>> MIB - Management Information Base
>> Table: ipsecProposalTable - (.1.3.6.1.4.1.272.4.26.8.1)
Description: This object contains an IPSec proposal, i.e. a proposed set of security parameters applied to traffic sent over an IPSec security association.
ipsecProposalTable
OID | Name | Type | Access
.1 | Index | INTEGER | R
.2 | Next | INTEGER | RW
.4 | Description | DisplayString | RW
.6 | Proto | ENUM | D
.20 | Ipcomp | ENUM | RW
.40 | EspAes | INTEGER | RW
.41 | EspTwofish | INTEGER | RW
.42 | EspBlowfish | INTEGER | RW
.43 | EspCast | INTEGER | RW
.44 | EspDes3 | INTEGER | RW
.45 | EspDes | INTEGER | RW
.46 | EspNull | INTEGER | RW
.49 | EspRijndael | INTEGER | RW
.50 | EspMd5 | INTEGER | RW
.51 | EspSha1 | INTEGER | RW
.52 | EspNoMac | INTEGER | RW
.60 | AhMd5 | INTEGER | RW
.61 | AhSha1 | INTEGER | RW
.70 | IpcompDeflate | INTEGER | RW
.80 | AesKeySize | ENUM | RW
.81 | AesKeySizeMin | ENUM | RW
.82 | AesKeySizeMax | ENUM | RW
.83 | BlowfishKeySize | INTEGER | RW
.84 | BlowfishKeySizeMin | INTEGER | RW
.85 | BlowfishKeySizeMax | INTEGER | RW
.86 | TwofishKeySize | ENUM | RW
.87 | TwofishKeySizeMin | ENUM | RW
.88 | TwofishKeySizeMax | ENUM | RW
Index
A unique index for this entry.
Next
The index of the next Proposal in the actual chain.
Description
An optional human readable description for this proposal. Length: 0 to 255
Proto
The security protocol to apply. Possible values: esp(1), -- Encapsulating Security Payload ah(2), -- Authentication Header esp-ah(3), -- ESP and AH delete(8) -- delete this entry. Enumerations: esp (1) ah (2) esp-ah (3) delete (8)
Ipcomp
This object specifies the use of IPComP in the proposal. Possible values: enabled(1), -- Enable IPComP disabled(2), -- Disable IPComP force(3) -- Force use of IPComP. Enumerations: enabled (1) disabled (2) force (3)
EspAes
This object specifies the use of the AES encryption algorithm in the proposal. Possible values: 0, -- disables AES 1..7 -- enables AES and specifies its priority among the encryption algorithms. Range: 0 to 7
EspTwofish
This object specifies the use of the Twofish encryption algorithm in the proposal. Possible values: 0, -- disables Twofish 1..7 -- enables Twofish and specifies its priority among the encryption algorithms. Range: 0 to 7
EspBlowfish
This object specifies the use of the Blowfish encryption algorithm in the proposal. Possible values: 0, -- disables Blowfish 1..7 -- enables Blowfish and specifies its priority among the encryption algorithms. Range: 0 to 7
EspCast
This object specifies the use of the Cast encryption algorithm in the proposal. Possible values: 0, -- disables Cast 1..7 -- enables Cast and specifies its priority among the encryption algorithms. Range: 0 to 7
EspDes3
This object specifies the use of the DES3 encryption algorithm in the proposal. Possible values: 0, -- disables DES3 1..7 -- enables DES3 and specifies its priority among the encryption algorithms. Range: 0 to 7
EspDes
This object specifies the use of the DES encryption algorithm in the proposal. Possible values: 0, -- disables DES 1..7 -- enables DES and specifies its priority among the encryption algorithms. Range: 0 to 7
EspNull
This object specifies the use of the DES encryption algorithm in the proposal. Possible values: 0, -- disables DES 1..7 -- enables DES and specifies its priority among the encryption algorithms. Range: 0 to 7
EspRijndael
This object specifies the use of the Rijndael encryption algorithm in the proposal. The use of this object is deprecated since rijndael has been accepted as the algorithm for AES. Its value is transferred to ipsecPropEspAes, if different from -1. Possible values: -1 -- use ipsecPropEspAes to determine the priority value 0, -- disables Rijndael 1..7 -- enables Rijndael and specifies its priority among the encryption algorithms. Range: -1 to 7
