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test_acvp_capabilities.c
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test_acvp_capabilities.c
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/** @file */
/*
* Copyright (c) 2021, Cisco Systems, Inc.
*
* Licensed under the Apache License 2.0 (the "License"). You may not use
* this file except in compliance with the License. You can obtain a copy
* in the file LICENSE in the source distribution or at
* https://github.com/cisco/libacvp/LICENSE
*/
#include "ut_common.h"
ACVP_CTX *ctx;
char cvalue[] = "same";
ACVP_RESULT rv;
static void teardown(void) {
if (ctx) teardown_ctx(&ctx);
}
Test(EnableCapHash, properly, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_hash_enable(ctx, ACVP_HASH_SHA1, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_hash_set_domain(ctx, ACVP_HASH_SHA1, ACVP_HASH_MESSAGE_LEN,
0, 65528, 8);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_hash_set_domain(ctx, ACVP_HASH_SHA1, ACVP_HASH_MESSAGE_LEN,
0, 65532, 4);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_hash_set_domain(ctx, ACVP_HASH_SHA1, ACVP_HASH_MESSAGE_LEN,
0, 65534, 2);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_hash_set_domain(ctx, ACVP_HASH_SHA1, ACVP_HASH_MESSAGE_LEN,
0, 65535, 1);
cr_assert(rv == ACVP_SUCCESS);
}
/*
* This test should return ACVP_NO_CAP because we are trying
* to register a parameter for an alg that we haven't added
* to the list yet.
*/
Test(EnableCapHash, param_alg_mismatch, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_hash_enable(ctx, ACVP_HASH_SHA1, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_hash_set_domain(ctx, ACVP_HASH_SHA256, ACVP_HASH_MESSAGE_LEN,
0, 65535, 1);
cr_assert(rv == ACVP_NO_CAP);
}
/*
* Attempts to register with a NULL handler
*/
Test(EnableCapHash, null_handler, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_hash_enable(ctx, ACVP_HASH_SHA1, NULL);
cr_assert(rv == ACVP_INVALID_ARG);
}
/*
* Tests invalid values to enable_hash_cap_parm API
*/
Test(EnableCapHash, invalid_args, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_hash_enable(ctx, ACVP_HASH_SHA1, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_hash_set_domain(ctx, ACVP_HASH_SHA1, ACVP_HASH_MESSAGE_LEN,
0, 65535, 2);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_hash_set_domain(ctx, ACVP_HASH_SHA1, ACVP_HASH_MESSAGE_LEN,
0, 65535, 4);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_hash_set_domain(ctx, ACVP_HASH_SHA1, ACVP_HASH_MESSAGE_LEN,
0, 65535, 8);
cr_assert(rv == ACVP_INVALID_ARG);
}
/*
* Tests a good kdf108 api sequence
*/
Test(EnableCapKDF108, good, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_kdf108_enable(ctx, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_set_prereq(ctx, ACVP_KDF108, ACVP_PREREQ_HMAC, cvalue);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf108_set_domain(ctx, ACVP_KDF108_MODE_COUNTER, ACVP_KDF108_SUPPORTED_LEN, 8, 384, 8);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf108_set_domain(ctx, ACVP_KDF108_MODE_FEEDBACK, ACVP_KDF108_SUPPORTED_LEN, 8, 384, 8);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf108_set_domain(ctx, ACVP_KDF108_MODE_DPI, ACVP_KDF108_SUPPORTED_LEN, 8, 384, 8);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf108_set_parm(ctx, ACVP_KDF108_MODE_COUNTER, ACVP_KDF108_MAC_MODE, ACVP_KDF108_MAC_MODE_HMAC_SHA1);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf108_set_parm(ctx, ACVP_KDF108_MODE_COUNTER, ACVP_KDF108_MAC_MODE, ACVP_KDF108_MAC_MODE_HMAC_SHA224);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf108_set_parm(ctx, ACVP_KDF108_MODE_COUNTER, ACVP_KDF108_MAC_MODE, ACVP_KDF108_MAC_MODE_HMAC_SHA256);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf108_set_parm(ctx, ACVP_KDF108_MODE_COUNTER, ACVP_KDF108_MAC_MODE, ACVP_KDF108_MAC_MODE_HMAC_SHA384);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf108_set_parm(ctx, ACVP_KDF108_