static void runtest_encdec(const char *json_base_fn)
{
char *json_fn = test_filename(json_base_fn);
cJSON *tests = read_json(json_fn);
assert((tests->type & 0xFF) == cJSON_Array);
unsigned int idx;
for (idx = 0; idx < cJSON_GetArraySize(tests); idx++) {
cJSON *test = cJSON_GetArrayItem(tests, idx);
assert((test->type & 0xFF) == cJSON_Array);
assert(cJSON_GetArraySize(test) == 2);
cJSON *j_raw = cJSON_GetArrayItem(test, 0);
cJSON *j_enc = cJSON_GetArrayItem(test, 1);
assert((j_raw->type & 0xFF) == cJSON_String);
assert((j_enc->type & 0xFF) == cJSON_String);
test_encode(j_raw->valuestring,
j_enc->valuestring);
test_decode(j_raw->valuestring,
j_enc->valuestring);
}
free(json_fn);
cJSON_Delete(tests);
}
static void runtest_keys_valid(const char *json_base_fn)
{
char *json_fn = test_filename(json_base_fn);
cJSON *tests = read_json(json_fn);
assert((tests->type & 0xFF) == cJSON_Array);
unsigned int idx;
for (idx = 0; idx < cJSON_GetArraySize(tests); idx++) {
cJSON *test = cJSON_GetArrayItem(tests, idx);
assert((test->type & 0xFF) == cJSON_Array);
assert(cJSON_GetArraySize(test) == 3);
cJSON *j_base58 = cJSON_GetArrayItem(test, 0);
cJSON *j_payload = cJSON_GetArrayItem(test, 1);
assert((j_base58->type & 0xFF) == cJSON_String);
assert((j_payload->type & 0xFF) == cJSON_String);
cJSON *j_meta = cJSON_GetArrayItem(test, 2);
assert((j_meta->type & 0xFF) == cJSON_Object);
cJSON *j_addrtype = cJSON_GetObjectItem(j_meta, "addrType");
assert(!j_addrtype || ((j_addrtype->type & 0xFF) == cJSON_String));
cJSON *j_compress = cJSON_GetObjectItem(j_meta, "isCompressed");
assert(!j_compress || ((j_compress->type & 0xFF) == cJSON_True) ||
((j_compress->type & 0xFF) == cJSON_False));
bool is_privkey = ((cJSON_GetObjectItem(j_meta, "isPrivkey")->type & 0xFF) == cJSON_True);
bool is_testnet = ((cJSON_GetObjectItem(j_meta, "isTestnet")->type & 0xFF) == cJSON_True);
if (is_privkey) {
test_privkey_valid_enc(
j_base58->valuestring,
hex2str(j_payload->valuestring),
((j_compress->type & 0xFF) == cJSON_True),
is_testnet);
test_privkey_valid_dec(
j_base58->valuestring,
hex2str(j_payload->valuestring),
((j_compress->type & 0xFF) == cJSON_True),
is_testnet);
} else {
test_pubkey_valid_enc(
j_base58->valuestring,
hex2str(j_payload->valuestring),
j_addrtype->valuestring,
is_testnet);
test_pubkey_valid_dec(
j_base58->valuestring,
hex2str(j_payload->valuestring),
j_addrtype->valuestring,
is_testnet);
}
}
free(json_fn);
cJSON_Delete(tests);
}
static void runtest(bool is_valid, const char *basefn)
{
char *fn = test_filename(basefn);
json_t *tests = read_json(fn);
assert(json_is_array(tests));
unsigned int idx;
for (idx = 0; idx < json_array_size(tests); idx++) {
json_t *test = json_array_get(tests, idx);
assert(json_is_array(test));
const char *scriptSigEnc =
json_string_value(json_array_get(test, 0));
const char *scriptPubKeyEnc =
json_string_value(json_array_get(test, 1));
assert(scriptSigEnc != NULL);
assert(scriptPubKeyEnc != NULL);
cstring *scriptSig = parse_script_str(scriptSigEnc);
cstring *scriptPubKey = parse_script_str(scriptPubKeyEnc);
assert(scriptSig != NULL);
assert(scriptPubKey != NULL);
test_script(is_valid, scriptSig, scriptPubKey,
idx, scriptSigEnc, scriptPubKeyEnc);
cstr_free(scriptSig, true);
cstr_free(scriptPubKey, true);
