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* chore(papi): commit the sources behind the four polkadot-api packages papi-utils, bizinikiwi-bindings, metadata-builders and merkleize-metadata held only dist/ builds, and no repository held their source. Every source map in dist/ embeds the TypeScript it was compiled from; that is now committed as src/ (59 files), and it matches upstream polkadot-api (MIT) exactly once @polkadot-api/* imports are renamed: papi-utils @polkadot-api/utils 0.2.0 bizinikiwi-bindings @polkadot-api/substrate-bindings 0.16.6 metadata-builders @polkadot-api/metadata-builders 0.13.0-0.13.2 merkleize-metadata @polkadot-api/merkleize-metadata 1.1.21-1.1.23 scripts/check-papi-sources.mjs, run in the lint job, fails unless the source embedded in dist/ is exactly the committed src/. tsconfig.json excludes these src/ trees; ESLint already skipped the packages. Each README now states the upstream package and version. * chore(papi): keep the upstream sources in upstream-src/ The pezkuwi-dev build treats any package with a src/ directory as its own: it requires our license header on every file and builds it. These are upstream files that must stay byte-identical to the source embedded in dist/, so they live in upstream-src/ instead, which neither the build nor the root tsconfig picks up.
54 lines
1.4 KiB
TypeScript
54 lines
1.4 KiB
TypeScript
import {
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Bytes,
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Codec,
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Decoder,
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Encoder,
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createCodec,
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createDecoder,
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} from "scale-ts"
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import { compactNumber } from "./compact"
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import { mergeUint8 } from "@pezkuwi/papi-utils"
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export type BitSeq = Array<0 | 1>
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const dec: (isLsb?: boolean) => Decoder<BitSeq> = (isLsb = true) =>
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createDecoder((data) => {
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const bitsLen = compactNumber.dec(data)
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const bytesLen = Math.ceil(bitsLen / 8)
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const bytes = Bytes(bytesLen).dec(data)
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const result = new Array<0 | 1>(bitsLen)
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let resultIdx = 0
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bytes.forEach((val) => {
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for (let i = 0; i < 8 && resultIdx < bitsLen; i++) {
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const actualIdx = isLsb ? i : 7 - i
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result[resultIdx++] = ((val >> actualIdx) & 1) as 1 | 0
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}
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})
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return result
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})
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const enc: (isLsb?: boolean) => Encoder<BitSeq> =
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(isLsb = true) =>
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(input) => {
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const lenEncoded = compactNumber.enc(input.length)
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const nBytes = Math.ceil(input.length / 8)
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const bytes = new Uint8Array(nBytes)
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for (let byteIdx = 0; byteIdx < nBytes; byteIdx++) {
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let inputIdx = byteIdx * 8
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let byte = 0
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for (let i = 0; i < 8 && inputIdx < input.length; i++, inputIdx++)
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byte |= input[inputIdx] << (isLsb ? i : 7 - i)
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bytes[byteIdx] = byte
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}
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return mergeUint8([lenEncoded, bytes])
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}
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export const BitSeq = (isLsb?: boolean): Codec<BitSeq> =>
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createCodec(enc(isLsb), dec(isLsb))
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BitSeq.enc = enc
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BitSeq.dec = dec
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