ASN.1 Interface SilcAsn1 SilcAsn1Struct SilcAsn1Options SilcAsn1Tag silc_asn1_alloc silc_asn1_free silc_asn1_init silc_asn1_uninit silc_asn1_encode silc_asn1_decode SILC_ASN1_OPTS SILC_ASN1_ANY SILC_ASN1_ANY_PRIMITIVE SILC_ASN1_SEQUENCE SILC_ASN1_SET SILC_ASN1_SEQUENCE_OF SILC_ASN1_SET_OF SILC_ASN1_CHOICE SILC_ASN1_BOOLEAN SILC_ASN1_INT SILC_ASN1_SHORT_INT SILC_ASN1_ENUM SILC_ASN1_BIT_STRING SILC_ASN1_NULL SILC_ASN1_OID SILC_ASN1_OCTET_STRING SILC_ASN1_UTF8_STRING SILC_ASN1_NUMERIC_STRING SILC_ASN1_PRINTABLE_STRING SILC_ASN1_TELETEX_STRING SILC_ASN1_IA5_STRING SILC_ASN1_VISIBLE_STRING SILC_ASN1_UNIVERSAL_STRING SILC_ASN1_BMP_STRING SILC_ASN1_UNRESTRICTED_STRING SILC_ASN1_GENERAL_STRING SILC_ASN1_UTC_TIME SILC_ASN1_GEN_TIME SILC_ASN1_END

SILC_ASN1_ANY

SYNOPSIS

    Encoding:
    SILC_ASN1_ANY(buffer)
    SILC_ASN1_ANY_T(opts, tag, buffer)

    Decoding:
    SILC_ASN1_ANY(&buffer)
    SILC_ASN1_ANY_T(opts, tag, buffer)

DESCRIPTION

Macro used to encode or decode another ASN.1 node. The buffer type is SilcBuffer. This macro can be used for example to split large tree into multiple nodes, and then decoding the nodes separately from the buffers.

The `opts' is SilcAsn1Options. The `tag' is a tag number.

EXAMPLE

    // Encode node of two boolean values
    silc_asn1_encode(asn1, node,
                     SILC_ASN1_BOOLEAN(val1),
                     SILC_ASN1_BOOLEAN(val2),
                     SILC_ASN1_END);

    // Encode tree with the node
    silc_asn1_encode(asn1, tree,
                     SILC_ASN1_SEQUENCE_T(SILC_ASN1_PRIVATE, 101),
                       SILC_ASN1_ANY(node),
                       SILC_ASN1_BOOLEAN(boolval),
                     SILC_ASN1_END, SILC_ASN1_END);