@shopify/hydrogen-react
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React components, hooks, and utilities for creating custom Shopify storefronts
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{"version":3,"file":"getProductOptions.mjs","sources":["../../src/getProductOptions.ts"],"sourcesContent":["import {isOptionValueCombinationInEncodedVariant} from './optionValueDecoder.js';\nimport type {\n Product,\n ProductOption,\n ProductOptionValue,\n ProductVariant,\n SelectedOption,\n} from './storefront-api-types';\n\nexport type RecursivePartial<T> = {\n [P in keyof T]?: RecursivePartial<T[P]>;\n};\ntype ProductOptionsMapping = Record<string, Record<string, number>>;\ntype ProductOptionValueState = {\n variant: ProductVariant;\n handle: string;\n variantUriQuery: string;\n selected: boolean;\n exists: boolean;\n available: boolean;\n isDifferentProduct: boolean;\n};\ntype MappedProductOptionValue = ProductOptionValue & ProductOptionValueState;\n\n/**\n * Creates a mapping of product options to their index for matching encoded values\n * For example, a product option of\n * [\n * \\{\n * name: 'Color',\n * optionValues: [\\{name: 'Red'\\}, \\{name: 'Blue'\\}]\n * \\},\n * \\{\n * name: 'Size',\n * optionValues: [\\{name: 'Small'\\}, \\{name: 'Medium'\\}, \\{name: 'Large'\\}]\n * \\}\n * ]\n * Would return\n * \\{\n * 'Color': \\{Red: 0, Blue: 1\\},\n * 'Size': \\{Small: 0, Medium: 1, Large: 2\\}\n * \\}\n */\nfunction mapProductOptions(options: ProductOption[]): ProductOptionsMapping {\n return Object.assign(\n {},\n ...options.map((option: ProductOption) => {\n return {\n [option.name]: Object.assign(\n {},\n ...(option?.optionValues\n ? option.optionValues.map((value, index) => {\n return {[value.name]: index};\n })\n : []),\n ),\n } as Record<string, number>;\n }),\n );\n}\n\n/**\n * Converts the product option into an Object\\<key, value\\> for building query params\n * For example, a selected product option of\n * [\n * \\{\n * name: 'Color',\n * value: 'Red',\n * \\},\n * \\{\n * name: 'Size',\n * value: 'Medium',\n * \\}\n * ]\n * Would return\n * \\{\n * Color: 'Red',\n * Size: 'Medium',\n * \\}\n */\nexport function mapSelectedProductOptionToObject(\n options: Pick<SelectedOption, 'name' | 'value'>[],\n): Record<string, string> {\n return Object.assign(\n {},\n ...options.map((key) => {\n return {[key.name]: key.value};\n }),\n ) as Record<string, string>;\n}\n\n/**\n * Returns the JSON stringify result of mapSelectedProductOptionToObject\n */\nfunction mapSelectedProductOptionToObjectAsString(\n options: Pick<SelectedOption, 'name' | 'value'>[],\n): string {\n return JSON.stringify(mapSelectedProductOptionToObject(options));\n}\n\n/**\n * Encode the selected product option as a key for mapping to the encoded variants\n * For example, a selected product option of\n * [\n * \\{\n * name: 'Color',\n * value: 'Red',\n * \\},\n * \\{\n * name: 'Size',\n * value: 'Medium',\n * \\}\n * ]\n * Would return\n * JSON.stringify(\\{\n * Color: 'Red',\n * Size: 'Medium',\n * \\})\n */\nfunction encodeSelectedProductOptionAsKey(\n selectedOption:\n | Pick<SelectedOption, 'name' | 'value'>[]\n | Record<string, string>,\n): string {\n if (Array.isArray(selectedOption)) {\n return JSON.stringify(\n Object.assign(\n {},\n ...selectedOption.map((option) => ({[option.name]: option.value})),\n ),\n );\n } else {\n return JSON.stringify(selectedOption);\n }\n}\n\n/**\n * Build the encoding array for the given selected options. For example, if we have\n * the following productOptionMappings:\n *\n * \\{\n * 'Color': \\{Red: 0, Blue: 1\\},\n * 'Size': \\{Small: 0, Medium: 1, Large: 2\\}\n * \\}\n *\n * A selectedOption of\n *\n * \\{\n * Color: 'Red',\n * Size: 'Medium',\n * \\}\n *\n * `buildEncodingArrayFromSelectedOptions` will produce\n *\n * [0,1]\n *\n * If in the case where a selected option doesn't exists in the mapping array, for example:\n *\n * \\{\n * Color: 'Red',\n * Fabric: 'Cotton',\n * Size: 'Medium',\n * \\}\n *\n * `buildEncodingArrayFromSelectedOptions` will still produce\n *\n * [0,1]\n *\n * This can be caused by when we do not have all the product\n * option information for the loading optimistic variant\n */\nfunction buildEncodingArrayFromSelectedOptions(\n selectedOption: Record<string, string>,\n productOptionMappings: ProductOptionsMapping,\n): Array<number> {\n const encoding = Object.keys(selectedOption).map((key) => {\n return productOptionMappings[key]\n ? productOptionMappings[key][selectedOption[key]]\n : null;\n });\n return encoding.filter((code) => code !