public string CreateSignature(IToken token, Uri uri, string verb, string verifier = null, string callback = null)
{
var oAuthParameters = new OAuthParameters(
new ConsumerKey(token.ConsumerKey),
new TokenKey(token.TokenKey),
"HMAC-SHA1",
new DefaultTimestampSequence(),
new DefaultNonceSequence(),
string.Empty,
"1.0",
verifier,
token.Session,
callback);
var signatureBaseString =
new SignatureBaseString(
new Request
{
Url = uri,
Verb = verb
},
oAuthParameters);
var signature = new HmacSha1().Sign(signatureBaseString, token.ConsumerSecret, token.TokenSecret);
oAuthParameters.SetSignature(signature);
return(new AuthorizationHeader(oAuthParameters, string.Empty).Value);
}
/// <summary>
/// 检验是否合法
/// </summary>
/// <returns></returns>
public bool CheckSign(string secretKey, char separator = ';')
{
var strTicketParas = GetSignContent(separator);
var signData = HmacSha1.EncryptBase64(strTicketParas.ToString(), secretKey);
return(Sign == signData);
}
public Fixture Then_the_signature_is(string expected)
{
string actual = new HmacSha1().Sign(_signatureBaseString, _consumerSecret, _tokenSecret);
return(new YesNoFixture(expected == actual,
"Invalid signature. Expected [" + expected + "]. Got [" + actual + "].", 2
));
}
/// <summary>
/// 生成签名后的字符串
/// </summary>
/// <returns></returns>
public string ToSignData(string secretKey, char separator = ';')
{
TimeSpan = DateTime.Now.ToUtcSeconds();
var encrpStr = GetSignContent(separator);
Sign = HmacSha1.EncryptBase64(encrpStr.ToString(), secretKey);
AddSignDataValue("sign", Sign, separator, encrpStr);
return(encrpStr.ToString());
}
public string Hash(HashType type, string input, string password)
{
switch (type)
{
case HashType.HmacSha1:
HmacSha1 hmacSha1 = new HmacSha1();
return(hmacSha1.Hash(input, password));
case HashType.HmacSha2:
break;
default:
return("Cannot hash with these inputs");
}
return("Something went wrong during hashing");
}
public byte[] Hash(HashType type, byte[] input, byte[] password)
{
switch (type)
{
case HashType.HmacSha1:
HmacSha1 hmacSha1 = new HmacSha1();
return(hmacSha1.Hash(input, password));
case HashType.HmacSha2:
break;
default:
return(null);
}
return(null);
}
public Eeprom(string file)
{
Data = File.ReadAllBytes(file);
if (Data.Length != Size)
{
throw new InvalidDataException("EEPROM must be 256 bytes.");
}
Stream = new MemoryStream(Data);
Reader = new BinaryReader(Stream);
Writer = new BinaryWriter(Stream);
HmacSha1 sha = new HmacSha1();
RC4 rc4 = new RC4();
EepromVersion version = 0;
// loop through each version attempting to decrypt the security data
while (version <= EepromVersion.RetailLast)
{
byte[] origHash = Data.Subset(0, 20);
// decrypt according to the specified version
rc4.Init(sha.Compute(version, origHash));
byte[] decrypted = Data.Subset(0x14, 0x1C);
rc4.Crypt(decrypted, 0, decrypted.Length);
// if decrypted data hash matches the original then it's valid and the specific version is now known
if (origHash.IsEqual(sha.Compute(version, decrypted)))
{
// update with the decrypted data
Stream.Position = 0x14;
Writer.Write(decrypted);
// set the detected version
Version = version;
break;
}
version++;
}
}
public Fixture Then_we_can_connect()
{
var oAuthParameters = new OAuthParameters(
_consumer.ConsumerKey,
new TokenKey(string.Empty),
"HMAC-SHA1",
new DefaultTimestampSequence(),
new DefaultNonceSequence(),
string.Empty,
"1.0"
);
var signatureBaseString =
new SignatureBaseString(
new Request {
Url = new Uri("https://api.twitter.com/oauth/request_token"),
Verb = "GET"
},
oAuthParameters
);
var signature = new HmacSha1().Sign(signatureBaseString.Value, _consumer.Secret, null);
oAuthParameters.SetSignature(signature);
var header = new AuthorizationHeader(oAuthParameters, string.Empty);
var req = (HttpWebRequest)WebRequest.Create("https://api.twitter.com/oauth/request_token");
req.Headers.Add("Authorization", header.Value);
var response = TInternet.Get(req);
const HttpStatusCode expected = HttpStatusCode.OK;
var actual = response.StatusCode;
return(new YesNoFixture(actual == expected, "Expected [" + expected + "]. Got [" + actual + "]", 2));
}
/// <summary>
/// Saves the eeprom contents to file.
