通过流行的节点服务监听地址转账活动,
当 入账地址ToAddress
收到加密货币后, Node Services
回调 https://your_domain/webhook
接口,
先对回调请求落库,然后检查并进行地址匹配,为 发送地址FromAddress
执行一些逻辑(譬如:生成发票收据、生成相关订阅token、发送虚拟商品卡密等)。
收款与查询页面:https://api.mdavid.cn/gin/pay
- 完全地点对点收款,无传统的中间平台
- 无需KYC,无需用户注册
- 无中介(只是依赖节点服务商推送,自接入区块链要求较高,成本也比较高)
- 无费用(除网络费用)
- 开源,自托管,完全控制
- 支持多种网络,多种加密货币
- 实际上您只需自行选择节点服务商,配置回调地址即可
- 无钱包集成
- 在我看来,钱包授权行为可能会给用户资产带来风险,因此该项目是
push payment system
- 在我看来,钱包授权行为可能会给用户资产带来风险,因此该项目是
# 以 Linux 版本部署为例
wget -4 https://github.com/HEUDavid/auto-receive-crypto-pay/releases/latest/download/receivepay-linux-amd64.tar.gz
mkdir -p receivepay && tar -xzf receivepay-linux-amd64.tar.gz -C receivepay
# 修改配置
cp conf.toml.example conf.toml
# 启动进程
./receivepay-linux-amd64
搭配 nginx,注意 location /gin
http://127.0.0.1:8080
与 配置文件中 hostRoot
addr
保持一致
location /gin {
proxy_pass http://127.0.0.1:8080;
proxy_set_header Host $host;
proxy_set_header X-Real-IP $remote_addr;
proxy_set_header X-Forwarded-For $proxy_add_x_forwarded_for;
proxy_set_header X-Forwarded-Proto $scheme;
}
接口测试
# webhook 回调(配置到Node Services, 做好安全防护)
curl -X POST http://localhost:8080/webhook?auth=auth_key \
-H "Content-Type: application/json" \
--data @data/Test_ETH_MAINNET.json
# 根据转账地址查询 invoice
bash -c 'curl -s "$1" | python -m json.tool' \
-- "http://localhost:8080/query_invoice?from_address=0x71660c4005ba85c37ccec55d0c4493e66fe775d3"
# response:
[
{
"Network": "ETH_MAINNET",
"FromAddress": "0x71660c4005ba85c37ccec55d0c4493e66fe775d3",
"ToAddress": "0x950a4e3beb32d3862272592c8bae79fb5f3475db",
"Asset": "USDC",
"Value": 2400,
"InvoiceID": "50fbbb33a3ec9865f79b5a0235ef5e42",
"ValidFrom": "2024-09-15T09:11:00+08:00",
"ValidTo": "2024-10-15T09:11:00+08:00",
"TransactionTime": "2024-09-15T09:10:55+08:00",
"Content": "50fbbb33a3ec9865f79b5a0235ef5e42",
"Valid": true
}
]
也可以通过 Node Service
Dashboard 发送测试消息来测试
[global]
mode = "debug" # debug release test
logPath = "log/water.log"
addr = "127.0.0.1:8080"
hostRoot = "/gin" # ""或"/abc"这样
[adminAddress] # 管理员收款地址: (网络:<地址,图片链接>)
MATIC_MAINNET = [
{ address = "0x950a4e3beb32d3862272592c8bae79fb5f3475db", url = "https://api.mdavid.cn/gin/src/MATIC.JPG" }
]
ETH_MAINNET = [
{ address = "0x950a4e3beb32d3862272592c8bae79fb5f3475db", url = "https://api.mdavid.cn/gin/src/ETH.JPG" }
]
[mysql]
user = "your_user"
password = "your_password"
host = "gateway01.ap-northeast-1.prod.aws.tidbcloud.com"
port = 4000
dbName = "your_db"
maxIdleConns = 10
maxOpenConns = 100
tls = true
[rmq]
user = "your_user"
password = "your_password"
host = "cougar.rmq.cloudamqp.com"
vhost = "/psnbxfjg"
port = 5672
queue = "your_queue"
假设您已经安装了 Go,那么可以打开命令行界面,执行如下命令:
git clone https://github.com/HEUDavid/auto-receive-crypto-pay.git
cd auto-receive-crypto-pay
# 交叉编译参看Golang官方文档
go build cmd/main.go
./main
- 我想拓展一些能力
- 核心逻辑定义 fsm 状态机,增加对应节点及其状态处理器
- 我想嵌入到我的电子商务网站中
- 二次开发接入到您的订阅服务或者电子商务网站中,为网站支持接收加密货币付款渠道,简要流程参考:
- 用户在您的网站注册,并绑定用户的支付地址(类似于传统的收集用户的支付信息)
- 展示管理员收款信息(收款地址、网络、币种)
- 用户自行发起转账动作
- 转账成功,
Auto Receive Crypto Pay
接到Node Services
回调,为发送地址FromAddress
执行逻辑(生成发票收据、生成相关订阅token、发送虚拟商品卡密等)
- 二次开发接入到您的订阅服务或者电子商务网站中,为网站支持接收加密货币付款渠道,简要流程参考:
参看 go-fsm框架
说明
- Step by Step 文档