import {
   debounce,
   map,
} from 'lodash';
import {
   observable,
   toJS,
} from 'mobx';

import type {
   ArgsAuthInput,
   ArgsChannelCloseInput,
   ArgsChannelDeleteMessageInput,
   ArgsChannelInfoInput,
   ArgsChannelListInput,
   ArgsChannelMarkReadInput,
   ArgsChannelMessagesInput,
   ArgsChannelReactionInput,
   ArgsChannelSendMessageInput,
   ArgsClosedChannelListInput,
   ArgsJoinChannelInput,
   ArgsJoinChannelListInput,
   ArgsMFastAnswersInput,
   ArgsPinnedMessageInput,
   ChannelListDHType,
   ChannelMessageDHType,
   ClosedChannelListDHType,
   FileAudioFileType,
   FileDocumentFileType,
   JoinChannelListDHType,
   ProfileInfoAPType,
   RpcResponse,
   ShmChannelMessageType,
   ShmChannelType,
   ShmFastAnswerType,
} from './types';

/**
 * Параметр `extensions` в RPC-запросе (`rpcClient.call`, тело: `method`, `params`, `extensions`, …)
 * — это массив имён **связанных коллекций**, которые серверу нужно **догрузить** к основному ответу
 * метода, не включая эти сущности в `result` целиком.
 *
 * **Зачем:** в схеме (см. `BaseType::extensionsStructure`) у полей-ссылок (`ID` / `IDs`) есть
 * соответствующий документ в MongoDB. Без `extensions` в `result` остаются только идентификаторы;
 * с `extensions` сервер (`ExtensionsResolver` в schema) по этим id выбирает документы из кэша/БД
 * и возвращает их **отдельно** в поле `extensions` ответа: объект «имя коллекции → массив документов».
 * Так клиент выбирает, какой граф данных подтягивать, и не платит за лишние join’ы.
 *
 * **Синтаксис строк:** `коллекция` — подгрузить на первом уровне от корневого результата;
 * `a->b` и `a->b->c` — те же коллекции, но для **вложенных** уровней: сначала грузятся `a`, затем
 * по id из полученных документов — `b`, затем `c` (см. `oneSubLevelExtensions` / `twoSubLevelExtensions`
 * в `ExtensionsResolver`). Разрешённые значения для каждого метода задаются кодогеном из схемы.
 *
 * Перед `undefined` у конкретного вызова используется `rpcClient.setDefaultExtensions` (если задано).
 * Пустой массив — дополнительные коллекции не запрашивать.
 * 
 * Далее в коде можно получить данные по примеру ExtensionStore.citiesByID(X) или ExtensionStore.citiesByIDs([X, Y, Z]) и т.д.
 */
export const rpc = {
   auth: (params: ArgsAuthInput) => {
      return rpcClient.call<ArgsAuthInput, string | null, null>(
         'auth', params, []
      );
   },
   authEnabled: () => {
      return rpcClient.call<{}, boolean | null, null>(
         'authEnabled', {}, []
      );
   },
   channelClose: (params: ArgsChannelCloseInput) => {
      return rpcClient.call<ArgsChannelCloseInput, boolean | null, null>(
         'channelClose', params, []
      );
   },
   channelDeleteMessage: (params: ArgsChannelDeleteMessageInput) => {
      return rpcClient.call<ArgsChannelDeleteMessageInput, boolean | null, null>(
         'channelDeleteMessage', params, []
      );
   },
   channelDocumentUpload: (formData: FormData) => {
      return rpcClient.callFormData<FileDocumentFileType | null>(
         'channelDocumentUpload', formData
      );
   },