}
json_decref(tests);
free(fn);
}
const char * tmpnam(char * buffer){
const char * name = test_filename(NULL, NULL);
if(NULL != buffer){
STRCPY(buffer, name);
}
return name;
}
static void runtest_encdec(const char *base_fn)
{
char *fn = NULL;
fn = test_filename(base_fn);
json_t *data = read_json(fn);
assert(json_is_array(data));
size_t n_tests = json_array_size(data);
unsigned int i;
for (i = 0; i < n_tests; i++) {
json_t *inner;
inner = json_array_get(data, i);
assert(json_is_array(inner));
json_t *j_raw = json_array_get(inner, 0);
json_t *j_enc = json_array_get(inner, 1);
assert(json_is_string(j_raw));
assert(json_is_string(j_enc));
test_encode(json_string_value(j_raw),
json_string_value(j_enc));
test_decode(json_string_value(j_raw),
json_string_value(j_enc));
}
free(fn);
json_decref(data);
}
static void testit(const char *ser_fn_base)
{
char *ser_fn = test_filename(ser_fn_base);
void *data = NULL;
size_t data_len = 0;
bool rc = bu_read_file(ser_fn, &data, &data_len, 10*1000*1000);
assert(rc == true);
struct const_buffer buf = { data, data_len };
struct mbuf_reader mbr;
mbr_init(&mbr, &buf);
rc = mbr_read(&mbr);
assert(rc == true);
assert(mbr.eof == false);
assert(mbr.error == false);
assert(!strncmp(mbr.msg.hdr.command, "block", 12));
rc = mbr_read(&mbr);
assert(rc == false);
assert(mbr.eof == true);
assert(mbr.error == false);
mbr_free(&mbr);
free(data);
free(ser_fn);
}
int main(int argc , char ** argv) {
test_dirname();
test_filename();
test_alloc_filename_empty_strings();
exit(0);
}
int main(int argc, char **argv)
{
myname = "filetest";
test_bare_file();
test_absolute_file();
test_relative_file();
test_dot();
test_filename();
test_fileperms();
return 0;
}
static void runtest(const char *ser_fn_base)
{
char *ser_fn = test_filename(ser_fn_base);
int fd = file_seq_open(ser_fn);
if (fd < 0) {
perror(ser_fn);
exit(1);
}
struct p2p_message msg = {};
bool read_ok = false;
bool rc = fread_message(fd, &msg, &read_ok);
assert(rc);
assert(read_ok);
assert(!strncmp(msg.hdr.command, "block", 12));
close(fd);
struct bitc_block block;
bitc_block_init(&block);
struct const_buffer buf = { msg.data, msg.hdr.data_len };
rc = deser_bitc_block(&block, &buf);
assert(rc);
unsigned int n_tx, n_out;
for (n_tx = 0; n_tx < block.vtx->len; n_tx++) {
struct bitc_tx *tx = parr_idx(block.vtx, n_tx);
for (n_out = 0; n_out < tx->vout->len; n_out++) {
struct bitc_txout *txout;
txout = parr_idx(tx->vout, n_out);
test_txout(txout);
}
}
bitc_block_free(&block);
free(msg.data);
free(ser_fn);
}
static void runtest_keys_invalid(const char *json_base_fn)
{
char *json_fn = test_filename(json_base_fn);
cJSON *tests = read_json(json_fn);
assert((tests->type & 0xFF) == cJSON_Array);
unsigned int idx;
for (idx = 0; idx < cJSON_GetArraySize(tests); idx++) {
cJSON *test = cJSON_GetArrayItem(tests, idx);
assert((test->type & 0xFF) == cJSON_Array);
assert(cJSON_GetArraySize(test) == 1);
cJSON *j_base58 = cJSON_GetArrayItem(test, 0);
assert((j_base58->type & 0xFF) == cJSON_String);
unsigned char addrtype;
cstring *payload = base58_decode_check(&addrtype, j_base58->valuestring);
bool is_valid = (payload != NULL);
if (is_valid)
if ((addrtype == PUBKEY_ADDRESS_TEST) ||
(addrtype == PUBKEY_ADDRESS) ||
(addrtype == SCRIPT_ADDRESS_TEST) ||
