Masuit.Tools

包含一些常用的操作类，大都是静态类，加密解密，反射操作，硬件信息，字符串扩展方法，日期时间扩展操作，大文件拷贝，图像裁剪，验证码等常用封装。

官网教程
项目开发模式：日常代码积累+网络搜集

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特色功能示例代码

1.检验字符串是否是Email、手机号、URL、IP地址、身份证号

bool isEmail="3444764617@qq.com".MatchEmail();
bool isInetAddress = "114.114.114.114".MatchInetAddress();
bool isUrl = "http://masuit.com".MatchUrl();
bool isPhoneNumber = "15205201520".MatchPhoneNumber();
bool isIdentifyCard = "312000199502230660".MatchIdentifyCard();// 校验中国大陆身份证号

2.硬件监测(仅支持Windows)

float load = SystemInfo.CpuLoad;// 获取CPU占用率
long physicalMemory = SystemInfo.PhysicalMemory;// 获取物理内存总数
long memoryAvailable = SystemInfo.MemoryAvailable;// 获取物理内存可用率
double freePhysicalMemory = SystemInfo.GetFreePhysicalMemory();// 获取可用物理内存
Dictionary<string, string> diskFree = SystemInfo.DiskFree();// 获取磁盘每个分区可用空间
Dictionary<string, string> diskTotalSpace = SystemInfo.DiskTotalSpace();// 获取磁盘每个分区总大小
Dictionary<string, double> diskUsage = SystemInfo.DiskUsage();// 获取磁盘每个分区使用率
double temperature = SystemInfo.GetCPUTemperature();// 获取CPU温度
int cpuCount = SystemInfo.GetCpuCount();// 获取CPU核心数
IList<string> ipAddress = SystemInfo.GetIPAddress();// 获取本机所有IP地址
string localUsedIp = SystemInfo.GetLocalUsedIP();// 获取本机当前正在使用的IP地址
IList<string> macAddress = SystemInfo.GetMacAddress();// 获取本机所有网卡mac地址
string osVersion = SystemInfo.GetOsVersion();// 获取操作系统版本
RamInfo ramInfo = SystemInfo.GetRamInfo();// 获取内存信息

3.大文件操作

FileStream fs = new FileStream(@"D:\boot.vmdk", FileMode.OpenOrCreate, FileAccess.ReadWrite);
{
        //fs.CopyToFile(@"D:\1.bak");//同步复制大文件
        fs.CopyToFileAsync(@"D:\1.bak");//异步复制大文件
        string md5 = fs.GetFileMD5Async().Result;//异步获取文件的MD5
}

4.html的防XSS处理：

string html = @"<link href='/Content/font-awesome/css' rel='stylesheet'/>
        <!--[if IE 7]>
        <link href='/Content/font-awesome-ie7.min.css' rel='stylesheet'/>
        <![endif]-->
        <script src='/Scripts/modernizr'></script>
        <div id='searchBox' role='search'>
        <form action='/packages' method='get'>
        <span class='user-actions'><a href='/users/account/LogOff'>退出</a></span>
        <input name='q' id='searchBoxInput'/>
        <input id='searchBoxSubmit' type='submit' value='Submit' />
        </form>
        </div>";
string s = html.HtmlSantinizerStandard();//清理后：<div><span><a href="/users/account/LogOff">退出</a></span></div>

5.整理操作系统的内存：

Windows.ClearMemorySilent();

6.任意进制转换

NumberFormater nf = new NumberFormater(36);//内置2-62进制的转换
//NumberFormater nf = new NumberFormater("0123456789abcdefghijklmnopqrstuvwxyz");// 自定义进制字符，可用于生成验证码
string s36 = nf.ToString(12345678);
long num = nf.FromString("7clzi");
Console.WriteLine("12345678的36进制是：" + s36); // 7clzi
Console.WriteLine("36进制的7clzi是：" + num); // 12345678

var bin=12345678.ToBinary(36);//7clzi

7.纳秒级性能计时器

HiPerfTimer timer = HiPerfTimer.StartNew();
for (int i = 0; i < 100000; i++)
{
    //todo
}
timer.Stop();
Console.WriteLine("执行for循环100000次耗时"+timer.Duration+"s");

double time = HiPerfTimer.Execute(() =>
{
    for (int i = 0; i < 100000; i++)
    {
        //todo
    }
});
Console.WriteLine("执行for循环100000次耗时"+time+"s");

8.单机产生唯一有序的短id

var token=Stopwatch.GetTimestamp().ToBinary(36);

var set = new HashSet<string>();
double time = HiPerfTimer.Execute(() =>
{
    for (int i = 0; i < 1000000; i++)
    {
        set.Add(Stopwatch.GetTimestamp().ToBinary(36));
    }
});
Console.WriteLine(set.Count==1000000);//True
Console.WriteLine("产生100w个id耗时"+time+"s");//1.6639039s

