isTransactionModifyingSigner, isTransactionPartialSigner, isTransactionSendingSigner, isTransactionSigner, isTransactionWithSingleSendingSigner, partiallySignTransactionWithSigners, signAndSendTransactionWithSigners, signTransactionWithSigners };
//# sourceMappingURL=out.js.map
//# sourceMappingURL=index.browser.js.map

680

dist/index.development.js

@@ -75,19 +75,2 @@ this.globalThis = this.globalThis || {};

}
var mergeBytes = (byteArrays) => {
const nonEmptyByteArrays = byteArrays.filter((arr) => arr.length);
if (nonEmptyByteArrays.length === 0) {
return byteArrays.length ? byteArrays[0] : new Uint8Array();
}
if (nonEmptyByteArrays.length === 1) {
return nonEmptyByteArrays[0];
}
const totalLength = nonEmptyByteArrays.reduce((total, arr) => total + arr.length, 0);
const result = new Uint8Array(totalLength);
let offset = 0;
nonEmptyByteArrays.forEach((arr) => {
result.set(arr, offset);
offset += arr.length;
});
return result;
};
var padBytes = (bytes, length) => {

@@ -101,19 +84,47 @@ if (bytes.length >= length)

var fixBytes = (bytes, length) => padBytes(bytes.length <= length ? bytes : bytes.slice(0, length), length);
function fixCodecHelper(data, fixedBytes, description) {
return {
description: description != null ? description : `fixed(${fixedBytes}, ${data.description})`,
function getEncodedSize(value, encoder) {
return "fixedSize" in encoder ? encoder.fixedSize : encoder.getSizeFromValue(value);
}
function createEncoder(encoder) {
return Object.freeze({
...encoder,
encode: (value) => {
const bytes = new Uint8Array(getEncodedSize(value, encoder));
encoder.write(value, bytes, 0);
return bytes;
}
});
}
function createDecoder(decoder) {
return Object.freeze({
...decoder,
decode: (bytes, offset = 0) => decoder.read(bytes, offset)[0]
});
}
function isFixedSize(codec) {
return "fixedSize" in codec && typeof codec.fixedSize === "number";
}
function assertIsFixedSize(codec, message) {
if (!isFixedSize(codec)) {
throw new Error(message != null ? message : "Expected a fixed-size codec, got a variable-size one.");
}
}
function isVariableSize(codec) {
return !isFixedSize(codec);
}
function fixEncoder(encoder, fixedBytes) {
return createEncoder({
fixedSize: fixedBytes,
maxSize: fixedBytes
};
write: (value, bytes, offset) => {
const variableByteArray = encoder.encode(value);
const fixedByteArray = variableByteArray.length > fixedBytes ? variableByteArray.slice(0, fixedBytes) : variableByteArray;
bytes.set(fixedByteArray, offset);
return offset + fixedBytes;
}
});
}
function fixEncoder(encoder, fixedBytes, description) {
return {
...fixCodecHelper(encoder, fixedBytes, description),
encode: (value) => fixBytes(encoder.encode(value), fixedBytes)
};
}
function fixDecoder(decoder, fixedBytes, description) {
return {
...fixCodecHelper(decoder, fixedBytes, description),
decode: (bytes, offset = 0) => {
function fixDecoder(decoder, fixedBytes) {
return createDecoder({
fixedSize: fixedBytes,
read: (bytes, offset) => {
assertByteArrayHasEnoughBytesForCodec("fixCodec", fixedBytes, bytes, offset);

@@ -123,17 +134,15 @@ if (offset > 0 || bytes.length > fixedBytes) {

}
if (decoder.fixedSize !== null) {
if (isFixedSize(decoder)) {
bytes = fixBytes(bytes, decoder.fixedSize);
}
const [value] = decoder.decode(bytes, 0);
const [value] = decoder.read(bytes, 0);
return [value, offset + fixedBytes];
}
};
});
}
function mapEncoder(encoder, unmap) {
return {
description: encoder.description,
encode: (value) => encoder.encode(unmap(value)),
fixedSize: encoder.fixedSize,
maxSize: encoder.maxSize
};
return createEncoder({
...isVariableSize(encoder) ? { ...encoder, getSizeFromValue: (value) => encoder.getSizeFromValue(unmap(value)) } : encoder,
write: (value, bytes, offset) => encoder.write(unmap(value), bytes, offset)
});
}

@@ -149,22 +158,9 @@

}
function sharedNumberFactory(input) {
var _a;
let littleEndian;
let defaultDescription = input.name;
if (input.size > 1) {
littleEndian = !("endian" in input.config) || input.config.endian === 0;
defaultDescription += littleEndian ? "(le)" : "(be)";
}
return {
description: (_a = input.config.description) != null ? _a : defaultDescription,
fixedSize: input.size,
littleEndian,
maxSize: input.size
};
function isLittleEndian(config) {
return (config == null ? void 0 : config.endian) === 1 ? false : true;
}
function numberEncoderFactory(input) {
const codecData = sharedNumberFactory(input);
return {
description: codecData.description,
encode(value) {
return createEncoder({
fixedSize: input.size,
write(value, bytes, offset) {
if (input.range) {

@@ -174,22 +170,18 @@ assertNumberIsBetweenForCodec(input.name, input.range[0], input.range[1], value);

const arrayBuffer = new ArrayBuffer(input.size);
input.set(new DataView(arrayBuffer), value, codecData.littleEndian);
return new Uint8Array(arrayBuffer);
},
fixedSize: codecData.fixedSize,
maxSize: codecData.maxSize
};
input.set(new DataView(arrayBuffer), value, isLittleEndian(input.config));
bytes.set(new Uint8Array(arrayBuffer), offset);
return offset + input.size;
}
});
}
function numberDecoderFactory(input) {
const codecData = sharedNumberFactory(input);
return {
decode(bytes, offset = 0) {
assertByteArrayIsNotEmptyForCodec(codecData.description, bytes, offset);
assertByteArrayHasEnoughBytesForCodec(codecData.description, input.size, bytes, offset);
return createDecoder({
fixedSize: input.size,
read(bytes, offset = 0) {
assertByteArrayIsNotEmptyForCodec(input.name, bytes, offset);
assertByteArrayHasEnoughBytesForCodec(input.name, input.size, bytes, offset);
const view = new DataView(toArrayBuffer(bytes, offset, input.size));
return [input.get(view, codecData.littleEndian), offset + input.size];
},
description: codecData.description,
fixedSize: codecData.fixedSize,
maxSize: codecData.maxSize
};
return [input.get(view, isLittleEndian(input.config)), offset + input.size];
}
});
}

