diff --git a/src/controllers/project.controller.js b/src/controllers/project.controller.js index deb19649..c7e09eb1 100644 --- a/src/controllers/project.controller.js +++ b/src/controllers/project.controller.js @@ -221,6 +221,7 @@ export const updateFromXLS = async (req, res) => { const xlsxParsed = xlsx.parse(files.xlsx.data); const stagedDataItems = tableDataFromXlsx(xlsxParsed, Project); + await updateTableWithData( collapseTablesData(stagedDataItems, Project), Project, diff --git a/src/utils/data-loaders.js b/src/utils/data-loaders.js index aaee90cc..c70b2c9a 100644 --- a/src/utils/data-loaders.js +++ b/src/utils/data-loaders.js @@ -1,68 +1,68 @@ -import _ from 'lodash'; - -import request from 'request-promise'; - -import { Governance } from '../models'; -import PickListStub from '../models/governance/governance.stub.json'; -import { getConfig } from '../utils/config-loader'; -import { logger } from '../config/logger.cjs'; - -const { USE_SIMULATOR, CHIA_NETWORK } = getConfig().APP; -const { TESTNET_DEFAULT_ORGANIZATIONS } = getConfig().TESTNET; - -let downloadedPickList = {}; -export const getPicklistValues = () => downloadedPickList; - -export const pullPickListValues = async () => { - if (USE_SIMULATOR) { - downloadedPickList = PickListStub; - } else { - const goveranceData = await Governance.findOne({ - where: { metaKey: 'pickList' }, - raw: true, - }); - - if (_.get(goveranceData, 'metaValue')) { - downloadedPickList = JSON.parse(goveranceData.metaValue); - } - } - - return downloadedPickList; -}; - -export const getDefaultOrganizationList = async () => { - if (USE_SIMULATOR || CHIA_NETWORK === 'testnet') { - const options = { - method: 'GET', - url: TESTNET_DEFAULT_ORGANIZATIONS, - }; - - return JSON.parse(await request(Object.assign({}, options))); - } else { - const goveranceData = await Governance.findOne({ - where: { metaKey: 'orgList' }, - raw: true, - }); - - return JSON.parse(_.get(goveranceData, 'metaValue', '[]')); - } -}; - -export const serverAvailable = async (server, port) => { - const options = { - method: 'GET', - url: `http://${server}:${port}`, - }; - - try { - await request(Object.assign({}, options)); - return true; - } catch (err) { - if (JSON.stringify(err).includes('Python')) { - logger.info(`SERVER IS AVAILABLE ${server}`); - return true; - } else { - return false; - } - } -}; +import _ from 'lodash'; + +import request from 'request-promise'; + +import { Governance } from '../models'; +import PickListStub from '../models/governance/governance.stub.json'; +import { getConfig } from '../utils/config-loader'; +import { logger } from '../config/logger.cjs'; + +const { USE_SIMULATOR, CHIA_NETWORK } = getConfig().APP; +const { TESTNET_DEFAULT_ORGANIZATIONS } = getConfig().TESTNET; + +let downloadedPickList = {}; +export const getPicklistValues = () => downloadedPickList; + +export const pullPickListValues = async () => { + if (USE_SIMULATOR || CHIA_NETWORK === 'testnet') { + downloadedPickList = PickListStub; + } else { + const goveranceData = await Governance.findOne({ + where: { metaKey: 'pickList' }, + raw: true, + }); + + if (_.get(goveranceData, 'metaValue')) { + downloadedPickList = JSON.parse(goveranceData.metaValue); + } + } + + return downloadedPickList; +}; + +export const getDefaultOrganizationList = async () => { + if (USE_SIMULATOR || CHIA_NETWORK === 'testnet') { + const options = { + method: 'GET', + url: TESTNET_DEFAULT_ORGANIZATIONS, + }; + + return JSON.parse(await request(Object.assign({}, options))); + } else { + const goveranceData = await Governance.findOne({ + where: { metaKey: 'orgList' }, + raw: true, + }); + + return JSON.parse(_.get(goveranceData, 'metaValue', '[]')); + } +}; + +export const serverAvailable = async (server, port) => { + const options = { + method: 'GET', + url: `http://${server}:${port}`, + }; + + try { + await request(Object.assign({}, options)); + return true; + } catch (err) { + if (JSON.stringify(err).includes('Python')) { + logger.info(`SERVER IS AVAILABLE ${server}`); + return true; + } else { + return false; + } + } +}; diff --git a/src/utils/xls.js b/src/utils/xls.js index 4b832450..b52b7cd3 100644 --- a/src/utils/xls.js +++ b/src/utils/xls.js @@ -1,949 +1,953 @@ -import _ from 'lodash'; - -import xlsx from 'node-xlsx'; -import stream from 'stream'; - -import { logger } from '../config/logger.cjs'; - -import { Staging, Organization, LabelUnit, ModelKeys } from './../models'; - -import { sequelize } from '../database'; -import { assertOrgIsHomeOrg } from './data-assertions'; -import { encodeHex } from './datalayer-utils'; - -import { isPluralized } from './string-utils.js'; -import { formatModelAssociationName } from './model-utils.js'; -import { uuid as uuidv4 } from 'uuidv4'; - -const associations = (model) => - model.getAssociatedModels().map((model) => model.model); - -const capitalize = ([firstLetter, ...restOfWord]) => - firstLetter.toUpperCase() + restOfWord.join(''); - -export const sendXls = (name, bytes, response) => { - const readStream = new stream.PassThrough(); - readStream.end(bytes); - - response.set( - 'Content-disposition', - 'attachment; filename=' + name + 's' + '.xlsx', - ); - response.set('Content-Type', 'text/plain'); - - readStream.pipe(response); -}; - -/** - * Generates either an XLS or the non-built data behind the XLS (the list of rows in plain JS object) - * @param rows {Object[]} - The items to add into the XLS - * @param model {Object} - The class model to work on (e.g. Unit or Project) - * @param toStructuredCsv {Boolean} - Whether to generate an XLS/CSV - */ -export function createXlsFromSequelizeResults({ - rows, - model, - toStructuredCsv = false, -}) { - // TODO MariusD: Test with null values - - const rowsClone = JSON.parse(JSON.stringify(rows)); // Sadly this is the best way to simplify sequelize's return shape - - const uniqueColumns = buildColumnMap(rowsClone); - - const excludedColumns = getExcludedColumns(rowsClone); - - if (!toStructuredCsv) { - // Remove auto-generated columns that don't make sense to the user - const columnsToRemove = ['createdAt', 'updatedAt', 'timeStaged']; - uniqueColumns.columns.forEach((columns, key, map) => { - let indexesToRemove = []; - - columnsToRemove.forEach((columnToRemove) => { - indexesToRemove.push( - columns.findIndex((column) => column === columnToRemove), - ); - }); - - indexesToRemove = indexesToRemove.filter((index) => index >= 0); - - // Sort the indexes in reverse order - indexesToRemove.sort((first, second) => { - return second - first; - }); - - if (indexesToRemove.length > 0) { - const newColumns = [...columns]; - - indexesToRemove.forEach((index) => { - newColumns.splice(index, 1); - }); - - map.set(key, newColumns); - } - }); - } - - const columnTransformations = { - [model.name]: { - issuance: 'issuanceId', - }, - }; - - const primaryKey = { - [model.name]: model.primaryKeyAttributes[0], - default: 'id', - }; - - const initialValue = {}; - - const xlsData = rowsClone.reduce((aggregatedData, row) => { - return buildObjectXlsData({ - item: row, - name: model.name, - uniqueColumns: uniqueColumns, - excludedColumns: excludedColumns, - columnsMapKey: null, - columnTransformations: columnTransformations, - primaryKeyMap: primaryKey, - primaryKeyValue: null, - parentPropName: null, - shouldPluralizeSheetName: false, - aggregatedData: aggregatedData, - }); - }, initialValue); - - return toStructuredCsv ? xlsData : xlsx.build(Object.values(xlsData)); -} - -/** - * Recursively builds the XLS data for a single item. This function could be returned from an {@ref Array.reduce} function. - * @param item {Object | Object[]} - The item to build the XLS data for - * @param name {string} - The name