== null);\n}\n\n/**\n * Takes an array of product variants and maps them to an object with the encoded selected option values as the key.\n * For example, a product variant of\n * [\n * \\{\n * id: 1,\n * selectedOptions: [\n * \\{name: 'Color', value: 'Red'\\},\n * \\{name: 'Size', value: 'Small'\\},\n * ],\n * \\},\n * \\{\n * id: 2,\n * selectedOptions: [\n * \\{name: 'Color', value: 'Red'\\},\n * \\{name: 'Size', value: 'Medium'\\},\n * ],\n * \\}\n * ]\n * Would return\n * \\{\n * '[0,0]': \\{id: 1, selectedOptions: [\\{name: 'Color', value: 'Red'\\}, \\{name: 'Size', value: 'Small'\\}]\\},\n * '[0,1]': \\{id: 2, selectedOptions: [\\{name: 'Color', value: 'Red'\\}, \\{name: 'Size', value: 'Medium'\\}]\\},\n * \\}\n */\nfunction mapVariants(\n variants: ProductVariant[],\n): Record<string, ProductVariant> {\n return Object.assign(\n {},\n ...variants.map((variant) => {\n const variantKey = encodeSelectedProductOptionAsKey(\n variant.selectedOptions || [],\n );\n return {[variantKey]: variant};\n }),\n ) as Record<string, ProductVariant>;\n}\n\nexport type MappedProductOptions = Omit<ProductOption, 'optionValues'> & {\n optionValues: MappedProductOptionValue[];\n};\n\nconst PRODUCT_INPUTS = [\n 'options',\n 'selectedOrFirstAvailableVariant',\n 'adjacentVariants',\n];\n\nconst PRODUCT_INPUTS_EXTRA = [\n 'handle',\n 'encodedVariantExistence',\n 'encodedVariantAvailability',\n];\n\nfunction logErrorAndReturnFalse(key: string): boolean {\n console.error(\n `[h2:error:getProductOptions] product.${key} is missing. Make sure you query for this field from the Storefront API.`,\n );\n return false;\n}\n\nexport function checkProductParam(\n product: RecursivePartial<Product>,\n checkAll = false,\n): Product {\n let validParam = true;\n const productKeys = Object.keys(product);\n\n // Check product input\n (checkAll\n ? [...PRODUCT_INPUTS, ...PRODUCT_INPUTS_EXTRA]\n : PRODUCT_INPUTS\n ).forEach((key) => {\n if (!productKeys.includes(key)) {\n validParam = logErrorAndReturnFalse(key);\n }\n });\n\n // Check for nested options requirements\n if (product.options) {\n const firstOption = product?.options[0];\n\n if (checkAll && !firstOption?.name) {\n validParam = logErrorAndReturnFalse('options.name');\n }\n\n // Check for options.optionValues\n if (product?.options[0]?.optionValues) {\n let firstOptionValues = product.options[0].optionValues[0];\n\n // Check for options.optionValues.name\n if (checkAll && !firstOptionValues?.name) {\n validParam = logErrorAndReturnFalse('options.optionValues.name');\n }\n\n // It is possible for firstSelectableVariant to be null\n firstOptionValues = product.options[0].optionValues.filter(\n (value) => !!value?.firstSelectableVariant,\n )[0];\n\n // Check for options.optionValues.firstSelectableVariant\n if (firstOptionValues?.firstSelectableVariant) {\n // check product variant\n validParam = checkProductVariantParam(\n firstOptionValues.firstSelectableVariant,\n 'options.optionValues.firstSelectableVariant',\n validParam,\n checkAll,\n );\n }\n } else {\n validParam = logErrorAndReturnFalse('options.optionValues');\n }\n }\n\n // Check for nested selectedOrFirstAvailableVariant requirements\n if (product.selectedOrFirstAvailableVariant) {\n validParam = checkProductVariantParam(\n product.selectedOrFirstAvailableVariant,\n 'selectedOrFirstAvailableVariant',\n validParam,\n checkAll,\n );\n }\n\n // Check for nested adjacentVariants requirements\n if (!!product.adjacentVariants && product.adjacentVariants[0]) {\n validParam = checkProductVariantParam(\n product.adjacentVariants[0],\n 'adjacentVariants',\n validParam,\n checkAll,\n );\n }\n\n return (validParam ? product : {}) as Product;\n}\n\nfunction checkProductVariantParam(\n variant: RecursivePartial<ProductVariant>,\n key: string,\n currentValidParamState: boolean,\n checkAll: boolean,\n): boolean {\n let validParam = currentValidParamState;\n\n if (checkAll && !variant.product?.handle) {\n validParam = logErrorAndReturnFalse(`${key}.product.handle`);\n }\n if (variant.selectedOptions) {\n const firstSelectedOption = variant.selectedOptions[0];\n if (!firstSelectedOption?.name) {\n validParam = logErrorAndReturnFalse(`${key}.selectedOptions.name`);\n }\n if (!firstSelectedOption?.value) {\n validParam = logErrorAndReturnFalse(`${key}.selectedOptions.value`);\n }\n } else {\n validParam = logErrorAndReturnFalse(`${key}.selectedOptions`);\n }\n\n return validParam;\n}\n\n/**\n * Finds all the variants provided by