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liberasurecode/test/liberasurecode_test.c

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/*
* Copyright 2014 Eric Lambert, Tushar Gohad, Kevin Greenan
*
* Redistribution and use in source and binary forms, with or without
* modification, are permitted provided that the following conditions are met:
*
* Redistributions of source code must retain the above copyright notice, this
* list of conditions and the following disclaimer.
*
* Redistributions in binary form must reproduce the above copyright notice, this
* list of conditions and the following disclaimer in the documentation and/or
* other materials provided with the distribution. THIS SOFTWARE IS PROVIDED BY
* THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR IMPLIED
* WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF
* MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO
* EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT,
* INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING,
* BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,
* DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF
* LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE
* OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF
* ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
*
* liberasurecode frontend API header
*
* vi: set noai tw=79 ts=4 sw=4:
*/
#include <assert.h>
#include <stdbool.h>
#include <zlib.h>
#include "erasurecode.h"
#include "erasurecode_helpers.h"
#include "erasurecode_helpers_ext.h"
#include "erasurecode_preprocessing.h"
#include "erasurecode_backend.h"
#include "alg_sig.h"
#define NULL_BACKEND "null"
#define FLAT_XOR_HD_BACKEND "flat_xor_hd"
#define JERASURE_RS_VAND_BACKEND "jerasure_rs_vand"
#define JERASURE_RS_CAUCHY_BACKEND "jerasure_rs_cauchy"
#define ISA_L_RS_VAND_BACKEND "isa_l_rs_vand"
#define ISA_L_RS_CAUCHY_BACKEND "isa_l_rs_cauchy"
#define SHSS_BACKEND "shss"
#define RS_VAND_BACKEND "liberasurecode_rs_vand"
#define LIBPHAZR_BACKEND "libphazr"
typedef void (*TEST_FUNC)();
struct testcase {
const char *description;
TEST_FUNC function;
ec_backend_id_t be_id;
ec_checksum_type_t ct;
bool skip;
};
struct ec_args null_args = {
.k = 8,
.m = 4,
.priv_args1.null_args.arg1 = 11,
.ct = CHKSUM_NONE,
};
struct ec_args *null_test_args[] = { &null_args, NULL };
struct ec_args flat_xor_hd_args = {
.k = 3,
.m = 3,
.hd = 3,
.ct = CHKSUM_NONE,
};
struct ec_args *flat_xor_test_args[] = { &flat_xor_hd_args, NULL };
struct ec_args jerasure_rs_vand_args = {
.k = 10,
.m = 4,
.w = 16,
.hd = 5,
.ct = CHKSUM_NONE,
};
struct ec_args jerasure_rs_vand_44_args = {
.k = 4,
.m = 4,
.w = 16,
.hd = 5,
.ct = CHKSUM_NONE,
};
struct ec_args jerasure_rs_vand_48_args = {
.k = 4,
.m = 8,
.w = 16,
.hd = 9,
.ct = CHKSUM_NONE,
};
struct ec_args jerasure_rs_vand_1010_args = {
.k = 10,
.m = 10,
.w = 16,
.hd = 11,
.ct = CHKSUM_NONE,
};
struct ec_args *jerasure_rs_vand_test_args[] = { &jerasure_rs_vand_args,
&jerasure_rs_vand_44_args,
&jerasure_rs_vand_1010_args,
&jerasure_rs_vand_48_args,
NULL };
struct ec_args jerasure_rs_cauchy_args = {
.k = 10,
.m = 4,
.w = 4,
.hd = 5,
.ct = CHKSUM_NONE,
};
struct ec_args jerasure_rs_cauchy_44_args = {
.k = 4,
.m = 4,
.w = 4,
.hd = 5,
.ct = CHKSUM_NONE,
};
struct ec_args jerasure_rs_cauchy_48_args = {
.k = 4,
.m = 8,
.w = 8,
.hd = 9,
.ct = CHKSUM_NONE,
};
struct ec_args jerasure_rs_cauchy_1010_args = {
.k = 10,
.m = 10,
.w = 8,
.hd = 11,
.ct = CHKSUM_NONE,
};
struct ec_args *jerasure_rs_cauchy_test_args[] = { &jerasure_rs_cauchy_args,
&jerasure_rs_cauchy_44_args,
&jerasure_rs_cauchy_48_args,
&jerasure_rs_cauchy_1010_args,
NULL };
struct ec_args isa_l_args = {
.k = 10,
.m = 4,
.w = 8,
.hd = 5,
};
struct ec_args isa_l_44_args = {
.k = 4,
.m = 4,
.w = 8,
.hd = 5,
};
struct ec_args isa_l_1010_args = {
.k = 10,
.m = 10,
.w = 8,
.hd = 11,
};
struct ec_args *isa_l_test_args[] = { &isa_l_args,
&isa_l_44_args,
&isa_l_1010_args,
NULL };
int priv = 128;
struct ec_args shss_args = {
.k = 6,
.m = 3,
.hd = 3,
.priv_args2 = &priv,
};
struct ec_args *shss_test_args[] = { &shss_args, NULL };
struct ec_args liberasurecode_rs_vand_args = {
.k = 10,
.m = 4,
.w = 16,
.hd = 5,
.ct = CHKSUM_NONE,
};
struct ec_args liberasurecode_rs_vand_44_args = {
.k = 4,
.m = 4,
.w = 16,
.hd = 5,
.ct = CHKSUM_NONE,
};
struct ec_args liberasurecode_rs_vand_48_args = {
.k = 4,
.m = 8,
.w = 16,
.hd = 9,
.ct = CHKSUM_NONE,
};
struct ec_args liberasurecode_rs_vand_1010_args = {
.k = 10,
.m = 10,
.w = 16,
.hd = 11,
.ct = CHKSUM_NONE,
};
struct ec_args *liberasurecode_rs_vand_test_args[] = {
&liberasurecode_rs_vand_args,
&liberasurecode_rs_vand_44_args,
&liberasurecode_rs_vand_1010_args,
&liberasurecode_rs_vand_48_args,
NULL };
struct ec_args libphazr_args = {
.k = 4,
.m = 4,
};
struct ec_args *libphazr_test_args[] = { &libphazr_args, NULL };
struct ec_args **all_backend_tests[] = {
null_test_args,
flat_xor_test_args,
jerasure_rs_vand_test_args,
jerasure_rs_cauchy_test_args,
isa_l_test_args,
shss_test_args,
liberasurecode_rs_vand_test_args,
libphazr_test_args,
NULL};
int num_backends()
{
int i = 0;
while (NULL != all_backend_tests[i]) {
i++;
}
return i;
}
int max_tests_for_backends()
{
int n_backends = num_backends();
int i = 0;
int max = 0;
for (i = 0; i < n_backends; i++) {
int j = 0;
while (NULL != all_backend_tests[i][j]) {
j++;
}
if (j > max) {
max = j;
}
}
return max;
}
typedef enum {
LIBEC_VERSION_MISMATCH,
MAGIC_MISMATCH,
BACKEND_ID_MISMATCH,
BACKEND_VERSION_MISMATCH,
FRAGIDX_INVALID,
FRAGIDX_OUT_OF_RANGE,
} fragment_mismatch_scenario_t;
char * get_name_from_backend_id(ec_backend_id_t be) {
switch(be) {
case EC_BACKEND_NULL:
return NULL_BACKEND;
case EC_BACKEND_JERASURE_RS_VAND:
return JERASURE_RS_VAND_BACKEND;
case EC_BACKEND_JERASURE_RS_CAUCHY:
return JERASURE_RS_CAUCHY_BACKEND;
case EC_BACKEND_FLAT_XOR_HD:
return FLAT_XOR_HD_BACKEND;
case EC_BACKEND_ISA_L_RS_VAND:
return ISA_L_RS_VAND_BACKEND;
case EC_BACKEND_ISA_L_RS_CAUCHY:
return ISA_L_RS_CAUCHY_BACKEND;
case EC_BACKEND_SHSS:
return SHSS_BACKEND;
case EC_BACKEND_LIBERASURECODE_RS_VAND:
return RS_VAND_BACKEND;
case EC_BACKEND_LIBPHAZR:
return LIBPHAZR_BACKEND;
default:
return "UNKNOWN";
}
}
struct ec_args *create_ec_args(ec_backend_id_t be, ec_checksum_type_t ct, int backend_test_idx)
{
size_t ec_args_size = sizeof(struct ec_args);
struct ec_args *template = NULL;
struct ec_args** backend_args_array = NULL;
int i = 0;
switch(be) {
case EC_BACKEND_NULL:
backend_args_array = null_test_args;
break;
case EC_BACKEND_JERASURE_RS_VAND:
backend_args_array = jerasure_rs_vand_test_args;
break;
case EC_BACKEND_JERASURE_RS_CAUCHY:
backend_args_array = jerasure_rs_cauchy_test_args;
break;
case EC_BACKEND_LIBERASURECODE_RS_VAND:
backend_args_array = liberasurecode_rs_vand_test_args;
break;
case EC_BACKEND_FLAT_XOR_HD:
backend_args_array = flat_xor_test_args;
break;
case EC_BACKEND_ISA_L_RS_VAND:
backend_args_array = isa_l_test_args;
break;
case EC_BACKEND_ISA_L_RS_CAUCHY:
backend_args_array = isa_l_test_args;
break;
case EC_BACKEND_SHSS:
backend_args_array = shss_test_args;
break;
case EC_BACKEND_LIBPHAZR:
backend_args_array = libphazr_test_args;
break;
default:
return NULL;
}
while (NULL != backend_args_array && NULL != backend_args_array[i]) {
if (i == backend_test_idx) {
template = backend_args_array[i];
break;
}
i++;
}
if (NULL == template) {
return NULL;
}
struct ec_args *args = malloc(ec_args_size);
assert(args);
memcpy(args, template, ec_args_size);
args->ct = ct;
return args;
}
char *create_buffer(int size, int fill)
{
char *buf = malloc(size);
memset(buf, fill, size);
return buf;
}
int *create_skips_array(struct ec_args *args, int skip)
{
int num = args->k + args->m;
size_t array_size = sizeof(int) * num;
int *buf = malloc(array_size);
if (buf == NULL) {
return NULL;
}
memset(buf, 0, array_size);
if (skip >= 0 && skip < num) {
buf[skip] = 1;
}
return buf;
}
static int create_fake_frags_no_meta(char ***array, int num_frags,
const char *data, int data_len)
{
// N.B. The difference from creat_frags_arry is to creat new
// memory allocation and set a copy of data/parity there. The
// allocated memory should be maintained by the caller.
