feat(util): add dict
xingyuv
parent
211cfe1798
commit
f9d5d3a50a
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/**
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* 数据字典工具类
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*/
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import { useDictStoreWithOut } from '@/store/modules/dict'
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const dictStore = useDictStoreWithOut()
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/**
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* 获取 dictType 对应的数据字典数组
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*
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* @param dictType 数据类型
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* @returns {*|Array} 数据字典数组
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*/
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export interface DictDataType {
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dictType: string
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label: string
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value: string | number | boolean
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colorType: string
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cssClass: string
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}
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export const getDictOptions = (dictType: string) => {
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return dictStore.getDictMap[dictType]
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}
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export const getIntDictOptions = (dictType: string) => {
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const dictOption: DictDataType[] = []
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const dictOptions: DictDataType[] = getDictOptions(dictType)
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dictOptions.forEach((dict: DictDataType) => {
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dictOption.push({
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...dict,
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value: parseInt(dict.value + '')
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})
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})
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return dictOption
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}
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export const getStrDictOptions = (dictType: string) => {
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const dictOption: DictDataType[] = []
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const dictOptions: DictDataType[] = getDictOptions(dictType)
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dictOptions.forEach((dict: DictDataType) => {
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dictOption.push({
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...dict,
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value: dict.value + ''
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})
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})
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return dictOption
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}
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export const getBoolDictOptions = (dictType: string) => {
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const dictOption: DictDataType[] = []
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const dictOptions: DictDataType[] = getDictOptions(dictType)
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dictOptions.forEach((dict: DictDataType) => {
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dictOption.push({
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...dict,
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value: dict.value + '' === 'true' ? true : false
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})
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})
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return dictOption
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}
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export const getDictObj = (dictType: string, value: any) => {
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const dictOptions: DictDataType[] = getDictOptions(dictType)
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dictOptions.forEach((dict: DictDataType) => {
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if (dict.value === value.toString()) {
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return dict
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}
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})
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}
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export enum DICT_TYPE {
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USER_TYPE = 'user_type',
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COMMON_STATUS = 'common_status',
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SYSTEM_TENANT_PACKAGE_ID = 'system_tenant_package_id',
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// ========== SYSTEM 模块 ==========
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SYSTEM_USER_SEX = 'system_user_sex',
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SYSTEM_MENU_TYPE = 'system_menu_type',
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SYSTEM_ROLE_TYPE = 'system_role_type',
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SYSTEM_DATA_SCOPE = 'system_data_scope',
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SYSTEM_NOTICE_TYPE = 'system_notice_type',
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SYSTEM_OPERATE_TYPE = 'system_operate_type',
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SYSTEM_LOGIN_TYPE = 'system_login_type',
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SYSTEM_LOGIN_RESULT = 'system_login_result',
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SYSTEM_SMS_CHANNEL_CODE = 'system_sms_channel_code',
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SYSTEM_SMS_TEMPLATE_TYPE = 'system_sms_template_type',
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SYSTEM_SMS_SEND_STATUS = 'system_sms_send_status',
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SYSTEM_SMS_RECEIVE_STATUS = 'system_sms_receive_status',
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SYSTEM_ERROR_CODE_TYPE = 'system_error_code_type',
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SYSTEM_OAUTH2_GRANT_TYPE = 'system_oauth2_grant_type',
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// ========== INFRA 模块 ==========
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INFRA_BOOLEAN_STRING = 'infra_boolean_string',
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INFRA_REDIS_TIMEOUT_TYPE = 'infra_redis_timeout_type',
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INFRA_JOB_STATUS = 'infra_job_status',
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INFRA_JOB_LOG_STATUS = 'infra_job_log_status',
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INFRA_API_ERROR_LOG_PROCESS_STATUS = 'infra_api_error_log_process_status',
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INFRA_CONFIG_TYPE = 'infra_config_type',
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INFRA_CODEGEN_TEMPLATE_TYPE = 'infra_codegen_template_type',
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INFRA_CODEGEN_SCENE = 'infra_codegen_scene',
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INFRA_FILE_STORAGE = 'infra_file_storage',
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// ========== BPM 模块 ==========
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BPM_MODEL_CATEGORY = 'bpm_model_category',
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BPM_MODEL_FORM_TYPE = 'bpm_model_form_type',
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BPM_TASK_ASSIGN_RULE_TYPE = 'bpm_task_assign_rule_type',
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BPM_PROCESS_INSTANCE_STATUS = 'bpm_process_instance_status',
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BPM_PROCESS_INSTANCE_RESULT = 'bpm_process_instance_result',
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BPM_TASK_ASSIGN_SCRIPT = 'bpm_task_assign_script',
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BPM_OA_LEAVE_TYPE = 'bpm_oa_leave_type',
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// ========== PAY 模块 ==========
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PAY_CHANNEL_WECHAT_VERSION = 'pay_channel_wechat_version', // 微信渠道版本
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PAY_CHANNEL_ALIPAY_SIGN_TYPE = 'pay_channel_alipay_sign_type', // 支付渠道支付宝算法类型