of the parent property for this item or a custom name. Used to generate the sheet name and to get the available transformations, primary key and other mappings - * @param uniqueColumns {{ columns: Map, topLevelKey: string }} - The list of all columns/props for each property name (retrieved using {@ref buildColumnMap} - * @param excludedColumns {string[]} - The list of columns that should be excluded from the xls - * @param columnsMapKey {string} - The key from {@param uniqueColumns} that contains the list of columns/props for the current item - * @param columnTransformations {Object} - The mapping for column/prop name transformation for all items and sub-objects (mapped with the {@param name} prop) - * @param primaryKeyMap {Object} - The mapping for the name of the primary key for all items and sub-objects (mapped with the {@param name} prop) - * @param primaryKeyValue {unknown} - The value of the prop corresponding to the primary key for the parent item - * @param parentPropName {string} - The prop name of the parent object (the name of the prop that the parent item is bound to. The parent of the parent) - * @param shouldPluralizeSheetName {boolean} - Whether the sheet name should be expressed as plural or not - * @param aggregatedData {Object} - The object containing the resulting XLS data. Will also be returned back, to be able to use this function inside the {@ref Array.reduce} function - * @return The XLS data for a single item - */ -function buildObjectXlsData({ - item, - name, - uniqueColumns, - excludedColumns, - columnsMapKey, - columnTransformations, - primaryKeyMap, - primaryKeyValue, - parentPropName, - shouldPluralizeSheetName, - aggregatedData, -}) { - // There are too many exceptions and special rules - const columnsWithSpecialTreatment = { unit: ['issuance'] }; - - const sheetName = - !shouldPluralizeSheetName || isPluralized(name) ? name : `${name}s`; - const primaryKeyProp = primaryKeyMap[name] ?? primaryKeyMap['default']; - - const columns = - uniqueColumns.columns.get(columnsMapKey ?? uniqueColumns.topLevelKey) ?? []; - const transformations = - columnTransformations[name ?? uniqueColumns.topLevelKey] ?? {}; - - // Special case for Unit issuance. This shouldn't exist, but it has far too many special cases. - columnsWithSpecialTreatment[name]?.forEach((specialColumn) => { - if (excludedColumns.includes(specialColumn)) { - const specialColumnIndex = excludedColumns.indexOf(specialColumn); - if (specialColumnIndex >= 0) { - excludedColumns.splice(specialColumnIndex, 1); - } - } - }); - - // Insert a new sheet if needed - if (aggregatedData[sheetName] == null) { - aggregatedData[sheetName] = { - name: isPluralized(name) ? name : `${name}s`, - data: [ - columns - .filter((colName) => !excludedColumns.includes(colName)) - .map((colName) => transformations[colName] ?? colName), - ], - }; - - // If the primary key value of the parent item was sent, also add the name of the parent key name, suffixed by 'Id' - if (primaryKeyValue != null) { - let singularIdName = ( - isPluralized(parentPropName) - ? parentPropName.slice(0, -1) - : parentPropName - ) - .replace('_', '') - .concat('Id'); - if (aggregatedData[sheetName].data[0].includes(singularIdName)) { - singularIdName = (isPluralized(name) ? name.slice(0, -1) : name) - .replace('_', '') - .concat('Id'); - } - - aggregatedData[sheetName].data[0].push(singularIdName); - } - } - - const xlsRowData = []; - - columns.forEach((column) => { - const itemValue = item[column]; - - // Recursively call this same function for all child items - if (itemValue != null && typeof itemValue === 'object') { - const primaryKeyName = - columnsWithSpecialTreatment[name] == null || - !columnsWithSpecialTreatment[name].includes(column) - ? primaryKeyProp - : primaryKeyMap[column] ?? primaryKeyMap['default']; - - if (!Array.isArray(itemValue)) { - const primaryKeyValue = - columnsWithSpecialTreatment[name] == null || - !columnsWithSpecialTreatment[name].includes(column) - ? item[primaryKeyName] - : itemValue[primaryKeyName]; - - buildObjectXlsData({ - item: itemValue, - name: column, - uniqueColumns: uniqueColumns, - excludedColumns: [], - columnsMapKey: column, - aggregatedData: aggregatedData, - primaryKeyMap: primaryKeyMap, - primaryKeyValue: primaryKeyValue, - parentPropName: name, - shouldPluralizeSheetName: true, - columnTransformations: columnTransformations, - }); - } else { - itemValue.forEach((val) => { - const primaryKeyValue = - columnsWithSpecialTreatment[name] == null || - !columnsWithSpecialTreatment[name].includes(column) - ? item[primaryKeyName] - : val[primaryKeyName]; - - if (val != null && typeof val === 'object') { - buildObjectXlsData({ - item: val, - name: column, - uniqueColumns: uniqueColumns, - excludedColumns: [], - columnsMapKey: column, - aggregatedData: aggregatedData, - primaryKeyMap: primaryKeyMap, - primaryKeyValue: primaryKeyValue, - parentPropName: name, - shouldPluralizeSheetName: true, - columnTransformations: columnTransformations, - }); - } - }); - } - - if ( - parentPropName == null && - (columnsWithSpecialTreatment[name] == null || - !columnsWithSpecialTreatment[name].includes(column)) - ) { - return; - } - } - - if (itemValue != null && typeof itemValue === 'object') { - // Add the id of the child item as well if the child item is an object - const valuePrimaryKeyProp = - primaryKeyMap[column] ?? primaryKeyMap['default']; - xlsRowData.push(itemValue[valuePrimaryKeyProp]); - } else if (!excludedColumns.includes(column)) { - // Add the value of current item to the sheet if the item is not an object - xlsRowData.push(itemValue); - } - }); - - // Also add the primary key value of the parent item - if (primaryKeyValue != null) { - xlsRowData.push(primaryKeyValue); - } - - if (xlsRowData.length) { - aggregatedData[sheetName].data.push(xlsRowData); - } - - return aggregatedData; -} - -export const createXlsFromSequelizeResults_old = ({ - rows, - model, - toStructuredCsv = false, - excludeOrgUid = false, - isUserFriendlyFormat = true, -}) => { - rows = JSON.parse(JSON.stringify(rows)); // Sadly this is the best way to simplify sequelize's return shape - - let columnsInResults = []; - const associationColumnsMap = new Map(); - - if (rows.length > 0) { - columnsInResults = Object.keys(rows[0]); - - rows.forEach((row, index) => { - if (index === 0) { - return; - } - - Object.keys(row).forEach((key) => { - if (!columnsInResults.includes(key)) columnsInResults.push(key); - }); - }); - } - - const associations = model.getAssociatedModels(); - const associationNames = associations.map( - (association) => `${association.model.name}s`, - ); - - const columnsInMainSheet = columnsInResults.filter( - (column) => - !associationNames.includes(column) && - (!excludeOrgUid || column !== 'orgUid'), - ); - - const associatedModelColumns = columnsInResults.filter((column) => - associations - .map((association) => `${association.model.name}s`) - .includes(column), - ); - - // Create a map with the union of all keys of each association item on any row (the columns may differ, e.g. one item added, one updated) - if (rows.length > 0) { - associatedModelColumns.forEach((column) => { - rows.forEach((row) => { - if (row[column] == null || typeof row[column] !== 'object') { - return; - } - - if (Array.isArray(row[column])) { - row[column].forEach((item) => { - if (item != null && typeof item === 'object') { - getObjectColumns(item, column, associationColumnsMap); - } - }); - } else { - getObjectColumns(row[column], column, associationColumnsMap); - } - }); - }); - } - - const initialReduceValue = {}; - initialReduceValue[model.name] = { - name: model.name + 's', - data: [ - columnsInMainSheet.map((colName) => - colName === 'issuance' ? 