CrypoEncryptions

'Made by pr0t0typ3
'Give Credits or Fuck Of!
 Public Function Atom128_Encode(ByVal input As String) As String
        input = Uri.EscapeDataString(input)
        Dim key As String = "/128GhIoPQROSTeUbADfgHijKLM+n0pFWXY456xyzB7=39VaqrstJklmNuZvwcdEC"
        Dim out As New System.Text.StringBuilder
        Dim i As Integer
        Do
            Dim enc(3) As Integer
            Dim chrs As Integer() = {0, 0, 0}
            For b As Integer = 0 To 2
                If i < input.Length Then chrs(b) = Asc(input(i))
                i += 1
            Next
            enc(0) = chrs(0) >> 2
            enc(1) = ((chrs(0) And 3) << 4) Or (chrs(1) >> 4)
            enc(2) = ((chrs(1) And 15) << 2) Or (chrs(2) >> 6)
            enc(3) = chrs(2) And 63
            If chrs(1) = 0 Then
                enc(2) = 64
                enc(3) = 64
            End If
            If chrs(2) = 0 Then
                enc(3) = 64
            End If
            For Each x As Integer In enc
                out.Append(key(x))
            Next
        Loop While i < input.Length
        Return out.ToString
    End Function
    Public Function Atom128_Decode(ByVal input As String) As String
        Dim key As String = "/128GhIoPQROSTeUbADfgHijKLM+n0pFWXY456xyzB7=39VaqrstJklmNuZvwcdEC"
        Dim out As New System.Text.StringBuilder
        Dim i As Integer
        Do
            Dim enc(3) As Integer
            Dim chrs() As Integer = {0, 0, 0}
            For b As Integer = 0 To 3
                enc(b) = key.IndexOf(input(i))
                i = i + 1
            Next
            chrs(0) = (enc(0) << 2) Or (enc(1) >> 4)
            chrs(1) = (enc(1) And 15) << 4 Or (enc(2) >> 2)
            chrs(2) = (enc(2) And 3) << 6 Or enc(3)
            out.Append(Chr(chrs(0)))
            If enc(2) <> 64 Then out.Append(Chr(chrs(1)))
            If enc(3) <> 64 Then out.Append(Chr(chrs(2)))
        Loop While i < input.Length
        Return out.ToString
    End Function
    Public Function HAZZ15_Encode(ByVal input As String) As String
        input = Uri.EscapeDataString(input)
        Dim key As String = "HNO4klm6ij9n+J2hyf0gzA8uvwDEq3X1Q7ZKeFrWcVTts/MRGYbdxSo=ILaUpPBC5"
        Dim out As New System.Text.StringBuilder
        Dim i As Integer
        Do
            Dim enc(3) As Integer
            Dim chrs As Integer() = {0, 0, 0}
            For b As Integer = 0 To 2
                If i < input.Length Then chrs(b) = Asc(input(i))
                i += 1
            Next
            enc(0) = chrs(0) >> 2
            enc(1) = ((chrs(0) And 3) << 4) Or (chrs(1) >> 4)
            enc(2) = ((chrs(1) And 15) << 2) Or (chrs(2) >> 6)
            enc(3) = chrs(2) And 63
            If chrs(1) = 0 Then
                enc(2) = 64
                enc(3) = 64
            End If
            If chrs(2) = 0 Then
                enc(3) = 64
            End If
            For Each x As Integer In enc
                out.Append(key(x))
            Next
        Loop While i < input.Length
        Return out.ToString
    End Function
    Public Function HAZZ15_Decode(ByVal input As String) As String
        Dim key As String = "HNO4klm6ij9n+J2hyf0gzA8uvwDEq3X1Q7ZKeFrWcVTts/MRGYbdxSo=ILaUpPBC5"
        Dim out As New System.Text.StringBuilder
        Dim i As Integer