9.产生分布式唯一有序短id

var sf = SnowFlake.GetInstance();
string token = sf.GetUniqueId();// rcofqodori0w
string shortId = sf.GetUniqueShortId(8);// qodw9728

var set = new HashSet<string>();
double time = HiPerfTimer.Execute(() =>
{
    for (int i = 0; i < 1000000; i++)
    {
        set.Add(SnowFlake.GetInstance().GetUniqueId());
    }
});
Console.WriteLine(set.Count == 1000000); //True
Console.WriteLine("产生100w个id耗时" + time + "s"); //2.6891495s

10.农历转换

ChineseCalendar.CustomHolidays.Add(DateTime.Parse("2018-12-31"),"元旦节");//自定义节假日
ChineseCalendar today = new ChineseCalendar(DateTime.Parse("2018-12-31"));
Console.WriteLine(today.ChineseDateString);// 二零一八年十一月廿五
Console.WriteLine(today.AnimalString);// 生肖：狗
Console.WriteLine(today.GanZhiDateString);// 干支：戊戌年甲子月丁酉日
Console.WriteLine(today.DateHoliday);// 获取按公历计算的节假日
...

11.Linq表达式树扩展

Expression<Func<string, bool>> where1 = s => s.StartsWith("a");
Expression<Func<string, bool>> where2 = s => s.Length > 10;
Func<string, bool> func = where1.And(where2).Compile();
bool b=func("abcd12345678");//true

Expression<Func<string, bool>> where1 = s => s.StartsWith("a");
Expression<Func<string, bool>> where2 = s => s.Length > 10;
Func<string, bool> func = where1.Or(where2).Compile();
bool b=func("abc");// true

12.模版引擎

var tmp = new Template("{{name}}，你好！");
tmp.Set("name", "万金油");
string s = tmp.Render();//万金油，你好！

var tmp = new Template("{{one}},{{two}},{{three}}");
string s = tmp.Set("one", "1").Set("two", "2").Set("three", "3").Render();// 1,2,3

var tmp = new Template("{{name}}，{{greet}}！");
tmp.Set("name", "万金油");
string s = tmp.Render();// throw 模版变量{{greet}}未被使用

13.List转Datatable

var list = new List<MyClass>()
{
    new MyClass()
    {
        Name = "张三",
        Age = 22
    },
    new MyClass()
    {
        Name = "李四",
        Age = 21
    },
    new MyClass()
    {
        Name = "王五",
        Age = 28
    }
};
var table = list.Select(c => new{姓名=c.Name,年龄=c.Age}).ToList().ToDataTable();// 将自动填充列姓名和年龄

14.文件压缩解压

.NET Framework

MemoryStream ms = SevenZipCompressor.ZipStream(new List<string>()
{
    @"D:\1.txt",
    "http://ww3.sinaimg.cn/large/87c01ec7gy1fsq6rywto2j20je0d3td0.jpg",
});//压缩成内存流

SevenZipCompressor.Zip(new List<string>()
{
    @"D:\1.txt",
    "http://ww3.sinaimg.cn/large/87c01ec7gy1fsq6rywto2j20je0d3td0.jpg",
}, zip);//压缩成zip
SevenZipCompressor.UnRar(@"D:\Download\test.rar", @"D:\Download\");//解压rar
SevenZipCompressor.Decompress(@"D:\Download\test.tar", @"D:\Download\");//自动识别解压压缩包
SevenZipCompressor.Decompress(@"D:\Download\test.7z", @"D:\Download\");

ASP.NET Core

Startup.cs

services.AddSevenZipCompressor();

构造函数注入ISevenZipCompressor

private readonly ISevenZipCompressor _sevenZipCompressor;
public Test(ISevenZipCompressor sevenZipCompressor)
{
    _sevenZipCompressor = sevenZipCompressor;
}

使用方式同.NET Framework版本

15.日志组件

LogManager.LogDirectory=AppDomain.CurrentDomain.BaseDirectory+"/logs";
LogManager.Event+=info =>
{
    //todo:注册一些事件操作
};
LogManager.Info("记录一次消息");
LogManager.Error(new Exception("异常消息"));

16.FTP客户端

FtpClient ftpClient = FtpClient.GetAnonymousClient("192.168.2.2");//创建一个匿名访问的客户端
//FtpClient ftpClient = FtpClient.GetClient("192.168.2.3","admin","123456");// 创建一个带用户名密码的客户端
ftpClient.Delete("/1.txt");// 删除文件
ftpClient.Download("/test/2.txt","D:\\test\\2.txt");// 下载文件
ftpClient.UploadFile("/test/22.txt","D:\\test\\22.txt",(sum, progress) =>
{
    Console.WriteLine("已上传："+progress*1.0/sum);
});//上传文件并检测进度
List<string> files = ftpClient.GetFiles("/");//列出ftp服务端文件列表
...