int _num_frags = 0;
int i = 0;
char **ptr = NULL;
*array = malloc(num_frags * sizeof(char *));
if (array == NULL) {
_num_frags = -1;
goto out;
}
// add data and parity frags
ptr = *array;
for (i = 0; i < num_frags; i++) {
*ptr = (char *) malloc(data_len);
strncpy(*ptr++, data, data_len);
_num_frags++;
}
out:
return _num_frags;
}
static int create_frags_array(char ***array,
char **data,
char **parity,
struct ec_args *args,
int *skips)
{
// N.B. this function sets pointer reference to the ***array
// from **data and **parity so DO NOT free each value of
// the array independently because the data and parity will
// be expected to be cleanup via liberasurecode_encode_cleanup
int num_frags = 0;
int i = 0;
char **ptr = NULL;
*array = malloc((args->k + args->m) * sizeof(char *));
if (array == NULL) {
num_frags = -1;
goto out;
}
//add data frags
ptr = *array;
for (i = 0; i < args->k; i++) {
if (data[i] == NULL || skips[i] == 1)
{
continue;
}
*ptr++ = data[i];
num_frags++;
}
//add parity frags
for (i = 0; i < args->m; i++) {
if (parity[i] == NULL || skips[i + args->k] == 1) {
continue;
}
*ptr++ = parity[i];
num_frags++;
}
out:
return num_frags;
}
static void cleanup_avail_frags(char **avail_frags,
int num_frags)
{
while(num_frags > 0) free(avail_frags[--num_frags]);
free(avail_frags);
}
static int encode_failure_stub(void *desc, char **data,
char **parity, int blocksize)
{
return -1;
}
static void validate_fragment_checksum(struct ec_args *args,
fragment_metadata_t *metadata, char *fragment_data)
{
uint32_t chksum = metadata->chksum[0];
uint32_t computed = 0;
uint32_t size = metadata->size;
switch (args->ct) {
case CHKSUM_MD5:
assert(false); //currently only have support crc32
break;
case CHKSUM_CRC32:
computed = crc32(0, (unsigned char *) fragment_data, size);
break;
case CHKSUM_NONE:
assert(metadata->chksum_mismatch == 0);
break;
default:
assert(false);
break;
}
if (metadata->chksum_mismatch) {
assert(chksum != computed);
} else {
assert(chksum == computed);
}
}
static void test_create_and_destroy_backend(
ec_backend_id_t be_id,
struct ec_args *args)
{
int desc = liberasurecode_instance_create(be_id, args);
if (-EBACKENDNOTAVAIL == desc) {
fprintf (stderr, "Backend library not available!\n");
return;
}
assert(desc > 0);
assert(0 == liberasurecode_instance_destroy(desc));
}
static void test_backend_available(ec_backend_id_t be_id) {
assert(1 == liberasurecode_backend_available(be_id));
}
static void test_backend_available_invalid_args()
{
int ret = liberasurecode_backend_available(EC_BACKENDS_MAX);
// returns 1 if a backend is available; 0 otherwise
assert(0 == ret);
}
static void test_create_backend_invalid_args()
{
int desc = liberasurecode_instance_create(-1, &null_args);
if (-EBACKENDNOTAVAIL == desc) {
fprintf (stderr, "Backend library not available!\n");
return;
}
assert(desc < 0);
desc = liberasurecode_instance_create(EC_BACKENDS_MAX, &null_args);
if (-EBACKENDNOTAVAIL == desc) {
fprintf (stderr, "Backend library not available!\n");
return;
}
assert(desc < 0);
desc = liberasurecode_instance_create(EC_BACKEND_NULL, NULL);
if (-EBACKENDNOTAVAIL == desc) {
fprintf (stderr, "Backend library not available!\n");
return;
}
struct ec_args invalid_args = {
.k = 100,
.m = 100,
};
desc = liberasurecode_instance_create(EC_BACKEND_NULL, &invalid_args);
if (-EBACKENDNOTAVAIL == desc) {
fprintf (stderr, "Backend library not available!\n");
return;
}
assert(desc < 0);
}
static void test_destroy_backend_invalid_args()
{
int desc = -1;
assert(liberasurecode_instance_destroy(desc) < 0);
desc = 1;
assert(liberasurecode_instance_destroy(desc) < 0);
desc = liberasurecode_instance_create(EC_BACKEND_NULL, &null_args);
if (-EBACKENDNOTAVAIL == desc) {
fprintf (stderr, "Backend library not available!\n");
return;
}
assert(desc > 0);
assert(0 == liberasurecode_instance_destroy(desc));
assert(liberasurecode_instance_destroy(desc) < 0);
}
static void test_encode_invalid_args()
{
int rc = 0;
int desc = -1;
int orig_data_size = 1024 * 1024;
char *orig_data = create_buffer(orig_data_size, 'x');
char **encoded_data = NULL, **encoded_parity = NULL;
uint64_t encoded_fragment_len = 0;
ec_backend_t instance = NULL;
int (*orig_encode_func)(void *, char **, char **, int);
assert(orig_data != NULL);
rc = liberasurecode_encode(desc, orig_data, orig_data_size,
&encoded_data, &encoded_parity, &encoded_fragment_len);
assert(rc < 0);
desc = liberasurecode_instance_create(EC_BACKEND_NULL, &null_args);
if (-EBACKENDNOTAVAIL == desc) {
fprintf (stderr, "Backend library not available!\n");
return;
}
assert(desc > 0);
rc = liberasurecode_encode(desc, NULL, orig_data_size,
&encoded_data, &encoded_parity, &encoded_fragment_len);
assert(rc < 0);
rc = liberasurecode_encode(desc, orig_data, orig_data_size,
NULL, &encoded_parity, &encoded_fragment_len);
assert(rc < 0);
rc = liberasurecode_encode(desc, orig_data, orig_data_size,
&encoded_data, NULL, &encoded_fragment_len);
assert(rc < 0);
rc = liberasurecode_encode(desc, orig_data, orig_data_size,
&encoded_data, &encoded_parity, NULL);
assert(rc < 0);
instance = liberasurecode_backend_instance_get_by_desc(desc);
orig_encode_func = instance->common.ops->encode;
instance->common.ops->encode = encode_failure_stub;
rc = liberasurecode_encode(desc, orig_data, orig_data_size,
&encoded_data, &encoded_parity, &encoded_fragment_len);
assert(rc < 0);
instance->common.ops->encode = orig_encode_func;
liberasurecode_instance_destroy(desc);
free(orig_data);
}
static void test_encode_cleanup_invalid_args()
{
int rc = 0;
int desc = -1;
int orig_data_size = 1024 * 1024;
char *orig_data = create_buffer(orig_data_size, 'x');
char **encoded_data = NULL, **encoded_parity = NULL;
uint64_t encoded_fragment_len = 0;
desc = liberasurecode_instance_create(EC_BACKEND_NULL, &null_args);
if (-EBACKENDNOTAVAIL == desc) {
fprintf (stderr, "Backend library not available!\n");
return;
}
assert(desc > 0);
rc = liberasurecode_encode(desc, orig_data, orig_data_size,
&encoded_data, &encoded_parity, &encoded_fragment_len);
assert(rc == 0);
rc = liberasurecode_encode_cleanup(-1, encoded_data, encoded_parity);
assert(rc < 0);
rc = liberasurecode_encode_cleanup(desc, NULL, NULL);
assert(rc == 0);
rc = liberasurecode_encode_cleanup(desc, encoded_data, encoded_parity);
assert(rc == 0);
liberasurecode_instance_destroy(desc);
free(orig_data);
}
static void test_decode_invalid_args()
{
int rc = 0;
int desc = -1;
int orig_data_size = 1024 * 1024;
char *orig_data = create_buffer(orig_data_size, 'x');
char **encoded_data = NULL, **encoded_parity = NULL;
uint64_t encoded_fragment_len = 0;
int num_avail_frags = -1;
char **avail_frags = NULL;
int *skips = create_skips_array(&null_args, -1);
char *decoded_data = NULL;
uint64_t decoded_data_len = 0;
// fake_data len should be bigger than fragment_header_t for
// the verifications
int fake_data_len = 1024;
char *fake_data = create_buffer(fake_data_len, 'y');
desc = liberasurecode_instance_create(EC_BACKEND_NULL, &null_args);
if (-EBACKENDNOTAVAIL == desc) {
fprintf (stderr, "Backend library not available!\n");
return;
}
assert(desc > 0);
// test with invalid fragments (no metadata headers)
num_avail_frags = create_fake_frags_no_meta(&avail_frags, (null_args.k +
null_args.m),
fake_data, fake_data_len);
assert(num_avail_frags > 0);
free(fake_data);
rc = liberasurecode_decode(desc, avail_frags, num_avail_frags,
fake_data_len, 1,
&decoded_data, &decoded_data_len);
// no metadata headers w/ force_metadata_checks results in EBADHEADER
assert(rc == -EBADHEADER);
rc = liberasurecode_decode(desc, avail_frags, num_avail_frags,
fake_data_len, 0,
&decoded_data, &decoded_data_len);
// no metadata headers w/o force_metadata_checks also results in EBADHEADER
assert(rc == -EBADHEADER);
// encoded_fragment_len is too small
rc = liberasurecode_decode(desc, avail_frags, num_avail_frags,
1, 1, &decoded_data, &decoded_data_len);
assert(rc == -EBADHEADER);
cleanup_avail_frags(avail_frags, num_avail_frags);
// test with num_fragments < (k)
num_avail_frags = create_fake_frags_no_meta(&avail_frags, (null_args.k - 1),
" ", 1);
assert(num_avail_frags > 0);
rc = liberasurecode_decode(desc, avail_frags, num_avail_frags,
fake_data_len, 1,
&decoded_data, &decoded_data_len);
assert(rc == -EINSUFFFRAGS);
cleanup_avail_frags(avail_frags, num_avail_frags);
rc = liberasurecode_encode(desc, orig_data, orig_data_size,
&encoded_data, &encoded_parity, &encoded_fragment_len);
assert(rc == 0);
num_avail_frags = create_frags_array(&avail_frags, encoded_data,
encoded_parity, &null_args, skips);
assert(num_avail_frags > 0);
rc = liberasurecode_decode(-1, avail_frags, num_avail_frags,
encoded_fragment_len, 1,
&decoded_data, &decoded_data_len);
assert(rc < 0);
rc = liberasurecode_decode(desc, NULL, num_avail_frags,
encoded_fragment_len, 1,
&decoded_data, &decoded_data_len);
assert(rc < 0);
rc = liberasurecode_decode(desc, avail_frags, num_avail_frags,
encoded_fragment_len, 1,
NULL, &decoded_data_len);
assert(rc < 0);
rc = liberasurecode_decode(desc, avail_frags, num_avail_frags,
encoded_fragment_len, 1,
&decoded_data, NULL);
assert(rc < 0);
free(skips);
liberasurecode_encode_cleanup(desc, encoded_data, encoded_parity);
liberasurecode_instance_destroy(desc);
// N.B. create_frags_array sets pointer reference of either encoded_data
// or encoded_parity and they are cleaned up via
// liberasurecode_encode_cleanup
free(avail_frags);
free(orig_data);
}
static void test_decode_cleanup_invalid_args()
{
int rc = 0;
int desc = 1;
char *orig_data = create_buffer(1024, 'x');
rc = liberasurecode_decode_cleanup(desc, orig_data);
assert(rc < 0);
desc = liberasurecode_instance_create(EC_BACKEND_NULL, &null_args);
if (-EBACKENDNOTAVAIL == desc) {
fprintf (stderr, "Backend library not available!\n");
return;
}
assert(desc > 0);
rc = liberasurecode_decode_cleanup(desc, NULL);
assert(rc == 0);
liberasurecode_instance_destroy(desc);
free(orig_data);
}
static void test_reconstruct_fragment_invalid_args()
{
int rc = -1;
int desc = 1;
int frag_len = 10;
char **avail_frags = malloc(sizeof(char *) * 2);
char *out_frag = malloc(frag_len);
int orig_data_size = 1024 * 1024;
char *orig_data = create_buffer(orig_data_size, 'x');
char **encoded_data = NULL, **encoded_parity = NULL;
uint64_t encoded_fragment_len = 0;
assert(avail_frags);
assert(out_frag);
rc = liberasurecode_reconstruct_fragment(desc, avail_frags, 1, frag_len, 1, out_frag);
assert(rc < 0);
desc = liberasurecode_instance_create(EC_BACKEND_NULL, &null_args);
if (-EBACKENDNOTAVAIL == desc) {
fprintf (stderr, "Backend library not available!\n");
return;
}
assert(desc > 0);
rc = liberasurecode_reconstruct_fragment(desc, NULL, 1, frag_len, 1, out_frag);
assert(rc < 0);
rc = liberasurecode_reconstruct_fragment(desc, avail_frags, 1, frag_len, 1, NULL);
assert(rc < 0);
free(out_frag);
free(avail_frags);
// Test for EINSUFFFRAGS
// we have to call encode to get fragments which have valid header.