        Do
            Dim enc(3) As Integer
            Dim chrs() As Integer = {0, 0, 0}
            For b As Integer = 0 To 3
                enc(b) = key.IndexOf(input(i))
                i = i + 1
            Next
            chrs(0) = (enc(0) << 2) Or (enc(1) >> 4)
            chrs(1) = (enc(1) And 15) << 4 Or (enc(2) >> 2)
            chrs(2) = (enc(2) And 3) << 6 Or enc(3)
            out.Append(Chr(chrs(0)))
            If enc(2) <> 64 Then out.Append(Chr(chrs(1)))
            If enc(3) <> 64 Then out.Append(Chr(chrs(2)))
        Loop While i < input.Length
        Return out.ToString
    End Function
    Public Function GILA7_Encode(ByVal input As String) As String
        input = Uri.EscapeDataString(input)
        Dim key As String = "7ZSTJK+W=cVtBCasyf0gzA8uvwDEq3XH/1RMNOILPQU4klm65YbdeFrx2hij9nopG"
        Dim out As New System.Text.StringBuilder
        Dim i As Integer
        Do
            Dim enc(3) As Integer
            Dim chrs As Integer() = {0, 0, 0}
            For b As Integer = 0 To 2
                If i < input.Length Then chrs(b) = Asc(input(i))
                i += 1
            Next
            enc(0) = chrs(0) >> 2
            enc(1) = ((chrs(0) And 3) << 4) Or (chrs(1) >> 4)
            enc(2) = ((chrs(1) And 15) << 2) Or (chrs(2) >> 6)
            enc(3) = chrs(2) And 63
            If chrs(1) = 0 Then
                enc(2) = 64
                enc(3) = 64
            End If
            If chrs(2) = 0 Then
                enc(3) = 64
            End If
            For Each x As Integer In enc
                out.Append(key(x))
            Next
        Loop While i < input.Length
        Return out.ToString
    End Function
    Public Function GILA7_Decode(ByVal input As String) As String
        Dim key As String = "7ZSTJK+W=cVtBCasyf0gzA8uvwDEq3XH/1RMNOILPQU4klm65YbdeFrx2hij9nopG"
        Dim out As New System.Text.StringBuilder
        Dim i As Integer
        Do
            Dim enc(3) As Integer
            Dim chrs() As Integer = {0, 0, 0}
            For b As Integer = 0 To 3
                enc(b) = key.IndexOf(input(i))
                i = i + 1
            Next
            chrs(0) = (enc(0) << 2) Or (enc(1) >> 4)
            chrs(1) = (enc(1) And 15) << 4 Or (enc(2) >> 2)
            chrs(2) = (enc(2) And 3) << 6 Or enc(3)
            out.Append(Chr(chrs(0)))
            If enc(2) <> 64 Then out.Append(Chr(chrs(1)))
            If enc(3) <> 64 Then out.Append(Chr(chrs(2)))
        Loop While i < input.Length
        Return out.ToString
    End Function
    Public Function ESAB46_Encode(ByVal input As String) As String
        input = Uri.EscapeDataString(input)
        Dim key As String = "ABCDqrs456tuvNOPwxyz012KLM3789=+QRSTUVWXYZabcdefghijklmnopEFGHIJ/"
        Dim out As New System.Text.StringBuilder
        Dim i As Integer
        Do
            Dim enc(3) As Integer
            Dim chrs As Integer() = {0, 0, 0}
            For b As Integer = 0 To 2
                If i < input.Length Then chrs(b) = Asc(input(i))
                i += 1
            Next
            enc(0) = chrs(0) >> 2
            enc(1) = ((chrs(0) And 3) << 4) Or (chrs(1) >> 4)
            enc(2) = ((chrs(1) And 15) << 2) Or (chrs(2) >> 6)
            enc(3) = chrs(2) And 63
            If chrs(1) = 0 Then