17.多线程后台下载

var mtd = new MultiThreadDownloader("https://attachments-cdn.shimo.im/yXwC4kphjVQu06rH/KeyShot_Pro_7.3.37.7z",Environment.GetEnvironmentVariable("temp"),"E:\\Downloads\\KeyShot_Pro_7.3.37.7z",8);
mtd.TotalProgressChanged+=(sender, e) =>
{
    var downloader = sender as MultiThreadDownloader;
    Console.WriteLine("下载进度："+downloader.TotalProgress+"%");
    Console.WriteLine("下载速度："+downloader.TotalSpeedInBytes/1024/1024+"MBps");
};
mtd.FileMergeProgressChanged+=(sender, e) =>
{
    Console.WriteLine("下载完成");
};
mtd.Start();//开始下载
//mtd.Pause(); // 暂停下载
//mtd.Resume(); // 继续下载

18.Socket客户端操作类

var tcpClient = new TcpClient(AddressFamily.InterNetwork);
Socket socket = tcpClient.ConnectSocket(IPAddress.Any,5000);
socket.SendFile("D:\\test\\1.txt",false,i =>
{
    Console.WriteLine("已发送"+i+"%");
});

19.RedisHelper

.Net Framework:

RedisHelper redisHelper = RedisHelper.GetInstance();// 获取新实例并指定连接第0个数据库
//RedisHelper redisHelper = RedisHelper.GetInstance(2);// 获取新实例并指定连接第2个数据库
//RedisHelper redisHelper = RedisHelper.GetInstance("192.168.3.150:6379");// 获取新实例并指定连接第0个数据库
//RedisHelper redisHelper = RedisHelper.GetInstance("192.168.3.150:6379",2);// 获取新实例并指定连接第2个数据库
//RedisHelper redisHelper = RedisHelper.GetSingleInstance();// 获取单例实例并指定连接第2个数据库
//RedisHelper redisHelper = RedisHelper.GetSingleInstance(2);// 获取单例实例并指定连接第2个数据库
//RedisHelper redisHelper = RedisHelper.GetSingleInstance("192.168.3.150:6379");// 获取单例实例并指定连接第0个数据库
//RedisHelper redisHelper = RedisHelper.GetSingleInstance("192.168.3.150:6379",2);// 获取单例实例并指定连接第2个数据库
redisHelper.SetString("key","value");
string value = redisHelper.GetString("key");
redisHelper.ListLeftPush("list","value");
List<string> list = redisHelper.ListRange<string>("list");

Asp.Net Core依赖注入方式: Startup.cs:

services.AddDefaultRedisHelper("192.168.16.145:6379,password=xilife2018,connectTimeout=1000,connectRetry=1,syncTimeout=1000");//注入一个默认实例
services.AddLocalRedisHelper();// 注入本地实例
services.AddRedisHelper("aa", "192.168.16.145:6379,password=xilife2018,connectTimeout=1000,connectRetry=1,syncTimeout=1000");// 通用注入

Controller:

public RedisHelper RedisHelper { get; set; }
public HomeController(RedisHelperFactory redisHelperFactory)
{
    RedisHelper=redisHelperFactory.Create("aa",0);// 创建命名为aa的RedisHelper，指定数据库0
    RedisHelper=redisHelperFactory.CreateDefault(0); // 创建默认的RedisHelper，指定数据库0
    RedisHelper=redisHelperFactory.CreateLocal(0); // 创建连接本机的RedisHelper，指定数据库0
}

方法调用方式和.NET Framework方式相同

20.加密解密

var enc="123456".MDString();// MD5加密
var enc="123456".MDString("abc");// MD5加盐加密
var enc="123456".MDString2();// MD5两次加密
var enc="123456".MDString2("abc");// MD5两次加盐加密
var enc="123456".MDString3();// MD5三次加密
var enc="123456".MDString3("abc");// MD5三次加盐加密

string aes = "123456".AESEncrypt();// AES加密为密文
string s = aes.AESDecrypt(); //AES解密为明文
string aes = "123456".AESEncrypt("abc");// AES密钥加密为密文
string s = aes.AESDecrypt("abc"); //AES密钥解密为明文

string enc = "123456".DesEncrypt();// DES加密为密文
string s = enc.DesDecrypt(); //DES解密为明文
string enc = "123456".DesEncrypt("abcdefgh");// DES密钥加密为密文
string s = enc.DesDecrypt("abcdefgh"); //DES密钥解密为明文

RsaKey rsaKey = RsaCrypt.GenerateRsaKeys();// 生成RSA密钥对
string encrypt = "123456".RSAEncrypt(rsaKey.PublicKey);// 公钥加密
string s = encrypt.RSADecrypt(rsaKey.PrivateKey);// 私钥解密

21.Redis分布式锁

using (RedisLock redisLock = new RedisLock("127.0.0.1:6379"))
{
    if (redisLock.TryLock("lock", TimeSpan.FromSeconds(10), TimeSpan.FromSeconds(10), out var lockObject))// 加锁
    {
        //todo:需要执行的原子操作
    }

    var redisResult = redisLock.UnLock(lockObject);// 释放锁
}

22.实体校验

public class MyClass
{
    [IsEmail]
    public string Email { get; set; }

    [IsPhone]
    public string PhoneNumber { get; set; }

    [IsIPAddress]
    public string IP { get; set; }

    [MinValue(0, ErrorMessage = "年龄最小为0岁"), MaxValue(100, ErrorMessage = "年龄最大100岁")]
    public int Age { get; set; }

    [ComplexPassword]//密码复杂度校验
    public string Password { get; set; }
}

23.HTML操作

List<string> srcs = "html".MatchImgSrcs().ToList();// 获取html字符串里所有的img标签的src属性
var imgTags = "html".MatchImgTags();//获取html字符串里的所有的img标签
...