/// If the version is unknown the security section will not be overwritten.
/// </summary>
/// <param name="file"></param>
public void Save(string file)
{
UpdateChecksums();
// skip writing security section if version is unknown
if (Version == EepromVersion.Unknown)
{
using (FileStream fs = new FileStream(file, FileMode.Open, FileAccess.Write, FileShare.None))
{
fs.Position = 0x30;
fs.Write(Data, 0x30, Size - 0x30);
}
}
else
{
// copy data to a separate buffer
byte[] eepromCopy = new byte[Size];
Data.CopyTo(eepromCopy, 0);
// update security section of copy
if (Version != EepromVersion.Unknown)
{
HmacSha1 sha = new HmacSha1();
RC4 rc4 = new RC4();
// hash decrypted confounder/hddkey/region
byte[] hash = sha.Compute(Version, eepromCopy.Subset(0x14, 0x1C));
hash.CopyTo(eepromCopy, 0);
// re-encrypt data
rc4.Init(sha.Compute(Version, hash));
rc4.Crypt(eepromCopy, 20, 28);
}
File.WriteAllBytes(file, eepromCopy);
}
}
public static byte[] GenerateChecksum(string checksum, int offset, byte[] buffer, int eof = -1)
{
byte[] returnValue = null;
switch (checksum)
{
case "Adler8 - {1Bytes}":
returnValue = eof == -1 ? Adler8.Compute(offset, buffer) : Adler8.Compute(offset, buffer, eof);
break;
case "Adler16 - {2Bytes}":
returnValue = eof == -1 ? Adler16.Compute(offset, buffer) : Adler16.Compute(offset, buffer, eof);
break;
case "Adler32 - {4Bytes}":
returnValue = eof == -1 ? Adler32.Compute(offset, buffer) : Adler32.Compute(offset, buffer, eof);
break;
case "Checksum8 - {1Bytes}":
returnValue = eof == -1 ? Checksum8.Compute(offset, buffer) : Checksum8.Compute(offset, buffer, eof);
break;
case "Checksum16 - {2Bytes}":
returnValue = eof == -1 ? Checksum16.Compute(offset, buffer) : Checksum16.Compute(offset, buffer, eof);
break;
case "Checksum24 - {3Bytes}":
returnValue = eof == -1 ? Checksum24.Compute(offset, buffer) : Checksum24.Compute(offset, buffer, eof);
break;
case "Checksum32 - {4Bytes}":
returnValue = eof == -1 ? Checksum32.Compute(offset, buffer) : Checksum32.Compute(offset, buffer, eof);
break;
case "Checksum40 - {5Bytes}":
returnValue = eof == -1 ? Checksum40.Compute(offset, buffer) : Checksum40.Compute(offset, buffer, eof);
break;
case "Checksum48 - {6Bytes}":
returnValue = eof == -1 ? Checksum48.Compute(offset, buffer) : Checksum48.Compute(offset, buffer, eof);
break;
case "Checksum56 - {7Bytes}":
returnValue = eof == -1 ? Checksum56.Compute(offset, buffer) : Checksum56.Compute(offset, buffer, eof);
break;
case "Checksum64 - {8Bytes}":
returnValue = eof == -1 ? Checksum64.Compute(offset, buffer) : Checksum64.Compute(offset, buffer, eof);
break;
case "CRC16 - {2Bytes}":
Crc16 crc16 = new Crc16();
returnValue = eof == -1 ? crc16.Compute(offset, buffer) : crc16.Compute(offset, buffer, eof);
