IpSecAlgorithm

AUTH_CRYPT_AES_GCM

static val AUTH_CRYPT_AES_GCM: String

AES-GCM Authentication/Integrity + Encryption/Ciphering Algorithm.

Valid lengths for keying material are {160, 224, 288}.

As per RFC4106 (Section 8.1), keying material consists of a 128, 192, or 256 bit AES key followed by a 32-bit salt. RFC compliance requires that the salt must be unique per invocation with the same key.

Valid ICV (truncation) lengths are {64, 96, 128}.

Value: "rfc4106(gcm(aes))"

AUTH_HMAC_MD5

static val AUTH_HMAC_MD5: String

MD5 HMAC Authentication/Integrity Algorithm. This algorithm is not recommended for use in new applications and is provided for legacy compatibility with 3gpp infrastructure.

Keys for this algorithm must be 128 bits in length.

Valid truncation lengths are multiples of 8 bits from 96 to 128.

Value: "hmac(md5)"

AUTH_HMAC_SHA1

static val AUTH_HMAC_SHA1: String

SHA1 HMAC Authentication/Integrity Algorithm. This algorithm is not recommended for use in new applications and is provided for legacy compatibility with 3gpp infrastructure.

Keys for this algorithm must be 160 bits in length.

Valid truncation lengths are multiples of 8 bits from 96 to 160.

Value: "hmac(sha1)"

AUTH_HMAC_SHA256

static val AUTH_HMAC_SHA256: String

SHA256 HMAC Authentication/Integrity Algorithm.

Keys for this algorithm must be 256 bits in length.

Valid truncation lengths are multiples of 8 bits from 96 to 256.

Value: "hmac(sha256)"

AUTH_HMAC_SHA384

static val AUTH_HMAC_SHA384: String

SHA384 HMAC Authentication/Integrity Algorithm.

Keys for this algorithm must be 384 bits in length.

Valid truncation lengths are multiples of 8 bits from 192 to 384.

Value: "hmac(sha384)"

AUTH_HMAC_SHA512

static val AUTH_HMAC_SHA512: String

SHA512 HMAC Authentication/Integrity Algorithm.

Keys for this algorithm must be 512 bits in length.

Valid truncation lengths are multiples of 8 bits from 256 to 512.

Value: "hmac(sha512)"

CRYPT_AES_CBC

static val CRYPT_AES_CBC: String

AES-CBC Encryption/Ciphering Algorithm.

Valid lengths for this key are {128, 192, 256}.

Value: "cbc(aes)"

<init>

IpSecAlgorithm(
    algorithm: String, 
    key: ByteArray)

Creates an IpSecAlgorithm of one of the supported types. Supported algorithm names are defined as constants in this class.

For algorithms that produce an integrity check value, the truncation length is a required parameter. See IpSecAlgorithm(java.lang.String,byte[] key,int truncLenBits)

<init>

IpSecAlgorithm(
    algorithm: String, 
    key: ByteArray, 
    truncLenBits: Int)

Creates an IpSecAlgorithm of one of the supported types. Supported algorithm names are defined as constants in this class.

This constructor only supports algorithms that use a truncation length. i.e. Authentication and Authenticated Encryption algorithms.

describeContents

fun describeContents(): Int

getKey

fun getKey(): ByteArray

Get the key for this algorithm

getName

fun getName(): String

Get the algorithm name

getTruncationLengthBits

fun getTruncationLengthBits(): Int

Get the truncation length of this algorithm, in bits

toString

fun toString(): String

Returns a string representation of the object. In general, the toString method returns a string that "textually represents" this object. The result should be a concise but informative representation that is easy for a person to read. It is recommended that all subclasses override this method.

The toString method for class Object returns a string consisting of the name of the class of which the object is an instance, the at-sign character `@', and the unsigned hexadecimal representation of the hash code of the object. In other words, this method returns a string equal to the value of:

getClass().getName() + '@' + Integer.toHexString(hashCode())
  

writeToParcel

fun writeToParcel(
    out: Parcel!, 
    flags: Int
): Unit

Write to parcel

CREATOR

static val CREATOR: Parcelable.Creator<IpSecAlgorithm!>

Parcelable Creator