当前位置: 首页 > 软件库 > 手机/移动开发 > >

node-gcm

授权协议 View license
开发语言 Java
所属分类 手机/移动开发
软件类型 开源软件
地区 不详
投 递 者 颜华池
操作系统 跨平台
开源组织
适用人群 未知
 软件概览

node-gcm

The goal of this project is providing the best and most easily used interface for Firebase Cloud Messaging. (The name gcm comes from the older name for the service, Google Cloud Messaging.)

By April 11, 2019 users must have migrated from GCM to FCM.If you are using this library, we've already got you covered on the server side (since version 0.14.1) --- just update to the most recent version and you are good.

We appreciate all the help we can get!If you want to help out, check out the Guidelines for Contributing section.

If you are developing an open-source project with a broader scope (like a full Firebase suite), we would love for you to use node-gcm internally.

See the official FCM documentation for more information.

We are currently working on version 2.0.0 of the project, and it is available in an early alpha version.Follow PR #238 to see current status.

Installation

$ npm install node-gcm --save

Note: This package requires Node v4.0 and newer.

Requirements

This library provides the server-side implementation of FCM.You need to generate an API Key (Click the gear next to FCM project name) > Project Settings > Cloud Messaging -> Server Key).

FCM notifications can be sent to both Android and iOS.If you are new to FCM you should probably look into the documentation.

Example application

According to below Usage reference, we could create such application:

var gcm = require('node-gcm');

// Set up the sender with your GCM/FCM API key (declare this once for multiple messages)
var sender = new gcm.Sender('YOUR_API_KEY_HERE');

// Prepare a message to be sent
var message = new gcm.Message({
    data: { key1: 'msg1' }
});

// Specify which registration IDs to deliver the message to
var regTokens = ['YOUR_REG_TOKEN_HERE'];

// Actually send the message
sender.send(message, { registrationTokens: regTokens }, function (err, response) {
	if (err) console.error(err);
	else console.log(response);
});

Usage

var gcm = require('node-gcm');

// Create a message
// ... with default values
var message = new gcm.Message();

// ... or some given values
var message = new gcm.Message({
	collapseKey: 'demo',
	priority: 'high',
	contentAvailable: true,
	delayWhileIdle: true,
	timeToLive: 3,
	restrictedPackageName: "somePackageName",
	dryRun: true,
	data: {
		key1: 'message1',
		key2: 'message2'
	},
	notification: {
		title: "Hello, World",
		icon: "ic_launcher",
		body: "This is a notification that will be displayed if your app is in the background."
	}
});

// Change the message data
// ... as key-value
message.addData('key1','message1');
message.addData('key2','message2');

// ... or as a data object (overwrites previous data object)
message.addData({
	key1: 'message1',
	key2: 'message2'
});

// Set up the sender with you API key
var sender = new gcm.Sender('insert Google Server API Key here');

// Add the registration tokens of the devices you want to send to
var registrationTokens = [];
registrationTokens.push('regToken1');
registrationTokens.push('regToken2');

// Send the message
// ... trying only once
sender.sendNoRetry(message, { registrationTokens: registrationTokens }, function(err, response) {
  if(err) console.error(err);
  else    console.log(response);
});

// ... or retrying
sender.send(message, { registrationTokens: registrationTokens }, function (err, response) {
  if(err) console.error(err);
  else    console.log(response);
});

// ... or retrying a specific number of times (10)
sender.send(message, { registrationTokens: registrationTokens }, 10, function (err, response) {
  if(err) console.error(err);
  else    console.log(response);
});

// Q: I need to remove all "bad" token from my database, how do I do that?
//    The results-array does not contain any tokens!
// A: The array of tokens used for sending will match the array of results, so you can cross-check them.
sender.send(message, { registrationTokens: registrationTokens }, function (err, response) {
  var failed_tokens = registrationTokens.filter((token, i) => response[i].error != null);
  console.log('These tokens are no longer ok:', failed_tokens);
});

Recipients

You can send push notifications to various recipient types by providing one of the following recipient keys:

Key Type Description
to String A single registration token, notification key, or topic.
topic String A single publish/subscribe topic.
condition String Multiple topics using the condition parameter.
notificationKey String Deprecated. A key that groups multiple registration tokens linked to the same user.
registrationIds String[] Deprecated. Use registrationTokens instead.
registrationTokens String[] A list of registration tokens. Must contain at least 1 and at most 1000 registration tokens.