24.DateTime扩展

double milliseconds = DateTime.Now.GetTotalMilliseconds();// 获取毫秒级时间戳
double microseconds = DateTime.Now.GetTotalMicroseconds();// 获取微秒级时间戳
double nanoseconds = DateTime.Now.GetTotalNanoseconds();// 获取纳秒级时间戳
double seconds = DateTime.Now.GetTotalSeconds();// 获取秒级时间戳
double minutes = DateTime.Now.GetTotalMinutes();// 获取分钟级时间戳
...

25.IP地址和URL

bool inRange = "192.168.2.2".IpAddressInRange("192.168.1.1","192.168.3.255");// 判断IP地址是否在这个地址段里
bool isPrivateIp = "172.16.23.25".IsPrivateIP();// 判断是否是私有地址
bool isExternalAddress = "http://baidu.com".IsExternalAddress();// 判断是否是外网的URL

//以下需要配置baiduAK
string isp = "114.114.114.114".GetISP(); // 获取ISP运营商信息
PhysicsAddress physicsAddress = "114.114.114.114".GetPhysicsAddressInfo().Result;// 获取详细地理信息对象
Tuple<string, List<string>> ipAddressInfo = "114.114.114.114".GetIPAddressInfo().Result;// 获取详细地理信息集合

26.元素去重

var list = new List<MyClass>()
{
    new MyClass()
    {
        Email = "1@1.cn"
    },
    new MyClass()
    {
        Email = "1@1.cn"
    },
    new MyClass()
    {
        Email = "1@1.cn"
    }
};
List<MyClass> classes = list.DistinctBy(c => c.Email).ToList();
Console.WriteLine(classes.Count==1);//True

27.对象实体映射

在使用前需要像automapper那样，对mapper进行初始化操作

using Masuit.Tools.Mapping;

ExpressionMapper.CreateMap<ClassA, ClassADto>();// 默认关系映射
ExpressionMapper.CreateMap<ClassB, ClassBDto>().ForMember(s => s.ClassC.PropertyName, d => d.CustomName, true);// 自定义关系映射

ExpressionMapper.ConstructServicesUsing((x) => DependencyResolver.Current.GetService(x));// 使用依赖注入容器进行构造映射
//ExpressionMapper.ConstructServicesUsing((x) => ServiceLocator.Current.GetInstance(x));// 使用依赖注入容器进行构造映射
ExpressionMapper.CreateMap<Product, IProduct>().ConstructUsingServiceLocator().ReverseMap();// 链式自定义关系映射和反向映射

测试class：

public class TestClassA
{
    public string MyProperty { get; set; }
    public int Int { get; set; }
    public double Double { get; set; }
    public DateTime DateTime { get; set; }
    public TestClassC TestClassC { get; set; }
    public List<TestClassC> List { get; set; }
}

public class TestClassB
{
    public string MyProperty { get; set; }
    public int Int { get; set; }
    public double Double { get; set; }
    public DateTime DateTime { get; set; }
    public TestClassC TestClassC { get; set; }
    public List<TestClassD> List { get; set; }
}

public class TestClassC
{
    public string MyProperty { get; set; }
    public int Int { get; set; }
    public double Double { get; set; }
    public DateTime DateTime { get; set; }
    public TestClassD Obj { get; set; }
}

public class TestClassD
{
    public string MyProperty { get; set; }
    public int Int { get; set; }
    public double Double { get; set; }
    public DateTime DateTime { get; set; }
    public TestClassC Obj { get; set; }
}