rc = liberasurecode_encode(desc, orig_data, orig_data_size,
&encoded_data, &encoded_parity, &encoded_fragment_len);
assert(rc == 0);
out_frag = malloc(encoded_fragment_len);
assert(out_frag != NULL);
rc = liberasurecode_reconstruct_fragment(desc, encoded_data, 1, encoded_fragment_len, 1, out_frag);
assert(rc == -EINSUFFFRAGS);
free(orig_data);
free(out_frag);
liberasurecode_encode_cleanup(desc, encoded_data, encoded_parity);
liberasurecode_instance_destroy(desc);
}
static void test_fragments_needed_invalid_args()
{
int rc = -1;
int desc = 1;
int frags_to_recon = -1;
int frags_to_exclude = -1;
int *frags_needed= NULL;
rc = liberasurecode_fragments_needed(desc, &frags_to_recon, &frags_to_exclude, frags_needed);
assert(rc < 0);
desc = liberasurecode_instance_create(EC_BACKEND_NULL, &null_args);
if (-EBACKENDNOTAVAIL == desc) {
fprintf (stderr, "Backend library not available!\n");
return;
}
assert(desc > 0);
rc = liberasurecode_fragments_needed(desc, NULL, &frags_to_exclude, frags_needed);
assert(rc < 0);
rc = liberasurecode_fragments_needed(desc, &frags_to_recon, NULL, frags_needed);
assert(rc < 0);
rc = liberasurecode_fragments_needed(desc, &frags_to_recon, &frags_to_exclude, NULL);
assert(rc < 0);
liberasurecode_instance_destroy(desc);
}
static void test_get_fragment_metadata_invalid_args() {
int rc = -1;
char *frag = malloc(1024);
fragment_metadata_t metadata;
assert(frag);
memset(frag, 0, 1024);
fragment_header_t *fragment_hdr = (fragment_header_t *)frag;
fragment_hdr->magic = LIBERASURECODE_FRAG_HEADER_MAGIC;
rc = liberasurecode_get_fragment_metadata(NULL, &metadata);
assert(rc < 0);
rc = liberasurecode_get_fragment_metadata(frag, NULL);
assert(rc < 0);
memset(frag, 0, 1024); //clears magic
rc = liberasurecode_get_fragment_metadata(frag, &metadata);
assert(rc == -EBADHEADER);
free(frag);
}
static void test_verify_stripe_metadata_invalid_args() {
int rc = -1;
int num_frags = 6;
int desc = -1;
char **frags = malloc(sizeof(char *) * num_frags);
rc = liberasurecode_verify_stripe_metadata(desc, frags, num_frags);
assert(rc == -EINVALIDPARAMS);
desc = liberasurecode_instance_create(EC_BACKEND_NULL, &null_args);
if (-EBACKENDNOTAVAIL == desc) {
fprintf (stderr, "Backend library not available!\n");
return;
}
assert(desc > 0);
rc = liberasurecode_verify_stripe_metadata(desc, NULL, num_frags);
assert(rc == -EINVALIDPARAMS);
rc = liberasurecode_verify_stripe_metadata(desc, frags, -1);
assert(rc == -EINVALIDPARAMS);
rc = liberasurecode_verify_stripe_metadata(desc, frags, 0);
assert(rc == -EINVALIDPARAMS);
liberasurecode_instance_destroy(desc);
free(frags);
}
static void test_get_fragment_partition()
{
int i;
int rc = 0;
int desc = -1;
int orig_data_size = 1024 * 1024;
char *orig_data = create_buffer(orig_data_size, 'x');
char **encoded_data = NULL, **encoded_parity = NULL;
uint64_t encoded_fragment_len = 0;
int num_avail_frags = -1;
char **avail_frags = NULL;
int *skips = create_skips_array(&null_args, -1);
int *missing;
desc = liberasurecode_instance_create(EC_BACKEND_NULL, &null_args);
if (-EBACKENDNOTAVAIL == desc) {
fprintf (stderr, "Backend library not available!\n");
free(orig_data);
free(skips);
return;
}
assert(desc > 0);
rc = liberasurecode_encode(desc, orig_data, orig_data_size,
&encoded_data, &encoded_parity, &encoded_fragment_len);
assert(0 == rc);
missing = alloc_and_set_buffer(sizeof(char*) * null_args.k, -1);
for(i = 0; i < null_args.m; i++) {
skips[i] = 1;
/* get_fragment_partition is going to NULL all the entries in
* encoded_data and encoded_parity before populating them again
* from avail_frags. Since we're explicitly *not* including these
* data frags in avail_frags, free them now.
*/
if (i < null_args.k) {
free(encoded_data[i]);
} else {
free(encoded_parity[i - null_args.k]);
}
}
num_avail_frags = create_frags_array(&avail_frags, encoded_data,
encoded_parity, &null_args, skips);
rc = get_fragment_partition(null_args.k, null_args.m, avail_frags, num_avail_frags,
encoded_data, encoded_parity, missing);
assert(0 == rc);
for(i = 0; i < null_args.m; i++) assert(missing[i] == i);
// Loop already pushed us one past
assert(missing[i] == -1);
free(avail_frags);
free(missing);
skips[i] = 1;
if (i < null_args.k) {
free(encoded_data[i]);
} else {
free(encoded_parity[i - null_args.k]);
}
num_avail_frags = create_frags_array(&avail_frags, encoded_data,
encoded_parity, &null_args, skips);
missing = alloc_and_set_buffer(sizeof(char*) * null_args.k, -1);
rc = get_fragment_partition(null_args.k, null_args.m, avail_frags, num_avail_frags,
encoded_data, encoded_parity, missing);
for(i = 0; i < null_args.m + 1; i++) assert(missing[i] == i);
assert(missing[++i] == -1);
assert(rc < 0);
free(missing);
free(skips);
liberasurecode_encode_cleanup(desc, encoded_data, encoded_parity);
liberasurecode_instance_destroy(desc);
free(avail_frags);
free(orig_data);
}
static void test_liberasurecode_get_version(){
uint32_t version = liberasurecode_get_version();
assert(version == LIBERASURECODE_VERSION);
}
static void encode_decode_test_impl(const ec_backend_id_t be_id,
struct ec_args *args,
int *skip)
{
int i = 0;
int rc = 0;
int desc = -1;
int orig_data_size = 1024 * 1024;
char *orig_data = NULL;
char **encoded_data = NULL, **encoded_parity = NULL;
uint64_t encoded_fragment_len = 0;
uint64_t decoded_data_len = 0;
char *decoded_data = NULL;
size_t frag_header_size = sizeof(fragment_header_t);
char **avail_frags = NULL;
int num_avail_frags = 0;
char *orig_data_ptr = NULL;
int remaining = 0;
desc = liberasurecode_instance_create(be_id, args);
if (-EBACKENDNOTAVAIL == desc) {
fprintf (stderr, "Backend library not available!\n");
return;
} else if ((args->k + args->m) > EC_MAX_FRAGMENTS) {
assert(-EINVALIDPARAMS == desc);
return;
} else
assert(desc > 0);
orig_data = create_buffer(orig_data_size, 'x');
assert(orig_data != NULL);
rc = liberasurecode_encode(desc, orig_data, orig_data_size,
&encoded_data, &encoded_parity, &encoded_fragment_len);
assert(0 == rc);
orig_data_ptr = orig_data;
remaining = orig_data_size;
for (i = 0; i < args->k + args->m; i++)
{
int cmp_size = -1;
char *data_ptr = NULL;
char *frag = NULL;
uint32_t *mcksum = NULL;
frag = (i < args->k) ? encoded_data[i] : encoded_parity[i - args->k];
assert(frag != NULL);
fragment_header_t *header = (fragment_header_t*)frag;
assert(header != NULL);
mcksum = get_metadata_chksum(frag);
assert(mcksum != NULL);
assert(header->metadata_chksum == *mcksum);
fragment_metadata_t metadata = header->meta;
assert(metadata.idx == i);
assert(metadata.size == encoded_fragment_len - frag_header_size - metadata.frag_backend_metadata_size);
assert(metadata.orig_data_size == orig_data_size);
assert(metadata.backend_id == be_id);
assert(metadata.chksum_mismatch == 0);
data_ptr = frag + frag_header_size;
cmp_size = remaining >= metadata.size ? metadata.size : remaining;
// shss & libphazr doesn't keep original data on data fragments
if (be_id != EC_BACKEND_SHSS && be_id != EC_BACKEND_LIBPHAZR) {
assert(memcmp(data_ptr, orig_data_ptr, cmp_size) == 0);
}
remaining -= cmp_size;
orig_data_ptr += metadata.size;
}
num_avail_frags = create_frags_array(&avail_frags, encoded_data,
encoded_parity, args, skip);
assert(num_avail_frags > 0);
rc = liberasurecode_decode(desc, avail_frags, num_avail_frags,
encoded_fragment_len, 1,
&decoded_data, &decoded_data_len);
assert(0 == rc);
assert(decoded_data_len == orig_data_size);
assert(memcmp(decoded_data, orig_data, orig_data_size) == 0);
rc = liberasurecode_encode_cleanup(desc, encoded_data, encoded_parity);
assert(rc == 0);
rc = liberasurecode_decode_cleanup(desc, decoded_data);
assert(rc == 0);
assert(0 == liberasurecode_instance_destroy(desc));
free(orig_data);
free(avail_frags);
}
/**
* Note: this test will attempt to reconstruct a single fragment when
* one or more other fragments are missing (specified by skip).