(addrtype == SCRIPT_ADDRESS))
is_valid = (payload->len == RIPEMD160_DIGEST_LENGTH);
else if
((addrtype == PRIVKEY_ADDRESS_TEST) ||
(addrtype == PRIVKEY_ADDRESS))
is_valid = (payload->len == 32 ||
(payload->len == 33 && payload->str[32] == 1));
else is_valid = false;
cstr_free(payload, true);
assert(!is_valid);
}
free(json_fn);
cJSON_Delete(tests);
}
static void runtest(bool is_valid, const char *basefn)
{
char *fn = test_filename(basefn);
json_t *tests = read_json(fn);
assert(json_is_array(tests));
struct bp_hashtab *input_map = bp_hashtab_new_ext(
input_hash, input_equal,
free, input_value_free);
comments = parr_new(8, free);
unsigned int idx;
for (idx = 0; idx < json_array_size(tests); idx++) {
json_t *test = json_array_get(tests, idx);
if (!json_is_array(json_array_get(test, 0))) {
const char *cmt =
json_string_value(json_array_get(test, 0));
if (cmt)
parr_add(comments, strdup(cmt));
continue; /* comments */
}
assert(json_is_array(test));
assert(json_array_size(test) == 3);
assert(json_is_string(json_array_get(test, 1)));
assert(json_is_boolean(json_array_get(test, 2)));
json_t *inputs = json_array_get(test, 0);
assert(json_is_array(inputs));
bp_hashtab_clear(input_map);
unsigned int i;
for (i = 0; i < json_array_size(inputs); i++) {
json_t *input = json_array_get(inputs, i);
assert(json_is_array(input));
const char *prev_hashstr =
json_string_value(json_array_get(input, 0));
int prev_n =
json_integer_value(json_array_get(input, 1));
const char *prev_pubkey_enc =
json_string_value(json_array_get(input, 2));
assert(prev_hashstr != NULL);
assert(json_is_integer(json_array_get(input, 1)));
assert(prev_pubkey_enc != NULL);
struct bp_outpt *outpt;
outpt = malloc(sizeof(*outpt));
hex_bu256(&outpt->hash, prev_hashstr);
outpt->n = prev_n;
cstring *script = parse_script_str(prev_pubkey_enc);
assert(script != NULL);
bp_hashtab_put(input_map, outpt, script);
}
const char *tx_hexser =
json_string_value(json_array_get(test, 1));
assert(tx_hexser != NULL);
bool enforce_p2sh = json_is_true(json_array_get(test, 2));
cstring *tx_ser = hex2str(tx_hexser);
assert(tx_ser != NULL);
test_tx_valid(is_valid, input_map, tx_ser, enforce_p2sh);
cstr_free(tx_ser, true);
if (comments->len > 0) {
parr_free(comments, true);
comments = parr_new(8, free);
}
}
parr_free(comments, true);
comments = NULL;
bp_hashtab_unref(input_map);
json_decref(tests);
free(fn);
}
static bool go(bool result_only, size_t object_size, size_t binary_size, const char* name) {
// setup
if (!result_only) {
printf("%s: ================\n", name);
printf("%s: setting up size %i\n", name, (int)object_size);
}
if (!setup_test(object_size)) {
fprintf(stderr, "%s: failed to get setup result.\n", name);
return false;
}
// if this isn't a benchmark (the file creators), nothing left to do
if (!is_benchmark()) {
teardown_test();
if (!result_only)
printf("%s: done\n", name);
return true;
}
// figure out a reasonable number of iterations between checking the time
int iterations;
#ifdef __arm__
iterations = 1;
#else
iterations = 32;
#endif
for (size_t i = 5; i > object_size; --i)
iterations <<= 3;
uint32_t hash_result;
// warm up
if (!result_only)
printf("%s: warming for %.0f seconds \n", name, WARM_TIME);
double start_time = dtime();
while (true) {
for (int i = 0; i < iterations; ++i) {