构造一个结构相对复杂的对象：

var a = new TestClassA()
{
    MyProperty = "ssssssssssssssssssssss",
    DateTime = DateTime.Now,
    Double = 123.33,
    Int = 100,
    TestClassC = new TestClassC()
    {
        MyProperty = "ccccccccccccccccccccccccccc",
        DateTime = DateTime.Now,
        Double = 2345.555,
        Int = 10100,
        Obj = new TestClassD()
        {
            MyProperty = "ddddddddddddddddddddddddd",
            Obj = new TestClassC()
            {
                MyProperty = "cccccc",
                DateTime = DateTime.Now,
                Double = 23458894.555,
                Int = 10100000,
                Obj = new TestClassD()
            }
        }
    },
    List = new List<TestClassC>()
    {
        new TestClassC()
        {
            MyProperty = "cccccc",
            DateTime = DateTime.Now,
            Double = 2345.555,
            Int = 10100,
            Obj = new TestClassD()
            {
                MyProperty = "ddddddddddddddddddddddddddddddddddd",
                DateTime = DateTime.Now,
                Double = 2345.555,
                Int = 10100,
                Obj = new TestClassC()
                {
                    MyProperty = "cccccccccccccccccccccccccccccc",
                    DateTime = DateTime.Now,
                    Double = 2345.555,
                    Int = 10100,
                    Obj = new TestClassD()
                }
            }
        },
        new TestClassC()
        {
            MyProperty = "cccccc",
            DateTime = DateTime.Now,
            Double = 2345.555,
            Int = 10100,
            Obj = new TestClassD()
            {
                MyProperty = "ddddddddddddddddddddddddddddddddddd",
                DateTime = DateTime.Now,
                Double = 2345.555,
                Int = 10100,
                Obj = new TestClassC()
                {
                    MyProperty = "cccccccccccccccccccccccccccccc",
                    DateTime = DateTime.Now,
                    Double = 2345.555,
                    Int = 10100,
                    Obj = new TestClassD()
                }
            }
        },
        new TestClassC()
        {
            MyProperty = "cccccc",
            DateTime = DateTime.Now,
            Double = 2345.555,
            Int = 10100,
            Obj = new TestClassD()
            {
                MyProperty = "ddddddddddddddddddddddddddddddddddd",
                DateTime = DateTime.Now,
                Double = 2345.555,
                Int = 10100,
                Obj = new TestClassC()
                {
                    MyProperty = "cccccccccccccccccccccccccccccc",
                    DateTime = DateTime.Now,
                    Double = 2345.555,
                    Int = 10100,
                    Obj = new TestClassD()
                }
            }
        },
        new TestClassC()
        {
            MyProperty = "cccccc",
            DateTime = DateTime.Now,
            Double = 2345.555,
            Int = 10100,
            Obj = new TestClassD()
            {
                MyProperty = "ddddddddddddddddddddddddddddddddddd",
                DateTime = DateTime.Now,
                Double = 2345.555,
                Int = 10100,
                Obj = new TestClassC()
                {
                    MyProperty = "cccccccccccccccccccccccccccccc",
                    DateTime = DateTime.Now,
                    Double = 2345.555,
                    Int = 10100,
                    Obj = new TestClassD()
                }
            }
        },
        new TestClassC()
        {
            MyProperty = "cccccc",
            DateTime = DateTime.Now,
            Double = 2345.555,
            Int = 10100,
            Obj = new TestClassD()
            {
                MyProperty = "ddddddddddddddddddddddddddddddddddd",
                DateTime = DateTime.Now,
                Double = 2345.555,
                Int = 10100,
                Obj = new TestClassC()
                {
                    MyProperty = "cccccccccccccccccccccccccccccc",
                    DateTime = DateTime.Now,
                    Double = 2345.555,
                    Int = 10100,
                    Obj = new TestClassD()
                }
            }
        },
    }
};
var b = a.Map<TestClassA, TestClassB>();

性能测试：i7-4700H+12GB DDR3

#region 配置automapper

Mapper.Initialize(e =>
{
    e.CreateMap<TestClassA, TestClassB>().ReverseMap();
    e.CreateMap<TestClassC, TestClassD>().ReverseMap();
});

#endregion

#region 配置ExpressionMapper

ExpressionMapper.CreateMap<TestClassA, TestClassB>().ReverseMap();
ExpressionMapper.CreateMap<TestClassC, TestClassD>().ReverseMap();