                enc(2) = 64
                enc(3) = 64
            End If
            If chrs(2) = 0 Then
                enc(3) = 64
            End If
            For Each x As Integer In enc
                out.Append(key(x))
            Next
        Loop While i < input.Length
        Return out.ToString
    End Function
    Public Function ESAB46_Decode(ByVal input As String) As String
        Dim key As String = "ABCDqrs456tuvNOPwxyz012KLM3789=+QRSTUVWXYZabcdefghijklmnopEFGHIJ/"
        Dim out As New System.Text.StringBuilder
        Dim i As Integer
        Do
            Dim enc(3) As Integer
            Dim chrs() As Integer = {0, 0, 0}
            For b As Integer = 0 To 3
                enc(b) = key.IndexOf(input(i))
                i = i + 1
            Next
            chrs(0) = (enc(0) << 2) Or (enc(1) >> 4)
            chrs(1) = (enc(1) And 15) << 4 Or (enc(2) >> 2)
            chrs(2) = (enc(2) And 3) << 6 Or enc(3)
            out.Append(Chr(chrs(0)))
            If enc(2) <> 64 Then out.Append(Chr(chrs(1)))
            If enc(3) <> 64 Then out.Append(Chr(chrs(2)))
        Loop While i < input.Length
        Return out.ToString
    End Function
    Public Function MEGAN35_Encode(ByVal input As String) As String
        input = Uri.EscapeDataString(input)
        Dim key As String = "3GHIJKLMNOPQRSTUb=cdefghijklmnopWXYZ/12+406789VaqrstuvwxyzABCDEF5"
        Dim out As New System.Text.StringBuilder
        Dim i As Integer
        Do
            Dim enc(3) As Integer
            Dim chrs As Integer() = {0, 0, 0}
            For b As Integer = 0 To 2
                If i < input.Length Then chrs(b) = Asc(input(i))
                i += 1
            Next
            enc(0) = chrs(0) >> 2
            enc(1) = ((chrs(0) And 3) << 4) Or (chrs(1) >> 4)
            enc(2) = ((chrs(1) And 15) << 2) Or (chrs(2) >> 6)
            enc(3) = chrs(2) And 63
            If chrs(1) = 0 Then
                enc(2) = 64
                enc(3) = 64
            End If
            If chrs(2) = 0 Then
                enc(3) = 64
            End If
            For Each x As Integer In enc
                out.Append(key(x))
            Next
        Loop While i < input.Length
        Return out.ToString
    End Function
    Public Function MEGAN35_Decode(ByVal input As String) As String
        Dim key As String = "3GHIJKLMNOPQRSTUb=cdefghijklmnopWXYZ/12+406789VaqrstuvwxyzABCDEF5"
        Dim out As New System.Text.StringBuilder
        Dim i As Integer
        Do
            Dim enc(3) As Integer
            Dim chrs() As Integer = {0, 0, 0}
            For b As Integer = 0 To 3
                enc(b) = key.IndexOf(input(i))
                i = i + 1
            Next
            chrs(0) = (enc(0) << 2) Or (enc(1) >> 4)
            chrs(1) = (enc(1) And 15) << 4 Or (enc(2) >> 2)
            chrs(2) = (enc(2) And 3) << 6 Or enc(3)
            out.Append(Chr(chrs(0)))
            If enc(2) <> 64 Then out.Append(Chr(chrs(1)))
            If enc(3) <> 64 Then out.Append(Chr(chrs(2)))
        Loop While i < input.Length
        Return out.ToString
    End Function
    Public Function ZONG22_Encode(ByVal input As String) As String
        input = Uri.EscapeDataString(input)
        Dim key As String = "ZKj9n+yf0wDVX1s/5YbdxSo=ILaUpPBCHg8uvNO4klm6iJGhQ7eFrWczAMEq3RTt2"
