/* eslint-disable eslint-comments/disable-enable-pair */ /* eslint-disable array-callback-return */ /* eslint-disable no-nested-ternary */ /* eslint-disable no-misleading-character-class */ /* eslint-disable no-control-regex */ /* eslint-disable @typescript-eslint/no-loop-func */ import clsx from 'clsx' import { Alert } from 'components/Alert' import { Anchor } from 'components/Anchor' import { AssetsPreview } from 'components/AssetsPreview' import { Conditional } from 'components/Conditional' import { TextInput } from 'components/forms/FormInput' import { useInputState } from 'components/forms/FormInput.hooks' import { MetadataInput } from 'components/MetadataInput' import { MetadataModal } from 'components/MetadataModal' import { SingleAssetPreview } from 'components/SingleAssetPreview' import { Tooltip } from 'components/Tooltip' import { addLogItem } from 'contexts/log' import type { ChangeEvent } from 'react' import { useEffect, useRef, useState } from 'react' import { toast } from 'react-hot-toast' import type { UploadServiceType } from 'services/upload' import type { AssetType } from 'utils/getAssetType' import { getAssetType } from 'utils/getAssetType' import { uid } from 'utils/random' import { naturalCompare } from 'utils/sort' import type { MinterType } from '../actions/Combobox' import type { BaseMinterAcquisitionMethod } from './BaseMinterDetails' export type UploadMethod = 'new' | 'existing' interface UploadDetailsProps { onChange: (value: UploadDetailsDataProps) => void minterType: MinterType baseMinterAcquisitionMethod?: BaseMinterAcquisitionMethod importedUploadDetails?: UploadDetailsDataProps } export interface UploadDetailsDataProps { assetFiles: File[] metadataFiles: File[] thumbnailFiles?: File[] thumbnailCompatibleAssetFileNames?: string[] uploadService: UploadServiceType nftStorageApiKey?: string pinataApiKey?: string pinataSecretKey?: string uploadMethod: UploadMethod baseTokenURI?: string imageUrl?: string baseMinterMetadataFile?: File } export const UploadDetails = ({ onChange, minterType, baseMinterAcquisitionMethod, importedUploadDetails, }: UploadDetailsProps) => { const [assetFilesArray, setAssetFilesArray] = useState([]) const [metadataFilesArray, setMetadataFilesArray] = useState([]) const [thumbnailCompatibleAssetFileNames, setThumbnailCompatibleAssetFileNames] = useState([]) const [thumbnailFilesArray, setThumbnailFilesArray] = useState([]) const [uploadMethod, setUploadMethod] = useState('new') const [uploadService, setUploadService] = useState('nft-storage') const [metadataFileArrayIndex, setMetadataFileArrayIndex] = useState(0) const [refreshMetadata, setRefreshMetadata] = useState(false) const [baseMinterMetadataFile, setBaseMinterMetadataFile] = useState() const assetFilesRef = useRef(null) const metadataFilesRef = useRef(null) const thumbnailFilesRef = useRef(null) const nftStorageApiKeyState = useInputState({ id: 'nft-storage-api-key', name: 'nftStorageApiKey', title: 'NFT.Storage API Key', placeholder: 'Enter NFT.Storage API Key', defaultValue: '', }) const pinataApiKeyState = useInputState({ id: 'pinata-api-key', name: 'pinataApiKey', title: 'Pinata API Key', placeholder: 'Enter Pinata API Key', defaultValue: '', }) const pinataSecretKeyState = useInputState({ id: 'pinata-secret-key', name: 'pinataSecretKey', title: 'Pinata Secret Key', placeholder: 'Enter Pinata Secret Key', defaultValue: '', }) const baseTokenUriState = useInputState({ id: 'baseTokenUri', name: 'baseTokenUri', title: minterType === 'vending' ? 'Base Token URI' : 'Token URI', placeholder: 'ipfs://', defaultValue: '', }) const coverImageUrlState = useInputState({ id: 'coverImageUrl', name: 'coverImageUrl', title: 'Cover Image URL', placeholder: 'ipfs://', defaultValue: '', }) const selectAssets = (event: ChangeEvent) => { setAssetFilesArray([]) setMetadataFilesArray([]) setThumbnailFilesArray([]) if (event.target.files === null) return if (minterType === 'vending' || (minterType === 'base' && event.target.files.length > 1)) { //sort the files const sortedFiles = Array.from(event.target.files).sort((a, b) => naturalCompare(a.name, b.name)) //check if the sorted file names are in numerical order const sortedFileNames = sortedFiles.map((file) => file.name.split('.')[0]) const thumbnailCompatibleAssetTypes: AssetType[] = ['video', 'audio', 'html'] const thumbnailCompatibleFileNamesList: string[] = [] sortedFiles.map((file) => { if (thumbnailCompatibleAssetTypes.includes(getAssetType(file.name))) { thumbnailCompatibleFileNamesList.push(file.name.split('.')