/PcapDotNet/src/PcapDotNet.Packets/Dns/ResourceData/DnsSinkCodingSubcoding.cs

namespace PcapDotNet.Packets.Dns

{

    /// <summary>

    /// Eastlake.

    /// </summary>

    public enum DnsSinkCodingSubCoding : ushort

    {

        /// <summary>

        /// Undefined value.

        /// </summary>

        None = 0x0000,



        /// <summary>

        /// The SNMP subset of ASN.1.

        /// Basic Encoding Rules.

        /// </summary>

        Asn1SnmpBasicEncodingRules = 0x0101,



        /// <summary>

        /// The SNMP subset of ASN.1.

        /// Distinguished Encoding Rules.

        /// </summary>

        Asn1SnmpDistinguishedEncodingRules = 0x0102,



        /// <summary>

        /// The SNMP subset of ASN.1.

        /// Packed Encoding Rules Aligned.

        /// </summary>

        Asn1SnmpPer = 0x0103,



        /// <summary>

        /// The SNMP subset of ASN.1.

        /// Packed Encoding Rules Unaligned.

        /// </summary>

        Asn1SnmpPerUnaligned = 0x0104,



        /// <summary>

        /// The SNMP subset of ASN.1.

        /// Canonical Encoding Rules.

        /// </summary>

        Asn1SnmpCanonicalEncodingRules = 0x0105,



        /// <summary>

        /// The SNMP subset of ASN.1.

        /// An OID preceded by a one byte unsigned length appears at the beginning of the data area to indicate which private encoding.

        /// </summary>

        Asn1SnmpPrivate = 0x01FE,



        /// <summary>

        /// OSI ASN.1 1990 [ASN.1].

        /// Basic Encoding Rules.

        /// </summary>

        Asn1Osi1990BasicEncodingRules = 0x0201,



        /// <summary>

        /// OSI ASN.1 1990 [ASN.1].

        /// Distinguished Encoding Rules.

        /// </summary>

        Asn1Osi1990DistinguishedEncodingRules = 0x0202,



        /// <summary>

        /// OSI ASN.1 1990 [ASN.1].

        /// Packed Encoding Rules Aligned.

        /// </summary>

        Asn1Osi1990Per = 0x0203,



        /// <summary>

        /// OSI ASN.1 1990 [ASN.1].

        /// Packed Encoding Rules Unaligned.

        /// </summary>

        Asn1Osi1990PerUnaligned = 0x0204,



        /// <summary>

        /// OSI ASN.1 1990 [ASN.1].

        /// Canonical Encoding Rules.

        /// </summary>

        Asn1Osi1990CanonicalEncodingRules = 0x0205,



        /// <summary>

        /// OSI ASN.1 1990 [ASN.1].

        /// An OID preceded by a one byte unsigned length appears at the beginning of the data area to indicate which private encoding.

        /// </summary>

        Asn1Osi1990Private = 0x02FE,



        /// <summary>

        /// OSI ASN.1 1994.

        /// Basic Encoding Rules.

        /// </summary>

        Asn1Osi1994BasicEncodingRules = 0x0301,



        /// <summary>

        /// OSI ASN.1 1994.

        /// Distinguished Encoding Rules.

        /// </summary>

        Asn1Osi1994DistinguishedEncodingRules = 0x0302,



        /// <summary>

        /// OSI ASN.1 1994.

        /// Packed Encoding Rules Aligned.

        /// </summary>

        Asn1Osi1994Per = 0x0303,



        /// <summary>

        /// OSI ASN.1 1994.

        /// Packed Encoding Rules Unaligned.

        /// </summary>

        Asn1Osi1994PerUnaligned = 0x0304,



        /// <summary>

        /// OSI ASN.1 1994.

        /// Canonical Encoding Rules.

        /// </summary>

        Asn1Osi1994CanonicalEncodingRules = 0x0305,



        /// <summary>

        /// OSI ASN.1 1994.

        /// An OID preceded by a one byte unsigned length appears at the beginning of the data area to indicate which private encoding.

        /// </summary>

        Asn1Osi1994Private = 0x03FE,



        /// <summary>

        /// Private abstract syntax notations.