   channelInfo: (params: ArgsChannelInfoInput, extensions?: Array<"shmChannelMessages" | "shmChannelMessages->shmChannels" | "shmChannelMessages->shmChannelMessages" | "shmChannelMessages->shmChannels->shmChannelMessages" | "shmChannelMessages->shmChannelMessages->shmChannels" | "shmChannelMessages->shmChannelMessages->shmChannelMessages">) => {
      return rpcClient.call<ArgsChannelInfoInput, ShmChannelType | null, { shmChannelMessages?: ShmChannelMessageType[] | null, shmChannels?: ShmChannelType[] | null }>(
         'channelInfo', params, extensions
      );
   },
   channelList: (params: ArgsChannelListInput, extensions?: Array<"shmChannelMessages" | "shmChannelMessages->shmChannels" | "shmChannelMessages->shmChannelMessages" | "shmChannelMessages->shmChannels->shmChannelMessages" | "shmChannelMessages->shmChannelMessages->shmChannels" | "shmChannelMessages->shmChannelMessages->shmChannelMessages">) => {
      return rpcClient.call<ArgsChannelListInput, ChannelListDHType | null, { shmChannelMessages?: ShmChannelMessageType[] | null, shmChannels?: ShmChannelType[] | null }>(
         'channelList', params, extensions
      );
   },
   channelMarkRead: (params: ArgsChannelMarkReadInput) => {
      return rpcClient.call<ArgsChannelMarkReadInput, boolean | null, null>(
         'channelMarkRead', params, []
      );
   },
   channelMessages: (params: ArgsChannelMessagesInput, extensions?: Array<"shmChannels" | "shmChannelMessages" | "shmChannels->shmChannelMessages" | "shmChannels->shmChannelMessages->shmChannels" | "shmChannels->shmChannelMessages->shmChannelMessages" | "shmChannelMessages->shmChannels" | "shmChannelMessages->shmChannelMessages" | "shmChannelMessages->shmChannels->shmChannelMessages" | "shmChannelMessages->shmChannelMessages->shmChannels" | "shmChannelMessages->shmChannelMessages->shmChannelMessages">) => {
      return rpcClient.call<ArgsChannelMessagesInput, ChannelMessageDHType | null, { shmChannels?: ShmChannelType[] | null, shmChannelMessages?: ShmChannelMessageType[] | null }>(
         'channelMessages', params, extensions
      );
   },
   channelReaction: (params: ArgsChannelReactionInput) => {
      return rpcClient.call<ArgsChannelReactionInput, boolean | null, null>(
         'channelReaction', params, []
      );
   },
   channelSendMessage: (params: ArgsChannelSendMessageInput, extensions?: Array<"shmChannels" | "shmChannelMessages" | "shmChannels->shmChannelMessages" | "shmChannels->shmChannelMessages->shmChannels" | "shmChannels->shmChannelMessages->shmChannelMessages" | "shmChannelMessages->shmChannels" | "shmChannelMessages->shmChannelMessages" | "shmChannelMessages->shmChannels->shmChannelMessages" | "shmChannelMessages->shmChannelMessages->shmChannels" | "shmChannelMessages->shmChannelMessages->shmChannelMessages">) => {
      return rpcClient.call<ArgsChannelSendMessageInput, ShmChannelMessageType | null, { shmChannels?: ShmChannelType[] | null, shmChannelMessages?: ShmChannelMessageType[] | null }>(
         'channelSendMessage', params, extensions
      );
   },
   channelVoiceUpload: (formData: FormData) => {
