"use strict"; Object.defineProperty(exports, "__esModule", { value: true }); exports.createClass = void 0; const rxjs_1 = require("rxjs"); const util_1 = require("@polkadot/util"); const index_js_1 = require("../util/index.js"); const Result_js_1 = require("./Result.js"); function makeEraOptions(api, registry, partialOptions, { header, mortalLength, nonce }) { if (!header) { if (partialOptions.era && !partialOptions.blockHash) { throw new Error('Expected blockHash to be passed alongside non-immortal era options'); } if ((0, util_1.isNumber)(partialOptions.era)) { // since we have no header, it is immortal, remove any option overrides // so we only supply the genesisHash and no era to the construction delete partialOptions.era; delete partialOptions.blockHash; } return makeSignOptions(api, partialOptions, { nonce }); } return makeSignOptions(api, partialOptions, { blockHash: header.hash, era: registry.createTypeUnsafe('ExtrinsicEra', [{ current: header.number, period: partialOptions.era || mortalLength }]), nonce }); } function makeSignAndSendOptions(partialOptions, statusCb) { let options = {}; if ((0, util_1.isFunction)(partialOptions)) { statusCb = partialOptions; } else { options = (0, util_1.objectSpread)({}, partialOptions); } return [options, statusCb]; } function makeSignOptions(api, partialOptions, extras) { return (0, util_1.objectSpread)({ blockHash: api.genesisHash, genesisHash: api.genesisHash }, partialOptions, extras, { runtimeVersion: api.runtimeVersion, signedExtensions: api.registry.signedExtensions, version: api.extrinsicType }); } function optionsOrNonce(partialOptions = {}) { return (0, util_1.isBn)(partialOptions) || (0, util_1.isNumber)(partialOptions) ? { nonce: partialOptions } : partialOptions; } function createClass({ api, apiType, blockHash, decorateMethod }) { // an instance of the base extrinsic for us to extend const ExtrinsicBase = api.registry.createClass('Extrinsic'); class Submittable extends ExtrinsicBase { __internal__ignoreStatusCb; __internal__transformResult = (util_1.identity); constructor(registry, extrinsic) { super(registry, extrinsic, { version: api.extrinsicType }); this.__internal__ignoreStatusCb = apiType === 'rxjs'; } get hasDryRun() { return (0, util_1.isFunction)(api.rpc.system?.dryRun); } get hasPaymentInfo() { return (0, util_1.isFunction)(api.call.transactionPaymentApi?.queryInfo); } // dry run an extrinsic dryRun(account, optionsOrHash) { if (!this.hasDryRun) { throw new Error('The system.dryRun RPC call is not available in your environment'); } if (blockHash || (0, util_1.isString)(optionsOrHash) || (0, util_1.isU8a)(optionsOrHash)) { // eslint-disable-next-line @typescript-eslint/no-unsafe-return return decorateMethod(() => api.rpc.system.dryRun(this.toHex(), blockHash || optionsOrHash)); } // eslint-disable-next-line @typescript-eslint/no-unsafe-return,@typescript-eslint/no-unsafe-call return decorateMethod(() => this.__internal__observeSign(account, optionsOrHash).pipe((0, rxjs_1.switchMap)(() => api.rpc.system.dryRun(this.toHex()))))(); } // calculate the payment info for this transaction (if signed and submitted) paymentInfo(account, optionsOrHash) { if (!this.hasPaymentInfo) { throw new Error('The transactionPaymentApi.queryInfo runtime call is not available in your environment'); } if (blockHash || (0, util_1.isString)(optionsOrHash) || (0, util_1.isU8a)(optionsOrHash)) { // eslint-disable-next-line @typescript-eslint/no-unsafe-return return decorateMethod(() => api.callAt(blockHash || optionsOrHash).pipe((0, rxjs_1.switchMap)((callAt) => { const u8a = this.toU8a(); return callAt.transactionPaymentApi.queryInfo(u8a, u8a.length); }))); } const [allOptions] = makeSignAndSendOptions(optionsOrHash); const address = (0, index_js_1.isKeyringPair)(account) ? account.address : account.toString(); // eslint-disable-next-line @typescript-eslint/no-unsafe-return,@typescript-eslint/no-unsafe-call return decorateMethod(() => api.derive.tx.signingInfo(address, allOptions.nonce, allOptions.era).pipe((0, rxjs_1.first)(), (0, rxjs_1.switchMap)((signingInfo) => { // setup our options (same way as in signAndSend) const eraOptions = makeEraOptions(api, this.registry, allOptions, signingInfo); const signOptions = makeSignOptions(api, eraOptions, {}); // 1. Don't use the internal objects inside the new tx (hence toU8a) // 2. Don't override the data from existing signed extrinsics // 3. Ensure that this object stays intact, with no new sign after operation const u8a = api.tx(this.toU8a()).signFake(address, signOptions).toU8a(); return api.call.transactionPaymentApi.queryInfo(u8a, u8a.length); })))(); } // send implementation for both immediate Hash and statusCb variants send(statusCb) { const isSubscription = api.hasSubscriptions && (this.