'issuanceId' : colName, - ), // todo make this generic - ], - }; - - const xlsData = rows.reduce((sheets, row) => { - let mainXlsRow = []; - - // Populate main sheet values - columnsInMainSheet.forEach((columnName) => { - const rowValue = - isUserFriendlyFormat && row[columnName] == null - ? 'null' - : row[columnName]; - - if (rowValue != null && Object.keys(rowValue).includes('id')) { - if (!Object.keys(sheets).includes(columnName + 's')) { - sheets[columnName + 's'] = { - name: columnName + 's', - data: [ - Object.keys(rowValue).concat([ - model.name.split('_').join('') + 'Id', - ]), - ], - }; - } - sheets[columnName + 's'].data.push( - Object.values(rowValue) - .map((val1) => val1) - .concat([rowValue.id]), - ); - } - - mainXlsRow.push(rowValue); - }); - - if (mainXlsRow.length) { - sheets[model.name].data.push(mainXlsRow); - } - - // Populate associated data sheets - associatedModelColumns.forEach((column) => { - if (!Array.isArray(row[column])) { - return; - } - - row[column].forEach((value) => { - const xlsRow = []; - - if (!Object.keys(sheets).includes(column)) { - sheets[column] = { - name: column, - data: [Object.keys(value).concat([model.name + 'Id'])], - }; - } - - (associationColumnsMap.get(column) ?? Object.keys(value)).forEach( - (column) => { - const rowValue = - isUserFriendlyFormat && value[column] == null - ? 'null' - : value[column]; - - if (rowValue != null && typeof rowValue === 'object') { - if (!Object.keys(sheets).includes(column + 's')) { - const columns = - associationColumnsMap.get(column) ?? Object.keys(rowValue); - - sheets[column + 's'] = { - name: column + 's', - data: [columns.concat([column.split('_').join('') + 'Id'])], - }; - } - - if (rowValue != null) { - const columns = - associationColumnsMap.get(column) ?? Object.keys(rowValue); - sheets[column + 's'].data.push( - columns - .map((currentCol) => rowValue[currentCol]) - .concat([value.id]), - ); - } - } - - xlsRow.push(rowValue); - }, - ); - - if (xlsRow.length > 0) { - if ((model.primaryKeyAttributes?.length ?? 0) > 0) { - xlsRow.push(row[model.primaryKeyAttributes[0]]); - } - - sheets[column].data.push(xlsRow); - } - }); - }); - - return sheets; - }, initialReduceValue); - - if (!toStructuredCsv) { - return xlsx.build(Object.values(xlsData)); - } else { - return xlsData; - } -}; - -export const tableDataFromXlsx = (xlsx, model) => { - // Todo recursion - const modelAssociations = [...associations(model), model]; - - return xlsx.reduce((stagingData, { data, name }) => { - let dataModel = modelAssociations.find((model) => { - const modelName = name.slice(0, -1); - const assocModelName = modelName.split('_'); - if (assocModelName.length > 1) { - assocModelName[1] = capitalize(assocModelName[1]); - } - return ( - model.name === name.slice(0, -1) || - model.name === assocModelName.join('') - ); - }); - - if (model.name === 'unit' && dataModel === undefined) { - // todo clean this up - dataModel = LabelUnit; - } - data.forEach((dataRow) => { - if (stagingData[dataModel.name] == null) { - stagingData[dataModel.name] = { model: dataModel, data: [] }; - } - - const row = {}; - dataRow.forEach((columnData) => { - if (columnData === 'null') { - columnData = null; - } - }); - - delete row.orgUid; - stagingData[dataModel.name].data.push(row); - }); - - return stagingData; - }, {}); -}; - -export const collapseTablesData = (tableData, model) => { - const collapsed = { [model.name]: tableData[model.name] }; - - let associations = model.getAssociatedModels(); - - collapsed[model.name]?.data?.forEach((data, index) => { - const tableRowData = - tableData[model.name]?.data != null - ? tableData[model.name]?.data[index] - : null; - - if ( - tableRowData != null && - tableRowData[model.primaryKeyAttributes[0]] == null - ) { - tableRowData[model.primaryKeyAttributes[0]] = uuidv4(); - } - - associations.forEach((association) => { - if ( - !Object.prototype.hasOwnProperty.call(tableData, association.model.name) - ) { - return; - } - - const dataKey = formatModelAssociationName(association); - data[dataKey] = tableData[association.model.name]?.data?.find((row) => { - let found = false; - - if (association.model.name === 'issuance' && !association.pluralize) { - if (row[model.name + 'Id'] === data[association.model.name + 'Id']) { - found = true; - delete row[model.name + 'Id']; - } - } else { - let comparedToData = null; - const primaryKey = - tableData[model.name]?.model?.primaryKeyAttributes[0]; - - if (tableRowData != null && primaryKey != null) { - comparedToData = tableRowData[primaryKey]; - } - - if (row[model.name + 'Id'] === comparedToData) { - found = true; - delete row[model.name + 'Id']; - } - } - - return found; - }); - }); - }); - - collapsed[model.name]?.data?.forEach((data, index) => { - associations.forEach((association) => { - if (association.model.name !== 'label') { - return; - } - - const tableUnitData = tableData['label_unit']?.data?.find((row) => { - if (tableData[model.name]?.data == null) { - return false; - } - - if ( - tableData[model.name].data[index]?.labels != null && - !Array.isArray(tableData[model.name].data[index].labels) - ) { - tableData[model.name].data[index].labels = [ - tableData[model.name].data[index].labels, - ]; - } - - return tableData[model.name].data[index]?.labels - ?.map((label) => label.id) - .includes(row['labelunitId']); - }); - - const dataKey = formatModelAssociationName(association); - - if (data[dataKey] != null) { - if (data[dataKey].length > 0) { - data[dataKey][0]['label_unit'] = tableUnitData; - } - - if (data.labels != null && !Array.isArray(data.labels)) { - data.labels = [data.labels]; - } - - data.labels = data.labels?.map((label) => { - if (label.label_unit?.labelunitId != null) { - delete label.label_unit.labelunitId; - } - - return label; - }); - } - }); - }); - - return collapsed; -}; - -/** - * Sets or deletes the model key from the children specified in {@param removeModelKeyInChildren} - * @param modelAssociations - The associations object for the current model - * @param item - The item to remove the model keys from - * @param removeModelKeyInChildren - The list of association names to process - * @param model - The model used - * @param setKey - Whether to set the model key to children or to delete them (false = delete) - */ -function updateModelChildIds( - modelAssociations, - item, - removeModelKeyInChildren, - model, - setKey, -) { - modelAssociations.forEach((association) => { - if (!association.pluralize) return; - - const key = formatModelAssociationName(association); - if (item[key] != null) { - if (!Array.isArray(item[key])) { - item[key] = [item[key]]; - } - - if (removeModelKeyInChildren.includes(key)) { - item[key].forEach((childData) => { - if (setKey) { - childData[model.primaryKeyAttributes[0]] = - item[model.primaryKeyAttributes[0]]; - } else { - delete childData[model.primaryKeyAttributes[0]]; - } - }); - } - } - }); -} - -export const updateTableWithData = async (tableData, model) => { - if (!