@@ -201,26 +193,29 @@ function toArrayBuffer(bytes, offset, length) {

}
var getShortU16Encoder = (config = {}) => {
var _a;
return {
description: (_a = config.description) != null ? _a : "shortU16",
encode: (value) => {
assertNumberIsBetweenForCodec("shortU16", 0, 65535, value);
const bytes = [0];
for (let ii = 0; ; ii += 1) {
const alignedValue = value >> ii * 7;
if (alignedValue === 0) {
break;
}
const nextSevenBits = 127 & alignedValue;
bytes[ii] = nextSevenBits;
if (ii > 0) {
bytes[ii - 1] |= 128;
}
var getShortU16Encoder = () => createEncoder({
getSizeFromValue: (value) => {
if (value <= 127)
return 1;
if (value <= 16383)
return 2;
return 3;
},
maxSize: 3,
write: (value, bytes, offset) => {
assertNumberIsBetweenForCodec("shortU16", 0, 65535, value);
const shortU16Bytes = [0];
for (let ii = 0; ; ii += 1) {
const alignedValue = value >> ii * 7;
if (alignedValue === 0) {
break;
}
return new Uint8Array(bytes);
},
fixedSize: null,
maxSize: 3
};
};
const nextSevenBits = 127 & alignedValue;
shortU16Bytes[ii] = nextSevenBits;
if (ii > 0) {
shortU16Bytes[ii - 1] |= 128;
}
}
bytes.set(shortU16Bytes, offset);
return offset + shortU16Bytes.length;
}
});
var getU32Encoder = (config = {}) => numberEncoderFactory({

@@ -239,4 +234,3 @@ config,

});
var getU8Encoder = (config = {}) => numberEncoderFactory({
config,
var getU8Encoder = () => numberEncoderFactory({
name: "u8",

@@ -255,23 +249,20 @@ range: [0, Number("0xff")],

var getBaseXEncoder = (alphabet4) => {
const base = alphabet4.length;
const baseBigInt = BigInt(base);
return {
description: `base${base}`,
encode(value) {
return createEncoder({
getSizeFromValue: (value) => {
const [leadingZeroes, tailChars] = partitionLeadingZeroes(value, alphabet4[0]);
if (tailChars === "")
return value.length;
const base10Number = getBigIntFromBaseX(tailChars, alphabet4);
return leadingZeroes.length + Math.ceil(base10Number.toString(16).length / 2);
},
write(value, bytes, offset) {
assertValidBaseString(alphabet4, value);
if (value === "")
return new Uint8Array();
const chars = [...value];
let trailIndex = chars.findIndex((c) => c !== alphabet4[0]);
trailIndex = trailIndex === -1 ? chars.length : trailIndex;
const leadingZeroes = Array(trailIndex).fill(0);
if (trailIndex === chars.length)
return Uint8Array.from(leadingZeroes);
const tailChars = chars.slice(trailIndex);
let base10Number = 0n;
let baseXPower = 1n;
for (let i = tailChars.length - 1; i >= 0; i -= 1) {
base10Number += baseXPower * BigInt(alphabet4.indexOf(tailChars[i]));
baseXPower *= baseBigInt;
return offset;
const [leadingZeroes, tailChars] = partitionLeadingZeroes(value, alphabet4[0]);
if (tailChars === "") {
bytes.set(new Uint8Array(leadingZeroes.length).fill(0), offset);
return offset + leadingZeroes.length;
}
let base10Number = getBigIntFromBaseX(tailChars, alphabet4);
const tailBytes = [];

@@ -282,13 +273,11 @@ while (base10Number > 0n) {

}
return Uint8Array.from(leadingZeroes.concat(tailBytes));
},
fixedSize: null,
maxSize: null
};
const bytesToAdd = [...Array(leadingZeroes.length).fill(0), ...tailBytes];
bytes.set(bytesToAdd, offset);
return offset + bytesToAdd.length;
}
});
};
var getBaseXDecoder = (alphabet4) => {
const base = alphabet4.length;
const baseBigInt = BigInt(base);
return {
decode(rawBytes, offset = 0) {
return createDecoder({
read(rawBytes, offset) {
const bytes = offset === 0 ? rawBytes : rawBytes.slice(offset);

@@ -302,15 +291,25 @@ if (bytes.length === 0)

return [leadingZeroes, rawBytes.length];
let base10Number = bytes.slice(trailIndex).reduce((sum, byte) => sum * 256n + BigInt(byte), 0n);
const tailChars = [];
while (base10Number > 0n) {
tailChars.unshift(alphabet4[Number(base10Number % baseBigInt)]);
base10Number /= baseBigInt;
}
return [leadingZeroes + tailChars.join(""), rawBytes.length];
},
description: `base${base}`,
fixedSize: null,
maxSize: null
};
const base10Number = bytes.slice(trailIndex).reduce((sum, byte) => sum * 256n + BigInt(byte), 0n);
const tailChars = getBaseXFromBigInt(base10Number, alphabet4);
return [leadingZeroes + tailChars, rawBytes.length];
}
});
};
function partitionLeadingZeroes(value, zeroCharacter) {
const leadingZeroIndex = [...value].findIndex((c) => c !== zeroCharacter);
return leadingZeroIndex === -1 ? [value, ""] : [value.slice(0, leadingZeroIndex), value.slice(leadingZeroIndex)];
}
function getBigIntFromBaseX(value, alphabet4) {
const base = BigInt(alphabet4.length);
return [...value].reduce((sum, char) => sum * base + BigInt(alphabet4.indexOf(char)), 0n);
}
function getBaseXFromBigInt(value, alphabet4) {
const base = BigInt(alphabet4.length);
const tailChars = [];
while (value > 0n) {
tailChars.unshift(alphabet4[Number(value % base)]);
value /= base;
}
return tailChars.join("");
}
var alphabet2 = "123456789ABCDEFGHJKLMNPQRSTUVWXYZabcdefghijkmnopqrstuvwxyz";

@@ -327,58 +326,56 @@ var getBase58Encoder = () => getBaseXEncoder(alphabet2);

let textEncoder;
return {
description: "utf8",
encode: (value) => new Uint8Array((textEncoder || (textEncoder = new o())).encode(value)),
fixedSize: null,
maxSize: null
};
return createEncoder({
getSizeFromValue: (value) => (textEncoder || (textEncoder = new o())).encode(value).length,
write: (value, bytes, offset) => {
const bytesToAdd = (textEncoder || (textEncoder = new o())).encode(value);
bytes.set(bytesToAdd, offset);
return offset + bytesToAdd.length;
}
});
};
var getUtf8Decoder = () => {
let textDecoder;
return {
decode(bytes, offset = 0) {
return createDecoder({
read(bytes, offset) {
const value = (textDecoder || (textDecoder = new e())).decode(bytes.slice(offset));
return [removeNullCharacters(value), bytes.length];
},
description: "utf8",
fixedSize: null,
maxSize: null
};
}
});
};
var getStringEncoder = (config = {}) => {
var _a, _b, _c;
function getStringEncoder(config = {}) {
var _a, _b;
const size = (_a = config.size) != null ? _a : getU32Encoder();
const encoding = (_b = config.encoding) != null ? _b : getUtf8Encoder();
const description = (_c = config.description) != null ? _c : `string(${encoding.description}; ${getSizeDescription(size)})`;
if (size === "variable") {
return { ...encoding, description };
return encoding;
}
if (typeof size === "number") {
return fixEncoder(encoding, size, description);
return fixEncoder(encoding, size);
}
return {
description,
encode: (value) => {
const contentBytes = encoding.encode(value);
const lengthBytes = size.encode(contentBytes.length);
return mergeBytes([lengthBytes, contentBytes]);
return createEncoder({
getSizeFromValue: (value) => {
const contentSize = getEncodedSize(value, encoding);
return getEncodedSize(contentSize, size) + contentSize;
},
fixedSize: null,
maxSize: null
};
};
var getStringDecoder = (config = {}) => {
var _a, _b, _c;
write: (value, bytes, offset) => {
const contentSize = getEncodedSize(value, encoding);
offset = size.write(contentSize, bytes, offset);
return encoding.write(value, bytes, offset);
}
});
}
function getStringDecoder(config = {}) {
var _a, _b;
const size = (_a = config.size) != null ? _a : getU32Decoder();
const encoding = (_b = config.encoding) != null ? _b : getUtf8Decoder();
const description = (_c = config.description) != null ? _c : `string(${encoding.description}; ${getSizeDescription(size)})`;
if (size === "variable") {
return { ...encoding, description };
return encoding;
}
if (typeof size === "number") {
return fixDecoder(encoding, size, description);
return fixDecoder(encoding, size);
}
return {
decode: (bytes, offset = 0) => {
return createDecoder({
read: (bytes, offset = 0) => {
assertByteArrayIsNotEmptyForCodec("string", bytes, offset);
const [lengthBigInt, lengthOffset] = size.decode(bytes, offset);
const [lengthBigInt, lengthOffset] = size.read(bytes, offset);
const length = Number(lengthBigInt);