__internal__ignoreStatusCb || !!statusCb); // eslint-disable-next-line @typescript-eslint/no-unsafe-return,@typescript-eslint/no-unsafe-call return decorateMethod(isSubscription ? this.__internal__observeSubscribe : this.__internal__observeSend)(statusCb); } /** * @description Signs a transaction, returning `this` to allow chaining. E.g.: `signAsync(...).send()`. Like `.signAndSend` this will retrieve the nonce and blockHash to send the tx with. */ signAsync(account, partialOptions) { // eslint-disable-next-line @typescript-eslint/no-unsafe-return,@typescript-eslint/no-unsafe-call return decorateMethod(() => this.__internal__observeSign(account, partialOptions).pipe((0, rxjs_1.map)(() => this)))(); } // signAndSend implementation for all 3 cases above signAndSend(account, partialOptions, optionalStatusCb) { const [options, statusCb] = makeSignAndSendOptions(partialOptions, optionalStatusCb); const isSubscription = api.hasSubscriptions && (this.__internal__ignoreStatusCb || !!statusCb); // eslint-disable-next-line @typescript-eslint/no-unsafe-return,@typescript-eslint/no-unsafe-call return decorateMethod(() => this.__internal__observeSign(account, options).pipe((0, rxjs_1.switchMap)((info) => isSubscription ? this.__internal__observeSubscribe(info) : this.__internal__observeSend(info))) // FIXME This is wrong, SubmittableResult is _not_ a codec )(statusCb); } // adds a transform to the result, applied before result is returned withResultTransform(transform) { this.__internal__transformResult = transform; return this; } __internal__observeSign = (account, partialOptions) => { const address = (0, index_js_1.isKeyringPair)(account) ? account.address : account.toString(); const options = optionsOrNonce(partialOptions); return api.derive.tx.signingInfo(address, options.nonce, options.era).pipe((0, rxjs_1.first)(), (0, rxjs_1.mergeMap)(async (signingInfo) => { const eraOptions = makeEraOptions(api, this.registry, options, signingInfo); let updateId = -1; if ((0, index_js_1.isKeyringPair)(account)) { this.sign(account, eraOptions); } else { updateId = await this.__internal__signViaSigner(address, eraOptions, signingInfo.header); } return { options: eraOptions, updateId }; })); }; __internal__observeStatus = (txHash, status) => { if (!status.isFinalized && !status.isInBlock) { return (0, rxjs_1.of)(this.__internal__transformResult(new Result_js_1.SubmittableResult({ status, txHash }))); } const blockHash = status.isInBlock ? status.asInBlock : status.asFinalized; return api.derive.tx.events(blockHash).pipe((0, rxjs_1.map)(({ block, events }) => this.__internal__transformResult(new Result_js_1.SubmittableResult({ ...(0, index_js_1.filterEvents)(txHash, block, events, status), status, txHash }))), (0, rxjs_1.catchError)((internalError) => (0, rxjs_1.of)(this.__internal__transformResult(new Result_js_1.SubmittableResult({ internalError, status, txHash }))))); }; __internal__observeSend = (info) => { return api.rpc.author.submitExtrinsic(this).pipe((0, rxjs_1.tap)((hash) => { this.__internal__updateSigner(hash, info); })); }; __internal__observeSubscribe = (info) => { const txHash = this.hash; return api.rpc.author.submitAndWatchExtrinsic(this).pipe((0, rxjs_1.switchMap)((status) => this.__internal__observeStatus(txHash, status)), (0, rxjs_1.tap)((status) => { this.__internal__updateSigner(status, info); })); }; __internal__signViaSigner = async (address, options, header) => { const signer = options.signer || api.signer; if (!signer) { throw new Error('No signer specified, either via api.setSigner or via sign options. You possibly need to pass through an explicit keypair for the origin so it can be used for signing.'); } const payload = this.registry.createTypeUnsafe('SignerPayload', [(0, util_1.objectSpread)({}, options, { address, blockNumber: header ? header.number : 0, method: this.method })]); let result; if ((0, util_1.isFunction)(signer.signPayload)) { result = await signer.signPayload(payload.toPayload()); } else if ((0, util_1.isFunction)(signer.signRaw)) { result = await signer.signRaw(payload.toRaw()); } else { throw new Error('Invalid signer interface, it should implement either signPayload or signRaw (or both)'); } // Here we explicitly call `toPayload()` again instead of working with an object // (reference) as passed to the signer. This means that we are sure that the // payload data is not modified from our inputs, but the signer super.addSignature(address, result.signature, payload.toPayload()); return result.id; }; __internal__updateSigner = (status, info) => { if (info && (info.updateId !== -1)) { const { options, updateId } = info; const signer = options.signer || api.signer; if (signer && (0, util_1.isFunction)(signer.update)) { signer.update(updateId, status); } } }; } return Submittable; } exports.createClass = createClass;