*
* For example, if skip is [0, 0, 0, 1, 0, 0] and we are reconstructing
* fragment 5, then it will test the reconstruction of fragment 5 when 3
* and 5 are assumed unavailable.
*
* We only mark at most 2 as unavailable, as we cannot guarantee every situation
* will be able to habndle 3 failures.
*/
static void reconstruct_test_impl(const ec_backend_id_t be_id,
struct ec_args *args,
int *skip)
{
int rc = 0;
int desc = -1;
int orig_data_size = 1024 * 1024;
char *orig_data = NULL;
char **encoded_data = NULL, **encoded_parity = NULL;
uint64_t encoded_fragment_len = 0;
int num_fragments = args-> k + args->m;
char **avail_frags = NULL;
int num_avail_frags = 0;
int i = 0;
char *out = NULL;
desc = liberasurecode_instance_create(be_id, args);
if (-EBACKENDNOTAVAIL == desc) {
fprintf (stderr, "Backend library not available!\n");
return;
}
assert(desc > 0);
orig_data = create_buffer(orig_data_size, 'x');
assert(orig_data != NULL);
rc = liberasurecode_encode(desc, orig_data, orig_data_size,
&encoded_data, &encoded_parity, &encoded_fragment_len);
assert(rc == 0);
out = malloc(encoded_fragment_len);
assert(out != NULL);
for (i = 0; i < num_fragments; i++) {
char *cmp = NULL;
// If the current fragment was not chosen as fragments to skip,
// remove it and the chosen fragments to skip from the available list
// and reset its state
if (skip[i] == 0) {
skip[i] = 1;
num_avail_frags = create_frags_array(&avail_frags, encoded_data,
encoded_parity, args, skip);
skip[i] = 0;
// Do not reset the skip state if the fragment was chosen as a fragment
// to skip for this invocation of the test
} else {
num_avail_frags = create_frags_array(&avail_frags, encoded_data,
encoded_parity, args, skip);
}
if (i < args->k) {
cmp = encoded_data[i];
}
else {
cmp = encoded_parity[i - args->k];
}
memset(out, 0, encoded_fragment_len);
rc = liberasurecode_reconstruct_fragment(desc, avail_frags, num_avail_frags, encoded_fragment_len, i, out);
assert(rc == 0);
assert(memcmp(out, cmp, encoded_fragment_len) == 0);
free(avail_frags);
}
free(orig_data);
free(out);
liberasurecode_encode_cleanup(desc, encoded_data, encoded_parity);
liberasurecode_instance_destroy(desc);
}
static void test_fragments_needed_impl(const ec_backend_id_t be_id,
struct ec_args *args)
{
int *fragments_to_reconstruct = NULL;
int *fragments_to_exclude = NULL;
int *fragments_needed = NULL;
int *new_fragments_needed = NULL;
int ret = -1;
int i = 0, j = 0;
int n = args->k + args->m;
int desc = liberasurecode_instance_create(be_id, args);
if (-EBACKENDNOTAVAIL == desc) {
fprintf (stderr, "Backend library not available!\n");
return;
}
assert(desc > 0);
/*
* ToDo (KMG): In an effort to make this test "general"
* it makes assumptions about how reconstruction equations
* are derived. It assumes the lowest-numbered parity
* will be used when reconstructing a single failure.
* This is typically true for many RS implementations,
* since the first parity is the XOR of all data elements.
* This is also the case for our internal flat XOR implementation.
*
* We will have to do something else for more complicated cases...
*
* Here is the gist:
*
* First get all of the data elements connected to the
* first parity element. Select one of the data elements
* as the item to reconstruct and select one not in that
* set as the missing element. Elements needed should
* be equal to the parity element, plus all other data
* elements connected to it.
*
* Simple example with XOR code (k=10, m=5):
*
* p_0 = d_0 + d_1 + d_2
* p_1 = d_0 + d_3 + d_5
* ...
*
* Call to fragments_needed(desc, [0, -1], [3, -1], [])
* should return: [10, 1, 2]
*/
fragments_to_reconstruct = (int*)malloc(sizeof(int) * n);
assert(fragments_to_reconstruct != NULL);
fragments_to_exclude = (int*)malloc(sizeof(int) * n);
assert(fragments_to_exclude != NULL);
fragments_needed = (int*)malloc(sizeof(int) * n);
assert(fragments_needed != NULL);
new_fragments_needed = (int*)malloc(sizeof(int) * n);
assert(fragments_needed != NULL);
// This is the first parity element
fragments_to_reconstruct[0] = args->k;
fragments_to_reconstruct[1] = -1;
fragments_to_exclude[0] = -1;
ret = liberasurecode_fragments_needed(desc,
fragments_to_reconstruct,
fragments_to_exclude,
fragments_needed);
assert(ret > -1);
// "Reconstruct" the first data in the parity equation
fragments_to_reconstruct[0] = fragments_needed[0];
fragments_to_reconstruct[1] = -1;
fragments_to_exclude[0] = -1;
// Find a proper fragment to exlcude
for (i = 0; i < n; i++) {
j = 1;
while (fragments_needed[j] > -1) {
if (fragments_needed[j] == i) {
break;
}
j++;
}
// Found one!
if (fragments_needed[j] == -1) {
fragments_to_exclude[0] = i;
fragments_to_exclude[1] = -1;
break;
}
}
assert(fragments_to_exclude[0] > -1);
ret = liberasurecode_fragments_needed(desc,
fragments_to_reconstruct,
fragments_to_exclude,
new_fragments_needed);
assert(ret > -1);
// Verify that new_fragments_needed contains the
// first parity element and all data elements connected
// to that parity element sans the data to reconstruct.