      return rpcClient.callFormData<FileAudioFileType | null>(
         'channelVoiceUpload', formData
      );
   },
   closedChannelList: (params: ArgsClosedChannelListInput, extensions?: Array<"shmChannelMessages" | "shmChannelMessages->shmChannels" | "shmChannelMessages->shmChannelMessages" | "shmChannelMessages->shmChannels->shmChannelMessages" | "shmChannelMessages->shmChannelMessages->shmChannels" | "shmChannelMessages->shmChannelMessages->shmChannelMessages">) => {
      return rpcClient.call<ArgsClosedChannelListInput, ClosedChannelListDHType | null, { shmChannelMessages?: ShmChannelMessageType[] | null, shmChannels?: ShmChannelType[] | null }>(
         'closedChannelList', params, extensions
      );
   },
   fastAnswers: () => {
      return rpcClient.call<{}, ShmFastAnswerType[] | null, null>(
         'fastAnswers', {}, []
      );
   },
   joinChannel: (params: ArgsJoinChannelInput) => {
      return rpcClient.call<ArgsJoinChannelInput, boolean | null, null>(
         'joinChannel', params, []
      );
   },
   joinChannelList: (params: ArgsJoinChannelListInput, extensions?: Array<"shmChannelMessages" | "shmChannelMessages->shmChannels" | "shmChannelMessages->shmChannelMessages" | "shmChannelMessages->shmChannels->shmChannelMessages" | "shmChannelMessages->shmChannelMessages->shmChannels" | "shmChannelMessages->shmChannelMessages->shmChannelMessages">) => {
      return rpcClient.call<ArgsJoinChannelListInput, JoinChannelListDHType | null, { shmChannelMessages?: ShmChannelMessageType[] | null, shmChannels?: ShmChannelType[] | null }>(
         'joinChannelList', params, extensions
      );
   },
   mFastAnswers: (params: ArgsMFastAnswersInput) => {
      return rpcClient.call<ArgsMFastAnswersInput, boolean | null, null>(
         'mFastAnswers', params, []
      );
   },
   pinnedMessage: (params: ArgsPinnedMessageInput) => {
      return rpcClient.call<ArgsPinnedMessageInput, boolean | null, null>(
         'pinnedMessage', params, []
      );
   },
   profileInfo: () => {
      return rpcClient.call<{}, ProfileInfoAPType | null, null>(
         'profileInfo', {}, []
      );
   },
};
export const auth = rpc.auth;
export const authEnabled = rpc.authEnabled;
export const profileInfo = rpc.profileInfo;
export const channelInfo = rpc.channelInfo;
export const joinChannel = rpc.joinChannel;
export const joinChannelList = rpc.joinChannelList;
export const closedChannelList = rpc.closedChannelList;
export const fastAnswers = rpc.fastAnswers;
export const mFastAnswers = rpc.mFastAnswers;
export const channelList = rpc.channelList;
export const channelSendMessage = rpc.channelSendMessage;
export const channelClose = rpc.channelClose;
export const channelMarkRead = rpc.channelMarkRead;
export const channelMessages = rpc.channelMessages;
export const pinnedMessage = rpc.pinnedMessage;
export const channelReaction = rpc.channelReaction;
export const channelDeleteMessage = rpc.channelDeleteMessage;
export const channelDocumentUpload = rpc.channelDocumentUpload;
export const channelVoiceUpload = rpc.channelVoiceUpload;

