@applicaster/zapp-react-native-utils/reactUtils/index.ts

Applicaster Zapp React Native utilities package

/// <reference types="@applicaster/applicaster-types" />
import * as R from "ramda";
import * as React from "react";
import { Platform } from "react-native";

import { addLifeCycleMethods, wrapInClass, isClassComponent } from "./helpers";

/**
 * Invokes the proper function to attach lifecycle methods to any React component (stateless or class)
 * @export
 * @param {Object} lifecycleMethods map where the key is the lifecycle hook, and the value is the method
 * @returns {Function}
 */
export function attachLifeCycleMethods(lifecycleMethods) {
  return R.compose(
    addLifeCycleMethods(lifecycleMethods),
    R.unless(isClassComponent, wrapInClass)
  );
}

/**
 * Clone the children and merge each of the cloned elements with otherProps.
 * @param {React.Children} children to clone
 * @param {React.Props} otherProps  to merge into each of the cloned children
 * @returns {React.Children}        cloned children with merged props
 */
export function mergeChildrenProps(children, otherProps) {
  return React.Children.map(children, (child) =>
    React.cloneElement(child, { ...child.props, ...otherProps })
  );
}

function getEnvironment(): string {
  switch (Platform.OS as QuickBrickPlatforms) {
    case "ios":
    case "android":
      return "native";

    case "web":
    case "samsung_tv":
    case "lg_tv":
      return "web";

    default:
      return "";
  }
}

export function isWeb(): boolean {
  return getEnvironment() === "web";
}

export function isTV(): boolean {
  const platformOS = Platform.OS as QuickBrickPlatforms;

  if (
    platformOS === "samsung_tv" ||
    platformOS === "lg_tv" ||
    platformOS === "web"
  ) {
    return true;
  }

  return Platform.isTV;
}

export function getPlatform(): string {
  switch (Platform.OS) {
    case "ios":
      return isTV() ? "tvos" : "ios";

    case "android":
      return isTV() ? "android_tv" : "android";

    default:
      return Platform.OS;
  }
}

type PlatformProps = Partial<
  Record<QuickBrickPlatforms | QuickBrickEnvironments | "default", unknown>
>;

export function platformSelect(properties: PlatformProps) {
  const platform = getPlatform();
  const env = getEnvironment();

  if (!R.isNil(properties?.[platform])) return properties[platform];
  if (!R.isNil(properties?.[env])) return properties[env];
  if (!R.isNil(properties?.default)) return properties.default;
}

export const isApplePlatform = () => Platform.OS === "ios";

export const isAndroidPlatform = () => Platform.OS === "android";

export const isTvOSPlatform = () => getPlatform() === "tvos";

export const isAndroidTVPlatform = () => getPlatform() === "android_tv";

/**
 * Platforms found in userAgent string, please note that simulators
 * might not have the same agents that the devices have
 */
export const PLATFORMS = {
  webos: "Web0S",
  tizen: "Tizen",
  samsung: "SMART-TV",
  mac: "Mac",
  win: "Win",
  linux: "Linux",
  iphone: "iPhone",
  android: "Android",
  mobile: "Mobile",
  vizio: "VIZIO",
  smartcast: "SmartCast",
  conjure: "Conjure",
};

/**
 * Simple way of identifying if we have access to the tizen APIs
 */
export const hasTizen = typeof window?.tizen !== "undefined";

/**
 * Simple way of identifying if we have access to the webOS APIs
 */
export const hasWebOS = typeof window?.webOS !== "undefined";

export const getUserAgent = () => window?.navigator?.userAgent;

export const isLgPlatform = () => {
  const userAgent = getUserAgent();

  if (!userAgent) {
    return false;
  }

  // Note: LG uses the number 0 in their userAgent, possibly because of Palm WebOS
  return hasWebOS || userAgent.includes(PLATFORMS.webos);
};

export const isSamsungPlatform = () => {
  const userAgent = getUserAgent();

  if (!userAgent) {
    return false;
  }

  return (
    hasTizen ||
    userAgent.includes(PLATFORMS.samsung) ||
    userAgent.includes(PLATFORMS.tizen)
  );
};

/**
 * Checks if we are on the Vizio platform by using the userAgent string
 *
 * Use this method when you need to identify the platform on runtime
 * before the VIZIO Companion Library has loaded
 */
export const isVizioPlatform = () => {
  const userAgent = getUserAgent();

  if (!userAgent) {
    return false;
  }

  const isVizioAgent =
    userAgent.includes(PLATFORMS.vizio) ||
    userAgent.includes(PLATFORMS.smartcast) ||
    userAgent.includes(PLATFORMS.conjure);

  return isVizioAgent;
};

/**
 * Checks if we are on the Vizio platform by checking for the global VIZIO object
 * and the VIZIO Companion Library. This method does not use the userAgent string,
 * because it mainly checks whether we have access to apis, which may not be available yet
 */
export const hasVizioAPIs = () => {
  const hasAPIs =
    typeof window.VIZIO !== "undefined" &&
    window?.applicaster?.vizioLibraryDidLoad;

  return hasAPIs;
};

/**
 * Checks if the Android version is at least the expected version
 * @param expectedVersion The version to compare against
 * @returns True if the current Android version is at least the expected version, false otherwise
 */
export const isAndroidVersionAtLeast = (expectedVersion: number) => {
  return parseFloat(Platform.Version.toString()) >= expectedVersion;
};