break;
case "CRC16 CCITT - {2Bytes}":
Crc16ccitt crc16Ccitt = new Crc16ccitt();
returnValue = eof == -1 ? crc16Ccitt.Compute(offset, buffer) : crc16Ccitt.Compute(offset, buffer, eof);
break;
case "CRC32 - {4Bytes}":
returnValue = eof == -1 ? Crc32.Compute(offset, buffer) : Crc32.Compute(offset, buffer, eof);
break;
case "HMAC SHA 1 (128) - {16Bytes}":
returnValue = eof == -1 ? HmacSha1.Compute(offset, buffer) : HmacSha1.Compute(offset, buffer, eof);
break;
case "HMAC SHA 256 - {32Bytes}":
returnValue = eof == -1 ? HmacSha256.Compute(offset, buffer) : HmacSha256.Compute(offset, buffer, eof);
break;
case "HMAC SHA 384 - {48Bytes}":
returnValue = eof == -1 ? HmacSha384.Compute(offset, buffer) : HmacSha384.Compute(offset, buffer, eof);
break;
case "HMAC SHA 512 - {64Bytes}":
returnValue = eof == -1 ? HmacSha512.Compute(offset, buffer) : HmacSha512.Compute(offset, buffer, eof);
break;
case "MD5 - {16Bytes}":
returnValue = eof == -1 ? Md5.Compute(offset, buffer) : Md5.Compute(offset, buffer, eof);
break;
case "MD5 CNG - {16Bytes}":
returnValue = eof == -1 ? Md5Cng.Compute(offset, buffer) : Md5Cng.Compute(offset, buffer, eof);
break;
}
return(returnValue);
}
public IActionResult TestCommon()
{
ViewData["ContentRootPath"] = FileHelper.ContentRootPath;
ViewData["WebRootPath"] = FileHelper.WebRootPath;
ViewData["WebRootName"] = FileHelper.WebRootName;
string strRequestMsg = string.Empty;
strRequestMsg += " HasFormContentType：" + MyHttpContext.Current.Request.HasFormContentType + Environment.NewLine;
strRequestMsg += " Host：" + MyHttpContext.Current.Request.Host + Environment.NewLine;
strRequestMsg += " IsHttps：" + MyHttpContext.Current.Request.IsHttps + Environment.NewLine;
strRequestMsg += " Method：" + MyHttpContext.Current.Request.Method + Environment.NewLine;
strRequestMsg += " Path：" + MyHttpContext.Current.Request.Path + Environment.NewLine;
strRequestMsg += " PathBase：" + MyHttpContext.Current.Request.PathBase + Environment.NewLine;
strRequestMsg += " Protocol：" + MyHttpContext.Current.Request.Protocol + Environment.NewLine;
strRequestMsg += " Scheme：" + MyHttpContext.Current.Request.Scheme + Environment.NewLine;
ViewData["RequestMsg"] = strRequestMsg;
ViewData["RequestReferer"] = MyHttpContext.Current.Request.UrlReferrer();
string strHeaders = string.Empty;
foreach (String strFormKey in MyHttpContext.Current.Request.Headers.Keys)
{
strHeaders += strFormKey + "：" + MyHttpContext.Current.Request.Headers[strFormKey] + "#####";
}
ViewData["RequestHeaders"] = strHeaders;
ViewData["RequestHeadersJSON"] = ""; //MyHttpContext.Current.Request.Headers.ToJson();
string strForm = string.Empty;
if (MyHttpContext.Current.Request.Method == "POST")
{