const uuidv4 = (): string => {
   return 'xxxxxxxx-xxxx-4xxx-yxxx-xxxxxxxxxxxx'.replace(/[xy]/g, c => {
      const r = crypto.getRandomValues(new Uint8Array(1))[0] & 15;
      const v = c === 'x' ? r : (r & 0x3) | 0x8;
      return v.toString(16);
   });
}

const xorEncrypt = (text: string, key: string) => {
   const textBytes = new TextEncoder().encode(text);
   const keyBytes = new TextEncoder().encode(key);

   const result = new Uint8Array(textBytes.length);
   for (let i = 0; i < textBytes.length; i++) {
      result[i] = textBytes[i] ^ keyBytes[i % keyBytes.length];
   }


   return btoa(String.fromCharCode(...Array.from(result)));
}

const xorDecrypt = (encodedText: string, key: string) => {
   const binaryString = atob(encodedText);
   const textBytes = new Uint8Array(binaryString.length);
   for (let i = 0; i < binaryString.length; i++) {
      textBytes[i] = binaryString.charCodeAt(i);
   }

   const keyBytes = new TextEncoder().encode(key);
   const result = new Uint8Array(textBytes.length);

   for (let i = 0; i < textBytes.length; i++) {
      result[i] = textBytes[i] ^ keyBytes[i % keyBytes.length];
   }

   return new TextDecoder().decode(result);
}


export class rpcClient {
   private static domains: string[] = [];
   private static endpoint: string = '';
   private static readonly ENDPOINT_INDEX_KEY = 'rpcClient_endpointIndex';
   private static currentDomainIndex: number = 0;
   private static initialized: boolean = false;
   private static headers: Record<string, string> = {};
   private static tokenGetter: (() => string | null) | null = null;
   private static tokenGetterAsync: (() => Promise<string | null>) | null = null;
   private static unauthorizedHandler: (() => void) | null = null;
   private static networkErrorHandler: (() => void) | null = null;
   private static toastHandler: ((message: string) => void) | null = null;

   public static getRedirectURL(to: string): string {

      let path = '/redirect?to=' + encodeURIComponent(to);

      let url = this.getCurrentEndpointDomain() + path;

      return url;

   }

   private static defaultExtensions: DefaultExtensionsType = [];

   public static setDefaultExtensions(extensions: DefaultExtensionsType): void {
      this.defaultExtensions = extensions;
   }

   private static abortControllerTimeout: number = 30000;

   public static setAbortControllerTimeout(timeout: number): void {
      this.abortControllerTimeout = timeout;
   }

   private static useEncrypt: boolean = false;

   public static setUseEncrypt(useEncrypt: boolean): void {
      this.useEncrypt = useEncrypt;
   }

   public static setNetworkErrorHandler(handler: () => void): void {
      this.networkErrorHandler = handler;
   }

   public static async init(): Promise<void> {
      if (this.initialized) return;
      try {
         const savedIndex = localStorage.getItem(this.ENDPOINT_INDEX_KEY);
         if (savedIndex !== null) {
            const index = parseInt(savedIndex, 10);
            if (!isNaN(index) && index >= 0 && index < this.domains.length) {
               this.currentDomainIndex = index;
            }
         }
      } catch (error) {
         console.log('⚠️ Ошибка при загрузке индекса endpoint:', error);
      }
      this.initialized = true;
   }

   private static async saveEndpointIndex(): Promise<void> {
      try {
         localStorage.setItem(this.ENDPOINT_INDEX_KEY, this.currentDomainIndex.toString());
      } catch (error) {
         console.log('⚠️ Ошибка при сохранении индекса endpoint:', error);
      }
   }

   private static switchToNextDomain(): void {
      if (this.domains.length <= 1) return;
      this.currentDomainIndex = (this.currentDomainIndex + 1) % this.domains.length;
      this.saveEndpointIndex();
   }

   private static isConfigReady(): boolean {
      return this.domains.length > 0 && this.endpoint.length > 0;
   }

   private static async waitForConfig(): Promise<void> {
      if (!this.isConfigReady()) {
         // Ждем 1 секунду и проверяем еще раз
         await new Promise<void>((resolve) => setTimeout(resolve, 1000));

         if (!this.isConfigReady()) {
            throw new Error('Domains and endpoint are not set');
         }
      }

      await this.init();
   }

   private static joinUrl(domain: string, endpoint: string): string {
      const base = domain.replace(/\/+$/, '');
      const path = endpoint.replace(/^\/+/, '');
      if (!path) return base;
      return `${base}/${path}`;
   }

   private static getCurrentEndpoint(): string {
      if (!this.isConfigReady()) throw new Error('Domains and endpoint are not set');
      return this.joinUrl(this.domains[this.currentDomainIndex], this.endpoint);
   }

   public static getCurrentEndpointDomain(): string {
      return this.domains[this.currentDomainIndex];
   }

   private static isNetworkError(error: any): boolean {
      return (
         error.name === 'AbortError' ||
         error.name === 'TimeoutError' ||
         error.name === 'TypeError' ||
         error.message?.includes('Network request failed') ||
         error.message?.includes('Failed to fetch') ||
         error.message?.includes('NetworkError')
      );
   }

