core/at.asitplus.awesn1.encoding/decodeFromAsn1ContentBytes

decodeFromAsn1ContentBytes

fun Asn1Integer.Companion.decodeFromAsn1ContentBytes(bytes: ByteArray, lenient: Boolean = false): Asn1Integer(source)

Decodes a Asn1Integer from bytes assuming the same encoding as the Asn1Primitive.content property of an Asn1Primitive containing an ASN.1 INTEGER

Parameters

lenient

Relaxes DER constraints, which are:

  • The content of the INTEGER type is not empty.

  • The INTEGER value is minimally encoded, verifying that:

    • Positive ints do not contain leading zero bytes unless necessary.

    • Negative ints do not use excessive sign extension bytes.

fun Int.Companion.decodeFromAsn1ContentBytes(bytes: ByteArray, lenient: Boolean = false): Int(source)

Decodes a signed Int from bytes assuming the same encoding as the Asn1Primitive.content property of an Asn1Primitive containing an ASN.1 INTEGER

Parameters

lenient

Relaxes DER constraints, which are:

  • The content of the INTEGER type is not empty.

  • The INTEGER value is minimally encoded, verifying that:

    • Positive ints do not contain leading zero bytes unless necessary.

    • Negative ints do not use excessive sign extension bytes.

Throws

if the byte array is out of bounds for a signed int

fun Long.Companion.decodeFromAsn1ContentBytes(bytes: ByteArray, lenient: Boolean = false): Long(source)

Decodes a signed Long from bytes assuming the same encoding as the Asn1Primitive.content property of an Asn1Primitive containing an ASN.1 INTEGER

Parameters

lenient

Relaxes DER constraints, which are:

  • The content of the INTEGER type is not empty.

  • The INTEGER value is minimally encoded, verifying that:

    • Positive ints do not contain leading zero bytes unless necessary.

    • Negative ints do not use excessive sign extension bytes.

Throws

if the byte array is out of bounds for a signed long

fun UInt.Companion.decodeFromAsn1ContentBytes(bytes: ByteArray, lenient: Boolean = false): UInt(source)

Decodes a UInt from bytes assuming the same encoding as the Asn1Primitive.content property of an Asn1Primitive containing an ASN.1 INTEGER

Parameters

lenient

Relaxes DER constraints, which are:

  • The content of the INTEGER type is not empty.

  • The INTEGER value is minimally encoded, verifying that:

    • Positive ints do not contain leading zero bytes unless necessary.

    • Negative ints do not use excessive sign extension bytes.

Throws

if the byte array is out of bounds for an unsigned int

fun ULong.Companion.decodeFromAsn1ContentBytes(bytes: ByteArray, lenient: Boolean = false): ULong(source)

Decodes a ULong from bytes assuming the same encoding as the Asn1Primitive.content property of an Asn1Primitive containing an ASN.1 INTEGER

Parameters

lenient

Relaxes DER constraints, which are:

  • The content of the INTEGER type is not empty.

  • The INTEGER value is minimally encoded, verifying that:

    • Positive ints do not contain leading zero bytes unless necessary.

    • Negative ints do not use excessive sign extension bytes.

Throws

if the byte array is out of bounds for an unsigned long

fun Boolean.Companion.decodeFromAsn1ContentBytes(bytes: ByteArray): Boolean(source)

Decodes a Boolean from bytes assuming the same encoding as the Asn1Primitive.content property of an Asn1Primitive containing an ASN.1 BOOLEAN

fun String.Companion.decodeFromAsn1ContentBytes(bytes: ByteArray): String(source)

Decodes a String from bytes assuming the same encoding as the Asn1Primitive.content property of an Asn1Primitive containing an ASN.1 STRING (any kind) The bytes are always decoded as UTF-8, via the standard library's ByteArray.decodeToString

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