@@ -388,13 +385,7 @@ offset = lengthOffset;

assertByteArrayHasEnoughBytesForCodec("string", length, contentBytes);
const [value, contentOffset] = encoding.decode(contentBytes);
const [value, contentOffset] = encoding.read(contentBytes, 0);
offset += contentOffset;
return [value, offset];
},
description,
fixedSize: null,
maxSize: null
};
};
function getSizeDescription(size) {
return typeof size === "object" ? size.description : `${size}`;
}
});
}

@@ -513,20 +504,10 @@

}
function getAddressEncoder(config) {
var _a;
function getAddressEncoder() {
return mapEncoder(
getStringEncoder({
description: (_a = config == null ? void 0 : config.description) != null ? _a : "Address",
encoding: getMemoizedBase58Encoder(),
size: 32
}),
getStringEncoder({ encoding: getMemoizedBase58Encoder(), size: 32 }),
(putativeAddress) => address(putativeAddress)
);
}
function getAddressDecoder(config) {
var _a;
return getStringDecoder({
description: (_a = config == null ? void 0 : config.description) != null ? _a : "Address",
encoding: getMemoizedBase58Decoder(),
size: 32
});
function getAddressDecoder() {
return getStringDecoder({ encoding: getMemoizedBase58Decoder(), size: 32 });
}

@@ -549,4 +530,3 @@ function getAddressComparator() {

const publicKeyBytes = await crypto.subtle.exportKey("raw", publicKey);
const [base58EncodedAddress] = getAddressDecoder().decode(new Uint8Array(publicKeyBytes));
return base58EncodedAddress;
return getAddressDecoder().decode(new Uint8Array(publicKeyBytes));
}

@@ -576,19 +556,2 @@

// ../codecs-data-structures/dist/index.browser.js
function sumCodecSizes(sizes) {
return sizes.reduce((all, size) => all === null || size === null ? null : all + size, 0);
}
function getArrayLikeCodecSizeDescription(size) {
return typeof size === "object" ? size.description : `${size}`;
}
function getArrayLikeCodecSizeFromChildren(size, childrenSizes) {
if (typeof size !== "number")
return null;
if (size === 0)
return 0;
const childrenSize = sumCodecSizes(childrenSizes);
return childrenSize === null ? null : childrenSize * size;
}
function getArrayLikeCodecSizePrefix(size, realSize) {
return typeof size === "object" ? size.encode(realSize) : new Uint8Array();
}
function assertValidNumberOfItemsForCodec(codecDescription, expected, actual) {

@@ -599,36 +562,59 @@ if (expected !== actual) {

}
function arrayCodecHelper(item, size, description) {
if (size === "remainder" && item.fixedSize === null) {
throw new Error('Codecs of "remainder" size must have fixed-size items.');
}
return {
description: description != null ? description : `array(${item.description}; ${getArrayLikeCodecSizeDescription(size)})`,
fixedSize: getArrayLikeCodecSizeFromChildren(size, [item.fixedSize]),
maxSize: getArrayLikeCodecSizeFromChildren(size, [item.maxSize])
};
function sumCodecSizes(sizes) {
return sizes.reduce((all, size) => all === null || size === null ? null : all + size, 0);
}
function getFixedSize(codec) {
return isFixedSize(codec) ? codec.fixedSize : null;
}
function getMaxSize(codec) {
var _a;
return isFixedSize(codec) ? codec.fixedSize : (_a = codec.maxSize) != null ? _a : null;
}
function getArrayEncoder(item, config = {}) {
var _a;
var _a, _b;
const size = (_a = config.size) != null ? _a : getU32Encoder();
return {
...arrayCodecHelper(item, size, config.description),
encode: (value) => {
if (size === "remainder") {
assertIsFixedSize(item, 'Codecs of "remainder" size must have fixed-size items.');
}
const fixedSize = computeArrayLikeCodecSize(size, getFixedSize(item));
const maxSize = (_b = computeArrayLikeCodecSize(size, getMaxSize(item))) != null ? _b : void 0;
return createEncoder({
...fixedSize !== null ? { fixedSize } : {
getSizeFromValue: (array) => {
const prefixSize = typeof size === "object" ? getEncodedSize(array.length, size) : 0;
return prefixSize + [...array].reduce((all, value) => all + getEncodedSize(value, item), 0);
},
maxSize
},
write: (array, bytes, offset) => {
if (typeof size === "number") {
assertValidNumberOfItemsForCodec("array", size, value.length);
assertValidNumberOfItemsForCodec("array", size, array.length);
}
return mergeBytes([getArrayLikeCodecSizePrefix(size, value.length), ...value.map((v) => item.encode(v))]);
if (typeof size === "object") {
offset = size.write(array.length, bytes, offset);
}
array.forEach((value) => {
offset = item.write(value, bytes, offset);
});
return offset;
}
};
});
}
function computeArrayLikeCodecSize(size, itemSize) {
if (typeof size !== "number")
return null;
if (size === 0)
return 0;
return itemSize === null ? null : itemSize * size;
}
function getBytesEncoder(config = {}) {
var _a, _b;
var _a;
const size = (_a = config.size) != null ? _a : "variable";
const sizeDescription = typeof size === "object" ? size.description : `${size}`;
const description = (_b = config.description) != null ? _b : `bytes(${sizeDescription})`;
const byteEncoder = {
description,
encode: (value) => value,
fixedSize: null,
maxSize: null
};
const byteEncoder = createEncoder({
getSizeFromValue: (value) => value.length,
write: (value, bytes, offset) => {
bytes.set(value, offset);
return offset + value.length;
}
});
if (size === "variable") {

