static void Main(string[] args)
{
Console.WriteLine(RsaKeyGenerator.XmlKey(2048)[0]);
Console.WriteLine(RsaKeyGenerator.Pkcs1Key(2048, true)[0]);
Console.WriteLine(RsaKeyGenerator.Pkcs8Key(2048, true)[0]);
Console.WriteLine("Key Convert:");
var keyList = RsaKeyGenerator.Pkcs1Key(2048, false);
var privateKey = keyList[0];
var publicKey = keyList[1];
Console.WriteLine("public key pkcs1->xml:");
Console.WriteLine(RsaKeyConvert.PublicKeyPemToXml(publicKey));
var bigDataRsa = new RsaPkcs1Util(Encoding.UTF8, publicKey, privateKey, 2048);
var str = bigDataRsa.EncryptBigData("abcdefg", 3, "$", RSAEncryptionPadding.Pkcs1);
Console.WriteLine("Big Data Encrypt:");
Console.WriteLine(str);
Console.WriteLine("Big Data Decrypt:");
Console.WriteLine(string.Join("", bigDataRsa.DecryptBigData(str, "$", RSAEncryptionPadding.Pkcs1)));
Console.ReadKey();
}
static void Main(string[] args)
{
Console.WriteLine(2 << 1);
Console.WriteLine(RsaKeyGenerator.XmlKey(2048)[0]);
Console.WriteLine(RsaKeyGenerator.Pkcs1Key(2048, true)[0]);
Console.WriteLine(RsaKeyGenerator.Pkcs8Key(2048, true)[0]);
Console.WriteLine("Key Convert:");
var keyList = RsaKeyGenerator.Pkcs1Key(512, false);
var privateKey = keyList[0];
var publicKey = keyList[1];
Console.WriteLine("public key pkcs1->xml:");
Console.WriteLine(RsaKeyConvert.PublicKeyPemToXml(publicKey));
var bigDataRsa = new RsaPkcs1Util(Encoding.UTF8, publicKey, privateKey, 2048);
var data = "响应式布局的概念是一个页面适配多个终端及不同分辨率。在针对特定屏幕宽度优化应用 UI 时，我们将此称为创建响应式设计。WPF设计之初响应式设计的概念并不流行，那时候大部分网页设计师都按着宽度960像素的标准设计。到了UWP诞生的时候响应式布局已经很流行了，所以UWP提供了很多响应式布局的技术，这篇文章简单总结了一些响应式布局常用的技术，更完整的内容请看文章最后给出的参考网站。所谓的传统，是指在响应式设计没流行前XAML就已经存在的应对不同分辨率的技术，毕竟桌面客户端常常也调整窗体的大小，有些人还同时使用两个不同分辨率的屏幕。以我的经验来说以下这些做法可以使UI有效应对分辨率改变不同的DPI设定、不同的本地化字符串长度都可能使整个页面布局乱掉。而且和网页不同，WPF窗体默认没有提供ScrollViewer，所以千万不能忘记。在桌面客户端合理使用以上技术可以避免客户投诉。但UWP主打跨平台，它需要更先进（或者说，更激进）的技术。微软的官方文档介绍了UWP中响应式设计常用的6个技术，包括重新定位、调整大小、重新排列、显示/隐藏、替换和重新构建，具体可见以下网站：UWP中部分控件已经实现了响应式行为， 最典型的就是NavigationView。可以使用 PaneDisplayMode 属性配置不同的导航样式或显示模式。默认情况下，PaneDisplayMode 设置为 Auto。在 Auto 模式下，导航视图会进行自适应，在窗口狭窄时为 LeftMinimal，接下来为 LeftCompact，随后在窗口变宽时为 Left。这种时候MVVM的优势就体现出来了，因为VIEW和VIEWMODEL解耦了，VIEW随便换，而且整个UI显示隐藏说不定比多个小模块独自改变性能更好。说到性能，UWP的很多场景都为已经死了多年的WindowsWobile考虑了性能，更不用说现在的桌面平台，所以做UWP不需要太过介意性能，尤其是已经在WPF上培养出小心翼翼的习惯的开发者，UWP的性能问题等真的出现了再说。除了使用显示隐藏，UWP还可以使用限定符名称指定CodeBehind对应的XAML文件，这有点像是自适应应用的话题。使用格式如下";
var str = bigDataRsa.EncryptBigData(data, RSAEncryptionPadding.Pkcs1);
Console.WriteLine("Big Data Encrypt:");
Console.WriteLine(str);
Console.WriteLine("Big Data Decrypt:");
Console.WriteLine(string.Join("", bigDataRsa.DecryptBigData(str, RSAEncryptionPadding.Pkcs1)));
Console.ReadKey();
}
/// <summary>
/// XML格式的RSA密钥
/// </summary>
/// <returns></returns>
public static string CreateXMLKey()
{
var keyList = RsaKeyGenerator.XmlKey(2048);
var privateKey = keyList[0];
var publicKey = keyList[1];
