A framework that use one line of code to solve hex or decimal multifarious data transformation problem when a UDP or TCP communications.
一个在UDP或TCP通信时，16进制、10进制、NSData等数据之间的转换发送等工具处理类库
UDP指令里面包含通信的地址，设备Id，发送的数据等具体指令协议解读,以及16进制、10进制、NSData等之间的转换，请查看Demo，或者参阅 我的博客
- CocoaPods：pod 'LSUDPDataDetail'
- 手动导入：将LSUDPDataDetail文件夹拽入项目中，导入头文件：#import "LSUDPDataDetail.h"
//指令的发送
- (void)sendCombustibleGasCommand
{
//address:333333333333333303d0
//Node address of the smart devices and sensors is not binding, if a sensor node chassis changed, then the sensor's address has changed
//智能设备中的节点地址和传感器不是绑定一起的，如果某个传感器的节点底盘换了，那么这个传感器的地址也换了，所以这里是动态的
NSString *addressHexStr = @"333333333333333303d0";
NSData *addressData = [LSUDPDataDetail commandByteDataFromHexString:addressHexStr];
[self combustibleGasCommandData:addressData];
}
//The data of nodes will coming here , if u want to control node (smart home/sensor), u need to get the address of the node (device).This address is get from here.And sensor data is also get from here.
//节点发过来的数据都会来到这里，控制节点（智能家居/传感器）需要拿到节点的地址(设备刚入网的时候)，便是在这里获取。读取传感器发过来的采集到的数据也是在这里获取
- (void)udpSocket:(GCDAsyncUdpSocket *)sock didReceiveData:(NSData *)data
fromAddress:(NSData *)address
withFilterContext:(nullable id)filterContext
{
//Selection of sensors, when the equipment send collectd data / 设备发送来采集的数据时，对传感器的甄选
NSString *commandHexStr = [LSUDPDataDetail getHexStringFromData:data withRange:NSMakeRange(2, 6)];
if ([commandHexStr isEqualToString:@"545243"]) {//TRC ：The command header / 命令头
NSLog(@"dataHexStr = %@",dataHexStr);
}
}
iOS7及以上系统可使用. ARC环境.
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