MODE_COUNTER, ACVP_KDF108_MAC_MODE, ACVP_KDF108_MAC_MODE_HMAC_SHA512);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf108_set_parm(ctx, ACVP_KDF108_MODE_COUNTER, ACVP_KDF108_MAC_MODE, ACVP_KDF108_MAC_MODE_CMAC_AES128);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf108_set_parm(ctx, ACVP_KDF108_MODE_COUNTER, ACVP_KDF108_MAC_MODE, ACVP_KDF108_MAC_MODE_CMAC_AES192);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf108_set_parm(ctx, ACVP_KDF108_MODE_COUNTER, ACVP_KDF108_MAC_MODE, ACVP_KDF108_MAC_MODE_CMAC_AES256);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf108_set_parm(ctx, ACVP_KDF108_MODE_COUNTER, ACVP_KDF108_MAC_MODE, ACVP_KDF108_MAC_MODE_CMAC_TDES);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf108_set_parm(ctx, ACVP_KDF108_MODE_COUNTER, ACVP_KDF108_COUNTER_LEN, 8);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf108_set_parm(ctx, ACVP_KDF108_MODE_COUNTER, ACVP_KDF108_FIXED_DATA_ORDER, ACVP_KDF108_FIXED_DATA_ORDER_AFTER);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf108_set_parm(ctx, ACVP_KDF108_MODE_COUNTER, ACVP_KDF108_FIXED_DATA_ORDER, ACVP_KDF108_FIXED_DATA_ORDER_BEFORE);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf108_set_parm(ctx, ACVP_KDF108_MODE_COUNTER, ACVP_KDF108_FIXED_DATA_ORDER, ACVP_KDF108_FIXED_DATA_ORDER_MIDDLE);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf108_set_parm(ctx, ACVP_KDF108_MODE_COUNTER, ACVP_KDF108_FIXED_DATA_ORDER, ACVP_KDF108_FIXED_DATA_ORDER_NONE);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf108_set_parm(ctx, ACVP_KDF108_MODE_COUNTER, ACVP_KDF108_FIXED_DATA_ORDER, ACVP_KDF108_FIXED_DATA_ORDER_BEFORE_ITERATOR);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf108_set_parm(ctx, ACVP_KDF108_MODE_COUNTER, ACVP_KDF108_SUPPORTS_EMPTY_IV, 0);
cr_assert(rv == ACVP_SUCCESS);
}
/*
* This tests invalid kdf108 mode
*/
Test(EnableCapKDF108, alg_mismatch, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_kdf108_enable(ctx, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf108_set_domain(ctx, 0, ACVP_KDF108_SUPPORTED_LEN, 8, 384, 8);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_kdf108_set_parm(ctx, 999, ACVP_KDF108_MAC_MODE, ACVP_KDF108_MAC_MODE_HMAC_SHA1);
cr_assert(rv == ACVP_INVALID_ARG);
}
/*
* This tests invalid params to kdf108_domain_param API
*/
Test(EnableCapKDF108, invalid_domain, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_kdf108_enable(ctx, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf108_set_domain(ctx, ACVP_KDF108_MODE_COUNTER, ACVP_KDF108_SUPPORTED_LEN, 0, 384, 8);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_kdf108_set_domain(ctx, ACVP_KDF108_MODE_COUNTER, ACVP_KDF108_SUPPORTED_LEN, 8, 99999, 8);
cr_assert(rv == ACVP_INVALID_ARG);
}
/*
* Tests invalid values to the kdf108_cap_param API
*/
Test(EnableCapKDF108, invalid_params, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_kdf108_enable(ctx, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf108_set_parm(ctx, ACVP_KDF108_MODE_COUNTER, ACVP_KDF108_MAC_MODE, 0);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_kdf108_set_parm(ctx, ACVP_KDF108_MODE_COUNTER, ACVP_KDF108_MAC_MODE, 999);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_kdf108_set_parm(ctx, ACVP_KDF108_MODE_COUNTER, ACVP_KDF108_COUNTER_LEN, 7);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_kdf108_set_parm(ctx, ACVP_KDF108_MODE_COUNTER, ACVP_KDF108_COUNTER_LEN, 999);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_kdf108_set_parm(ctx, ACVP_KDF108_MODE_COUNTER, ACVP_KDF108_FIXED_DATA_ORDER, 0);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_kdf108_set_parm(ctx, ACVP_KDF108_MODE_COUNTER, ACVP_KDF108_SUPPORTS_EMPTY_IV, 3);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_kdf108_set_parm(ctx, ACVP_KDF108_MODE_COUNTER, ACVP_KDF108_SUPPORTS_EMPTY_IV, 3);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_kdf108_set_parm(ctx, ACVP_KDF108_MODE_COUNTER, ACVP_KDF108_SUPPORTS_EMPTY_IV, 1);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf108_set_parm(ctx, ACVP_KDF108_MODE_COUNTER, ACVP_KDF108_SUPPORTS_EMPTY_IV, 2);
