public int CompareTo(AppVersion other)
{
AssertUtils.AssertNotNull(other);
var compare = ComparableUtils.Compare(this.Major, other.Major);
if (compare != 0)
{
return(compare);
}
compare = ComparableUtils.Compare(this.Minor, other.Minor);
if (compare != 0)
{
return(compare);
}
compare = ComparableUtils.Compare(this.Build ?? 0, other.Build ?? 0);
if (compare != 0)
{
return(compare);
}
return(ComparableUtils.Compare(this.Revision ?? 0, other.Revision ?? 0));
}
public byte[] Digest(byte[] message)
{
Initialize();
AssertUtils.AssertNotNull(message);
return(macEngine.ComputeHash(message));
}
public string Digest(string message)
{
Initialize();
AssertUtils.AssertNotNull(message);
return(BaseEncoder.Encode(Digester.Digest(Charset.GetBytes(message))));
}
protected override void Init()
{
Charset = ValueUtils.ValueOrDefault(Charset, Encoding.UTF8);
BaseEncoder = ValueUtils.ValueOrDefault(BaseEncoder, BaseEncoder.Base64);
AssertUtils.AssertNotNull(Digester);
}
// Major - increased when the feature set/API of the software changes significantly
// Minor - increased when notable changes are made, minor API changes or addition of new functionality
// Build - increased when minor changes are made, typically bug fixes and improvements(though no API changes)
// Revision - Represents the build instance
public static AppVersion Parse(string version)
{
AssertUtils.AssertNotNull(version);
if (!VersionPattern.IsMatch(version))
{
return(null);
}
string[] numbers = version.Split(new char[] { '.' });
var appVersion = new AppVersion
{
Major = int.Parse(numbers[0]),
Minor = int.Parse(numbers[1])
};
if (numbers.Length >= 3)
{
appVersion.Build = int.Parse(numbers[2]);
}
if (numbers.Length == 4)
{
appVersion.Revision = int.Parse(numbers[3]);
}
return(appVersion);
}
public string Decrypt(string message)
{
Initialize();
AssertUtils.AssertNotNull(message);
return(Charset.GetString(Encryptor.Decrypt(BaseEncoder.Decode(message))));
}
public bool Verify(string message, string digested)
{
Initialize();
AssertUtils.AssertNotNull(message);
AssertUtils.AssertNotNull(digested);
return(Digester.Verify(Charset.GetBytes(message), BaseEncoder.Decode(digested)));
}
protected override void Init()
{
AssertUtils.AssertNotNull(Secret);
AssertUtils.AssertNotNull(MacAlgm);
this.macEngine = CreateMacEngine();
Array.Clear(Secret, 0, Secret.Length);
}
public bool Verify(byte[] message, byte[] digested)
{
Initialize();
AssertUtils.AssertNotNull(message);
AssertUtils.AssertNotNull(digested);
byte[] hashed = macEngine.ComputeHash(message);
return(hashed.SequenceEqual(digested));
}
public new string Digest(string password)
{
Initialize();
AssertUtils.AssertNotNull(password);
byte[] salt = new byte[SaltSize];
random.GetBytes(salt);
byte[] secKey = secretKeyGenerator.Generate(password, salt, IterationCount, KeySize);
return(BaseEncoder.Encode(ArrayUtils.Append(salt, secKey)));
}
public EmailConfig(IConfiguration configuration)
{
var emailConfig = AssertUtils.AssertNotNull(configuration.GetSection("EmailConfig"));
SmtpConfig = new SmtpConfig(emailConfig);
FromEmail = StringUtils.TrimToNull(emailConfig["FromEmail"]);
FromName = StringUtils.TrimToNull(emailConfig["FromName"]);
NoReplyEmail = StringUtils.TrimToNull(emailConfig["NoReplyEmail"]);
Init(emailConfig);
}
public async Task ExecuteResultAsync(ActionContext context)
{
var objectResult = new ObjectResult(
new Result <string>()
{
IsError = true,
Link = AssertUtils.AssertNotNull(Link),
Message = AssertUtils.AssertNotNull(Message)
})
{
StatusCode = StatusCodes.Status409Conflict
};
await objectResult.ExecuteResultAsync(context);
}
public SmtpConfig(IConfigurationSection emailConfig)
{
var config = AssertUtils.AssertNotNull(emailConfig.GetSection("SmtpConfig"));
Host = AssertUtils.AssertNotNull(StringUtils.TrimToNull(config["SmtpHost"]));
Port = Int32.Parse(AssertUtils.AssertNotNull(StringUtils.TrimToNull(config["SmtpPort"])));
string enableSsl = StringUtils.TrimToNull(config["SmtpSsl"]);
if (enableSsl != null)
{
EnableSsl = Boolean.Parse(enableSsl);
}
Login = AssertUtils.AssertNotNull(StringUtils.TrimToNull(config["SmtpLogin"]));
Password = StringUtils.TrimToDefault(config["SmtpPassword"], string.Empty);
}
public new bool Verify(string password, string digested)
{
Initialize();
AssertUtils.AssertNotNull(password);
AssertUtils.AssertNotNull(digested);
byte[] dg = BaseEncoder.Decode(digested);
AssertUtils.AssertTrue(dg.Length > SaltSize);
byte[] salt = new byte[SaltSize];
byte[] secKey = new byte[dg.Length - SaltSize];
ArrayUtils.Copy(dg, salt, secKey);
byte[] computedSecKey = secretKeyGenerator.Generate(password, salt, IterationCount, KeySize);
return(computedSecKey.SequenceEqual(secKey));
}
public object GetMutex(K key)
{
AssertUtils.AssertNotNull(key);
object mutex = this.mutexMap[key];
if (mutex == null)
{
lock (this.sharedMutex)
{
if ((mutex = this.mutexMap[key]) == null)
{
mutex = new object();
this.mutexMap[key] = mutex;
}
}
}
return(mutex);
}
public static string GeRequiredValue(this ClaimsPrincipal user, string claimType)
{
Claim claim = AssertUtils.AssertNotNull(user.FindFirst(claimType));
return(AssertUtils.AssertNotNull(claim.Value));
}
public static int GetUserID(this ClaimsPrincipal user)
{
var claim = AssertUtils.AssertNotNull(user.FindFirst(UserID));
return(System.Int32.Parse(claim.Value));
}
protected override void Init()
{
AssertUtils.AssertNotNull(HashAlgm);
this.hashEngine = CreateHashEngine(HashAlgm.Value);
}
public static string GenerateToken(LoginToken loginToken, TextEncryptor signer)
{
AssertUtils.AssertNotNull(loginToken);
return(signer.Encrypt(JsonConvert.SerializeObject(loginToken)));
}
public static LoginToken ParseToken(string loginToken, TextEncryptor signer)
{
AssertUtils.AssertNotNull(loginToken);
return(JsonConvert.DeserializeObject <LoginToken>(signer.Decrypt(loginToken)));
}
public static string GetDisplayName(this ClaimsPrincipal user)
{
var claim = AssertUtils.AssertNotNull(user.FindFirst(DisplayName));
return(claim.Value);
}