@@ -638,30 +624,32 @@ return byteEncoder;

if (typeof size === "number") {
return fixEncoder(byteEncoder, size, description);
return fixEncoder(byteEncoder, size);
}
return {
...byteEncoder,
encode: (value) => {
const contentBytes = byteEncoder.encode(value);
const lengthBytes = size.encode(contentBytes.length);
return mergeBytes([lengthBytes, contentBytes]);
return createEncoder({
getSizeFromValue: (value) => getEncodedSize(value.length, size) + value.length,
write: (value, bytes, offset) => {
offset = size.write(value.length, bytes, offset);
return byteEncoder.write(value, bytes, offset);
}
};
});
}
function structCodecHelper(fields, description) {
const fieldDescriptions = fields.map(([name, codec]) => `${String(name)}: ${codec.description}`).join(", ");
return {
description: description != null ? description : `struct(${fieldDescriptions})`,
fixedSize: sumCodecSizes(fields.map(([, field]) => field.fixedSize)),
maxSize: sumCodecSizes(fields.map(([, field]) => field.maxSize))
};
}
function getStructEncoder(fields, config = {}) {
return {
...structCodecHelper(fields, config.description),
encode: (struct) => {
const fieldBytes = fields.map(([key, codec]) => codec.encode(struct[key]));
return mergeBytes(fieldBytes);
function getStructEncoder(fields) {
var _a;
const fieldCodecs = fields.map(([, codec]) => codec);
const fixedSize = sumCodecSizes(fieldCodecs.map(getFixedSize));
const maxSize = (_a = sumCodecSizes(fieldCodecs.map(getMaxSize))) != null ? _a : void 0;
return createEncoder({
...fixedSize === null ? {
getSizeFromValue: (value) => fields.map(([key, codec]) => getEncodedSize(value[key], codec)).reduce((all, one) => all + one, 0),
maxSize
} : { fixedSize },
write: (struct, bytes, offset) => {
fields.forEach(([key, codec]) => {
offset = codec.write(struct[key], bytes, offset);
});
return offset;
}
};
});
}
// ../transactions/dist/index.browser.js
var AccountRole = /* @__PURE__ */ ((AccountRole2) => {

@@ -947,29 +935,16 @@ AccountRole2[AccountRole2["WRITABLE_SIGNER"] = /* 3 */

}
var lookupTableAddressDescription = "The address of the address lookup table account from which instruction addresses should be looked up" ;
var writableIndicesDescription = "The indices of the accounts in the lookup table that should be loaded as writeable" ;
var readableIndicesDescription = "The indices of the accounts in the lookup table that should be loaded as read-only" ;
var addressTableLookupDescription = "A pointer to the address of an address lookup table, along with the readonly/writeable indices of the addresses that should be loaded from it" ;
var memoizedAddressTableLookupEncoder;
function getAddressTableLookupEncoder() {
if (!memoizedAddressTableLookupEncoder) {
memoizedAddressTableLookupEncoder = getStructEncoder(
memoizedAddressTableLookupEncoder = getStructEncoder([
["lookupTableAddress", getAddressEncoder()],
[
["lookupTableAddress", getAddressEncoder({ description: lookupTableAddressDescription })],
[
"writableIndices",
getArrayEncoder(getU8Encoder(), {
description: writableIndicesDescription,
size: getShortU16Encoder()
})
],
[
"readableIndices",
getArrayEncoder(getU8Encoder(), {
description: readableIndicesDescription,
size: getShortU16Encoder()
})
]
"writableIndices",
getArrayEncoder(getU8Encoder(), { size: getShortU16Encoder() })
],
{ description: addressTableLookupDescription }
);
[
"readableIndices",
getArrayEncoder(getU8Encoder(), { size: getShortU16Encoder() })
]
]);
}

@@ -984,29 +959,9 @@ return memoizedAddressTableLookupEncoder;

}
function getMemoizedU8EncoderDescription(description) {
const encoder = getMemoizedU8Encoder();
return {
...encoder,
description: description != null ? description : encoder.description
};
}
var numSignerAccountsDescription = "The expected number of addresses in the static address list belonging to accounts that are required to sign this transaction" ;
var numReadonlySignerAccountsDescription = "The expected number of addresses in the static address list belonging to accounts that are required to sign this transaction, but may not be writable" ;
var numReadonlyNonSignerAccountsDescription = "The expected number of addresses in the static address list belonging to accounts that are neither signers, nor writable" ;
var messageHeaderDescription = "The transaction message header containing counts of the signer, readonly-signer, and readonly-nonsigner account addresses" ;
function getMessageHeaderEncoder() {
return getStructEncoder(
[
["numSignerAccounts", getMemoizedU8EncoderDescription(numSignerAccountsDescription)],
["numReadonlySignerAccounts", getMemoizedU8EncoderDescription(numReadonlySignerAccountsDescription)],
["numReadonlyNonSignerAccounts", getMemoizedU8EncoderDescription(numReadonlyNonSignerAccountsDescription)]
],
{
description: messageHeaderDescription
}
);
return getStructEncoder([
["numSignerAccounts", getMemoizedU8Encoder()],
["numReadonlySignerAccounts", getMemoizedU8Encoder()],
["numReadonlyNonSignerAccounts", getMemoizedU8Encoder()]
]);
}
var programAddressIndexDescription = "The index of the program being called, according to the well-ordered accounts list for this transaction" ;
var accountIndexDescription = "The index of an account, according to the well-ordered accounts list for this transaction" ;
var accountIndicesDescription = "An optional list of account indices, according to the well-ordered accounts list for this transaction, in the order in which the program being called expects them" ;
var dataDescription = "An optional buffer of data passed to the instruction" ;
var memoizedGetInstructionEncoder;

@@ -1017,11 +972,5 @@ function getInstructionEncoder() {

getStructEncoder([
["programAddressIndex", getU8Encoder({ description: programAddressIndexDescription })],
[
"accountIndices",
getArrayEncoder(getU8Encoder({ description: accountIndexDescription }), {
description: accountIndicesDescription,
size: getShortU16Encoder()
})
],
["data", getBytesEncoder({ description: dataDescription, size: getShortU16Encoder() })]
["programAddressIndex", getU8Encoder()],
["accountIndices", getArrayEncoder(getU8Encoder(), { size: getShortU16Encoder() })],
["data", getBytesEncoder({ size: getShortU16Encoder() })]
]),

@@ -1045,26 +994,18 @@ // Convert an instruction to have all fields defined

var VERSION_FLAG_MASK = 128;
var BASE_CONFIG = {
description: "A single byte that encodes the version of the transaction" ,
fixedSize: null,
maxSize: 1
};
function encode(value) {
if (value === "legacy") {
return new Uint8Array();
}
if (value < 0 || value > 127) {
throw new Error(`Transaction version must be in the range [0, 127]. \`${value}\` given.`);
}
return new Uint8Array([value | VERSION_FLAG_MASK]);
}
function getTransactionVersionEncoder() {
return {
...BASE_CONFIG,
encode
};
return createEncoder({
getSizeFromValue: (value) => value === "legacy" ? 0 : 1,
maxSize: 1,
write: (value, bytes, offset) => {
if (value === "legacy") {
return offset;
}
if (value < 0 || value > 127) {
throw new Error(`Transaction version must be in the range [0, 127]. \`${value}\` given.`);
}
bytes.set([value | VERSION_FLAG_MASK], offset);
return offset + 1;
}
});
}
var staticAccountsDescription = "A compact-array of static account addresses belonging to this transaction" ;
var lifetimeTokenDescription = "A 32-byte token that specifies the lifetime of this transaction (eg. a recent blockhash, or a durable nonce)" ;
var instructionsDescription = "A compact-array of instructions belonging to this transaction" ;
var addressTableLookupsDescription = "A compact array of address table lookups belonging to this transaction" ;
function getCompiledMessageLegacyEncoder() {