        /// This coding value will not be assigned to a standard abstract syntax notation.

        /// An OSI Object Identifier (OID) preceded by a one byte unsigned length appears at the beginning of the data area to indicate which private abstract syntax is being used.

        /// Basic Encoding Rules.

        /// </summary>

        AsnPrivateBasicEncodingRules = 0x3F01,



        /// <summary>

        /// Private abstract syntax notations.

        /// This coding value will not be assigned to a standard abstract syntax notation.

        /// An OSI Object Identifier (OID) preceded by a one byte unsigned length appears at the beginning of the data area to indicate which private abstract syntax is being used.

        /// Distinguished Encoding Rules.

        /// </summary>

        AsnPrivateDistinguishedEncodingRules = 0x3F02,



        /// <summary>

        /// Private abstract syntax notations.

        /// This coding value will not be assigned to a standard abstract syntax notation.

        /// An OSI Object Identifier (OID) preceded by a one byte unsigned length appears at the beginning of the data area to indicate which private abstract syntax is being used.

        /// Packed Encoding Rules Aligned.

        /// </summary>

        AsnPrivatePer = 0x3F03,



        /// <summary>

        /// Private abstract syntax notations.

        /// This coding value will not be assigned to a standard abstract syntax notation.

        /// An OSI Object Identifier (OID) preceded by a one byte unsigned length appears at the beginning of the data area to indicate which private abstract syntax is being used.

        /// Packed Encoding Rules Unaligned.

        /// </summary>

        AsnPrivatePerUnaligned = 0x3F04,



        /// <summary>

        /// Private abstract syntax notations.

        /// This coding value will not be assigned to a standard abstract syntax notation.

        /// An OSI Object Identifier (OID) preceded by a one byte unsigned length appears at the beginning of the data area to indicate which private abstract syntax is being used.

        /// Canonical Encoding Rules.

        /// </summary>

        AsnPrivateCanonicalEncodingRules = 0x3F05,



        /// <summary>

        /// Private abstract syntax notations.

        /// This coding value will not be assigned to a standard abstract syntax notation.

        /// An OSI Object Identifier (OID) preceded by a one byte unsigned length appears at the beginning of the data area to indicate which private abstract syntax is being used.

        /// An OID preceded by a one byte unsigned length appears in the data area just after the coding OID.

        /// </summary>

        AsnPrivatePrivate = 0x3FFE,



        /// <summary>

        /// MIME structured data [RFC 2045, 2046].

        /// The data portion is a MIME structured message.

        /// The "MIME-Version:" header line may be omitted unless the version is other than "1.0".

        /// Note that, to some extent, the size limitations of DNS RRs may be overcome in the MIME case by using the "Content-Type: message/external-body" mechanism.

        /// 7 bit.

        /// </summary>

        Mime7Bit = 0x4101,



        /// <summary>

        /// MIME structured data [RFC 2045, 2046].

        /// The data portion is a MIME structured message.

        /// The "MIME-Version:" header line may be omitted unless the version is other than "1.0".

        /// Note that, to some extent, the size limitations of DNS RRs may be overcome in the MIME case by using the "Content-Type: message/external-body" mechanism.

        /// 8 bit.

        /// </summary>

        Mime8Bit = 0x4102,



        /// <summary>

        /// MIME structured data [RFC 2045, 2046].

        /// The data portion is a MIME structured message.

        /// The "MIME-Version:" header line may be omitted unless the version is other than "1.0".

        /// Note that, to some extent, the size limitations of DNS RRs may be overcome in the MIME case by using the "Content-Type: message/external-body" mechanism.

        /// Binary.

        /// </summary>

        MimeBinary = 0x4103,



        /// <summary>

        /// MIME structured data [RFC 2045, 2046].

        /// The data portion is a MIME structured message.

        /// The "MIME-Version:" header line may be omitted unless the version is other than "1.0".

        /// Note that, to some extent, the size limitations of DNS RRs may be overcome in the MIME case by using the "Content-Type: message/external-body" mechanism.

        /// Quoted-printable.

        /// </summary>

        MimeQuotedPrintable = 0x4104,



        /// <summary>

        /// MIME structured data [RFC 2045, 2046].