i = 0;
while (new_fragments_needed[i] > -1) {
int is_valid_fragment = 0;
// This is the first parity
if (new_fragments_needed[i] == args->k) {
is_valid_fragment = 1;
} else {
// This checks for all of the other data elements
j = 1;
while (fragments_needed[j] > -1) {
if (fragments_needed[j] == new_fragments_needed[i]) {
is_valid_fragment = 1;
break;
}
j++;
}
}
assert(is_valid_fragment == 1);
i++;
}
liberasurecode_instance_destroy(desc);
free(fragments_to_reconstruct);
free(fragments_to_exclude);
free(fragments_needed);
free(new_fragments_needed);
}
static void test_get_fragment_metadata(const ec_backend_id_t be_id, struct ec_args *args)
{
int i = 0;
int rc = 0;
int desc = -1;
int orig_data_size = 1024 * 1024;
char *orig_data = NULL;
char **encoded_data = NULL, **encoded_parity = NULL;
int num_fragments = args-> k + args->m;
uint64_t encoded_fragment_len = 0;
fragment_metadata_t cur_frag;
fragment_metadata_t cmp_frag;
ec_backend_id_t rtv_be_id = -1;
uint32_t be_version = 0;
ec_backend_t be = NULL;
desc = liberasurecode_instance_create(be_id, args);
if (-EBACKENDNOTAVAIL == desc) {
fprintf (stderr, "Backend library not available!\n");
return;
}
assert(desc > 0);
be = liberasurecode_backend_instance_get_by_desc(desc);
assert(be != NULL);
orig_data = create_buffer(orig_data_size, 'x');
assert(orig_data != NULL);
rc = liberasurecode_encode(desc, orig_data, orig_data_size,
&encoded_data, &encoded_parity, &encoded_fragment_len);
assert(0 == rc);
memset(&cmp_frag, -1, sizeof(fragment_metadata_t));
for (i = 0; i < num_fragments; i++) {
char * data = NULL;
uint32_t ver = 0;
char *header = NULL;
memset(&cur_frag, -1, sizeof(fragment_metadata_t));
if (i < args->k) {
rc = liberasurecode_get_fragment_metadata(encoded_data[i], &cur_frag);
data = get_data_ptr_from_fragment(encoded_data[i]);
header = encoded_data[i];
} else {
rc = liberasurecode_get_fragment_metadata(encoded_parity[i - args->k], &cur_frag);
data = get_data_ptr_from_fragment(encoded_parity[i - args->k]);
header = encoded_parity[i - args->k];
}
assert(rc == 0);
assert(cur_frag.orig_data_size == orig_data_size);
assert(cur_frag.size != 0);
assert(cur_frag.chksum_type == args->ct);
validate_fragment_checksum(args, &cur_frag, data);
rc = memcmp(&cur_frag, &cmp_frag, sizeof(fragment_metadata_t));
assert(rc != 0);
rc = get_libec_version(header, &ver);
assert(rc == 0);
assert(ver == LIBERASURECODE_VERSION);
rc = get_backend_id(header, &rtv_be_id);
assert(rc == 0);
assert(rtv_be_id == be_id);
rc = get_backend_version(header, &be_version);
assert(rc == 0);
assert(be_version == be->common.ec_backend_version);
}
liberasurecode_encode_cleanup(desc, encoded_data, encoded_parity);
liberasurecode_instance_destroy(desc);
free(orig_data);
}
static void test_decode_with_missing_data(const ec_backend_id_t be_id,
struct ec_args *args)
{
int i;
int *skip = create_skips_array(args, -1);
assert(skip != NULL);
for (i = 0; i < args->k; i++)
{
skip[i] = 1;
encode_decode_test_impl(be_id, args, skip);
skip[i] = 0;
}
free(skip);
}
static void test_decode_with_missing_parity(const ec_backend_id_t be_id,
struct ec_args *args)
{
int i;
int *skip = create_skips_array(args,args->k);
assert(skip != NULL);
for (i = args->k; i < args->m; i++)
{
skip[i] = 1;
encode_decode_test_impl(be_id, args, skip);
skip[i] = 0;
}
free(skip);
}
static void test_decode_with_missing_multi_data(const ec_backend_id_t be_id,
struct ec_args *args)
{
int max_num_missing = args->k <= (args->hd - 1) ? args->k : args->hd - 1;
int i,j;
for (i = 0; i < args->k - max_num_missing + 1; i++) {
int *skip = create_skips_array(args,-1);
assert(skip != NULL);
for (j = i; j < i + max_num_missing; j++) {
skip[j % args->k]=1;
}
encode_decode_test_impl(be_id, args, skip);
free(skip);
}
}
static void test_decode_with_missing_multi_parity(const ec_backend_id_t be_id,
struct ec_args *args)
{
int i,j;
int max_num_missing = args->hd - 1;
for (i = args->k; i < args->k + args->m - max_num_missing + 1; i++) {
int *skip = create_skips_array(args,-1);
assert(skip != NULL);
for (j = i; j < i + max_num_missing; j++) {
skip[j]=1;
}
encode_decode_test_impl(be_id, args, skip);
free(skip);
}
}
static void test_decode_with_missing_multi_data_parity(
const ec_backend_id_t be_id, struct ec_args *args)
{
int i,j;
int max_num_missing = args->hd - 1;
int end = (args->k + args->m) - max_num_missing + 1;
for (i = 0; i < end; i++) {
int *skip = create_skips_array(args,-1);
assert(skip != NULL);
for (j = i; j < i + max_num_missing; j++) {
skip[j]=1;
}
encode_decode_test_impl(be_id, args, skip);
free(skip);
}
}
static void test_isa_l_rs_vand_decode_reconstruct_specific_error_case()
{
struct ec_args specific_1010_args = {
.k = 10,
.m = 10,
};
int rc = 0;
int desc = -1;
int orig_data_size = 1024 * 1024;
char *orig_data = create_buffer(orig_data_size, 'x');
char **encoded_data = NULL, **encoded_parity = NULL;
uint64_t encoded_fragment_len = 0;
int num_avail_frags = -1;
char **avail_frags = NULL;
char *decoded_data = NULL;
char *out_frag = NULL;
uint64_t decoded_data_len = 0;
int *skips = create_skips_array(&specific_1010_args,-1);
assert(skips != NULL);
// available frags for a bad pattern: [0, 1, 2, 3, 4, 6, 7, 10, 12, 15]
skips[5] = skips[8] = skips[9] = skips[11] = skips[13] = skips[14] =
skips[16] = skips[17] = skips[18] = skips[19] = 1;
desc = liberasurecode_instance_create(
EC_BACKEND_ISA_L_RS_VAND, &specific_1010_args);
if (-EBACKENDNOTAVAIL == desc) {
fprintf (stderr, "Backend library not available!\n");
free(orig_data);
free(skips);
return;
}
assert(desc > 0);
rc = liberasurecode_encode(desc, orig_data, orig_data_size,
&encoded_data, &encoded_parity, &encoded_fragment_len);
assert(rc == 0);
num_avail_frags = create_frags_array(&avail_frags, encoded_data,
encoded_parity, &specific_1010_args,
skips);
assert(num_avail_frags > 0);
rc = liberasurecode_decode(desc, avail_frags, num_avail_frags,
encoded_fragment_len, 1,
&decoded_data, &decoded_data_len);
assert(rc == -1);
free(avail_frags);
// 5 is a hole in available frags
num_avail_frags = create_frags_array(&avail_frags, encoded_data,
encoded_parity, &specific_1010_args,
skips);
out_frag = malloc(sizeof(char) * encoded_fragment_len);
rc = liberasurecode_reconstruct_fragment(
desc, avail_frags, 10, encoded_fragment_len, 5, out_frag);
assert(rc == -1);
free(out_frag);
free(avail_frags);
// sanity; [0, 1, 2, 3, 4, 6, 7, 10, 12, 14] is ok
skips[15] = 1; skips[14] = 0;
num_avail_frags = create_frags_array(&avail_frags, encoded_data,
encoded_parity, &specific_1010_args,
skips);
assert(num_avail_frags > 0);
rc = liberasurecode_decode(desc, avail_frags, num_avail_frags,
encoded_fragment_len, 1,
&decoded_data, &decoded_data_len);
assert(rc == 0);
// 5 is a hole in available frags
out_frag = malloc(sizeof(char) * encoded_fragment_len);
rc = liberasurecode_reconstruct_fragment(
desc, avail_frags, 10, encoded_fragment_len, 5, out_frag);
assert(rc == 0);
free(out_frag);
free(avail_frags);
// cleanup all
rc = liberasurecode_encode_cleanup(desc, encoded_data, encoded_parity);
assert(rc == 0);
rc = liberasurecode_decode_cleanup(desc, decoded_data);
assert(rc == 0);
assert(0 == liberasurecode_instance_destroy(desc));
free(orig_data);
free(skips);
}
static void test_jerasure_rs_cauchy_init_failure()
{
struct ec_args bad_args = {
.k = 10,
.m = 10,
.w = 4,
};
// NB: (k + m) > (1 << w) => too many frags!
int desc = -1;
desc = liberasurecode_instance_create(
EC_BACKEND_JERASURE_RS_CAUCHY, &bad_args);
if (-EBACKENDNOTAVAIL == desc) {
fprintf (stderr, "Backend library not available!\n");
return;
}
assert(-EBACKENDINITERR == desc);
}
static void test_simple_encode_decode(const ec_backend_id_t be_id,
struct ec_args *args)
{
int *skip = create_skips_array(args,-1);
assert(skip != NULL);
encode_decode_test_impl(be_id, args, skip);
free(skip);
}
static void test_simple_encode_decode_over32()
{
struct ec_args over32_args = {
.k = 30,
.m = 20,
};
int *skip = create_skips_array(&over32_args, 1);
assert(skip != NULL);
// should return an error
encode_decode_test_impl(EC_BACKEND_JERASURE_RS_VAND,
&over32_args, skip);
free(skip);
}
static void test_simple_reconstruct(const ec_backend_id_t be_id,
struct ec_args *args)
{
int i = 0;
for (i = 0; i < args->k + args->m; i++) {
int *skip = create_skips_array(args,i);
assert(skip != NULL);
reconstruct_test_impl(be_id, args, skip);
free(skip);
}
}
static void test_fragments_needed(const ec_backend_id_t be_id,
struct ec_args *args)
{
test_fragments_needed_impl(be_id, args);
}
static void test_verify_stripe_metadata(const ec_backend_id_t be_id,
struct ec_args *args)
{
int orig_data_size = 1024;
char **encoded_data = NULL, **encoded_parity = NULL;
char **avail_frags = NULL;
uint64_t encoded_fragment_len = 0;
int rc = -1;
int num_avail_frags = -1;
int *skip = create_skips_array(args,-1);
char *orig_data = create_buffer(orig_data_size, 'x');