@@ -1095,46 +1036,27 @@ return getStructEncoder(getPreludeStructEncoderTuple());

["header", getMessageHeaderEncoder()],
[
"staticAccounts",
getArrayEncoder(getAddressEncoder(), {
description: staticAccountsDescription,
size: getShortU16Encoder()
})
],
[
"lifetimeToken",
getStringEncoder({
description: lifetimeTokenDescription,
encoding: getBase58Encoder(),
size: 32
})
],
[
"instructions",
getArrayEncoder(getInstructionEncoder(), {
description: instructionsDescription,
size: getShortU16Encoder()
})
]
["staticAccounts", getArrayEncoder(getAddressEncoder(), { size: getShortU16Encoder() })],
["lifetimeToken", getStringEncoder({ encoding: getBase58Encoder(), size: 32 })],
["instructions", getArrayEncoder(getInstructionEncoder(), { size: getShortU16Encoder() })]
];
}
function getAddressTableLookupArrayEncoder() {
return getArrayEncoder(getAddressTableLookupEncoder(), {
description: addressTableLookupsDescription,
size: getShortU16Encoder()
});
return getArrayEncoder(getAddressTableLookupEncoder(), { size: getShortU16Encoder() });
}
var messageDescription = "The wire format of a Solana transaction message" ;
function getCompiledMessageEncoder() {
return {
description: messageDescription,
encode: (compiledMessage) => {
return createEncoder({
getSizeFromValue: (compiledMessage) => {
if (compiledMessage.version === "legacy") {
return getCompiledMessageLegacyEncoder().encode(compiledMessage);
return getCompiledMessageLegacyEncoder().getSizeFromValue(compiledMessage);
} else {
return getCompiledMessageVersionedEncoder().encode(compiledMessage);
return getCompiledMessageVersionedEncoder().getSizeFromValue(compiledMessage);
}
},
fixedSize: null,
maxSize: null
};
write: (compiledMessage, bytes, offset) => {
if (compiledMessage.version === "legacy") {
return getCompiledMessageLegacyEncoder().write(compiledMessage, bytes, offset);
} else {
return getCompiledMessageVersionedEncoder().write(compiledMessage, bytes, offset);
}
}
});
}

@@ -1141,0 +1063,0 @@ async function partiallySignTransaction(keyPairs, transaction) {

58

dist/index.production.min.js

@@ -5,37 +5,37 @@ this.globalThis = this.globalThis || {};