#endregion

#region 造一个大对象

var a = new TestClassA()
{
    MyProperty = "ssssssssssssssssssssss",
    DateTime = DateTime.Now,
    Double = 123.33,
    Int = 100,
    TestClassC = new TestClassC()
    {
        MyProperty = "ccccccccccccccccccccccccccc",
        DateTime = DateTime.Now,
        Double = 2345.555,
        Int = 10100,
        Obj = new TestClassD()
        {
            MyProperty = "ddddddddddddddddddddddddd",
            Obj = new TestClassC()
            {
                MyProperty = "cccccc",
                DateTime = DateTime.Now,
                Double = 23458894.555,
                Int = 10100000,
                Obj = new TestClassD()
            }
        }
    },
    List = new List<TestClassC>()
    {
        new TestClassC()
        {
            MyProperty = "cccccc",
            DateTime = DateTime.Now,
            Double = 2345.555,
            Int = 10100,
            Obj = new TestClassD()
            {
                MyProperty = "ddddddddddddddddddddddddddddddddddd",
                DateTime = DateTime.Now,
                Double = 2345.555,
                Int = 10100,
                Obj = new TestClassC()
                {
                    MyProperty = "cccccccccccccccccccccccccccccc",
                    DateTime = DateTime.Now,
                    Double = 2345.555,
                    Int = 10100,
                    Obj = new TestClassD()
                }
            }
        },
        new TestClassC()
        {
            MyProperty = "cccccc",
            DateTime = DateTime.Now,
            Double = 2345.555,
            Int = 10100,
            Obj = new TestClassD()
            {
                MyProperty = "ddddddddddddddddddddddddddddddddddd",
                DateTime = DateTime.Now,
                Double = 2345.555,
                Int = 10100,
                Obj = new TestClassC()
                {
                    MyProperty = "cccccccccccccccccccccccccccccc",
                    DateTime = DateTime.Now,
                    Double = 2345.555,
                    Int = 10100,
                    Obj = new TestClassD()
                }
            }
        },
        new TestClassC()
        {
            MyProperty = "cccccc",
            DateTime = DateTime.Now,
            Double = 2345.555,
            Int = 10100,
            Obj = new TestClassD()
            {
                MyProperty = "ddddddddddddddddddddddddddddddddddd",
                DateTime = DateTime.Now,
                Double = 2345.555,
                Int = 10100,
                Obj = new TestClassC()
                {
                    MyProperty = "cccccccccccccccccccccccccccccc",
                    DateTime = DateTime.Now,
                    Double = 2345.555,
                    Int = 10100,
                    Obj = new TestClassD()
                }
            }
        },
        new TestClassC()
        {
            MyProperty = "cccccc",
            DateTime = DateTime.Now,
            Double = 2345.555,
            Int = 10100,
            Obj = new TestClassD()
            {
                MyProperty = "ddddddddddddddddddddddddddddddddddd",
                DateTime = DateTime.Now,
                Double = 2345.555,
                Int = 10100,
                Obj = new TestClassC()
                {
                    MyProperty = "cccccccccccccccccccccccccccccc",
                    DateTime = DateTime.Now,
                    Double = 2345.555,
                    Int = 10100,
                    Obj = new TestClassD()
                }
            }
        },
        new TestClassC()
        {
            MyProperty = "cccccc",
            DateTime = DateTime.Now,
            Double = 2345.555,
            Int = 10100,
            Obj = new TestClassD()
            {
                MyProperty = "ddddddddddddddddddddddddddddddddddd",
                DateTime = DateTime.Now,
                Double = 2345.555,
                Int = 10100,
                Obj = new TestClassC()
                {
                    MyProperty = "cccccccccccccccccccccccccccccc",
                    DateTime = DateTime.Now,
                    Double = 2345.555,
                    Int = 10100,
                    Obj = new TestClassD()
                }
            }
        },
    }
};

#endregion

var time = HiPerfTimer.Execute(() =>
{
    a.Map<TestClassA, TestClassB>();
    a.Map<TestClassA, TestClassB>();
});// 因为第一次需要编译表达式树，所以测试两次
Console.WriteLine($"ExpressionMapper映射2次耗时：{time}s");// 0.0270508s
time = HiPerfTimer.Execute(() =>
{
    for (int i = 0; i < 1000000; i++)
    {
        var b = a.Map<TestClassA, TestClassB>();
    }
});
Console.WriteLine($"ExpressionMapper映射1000000次耗时：{time}s");// 1.206569s

time = HiPerfTimer.Execute(() =>
{
    Mapper.Map<TestClassB>(a);
    Mapper.Map<TestClassB>(a);
});// 映射2次为了和ExpressionMapper保持相同情况
Console.WriteLine($"AutoMapper映射2次耗时：{time}s");// 0.0281503s
time = HiPerfTimer.Execute(() =>
{
    for (int i = 0; i < 1000000; i++)
    {
        var b = Mapper.Map<TestClassB>(a);
    }
});
Console.WriteLine($"AutoMapper映射1000000次耗时：{time}s");// 4.1858825s

28.枚举扩展

public enum MyEnum
{
    [Display(Name = "读")]
    [Description("读")]
    Read,
    
    [Display(Name = "写")]
    [Description("写")]
    Write
}

Dictionary<int, string> dic1 = typeof(MyEnum).GetDictionary();// 获取枚举值和字符串表示的字典映射
var dic2 = typeof(MyEnum).GetDescriptionAndValue();// 获取字符串表示和枚举值的字典映射
string desc = MyEnum.Read.GetDescription();// 获取Description标签
string display = MyEnum.Read.GetDisplay();// 获取Display标签的Name属性
var value = typeof(MyEnum).GetValue("Read");//获取字符串表示值对应的枚举值
string enumString = 0.ToEnumString(typeof(MyEnum));// 获取枚举值对应的字符串表示

29.定长队列实现

LimitedQueue<string> queue = new LimitedQueue<string>(32);// 声明一个容量为32个元素的定长队列
ConcurrentLimitedQueue<string> queue = new ConcurrentLimitedQueue<string>(32);// 声明一个容量为32个元素的线程安全的定长队列

30.反射操作

MyClass myClass = new MyClass();
PropertyInfo[] properties = myClass.GetProperties();// 获取属性列表
myClass.SetProperty("Email","1@1.cn");//给对象设置值

//动态增删对象的属性
MyClass myClass = new MyClass();
var mc = myClass.AddProperty(new List<ClassHelper.CustPropertyInfo>()
{
    new ClassHelper.CustPropertyInfo(typeof(string), "Name", "张三"),
    new ClassHelper.CustPropertyInfo(typeof(double), "Number", 123456.0),
});//添加属性
object newObj = mc.DeleteProperty(new List<string>() { "Email", "Age", "IP", "PhoneNumber" });// 删除属性
Console.WriteLine(newObj.ToJsonString());// {"Password":null,"Name":"张三","Number":123456.0}