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PAY_CHANNEL_ALIPAY_MODE = 'pay_channel_alipay_mode', // 支付宝公钥类型
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PAY_CHANNEL_ALIPAY_SERVER_TYPE = 'pay_channel_alipay_server_type', // 支付宝网关地址
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PAY_CHANNEL_CODE_TYPE = 'pay_channel_code_type', // 支付渠道编码类型
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PAY_ORDER_NOTIFY_STATUS = 'pay_order_notify_status', // 商户支付订单回调状态
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PAY_ORDER_STATUS = 'pay_order_status', // 商户支付订单状态
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PAY_ORDER_REFUND_STATUS = 'pay_order_refund_status', // 商户支付订单退款状态
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PAY_REFUND_ORDER_STATUS = 'pay_refund_order_status', // 退款订单状态
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PAY_REFUND_ORDER_TYPE = 'pay_refund_order_type' // 退款订单类别
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}
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interface TreeHelperConfig {
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id: string
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children: string
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pid: string
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}
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const DEFAULT_CONFIG: TreeHelperConfig = {
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id: 'id',
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children: 'children',
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pid: 'pid'
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}
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export const defaultProps = {
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children: 'children',
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label: 'name',
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value: 'id'
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}
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const getConfig = (config: Partial<TreeHelperConfig>) => Object.assign({}, DEFAULT_CONFIG, config)
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// tree from list
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export const listToTree = <T = any>(list: any[], config: Partial<TreeHelperConfig> = {}): T[] => {
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const conf = getConfig(config) as TreeHelperConfig
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const nodeMap = new Map()
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const result: T[] = []
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const { id, children, pid } = conf
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for (const node of list) {
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node[children] = node[children] || []
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nodeMap.set(node[id], node)
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}
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for (const node of list) {
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const parent = nodeMap.get(node[pid])
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;(parent ? parent.children : result).push(node)
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}
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return result
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}
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export const treeToList = <T = any>(tree: any, config: Partial<TreeHelperConfig> = {}): T => {
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config = getConfig(config)
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const { children } = config
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const result: any = [...tree]
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for (let i = 0; i < result.length; i++) {
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if (!result[i][children!]) continue
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result.splice(i + 1, 0, ...result[i][children!])
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}
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return result
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}
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export const findNode = <T = any>(tree: any, func: Fn, config: Partial<TreeHelperConfig> = {}): T | null => {
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config = getConfig(config)
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const { children } = config
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const list = [...tree]
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for (const node of list) {
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if (func(node)) return node
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node[children!] && list.push(...node[children!])
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}
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return null
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}
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export const findNodeAll = <T = any>(tree: any, func: Fn, config: Partial<TreeHelperConfig> = {}): T[] => {
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config = getConfig(config)
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const { children } = config
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const list = [...tree]
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const result: T[] = []
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for (const node of list) {
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func(node) && result.push(node)
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node[children!] && list.push(...node[children!])
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}
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return result
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}
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export const findPath = <T = any>(tree: any, func: Fn, config: Partial<TreeHelperConfig> = {}): T | T[] | null => {
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config = getConfig(config)
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const path: T[] = []
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const list = [...tree]
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const visitedSet = new Set()
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const { children } = config
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while (list.length) {
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const node = list[0]
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if (visitedSet.has(node)) {
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path.pop()
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list.shift()
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} else {
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visitedSet.add(node)
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node[children!] && list.unshift(...node[children!])
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path.push(node)
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if (func(node)) {
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return path
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}
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}
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}
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return null
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}
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export const findPathAll = (tree: any, func: Fn, config: Partial<TreeHelperConfig> = {}) => {
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config = getConfig(config)
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const path: any[] = []
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const list = [...tree]
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const result: any[] = []
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const visitedSet = new Set(),
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{ children } = config
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while (list.length) {
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const node = list[0]
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if (visitedSet.has(node)) {
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path.pop()
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list.shift()
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} else {
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visitedSet.add(node)
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node[children!] && list.unshift(...node[children!])