If you provide an incorrect recipient key or object type, an Error object will be returned to your callback.

Notice that you can at most send notifications to 1000 registration tokens at a time.This is due to a restriction on the side of the FCM API.

Additional message options

Parameter Usage Description
collapseKey Optional, string This parameter identifies a group of messages that can be collapsed, so that only the last message gets sent when delivery can be resumed.
priority Optional, string Sets the priority of the message. Valid values are "normal" and "high."
contentAvailable Optional, JSON boolean On iOS, when a notification or message is sent and this is set to true, an inactive client app is awoken.
mutableContent Optional, JSON boolean On iOS, Currently for iOS 10+ devices only. On iOS, use this field to represent mutable-content in the APNs payload. When a notification is sent and this is set to true, the content of the notification can be modified before it is displayed, using a Notification Service app extension.
timeToLive Optional, JSON number This parameter specifies how long (in seconds) the message should be kept in FCM storage if the device is offline. The maximum time to live supported is 4 weeks, and the default value is 4 weeks.
restrictedPackageName Optional, string This parameter specifies the package name of the application where the registration tokens must match in order to receive the message.
dryRun Optional, JSON boolean This parameter, when set to true, allows developers to test a request without actually sending a message.
data Optional, JSON object This parameter specifies the custom key-value pairs of the message's payload.
notification Optional, JSON object This parameter specifies the predefined, user-visible key-value pairs of the notification payload. See "Notification payload option table" below for more details.
fcm_options Optional, JSON object This parameter is used to pass FCM specific options, as outlined here.

Notification usage

var message = new gcm.Message();

// Add notification payload as key value
message.addNotification('title', 'Alert!!!');
message.addNotification('body', 'Abnormal data access');
message.addNotification('icon', 'ic_launcher');

// as object
message.addNotification({
  title: 'Alert!!!',
  body: 'Abnormal data access',
  icon: 'ic_launcher'
});

Note: Notifications sent using message.addNotification are only displayed when your app is in the background. Consider sending the notification parameters using message.addData and manually building and displaying a notification in your push receiver logic.

Notification payload option table

Parameter Platform Usage Description
title Android, iOS (Watch) Required (Android), Optional (iOS), string Indicates notification title. This field is not visible on iOS phones and tablets.
body Android, iOS Optional, string Indicates notification body text.
icon Android Required, string Indicates notification icon. On Android: sets value to myicon for drawable resource myicon.png.
sound Android, iOS Optional, string Indicates sound to be played. Supports only default currently.
badge iOS Optional, string Indicates the badge on client app home icon.
tag Android Optional, string Indicates whether each notification message results in a new entry on the notification center on Android. If not set, each request creates a new notification. If set, and a notification with the same tag is already being shown, the new notification replaces the existing one in notification center.
color Android Optional, string Indicates color of the icon, expressed in #rrggbb format
click_action Android, iOS Optional, string The action associated with a user click on the notification. On Android, if this is set, an activity with a matching intent filter is launched when user clicks the notification. For example, if one of your Activities includes the intent filter: (Appendix:1)Set click_action to OPEN_ACTIVITY_1 to open it. If set, corresponds to category in APNS payload.
body_loc_key iOS Optional, string Indicates the key to the body string for localization. On iOS, this corresponds to "loc-key" in APNS payload.
body_loc_args iOS Optional, JSON array as string Indicates the string value to replace format specifiers in body string for localization. On iOS, this corresponds to "loc-args" in APNS payload.
title_loc_args iOS Optional, JSON array as string Indicates the string value to replace format specifiers in title string for localization. On iOS, this corresponds to "title-loc-args" in APNS payload.
title_loc_key iOS Optional, string Indicates the key to the title string for localization. On iOS, this corresponds to "title-loc-key" in APNS payload.

Notice notification payload defined in FCM Connection Server Reference

Custom HTTP request options

You can provide custom request options such as proxy and timeout for the HTTP request to the FCM API. For more information, refer to the complete list of request options. Note that the following options cannot be overriden: method, uri, body, as well as the following headers: Authorization, Content-Type, and Content-Length.