[0]) } }) setThumbnailCompatibleAssetFileNames(thumbnailCompatibleFileNamesList) console.log('Thumbnail Compatible Files: ', thumbnailCompatibleFileNamesList) for (let i = 0; i < sortedFileNames.length; i++) { if (isNaN(Number(sortedFileNames[i])) || parseInt(sortedFileNames[i]) !== i + 1) { toast.error('The file names should be in numerical order starting from 1.') addLogItem({ id: uid(), message: 'The file names should be in numerical order starting from 1.', type: 'Error', timestamp: new Date(), }) //clear the input event.target.value = '' return } } } let loadedFileCount = 0 const files: File[] = [] let reader: FileReader for (let i = 0; i < event.target.files.length; i++) { reader = new FileReader() reader.onload = (e) => { if (!e.target?.result) return toast.error('Error parsing file.') if (!event.target.files) return toast.error('No files selected.') const assetFile = new File([e.target.result], event.target.files[i].name, { type: 'image/jpg' }) files.push(assetFile) } reader.readAsArrayBuffer(event.target.files[i]) reader.onloadend = () => { if (!event.target.files) return toast.error('No file selected.') loadedFileCount++ if (loadedFileCount === event.target.files.length) { setAssetFilesArray(files.sort((a, b) => naturalCompare(a.name, b.name))) } } } } const selectMetadata = (event: ChangeEvent) => { setMetadataFilesArray([]) if (event.target.files === null) return toast.error('No files selected.') if ( (minterType === 'vending' || (minterType === 'base' && assetFilesArray.length > 1)) && event.target.files.length !== assetFilesArray.length ) { event.target.value = '' return toast.error('The number of metadata files should be equal to the number of asset files.') } if (minterType === 'vending' || (minterType === 'base' && assetFilesArray.length > 1)) { //sort the files const sortedFiles = Array.from(event.target.files).sort((a, b) => naturalCompare(a.name, b.name)) //check if the sorted file names are in numerical order const sortedFileNames = sortedFiles.map((file) => file.name.split('.')[0]) for (let i = 0; i < sortedFileNames.length; i++) { if (isNaN(Number(sortedFileNames[i])) || parseInt(sortedFileNames[i]) !== i + 1) { toast.error('The file names should be in numerical order starting from 1.') addLogItem({ id: uid(), message: 'The file names should be in numerical order starting from 1.', type: 'Error', timestamp: new Date(), }) event.target.value = '' return } } } let loadedFileCount = 0 const files: File[] = [] let reader: FileReader for (let i = 0; i < event.target.files.length; i++) { reader = new FileReader() reader.onload = async (e) => { if (!e.target?.result) return toast.error('Error parsing file.') if (!event.target.files) return toast.error('No files selected.') const metadataFile = new File([e.target.result], event.target.files[i].name, { type: 'application/json' }) files.push(metadataFile) try { const parsedMetadata = JSON.parse(await metadataFile.text()) if (!parsedMetadata || typeof parsedMetadata !== 'object') { event.target.value = '' setMetadataFilesArray([]) return toast.error(`Invalid metadata file: ${metadataFile.name}`) } } catch (error: any) { event.target.value = '' setMetadataFilesArray([]) addLogItem({ id: uid(), message: error.message, type: 'Error', timestamp: new Date() }) return toast.error(`Invalid metadata file: ${metadataFile.name}`) } } reader.readAsText(event.target.files[i], 'utf8') reader.onloadend = () => { if (!event.target.files) return toast.error('No file selected.') loadedFileCount++ if (loadedFileCount === event.target.files.length) { setMetadataFilesArray(files.sort((a, b) => naturalCompare(a.name, b.name))) } } } } const updateMetadataFileIndex = (index: number) => { setMetadataFileArrayIndex(index) setRefreshMetadata((prev) => !prev) } const updateMetadataFileArray = (updatedMetadataFile: File) => { metadataFilesArray[metadataFileArrayIndex] = updatedMetadataFile } const updateBaseMinterMetadataFile = (updatedMetadataFile: File) => { setBaseMinterMetadataFile(updatedMetadataFile) console.log('Updated Base Minter Metadata File:') console.log(baseMinterMetadataFile) } const regex = 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const selectThumbnails = (event: ChangeEvent) => { setThumbnailFilesArray([]) if (event.target.files === null) return // if (minterType === 'vending' || (minterType === 'base' && thumbnailCompatibleAssetFileNames.length > 1)) { const sortedFiles = Array.from(event.target.files).sort((a, b) => naturalCompare(a.name, b.name)) const sortedFileNames = sortedFiles.map((file) => file.name.split('.')[0]) // make sure the sorted file names match thumbnail compatible asset file names for (let i = 0; i < sortedFileNames.length; i++) { if (sortedFileNames[i] !