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path.push(node)
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func(node) && result.push([...path])
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}
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}
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return result
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}
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export const filter = <T = any>(tree: T[], func: (n: T) => boolean, config: Partial<TreeHelperConfig> = {}): T[] => {
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config = getConfig(config)
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const children = config.children as string
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function listFilter(list: T[]) {
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return list
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.map((node: any) => ({ ...node }))
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.filter((node) => {
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node[children] = node[children] && listFilter(node[children])
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return func(node) || (node[children] && node[children].length)
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})
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}
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return listFilter(tree)
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}
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export const forEach = <T = any>(tree: T[], func: (n: T) => any, config: Partial<TreeHelperConfig> = {}): void => {
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config = getConfig(config)
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const list: any[] = [...tree]
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const { children } = config
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for (let i = 0; i < list.length; i++) {
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// func 返回true就终止遍历，避免大量节点场景下无意义循环，引起浏览器卡顿
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if (func(list[i])) {
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return
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}
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children && list[i][children] && list.splice(i + 1, 0, ...list[i][children])
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}
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}
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/**
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* @description: Extract tree specified structure
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*/
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export const treeMap = <T = any>(treeData: T[], opt: { children?: string; conversion: Fn }): T[] => {
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return treeData.map((item) => treeMapEach(item, opt))
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}
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/**
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* @description: Extract tree specified structure
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*/
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export const treeMapEach = (data: any, { children = 'children', conversion }: { children?: string; conversion: Fn }) => {
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const haveChildren = Array.isArray(data[children]) && data[children].length > 0
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const conversionData = conversion(data) || {}
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if (haveChildren) {
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return {
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...conversionData,
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[children]: data[children].map((i: number) =>
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treeMapEach(i, {
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children,
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conversion
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})
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)
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}
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} else {
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return {
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...conversionData
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}
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}
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}
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/**
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* 递归遍历树结构
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* @param treeDatas 树
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* @param callBack 回调
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* @param parentNode 父节点
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*/
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export const eachTree = (treeDatas: any[], callBack: Fn, parentNode = {}) => {
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treeDatas.forEach((element) => {
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const newNode = callBack(element, parentNode) || element
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if (element.children) {
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eachTree(element.children, callBack, newNode)
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}
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})
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}
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/**
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* 构造树型结构数据
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* @param {*} data 数据源
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* @param {*} id id字段 默认 'id'
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* @param {*} parentId 父节点字段 默认 'parentId'
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* @param {*} children 孩子节点字段 默认 'children'
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*/
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export const handleTree = (data: any[], id?: string, parentId?: string, children?: string) => {
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if (!Array.isArray(data)) {
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console.warn('data must be an array')
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return []
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}
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const config = {
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id: id || 'id',
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parentId: parentId || 'parentId',
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childrenList: children || 'children'
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}
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const childrenListMap = {}
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const nodeIds = {}
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const tree: any[] = []
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for (const d of data) {
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const parentId = d[config.parentId]
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if (childrenListMap[parentId] == null) {
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childrenListMap[parentId] = []
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}
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nodeIds[d[config.id]] = d
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childrenListMap[parentId].push(d)
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}
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for (const d of data) {
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const parentId = d[config.parentId]
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if (nodeIds[parentId] == null) {
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tree.push(d)
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}
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}
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for (const t of tree) {
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adaptToChildrenList(t)
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}
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function adaptToChildrenList(o) {
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if (childrenListMap[o[config.id]] !== null) {
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o[config.childrenList] = childrenListMap[o[config.id]]
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}
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if (o[config.childrenList]) {
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for (const c of o[config.childrenList]) {
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adaptToChildrenList(c)
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}
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}
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}
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return tree
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}
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/**
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* 构造树型结构数据
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* @param {*} data 数据源
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* @param {*} id id字段 默认 'id'
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* @param {*} parentId 父节点字段 默认 'parentId'
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* @param {*} children 孩子节点字段 默认 'children'
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* @param {*} rootId 根Id 默认 0
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*/
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export const handleTree2 = (data, id, parentId, children, rootId) => {
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id = id || 'id'
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parentId = parentId || 'parentId'
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children = children || 'children'
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rootId =
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rootId ||
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Math.min(
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...data.map((item) => {
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return item[parentId]
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})
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) ||
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0
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//对源数据深度克隆
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const cloneData = JSON.parse(JSON.stringify(data))
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//循环所有项
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const treeData = cloneData.filter((father) => {
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const branchArr = cloneData.filter((child) => {
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//返回每一项的子级数组
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return father[id] === child[parentId]
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})
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branchArr.length > 0 ? (father.children = branchArr) : ''
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//返回第一层
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return father[parentId] === rootId
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})
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return treeData !== '' ? treeData : data
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}
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