function h(e){let n={};return e.forEach(r=>{if(!n[r.address])n[r.address]=r;else if(n[r.address]!==r)throw new Error(`Multiple distinct signers were identified for address "${r.address}". Please ensure that you are using the same signer instance for each address.`)}),Object.values(n)}function Me(e){var n;return h(((n=e.accounts)!=null?n:[]).flatMap(r=>"signer"in r?r.signer:[]))}function v(e){return h(e.instructions.flatMap(Me))}function oe(e){return e>=2}function ke(e,n){if(!n.accounts||n.accounts.length===0)return n;let r=new Map(h(e).map(t=>[t.address,t]));return Object.freeze({...n,accounts:n.accounts.map(t=>{let i=r.get(t.address);return !oe(t.role)||"signer"in t||!i?t:Object.freeze({...t,signer:i})})})}function tr(e,n){return n.instructions.length===0?n:Object.freeze({...n,instructions:n.instructions.map(r=>ke(e,r))})}function C(e,n,r=0){if(n.length-r<=0)throw new Error(`Codec [${e}] cannot decode empty byte arrays.`)}function w(e,n,r,t=0){let i=r.length-t;if(i<n)throw new Error(`Codec [${e}] expected ${n} bytes, got ${i}.`)}var E=e=>{let n=e.filter(o=>o.length);if(n.length===0)return e.length?e[0]:new Uint8Array;if(n.length===1)return n[0];let r=n.reduce((o,s)=>o+s.length,0),t=new Uint8Array(r),i=0;return n.forEach(o=>{t.set(o,i),i+=o.length;}),t},Pe=(e,n)=>{if(e.length>=n)return e;let r=new Uint8Array(n).fill(0);return r.set(e),r},F=(e,n)=>Pe(e.length<=n?e:e.slice(0,n),n);function se(e,n,r){return {description:r!=null?r:`fixed(${n}, ${e.description})`,fixedSize:n,maxSize:n}}function P(e,n,r){return {...se(e,n,r),encode:t=>F(e.encode(t),n)}}function j(e,n,r){return {...se(e,n,r),decode:(t,i=0)=>{w("fixCodec",n,t,i),(i>0||t.length>n)&&(t=t.slice(i,i+n)),e.fixedSize!==null&&(t=F(t,e.fixedSize));let[o]=e.decode(t,0);return [o,i+n]}}}function B(e,n){return {description:e.description,encode:r=>e.encode(n(r)),fixedSize:e.fixedSize,maxSize:e.maxSize}}function ae(e,n,r,t){if(t<n||t>r)throw new Error(`Codec [${e}] expected number to be in the range [${n}, ${r}], got ${t}.`)}function ce(e){var t;let n,r=e.name;return e.size>1&&(n=!("endian"in e.config)||e.config.endian===0,r+=n?"(le)":"(be)"),{description:(t=e.config.description)!=null?t:r,fixedSize:e.size,littleEndian:n,maxSize:e.size}}function de(e){let n=ce(e);return {description:n.description,encode(r){e.range&&ae(e.name,e.range[0],e.range[1],r);let t=new ArrayBuffer(e.size);return e.set(new DataView(t),r,n.littleEndian),new Uint8Array(t)},fixedSize:n.fixedSize,maxSize:n.maxSize}}function Ne(e){let n=ce(e);return {decode(r,t=0){C(n.description,r,t),w(n.description,e.size,r,t);let i=new DataView(Re(r,t,e.size));return [e.get(i,n.littleEndian),t+e.size]},description:n.description,fixedSize:n.fixedSize,maxSize:n.maxSize}}function Re(e,n,r){let t=e.byteOffset+(n!=null?n:0),i=r!=null?r:e.byteLength;return e.buffer.slice(t,t+i)}var T=(e={})=>{var n;return {description:(n=e.description)!=null?n:"shortU16",encode:r=>{ae("shortU16",0,65535,r);let t=[0];for(let i=0;;i+=1){let o=r>>i*7;if(o===0)break;let s=127&o;t[i]=s,i>0&&(t[i-1]|=128);}return new Uint8Array(t)},fixedSize:null,maxSize:3}};var R=(e={})=>de({config:e,name:"u32",range:[0,+"0xffffffff"],set:(n,r,t)=>n.setUint32(0,r,t),size:4}),K=(e={})=>Ne({config:e,get:(n,r)=>n.getUint32(0,r),name:"u32",size:4});var y=(e={})=>de({config:e,name:"u8",range:[0,+"0xff"],set:(n,r)=>n.setUint8(0,r),size:1});function $e(e,n,r=n){if(!n.match(new RegExp(`^[${e}]*$`)))throw new Error(`Expected a string of base ${e.length}, got [${r}].`)}var Ue=e=>{let n=e.length,r=BigInt(n);return {description:`base${n}`,encode(t){if($e(e,t),t==="")return new Uint8Array;let i=[...t],o=i.findIndex(p=>p!==e[0]);o=o===-1?i.length:o;let s=Array(o).fill(0);if(o===i.length)return Uint8Array.from(s);let a=i.slice(o),c=0n,d=1n;for(let p=a.length-1;p>=0;p-=1)c+=d*BigInt(e.indexOf(a[p])),d*=r;let g=[];for(;c>0n;)g.unshift(Number(c%256n)),c/=256n;return Uint8Array.from(s.concat(g))},fixedSize:null,maxSize:null}},Oe=e=>{let n=e.length,r=BigInt(n);return {decode(t,i=0){let o=i===0?t:t.slice(i);if(o.length===0)return ["",0];let s=o.findIndex(g=>g!==0);s=s===-1?o.length:s;let a=e[0].repeat(s);if(s===o.length)return [a,t.length];let c=o.slice(s).reduce((g,p)=>g*256n+BigInt(p),0n),d=[];for(;c>0n;)d.unshift(e[Number(c%r)]),c/=r;return [a+d.join(""),t.length]},description:`base${n}`,fixedSize:null,maxSize:null}};var ue="123456789ABCDEFGHJKLMNPQRSTUVWXYZabcdefghijkmnopqrstuvwxyz",$=()=>Ue(ue),V=()=>Oe(ue);var We=e=>e.replace(/\u0000/g,"");var Le=globalThis.TextDecoder,_e=globalThis.TextEncoder,Fe=()=>{let e;return {description:"utf8",encode:n=>new Uint8Array((e||(e=new _e)).encode(n)),fixedSize:null,maxSize:null}},je=()=>{let e;return {decode(n,r=0){let t=(e||(e=new Le)).decode(n.slice(r));return [We(t),n.length]},description:"utf8",fixedSize:null,maxSize:null}};var U=(e={})=>{var i,o,s;let n=(i=e.size)!=null?i:R(),r=(o=e.encoding)!=null?o:Fe(),t=(s=e.description)!=null?s:`string(${r.description}; 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Read more here: https://developer.mozilla.org/en-US/docs/Web/Security/Secure_Contexts")}var x;async function Ke(e){return x===void 0&&(x=new Promise(n=>{e.generateKey("Ed25519",!1,["sign","verify"]).catch(()=>{n(x=!1);}).then(()=>{n(x=!0);});})),typeof x=="boolean"?x:await x}async function fe(){var e;if(G(),typeof globalThis.crypto>"u"||typeof((e=globalThis.crypto.subtle)==null?void 0:e.generateKey)!="function")throw new Error("No key generation implementation could be found");if(!await Ke(globalThis.crypto.subtle))throw new Error(`This runtime does not support the generation of Ed25519 key pairs.
function y(e){let n={};return e.forEach(r=>{if(!n[r.address])n[r.address]=r;else if(n[r.address]!==r)throw new Error(`Multiple distinct signers were identified for address "${r.address}". 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0?e:{...e,accountIndices:(n=e.accountIndices)!=null?n:[],data:(r=e.data)!=null?r:new Uint8Array(0)}})),re}var In=128,vn={description:"",fixedSize:null,maxSize:1};function Cn(e){if(e==="legacy")return new Uint8Array;if(e<0||e>127)throw new Error(`Transaction version must be in the range [0, 127]. \`${e}\` given.`);return new Uint8Array([e|In])}function Bn(){return {...vn,encode:Cn}}var Dn="staticAccounts",Mn="lifetimeToken",kn="instructions",Pn="addressTableLookups";function Nn(){return z(we())}function Rn(){return B(z([...we(),["addressTableLookups",$n()]]),e=>{var n;return e.version==="legacy"?e:{...e,addressTableLookups:(n=e.addressTableLookups)!=null?n:[]}})}function we(){return [["version",Bn()],["header",xn()],["staticAccounts",A(Z(),{description:Dn,size:T()})],["lifetimeToken",U({description:Mn,encoding:$(),size:32})],["instructions",A(zn(),{description:kn,size:T()})]]}function $n(){return A(mn(),{description:Pn,size:T()})}var Un="message";function On(){return {description:Un,encode:e=>e.version==="legacy"?Nn().encode(e):Rn().encode(e),fixedSize:null,maxSize:null}}async function Ee(e,n){let r=dn(n),t="signatures"in n?