        /// The data portion is a MIME structured message.

        /// The "MIME-Version:" header line may be omitted unless the version is other than "1.0".

        /// Note that, to some extent, the size limitations of DNS RRs may be overcome in the MIME case by using the "Content-Type: message/external-body" mechanism.

        /// Base 64.

        /// </summary>

        MimeBase64 = 0x4105,



        /// <summary>

        /// MIME structured data [RFC 2045, 2046].

        /// The data portion is a MIME structured message.

        /// The "MIME-Version:" header line may be omitted unless the version is other than "1.0".

        /// Note that, to some extent, the size limitations of DNS RRs may be overcome in the MIME case by using the "Content-Type: message/external-body" mechanism.

        /// The data portion must start with an "x-" token denoting the private content-transfer-encoding immediately followed by one null (zero) octet 

        /// followed by the remainder of the MIME object.

        /// </summary>

        MimePrivate = 0x41FE,



        /// <summary>

        /// Text tagged data.

        /// The data potion consists of text formated as specified in the TXT RR except that the first and every subsequent odd numbered text item 

        /// is considered to be a tag labeling the immediately following text item.

        /// If there are an odd number of text items overall, then the last is considered to label a null text item.

        /// Syntax of the tags is as specified in RFC 1738 for the "Common Internet Scheme Syntax" without the two leading slashes ("//").

        /// Thus any organization with a domain name can assign tags without fear of conflict.

        /// ASCII.

        /// </summary>

        TextTaggedDataAscii = 0x4201,



        /// <summary>

        /// Text tagged data.

        /// The data potion consists of text formated as specified in the TXT RR except that the first and every subsequent odd numbered text item 

        /// is considered to be a tag labeling the immediately following text item.

        /// If there are an odd number of text items overall, then the last is considered to label a null text item.

        /// Syntax of the tags is as specified in RFC 1738 for the "Common Internet Scheme Syntax" without the two leading slashes ("//").

        /// Thus any organization with a domain name can assign tags without fear of conflict.

        /// UTF-7 [RFC 1642].

        /// </summary>

        TextTaggedDataUtf7 = 0x4202,



        /// <summary>

        /// Text tagged data.

        /// The data potion consists of text formated as specified in the TXT RR except that the first and every subsequent odd numbered text item 

        /// is considered to be a tag labeling the immediately following text item.

        /// If there are an odd number of text items overall, then the last is considered to label a null text item.

        /// Syntax of the tags is as specified in RFC 1738 for the "Common Internet Scheme Syntax" without the two leading slashes ("//").

        /// Thus any organization with a domain name can assign tags without fear of conflict.

        /// UTF-8 [RFC 2044].

        /// </summary>

        TextTaggedDataUtf8 = 0x4203,



        /// <summary>

        /// Text tagged data.

        /// The data potion consists of text formated as specified in the TXT RR except that the first and every subsequent odd numbered text item 

        /// is considered to be a tag labeling the immediately following text item.

        /// If there are an odd number of text items overall, then the last is considered to label a null text item.

        /// Syntax of the tags is as specified in RFC 1738 for the "Common Internet Scheme Syntax" without the two leading slashes ("//").

        /// Thus any organization with a domain name can assign tags without fear of conflict.

        /// ASCII with MIME header escapes [RFC 2047].

        /// </summary>

        TextTaggedDataAsciiMimeHeaderEscapes = 0x4204,



        /// <summary>

        /// Text tagged data.

        /// The data potion consists of text formated as specified in the TXT RR except that the first and every subsequent odd numbered text item 

        /// is considered to be a tag labeling the immediately following text item.

        /// If there are an odd number of text items overall, then the last is considered to label a null text item.

        /// Syntax of the tags is as specified in RFC 1738 for the "Common Internet Scheme Syntax" without the two leading slashes ("//").

        /// Thus any organization with a domain name can assign tags without fear of conflict.

        /// Each text item must start with a domain name [RFC 1034] denoting the private text encoding immediately followed by one null (zero) octet

        /// followed by the remainder of the text item.

        /// </summary>

        TextTaggedDataPrivate = 0x42FE,

    }

}