hash_result = 0;
if (!run_wrapper(&hash_result)) {
fprintf(stderr, "%s: failed to get benchmark result.\n", name);
return false;
}
}
if (dtime() - start_time > WARM_TIME)
break;
}
// run tests
if (!result_only)
printf("%s: running for %.0f seconds\n", name, WORK_TIME);
int total_iterations = 0;
start_time = dtime();
double end_time;
while (true) {
for (int i = 0; i < iterations; ++i) {
hash_result = HASH_INITIAL_VALUE;
if (!run_wrapper(&hash_result)) {
fprintf(stderr, "%s: failed to get benchmark result.\n", name);
return false;
}
++total_iterations;
}
end_time = dtime();
if (end_time - start_time > WORK_TIME)
break;
}
// print results
double per_time = (end_time - start_time) / (double)total_iterations * (1000.0 * 1000.0);
if (result_only) {
printf("%f\n", per_time);
} else {
printf("%s: %i iterations took %f seconds\n", name, total_iterations, end_time - start_time);
printf("%s: %f microseconds per iteration\n", name, per_time);
printf("%s: hash result of last run: %08x\n", name, hash_result);
}
// write score
if (!result_only) {
FILE* file = fopen("results.csv", "a");
fprintf(file, "\"%s\",\"%s\",\"%s\",\"%s\",\"%s\",%i,%f,%i,%i,\"%08x\"\n",
name, test_language(), test_version(), test_filename(), test_format(),
(int)object_size, per_time, (int)binary_size,
#if BENCHMARK_SIZE_OPTIMIZED
1,
#else
0,
#endif
hash_result);
fclose(file);
}
teardown_test();
return true;
}
static void runtest(const char *json_fn_base, const char *ser_fn_base)
{
char *fn = test_filename(json_fn_base);
json_t *meta = read_json(fn);
assert(json_is_object(meta));
char *ser_fn = test_filename(ser_fn_base);
void *data = NULL;
size_t data_len = 0;
bool rc = bu_read_file(ser_fn, &data, &data_len, 100 * 1024 * 1024);
assert(rc);
const char *hashstr = json_string_value(json_object_get(meta, "hash"));
assert(hashstr != NULL);
unsigned int size = json_integer_value(json_object_get(meta, "size"));
assert(data_len == size);
struct bp_tx tx;
bp_tx_init(&tx);
struct const_buffer buf = { data, data_len };
rc = deser_bp_tx(&tx, &buf);
assert(rc);
cstring *gs = cstr_new_sz(10000);
ser_bp_tx(gs, &tx);
if (gs->len != data_len) {
fprintf(stderr, "gs->len %ld, data_len %lu\n",
(long)gs->len, data_len);
assert(gs->len == data_len);
}
assert(memcmp(gs->str, data, data_len) == 0);
bp_tx_calc_sha256(&tx);
char hexstr[BU256_STRSZ];
bu256_hex(hexstr, &tx.sha256);
if (strcmp(hexstr, hashstr)) {
fprintf(stderr, "tx: wanted hash %s,\n got hash %s\n",
hashstr, hexstr);
assert(!strcmp(hexstr, hashstr));
}
assert(tx.vin->len == 1);
assert(tx.vout->len == 2);
struct bp_tx tx_copy;
bp_tx_init(&tx_copy);
bp_tx_copy(&tx_copy, &tx);
bp_tx_calc_sha256(&tx_copy);
assert(bu256_equal(&tx_copy.sha256, &tx.sha256) == true);
bp_tx_free(&tx);
bp_tx_free(&tx_copy);
cstr_free(gs, true);
free(data);
free(fn);
free(ser_fn);
json_decref(meta);
}
int main ( int argc, char ** argv )
{
printf("***** %s *****\n",TITLE);
SetupLib(argc,argv,NAME,PROG_UNKNOWN);
printf("term width = %d\n",GetTermWidth(80,0));
#ifdef HAVE_FIEMAP
printf("* HAVE_FIEMAP defined!\n");
#endif
#ifdef FS_IOC_FIEMAP
printf("* FS_IOC_FIEMAP defined!\n");
#endif
#if defined(TEST) && defined(DEBUG)
if (0)
{
id6_t * id6 = (id6_t*)iobuf;
PRINT("sizeof(id6_t)=%zd, %p,%p,%p -> %zu,%zu,%zu\n",
sizeof(id6_t),
