department-of-veterans-affairs/vets-website

import moment from 'moment-timezone';
import { Actions } from '../util/actionTypes';
import {
  getMessage,
  deleteMessageThread as deleteMessageCall,
  moveMessageThread as moveThreadCall,
  createMessage,
  createReplyToMessage,
  getMessageThreadWithFullBody,
} from '../api/SmApi';
import { addAlert } from './alerts';
import * as Constants from '../util/constants';
import { getLastSentMessage, isOlderThan } from '../util/helpers';
import { getIsPilotFromState } from '.';

export const clearThread = () => async dispatch => {
  dispatch({ type: Actions.Thread.CLEAR_THREAD });
};

/**
 * Call to mark message as read.
 * @param {Long} messageId
 * @returns
 *
 * Still need to use getMessage (single message) call to mark unread accordions
 * as read and to handle expanded messages.
 */
export const markMessageAsReadInThread = messageId => async dispatch => {
  const response = await getMessage(messageId);
  if (response.errors) {
    // TODO Add error handling
  } else {
    dispatch({
      type: Actions.Thread.GET_MESSAGE_IN_THREAD,
      response,
    });
  }
};

/**
 * Retrieves full message thread that includes full body text, attachments, drafts etc..
 * @param {Long} messageId
 * @param {Boolean} isDraft true if the message is a draft, otherwise false
 * @param {Boolean} refresh true if the refreshing a thread on a current view, to avoid clearing redux state and triggering spinning circle
 * @returns
 *
 */
export const retrieveMessageThread = messageId => async (
  dispatch,
  getState,
) => {
  const isPilot = getIsPilotFromState(getState);
  try {
    dispatch(clearThread());
    const response = await getMessageThreadWithFullBody({ messageId, isPilot });

    // finding last sent message in a thread to check if it is not too old for replies
    const lastSentDate = getLastSentMessage(response.data)?.attributes.sentDate;

    const drafts = response.data
      .filter(m => m.attributes.draftDate !== null)
      .sort(
        (a, b) =>
          moment(a.attributes.draftDate).isSameOrBefore(b.attributes.draftDate)
            ? 1
            : -1,
      );
    const messages = response.data.filter(m => m.attributes.sentDate !== null);

    const replyToName =
      response.data
        .find(m => m.attributes.triageGroupName !== m.attributes.recipientName)
        ?.attributes.senderName.trim() ||
      response.data[0].attributes.triageGroupName;

    const threadFolderId =
      response.data
        .find(m => m.attributes.triageGroupName !== m.attributes.recipientName)
        ?.attributes.folderId.toString() ||
      response.data[0].attributes.folderId;

    dispatch({
      type: Actions.Thread.GET_THREAD,
      payload: {
        replyToName,
        threadFolderId,
        cannotReply: isOlderThan(lastSentDate, 45),
        replyToMessageId: response.data[0].attributes.messageId,
        drafts: drafts.map(m => m.attributes),
        messages: messages.map(m => m.attributes),
      },
    });
  } catch (e) {
    const errorMessage =
      e.errors[0].status === '404'
        ? Constants.Alerts.Thread.THREAD_NOT_FOUND_ERROR
        : e.errors[0]?.detail;
    if (errorMessage) {
      dispatch(addAlert(Constants.ALERT_TYPE_ERROR, '', errorMessage));
    }
    throw e;
  }
};

/**
 * @param {Long} threadId
 *  * @param {Long} folderId
 * @returns
 */
export const deleteMessage = threadId => async dispatch => {
  try {
    await deleteMessageCall(threadId);
    dispatch({ type: Actions.Message.DELETE_SUCCESS });
  } catch (e) {
    // const error = e.errors[0].detail;
    dispatch(
      addAlert(
        Constants.ALERT_TYPE_ERROR,
        '',
        Constants.Alerts.Message.DELETE_MESSAGE_ERROR,
      ),
    );
    throw e;
  }
};

/**
 * @param {Long} threadId
 * @param {Long} folderId
 * @returns
 */
export const moveMessageThread = (threadId, folderId) => async dispatch => {
  dispatch({ type: Actions.Message.MOVE_REQUEST });
  try {
    await moveThreadCall(threadId, folderId);
  } catch (e) {
    dispatch({ type: Actions.Message.MOVE_FAILED });
    dispatch(
      addAlert(
        Constants.ALERT_TYPE_ERROR,
        '',
        Constants.Alerts.Message.MOVE_MESSAGE_THREAD_ERROR,
      ),
    );
    throw e;
  }
};

export const sendMessage = (message, attachments) => async dispatch => {
  try {
    await createMessage(message, attachments);
    dispatch(
      addAlert(
        Constants.ALERT_TYPE_SUCCESS,
        '',
        Constants.Alerts.Message.SEND_MESSAGE_SUCCESS,
      ),
    );
  } catch (e) {
    if (
      e.errors &&
      (e.errors[0].code === Constants.Errors.Code.BLOCKED_USER ||
        e.errors[0].code === Constants.Errors.Code.BLOCKED_USER2)
    ) {
      dispatch(
        addAlert(
          Constants.ALERT_TYPE_ERROR,
          '',
          Constants.Alerts.Message.BLOCKED_MESSAGE_ERROR,
        ),
      );
    } else
      dispatch(
        addAlert(
          Constants.ALERT_TYPE_ERROR,
          '',
          Constants.Alerts.Message.SEND_MESSAGE_ERROR,
        ),
      );
    throw e;
  }
};

/** when sending a reply with an existing draft message, same draft message id is passed as a param query and in the body of the request
 * @param {Long} replyToId - the id of the message being replied to. If replying with a saved draft, this is the id of the draft message
 * @param {Object} message - contains "body" field. Add "draft_id" field if replying with a saved draft and pass messageId of the same draft message
 */

export const sendReply = (
  replyToId,
  message,
  attachments,
) => async dispatch => {
  try {
    await createReplyToMessage(replyToId, message, attachments);
    dispatch(
      addAlert(
        Constants.ALERT_TYPE_SUCCESS,
        '',
        Constants.Alerts.Message.SEND_MESSAGE_SUCCESS,
      ),
    );
  } catch (e) {
    if (
      e.errors &&
      (e.errors[0].code === Constants.Errors.Code.BLOCKED_USER ||
        e.errors[0].code === Constants.Errors.Code.BLOCKED_USER2)
    ) {
      dispatch(
        addAlert(
          Constants.ALERT_TYPE_ERROR,
          '',
          Constants.Alerts.Message.BLOCKED_MESSAGE_ERROR,
        ),
      );
    } else if (
      e.errors &&
      e.errors[0].code === Constants.Errors.Code.TG_NOT_ASSOCIATED
    ) {
      dispatch(addAlert(Constants.ALERT_TYPE_ERROR, '', e.errors[0].detail));
    } else {
      dispatch(
        addAlert(
          Constants.ALERT_TYPE_ERROR,
          '',
          Constants.Alerts.Message.SEND_MESSAGE_ERROR,
        ),
      );
    }
    throw e;
  }
};