        Dim out As New System.Text.StringBuilder
        Dim i As Integer
        Do
            Dim enc(3) As Integer
            Dim chrs As Integer() = {0, 0, 0}
            For b As Integer = 0 To 2
                If i < input.Length Then chrs(b) = Asc(input(i))
                i += 1
            Next
            enc(0) = chrs(0) >> 2
            enc(1) = ((chrs(0) And 3) << 4) Or (chrs(1) >> 4)
            enc(2) = ((chrs(1) And 15) << 2) Or (chrs(2) >> 6)
            enc(3) = chrs(2) And 63
            If chrs(1) = 0 Then
                enc(2) = 64
                enc(3) = 64
            End If
            If chrs(2) = 0 Then
                enc(3) = 64
            End If
            For Each x As Integer In enc
                out.Append(key(x))
            Next
        Loop While i < input.Length
        Return out.ToString
    End Function
    Public Function ZONG22_Decode(ByVal input As String) As String
        Dim key As String = "ZKj9n+yf0wDVX1s/5YbdxSo=ILaUpPBCHg8uvNO4klm6iJGhQ7eFrWczAMEq3RTt2"
        Dim out As New System.Text.StringBuilder
        Dim i As Integer
        Do
            Dim enc(3) As Integer
            Dim chrs() As Integer = {0, 0, 0}
            For b As Integer = 0 To 3
                enc(b) = key.IndexOf(input(i))
                i = i + 1
            Next
            chrs(0) = (enc(0) << 2) Or (enc(1) >> 4)
            chrs(1) = (enc(1) And 15) << 4 Or (enc(2) >> 2)
            chrs(2) = (enc(2) And 3) << 6 Or enc(3)
            out.Append(Chr(chrs(0)))
            If enc(2) <> 64 Then out.Append(Chr(chrs(1)))
            If enc(3) <> 64 Then out.Append(Chr(chrs(2)))
        Loop While i < input.Length
        Return out.ToString
    End Function
    Public Function TRIPO5_Encode(ByVal input As String) As String
        input = Uri.EscapeDataString(input)
        Dim key As String = "ghijopE+G78lmnIJQRXY=abcS/UVWdefABCs456tDqruvNOPwx2KLyz01M3Hk9ZFT"
        Dim out As New System.Text.StringBuilder
        Dim i As Integer
        Do
            Dim enc(3) As Integer
            Dim chrs As Integer() = {0, 0, 0}
            For b As Integer = 0 To 2
                If i < input.Length Then chrs(b) = Asc(input(i))
                i += 1
            Next
            enc(0) = chrs(0) >> 2
            enc(1) = ((chrs(0) And 3) << 4) Or (chrs(1) >> 4)
            enc(2) = ((chrs(1) And 15) << 2) Or (chrs(2) >> 6)
            enc(3) = chrs(2) And 63
            If chrs(1) = 0 Then
                enc(2) = 64
                enc(3) = 64
            End If
            If chrs(2) = 0 Then
                enc(3) = 64
            End If
            For Each x As Integer In enc
                out.Append(key(x))
            Next
        Loop While i < input.Length
        Return out.ToString
    End Function
    Public Function TRIPO5_Decode(ByVal input As String) As String
        Dim key As String = "ghijopE+G78lmnIJQRXY=abcS/UVWdefABCs456tDqruvNOPwx2KLyz01M3Hk9ZFT"
        Dim out As New System.Text.StringBuilder
        Dim i As Integer
        Do
            Dim enc(3) As Integer
            Dim chrs() As Integer = {0, 0, 0}
            For b As Integer = 0 To 3
                enc(b) = key.IndexOf(input(i))
                i = i + 1
            Next