   public static setToken(getter: () => string | null): void {
      this.tokenGetter = getter;
   }

   public static setTokenAsync(getter: () => Promise<string | null>): void {
      this.tokenGetterAsync = getter;
   }

   public static setUnauthorizedHandler(handler: () => void): void {
      this.unauthorizedHandler = handler;
   }

   public static setToast(handler: (message: string) => void): void {
      this.toastHandler = handler;
   }

   public static setDomains(domains: string[]): void {
      this.domains = domains;
      this.currentDomainIndex = 0;
      this.initialized = false;
   }

   public static setEndpoint(endpoint: string): void {
      this.endpoint = endpoint;
      this.initialized = false;
   }

   public static getToken(): string | null {
      if (this.tokenGetter) return this.tokenGetter();
      return null;
   }

   public static async getTokenAsync(): Promise<string | null> {
      // Приоритет у синхронной функции
      if (this.tokenGetter) {
         return this.tokenGetter();
      }
      // Если синхронной нет, используем асинхронную
      if (this.tokenGetterAsync) {
         return await this.tokenGetterAsync();
      }
      return null;
   }

   public static setHeaders(headers: Record<string, string>): void {
      this.headers = { ...this.headers, ...headers };
   }

   private static handleError(error: any): void {
      if (error?.type === 'UNAUTHORIZED' || error?.type === 'UNAUTHENTICATED') {
         if (this.unauthorizedHandler) {
            this.unauthorizedHandler();
         }
      } else if (error?.message) {
         if (this.toastHandler) {
            this.toastHandler(error.message);
         }
      }
   }

   public static async callFormData<R>(method: string, formData: FormData): Promise<R> {
      await this.waitForConfig();
      const endpoint = this.getCurrentEndpoint();

      formData.append('method', method);

      let _token = await this.getTokenAsync();
      if (_token) {
         formData.append('token', _token);
      }

      formData.append('timezone', Intl.DateTimeFormat().resolvedOptions().timeZone);

      const context = this.useEncrypt ? uuidv4() : undefined;

      if (this.useEncrypt && context) {
         formData.append('context', context);
      }


      const headers = { ...this.headers };
      delete headers['Content-Type'];

      const controller = new AbortController();
      const timeoutId = setTimeout(() => {
         controller.abort();
      }, this.abortControllerTimeout);

      return fetch(endpoint, { method: 'POST', headers, body: formData, signal: controller.signal })
         .then(res => res.json())
         .then((json: RpcResponse<R>) => {
            clearTimeout(timeoutId);

            if (this.useEncrypt && context) {

               if (json.result) {
                  json.result = JSON.parse(xorDecrypt(json.result as string, context));
               }
               if (json.extensions) {
                  json.extensions = JSON.parse(xorDecrypt(json.extensions as string, context));
               }
            }


            if (json?.error) {
               this.handleError(json.error);
               throw json.error;
            }
            this.saveEndpointIndex();
            return json.result as R;
         })
         .catch(err => {
            clearTimeout(timeoutId);
            if (this.isNetworkError(err)) {

               if (this.networkErrorHandler) {
                  this.networkErrorHandler();
               }

               this.switchToNextDomain();
            }
            throw err;
         });
   }

   public static async call<P, R, E>(method: string, params?: P, extensions?: Array<string>): Promise<RpcResponse<R, E>> {
      await this.waitForConfig();
      const endpoint = this.getCurrentEndpoint();


      const context = this.useEncrypt ? uuidv4() : undefined;


      let _extensions = extensions != undefined ? extensions : this.defaultExtensions;


      const token = await this.getTokenAsync();
      const body = {
         method, extensions: _extensions, context: context, token: token,
         params: params ? context ? xorEncrypt(JSON.stringify(params ?? {}), context) : params : undefined,
         id: Date.now().toString()
      };