cr_assert(rv == ACVP_INVALID_ARG);
}
Test(EnableCapKDFx963, properly, .fini = teardown) {
setup_empty_ctx(&ctx);
/* Enable capabilites */
rv = acvp_cap_kdf135_x963_enable(ctx, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_set_prereq(ctx, ACVP_KDF135_X963, ACVP_PREREQ_SHA, cvalue);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_x963_set_parm(ctx, ACVP_KDF_X963_HASH_ALG, ACVP_SHA224);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_x963_set_parm(ctx, ACVP_KDF_X963_HASH_ALG, ACVP_SHA256);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_x963_set_parm(ctx, ACVP_KDF_X963_HASH_ALG, ACVP_SHA384);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_x963_set_parm(ctx, ACVP_KDF_X963_HASH_ALG, ACVP_SHA512);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_x963_set_parm(ctx, ACVP_KDF_X963_KEY_DATA_LEN, 256);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_x963_set_parm(ctx, ACVP_KDF_X963_KEY_DATA_LEN, 1024);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_x963_set_parm(ctx, ACVP_KDF_X963_FIELD_SIZE, 224);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_x963_set_parm(ctx, ACVP_KDF_X963_FIELD_SIZE, 521);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_x963_set_parm(ctx, ACVP_KDF_X963_SHARED_INFO_LEN, 0);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_x963_set_parm(ctx, ACVP_KDF_X963_SHARED_INFO_LEN, 1024);
cr_assert(rv == ACVP_SUCCESS);
}
/*
* tries to enable kdf x963 with empty ctx, expect fail
*/
Test(EnableCapKDFx963, null_ctx, .fini = teardown) {
rv = acvp_cap_kdf135_x963_enable(NULL, &dummy_handler_success);
cr_assert(rv == ACVP_NO_CTX);
}
/*
* tries to enable kdf x963 with invalid params, expect fail
*/
Test(EnableCapKDFx963, invalid_params, .fini = teardown) {
setup_empty_ctx(&ctx);
// shouldn't be called before enable_cap
rv = acvp_cap_kdf135_x963_set_parm(ctx, ACVP_KDF_X963_HASH_ALG, ACVP_SHA256);
cr_assert(rv == ACVP_NO_CAP);
rv = acvp_cap_kdf135_x963_enable(ctx, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_x963_set_parm(ctx, ACVP_KDF_X963_HASH_ALG, ACVP_SHA256);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_x963_set_parm(ctx, ACVP_KDF_X963_HASH_ALG, 0);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_kdf135_x963_set_parm(ctx, ACVP_KDF_X963_HASH_ALG, 999);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_kdf135_x963_set_parm(ctx, ACVP_KDF_X963_KEY_DATA_LEN, 0);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_kdf135_x963_set_parm(ctx, ACVP_KDF_X963_KEY_DATA_LEN, 99999);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_kdf135_x963_set_parm(ctx, ACVP_KDF_X963_FIELD_SIZE, 0);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_kdf135_x963_set_parm(ctx, ACVP_KDF_X963_FIELD_SIZE, 99999);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_kdf135_x963_set_parm(ctx, ACVP_KDF_X963_SHARED_INFO_LEN, -1);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_kdf135_x963_set_parm(ctx, ACVP_KDF_X963_SHARED_INFO_LEN, 9999);
cr_assert(rv == ACVP_INVALID_ARG);
}
Test(EnableCapKDFSNMP, properly, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_kdf135_snmp_enable(ctx, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_set_prereq(ctx, ACVP_KDF135_SNMP, ACVP_PREREQ_SHA, cvalue);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_snmp_set_parm(ctx, ACVP_KDF135_SNMP, ACVP_KDF135_SNMP_PASS_LEN, 128);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_snmp_set_parm(ctx, ACVP_KDF135_SNMP, ACVP_KDF135_SNMP_PASS_LEN, 64);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_snmp_set_engid(ctx, ACVP_KDF135_SNMP, "0a0a0a0a0a0a0a0a0a");
cr_assert(rv == ACVP_SUCCESS);
}
/*
* This test should return ACVP_NO_CAP because we are trying
* to register a parameter for an alg that we haven't added
* to the list yet.
