return 0;
}
static bool null_is_compatible_with(uint32_t version) {
return true;
}
struct ec_backend_op_stubs null_op_stubs = {
.INIT = null_init,
.EXIT = null_exit,
.ENCODE = null_encode,
.DECODE = null_decode,
.FRAGSNEEDED = null_min_fragments,
.RECONSTRUCT = null_reconstruct,
.ELEMENTSIZE = null_element_size,
.ISCOMPATIBLEWITH = null_is_compatible_with,
.GETMETADATASIZE = get_backend_metadata_size_zero,
.GETENCODEOFFSET = get_encode_offset_zero,
};
struct ec_backend_common backend_null = {
.id = EC_BACKEND_NULL,
.name = NULL_LIB_NAME,
.soname = NULL_SO_NAME,
.soversion = NULL_LIB_VER_STR,
.ops = &null_op_stubs,
.ec_backend_version = _VERSION(NULL_LIB_MAJOR, NULL_LIB_MINOR,
NULL_LIB_REV),
};
/*
* For the time being, we only claim compatibility with versions that
* match exactly
*/
static bool liberasurecode_rs_vand_is_compatible_with(uint32_t version) {
return version == backend_liberasurecode_rs_vand.ec_backend_version;
}
struct ec_backend_op_stubs liberasurecode_rs_vand_op_stubs = {
.INIT = liberasurecode_rs_vand_init,
.EXIT = liberasurecode_rs_vand_exit,
.ENCODE = liberasurecode_rs_vand_encode,
.DECODE = liberasurecode_rs_vand_decode,
.FRAGSNEEDED = liberasurecode_rs_vand_min_fragments,
.RECONSTRUCT = liberasurecode_rs_vand_reconstruct,
.ELEMENTSIZE = liberasurecode_rs_vand_element_size,
.ISCOMPATIBLEWITH = liberasurecode_rs_vand_is_compatible_with,
};
struct ec_backend_common backend_liberasurecode_rs_vand = {
.id = EC_BACKEND_LIBERASURECODE_RS_VAND,
.name = LIBERASURECODE_RS_VAND_LIB_NAME,
.soname = LIBERASURECODE_RS_VAND_SO_NAME,
.soversion = LIBERASURECODE_RS_VAND_LIB_VER_STR,
.ops = &liberasurecode_rs_vand_op_stubs,
.backend_metadata_size = 0,
.ec_backend_version = _VERSION(LIBERASURECODE_RS_VAND_LIB_MAJOR,
LIBERASURECODE_RS_VAND_LIB_MINOR,
LIBERASURECODE_RS_VAND_LIB_REV),
};