{...n.signatures}:{},i=On().encode(r),o=await Promise.all(e.map(a=>Promise.all([W(a.publicKey),L(a.privateKey,i)])));for(let[a,c]of o)t[a]=c;let s={...n,signatures:t};return Object.freeze(s),s}function ze(e){let n=e.instructions.flatMap(t=>{var i,o;return (o=(i=t.accounts)==null?void 0:i.filter(s=>I(s.role)))!=null?o:[]}).map(t=>t.address);new Set([e.feePayer,...n]).forEach(t=>{if(!e.signatures[t])throw new Error(`Transaction is missing signature for address \`${t}\``)});}function k(e){return "signMessages"in e&&typeof e.signMessages=="function"}function Hr(e){if(!k(e))throw new Error("The provided value does not implement the MessagePartialSigner interface")}function m(e){return "signTransactions"in e&&typeof e.signTransactions=="function"}function Xr(e){if(!m(e))throw new Error("The provided value does not implement the 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Object.freeze({address:e,signMessages:async r=>r.map(()=>Object.freeze({})),signTransactions:async r=>r.map(()=>Object.freeze({}))})}function S(e){return "modifyAndSignTransactions"in e&&typeof e.modifyAndSignTransactions=="function"}function zt(e){if(!S(e))throw new Error("The provided value does not implement the TransactionModifyingSigner interface")}function b(e){return "signAndSendTransactions"in e&&typeof e.signAndSendTransactions=="function"}function Ct(e){if(!b(e))throw new Error("The provided value does not implement the TransactionSendingSigner interface")}function _(e){return m(e)||S(e)||b(e)}function Ut(e){if(!_(e))throw new Error("The provided value does not implement any of the TransactionSigner interfaces")}async function Fn(e,n={}){let{partialSigners:r,modifyingSigners:t}=Ie(h(v(e).filter(_)),{identifySendingSigner:!1});return ve(e,t,r,n.abortSignal)}async function ni(e,n={}){let r=await Fn(e,n);return ze(r),r}async function ri(e,n={}){let 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For a list of runtimes that currently support Ed25519 operations, visit https://github.com/WICG/webcrypto-secure-curves/issues/20`)}async function me(){var e;if(Y(),typeof globalThis.crypto>"u"||typeof((e=globalThis.crypto.subtle)==null?void 0:e.exportKey)!="function")throw new Error("No key export implementation could be found")}async function Se(){var e;if(Y(),typeof globalThis.crypto>"u"||typeof((e=globalThis.crypto.subtle)==null?void 0:e.sign)!="function")throw new Error("No signing implementation could be found")}var H,X;function Z(){return H||(H=W()),H}function Je(){return X||(X=j()),X}function pe(e){return !(e.length<32||e.length>44||Z().encode(e).byteLength!==32)}function Te(e){try{if(e.length<32||e.length>44)throw new Error("Expected input string to decode to a byte array of length 32.");let t=Z().encode(e).byteLength;if(t!==32)throw new Error(`Expected input string to decode to a byte array of length 32. 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Program addresses may not be writable.`);return a.role!==f?{...a,role:f}:a}else return "lookupTableAddress"in d&&!C(a.role)?{...d,[u]:1,role:f}:a.role!==f?{...a,role:f}:a}}return "lookupTableAddress"in d?{...d,[u]:1}:{...d,[u]:2}});}return r}function on(e){let n;return Object.entries(e).sort(([t,i],[o,s])=>{if(i[u]!==s[u]){if(i[u]===0)return -1;if(s[u]===0)return 1;if(i[u]===2)return -1;if(s[u]===2)return 1}let a=C(i.role);if(a!==C(s.role))return a?-1:1;let c=P(i.role);return c!==P(s.role)?c?-1:1:(n||(n=F()),i[u]===1&&s[u]===1&&i.lookupTableAddress!==s.lookupTableAddress?n(i.lookupTableAddress,s.lookupTableAddress):n(t,o))}).map(([t,i])=>({address:t,...i}))}function an(e){var r;let n={};for(let t of e){if(!("lookupTableAddress"in t))continue;let i=n[r=t.lookupTableAddress]||(n[r]={readableIndices:[],writableIndices:[]});t.role===D.WRITABLE?i.writableIndices.push(t.addressIndex):i.readableIndices.push(t.addressIndex);}return Object.keys(n).sort(F()).map(t=>({lookupTableAddress:t,...n[t]}))}function cn(e){let n=0,r=0,t=0;for(let i of e){if("lookupTableAddress"in i)break;let o=P(i.role);C(i.role)?(t++,o||r++):o||n++;}return {numReadonlyNonSignerAccounts:n,numReadonlySignerAccounts:r,numSignerAccounts:t}}function dn(e){let n={};for(let[r,t]of e.entries())n[t.address]=r;return n}function gn(e,n){let r=dn(n);return e.map(({accounts:t,data:i,programAddress:o})=>({programAddressIndex:r[o],...t?{accountIndices:t.map(({address:s})=>r[s])}:null,...i?{data:i}:null}))}function un(e){return "nonce"in e?e.nonce:e.blockhash}function fn(e){let n=e.findIndex(t=>"lookupTableAddress"in t);return (n===-1?e:e.slice(0,n)).map(({address:t})=>t)}function ln(e){let n=sn(e.feePayer,e.instructions),r=on(n);return {...e.version!=="legacy"?{addressTableLookups:an(r)}:null,header:cn(r),instructions:gn(e.instructions,r),lifetimeToken:un(e.lifetimeConstraint),staticAccounts:fn(r),version:e.version}}var J;function mn(){return J||(J=v([["lookupTableAddress",q()],["writableIndices",w(A(),{size:h()})],["readableIndices",w(A(),{size:h()})]])),J}var Q;function ee(){return Q||(Q=A()),Q}function Sn(){return v([["numSignerAccounts",ee()],["numReadonlySignerAccounts",ee()],["numReadonlyNonSignerAccounts",ee()]])}var ne;function pn(){return ne||(ne=z(v([["programAddressIndex",A()],["accountIndices",w(A(),{size:h()})],["data",Ee({size:h()})]]),e=>{var n,r;return e.accountIndices!==void 0&&e.data!==void 0?e:{...e,accountIndices:(n=e.accountIndices)!=null?n:[],data:(r=e.data)!=null?r:new Uint8Array(0)}})),ne}var Tn=128;function yn(){return l({getSizeFromValue:e=>e==="legacy"?0:1,maxSize:1,write:(e,n,r)=>{if(e==="legacy")return r;if(e<0||e>127)throw new Error(`Transaction version must be in the range [0, 127]. \`${e}\` given.`);return n.set([e|Tn],r),r+1}})}function ve(){return v(Be())}function Ce(){return z(v([...Be(),["addressTableLookups",hn()]]),e=>{var n;return e.version==="legacy"?e:{...e,addressTableLookups:(n=e.addressTableLookups)!=null?n:[]}})}function Be(){return [["version",yn()],["header",Sn()],["staticAccounts",w(q(),{size:h()})],["lifetimeToken",U({encoding:W(),size:32})],["instructions",w(pn(),{size:h()})]]}function hn(){return w(mn(),{size:h()})}function An(){return l({getSizeFromValue:e=>e.version==="legacy"?ve().getSizeFromValue(e):Ce().getSizeFromValue(e),write:(e,n,r)=>e.version==="legacy"?ve().write(e,n,r):Ce().write(e,n,r)})}async function Me(e,n){let r=ln(n),t="signatures"in n?{...n.signatures}:{},i=An().encode(r),o=await Promise.all(e.map(a=>Promise.all([L(a.publicKey),_(a.privateKey,i)])));for(let[a,c]of o)t[a]=c;let s={...n,signatures:t};return Object.freeze(s),s}function De(e){let n=e.instructions.flatMap(t=>{var i,o;return (o=(i=t.accounts)==null?void 0:i.filter(s=>C(s.role)))!