// Set custom request options
var requestOptions = {
	proxy: 'http://127.0.0.1:8888',
	timeout: 5000
};

// Set up the sender with your API key and request options
var sender = new gcm.Sender('YOUR_API_KEY_HERE', requestOptions);

// Prepare a GCM message...

// Send it to GCM endpoint with modified request options
sender.send(message, { registrationTokens: regTokens }, function (err, response) {
    if(err) console.error(err);
    else     console.log(response);
});

FCM client compatibility

As of January 9th, 2016, there are a few known compatibility issues with 3rd-party FCM client libraries:

phonegap-plugin-push

These issues are out of this project's context and can only be fixed by the respective 3rd-party project maintainers.

Debug

To enable debug mode (print requests and responses to and from FCM),set the DEBUG environment flag when running your app (assuming you use node app.js to run your app):

DEBUG=node-gcm node app.js

Donate

Bitcoin: 13iTQf7tDhrKgibw2Y3U5SyPJa7R8sQmHQ

  • 最终成果是AES-128-GCM,先上代码 NODEJS import crypto from 'crypto' //crypto是nodejs内置模块 const iv = "0123456789ABCDEF"; //加密方法 function encodeAes(word, aesKey) { if (!word) { return '' } if (typeof word !=

  • 本文翻译自How to encrypt and decrypt data in Node.js Node.js提供了一个名为crypto的内置模块,可用于加密和解密字符串,数字,缓冲区,流等。 该模块提供了加密功能,其中包括用于OpenSSL哈希,HMAC,密码,解密,签名和验证功能的一组包装器。 在本文中,您将学习如何使用Node.js的crypto模块对数据执行加密操作。 我将向您展示如何使用

  • 最近因为在写微信支付相关的代码,所以不可避免的涉及到加密解密的问题。而很多js的许多加密解密算法需要自行寻找,我也没有在网上找到一篇针对微信支付这个问题的综合类博客,所以在这里叙述一下我自己关于AEAD_AES_256_GCM解密的一个JS解决方案,并列举一下收集到的资料,防止大家走弯路。 本篇文章针对的具体问题如下: 微信支付通知API:https://pay.weixin.qq.com/wik

  • 1.nodejs 版本 var crypto = require("crypto"); /*** * @version 1.0 aes-128-gcm 加密 * @params msg 为加密信息 password为32位的16进制key * @return 返回base64编码 * */ function Encrypt(msg, password) { try {

 相关资料
  • Node是kubernetes集群的工作节点,可以是物理机也可以是虚拟机。 Node的状态 Node包括如下状态信息: Address HostName:可以被kubelet中的--hostname-override参数替代。 ExternalIP:可以被集群外部路由到的IP地址。 InternalIP:集群内部使用的IP,集群外部无法访问。 Condition OutOfDisk:磁盘空间不足时

  • node 负责 peer node 子命令。

  • 这用于确定进程需要运行的节点的值。 由于分布式编程用于在不同节点上运行函数,因此在希望在不同机器上运行程序时,此功能非常有用。 语法 (Syntax) node() 参数 (Parameters) None 返回值 (Return Value) 这将返回本地节点的名称。 如果节点未分发,则返回nonode@nohost 。 例如 (For example) -module(helloworld)

  • The Po.et Node The Po.et Node allows you to timestamp documents in a decentralized manner. It's built on top of the Bitcoin blockchain and IPFS. Index The Po.et Node Index How to Run the Po.et Node De

  • Node-Lua是一款基于Lua实现的脚本和服务器引擎,它支持构建海量Lua服务(Context_Lua)并以多线程方式运行在多核服务器上,采用了任务多路复用的设计方案,有效利用了多核优势。node-lua致力于构建一个快速、简单易用的Lua脚本和服务器开发和运行环境。该引擎参考了Node-Js和Skynet的设计思想,并对其进行了整合和优化。 该引擎当前版本实现了以下特性: 引擎核心层同时支持同

  • 在程序里经常都需要生成一些特定格式的 id ,每种场合的需求都可能有些不一样,虽然写起来代码不复杂,但零零碎碎的东西做多了也挺烦的,于是设计了这个用于 node.js 的万能 ID 生成器。 AnyID 生成的 ID 为字符串(也可以纯数字),信息密度尽可能的高,也就是用最少的位数表示尽量多的信息。 AnyID 设计的首要考虑原则是 API 的直观易用。看看这些例子: 指定长度,随机值填充 21