id6, id6+1, id6+2,
(ccp)id6-iobuf, (ccp)(id6+1)-iobuf, (ccp)(id6+2)-iobuf );
}
#endif
if ( argc < 2 )
help_exit();
int cmd_stat;
const CommandTab_t * cmd_ct = ScanCommand(&cmd_stat,argv[1],CommandTab);
if (!cmd_ct)
{
PrintCommandError(CommandTab,argv[1],cmd_stat,0);
help_exit();
}
argv[1] = argv[0];
argv++;
argc--;
switch(cmd_ct->id)
{
case CMD_TEST: return test(argc,argv); break;
case CMD_FILENAME: test_filename(argc,argv); break;
case CMD_MATCH_PATTERN: test_match_pattern(argc,argv); break;
case CMD_OPEN_DISC: test_open_disc(argc,argv); break;
case CMD_HEXDUMP: test_hexdump(argc,argv); break;
#ifdef HAVE_OPENSSL
case CMD_SHA1: test_sha1(); break;
#endif
#ifndef NO_BZIP2
case CMD_BZIP2: test_bzip2(argc,argv); break;
#endif
#ifdef HAVE_WORK_DIR
case CMD_WIIMM: test_wiimm(argc,argv); break;
#endif
case CMD_DEVELOP: develop(argc,argv); break;
//case CMD_HELP:
default:
help_exit();
}
CloseAll();
if (SIGINT_level)
ERROR0(ERR_INTERRUPT,"Program interrupted by user.");
return max_error;
}
static void runtest_keys_valid(const char *base_fn)
{
char *fn = NULL;
fn = test_filename(base_fn);
json_t *data = read_json(fn);
assert(json_is_array(data));
size_t n_tests = json_array_size(data);
unsigned int i;
for (i = 0; i < n_tests; i++) {
json_t *inner;
inner = json_array_get(data, i);
assert(json_is_array(inner));
json_t *j_base58 = json_array_get(inner, 0);
json_t *j_payload = json_array_get(inner, 1);
assert(json_is_string(j_base58));
assert(json_is_string(j_payload));
json_t *j_meta = json_array_get(inner, 2);
assert(json_is_object(j_meta));
json_t *j_addrtype = json_object_get(j_meta, "addrType");
assert(!j_addrtype || json_is_string(j_addrtype));
json_t *j_compress = json_object_get(j_meta, "isCompressed");
assert(!j_compress || json_is_true(j_compress) ||
json_is_false(j_compress));
bool is_privkey = json_is_true(json_object_get(j_meta, "isPrivkey"));
bool is_testnet = json_is_true(json_object_get(j_meta, "isTestnet"));
if (is_privkey) {
test_privkey_valid_enc(
json_string_value(j_base58),
hex2str(json_string_value(j_payload)),
json_is_true(j_compress),
is_testnet);
test_privkey_valid_dec(
json_string_value(j_base58),
hex2str(json_string_value(j_payload)),
json_is_true(j_compress),
is_testnet);
} else {
test_pubkey_valid_enc(
json_string_value(j_base58),
hex2str(json_string_value(j_payload)),
json_string_value(j_addrtype),
is_testnet);
test_pubkey_valid_dec(
json_string_value(j_base58),
hex2str(json_string_value(j_payload)),
json_string_value(j_addrtype),
is_testnet);
}
}
free(fn);
json_decref(data);
}
int main(int argc , char ** argv) {
test_runpath_list();
test_config( argv[1] );
test_filename();
exit(0);
}
static void runtest(const char *json_base_fn, const char *ser_in_fn,
const char *block_in_hash, const char *tx_in_hash)
{
/* read wallet data */
char *json_fn = test_filename(json_base_fn);
json_t *wallet = read_json(json_fn);
assert(wallet != NULL);
/* read block data containing incoming payment */
char *fn = test_filename(ser_in_fn);
void *data;
size_t data_len;
assert(bu_read_file(fn, &data, &data_len, 1 * 1024 * 1024) == true);
struct bp_block block_in;
bp_block_init(&block_in);
struct const_buffer buf = { data, data_len };
assert(deser_bp_block(&block_in, &buf) == true);
bp_block_calc_sha256(&block_in);