=null?o:[]}).map(t=>t.address);new Set([e.feePayer,...n]).forEach(t=>{if(!e.signatures[t])throw new Error(`Transaction is missing signature for address \`${t}\``)});}function k(e){return "signMessages"in e&&typeof e.signMessages=="function"}function zr(e){if(!k(e))throw new Error("The provided value does not implement the MessagePartialSigner interface")}function m(e){return "signTransactions"in e&&typeof e.signTransactions=="function"}function Br(e){if(!m(e))throw new Error("The provided value does not implement the TransactionPartialSigner interface")}function bn(e){return "keyPair"in e&&typeof e.keyPair=="object"&&k(e)&&m(e)}function Lr(e){if(!bn(e))throw new Error("The provided value does not implement the KeyPairSigner interface")}async function wn(e){let n=await L(e.publicKey);return Object.freeze({address:n,keyPair:e,signMessages:t=>Promise.all(t.map(async i=>Object.freeze({[n]:await _(e.privateKey,i.content)}))),signTransactions:t=>Promise.all(t.map(async i=>{let o=await Me([e],i);return Object.freeze({[n]:o.signatures[n]})}))})}async function _r(){return wn(await he())}function re(e){return pe(e.address)&&"modifyAndSignMessages"in e&&typeof e.modifyAndSignMessages=="function"}function Gr(e){if(!re(e))throw new Error("The provided value does not implement the MessageModifyingSigner interface")}function xn(e){return k(e)||re(e)}function Qr(e){if(!xn(e))throw new Error("The provided value does not implement any of the MessageSigner interfaces")}function rt(e){return Object.freeze({address:e,signMessages:async r=>r.map(()=>Object.freeze({})),signTransactions:async r=>r.map(()=>Object.freeze({}))})}function T(e){return "modifyAndSignTransactions"in e&&typeof e.modifyAndSignTransactions=="function"}function st(e){if(!T(e))throw new Error("The provided value does not implement the TransactionModifyingSigner interface")}function x(e){return "signAndSendTransactions"in e&&typeof e.signAndSendTransactions=="function"}function ct(e){if(!x(e))throw new Error("The provided value does not implement the TransactionSendingSigner interface")}function $(e){return m(e)||T(e)||x(e)}function Tt(e){if(!$(e))throw new Error("The provided value does not implement any of the TransactionSigner interfaces")}async function En(e,n={}){let{partialSigners:r,modifyingSigners:t}=Pe(y(B(e).filter($)),{identifySendingSigner:!1});return ke(e,t,r,n.abortSignal)}async function Rt(e,n={}){let r=await En(e,n);return De(r),r}async function Ot(e,n={}){let r=n.abortSignal,{partialSigners:t,modifyingSigners:i,sendingSigner:o}=Pe(y(B(e).filter($)));r==null||r.throwIfAborted();let s=await ke(e,i,t,r);if(!o)throw new Error("No `TransactionSendingSigner` was identified. Please provide a valid `ITransactionWithSingleSendingSigner` transaction.");r==null||r.throwIfAborted();let[a]=await o.signAndSendTransactions([s],{abortSignal:r});return r==null||r.throwIfAborted(),a}function Pe(e,n={}){var a;let t=((a=n.identifySendingSigner)!=null?a:!0)?In(e):null,i=e.filter(c=>c!==t&&(T(c)||m(c))),o=zn(i),s=i.filter(m).filter(c=>!o.includes(c));return Object.freeze({modifyingSigners:o,partialSigners:s,sendingSigner:t})}function In(e){let n=e.filter(x);if(n.length===0)return null;let r=n.filter(t=>!T(t)&&!m(t));return r.length>0?r[0]:n[0]}function zn(e){let n=e.filter(T);if(n.length===0)return [];let r=n.filter(t=>!m(t));return r.length>0?r:[n[0]]}async function ke(e,n=[],r=[],t){var a;let i=await n.reduce(async(c,d)=>{t==null||t.throwIfAborted();let[f]=await d.modifyAndSignTransactions([await c],{abortSignal:t});return Object.freeze(f)},Promise.resolve(e));t==null||t.throwIfAborted();let o=await Promise.all(r.map(async c=>{let[d]=await c.signTransactions([i],{abortSignal:t});return d})),s={...i,signatures:Object.freeze(o.reduce((c,d)=>({...c,...d}),(a=i.signatures)!=null?a:{}))};return Object.freeze(s)}var Ne=globalThis.TextEncoder;function Vt(e,n={}){return Object.freeze({content:typeof e=="string"?new Ne().encode(e):e,signatures:Object.freeze({...n})})}function qt(e){try{return vn(e),!0}catch{return !1}}function vn(e){let r=B(e).filter(x);if(r.length===0){let i=new Error("No `TransactionSendingSigner` was identified.");throw i.name="MissingTransactionSendingSignerError",i}if(r.filter(i=>!m(i)&&!T(i)).length>1){let i=new Error("More than one `TransactionSendingSigner` was identified.");throw i.name="MultipleTransactionSendingSignersError",i}}
exports.addSignersToInstruction = ke;
exports.addSignersToTransaction = tr;
exports.assertIsKeyPairSigner = st;
exports.assertIsMessageModifyingSigner = ft;
exports.assertIsMessagePartialSigner = Hr;
exports.assertIsMessageSigner = yt;
exports.assertIsTransactionModifyingSigner = zt;
exports.assertIsTransactionPartialSigner = Xr;
exports.assertIsTransactionSendingSigner = Ct;
exports.assertIsTransactionSigner = Ut;
exports.assertIsTransactionWithSingleSendingSigner = Vn;
exports.createNoopSigner = bt;
exports.createSignableMessage = di;
exports.createSignerFromKeyPair = Ln;
exports.generateKeyPairSigner = at;
exports.getSignersFromInstruction = Me;
exports.getSignersFromTransaction = v;
exports.isKeyPairSigner = Wn;
exports.isMessageModifyingSigner = te;
exports.addSignersToInstruction = We;
exports.addSignersToTransaction = Fn;
exports.assertIsKeyPairSigner = Lr;
exports.assertIsMessageModifyingSigner = Gr;
exports.assertIsMessagePartialSigner = zr;
exports.assertIsMessageSigner = Qr;
exports.assertIsTransactionModifyingSigner = st;
exports.assertIsTransactionPartialSigner = Br;
exports.assertIsTransactionSendingSigner = ct;
exports.assertIsTransactionSigner = Tt;
exports.assertIsTransactionWithSingleSendingSigner = vn;
exports.createNoopSigner = rt;
exports.createSignableMessage = Vt;
exports.createSignerFromKeyPair = wn;
exports.generateKeyPairSigner = _r;
exports.getSignersFromInstruction = Oe;
exports.getSignersFromTransaction = B;
exports.isKeyPairSigner = bn;
exports.isMessageModifyingSigner = re;
exports.isMessagePartialSigner = k;
exports.isMessageSigner = _n;
exports.isTransactionModifyingSigner = S;
exports.isMessageSigner = xn;
exports.isTransactionModifyingSigner = T;
exports.isTransactionPartialSigner = m;
exports.isTransactionSendingSigner = b;
exports.isTransactionSigner = _;
exports.isTransactionWithSingleSendingSigner = hi;
exports.partiallySignTransactionWithSigners = Fn;
exports.signAndSendTransactionWithSigners = ri;
exports.signTransactionWithSigners = ni;
exports.isTransactionSendingSigner = x;
exports.isTransactionSigner = $;
exports.isTransactionWithSingleSendingSigner = qt;
exports.partiallySignTransactionWithSigners = En;
exports.signAndSendTransactionWithSigners = Ot;
exports.signTransactionWithSigners = Rt;

@@ -42,0 +42,0 @@ return exports;

10

package.json
{
"name": "@solana/signers",
"version": "2.0.0-experimental.85b7dfe",
"version": "2.0.0-experimental.89b469e",
"description": "An abstraction layer over signing messages and transactions in Solana",

@@ -52,6 +52,6 @@ "exports": {

"dependencies": {
"@solana/addresses": "2.0.0-experimental.85b7dfe",
"@solana/instructions": "2.0.0-experimental.85b7dfe",
"@solana/keys": "2.0.0-experimental.85b7dfe",
"@solana/transactions": "2.0.0-experimental.85b7dfe"
"@solana/addresses": "2.0.0-experimental.89b469e",
"@solana/instructions": "2.0.0-experimental.89b469e",
"@solana/keys": "2.0.0-experimental.89b469e",
"@solana/transactions": "2.0.0-experimental.89b469e"
},

@@ -58,0 +58,0 @@ "devDependencies": {

dist/index.development.js.map

Sorry, the diff of this file is not supported yet

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