      console.log('🚀🚀🚀 method: ', method, ' RPC Endpoint: ', endpoint);
      console.log('🚀🚀🚀 method: ', method, ' RPC Body: ', JSON.stringify(body));


      const controller = new AbortController();
      const timeoutId = setTimeout(() => {
         controller.abort();
      }, this.abortControllerTimeout);

      return fetch(endpoint, {
         method: 'POST', headers: {
            'Content-Type': 'application/json',
            'timezone': Intl.DateTimeFormat().resolvedOptions().timeZone,
            ...this.headers
         }, body: JSON.stringify(body),
         signal: controller.signal
      })
         .then(res => res.json())
         .then((json: RpcResponse<R>) => {
            clearTimeout(timeoutId);

            if (this.useEncrypt && context) {

               if (json.result) {
                  json.result = JSON.parse(xorDecrypt(json.result as string, context));
               }
               if (json.extensions) {
                  json.extensions = JSON.parse(xorDecrypt(json.extensions as string, context));
               }
            }

            console.log('🍪🍪🍪 method: ', method, ' RPC Response: ', JSON.stringify(json));
            if (json?.error) {
               this.handleError(json.error);
               throw json.error;
            }
            this.saveEndpointIndex();

            if (json?.extensions) {
               ExtensionsStore.addToStore(json.extensions);
            }

            return json as RpcResponse<R, E>;
         })
         .catch(err => {
            clearTimeout(timeoutId);
            if (this.isNetworkError(err)) {
               if (this.networkErrorHandler) {
                  this.networkErrorHandler();
               }
               this.switchToNextDomain();
            }
            console.log('🛑🛑🛑 RPC Error: ', JSON.stringify(body));
            throw err;
         });
   }
}




type DefaultExtensionsType = ("shmChannelMessages" | "shmChannels")[];

type ExtensionsStoreType = { shmChannelMessages: { [key: string]: ShmChannelMessageType }, shmChannels: { [key: string]: ShmChannelType } };

type ExtensionsStoreInputType = { shmChannelMessages?: ShmChannelMessageType[], shmChannels?: ShmChannelType[] };

export class ExtensionsStore {

   private static storage: { save: (key: string, value: string) => Promise<void>; get: (key: string) => Promise<string | null> } | null = null;


   /* 
   
   //Убрал так как объем данных может быть большим и не хватает памяти,
   //Нужно пересмотреть способ кеширования
   public static setStorage(storage: { save: (key: string, value: string) => Promise<void>; get: (key: string) => Promise<string | null> }): void {
       this.storage = storage;
    }*/

   public static async loadFromStorage(): Promise<void> {
      if (this.storage) {
         const extensionsStore = await this.storage.get("extensionsStore");
         if (extensionsStore) {
            try {
               let _extensionsStore: ExtensionsStoreType = JSON.parse(extensionsStore);

               map(_extensionsStore, (value: any, key: keyof ExtensionsStoreType) => {
                  if (value) {

                     if (this.store?.[key]) {
                        //@ts-ignore
                        this.store[key] = {
                           //@ts-ignore
                           ...this.store[key],
                           ...value
                        };

                     } else {
                        //@ts-ignore
                        this.store[key] = value;
                     }

                  }
               });

            } catch (error) {
               console.error("⚠️ Ошибка при загрузке extensionsStore из storage:", error);
            }

         }
      }
   }

   private static saveToStorage = debounce(() => {

      if (this.storage) {


         this.storage.save("extensionsStore", JSON.stringify(toJS(this.store)));


      }


   }, 1000);


   private static store: ExtensionsStoreType = observable({ shmChannelMessages: {}, shmChannels: {} });



   public static addToStore(value: ExtensionsStoreInputType) {

      if (value?.shmChannelMessages && value?.shmChannelMessages.length > 0) {

         for (const item of value?.shmChannelMessages) {
            if (item?._id) {
               this.store.shmChannelMessages[item._id] = item;
            }
         }