/* verify block-in data matches expected block-in hash */
bu256_t check_hash;
assert(hex_bu256(&check_hash, block_in_hash) == true);
assert(bu256_equal(&block_in.sha256, &check_hash) == true);
/* load key that has received an incoming payment */
struct bp_key key;
assert(bp_key_init(&key) == true);
load_json_key(wallet, &key);
/* load key into keyset */
struct bp_keyset ks;
bpks_init(&ks);
assert(bpks_add(&ks, &key) == true);
/* find key matches in block */
parr *matches;
matches = bp_block_match(&block_in, &ks);
assert(matches != NULL);
assert(matches->len == 1);
struct bp_block_match *match = parr_idx(matches, 0);
assert(match->n == 1); /* match 2nd tx, index 1 */
/* get matching transaction */
struct bp_tx *tx = parr_idx(block_in.vtx, match->n);
bp_tx_calc_sha256(tx);
/* verify txid matches expected */
char tx_hexstr[BU256_STRSZ];
bu256_hex(tx_hexstr, &tx->sha256);
assert(strcmp(tx_hexstr, tx_in_hash) == 0);
/* verify mask matches 2nd txout (1 << 1) */
BIGNUM tmp_mask;
BN_init(&tmp_mask);
BN_one(&tmp_mask);
BN_lshift(&tmp_mask, &tmp_mask, 1);
assert(BN_cmp(&tmp_mask, &match->mask) == 0);
/* build merkle tree, tx's branch */
parr *mtree = bp_block_merkle_tree(&block_in);
assert(mtree != NULL);
parr *mbranch = bp_block_merkle_branch(&block_in, mtree, match->n);
assert(mbranch != NULL);
/* verify merkle branch for tx matches expected */
bu256_t mrk_check;
bp_check_merkle_branch(&mrk_check, &tx->sha256, mbranch, match->n);
assert(bu256_equal(&mrk_check, &block_in.hashMerkleRoot) == true);
/* release resources */
parr_free(mtree, true);
parr_free(mbranch, true);
BN_clear_free(&tmp_mask);
parr_free(matches, true);
bpks_free(&ks);
bp_key_free(&key);
bp_block_free(&block_in);
json_decref(wallet);
free(data);
free(fn);
free(json_fn);
}
static void runtest(const char *json_fn_base, const char *ser_fn_base)
{
char *fn = test_filename(json_fn_base);
json_t *meta = read_json(fn);
assert(json_is_object(meta));
char *ser_fn = test_filename(ser_fn_base);
int fd = file_seq_open(ser_fn);
if (fd < 0) {
perror(ser_fn);
exit(1);
}
struct p2p_message msg = {};
bool read_ok = false;
bool rc = fread_message(fd, &msg, &read_ok);
assert(rc);
assert(read_ok);
assert(!strncmp(msg.hdr.command, "block", 12));
close(fd);
const char *hashstr = json_string_value(json_object_get(meta, "hash"));
assert(hashstr != NULL);
unsigned int size = json_integer_value(json_object_get(meta, "size"));
assert((24 + msg.hdr.data_len) == size);
struct bp_block block;
bp_block_init(&block);
struct const_buffer buf = { msg.data, msg.hdr.data_len };
rc = deser_bp_block(&block, &buf);
assert(rc);
cstring *gs = cstr_new_sz(100000);
ser_bp_block(gs, &block);
if (gs->len != msg.hdr.data_len) {
fprintf(stderr, "gs->len %ld, msg.hdr.data_len %u\n",
(long)gs->len, msg.hdr.data_len);
assert(gs->len == msg.hdr.data_len);
}
assert(memcmp(gs->str, msg.data, msg.hdr.data_len) == 0);
bp_block_calc_sha256(&block);
char hexstr[BU256_STRSZ];
bu256_hex(hexstr, &block.sha256);
if (strcmp(hexstr, hashstr)) {
fprintf(stderr, "block: wanted hash %s,\n got hash %s\n",
hashstr, hexstr);
assert(!strcmp(hexstr, hashstr));
}
rc = bp_block_valid(&block);
assert(rc);
bp_block_free(&block);
cstr_free(gs, true);
free(msg.data);
free(fn);
free(ser_fn);
json_decref(meta);
}