int desc = liberasurecode_instance_create(be_id, args);
if (-EBACKENDNOTAVAIL == desc) {
fprintf (stderr, "Backend library not available!\n");
free(orig_data);
free(skip);
return;
}
assert(desc > 0);
assert(orig_data != NULL);
rc = liberasurecode_encode(desc, orig_data, orig_data_size,
&encoded_data, &encoded_parity, &encoded_fragment_len);
assert(0 == rc);
num_avail_frags = create_frags_array(&avail_frags, encoded_data,
encoded_parity, args, skip);
rc = liberasurecode_verify_stripe_metadata(desc, avail_frags,
num_avail_frags);
assert(0 == rc);
liberasurecode_encode_cleanup(desc, encoded_data, encoded_parity);
liberasurecode_instance_destroy(desc);
free(orig_data);
free(skip);
free(avail_frags);
}
static void verify_fragment_metadata_mismatch_impl(const ec_backend_id_t be_id, struct ec_args *args,
fragment_mismatch_scenario_t scenario)
{
int orig_data_size = 1024;
char **encoded_data = NULL, **encoded_parity = NULL;
char **avail_frags = NULL;
uint64_t encoded_fragment_len = 0;
int rc = -1;
int num_avail_frags = -1;
int i = 0;
uint32_t orig_libec_ver = 0;
uint32_t orig_be_ver = 0;
uint8_t orig_be_id = 0;
uint32_t orig_frag_idx = 0;
int *skip = create_skips_array(args,-1);
char *orig_data = create_buffer(orig_data_size, 'x');
int desc = liberasurecode_instance_create(be_id, args);
if (-EBACKENDNOTAVAIL == desc) {
fprintf (stderr, "Backend library not available!\n");
free(orig_data);
free(skip);
return;
}
assert(desc > 0);
assert(orig_data != NULL);
rc = liberasurecode_encode(desc, orig_data, orig_data_size,
&encoded_data, &encoded_parity, &encoded_fragment_len);
assert(0 == rc);
num_avail_frags = create_frags_array(&avail_frags, encoded_data,
encoded_parity, args, skip);
for (i = 0; i < num_avail_frags; i++) {
char * cur_frag = avail_frags[i];
// corrupt fragment
switch (scenario) {
case LIBEC_VERSION_MISMATCH:
orig_libec_ver = ((fragment_header_t*)cur_frag)->libec_version;
((fragment_header_t*)cur_frag)->libec_version = orig_libec_ver + 1;
break;
case MAGIC_MISMATCH:
((fragment_header_t*)cur_frag)->magic = 0;
break;
case BACKEND_ID_MISMATCH:
orig_be_id = ((fragment_header_t*)cur_frag)->meta.backend_id;
((fragment_header_t*)cur_frag)->meta.backend_id = orig_be_id + 1;
break;
case BACKEND_VERSION_MISMATCH:
orig_be_ver = ((fragment_header_t*)cur_frag)->meta.backend_version;
((fragment_header_t*)cur_frag)->meta.backend_version = orig_be_ver + 1;
break;
case FRAGIDX_INVALID:
orig_frag_idx = ((fragment_header_t*)cur_frag)->meta.idx;
((fragment_header_t*)cur_frag)->meta.idx = -1;
break;
case FRAGIDX_OUT_OF_RANGE:
orig_frag_idx = ((fragment_header_t*)cur_frag)->meta.idx;
((fragment_header_t*)cur_frag)->meta.idx = args->k + args->m + 1;
break;
default:
assert(false);
}
rc = is_invalid_fragment(desc, avail_frags[i]);
assert(rc == 1);
// heal fragment
switch (scenario) {
case LIBEC_VERSION_MISMATCH:
((fragment_header_t*)cur_frag)->libec_version = orig_libec_ver;
break;
case MAGIC_MISMATCH:
((fragment_header_t*)cur_frag)->magic = LIBERASURECODE_FRAG_HEADER_MAGIC;
break;
case BACKEND_ID_MISMATCH:
((fragment_header_t*)cur_frag)->meta.backend_id = orig_be_id;
break;
case BACKEND_VERSION_MISMATCH:
((fragment_header_t*)cur_frag)->meta.backend_version = orig_be_ver;
break;
case FRAGIDX_INVALID:
case FRAGIDX_OUT_OF_RANGE:
((fragment_header_t*)cur_frag)->meta.idx = orig_frag_idx;
break;
default:
break;
}
}
liberasurecode_encode_cleanup(desc, encoded_data, encoded_parity);
liberasurecode_instance_destroy(desc);
free(avail_frags);
free(orig_data);
free(skip);
}
static void test_verify_stripe_metadata_libec_mismatch(
const ec_backend_id_t be_id, struct ec_args *args)
{
verify_fragment_metadata_mismatch_impl(be_id, args, LIBEC_VERSION_MISMATCH);
}
static void test_verify_stripe_metadata_magic_mismatch(
const ec_backend_id_t be_id, struct ec_args *args)
{
verify_fragment_metadata_mismatch_impl(be_id, args, MAGIC_MISMATCH);
}
static void test_verify_stripe_metadata_be_id_mismatch(
const ec_backend_id_t be_id, struct ec_args *args)
{
verify_fragment_metadata_mismatch_impl(be_id, args, BACKEND_ID_MISMATCH);
}
static void test_verify_stripe_metadata_be_ver_mismatch(
const ec_backend_id_t be_id, struct ec_args *args)
{
verify_fragment_metadata_mismatch_impl(be_id, args, BACKEND_VERSION_MISMATCH);
}
static void test_verify_stripe_metadata_frag_idx_invalid(
const ec_backend_id_t be_id, struct ec_args *args)
{
verify_fragment_metadata_mismatch_impl(be_id, args, FRAGIDX_INVALID);
verify_fragment_metadata_mismatch_impl(be_id, args, FRAGIDX_OUT_OF_RANGE);
}
static void test_metadata_crcs()
{
// We've observed headers like this in the wild, using our busted crc32
char header[] =
"\x03\x00\x00\x00\x00\x00\x04\x00\x00\x00\x00\x00\x00\x00\x10\x00"
"\x00\x00\x00\x00\x01\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00"
"\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00"
"\x00\x00\x00\x00\x00\x00\x07\x01\x0e\x02\x00\xcc\x5e\x0c\x0b\x00"
"\x04\x01\x00\x22\xee\x45\xb9\x00\x00\x00\x00\x00\x00\x00\x00\x00";
fragment_metadata_t res;
assert(liberasurecode_get_fragment_metadata(header, &res) == 0);
assert(is_invalid_fragment_header((fragment_header_t *) header) == 0);
// Switch it to zlib's implementation
header[70] = '\x18';
header[69] = '\x73';
header[68] = '\xf8';
header[67] = '\xec';
assert(liberasurecode_get_fragment_metadata(header, &res) == 0);
assert(is_invalid_fragment_header((fragment_header_t *) header) == 0);
// Write down the wrong thing
header[70] = '\xff';
assert(liberasurecode_get_fragment_metadata(header, &res) == -EBADHEADER);
assert(is_invalid_fragment_header((fragment_header_t *) header) == 1);
}
//static void test_verify_str
struct testcase testcases[] = {
{"test_backend_available_invalid_args",
test_backend_available_invalid_args,
EC_BACKENDS_MAX, 0,
.skip = false},
{"test_backend_available",
test_backend_available,
EC_BACKEND_NULL, 0,
.skip = false},
{"test_create_backend_invalid_args",
test_create_backend_invalid_args,
EC_BACKENDS_MAX, CHKSUM_TYPES_MAX,
.skip = false},
{"test_create_backend_invalid_args",
test_destroy_backend_invalid_args,
EC_BACKENDS_MAX, CHKSUM_TYPES_MAX,
.skip = false},
{"test_encode_invalid_args",
test_encode_invalid_args,
EC_BACKENDS_MAX, CHKSUM_TYPES_MAX,
.skip = false},
{"test_encode_cleanup_invalid_args",
test_encode_cleanup_invalid_args,
EC_BACKENDS_MAX, CHKSUM_TYPES_MAX,
.skip = false},
{"test_decode_invalid_args",
test_decode_invalid_args,
EC_BACKENDS_MAX, CHKSUM_TYPES_MAX,
.skip = false},
{"test_decode_cleanup_invalid_args",
test_decode_cleanup_invalid_args,
EC_BACKENDS_MAX, CHKSUM_TYPES_MAX,
.skip = false},
{"test_reconstruct_fragment_invalid_args",
test_reconstruct_fragment_invalid_args,
EC_BACKENDS_MAX, CHKSUM_TYPES_MAX,
.skip = false},
{"test_get_fragment_metadata_invalid_args",
test_get_fragment_metadata_invalid_args,
EC_BACKENDS_MAX, CHKSUM_TYPES_MAX,
.skip = false},
{"test_verify_stripe_metadata_invalid_args",
test_verify_stripe_metadata_invalid_args,
EC_BACKENDS_MAX, CHKSUM_TYPES_MAX,
.skip = false},
{"test_fragments_needed_invalid_args",
test_fragments_needed_invalid_args,
EC_BACKENDS_MAX, CHKSUM_TYPES_MAX,
.skip = false},
{"test_get_fragment_partition",
test_get_fragment_partition,
EC_BACKENDS_MAX, CHKSUM_TYPES_MAX,
.skip = false},
{"test_liberasurecode_get_version",
test_liberasurecode_get_version,
EC_BACKENDS_MAX, CHKSUM_TYPES_MAX,
.skip = false},
{"test_metadata_crcs",
test_metadata_crcs,
EC_BACKENDS_MAX, 0,
.skip = false},
// NULL backend test
{"create_and_destroy_backend",
test_create_and_destroy_backend,
EC_BACKEND_NULL, CHKSUM_NONE,
.skip = false},
{"simple_encode_null",
test_simple_encode_decode,
EC_BACKEND_NULL, CHKSUM_NONE,
.skip = false},
{"test_get_fragment_metadata",
test_get_fragment_metadata,
EC_BACKEND_NULL, CHKSUM_NONE,
.skip = false},
// Flat XOR backend tests
{"create_and_destroy_backend",
test_create_and_destroy_backend,
EC_BACKEND_FLAT_XOR_HD, CHKSUM_NONE,
.skip = false},
{"simple_encode_flat_xor_hd",
test_simple_encode_decode,
EC_BACKEND_FLAT_XOR_HD, CHKSUM_NONE,
.skip = false},
{"decode_with_missing_data_flat_xor_hd",
test_decode_with_missing_data,
EC_BACKEND_FLAT_XOR_HD, CHKSUM_NONE,
.skip = false},
{"decode_with_missing_parity_flat_xor_hd",
test_decode_with_missing_parity,
EC_BACKEND_FLAT_XOR_HD, CHKSUM_NONE,
.skip = false},
{"decode_with_missing_multi_data_flat_xor_hd",
test_decode_with_missing_multi_data,
EC_BACKEND_FLAT_XOR_HD, CHKSUM_NONE,
.skip = false},
{"decode_with_missing_multi_parity_flat_xor_hd",
test_decode_with_missing_multi_parity,
EC_BACKEND_FLAT_XOR_HD, CHKSUM_NONE,
.skip = false},
{"test_decode_with_missing_multi_data_parity_flat_xor_hd",
test_decode_with_missing_multi_data_parity,
EC_BACKEND_FLAT_XOR_HD, CHKSUM_NONE,
.skip = false},
{"simple_reconstruct_flat_xor_hd",
test_simple_reconstruct,
EC_BACKEND_FLAT_XOR_HD, CHKSUM_NONE,
.skip = false},
{"test_fragments_needed_flat_xor_hd",
test_fragments_needed,