== thumbnailCompatibleAssetFileNames[i]) { toast.error('The thumbnail file names should match the thumbnail compatible asset file names.') addLogItem({ id: uid(), message: 'The thumbnail file names should match the thumbnail compatible asset file names.', type: 'Error', timestamp: new Date(), }) //clear the input event.target.value = '' return } } // } let loadedFileCount = 0 const files: File[] = [] let reader: FileReader for (let i = 0; i < event.target.files.length; i++) { reader = new FileReader() reader.onload = (e) => { if (!e.target?.result) return toast.error('Error parsing file.') if (!event.target.files) return toast.error('No files selected.') const thumbnailFile = new File([e.target.result], event.target.files[i].name, { type: 'image/jpg' }) files.push(thumbnailFile) } reader.readAsArrayBuffer(event.target.files[i]) reader.onloadend = () => { if (!event.target.files) return toast.error('No file selected.') loadedFileCount++ if (loadedFileCount === event.target.files.length) { setThumbnailFilesArray(files.sort((a, b) => naturalCompare(a.name, b.name))) } } } } useEffect(() => { try { const data: UploadDetailsDataProps = { assetFiles: assetFilesArray, metadataFiles: metadataFilesArray, thumbnailFiles: thumbnailFilesArray, thumbnailCompatibleAssetFileNames, uploadService, nftStorageApiKey: nftStorageApiKeyState.value, pinataApiKey: pinataApiKeyState.value, pinataSecretKey: pinataSecretKeyState.value, uploadMethod, baseTokenURI: baseTokenUriState.value .replace('IPFS://', 'ipfs://') .replace(/,/g, '') .replace(/"/g, '') .replace(/'/g, '') .replace(regex, '') .trim(), imageUrl: coverImageUrlState.value .replace('IPFS://', 'ipfs://') .replace(/,/g, '') .replace(/"/g, '') .replace(/'/g, '') .replace(regex, '') .trim(), baseMinterMetadataFile, } onChange(data) } catch (error: any) { toast.error(error.message, { style: { maxWidth: 'none' } }) addLogItem({ id: uid(), message: error.message, type: 'Error', timestamp: new Date() }) } }, [ assetFilesArray, metadataFilesArray, thumbnailFilesArray, thumbnailCompatibleAssetFileNames, uploadService, nftStorageApiKeyState.value, pinataApiKeyState.value, pinataSecretKeyState.value, uploadMethod, baseTokenUriState.value, coverImageUrlState.value, refreshMetadata, baseMinterMetadataFile, ]) useEffect(() => { if (metadataFilesRef.current) metadataFilesRef.current.value = '' setMetadataFilesArray([]) if (assetFilesRef.current) assetFilesRef.current.value = '' setAssetFilesArray([]) if (!importedUploadDetails || minterType === 'base') { baseTokenUriState.onChange('') coverImageUrlState.onChange('') } }, [uploadMethod, minterType, baseMinterAcquisitionMethod]) useEffect(() => { if (importedUploadDetails) { if (importedUploadDetails.uploadMethod === 'new') { setUploadMethod('new') setUploadService(importedUploadDetails.uploadService) nftStorageApiKeyState.onChange(importedUploadDetails.nftStorageApiKey || '') pinataApiKeyState.onChange(importedUploadDetails.pinataApiKey || '') pinataSecretKeyState.onChange(importedUploadDetails.pinataSecretKey || '') baseTokenUriState.onChange(importedUploadDetails.baseTokenURI || '') coverImageUrlState.onChange(importedUploadDetails.imageUrl || '') } else if (importedUploadDetails.uploadMethod === 'existing') { setUploadMethod('existing') baseTokenUriState.onChange(importedUploadDetails.baseTokenURI || '') coverImageUrlState.onChange(importedUploadDetails.imageUrl || '') } } // eslint-disable-next-line react-hooks/exhaustive-deps }, [importedUploadDetails]) return (
{ setUploadMethod('new') }} type="radio" value="New" />
{ setUploadMethod('existing') }} type="radio" value="Existing" />

Though Stargaze's sg721 contract allows for off-chain metadata storage, it is recommended to use a decentralized storage solution, such as IPFS.
You may head over to{' '} NFT.Storage {' '} or{' '} Pinata {' '} and upload your assets & metadata manually to get a base URI for your collection.

Though Stargaze's sg721 contract allows for off-chain metadata storage, it is recommended to use a decentralized storage solution, such as IPFS.
You may head over to{' '} NFT.Storage {' '} or{' '} Pinata {' '} and upload your asset & metadata manually to get a URI for your token before minting.

{ setUploadService('nft-storage') }} type="radio" value="nft-storage" />
{ setUploadService('pinata') }} type="radio" value="pinata" />
0 && metadataFilesArray.length > 0 && assetFilesArray.length !== metadataFilesArray.length } > The number of assets and metadata files should match.
{assetFilesArray.length > 0 && (
)} {thumbnailCompatibleAssetFileNames.length > 0 && (
)} = 1}>
0 && minterType === 'vending'}> 0 && minterType === 'base'}> 1}>
) }