            chrs(0) = (enc(0) << 2) Or (enc(1) >> 4)
            chrs(1) = (enc(1) And 15) << 4 Or (enc(2) >> 2)
            chrs(2) = (enc(2) And 3) << 6 Or enc(3)
            out.Append(Chr(chrs(0)))
            If enc(2) <> 64 Then out.Append(Chr(chrs(1)))
            If enc(3) <> 64 Then out.Append(Chr(chrs(2)))
        Loop While i < input.Length
        Return out.ToString
    End Function

    Public Function TIGO3FX_Encode(ByVal input As String) As String
        input = Uri.EscapeDataString(input)
        Dim key As String = "FrsxyzA8VtuvwDEqWZ/1+4klm67=cBCa5Ybdef0g2hij9nopMNO3GHIRSTJKLPQUX"
        Dim out As New System.Text.StringBuilder
        Dim i As Integer
        Do
            Dim enc(3) As Integer
            Dim chrs As Integer() = {0, 0, 0}
            For b As Integer = 0 To 2
                If i < input.Length Then chrs(b) = Asc(input(i))
                i += 1
            Next
            enc(0) = chrs(0) >> 2
            enc(1) = ((chrs(0) And 3) << 4) Or (chrs(1) >> 4)
            enc(2) = ((chrs(1) And 15) << 2) Or (chrs(2) >> 6)
            enc(3) = chrs(2) And 63
            If chrs(1) = 0 Then
                enc(2) = 64
                enc(3) = 64
            End If
            If chrs(2) = 0 Then
                enc(3) = 64
            End If
            For Each x As Integer In enc
                out.Append(key(x))
            Next
        Loop While i < input.Length
        Return out.ToString
    End Function
    Public Function TIGO3FX_Decode(ByVal input As String) As String
        Dim key As String = "FrsxyzA8VtuvwDEqWZ/1+4klm67=cBCa5Ybdef0g2hij9nopMNO3GHIRSTJKLPQUX"
        Dim out As New System.Text.StringBuilder
        Dim i As Integer
        Do
            Dim enc(3) As Integer
            Dim chrs() As Integer = {0, 0, 0}
            For b As Integer = 0 To 3
                enc(b) = key.IndexOf(input(i))
                i = i + 1
            Next
            chrs(0) = (enc(0) << 2) Or (enc(1) >> 4)
            chrs(1) = (enc(1) And 15) << 4 Or (enc(2) >> 2)
            chrs(2) = (enc(2) And 3) << 6 Or enc(3)
            out.Append(Chr(chrs(0)))
            If enc(2) <> 64 Then out.Append(Chr(chrs(1)))
            If enc(3) <> 64 Then out.Append(Chr(chrs(2)))
        Loop While i < input.Length
        Return out.ToString
    End Function
    Public Function FERON74_Encode(ByVal input As String) As String
        input = Uri.EscapeDataString(input)
        Dim key As String = "75XYTabcS/UVWdefADqr6RuvN8PBCsQtwx2KLyz+OM3Hk9ghi01ZFlmnjopE=GIJ4"
        Dim out As New System.Text.StringBuilder
        Dim i As Integer
        Do
            Dim enc(3) As Integer
            Dim chrs As Integer() = {0, 0, 0}
            For b As Integer = 0 To 2
                If i < input.Length Then chrs(b) = Asc(input(i))
                i += 1
            Next
            enc(0) = chrs(0) >> 2
            enc(1) = ((chrs(0) And 3) << 4) Or (chrs(1) >> 4)
            enc(2) = ((chrs(1) And 15) << 2) Or (chrs(2) >> 6)
            enc(3) = chrs(2) And 63
            If chrs(1) = 0 Then
                enc(2) = 64
                enc(3) = 64
            End If
            If chrs(2) = 0 Then
                enc(3) = 64
            End If
            For Each x As Integer In enc