31.获取线程内唯一对象

CallContext<T>.SetData("db",dbContext);//设置线程内唯一对象
CallContext<T>.GetData("db");//获取线程内唯一对象

32.asp.net core 获取静态的HttpContext对象

Startup.cs

public void ConfigureServices(IServiceCollection services)
{
    // ...
    services.AddStaticHttpContext();
    // ...
}

public void Configure(IApplicationBuilder app, IHostingEnvironment env)
{
    // ...
    app.UseStaticHttpContext();
    // ...
}

public async Task<IActionResult> Index()
{
    HttpContext context = HttpContext2.Current;
}

33.邮件发送

new Email()
{
    SmtpServer = "smtp.masuit.com",// SMTP服务器
    SmtpPort = 25, // SMTP服务器端口
    EnableSsl = true,//使用SSL
    Username = "admin@masuit.com",// 邮箱用户名
    Password = "123456",// 邮箱密码
    Tos = "10000@qq.com,10001@qq.com", //收件人
    Subject = "测试邮件",//邮件标题
    Body = "你好啊",//邮件内容
}.SendAsync(s =>
{
    Console.WriteLine(s);// 发送成功后的回调
});// 异步发送邮件

34.图像的简单处理

ImageUtilities.CompressImage(@"F:\src\1.jpg", @"F:\dest\2.jpg");//无损压缩图片

"base64".SaveDataUriAsImageFile();// 将Base64编码转换成图片

Image image = Image.FromFile(@"D:\1.jpg");
image.MakeThumbnail(@"D:\2.jpg", 120, 80, ThumbnailCutMode.LockWidth);//生成缩略图

Bitmap bmp = new Bitmap(@"D:\1.jpg");
Bitmap newBmp = bmp.BWPic(bmp.Width, bmp.Height);//转换成黑白
Bitmap newBmp = bmp.CutAndResize(new Rectangle(0, 0, 1600, 900), 160, 90);//裁剪并缩放
bmp.RevPicLR(bmp.Width, bmp.Height);//左右镜像
bmp.RevPicUD(bmp.Width, bmp.Height);//上下镜像

35.随机数

Random rnd = new Random();
int num = rnd.StrictNext();//产生真随机数
double gauss = rnd.NextGauss(20,5);//产生正态分布的随机数

Asp.Net MVC和Asp.Net Core的支持断点续传和多线程下载的ResumeFileResult

允许你在ASP.NET Core中通过MVC/WebAPI应用程序传输文件数据时使用断点续传以及多线程下载。

它允许提供ETag标题以及Last-Modified标题。它还支持以下前置条件标题：If-Match，If-None-Match，If-Modified-Since，If-Unmodified-Since，If-Range。

支持 ASP.NET Core 2.0

从.NET Core2.0开始，ASP.NET Core内部支持断点续传。因此只是对FileResult做了一些扩展。只留下了“Content-Disposition” Inline的一部分。所有代码都依赖于基础.NET类。

如何使用

.NET Framework

在你的控制器中，你可以像在FileResult一样的方式使用它。

using Masuit.Tools.Mvc;
using Masuit.Tools.Mvc.ResumeFileResult;

private readonly MimeMapper mimeMapper=new MimeMapper(); // 推荐使用依赖注入

public ActionResult ResumeFileResult()
{
    var path = Server.MapPath("~/Content/test.mp4");
    return new ResumeFileResult(path, mimeMapper.GetMimeFromPath(path), Request);
}

public ActionResult ResumeFile()
{
    return this.ResumeFile("~/Content/test.mp4", mimeMapper.GetMimeFromPath(path), "test.mp4");
}

public ActionResult ResumePhysicalFile()
{
    return this.ResumePhysicalFile(@"D:/test.mp4", mimeMapper.GetMimeFromPath(@"D:/test.mp4"), "test.mp4");
}

Asp.Net Core

要使用ResumeFileResults，必须在Startup.cs的ConfigureServices方法调用中配置服务：

using Masuit.Tools.AspNetCore.ResumeFileResults.Extensions;

public void ConfigureServices(IServiceCollection services)
{
    services.AddResumeFileResult();
}

然后在你的控制器中，你可以像在FileResult一样的方式使用它。

using Masuit.Tools.AspNetCore.ResumeFileResults.Extensions;

private const string EntityTag = "\"TestFile\"";

private readonly IHostingEnvironment _hostingEnvironment;

private readonly DateTimeOffset _lastModified = new DateTimeOffset(2016, 1, 1, 0, 0, 0, TimeSpan.Zero);

/// <summary>
/// 
/// </summary>
/// <param name="hostingEnvironment"></param>
public TestController(IHostingEnvironment hostingEnvironment)
{
    _hostingEnvironment = hostingEnvironment;
}

[HttpGet("content/{fileName}/{etag}")]
public IActionResult FileContent(bool fileName, bool etag)
{
    string webRoot = _hostingEnvironment.WebRootPath;
    var content = System.IO.File.ReadAllBytes(Path.Combine(webRoot, "TestFile.txt"));
    ResumeFileContentResult result = this.ResumeFile(content, "text/plain", fileName ? "TestFile.txt" : null, etag ? EntityTag : null);
    result.LastModified = _lastModified;
    return result;
}