foreach (String strFormKey in MyHttpContext.Current.Request.Form.Keys)
{
strForm += strFormKey + "：" + DataConverter.ToString(MyHttpContext.Current.Request.Form[strFormKey]) + "#####";
}
}
ViewData["RequestFormJSON"] = strForm;
//ViewData["RequestFormJSON"] = MyHttpContext.Current.Request.Form.ToJson();
string strCurrentTime = DateTime.Now.ToString("yyyy-MM-dd HH:mm:ss:fff");
var resultAdd = CacheHelper.CacheServiceProvider.AddOrUpdate("CurrentTime", strCurrentTime);
if (CacheHelper.CacheServiceProvider.Exists("CurrentTime"))
{
string resultGet = CacheHelper.CacheServiceProvider.Get <string>("CurrentTime");
ViewData["CurrentTime"] = resultGet;
}
string strMsg = "我是加密文件，请保管好";
string strKey = Guid.NewGuid().ToString().Replace("-", string.Empty);
string strEncryptAes = AesRijndael.Encrypt(strMsg, strKey);
string strDecryptAes = AesRijndael.Decrypt(strEncryptAes, strKey);
ViewData["EncryptAes"] = strEncryptAes;
ViewData["DecryptAes"] = strDecryptAes;
string strEncryptHmacSha1 = HmacSha1.EncryptUtf8(strMsg, strKey);
string strEncryptHmacSha1Base64 = HmacSha1.EncryptBase64(strMsg, strKey);
ViewData["EncryptHmacSha1"] = strEncryptHmacSha1;
ViewData["EncryptHmacSha1Base64"] = strEncryptHmacSha1Base64;
string strEncryptMd5 = Md5.EncryptHexString(strMsg);
ViewData["EncryptMd5"] = strEncryptMd5;
string strEncryptSha1 = Sha1.Encrypt(strMsg);
ViewData["EncryptSha1"] = strEncryptSha1;
ViewData["ClientIP"] = IPHelper.GetClientIP();
ViewData["HostIP"] = IPHelper.GetHostIP();
ViewData["RandomFormatedNumeric"] = RandomHelper.GetFormatedNumeric(4, 10);
ViewData["RandomString"] = RandomHelper.GetRandString(4);
ViewData["RandomStringByPattern"] = RandomHelper.GetRandStringByPattern("JX###???***");
ViewData["StringHelper-GetHashKey"] = StringHelper.GetHashKey(strMsg, StringFilterOptions.HoldChinese);
ViewData["StringHelper-GetStringHashKey"] = StringHelper.GetStringHashKey(strMsg);
ViewData["StringHelper-MD5"] = StringHelper.MD5(strMsg);
ViewData["StringHelper-MD5D"] = StringHelper.MD5D(strMsg);
ViewData["StringHelper-MD5GB2312"] = StringHelper.MD5GB2312(strMsg);
ViewData["StringHelper-SHA1"] = StringHelper.SHA1(strMsg);
ViewData["StringHelper-ValidateMD5"] = StringHelper.ValidateMD5(strEncryptMd5, StringHelper.MD5(strMsg));
ViewData["StringHelper-SubString"] = StringHelper.SubString(strMsg, 12, "...");
ViewData["StringHelper-GetInitial"] = StringHelper.GetInitial(strMsg);
ViewData["StringHelper-MakeSpellCode"] = ChineseSpell.MakeSpellCode(strMsg, SpellOptions.EnableUnicodeLetter);
ViewData["StringHelper-FirstLetterOnly"] = ChineseSpell.MakeSpellCode(strMsg, SpellOptions.FirstLetterOnly);
ViewData["XmlSerializer"] = ConfigHelper.Get <IPLockConfig>().ToXml();