return($"私钥：{privateKey}\n公钥：{publicKey}");
}
private int OnExecute(CommandLineApplication app)
{
if (app.Options.Count == 1 && app.Options[0].ShortName == "h")
{
app.ShowHelp();
}
try
{
bool pemFormat = bool.Parse(PemFormat);
string publicKey = string.Empty;
string privateKey = string.Empty;
List <string> keyList;
switch (Format)
{
case "xml":
keyList = RsaKeyGenerator.XmlKey(KeySize);
privateKey = keyList[0];
publicKey = keyList[1];
break;
case "pkcs1":
keyList = RsaKeyGenerator.Pkcs1Key(KeySize, pemFormat);
privateKey = keyList[0];
publicKey = keyList[1];
break;
case "pkcs8":
keyList = RsaKeyGenerator.Pkcs8Key(KeySize, pemFormat);
privateKey = keyList[0];
publicKey = keyList[1];
break;
}
if (!Directory.Exists(Output))
{
Directory.CreateDirectory(Output);
}
File.WriteAllText(Path.Combine(Output, "public.key"), publicKey);
File.WriteAllText(Path.Combine(Output, "private.key"), privateKey);
app.Out.WriteLine($"Process success.File saved in {Output}.");
}
catch (Exception e)
{
app.Out.WriteLine($"Process error.Detail message:{e.Message}");
return(1);
}
return(0);
}
static void Main(string[] args)
{
var keyList = RsaKeyGenerator.XmlKey(2048);
var privateKey = keyList[0];
var publicKey = keyList[1];
Console.WriteLine(RsaKeyGenerator.XmlKey(2048)[0]);
Console.WriteLine(RsaKeyGenerator.Pkcs1Key(2048, true)[0]);
Console.WriteLine(RsaKeyGenerator.Pkcs8Key(2048, true)[0]);
Console.ReadKey();
}
static void Main(string[] args)
{
Console.WriteLine(RsaKeyGenerator.XmlKey(2048)[0]);
Console.WriteLine(RsaKeyGenerator.Pkcs1Key(2048, true)[0]);
Console.WriteLine(RsaKeyGenerator.Pkcs8Key(2048, true)[0]);
Console.WriteLine("Key Convert:");
var keyList = RsaKeyGenerator.Pkcs1Key(2048, false);
var privateKey = keyList[0];
var publicKey = keyList[1];
Console.WriteLine("public key pkcs1->xml:");
Console.WriteLine(RsaKeyConvert.PublicKeyPemToXml(publicKey));
Console.ReadKey();
}
/// <summary>
/// 生成公私钥对
/// </summary>
public static void CreateRSAKey()
{
var keyList = RsaKeyGenerator.XmlKey(2048);
var privateKey = keyList[0];
var publicKey = keyList[1];
// XML
Console.WriteLine(RsaKeyGenerator.XmlKey(2048)[0]);
Console.WriteLine("++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++");
Console.WriteLine(RsaKeyGenerator.XmlKey(2048)[1]);
Console.WriteLine("================================================================================");
// Pkcs1
Console.WriteLine(RsaKeyGenerator.Pkcs1Key(2048, true)[0]);
Console.WriteLine("++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++");
Console.WriteLine(RsaKeyGenerator.Pkcs1Key(2048, true)[1]);
Console.WriteLine("================================================================================");
// Pkcs8
Console.WriteLine(RsaKeyGenerator.Pkcs8Key(2048, true)[0]);
Console.WriteLine("++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++");