EC_BACKEND_FLAT_XOR_HD, CHKSUM_NONE,
.skip = false},
{"test_get_fragment_metadata_flat_xor_hd",
test_get_fragment_metadata,
EC_BACKEND_FLAT_XOR_HD, CHKSUM_NONE,
.skip = false},
{"test_get_fragment_metadata_flat_xor_hd_crc32",
test_get_fragment_metadata,
EC_BACKEND_FLAT_XOR_HD, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata",
test_verify_stripe_metadata,
EC_BACKEND_FLAT_XOR_HD, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_libec_mismatch",
test_verify_stripe_metadata_libec_mismatch,
EC_BACKEND_FLAT_XOR_HD, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_magic_mismatch",
test_verify_stripe_metadata_magic_mismatch,
EC_BACKEND_FLAT_XOR_HD, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_be_id_mismatch",
test_verify_stripe_metadata_be_id_mismatch,
EC_BACKEND_FLAT_XOR_HD, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_be_ver_mismatch",
test_verify_stripe_metadata_be_ver_mismatch,
EC_BACKEND_FLAT_XOR_HD, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_frag_idx_invalid",
test_verify_stripe_metadata_frag_idx_invalid,
EC_BACKEND_FLAT_XOR_HD, CHKSUM_CRC32,
.skip = false},
// Jerasure RS Vand backend tests
{"create_and_destroy_backend",
test_create_and_destroy_backend,
EC_BACKEND_JERASURE_RS_VAND, CHKSUM_NONE,
.skip = false},
{"simple_encode_jerasure_rs_vand",
test_simple_encode_decode,
EC_BACKEND_JERASURE_RS_VAND, CHKSUM_NONE,
.skip = false},
{"decode_with_missing_data_jerasure_rs_vand",
test_decode_with_missing_data,
EC_BACKEND_JERASURE_RS_VAND, CHKSUM_NONE,
.skip = false},
{"decode_with_missing_multi_data_jerasure_rs_vand",
test_decode_with_missing_multi_data,
EC_BACKEND_JERASURE_RS_VAND, CHKSUM_NONE,
.skip = false},
{"decode_with_missing_multi_parity_jerasure_rs_vand",
test_decode_with_missing_multi_parity,
EC_BACKEND_JERASURE_RS_VAND, CHKSUM_NONE,
.skip = false},
{"test_decode_with_missing_multi_data_parity_jerasure_rs_vand",
test_decode_with_missing_multi_data_parity,
EC_BACKEND_JERASURE_RS_VAND, CHKSUM_NONE,
.skip = false},
{"simple_reconstruct_jerasure_rs_vand",
test_simple_reconstruct,
EC_BACKEND_JERASURE_RS_VAND, CHKSUM_NONE,
.skip = false},
{"test_fragments_needed_jerasure_rs_vand",
test_fragments_needed,
EC_BACKEND_JERASURE_RS_VAND, CHKSUM_NONE,
.skip = false},
{"test_get_fragment_metadata_jerasure_rs_vand",
test_get_fragment_metadata,
EC_BACKEND_JERASURE_RS_VAND, CHKSUM_NONE,
.skip = false},
{"test_get_fragment_metadata_jerasure_rs_vand_crc32",
test_get_fragment_metadata,
EC_BACKEND_JERASURE_RS_VAND, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata",
test_verify_stripe_metadata,
EC_BACKEND_JERASURE_RS_VAND, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_libec_mismatch",
test_verify_stripe_metadata_libec_mismatch,
EC_BACKEND_JERASURE_RS_VAND, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_magic_mismatch",
test_verify_stripe_metadata_magic_mismatch,
EC_BACKEND_JERASURE_RS_VAND, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_be_id_mismatch",
test_verify_stripe_metadata_be_id_mismatch,
EC_BACKEND_JERASURE_RS_VAND, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_be_ver_mismatch",
test_verify_stripe_metadata_be_ver_mismatch,
EC_BACKEND_JERASURE_RS_VAND, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_frag_idx_invalid",
test_verify_stripe_metadata_frag_idx_invalid,
EC_BACKEND_JERASURE_RS_VAND, CHKSUM_CRC32,
.skip = false},
{"test_simple_encode_decode_over32_jerasure_rs_vand",
test_simple_encode_decode_over32,
EC_BACKENDS_MAX, 0, // NB: this is hardcoded to use jerasure RS vand
.skip = false},
// Jerasure RS Cauchy backend tests
{"create_and_destroy_backend",
test_create_and_destroy_backend,
EC_BACKEND_JERASURE_RS_CAUCHY, CHKSUM_NONE,
.skip = false},
{"simple_encode_jerasure_rs_cauchy",
test_simple_encode_decode,
EC_BACKEND_JERASURE_RS_CAUCHY, CHKSUM_NONE,
.skip = false},
{"decode_with_missing_data_jerasure_rs_cauchy",
test_decode_with_missing_data,
EC_BACKEND_JERASURE_RS_CAUCHY, CHKSUM_NONE,
.skip = false},
{"decode_with_missing_multi_data_jerasure_rs_cauchy",
test_decode_with_missing_multi_data,
EC_BACKEND_JERASURE_RS_CAUCHY, CHKSUM_NONE,
.skip = false},
{"decode_with_missing_multi_parity_jerasure_rs_cauchy",
test_decode_with_missing_multi_parity,
EC_BACKEND_JERASURE_RS_CAUCHY, CHKSUM_NONE,
.skip = false},
{"decode_with_missing_multi_data_parity_jerasure_rs_cauchy",
test_decode_with_missing_multi_data_parity,
EC_BACKEND_JERASURE_RS_CAUCHY, CHKSUM_NONE,
.skip = false},
{"simple_reconstruct_jerasure_rs_cauchy",
test_simple_reconstruct,
EC_BACKEND_JERASURE_RS_CAUCHY, CHKSUM_NONE,
.skip = false},
{"test_fragments_needed_jerasure_rs_cauchy",
test_fragments_needed,
EC_BACKEND_JERASURE_RS_CAUCHY, CHKSUM_NONE,
.skip = false},
{"test_get_fragment_metadata_jerasure_rs_cauchy",
test_get_fragment_metadata,
EC_BACKEND_JERASURE_RS_CAUCHY, CHKSUM_NONE,
.skip = false},
{"test_get_fragment_metadata_jerasure_rs_cauchy_crc32",
test_get_fragment_metadata,
EC_BACKEND_JERASURE_RS_CAUCHY, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata",
test_verify_stripe_metadata,
EC_BACKEND_JERASURE_RS_CAUCHY, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_libec_mismatch",
test_verify_stripe_metadata_libec_mismatch,
EC_BACKEND_JERASURE_RS_CAUCHY, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_magic_mismatch",
test_verify_stripe_metadata_magic_mismatch,
EC_BACKEND_JERASURE_RS_CAUCHY, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_be_id_mismatch",
test_verify_stripe_metadata_be_id_mismatch,
EC_BACKEND_JERASURE_RS_CAUCHY, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_be_ver_mismatch",
test_verify_stripe_metadata_be_ver_mismatch,
EC_BACKEND_JERASURE_RS_CAUCHY, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_frag_idx_invalid",
test_verify_stripe_metadata_frag_idx_invalid,
EC_BACKEND_JERASURE_RS_CAUCHY, CHKSUM_CRC32,
.skip = false},
{"test_jerasure_rs_cauchy_init_failure",
test_jerasure_rs_cauchy_init_failure,
EC_BACKENDS_MAX, 0,
.skip = false},
// ISA-L rs_vand tests
{"create_and_destroy_backend",
test_create_and_destroy_backend,
EC_BACKEND_ISA_L_RS_VAND, CHKSUM_NONE,
.skip = false},
{"simple_encode_isa_l",
test_simple_encode_decode,
EC_BACKEND_ISA_L_RS_VAND, CHKSUM_NONE,
.skip = false},
{"decode_with_missing_data_isa_l",
test_decode_with_missing_data,
EC_BACKEND_ISA_L_RS_VAND, CHKSUM_NONE,
.skip = false},
{"decode_with_missing_multi_data_isa_l",
test_decode_with_missing_multi_data,
EC_BACKEND_ISA_L_RS_VAND, CHKSUM_NONE,
.skip = false},
{"decode_with_missing_multi_parity_isa_l",
test_decode_with_missing_multi_parity,
EC_BACKEND_ISA_L_RS_VAND, CHKSUM_NONE,
.skip = false},
{"test_decode_with_missing_multi_data_parity_isa_l",
test_decode_with_missing_multi_data_parity,
EC_BACKEND_ISA_L_RS_VAND, CHKSUM_NONE,
.skip = false},
{"simple_reconstruct_isa_l",
test_simple_reconstruct,
EC_BACKEND_ISA_L_RS_VAND, CHKSUM_NONE,
.skip = false},
{"test_fragments_needed_isa_l",
test_fragments_needed,
EC_BACKEND_ISA_L_RS_VAND, CHKSUM_NONE,
.skip = false},
{"test_get_fragment_metadata_isa_l",
test_get_fragment_metadata,
EC_BACKEND_ISA_L_RS_VAND, CHKSUM_NONE,
.skip = false},
{"test_verify_stripe_metadata",
test_verify_stripe_metadata,
EC_BACKEND_ISA_L_RS_VAND, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_libec_mismatch",
test_verify_stripe_metadata_libec_mismatch,
EC_BACKEND_ISA_L_RS_VAND, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_magic_mismatch",
test_verify_stripe_metadata_magic_mismatch,
EC_BACKEND_ISA_L_RS_VAND, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_be_id_mismatch",
test_verify_stripe_metadata_be_id_mismatch,
EC_BACKEND_ISA_L_RS_VAND, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_be_ver_mismatch",
test_verify_stripe_metadata_be_ver_mismatch,
EC_BACKEND_ISA_L_RS_VAND, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_frag_idx_invalid",
test_verify_stripe_metadata_frag_idx_invalid,
EC_BACKEND_ISA_L_RS_VAND, CHKSUM_CRC32,
.skip = false},
{"test_isa_l_rs_vand_decode_reconstruct_specific_error_case",
test_isa_l_rs_vand_decode_reconstruct_specific_error_case,
EC_BACKENDS_MAX, 0, // note this test is using ISA-L in hard coded
.skip = false},
// ISA-L rs cauchy tests
{"create_and_destroy_backend",
test_create_and_destroy_backend,
EC_BACKEND_ISA_L_RS_CAUCHY, CHKSUM_NONE,
.skip = false},
{"simple_encode_isa_l",
test_simple_encode_decode,
EC_BACKEND_ISA_L_RS_CAUCHY, CHKSUM_NONE,
.skip = false},
{"decode_with_missing_data_isa_l",
test_decode_with_missing_data,
EC_BACKEND_ISA_L_RS_CAUCHY, CHKSUM_NONE,
.skip = false},
{"decode_with_missing_multi_data_isa_l",
test_decode_with_missing_multi_data,
EC_BACKEND_ISA_L_RS_CAUCHY, CHKSUM_NONE,
.skip = false},
{"decode_with_missing_multi_parity_isa_l",
test_decode_with_missing_multi_parity,
EC_BACKEND_ISA_L_RS_CAUCHY, CHKSUM_NONE,
.skip = false},
{"test_decode_with_missing_multi_data_parity_isa_l",
test_decode_with_missing_multi_data_parity,