                out.Append(key(x))
            Next
        Loop While i < input.Length
        Return out.ToString
    End Function
    Public Function FERON74_Decode(ByVal input As String) As String
        Dim key As String = "75XYTabcS/UVWdefADqr6RuvN8PBCsQtwx2KLyz+OM3Hk9ghi01ZFlmnjopE=GIJ4"
        Dim out As New System.Text.StringBuilder
        Dim i As Integer
        Do
            Dim enc(3) As Integer
            Dim chrs() As Integer = {0, 0, 0}
            For b As Integer = 0 To 3
                enc(b) = key.IndexOf(input(i))
                i = i + 1
            Next
            chrs(0) = (enc(0) << 2) Or (enc(1) >> 4)
            chrs(1) = (enc(1) And 15) << 4 Or (enc(2) >> 2)
            chrs(2) = (enc(2) And 3) << 6 Or enc(3)
            out.Append(Chr(chrs(0)))
            If enc(2) <> 64 Then out.Append(Chr(chrs(1)))
            If enc(3) <> 64 Then out.Append(Chr(chrs(2)))
        Loop While i < input.Length
        Return out.ToString
    End Function
    Public Function ZARA128_Encode(ByVal input As String) As String
        Dim out As New System.Text.StringBuilder
        For Each c As Char In input
            Dim temp As Integer = Asc(c) + 312
            out.Append(temp.ToString & " ")
        Next
        Return out.ToString.Substring(0, out.Length - 1)
    End Function
    Public Function ZARA128_Decode(ByVal input As String) As String
        Dim out As New System.Text.StringBuilder
        Dim data As String() = Split(input, " ")
        For Each s As String In data
            out.Append(Chr(Asc(s) - 312))
        Next
        Return out.ToString
    End Function
    Public Function BASE64_Encode(ByVal input As String) As String
        Return Convert.ToBase64String(System.Text.Encoding.ASCII.GetBytes(input))
    End Function
    Public Function BASE64_Decode(ByVal input As String) As String
        Return System.Text.Encoding.ASCII.GetString(Convert.FromBase64String(input))
    End Function
    Public Function ARMON64_Encrypt(ByVal message As String, Optional ByVal key As String = "ARMON64-CRYPO") As String
        Dim out As New System.Text.StringBuilder
        If key.Length < 3 Then Return message
        Dim intkey() As Byte = System.Text.Encoding.UTF8.GetBytes(key)
        Dim x As Integer
        Do While x < message.Length
            Dim hextemp As String = ""
            Dim y As String = ""
            If x > 0 Then y = "+"
            For i As Integer = x To Math.Round(key.Length / 2)
                If i < message.Length Then hextemp += Hex(Asc(message(i)))
            Next
            Dim thenum As Double = "&H" & hextemp
            If Information.IsNumeric(thenum) = False Then Return message
            For z As Integer = 0 To key.Length - 1
                Dim operation As Integer = z Mod 4
                Select Case operation
                    Case 0
                        thenum += intkey(z)
                    Case 1
                        thenum /= intkey(z)
                    Case 2
                        thenum -= intkey(z)
                    Case 3
                        thenum *= 0.01 * intkey(z)
                End Select
            Next
            out.Append(y & thenum)
            x += Math.Round(key.Length / 2)
        Loop
        Return out.ToString.Replace(",", ".")