adjacentVariants, options.optionValues.firstAvailableVariant,\n * and selectedOrFirstAvailableVariant and return them in a single array\n */\nexport function getAdjacentAndFirstAvailableVariants(\n product: RecursivePartial<Product>,\n): ProductVariant[] {\n // Checks for valid product input\n const checkedProduct = checkProductParam(product);\n\n if (!checkedProduct.options) return [];\n\n const availableVariants: Record<string, ProductVariant> = {};\n checkedProduct.options.map((option) => {\n option.optionValues?.map((value) => {\n if (value.firstSelectableVariant) {\n const variantKey = mapSelectedProductOptionToObjectAsString(\n value.firstSelectableVariant.selectedOptions,\n );\n availableVariants[variantKey] = value.firstSelectableVariant;\n }\n });\n });\n\n checkedProduct.adjacentVariants.map((variant) => {\n const variantKey = mapSelectedProductOptionToObjectAsString(\n variant.selectedOptions,\n );\n availableVariants[variantKey] = variant;\n });\n\n const selectedVariant = checkedProduct.selectedOrFirstAvailableVariant;\n if (selectedVariant) {\n const variantKey = mapSelectedProductOptionToObjectAsString(\n selectedVariant.selectedOptions,\n );\n availableVariants[variantKey] = selectedVariant;\n }\n\n return Object.values(availableVariants);\n}\n\n/**\n * Returns a product options array with its relevant information\n * about the variant\n */\nexport function getProductOptions(\n product: RecursivePartial<Product>,\n): MappedProductOptions[] {\n // Checks for valid product input\n const checkedProduct = checkProductParam(product, true);\n\n if (!checkedProduct.options) return [];\n\n const {\n options,\n selectedOrFirstAvailableVariant: selectedVariant,\n adjacentVariants,\n encodedVariantExistence,\n encodedVariantAvailability,\n handle: productHandle,\n } = checkedProduct;\n\n // The available product options is dictated by the selected options of the current variant:\n // Filter out un-used options (Happens on parent combined listing product)\n const selectedOptionKeys = selectedVariant?.selectedOptions.map(\n (option) => option.name,\n );\n const filteredOptions = options.filter((option) => {\n return selectedOptionKeys && selectedOptionKeys.indexOf(option.name) >= 0;\n });\n\n // Get a mapping of product option names to their index for matching encoded values\n const productOptionMappings = mapProductOptions(options);\n\n // Get the adjacent variants mapped to the encoded selected option values\n const variants = mapVariants(\n selectedVariant ? [selectedVariant, ...adjacentVariants] : adjacentVariants,\n );\n\n // Get the key:value version of selected options for building url query params\n const selectedOptions = mapSelectedProductOptionToObject(\n selectedVariant ? selectedVariant.selectedOptions : [],\n );\n\n const productOptions = filteredOptions.map((option, optionIndex) => {\n return {\n ...option,\n optionValues: option.optionValues.map((value) => {\n const targetOptionParams = {...selectedOptions}; // Clones the selected options\n\n // Modify the selected option value to the current option value\n targetOptionParams[option.name] = value.name;\n\n // Encode the new selected option values as a key for mapping to the product variants\n const targetKey = encodeSelectedProductOptionAsKey(\n targetOptionParams || [],\n );\n const encodingKey = buildEncodingArrayFromSelectedOptions(\n targetOptionParams || [],\n productOptionMappings,\n );\n\n // Top-down option check for existence and availability\n const topDownKey = encodingKey.slice(0, optionIndex + 1);\n const exists = isOptionValueCombinationInEncodedVariant(\n topDownKey,\n encodedVariantExistence || '',\n );\n const available = isOptionValueCombinationInEncodedVariant(\n topDownKey,\n encodedVariantAvailability || '',\n );\n\n // Get the variant for the current option value if exists, else use the first selectable variant\n const variant: ProductVariant =\n variants[targetKey] || value.firstSelectableVariant;\n\n // Build the query params for this option value\n let variantOptionParam = {};\n if (variant) {\n variantOptionParam = mapSelectedProductOptionToObject(\n variant.selectedOptions || [],\n );\n }\n const searchParams = new URLSearchParams(variantOptionParam);\n const handle = variant?.product?.handle || productHandle;\n\n return {\n ...value,\n variant,\n handle,\n variantUriQuery: searchParams.toString(),\n selected: selectedOptions[option.name] === value.name,\n exists,\n available,\n isDifferentProduct: handle !== productHandle,\n 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