var strXML = "<IPLockConfig> <AdminLockIPBlack>10.123.123.1</AdminLockIPBlack> <AdminLockIPType>30.123.123.3</AdminLockIPType> <AdminLockIPWhite>20.123.123.2</AdminLockIPWhite> <LockIPType>60.123.123.6</LockIPType> <LockIPBlack>40.123.123.4</LockIPBlack> <LockIPWhite>50.123.123.5</LockIPWhite> </IPLockConfig>";
var ipLockConfig = strXML.ToXmlObject <IPLockConfig>();
ViewData["XmlDeserialize"] = "IPLockConfig:" + ipLockConfig.AdminLockIPBlack + " " + ipLockConfig.AdminLockIPType + " " + ipLockConfig.AdminLockIPWhite;
ViewData["JsonSerializer"] = ConfigHelper.Get <WebHostConfig>().ToJson();
ConfigHelper.Save(ConfigHelper.Get <ShopConfig>());
ConfigHelper.Save(ConfigHelper.Get <SiteConfig>());
ConfigHelper.Save(ConfigHelper.Get <SiteOptionConfig>());
ConfigHelper.Save(ConfigHelper.Get <SmsConfig>());
ConfigHelper.Save(ConfigHelper.Get <UserConfig>());
ConfigHelper.Save(ConfigHelper.Get <WebHostConfig>());
var strJSON = "{\"AuthenticationType\": 0,\"EnabledSsl\": false,\"MailFrom\": \"[email protected]\",\"MailServer\": \"smtp.qq.com\",\"MailServerPassWord\": \"lx123456\",\"MailServerUserName\": \"2094838895\",\"Port\": \"25\"}";
var mailConfig = strJSON.ToJsonObject <MailConfig>();
ViewData["JsonDeserialize"] = mailConfig.AuthenticationType + " " + mailConfig.EnabledSsl + " " + mailConfig.MailFrom + " " + mailConfig.MailServer;
CookieHelper.CreateCookie("cName", "aspnetcore" + strCurrentTime, 10);
ViewData["CookieHelper"] = CookieHelper.GetCookie("cName");
//CookieHelper.DeleteCookie("cName");
DateTime beginDate = new DateTime(2015, 12, 5);
DateTime endDate = DateTime.Now;
ViewData["DateDiff-yyyy"] = Utility.DateDiff(beginDate, endDate, "yyyy");
ViewData["DateDiff-q"] = Utility.DateDiff(beginDate, endDate, "q");
ViewData["DateDiff-m"] = Utility.DateDiff(beginDate, endDate, "m");
ViewData["DateDiff-d"] = Utility.DateDiff(beginDate, endDate, "d");
ViewData["DateDiff-w"] = Utility.DateDiff(beginDate, endDate, "w");
ViewData["DateDiff-h"] = Utility.DateDiff(beginDate, endDate, "h");
ViewData["DateDiff-n"] = Utility.DateDiff(beginDate, endDate, "n");
ViewData["DateDiff-s"] = Utility.DateDiff(beginDate, endDate, "s");
ViewData["Query-name"] = Utility.Query("name");
ViewData["Query-date"] = Utility.Query("date", DateTime.Now).ToString("yyyy-MM-dd HH:mm:ss:fff");
ViewData["Query-age"] = Utility.Query("age", 0);
ViewData["Query-mobile"] = Utility.AddQuery("mobile", "15871375589");
var mailConfigSession = ConfigHelper.Get <MailConfig>();
Utility.SetSession("sessionName", mailConfigSession);
ViewData["GroupTypeEnum"] = EnumHelper.GetDescription((GroupTypeEnum)(0));
ViewData["GroupTypeEnum1"] = EnumHelper.GetDescription <GroupTypeEnum>(GroupTypeEnum.Agent.ToString());
LogFactory.SaveFileLog("日志标题get", "日志内容");
return(View());
}