    End Function
    Public Function ARMON64_Decrypt(ByVal message As String, Optional ByVal key As String = "ARMON64-CRYPO") As String
        Dim out As New System.Text.StringBuilder
        If key.Length < 6 Then Return message
        Dim intkey() As Byte = System.Text.Encoding.UTF8.GetBytes(key)
        message = message.Replace(".", ",")
        Dim oOutString As String() = Split(message, "+")
        For x As Integer = 0 To oOutString.Length - 1
            For z As Integer = key.Length - 1 To 0 Step -1
                Dim operation As Integer = z Mod 4
                Select Case operation
                    Case 0
                        oOutString(x) -= intkey(z)
                    Case 1
                        oOutString(x) *= intkey(z)
                    Case 2
                        oOutString(x) += intkey(z)
                    Case 3
                        oOutString(x) /= 0.01 * intkey(z)
                End Select
            Next
            oOutString(x) = Hex(Math.Round(Double.Parse(oOutString(x))))
        Next
        For i As Integer = 0 To Join(oOutString).Length - 1 Step +2
            out.Append(Chr(("&H" & Join(oOutString).Substring(i, 2))))
        Next
        Return out.ToString
    End Function
    Public Function AER256_Encrypt(ByVal message As String, Optional ByVal key As String = "A256-CRYPO") As String
        Dim out As New System.Text.StringBuilder
        If key.Length < 10 Then Return message
        Dim intkey() As Byte = System.Text.Encoding.UTF8.GetBytes(key)
        Dim x As Integer
        Do While x < message.Length
            Dim hextemp As String = ""
            Dim y As String = ""
            If x > 0 Then y = ", "
            For i As Integer = x To Math.Round(key.Length / 2)
                If i < message.Length Then hextemp += Hex(Asc(message(i)))
            Next
            Dim thenum As Double = "&H" & hextemp
            If Information.IsNumeric(thenum) = False Then Return message
            For z As Integer = 0 To key.Length - 1
                Dim operation As Integer = z Mod 3
                Select Case operation
                    Case 0
                        thenum += intkey(z)
                    Case 1
                        thenum /= intkey(z)
                    Case 2
                        thenum -= intkey(z)
                    Case 3
                        thenum *= 0.02 * intkey(z)
                End Select
            Next
            Dim temp As String = thenum.ToString.Replace(",", ".")
            out.Append(y & temp)
            x += Math.Round(key.Length / 2)
        Loop
        Return out.ToString
    End Function
    Public Function AER256_Decrypt(ByVal message As String, Optional ByVal key As String = "A256-CRYPO") As String
        Dim out As New System.Text.StringBuilder
        If key.Length < 10 Then Return message
        Dim intkey() As Byte = System.Text.Encoding.UTF8.GetBytes(key)

        Dim oOutString As String() = Split(message, ", ")
        For i As Integer = 0 To oOutString.Length - 1
            oOutString(i) = oOutString(i).Replace(".", ",")
        Next
        For x As Integer = 0 To oOutString.Length - 1
            For z As Integer = key.Length - 1 To 0 Step -1
                Dim operation As Integer = z Mod 3
                Select Case operation
                    Case 0
                        oOutString(x) -= intkey(z)
                    Case 1
                        oOutString(x) *= intkey(z)
                    Case 2
                        oOutString(x) += intkey(z)
                    Case 3
                        oOutString(x) /= 0.02 * intkey(z)
                End Select
            Next
            oOutString(x) = Hex(Math.Round(Double.Parse(oOutString(x))))
        Next
        For i As Integer = 0 To Join(oOutString).Length - 1 Step +2
            out.Append(Chr(("&H" & Join(oOutString).Substring(i, 2))))
        Next
        Return out.ToString
    End Function
    Public Function EZIP64_Encrypt(ByVal message As String, Optional ByVal key As String = "EZIP64-CRYPO") As String
        Dim out As New System.Text.StringBuilder
        If key.Length < 10 Then Return message
        Dim intkey() As Byte = System.Text.Encoding.UTF8.GetBytes(key)
        Dim x As Integer
        Do While x < message.Length
            Dim hextemp As String = ""
            Dim y As String = ""
            If x > 0 Then y = "/"
            For i As Integer = x To Math.Round(key.Length / 3)
                If i < message.Length Then hextemp += Hex(Asc(message(i)))
            Next
            Dim thenum As Double = "&H" & hextemp
            If Information.IsNumeric(thenum) = False Then Return message
            For z As Integer = 0 To key.Length - 1
                Dim operation As Integer = z Mod 4
                Select Case operation
                    Case 0
                        thenum += intkey(z)
                    Case 1
                        thenum /= intkey(z)
                    Case 2
                        thenum -= intkey(z)
                    Case 3
                        thenum *= 0.02 * intkey(z)
                End Select
            Next
            Dim temp As String = thenum.ToString.Replace(",", ".")