      }
      if (value?.shmChannels && value?.shmChannels.length > 0) {

         for (const item of value?.shmChannels) {
            if (item?._id) {
               this.store.shmChannels[item._id] = item;
            }
         }

      }


      this.saveToStorage();
   }

   public static shmChannelMessages(): ShmChannelMessageType[] {
      return Object.values(this.store.shmChannelMessages);
   }
   public static shmChannels(): ShmChannelType[] {
      return Object.values(this.store.shmChannels);
   }

   public static shmChannelMessagesByID(id?: string | null): ShmChannelMessageType | null {


      if (!id) {
         return null;
      }

      if (this.store.shmChannelMessages?.[id]) {
         return this.store.shmChannelMessages[id];
      } else {
         console.info("📕 Extension shmChannelMessages not found by ID: " + id);
      }

      return null;
   }
   public static shmChannelsByID(id?: string | null): ShmChannelType | null {


      if (!id) {
         return null;
      }

      if (this.store.shmChannels?.[id]) {
         return this.store.shmChannels[id];
      } else {
         console.info("📕 Extension shmChannels not found by ID: " + id);
      }

      return null;
   }


   public static shmChannelMessagesByIDs(_ids: (string | undefined | null)[] | null | undefined): ShmChannelMessageType[] {

      if (!_ids) {
         return [];
      }

      let ids = _ids.filter(id => id !== undefined && id !== null) as string[];

      const result = [];
      for (const id of ids) {
         if (this.store.shmChannelMessages[id]) {
            result.push(this.store.shmChannelMessages[id]);
         }
      }

      if (result.length === 0) {
         console.info("📕 Extensions shmChannelMessages not found by IDs: " + ids.join(", "));
      }

      return result;

   }
   public static shmChannelsByIDs(_ids: (string | undefined | null)[] | null | undefined): ShmChannelType[] {

      if (!_ids) {
         return [];
      }

      let ids = _ids.filter(id => id !== undefined && id !== null) as string[];

      const result = [];
      for (const id of ids) {
         if (this.store.shmChannels[id]) {
            result.push(this.store.shmChannels[id]);
         }
      }

      if (result.length === 0) {
         console.info("📕 Extensions shmChannels not found by IDs: " + ids.join(", "));
      }

      return result;

   }

}
export const enumHelper = {
   "shmChannelMessages": {
      "type": {
         "heart": "Сердце",
         "like": "Нравится",
         "laugh": "Смех",
         "wow": "Удивление",
         "sad": "Грусть",
         "angry": "Злость",
         "clap": "Аплодисменты",
         "party": "Праздник",
         "poop": "Какахa",
         "fire": "Огонь"
      },
      "style": {
         "default": "По умолчанию",
         "primary": "Основная",
         "danger": "Опасная"
      }
   },
   "global": {
      "channelReaction_reaction": {
         "heart": "Сердце",
         "like": "Нравится",
         "laugh": "Смех",
         "wow": "Удивление",
         "sad": "Грусть",
         "angry": "Злость",
         "clap": "Аплодисменты",
         "party": "Праздник",
         "poop": "Какахa",
         "fire": "Огонь"
      }
   }
}
export const enumHelperGet = {
   "shmChannelMessages": {
      "type": (key: string | undefined | null, defaultValue?: any) => { return enumHelperValue(enumHelper.shmChannelMessages["type"], key, defaultValue); },
      "style": (key: string | undefined | null, defaultValue?: any) => { return enumHelperValue(enumHelper.shmChannelMessages["style"], key, defaultValue); },
   },
   "global": {
      "channelReaction_reaction": (key: string | undefined | null, defaultValue?: any) => { return enumHelperValue(enumHelper.global["channelReaction_reaction"], key, defaultValue); },
   },
};
export const enumHelperValue = (
   values: { [key: string]: string },
   key: string | undefined | null,
   defaultValue: any
) => {
   if (!key) return defaultValue;
   return values[key!] ?? defaultValue;
}