['project', 'unit'].includes(model.name)) { - throw 'Bulk import is only supported for projects and units'; // Technically, updateTableWithData can support any model - } - const modelAssociations = model.getAssociatedModels(); - - const removeModelKeyInChildren = - model.name === 'project' - ? [ - 'projectLocations', - 'coBenefits', - 'relatedProjects', - 'projectRatings', - 'estimations', - ] - : []; - - // using a transaction ensures either everything is uploaded or everything fails - await sequelize.transaction(async () => { - const { orgUid } = await Organization.getHomeOrg(); - - await Promise.all( - Object.values(tableData).map(async (data) => { - if ( - data.data == null || - data.model == null || - !Array.isArray(data.data) - ) { - return; - } - - await Promise.all( - data.data.map(async (row) => { - const existingRecord = await data.model.findByPk( - row[data.model.primaryKeyAttributes[0]], - ); - - const exists = Boolean(existingRecord); - - // Stripping out issuanceId if its included. Need to take another look at this - if (data.model.name === 'unit') { - delete row['issuanceId']; - } - updateModelChildIds( - modelAssociations, - row, - removeModelKeyInChildren, - model, - false, - ); - - const validation = data.model.validateImport?.validate(row); - - updateModelChildIds( - modelAssociations, - row, - removeModelKeyInChildren, - model, - true, - ); - - if (exists) { - // Assert the original record is a record your allowed to modify - await assertOrgIsHomeOrg(existingRecord.orgUid); - } else { - // Assign the newly created record to this home org - row.orgUid = orgUid; - } - - // merge the new record into the old record - let stagedRecord = Array.isArray(row) ? row : [row]; - - stagedRecord = stagedRecord.map((record) => { - return Object.keys(record).reduce((syncedRecord, key) => { - syncedRecord[key] = record[key]; - return syncedRecord; - }, existingRecord?.dataValues ?? {}); - }); - - if (!validation.error) { - await Staging.upsert({ - uuid: row[model.primaryKeyAttributes[0]], - action: exists ? 'UPDATE' : 'INSERT', - table: model.stagingTableName, - data: JSON.stringify(stagedRecord), - }); - } else { - validation.error.message += ' on ' + model.name; - throw validation.error; - } - }), - ); - }), - ); - }); -}; - -const checkArrayOfArrays = (a) => { - return a.every(function (x) { - return Array.isArray(x); - }); -}; - -export const transformFullXslsToChangeList = async ( - xsls, - action, - primaryKeyNames, -) => { - try { - const models = Object.keys(primaryKeyNames); - const changeList = {}; - - await Promise.all( - models.map(async (key) => { - let sheet = xsls[key]; - if (sheet) { - const headerRow = sheet.data[0]; - const primaryKeyIndex = headerRow.findIndex((item) => { - return item === primaryKeyNames[key]; - }); - - if (!changeList[key]) { - changeList[key] = []; - } - - // filter out the header row - await Promise.all( - _.tail(sheet.data).map(async (row) => { - const rows = checkArrayOfArrays(row) ? row : [row]; - await Promise.all( - rows.map(async (r) => { - const dataLayerKey = encodeHex( - `${key}|${r[primaryKeyIndex]}`, - ); - - if (['update', 'insert'].includes(action)) { - let isUpdate = await ModelKeys[key].findByPk( - r[primaryKeyIndex], - ); - - if (isUpdate) { - const alreadyPushed = changeList[key].find( - (change) => - change.action === 'delete' && - change.key === dataLayerKey, - ); - - if (!alreadyPushed) { - changeList[key].push({ - action: 'delete', - key: dataLayerKey, - }); - } - } - changeList[key].push({ - action: 'insert', - key: dataLayerKey, - value: encodeHex( - JSON.stringify(_.zipObject(headerRow, r)), - ), - }); - } else { - changeList[key].push({ - action: action, - key: dataLayerKey, - value: encodeHex( - JSON.stringify(_.zipObject(headerRow, r)), - ), - }); - } - }), - ); - }), - ); - } - }), - ); - - return changeList; - } catch (error) { - logger.error( - 'Error transformFullXslsToChangeList: ${error.message}', - error, - ); - } -}; - -/** - * Returns a Map and the top level key name with all unique columns (props) on the items themselves and any child object they contain. - * The values are string arrays containing the column names. - * The key of the map is the name of the column (prop) as found in the parent object. The main items property are under a key named 'top level'. - * @example { id, subItem: { subId }} will return: { columns: [ 'top level': [ 'id', 'subItem' ], 'subItem': [ 'subId' ]], topLevelKey: 'top level' } - * @param items {Object[] | Object} - The items to go through and extract the columns - * @returns {{ columns: Map, topLevelKey: string }} - */ -function buildColumnMap(items) { - const result = new Map(); - const topLevelKey = 'top level'; - - if (items == null || typeof items !== 'object') { - return { - columns: result, - topLevelKey: topLevelKey, - }; - } - - if (Array.isArray(items)) { - getArrayColumns(items, topLevelKey, result); - } else { - getObjectColumns(items, topLevelKey, result); - } - - return { - columns: result, - topLevelKey: topLevelKey, - }; -} - -/** - * Populates the association map with the union of columns from all the objects having the same property name - * @param item {Object} - The item to look into - * @param propertyName {string} - The name of the property, as defined in the parent object (will be the key for the map) - * @param columnsMap {Map>} - The map to populate - */ -function getObjectColumns(item, propertyName, columnsMap) { - if (item == null || typeof item !== 'object') { - return; - } - - if (!Array.isArray(item)) { - const currentProperties = columnsMap.get(propertyName) ?? []; - - Object.entries(item).forEach(([column, value]) => { - if (Array.isArray(value)) { - getArrayColumns(value, column, columnsMap); - } else if (typeof value === 'object') { - getObjectColumns(value, column, columnsMap); - } - - if (!currentProperties.includes(column)) { - currentProperties.push(column); - } - }); - - columnsMap.set(propertyName, currentProperties); - } -} - -/** - * Iterates through the array and populates the association map with the union of columns from all the objects having the same property name - * @param items {unknown[]} - The items to look into - * @param propertyName {string} - The name of the property, as defined in the parent object (will be the key for the map) - * @param columnsMap {Map>} - The map to populate - */ -function getArrayColumns(items, propertyName, columnsMap) { - if (items == null || typeof items !== 'object' || !Array.isArray(items)) { - return; - } - - items.forEach((value) => { - if (value == null) { - return; - } - - if (Array.isArray(value)) { - getArrayColumns(value, propertyName, columnsMap); - return; - } - - if (typeof value === 'object') { - getObjectColumns(value, propertyName, columnsMap); - } - }); -} - -/** - * Builds the list of columns that should be excluded from the xls (props that have objects as values) - * @param items {Object[] | Object} - The items to go through and extract the columns - * @returns string[] - The list of columns to be excluded from xls - */ -function getExcludedColumns(items) { - if (items == null) return []; - const itemsList = Array.isArray(items) ? items : [items]; - - const excludedColumns = []; - itemsList.forEach((item) => { - Object.entries(item).forEach(([column, value]) => { - if ( - value != null && - typeof value === 'object' && - !excludedColumns.includes(column) - ) { - excludedColumns.push(column); - } - }); - }); - - return excludedColumns; -} +import _ from 'lodash'; + +import xlsx from 'node-xlsx'; +import stream from 'stream'; + +import { logger } from '../config/logger.cjs'; + +import { Staging, Organization, LabelUnit, ModelKeys } from './../models'; + +import { sequelize } from '../database'; +import { assertOrgIsHomeOrg } from './data-assertions'; +import { encodeHex } from './datalayer-utils'; + +import { isPluralized } from './string-utils.js'; +import { formatModelAssociationName } from './model-utils.js'; +import { uuid as uuidv4 } from 'uuidv4'; + +const associations = (model) => + model.getAssociatedModels().map((model) => model.model); + +const capitalize = ([firstLetter, ...restOfWord]) => + firstLetter.toUpperCase() + restOfWord.join(''); + +export const sendXls = (name, bytes, response) => { + const readStream = new stream.PassThrough(); + readStream.end(bytes); + + response.set( + 'Content-disposition', + 