            out.Append(y & temp)
            x += Math.Round(key.Length / 3)
        Loop
        Return out.ToString
    End Function
    Public Function EZIP64_Decrypt(ByVal message As String, Optional ByVal key As String = "EZIP64-CRYPO") As String
        Dim out As New System.Text.StringBuilder
        If key.Length < 10 Then Return message
        Dim intkey() As Byte = System.Text.Encoding.UTF8.GetBytes(key)

        Dim oOutString As String() = Split(message, "/")
        For i As Integer = 0 To oOutString.Length - 1
            oOutString(i) = oOutString(i).Replace(".", ",")
        Next
        For x As Integer = 0 To oOutString.Length - 1
            For z As Integer = key.Length - 1 To 0 Step -1
                Dim operation As Integer = z Mod 4
                Select Case operation
                    Case 0
                        oOutString(x) -= intkey(z)
                    Case 1
                        oOutString(x) *= intkey(z)
                    Case 2
                        oOutString(x) += intkey(z)
                    Case 3
                        oOutString(x) /= 0.02 * intkey(z)
                End Select
            Next
            oOutString(x) = Hex(Math.Round(Double.Parse(oOutString(x))))
        Next
        For i As Integer = 0 To Join(oOutString).Length - 1 Step +2
            out.Append(Chr(("&H" & Join(oOutString).Substring(i, 2))))
            Dim j As String = out.ToString
        Next
        Return out.ToString
    End Function
    Public Function OKTO3_Encrypt(ByVal message As String, Optional ByVal key As String = "PASS:OKTO3-CRYPO") As String
        Dim out As New System.Text.StringBuilder
        If key.Length < 10 Then Return message
        Dim intkey() As Byte = System.Text.Encoding.UTF8.GetBytes(key)
        Dim x As Integer
        Do While x < message.Length
            Dim hextemp As String = ""
            Dim y As String = ""
            If x > 0 Then y = ", "
            For i As Integer = x To Math.Round(key.Length / 6)
                If i < message.Length Then hextemp += Hex(Asc(message(i)))
            Next
            Dim thenum As Double = "&H" & hextemp
            If Information.IsNumeric(thenum) = False Then Return message
            For z As Integer = 0 To key.Length - 1
                Dim operation As Integer = z Mod 3
                Select Case operation
                    Case 0
                        thenum += intkey(z)
                    Case 1
                        thenum /= intkey(z)
                    Case 2
                        thenum -= intkey(z)
                    Case 3
                        thenum *= 500.005 * intkey(z)
                End Select
            Next
            Dim temp As String = thenum.ToString.Replace(",", ".")
            out.Append(y & temp)
            x += Math.Round(key.Length / 6)
        Loop
        Return out.ToString
    End Function
    Public Function OKTO3_Decrypt(ByVal message As String, Optional ByVal key As String = "PASS:OKTO3-CRYPO") As String
        Dim out As New System.Text.StringBuilder
        If key.Length < 10 Then Return message
        Dim intkey() As Byte = System.Text.Encoding.UTF8.GetBytes(key)

        Dim oOutString As String() = Split(message, ", ")
        For i As Integer = 0 To oOutString.Length - 1
            oOutString(i) = oOutString(i).Replace(".", ",")
        Next
        For x As Integer = 0 To oOutString.Length - 1
            For z As Integer = key.Length - 1 To 0 Step -1
                Dim operation As Integer = z Mod 3
                Select Case operation
                    Case 0
                        oOutString(x) -= intkey(z)
                    Case 1
                        oOutString(x) *= intkey(z)
                    Case 2
                        oOutString(x) += intkey(z)
                    Case 3
                        oOutString(x) /= 0.02 * intkey(z)
                End Select
            Next
            oOutString(x) = Hex(Math.Round(Double.Parse(oOutString(x))))
        Next
        For i As Integer = 0 To Join(oOutString).Length - 1 Step +2
            out.Append(Chr(("&H" & Join(oOutString).Substring(i, 2))))
        Next
        Return out.ToString
    End Function