EC_BACKEND_ISA_L_RS_CAUCHY, CHKSUM_NONE,
.skip = false},
{"simple_reconstruct_isa_l",
test_simple_reconstruct,
EC_BACKEND_ISA_L_RS_CAUCHY, CHKSUM_NONE,
.skip = false},
{"test_fragments_needed_isa_l",
test_fragments_needed,
EC_BACKEND_ISA_L_RS_CAUCHY, CHKSUM_NONE,
.skip = false},
{"test_get_fragment_metadata_isa_l",
test_get_fragment_metadata,
EC_BACKEND_ISA_L_RS_CAUCHY, CHKSUM_NONE,
.skip = false},
{"test_verify_stripe_metadata",
test_verify_stripe_metadata,
EC_BACKEND_ISA_L_RS_CAUCHY, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_libec_mismatch",
test_verify_stripe_metadata_libec_mismatch,
EC_BACKEND_ISA_L_RS_CAUCHY, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_magic_mismatch",
test_verify_stripe_metadata_magic_mismatch,
EC_BACKEND_ISA_L_RS_CAUCHY, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_be_id_mismatch",
test_verify_stripe_metadata_be_id_mismatch,
EC_BACKEND_ISA_L_RS_CAUCHY, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_be_ver_mismatch",
test_verify_stripe_metadata_be_ver_mismatch,
EC_BACKEND_ISA_L_RS_CAUCHY, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_frag_idx_invalid",
test_verify_stripe_metadata_frag_idx_invalid,
EC_BACKEND_ISA_L_RS_CAUCHY, CHKSUM_CRC32,
.skip = false},
// shss tests
{"create_and_destroy_backend",
test_create_and_destroy_backend,
EC_BACKEND_SHSS, CHKSUM_NONE,
.skip = false},
{"simple_encode_shss",
test_simple_encode_decode,
EC_BACKEND_SHSS, CHKSUM_NONE,
.skip = false},
{"decode_with_missing_data_shss",
test_decode_with_missing_data,
EC_BACKEND_SHSS, CHKSUM_NONE,
.skip = false},
{"decode_with_missing_multi_data_shss",
test_decode_with_missing_multi_data,
EC_BACKEND_SHSS, CHKSUM_NONE,
.skip = false},
{"decode_with_missing_multi_parity_shss",
test_decode_with_missing_multi_parity,
EC_BACKEND_SHSS, CHKSUM_NONE,
.skip = false},
{"test_decode_with_missing_multi_data_parity_shss",
test_decode_with_missing_multi_data_parity,
EC_BACKEND_SHSS, CHKSUM_NONE,
.skip = false},
{"simple_reconstruct_shss",
test_simple_reconstruct,
EC_BACKEND_SHSS, CHKSUM_NONE,
.skip = false},
{"test_fragments_needed_shss",
test_fragments_needed,
EC_BACKEND_SHSS, CHKSUM_NONE,
.skip = false},
{"test_get_fragment_metadata_shss",
test_get_fragment_metadata,
EC_BACKEND_SHSS, CHKSUM_NONE,
.skip = false},
{"test_verify_stripe_metadata",
test_verify_stripe_metadata,
EC_BACKEND_SHSS, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_libec_mismatch",
test_verify_stripe_metadata_libec_mismatch,
EC_BACKEND_SHSS, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_magic_mismatch",
test_verify_stripe_metadata_magic_mismatch,
EC_BACKEND_SHSS, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_be_id_mismatch",
test_verify_stripe_metadata_be_id_mismatch,
EC_BACKEND_SHSS, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_be_ver_mismatch",
test_verify_stripe_metadata_be_ver_mismatch,
EC_BACKEND_SHSS, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_frag_idx_invalid",
test_verify_stripe_metadata_frag_idx_invalid,
EC_BACKEND_SHSS, CHKSUM_CRC32,
.skip = false},
// Internal RS Vand backend tests
{"create_and_destroy_backend",
test_create_and_destroy_backend,
EC_BACKEND_LIBERASURECODE_RS_VAND, CHKSUM_NONE,
.skip = false},
{"simple_encode_liberasurecode_rs_vand",
test_simple_encode_decode,
EC_BACKEND_LIBERASURECODE_RS_VAND, CHKSUM_NONE,
.skip = false},
{"decode_with_missing_data_liberasurecode_rs_vand",
test_decode_with_missing_data,
EC_BACKEND_LIBERASURECODE_RS_VAND, CHKSUM_NONE,
.skip = false},
{"decode_with_missing_multi_data_liberasurecode_rs_vand",
test_decode_with_missing_multi_data,
EC_BACKEND_LIBERASURECODE_RS_VAND, CHKSUM_NONE,
.skip = false},
{"decode_with_missing_multi_parity_liberasurecode_rs_vand",
test_decode_with_missing_multi_parity,
EC_BACKEND_LIBERASURECODE_RS_VAND, CHKSUM_NONE,
.skip = false},
{"test_decode_with_missing_multi_data_parity_liberasurecode_rs_vand",
test_decode_with_missing_multi_data_parity,
EC_BACKEND_LIBERASURECODE_RS_VAND, CHKSUM_NONE,
.skip = false},
{"simple_reconstruct_liberasurecode_rs_vand",
test_simple_reconstruct,
EC_BACKEND_LIBERASURECODE_RS_VAND, CHKSUM_NONE,
.skip = false},
{"test_fragments_needed_liberasurecode_rs_vand",
test_fragments_needed,
EC_BACKEND_LIBERASURECODE_RS_VAND, CHKSUM_NONE,
.skip = false},
{"test_get_fragment_metadata_liberasurecode_rs_vand",
test_get_fragment_metadata,
EC_BACKEND_LIBERASURECODE_RS_VAND, CHKSUM_NONE,
.skip = false},
{"test_get_fragment_metadata_liberasurecode_rs_vand_crc32",
test_get_fragment_metadata,
EC_BACKEND_LIBERASURECODE_RS_VAND, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata",
test_verify_stripe_metadata,
EC_BACKEND_LIBERASURECODE_RS_VAND, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_libec_mismatch",
test_verify_stripe_metadata_libec_mismatch,
EC_BACKEND_LIBERASURECODE_RS_VAND, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_magic_mismatch",
test_verify_stripe_metadata_magic_mismatch,
EC_BACKEND_LIBERASURECODE_RS_VAND, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_be_id_mismatch",
test_verify_stripe_metadata_be_id_mismatch,
EC_BACKEND_LIBERASURECODE_RS_VAND, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_be_ver_mismatch",
test_verify_stripe_metadata_be_ver_mismatch,
EC_BACKEND_LIBERASURECODE_RS_VAND, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_frag_idx_invalid",
test_verify_stripe_metadata_frag_idx_invalid,
EC_BACKEND_LIBERASURECODE_RS_VAND, CHKSUM_CRC32,
.skip = false},
// libphazr backend tests
{"create_and_destroy_backend",
test_create_and_destroy_backend,
EC_BACKEND_LIBPHAZR, CHKSUM_NONE,
.skip = false},
{"simple_encode_libphazr",
test_simple_encode_decode,
EC_BACKEND_LIBPHAZR, CHKSUM_NONE,
.skip = false},
{"decode_with_missing_data_libphazr",
test_decode_with_missing_data,
EC_BACKEND_LIBPHAZR, CHKSUM_NONE,
.skip = false},
{"decode_with_missing_parity_libphazr",
test_decode_with_missing_parity,
EC_BACKEND_LIBPHAZR, CHKSUM_NONE,
.skip = false},
{"decode_with_missing_multi_data_libphazr",
test_decode_with_missing_multi_data,
EC_BACKEND_LIBPHAZR, CHKSUM_NONE,
.skip = false},
{"decode_with_missing_multi_parity_libphazr",
test_decode_with_missing_multi_parity,
EC_BACKEND_LIBPHAZR, CHKSUM_NONE,
.skip = false},
{"test_decode_with_missing_multi_data_parity_libphazr",
test_decode_with_missing_multi_data_parity,
EC_BACKEND_LIBPHAZR, CHKSUM_NONE,
.skip = false},
{"simple_reconstruct_libphazr",
test_simple_reconstruct,
EC_BACKEND_LIBPHAZR, CHKSUM_NONE,
.skip = false},
{"test_fragments_needed_libphazr",
test_fragments_needed,
EC_BACKEND_LIBPHAZR, CHKSUM_NONE,
.skip = false},
{"test_get_fragment_metadata_libphazr",
test_get_fragment_metadata,
EC_BACKEND_LIBPHAZR, CHKSUM_NONE,
.skip = false},
{"test_get_fragment_metadata_libphazr_crc32",
test_get_fragment_metadata,
EC_BACKEND_LIBPHAZR, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata",
test_verify_stripe_metadata,
EC_BACKEND_LIBPHAZR, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_libec_mismatch",
test_verify_stripe_metadata_libec_mismatch,
EC_BACKEND_LIBPHAZR, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_magic_mismatch",
test_verify_stripe_metadata_magic_mismatch,
EC_BACKEND_LIBPHAZR, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_be_id_mismatch",
test_verify_stripe_metadata_be_id_mismatch,
EC_BACKEND_LIBPHAZR, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_be_ver_mismatch",
test_verify_stripe_metadata_be_ver_mismatch,
EC_BACKEND_LIBPHAZR, CHKSUM_CRC32,
.skip = false},
{"test_verify_stripe_metadata_frag_idx_invalid",
test_verify_stripe_metadata_frag_idx_invalid,
EC_BACKEND_LIBPHAZR, CHKSUM_CRC32,
.skip = false},
{ NULL, NULL, 0, 0, false },
};
int main(int argc, char **argv)
{
int ii = 0, num_cases = 0, i = 0;
int max_backend_tests = max_tests_for_backends();
for (i = 0; i < max_backend_tests; i++) {
for (ii = 0; testcases[ii].description != NULL; ++ii) {
const char *testname = get_name_from_backend_id(testcases[ii].be_id);
fflush(stdout);
if (testcases[ii].skip) {
fprintf(stdout, "ok # SKIP %d - %s: %s (idx=%d)\n", num_cases,
testcases[ii].description,
(testname) ? testname : "", i);
continue;
}
if (testcases[ii].be_id == EC_BACKENDS_MAX) {
if (0 != i) {
continue;
}
/* EC_BACKENDS_MAX basically designed for invalid args tests
* and not takes the args so call the function w/o args here */
testcases[ii].function();
fprintf(stdout, "ok %d - %s: %s (idx=%d)\n", num_cases,
testcases[ii].description,
(testname) ? testname : "", i);
fflush(stdout);
num_cases++;
continue;
}
struct ec_args *args = create_ec_args(testcases[ii].be_id, testcases[ii].ct, i);
if (NULL != args) {
testcases[ii].function(testcases[ii].be_id, args);
fprintf(stdout, "ok %d - %s: %s (idx=%d)\n", num_cases,
testcases[ii].description,
(testname) ? testname : "", i);
fflush(stdout);
free(args);
num_cases++;
}
}
}
return 0;
}
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