[HttpGet("content/{fileName}")]
public IActionResult FileContent(bool fileName)
{
    string webRoot = _hostingEnvironment.WebRootPath;
    var content = System.IO.File.ReadAllBytes(Path.Combine(webRoot, "TestFile.txt"));
    var result = new ResumeFileContentResult(content, "text/plain")
    {
        FileInlineName = "TestFile.txt",
        LastModified = _lastModified
    };
    return result;
}

[HttpHead("file")]
public IActionResult FileHead()
{
    ResumeVirtualFileResult result = this.ResumeFile("TestFile.txt", "text/plain", "TestFile.txt", EntityTag);
    result.LastModified = _lastModified;
    return result;
}

[HttpPut("file")]
public IActionResult FilePut()
{
    ResumeVirtualFileResult result = this.ResumeFile("TestFile.txt", "text/plain", "TestFile.txt", EntityTag);
    result.LastModified = _lastModified;
    return result;
}

[HttpGet("stream/{fileName}/{etag}")]
public IActionResult FileStream(bool fileName, bool etag)
{
    string webRoot = _hostingEnvironment.WebRootPath;
    FileStream stream = System.IO.File.OpenRead(Path.Combine(webRoot, "TestFile.txt"));

    ResumeFileStreamResult result = this.ResumeFile(stream, "text/plain", fileName ? "TestFile.txt" : null, etag ? EntityTag : null);
    result.LastModified = _lastModified;
    return result;
}

[HttpGet("stream/{fileName}")]
public IActionResult FileStream(bool fileName)
{
    string webRoot = _hostingEnvironment.WebRootPath;
    FileStream stream = System.IO.File.OpenRead(Path.Combine(webRoot, "TestFile.txt"));

    var result = new ResumeFileStreamResult(stream, "text/plain")
    {
        FileInlineName = "TestFile.txt",
        LastModified = _lastModified
    };

    return result;
}

[HttpGet("physical/{fileName}/{etag}")]
public IActionResult PhysicalFile(bool fileName, bool etag)
{
    string webRoot = _hostingEnvironment.WebRootPath;

    ResumePhysicalFileResult result = this.ResumePhysicalFile(Path.Combine(webRoot, "TestFile.txt"), "text/plain", fileName ? "TestFile.txt" : null, etag ? EntityTag : null);
    result.LastModified = _lastModified;
    return result;
}

[HttpGet("physical/{fileName}")]
public IActionResult PhysicalFile(bool fileName)
{
    string webRoot = _hostingEnvironment.WebRootPath;

    var result = new ResumePhysicalFileResult(Path.Combine(webRoot, "TestFile.txt"), "text/plain")
    {
        FileInlineName = "TestFile.txt",
        LastModified = _lastModified
    };

    return result;
}

[HttpGet("virtual/{fileName}/{etag}")]
public IActionResult VirtualFile(bool fileName, bool etag)
{
    ResumeVirtualFileResult result = this.ResumeFile("TestFile.txt", "text/plain", fileName ? "TestFile.txt" : null, etag ? EntityTag : null);
    result.LastModified = _lastModified;
    return result;
}

以上示例将为您的数据提供“Content-Disposition：attachment”。当没有提供fileName时，数据将作为“Content-Disposition：inline”提供。另外，它可以提供ETag和LastModified标题。

[HttpGet("virtual/{fileName}")]
public IActionResult VirtualFile(bool fileName)
{
    var result = new ResumeVirtualFileResult("TestFile.txt", "text/plain")
    {
        FileInlineName = "TestFile.txt",
        LastModified = _lastModified
    };
    return result;
}

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Masuit.Tools

特色功能示例代码

1.检验字符串是否是Email、手机号、URL、IP地址、身份证号

2.硬件监测(仅支持Windows)

3.大文件操作

4.html的防XSS处理：

5.整理操作系统的内存：

6.任意进制转换

7.纳秒级性能计时器

8.单机产生唯一有序的短id

9.产生分布式唯一有序短id

10.农历转换

11.Linq表达式树扩展

12.模版引擎

13.List转Datatable

14.文件压缩解压

15.日志组件

16.FTP客户端

17.多线程后台下载

18.Socket客户端操作类

19.RedisHelper

20.加密解密

21.Redis分布式锁

22.实体校验

23.HTML操作

24.DateTime扩展

25.IP地址和URL

26.元素去重

27.对象实体映射

28.枚举扩展

29.定长队列实现

30.反射操作

31.获取线程内唯一对象

32.asp.net core 获取静态的HttpContext对象

33.邮件发送

34.图像的简单处理

35.随机数

Asp.Net MVC和Asp.Net Core的支持断点续传和多线程下载的ResumeFileResult

支持 ASP.NET Core 2.0

如何使用

.NET Framework

Asp.Net Core

推荐项目

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简介

发行版

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