EspMd5
This object specifies the use of the MD5 authentication algorithm for ESP in the proposal. Possible values: 0, -- disables MD5 1..3 -- enables MD5 and specifies its priority among the authentication algorithms. Range: 0 to 3
EspSha1
This object specifies the use of the Sha1 authentication algorithm for ESP in the proposal. Possible values: 0, -- disables SHA-1 1..3 -- enables SHA-1 and specifies its priority among the authentication algorithms. Range: 0 to 3
EspNoMac
This object specifies whether ESP without authentication is allowed in the proposal. Possible values: 0, -- disables ESP 1..3 -- enables ESP without authentication and specifies its priority among the other authentication algorithms enabled for ESP. Range: 0 to 3
AhMd5
This object specifies the use of the MD5 authentication algorithm for AH in the proposal. Possible values: 0, -- disables MD5 1..2 -- enables MD5 and specifies its priority among the authentication algorithms. Range: 0 to 2
AhSha1
This object specifies the use of the Sha1 authentication algorithm for AH in the proposal. Possible values: 0, -- disables SHA-1 1..2 -- enables SHA-1 and specifies its priority among the authentication algorithms. Range: 0 to 2
IpcompDeflate
This object specifies the use of the DEFLATE compression algorithm in the proposal. Possible values: 0, -- disables DEFLATE 1..1 -- enables DEFLATE and specifies its priority among the compression algorithms. Range: 0 to 1
AesKeySize
This object specifies the key size in bits for the AES algorithm, if enabled. Possible Values: aes128(128), -- use 128 bit AES aes192(192), -- use 192 bit AES aes256(256) -- use 256 bit AES. Enumerations: aes128 (128) aes192 (192) aes256 (256)
AesKeySizeMin
This object specifies the minimum accepted key size in bits for the AES algorithm, if enabled. Possible Values: aes128(128), -- use 128 bit AES aes192(192), -- use 192 bit AES aes256(256) -- use 256 bit AES. Enumerations: aes128 (128) aes192 (192) aes256 (256)
AesKeySizeMax
This object specifies the maximum accepted key size in bits for the AES algorithm, if enabled. Possible Values: aes128(128), -- use 128 bit AES aes192(192), -- use 192 bit AES aes256(256) -- use 256 bit AES. Enumerations: aes128 (128) aes192 (192) aes256 (256)
BlowfishKeySize
This object specifies the key size in bits for the Blowfish algorithm, if enabled. Note: the key size must be a multiple of 8 bits. If not, it will be rounded up to the next 8 bit boundary. Range: 40 to 448
BlowfishKeySizeMin
This object specifies the minimum accepted key size in bits for the Blowfish algorithm, if enabled. Range: 40 to 448
BlowfishKeySizeMax
This object specifies the maximum accepted key size in bits for the Blowfish algorithm, if enabled. Range: 40 to 448
TwofishKeySize
This object specifies the key size in bits for the Twofish algorithm, if enabled. Possible Values: twofish128(128), -- use 128 bit Twofish twofish192(192), -- use 192 bit Twofish twofish256(256) -- use 256 bit Twofish. Enumerations: twofish128 (128) twofish192 (192) twofish256 (256)
TwofishKeySizeMin
This object specifies the minimum accepted key size in bits for the Twofish algorithm, if enabled. Possible Values: twofish128(128), -- use 128 bit Twofish twofish192(192), -- use 192 bit Twofish twofish256(256) -- use 256 bit Twofish. Enumerations: twofish128 (128) twofish192 (192) twofish256 (256)
TwofishKeySizeMax
This object specifies the maximum accepted key size in bits for the AES algorithm, if enabled. Possible Values: twofish128(128), -- use 128 bit Twofish twofish192(192), -- use 192 bit Twofish twofish256(256) -- use 256 bit Twofish. Enumerations: twofish128 (128) twofish192 (192) twofish256 (256)

MIB Reference to Software Version 9.1.9 generated on 2014/07/17. Provided by webmaster@bintec-elmeg.com Copyright ©2014 by bintec elmeg GmbH