Console.WriteLine(RsaKeyGenerator.Pkcs8Key(2048, true)[1]);
Console.ReadKey();
}
public RsaKeyPair(RsaKeyType keyType, int keySize)
{
List <string> keys;
switch (keyType)
{
case RsaKeyType.XML:
keys = RsaKeyGenerator.XmlKey(keySize);
break;
case RsaKeyType.Pkcs1:
keys = RsaKeyGenerator.Pkcs1Key(keySize, false);
break;
case RsaKeyType.Pkcs8:
keys = RsaKeyGenerator.Pkcs8Key(keySize, false);
break;
default:
throw new ArgumentException("Key类型不存在");
}
PrivateKey = keys[0];
PublicKey = keys[1];
}
private static void Main(string[] args)
{
var input = ",130680807779,";
// 取匹配
var matches = Regex.Matches(input, @"(1)\d{10}")
.Select(m => m.Value)
.ToList();
matches = Regex.Matches(",1306808077701234,", @"(1)\d{10,20}")
.Select(m => m.Value)
.ToList();
matches = Regex.Matches("17703430350,,", @"(1)\d{10,20}")
.Select(m => m.Value)
.ToList();
Encoding.RegisterProvider(CodePagesEncodingProvider.Instance);
var str = "筷开动1234Abc";
var gbk = Encoding.GetEncoding("GBK").GetBytes(str);
var gbkToStr = Encoding.GetEncoding("GBK").GetString(gbk);
Console.WriteLine($"GBK是否相同：{str == gbkToStr}\n");
Console.WriteLine("获取Ticks测试------start-------");
for (var i = 0; i < 10; i++)
{
var ticks = DateTime.Now.Ticks.ToString();
Console.WriteLine($" {i} ticks:{ticks} len:{ticks.Length}");
}
Console.WriteLine("获取Ticks测试------end-------");
var keyList = RsaKeyGenerator.XmlKey(2048);
var privateKey = keyList[0];
var publicKey = keyList[1];
var source = "1234再看看看！@#￥#！#";
var rsaXmlUtil = new RsaXmlUtil(Encoding.UTF8, publicKey, privateKey);
var encryptData = rsaXmlUtil.Encrypt(source, RSAEncryptionPadding.OaepSHA256);
Console.WriteLine("加密测试：");
Console.WriteLine(" 加密后的数据：{0}", encryptData);
var decryptData = rsaXmlUtil.Decrypt(encryptData, RSAEncryptionPadding.OaepSHA256);
Console.WriteLine("\n 解密后的数据：{0}", decryptData);
Console.WriteLine(" 解密后的数据与源数据相同:{0}", source == decryptData);
Console.WriteLine("\n签名测试：");
var signData = rsaXmlUtil.SignData(source, HashAlgorithmName.SHA256, RSASignaturePadding.Pkcs1);
Console.WriteLine(" 签名值：{0}", signData);
var verifyRet =
rsaXmlUtil.VerifyData(source, signData, HashAlgorithmName.SHA256, RSASignaturePadding.Pkcs1);
Console.WriteLine(" 验证签名：{0}", verifyRet);
Console.WriteLine("\n签名转换:");
var privatePkcs1 = RsaKeyConvert.PrivateKeyXmlToPkcs1(privateKey);
var publicPkcs1 = RsaKeyConvert.PublicKeyXmlToPem(publicKey);
Console.WriteLine(" private key of Pkcs1:{0}", privatePkcs1);
Console.WriteLine(" public key of Pkcs1:{0}", publicPkcs1);
Console.WriteLine("Guid转换String测试.---开始---");
var id = Guid.NewGuid();
var idString = id.ToString("N");
Console.WriteLine("Guid.ToString(N)={0},原guid:{1}", idString, id);
var idFromString = Guid.ParseExact(idString, "N");
Console.WriteLine("Guid.ParseExact(idString,N):{0} ,是否相等：{1}", idFromString, idFromString == id);
Console.WriteLine("Guid转换String测试.---结束。");
Console.ReadLine();
}