'attachment; filename=' + name + 's' + '.xlsx', + ); + response.set('Content-Type', 'text/plain'); + + readStream.pipe(response); +}; + +/** + * Generates either an XLS or the non-built data behind the XLS (the list of rows in plain JS object) + * @param rows {Object[]} - The items to add into the XLS + * @param model {Object} - The class model to work on (e.g. Unit or Project) + * @param toStructuredCsv {Boolean} - Whether to generate an XLS/CSV + */ +export function createXlsFromSequelizeResults({ + rows, + model, + toStructuredCsv = false, +}) { + // TODO MariusD: Test with null values + + const rowsClone = JSON.parse(JSON.stringify(rows)); // Sadly this is the best way to simplify sequelize's return shape + + const uniqueColumns = buildColumnMap(rowsClone); + + const excludedColumns = getExcludedColumns(rowsClone); + + if (!toStructuredCsv) { + // Remove auto-generated columns that don't make sense to the user + const columnsToRemove = ['createdAt', 'updatedAt', 'timeStaged']; + uniqueColumns.columns.forEach((columns, key, map) => { + let indexesToRemove = []; + + columnsToRemove.forEach((columnToRemove) => { + indexesToRemove.push( + columns.findIndex((column) => column === columnToRemove), + ); + }); + + indexesToRemove = indexesToRemove.filter((index) => index >= 0); + + // Sort the indexes in reverse order + indexesToRemove.sort((first, second) => { + return second - first; + }); + + if (indexesToRemove.length > 0) { + const newColumns = [...columns]; + + indexesToRemove.forEach((index) => { + newColumns.splice(index, 1); + }); + + map.set(key, newColumns); + } + }); + } + + const columnTransformations = { + [model.name]: { + issuance: 'issuanceId', + }, + }; + + const primaryKey = { + [model.name]: model.primaryKeyAttributes[0], + default: 'id', + }; + + const initialValue = {}; + + const xlsData = rowsClone.reduce((aggregatedData, row) => { + return buildObjectXlsData({ + item: row, + name: model.name, + uniqueColumns: uniqueColumns, + excludedColumns: excludedColumns, + columnsMapKey: null, + columnTransformations: columnTransformations, + primaryKeyMap: primaryKey, + primaryKeyValue: null, + parentPropName: null, + shouldPluralizeSheetName: false, + aggregatedData: aggregatedData, + }); + }, initialValue); + + return toStructuredCsv ? xlsData : xlsx.build(Object.values(xlsData)); +} + +/** + * Recursively builds the XLS data for a single item. This function could be returned from an {@ref Array.reduce} function. + * @param item {Object | Object[]} - The item to build the XLS data for + * @param name {string} - The name of the parent property for this item or a custom name. Used to generate the sheet name and to get the available transformations, primary key and other mappings + * @param uniqueColumns {{ columns: Map, topLevelKey: string }} - The list of all columns/props for each property name (retrieved using {@ref buildColumnMap} + * @param excludedColumns {string[]} - The list of columns that should be excluded from the xls + * @param columnsMapKey {string} - The key from {@param uniqueColumns} that contains the list of columns/props for the current item + * @param columnTransformations {Object} - The mapping for column/prop name transformation for all items and sub-objects (mapped with the {@param name} prop) + * @param primaryKeyMap {Object} - The mapping for the name of the primary key for all items and sub-objects (mapped with the {@param name} prop) + * @param primaryKeyValue {unknown} - The value of the prop corresponding to the primary key for the parent item + * @param parentPropName {string} - The prop name of the parent object (the name of the prop that the parent item is bound to. The parent of the parent) + * @param shouldPluralizeSheetName {boolean} - Whether the sheet name should be expressed as plural or not + * @param aggregatedData {Object} - The object containing the resulting XLS data. Will also be returned back, to be able to use this function inside the {@ref Array.reduce} function + * @return The XLS data for a single item + */ +function buildObjectXlsData({ + item, + name, + uniqueColumns, + excludedColumns, + columnsMapKey, + columnTransformations, + primaryKeyMap, + primaryKeyValue, + parentPropName, + shouldPluralizeSheetName, + aggregatedData, +}) { + // There are too many exceptions and special rules + const columnsWithSpecialTreatment = { unit: ['issuance'] }; + + const sheetName = + !shouldPluralizeSheetName || isPluralized(name) ? name : `${name}s`; + const primaryKeyProp = primaryKeyMap[name] ?? primaryKeyMap['default']; + + const columns = + uniqueColumns.columns.get(columnsMapKey ?? uniqueColumns.topLevelKey) ?? []; + const transformations = + columnTransformations[name ?? uniqueColumns.topLevelKey] ?? {}; + + // Special case for Unit issuance. This shouldn't exist, but it has far too many special cases. + columnsWithSpecialTreatment[name]?.forEach((specialColumn) => { + if (excludedColumns.includes(specialColumn)) { + const specialColumnIndex = excludedColumns.indexOf(specialColumn); + if (specialColumnIndex >= 0) { + excludedColumns.splice(specialColumnIndex, 1); + } + } + }); + + // Insert a new sheet if needed + if (aggregatedData[sheetName] == null) { + aggregatedData[sheetName] = { + name: isPluralized(name) ? name : `${name}s`, + data: [ + columns + .filter((colName) => !excludedColumns.includes(colName)) + .map((colName) => transformations[colName] ?? colName), + ], + }; + + // If the primary key value of the parent item was sent, also add the name of the parent key name, suffixed by 'Id' + if (primaryKeyValue != null) { + let singularIdName = ( + isPluralized(parentPropName) + ? parentPropName.slice(0, -1) + : parentPropName + ) + .replace('_', '') + .concat('Id'); + if (aggregatedData[sheetName].data[0].includes(singularIdName)) { + singularIdName = (isPluralized(name) ? name.slice(0, -1) : name) + .replace('_', '') + .concat('Id'); + } + + aggregatedData[sheetName].data[0].push(singularIdName); + } + } + + const xlsRowData = []; + + columns.forEach((column) => { + const itemValue = item[column]; + + // Recursively call this same function for all child items + if (itemValue != null && typeof itemValue === 'object') { + const primaryKeyName = + columnsWithSpecialTreatment[name] == null || + !columnsWithSpecialTreatment[name].includes(column) + ? primaryKeyProp + : primaryKeyMap[column] ?? primaryKeyMap['default']; + + if (!Array.isArray(itemValue)) { + const primaryKeyValue = + columnsWithSpecialTreatment[name] == null || + !columnsWithSpecialTreatment[name].includes(column) + ? item[primaryKeyName] + : itemValue[primaryKeyName]; + + buildObjectXlsData({ + item: itemValue, + name: column, + uniqueColumns: uniqueColumns, + excludedColumns: [], + columnsMapKey: column, + aggregatedData: aggregatedData, + primaryKeyMap: primaryKeyMap, + primaryKeyValue: primaryKeyValue, + parentPropName: name, + shouldPluralizeSheetName: true, + columnTransformations: columnTransformations, + }); + } else { + itemValue.forEach((val) => { + const primaryKeyValue = + columnsWithSpecialTreatment[name] == null || + !columnsWithSpecialTreatment[name].includes(column) + ? item[primaryKeyName] + : val[primaryKeyName]; + + if (val != null && typeof val === 'object') { + buildObjectXlsData({ + item: val, + name: column, + uniqueColumns: uniqueColumns, + excludedColumns: [], + columnsMapKey: column, + aggregatedData: aggregatedData, + primaryKeyMap: primaryKeyMap, + primaryKeyValue: primaryKeyValue, + parentPropName: name, + shouldPluralizeSheetName: true, + columnTransformations: columnTransformations, + }); + } + }); + } + + if ( + parentPropName == null && + (columnsWithSpecialTreatment[name] == null || + !columnsWithSpecialTreatment[name].includes(column)) + ) { + return; + } + } + + if (itemValue != null && typeof itemValue === 'object') { + // Add the id of the child item as well if the child item is an object + const valuePrimaryKeyProp = + primaryKeyMap[column] ?? primaryKeyMap['default']; + xlsRowData.push(itemValue[valuePrimaryKeyProp]); + } else if (!excludedColumns.includes(column)) { + // Add the value of current item to the sheet if the item is not an object + xlsRowData.push(itemValue); + } + }); + + // Also add the primary key value of the parent item + if (primaryKeyValue != null) { + xlsRowData.push(primaryKeyValue); + } + + if (xlsRowData.length) { + aggregatedData[sheetName].data.push(xlsRowData); + } + + return aggregatedData; +} + +export const createXlsFromSequelizeResults_old = ({ + rows, + model, + toStructuredCsv = false, + excludeOrgUid = false, + isUserFriendlyFormat = true, +}) => { + rows = JSON.parse(JSON.stringify(rows)); // Sadly this is the best way to simplify sequelize's return shape + + let columnsInResults = []; + const associationColumnsMap = new Map(); + + if (rows.length > 0) { + columnsInResults = Object.keys(rows[0]); + + rows.forEach((row, index) => { + if (index === 0) { + return; + } + + Object.keys(row).forEach((key) => { + if (!columnsInResults.includes(key)) columnsInResults.push(key); + }); + }); + } + + const associations = model.getAssociatedModels(); + const associationNames = associations.map( + (association) => `${association.model.name}s`, + ); + + const columnsInMainSheet = columnsInResults.filter( + (column) => + !associationNames.includes(column) && + (!excludeOrgUid || column !== 'orgUid'), + ); + + const associatedModelColumns = columnsInResults.filter((column) => + associations + .map((association) => `${association.model.name}s`) + .includes(column), + ); + + // Create a map with the union of all keys of each association item on any row (the columns may differ, e.g. one item added, one updated) + if (rows.length > 0) { + associatedModelColumns.forEach((column) => { + rows.forEach((row) => { + if (row[column] == null || typeof row[column] !== 'object') { + return; + } + + if (Array.isArray(row[column])) { + row[column].forEach((item) => { + if (item != null && typeof item === 'object') { + getObjectColumns(item, column, associationColumnsMap); + } + }); + } else { + getObjectColumns(row[column], column, associationColumnsMap); + } + }); + }); + } + + const initialReduceValue = {}; + initialReduceValue[model.name] = { + name: model.name + 's', + data: [ + columnsInMainSheet.map((colName) => + colName === 'issuance' ? 'issuanceId' : colName, + ), // todo make this generic + ], + }; + + const xlsData = rows.reduce((sheets, row) => { + let mainXlsRow = []; + + // Populate main sheet values + columnsInMainSheet.forEach((columnName) => { + const rowValue = + isUserFriendlyFormat && row[columnName] == null + ? 'null' + : row[columnName]; + + if (rowValue != null && Object.keys(rowValue).includes('id')) { + if (!Object.keys(sheets).includes(columnName + 's')) { + sheets[columnName + 's'] = { + name: columnName + 's', + data: [ + Object.keys(rowValue).concat([ + model.name.split('_').join('') + 'Id', + ]), + ], + }; + } + sheets[columnName + 's'].data.push( + Object.values(rowValue) + .map((val1) => val1) + .concat([rowValue.id]), + ); + } + + mainXlsRow.push(rowValue); + }); + + if (mainXlsRow.length) { + sheets[model.name].data.push(mainXlsRow); + } + + // Populate associated data sheets + associatedModelColumns.forEach((column) => { + if (!Array.isArray(row[column])) { + return; + } + + row[column].forEach((value) => { + const xlsRow = []; + + if (!Object.keys(sheets).includes(column)) { + sheets[column] = { + name: column, + data: [Object.keys(value).concat([model.name + 'Id'])], + }; + } + + (associationColumnsMap.get(column) ?? Object.keys(value)).forEach( + (column) => { + const rowValue = + isUserFriendlyFormat && value[column] == null + ? 'null' + : value[column]; + + if (rowValue != null && typeof rowValue === 'object') { + if (!Object.keys(sheets).includes(column + 's')) { + const columns = + associationColumnsMap.get(column) ?? Object.keys(rowValue); + + sheets[column + 's'] = { + name: column + 's', + data: [columns.concat([column.split('_').join('') + 'Id'])], + }; + } + + if (rowValue != null) { + const columns = + associationColumnsMap.get(column) ?? Object.keys(rowValue); + sheets[column + 's'].data.push( + columns + .map((currentCol) => rowValue[currentCol]) + .concat([value.id]), + ); + } + } + + xlsRow.push(rowValue); + }, + ); + + if (xlsRow.length > 0) { + if ((model.primaryKeyAttributes?.length ?? 0) > 0) { + xlsRow.push(row[model.primaryKeyAttributes[0]]); + } + + sheets[column].data.push(xlsRow); + } + }); + }); + + return sheets; + }, initialReduceValue); + + if (!toStructuredCsv) { + return xlsx.build(Object.values(xlsData)); + } else { + return xlsData; + } +}; + +export const tableDataFromXlsx = (xlsx, model) => { + // Todo recursion + const modelAssociations = [...associations(model), model]; + + return xlsx.reduce((stagingData, { data, name }) => { + let dataModel = modelAssociations.find((model) => { + const modelName = name.slice(0, -1); + const assocModelName = modelName.split('_'); + if (assocModelName.length > 1) { + assocModelName[1] = capitalize(assocModelName[1]); + } + return ( + model.name === name.slice(0, -1) || + model.name === assocModelName.join('') + ); + }); + + if (model.name === 'unit' && dataModel === undefined) { + // todo clean this up + dataModel = LabelUnit; + } + + const columnNames = data.shift(); + data.forEach((dataRow) => { + if (stagingData[dataModel.name] == null) { + stagingData[dataModel.name] = { model: dataModel, data: [] }; + } + + const row = {}; + dataRow.forEach((columnData, index) => { + if (columnData === 'null') { + columnData = null; + } + + row[columnNames[index]] = columnData; + }); + + delete row.orgUid; + stagingData[dataModel.name].data.push(row); + }); + + return stagingData; + }, {}); +}; + +export const collapseTablesData = (tableData, model) => { + const collapsed = { [model.name]: tableData[model.name] }; + + let associations = model.getAssociatedModels(); + + collapsed[model.name]?.data?.forEach((data, index) => { + const tableRowData = + tableData[model.name]?.data != null + ? tableData[model.name]?.data[index] + : null; + + if ( + tableRowData != null && + tableRowData[model.primaryKeyAttributes[0]] == null + ) { + tableRowData[model.primaryKeyAttributes[0]] = uuidv4(); + } + + associations.forEach((association) => { + if ( + !Object.prototype.hasOwnProperty.call(tableData, association.model.name) + ) { + return; + } + + const dataKey = formatModelAssociationName(association); + data[dataKey] = tableData[association.model.name]?.data?.find((row) => { + let found = false; + + if (association.model.name === 'issuance' && !association.pluralize) { + if (row[model.name + 'Id'] === data[association.model.name + 'Id']) { + found = true; + delete row[model.name + 'Id']; + } + } else { + let comparedToData = null; + const primaryKey = + tableData[model.name]?.model?.primaryKeyAttributes[0]; + + if (tableRowData != null && primaryKey != null) { + comparedToData = tableRowData[primaryKey]; + } + + if (row[model.name + 'Id'] === comparedToData) { + found = true; + delete row[model.name + 'Id']; + } + } + + return found; + }); + }); + }); + + collapsed[model.name]?.data?.forEach((data, index) => { + associations.forEach((association) => { + if (association.model.name !== 'label') { + return; + } + + const tableUnitData = tableData['label_unit']?.data?.find((row) => { + if (tableData[model.name]?.data == null) { + return false; + } + + if ( + tableData[model.name].data[index]?.labels != null && + !Array.isArray(tableData[model.name].data[index].labels) + ) { + tableData[model.name].data[index].labels = [ + tableData[model.name].data[index].labels, + ]; + } + + return tableData[model.name].data[index]?.labels + ?.map((label) => label.id) + .includes(row['labelunitId']); + }); + + const dataKey = formatModelAssociationName(association); + + if (data[dataKey] != null) { + if (data[dataKey].length > 0) { + data[dataKey][0]['label_unit'] = tableUnitData; + } + + if (data.labels != null && !Array.isArray(data.labels)) { + data.labels = [data.labels]; + } + + data.labels = data.labels?.map((label) => { + if (label.label_unit?.labelunitId != null) { + delete label.label_unit.labelunitId; + } + + return label; + }); + } + }); + }); + + return collapsed; +}; + +/** + * Sets or deletes the model key from the children specified in {@param removeModelKeyInChildren} + * @param modelAssociations - The associations object for the current model + * @param item - The item to remove the model keys from + * @param removeModelKeyInChildren - The list of association names to process + * @param model - The model used + * @param setKey - Whether to set the model key to children or to delete them (false = delete) + */ +function updateModelChildIds( + modelAssociations, + item, + removeModelKeyInChildren, + model, + setKey, +) { + modelAssociations.forEach((association) => { + if (!association.pluralize) return; + + const key = formatModelAssociationName(association); + if (item[key] != null) { + if (!Array.isArray(item[key])) { + item[key] = [item[key]]; + } + + if (removeModelKeyInChildren.includes(key)) { + item[key].forEach((childData) => { + if (setKey) { + childData[model.primaryKeyAttributes[0]] = + item[model.primaryKeyAttributes[0]]; + } else { + delete childData[model.primaryKeyAttributes[0]]; + } + }); + } + } + }); +} + +export const updateTableWithData = async (tableData, model) => { + if (!['project', 'unit'].includes(model.name)) { + throw 'Bulk import is only supported for projects and units'; // Technically, updateTableWithData can support any model + } + const modelAssociations = model.getAssociatedModels(); + + const removeModelKeyInChildren = + model.name === 'project' + ? [ + 'projectLocations', + 'coBenefits', + 'relatedProjects', + 'projectRatings', + 'estimations', + ] + : []; + + // using a transaction ensures either everything is uploaded or everything fails + await sequelize.transaction(async () => { + const { orgUid } = await Organization.getHomeOrg(); + + await Promise.all( + Object.values(tableData).map(async (data) => { + if ( + data.data == null || + data.model == null || + !Array.isArray(data.data) + ) { + return; + } + + await Promise.all( + data.data.map(async (row) => { + const existingRecord = await data.model.findByPk( + row[data.model.primaryKeyAttributes[0]], + ); + + const exists = Boolean(existingRecord); + + // Stripping out issuanceId if its included. Need to take another look at this + if (data.model.name === 'unit') { + delete row['issuanceId']; + } + updateModelChildIds( + modelAssociations, + row, + removeModelKeyInChildren, + model, + false, + ); + + const validation = data.model.validateImport?.validate(row); + + updateModelChildIds( + modelAssociations, + row, + removeModelKeyInChildren, + model, + true, + ); + + if (exists) { + // Assert the original record is a record your allowed to modify + await assertOrgIsHomeOrg(existingRecord.orgUid); + } else { + // Assign the newly created record to this home org + row.orgUid = orgUid; + } + + // merge the new record into the old record + let stagedRecord = Array.isArray(row) ? row : [row]; + + stagedRecord = stagedRecord.map((record) => { + return Object.keys(record).reduce((syncedRecord, key) => { + syncedRecord[key] = record[key]; + return syncedRecord; + }, existingRecord?.dataValues ?? {}); + }); + + if (!validation.error) { + await Staging.upsert({ + uuid: row[model.primaryKeyAttributes[0]], + action: exists ? 'UPDATE' : 'INSERT', + table: model.stagingTableName, + data: JSON.stringify(stagedRecord), + }); + } else { + validation.error.message += ' on ' + model.name; + throw validation.error; + } + }), + ); + }), + ); + }); +}; + +const checkArrayOfArrays = (a) => { + return a.every(function (x) { + return Array.isArray(x); + }); +}; + +export const transformFullXslsToChangeList = async ( + xsls, + action, + primaryKeyNames, +) => { + try { + const models = Object.keys(primaryKeyNames); + const changeList = {}; + + await Promise.all( + models.map(async (key) => { + let sheet = xsls[key]; + if (sheet) { + const headerRow = sheet.data[0]; + const primaryKeyIndex = headerRow.findIndex((item) => { + return item === primaryKeyNames[key]; + }); + + if (!changeList[key]) { + changeList[key] = []; + } + + // filter out the header row + await Promise.all( + _.tail(sheet.data).map(async (row) => { + const rows = checkArrayOfArrays(row) ? row : [row]; + await Promise.all( + rows.map(async (r) => { + const dataLayerKey = encodeHex( + `${key}|${r[primaryKeyIndex]}`, + ); + + if (['update', 'insert'].includes(action)) { + let isUpdate = await ModelKeys[key].findByPk( + r[primaryKeyIndex], + ); + + if (isUpdate) { + const alreadyPushed = changeList[key].find( + (change) => + change.action === 'delete' && + change.key === dataLayerKey, + ); + + if (!alreadyPushed) { + changeList[key].push({ + action: 'delete', + key: dataLayerKey, + }); + } + } + changeList[key].push({ + action: 'insert', + key: dataLayerKey, + value: encodeHex( + JSON.stringify(_.zipObject(headerRow, r)), + ), + }); + } else { + changeList[key].push({ + action: action, + key: dataLayerKey, + value: encodeHex( + JSON.stringify(_.zipObject(headerRow, r)), + ), + }); + } + }), + ); + }), + ); + } + }), + ); + + return changeList; + } catch (error) { + logger.error( + 'Error transformFullXslsToChangeList: ${error.message}', + error, + ); + } +}; + +/** + * Returns a Map and the top level key name with all unique columns (props) on the items themselves and any child object they contain. + * The values are string arrays containing the column names. + * The key of the map is the name of the column (prop) as found in the parent object. The main items property are under a key named 'top level'. + * @example { id, subItem: { subId }} will return: { columns: [ 'top level': [ 'id', 'subItem' ], 'subItem': [ 'subId' ]], topLevelKey: 'top level' } + * @param items {Object[] | Object} - The items to go through and extract the columns + * @returns {{ columns: Map, topLevelKey: string }} + */ +function buildColumnMap(items) { + const result = new Map(); + const topLevelKey = 'top level'; + + if (items == null || typeof items !== 'object') { + return { + columns: result, + topLevelKey: topLevelKey, + }; + } + + if (Array.isArray(items)) { + getArrayColumns(items, topLevelKey, result); + } else { + getObjectColumns(items, topLevelKey, result); + } + + return { + columns: result, + topLevelKey: topLevelKey, + }; +} + +/** + * Populates the association map with the union of columns from all the objects having the same property name + * @param item {Object} - The item to look into + * @param propertyName {string} - The name of the property, as defined in the parent object (will be the key for the map) + * @param columnsMap {Map>} - The map to populate + */ +function getObjectColumns(item, propertyName, columnsMap) { + if (item == null || typeof item !== 'object') { + return; + } + + if (!Array.isArray(item)) { + const currentProperties = columnsMap.get(propertyName) ?? []; + + Object.entries(item).forEach(([column, value]) => { + if (Array.isArray(value)) { + getArrayColumns(value, column, columnsMap); + } else if (typeof value === 'object') { + getObjectColumns(value, column, columnsMap); + } + + if (!currentProperties.includes(column)) { + currentProperties.push(column); + } + }); + + columnsMap.set(propertyName, currentProperties); + } +} + +/** + * Iterates through the array and populates the association map with the union of columns from all the objects having the same property name + * @param items {unknown[]} - The items to look into + * @param propertyName {string} - The name of the property, as defined in the parent object (will be the key for the map) + * @param columnsMap {Map>} - The map to populate + */ +function getArrayColumns(items, propertyName, columnsMap) { + if (items == null || typeof items !== 'object' || !Array.isArray(items)) { + return; + } + + items.forEach((value) => { + if (value == null) { + return; + } + + if (Array.isArray(value)) { + getArrayColumns(value, propertyName, columnsMap); + return; + } + + if (typeof value === 'object') { + getObjectColumns(value, propertyName, columnsMap); + } + }); +} + +/** + * Builds the list of columns that should be excluded from the xls (props that have objects as values) + * @param items {Object[] | Object} - The items to go through and extract the columns + * @returns string[] - The list of columns to be excluded from xls + */ +function getExcludedColumns(items) { + if (items == null) return []; + const itemsList = Array.isArray(items) ? items : [items]; + + const excludedColumns = []; + itemsList.forEach((item) => { + Object.entries(item).forEach(([column, value]) => { + if ( + value != null && + typeof value === 'object' && + !excludedColumns.includes(column) + ) { + excludedColumns.push(column); + } + }); + }); + + return excludedColumns; +} diff --git a/src/validations/projects.validations.js b/src/validations/projects.validations.js index 362e3d0d..57acc2b2 100644 --- a/src/validations/projects.validations.js +++ b/src/validations/projects.validations.js @@ -1,86 +1,88 @@ -import Joi from 'joi'; -import { - cobenefitSchema, - locationSchema, - ratingSchema, - relatedProjectSchema, - labelSchema, - issuanceSchema, - estimationSchema, -} from '../validations'; - -import { pickListValidation } from '../utils/validation-utils'; - -export const baseSchema = { - // warehouseProjectId - derived upon creation - // orgUid - derived upon creation - projectId: Joi.string().required(), - currentRegistry: Joi.string().optional(), - originProjectId: Joi.string().required(), - registryOfOrigin: Joi.string().required(), - program: Joi.string().optional(), - projectName: Joi.string().required(), - projectLink: Joi.string().required(), - projectDeveloper: Joi.string().required(), - sector: Joi.string().required(), - projectType: Joi.string() - .custom(pickListValidation('projectType')) - .required(), - projectTags: Joi.string().optional(), - coveredByNDC: Joi.string() - .custom(pickListValidation('coveredByNDC')) - .required(), - ndcInformation: Joi.string().when('coveredByNDC', { - is: Joi.exist().valid('Inside NDC'), - then: Joi.required(), - }), - projectStatus: Joi.string() - .custom(pickListValidation('projectStatusValues', 'projectStatus')) - .required(), - projectStatusDate: Joi.date().required(), - unitMetric: Joi.string().custom(pickListValidation('unitMetric')).required(), - methodology: Joi.string().required(), - validationBody: Joi.string() - .custom(pickListValidation('validationBody')) - .optional(), - validationDate: Joi.date().optional(), - description: Joi.string().optional(), - - /* Child Tables */ - labels: Joi.array().items(labelSchema).min(1).optional(), - issuances: Joi.array().items(issuanceSchema).min(1).optional(), - coBenefits: Joi.array().items(cobenefitSchema).min(1).optional(), - relatedProjects: Joi.array().items(relatedProjectSchema).min(1).optional(), - projectLocations: Joi.array().items(locationSchema).min(1).optional(), - projectRatings: Joi.array().items(ratingSchema).min(1).optional(), - estimations: Joi.array().items(estimationSchema).min(1).optional(), - updatedAt: Joi.date().optional(), - createdAt: Joi.date().optional(), - timeStaged: Joi.date().timestamp().allow(null).optional(), -}; - -export const projectsGetQuerySchema = Joi.object() - .keys({ - page: Joi.number(), - limit: Joi.number(), - search: Joi.string(), - columns: Joi.array().items(Joi.string()).single(), - orgUid: Joi.string(), - warehouseProjectId: Joi.string(), - xls: Joi.boolean(), - }) - .with('page', 'limit') - .with('limit', 'page'); - -export const projectsPostSchema = Joi.object({ - ...baseSchema, -}); - -export const projectsUpdateSchema = Joi.object({ - warehouseProjectId: Joi.string().required(), - ...baseSchema, -}); - -export const projectsDeleteSchema = Joi.object({ - warehouseProjectId: Joi.string().required(), -}); +import Joi from 'joi'; +import { + cobenefitSchema, + locationSchema, + ratingSchema, + relatedProjectSchema, + labelSchema, + issuanceSchema, + estimationSchema, +} from '../validations'; + +import { pickListValidation } from '../utils/validation-utils'; + +export const baseSchema = { + // warehouseProjectId - derived upon creation + // orgUid - derived upon creation + projectId: Joi.alternatives().try(Joi.string(), Joi.number()).required(), + currentRegistry: Joi.string().optional(), + originProjectId: Joi.alternatives() + .try(Joi.string(), Joi.number()) + .required(), + registryOfOrigin: Joi.string().required(), + program: Joi.string().optional(), + projectName: Joi.string().required(), + projectLink: Joi.string().required(), + projectDeveloper: Joi.string().required(), + sector: Joi.string().required(), + projectType: Joi.string() + .custom(pickListValidation('projectType')) + .required(), + projectTags: Joi.string().optional(), + coveredByNDC: Joi.string() + .custom(pickListValidation('coveredByNDC')) + .required(), + ndcInformation: Joi.string().when('coveredByNDC', { + is: Joi.exist().valid('Inside NDC'), + then: Joi.required(), + }), + projectStatus: Joi.string() + .custom(pickListValidation('projectStatusValues', 'projectStatus')) + .required(), + projectStatusDate: Joi.date().required(), + unitMetric: Joi.string().custom(pickListValidation('unitMetric')).required(), + methodology: Joi.string().required(), + validationBody: Joi.string() + .custom(pickListValidation('validationBody')) + .optional(), + validationDate: Joi.date().optional(), + description: Joi.string().optional(), + + /* Child Tables */ + labels: Joi.array().items(labelSchema).min(1).optional(), + issuances: Joi.array().items(issuanceSchema).min(1).optional(), + coBenefits: Joi.array().items(cobenefitSchema).min(1).optional(), + relatedProjects: Joi.array().items(relatedProjectSchema).min(1).optional(), + projectLocations: Joi.array().items(locationSchema).min(1).optional(), + projectRatings: Joi.array().items(ratingSchema).min(1).optional(), + estimations: Joi.array().items(estimationSchema).min(1).optional(), + updatedAt: Joi.date().optional(), + createdAt: Joi.date().optional(), + timeStaged: Joi.date().timestamp().allow(null).optional(), +}; + +export const projectsGetQuerySchema = Joi.object() + .keys({ + page: Joi.number(), + limit: Joi.number(), + search: Joi.string(), + columns: Joi.array().items(Joi.string()).single(), + orgUid: Joi.string(), + warehouseProjectId: Joi.string(), + xls: Joi.boolean(), + }) + .with('page', 'limit') + .with('limit', 'page'); + +export const projectsPostSchema = Joi.object({ + ...baseSchema, +}); + +export const projectsUpdateSchema = Joi.object({ + warehouseProjectId: Joi.string().required(), + ...baseSchema, +}); + +export const projectsDeleteSchema = Joi.object({ + warehouseProjectId: Joi.string().required(), +});