*/
Test(EnableCapKDFSNMP, param_alg_mismatch, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_kdf135_snmp_enable(ctx, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_set_prereq(ctx, ACVP_KDF135_SSH, ACVP_PREREQ_SHA, cvalue);
cr_assert(rv == ACVP_NO_CAP);
}
/*
* This test gives invalid params to kdf_snmp api
*/
Test(EnableCapKDFSNMP, invalid_params, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_kdf135_snmp_enable(ctx, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_snmp_set_parm(ctx, ACVP_KDF135_SNMP, ACVP_KDF135_SNMP_PASS_LEN, 0);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_kdf135_snmp_set_parm(ctx, ACVP_KDF135_SNMP, ACVP_KDF135_SNMP_PASS_LEN, 99999);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_kdf135_snmp_set_engid(ctx, ACVP_KDF135_SNMP, "0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a0a");
cr_assert(rv == ACVP_INVALID_ARG);
}
/*
* Good srtp registration
*/
Test(EnableCapKDFSRTP, good, .fini = teardown) {
int i = 0;
setup_empty_ctx(&ctx);
rv = acvp_cap_kdf135_srtp_enable(ctx, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_set_prereq(ctx, ACVP_KDF135_SRTP, ACVP_PREREQ_AES, cvalue);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_srtp_set_parm(ctx, ACVP_KDF135_SRTP, ACVP_SRTP_SUPPORT_ZERO_KDR, 0);
cr_assert(rv == ACVP_SUCCESS);
for (i = 0; i < 24; i++) {
rv = acvp_cap_kdf135_srtp_set_parm(ctx, ACVP_KDF135_SRTP, ACVP_SRTP_KDF_EXPONENT, i + 1);
cr_assert(rv == ACVP_SUCCESS);
}
rv = acvp_cap_kdf135_srtp_set_parm(ctx, ACVP_KDF135_SRTP, ACVP_SRTP_AES_KEYLEN, 128);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_srtp_set_parm(ctx, ACVP_KDF135_SRTP, ACVP_SRTP_AES_KEYLEN, 192);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_srtp_set_parm(ctx, ACVP_KDF135_SRTP, ACVP_SRTP_AES_KEYLEN, 256);
cr_assert(rv == ACVP_SUCCESS);
}
/*
* enable srtp with null ctx
*/
Test(EnableCapKDFSRTP, null_ctx, .fini = teardown) {
rv = acvp_cap_kdf135_srtp_enable(NULL, &dummy_handler_success);
cr_assert(rv == ACVP_NO_CTX);
}
/*
* enable srtp with invalid params, expect fail
*/
Test(EnableCapKDFSRTP, invalid_params, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_kdf135_srtp_enable(ctx, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_srtp_set_parm(ctx, ACVP_KDF135_SRTP, ACVP_SRTP_SUPPORT_ZERO_KDR, 3);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_kdf135_srtp_set_parm(ctx, ACVP_KDF135_SRTP, ACVP_SRTP_KDF_EXPONENT, -1);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_kdf135_srtp_set_parm(ctx, ACVP_KDF135_SRTP, ACVP_SRTP_KDF_EXPONENT, 25);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_kdf135_srtp_set_parm(ctx, ACVP_KDF135_SRTP, ACVP_SRTP_AES_KEYLEN, 512);
cr_assert(rv == ACVP_INVALID_ARG);
}
Test(EnableCapKDFSSH, properly, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_kdf135_ssh_enable(ctx, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_set_prereq(ctx, ACVP_KDF135_SSH, ACVP_PREREQ_SHA, cvalue);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_set_prereq(ctx, ACVP_KDF135_SSH, ACVP_PREREQ_TDES, cvalue);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_set_prereq(ctx, ACVP_KDF135_SSH, ACVP_PREREQ_AES, cvalue);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_ssh_set_parm(ctx, ACVP_KDF135_SSH, ACVP_SSH_METH_TDES_CBC, ACVP_SHA256 | ACVP_SHA384 | ACVP_SHA512);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_ssh_set_parm(ctx, ACVP_KDF135_SSH, ACVP_SSH_METH_AES_128_CBC, ACVP_SHA256 | ACVP_SHA384 | ACVP_SHA512);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_ssh_set_parm(ctx, ACVP_KDF135_SSH, ACVP_SSH_METH_AES_192_CBC, ACVP_SHA256 | ACVP_SHA384 | ACVP_SHA512);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_ssh_set_parm(ctx, ACVP_KDF135_SSH, ACVP_SSH_METH_AES_256_CBC, ACVP_SHA256 | ACVP_SHA384 | ACVP_SHA512);
cr_assert(rv == ACVP_SUCCESS);
}
/*
* tries to enable kdf ssh with null_ctx, expect failure
*/
Test(EnableCapKDFSSH, null_ctx, .fini = teardown) {
rv = acvp_cap_kdf135_ssh_enable(NULL, &dummy_handler_success);
cr_assert(rv == ACVP_NO_CTX);
}
/*
* tries to enable kdf ssh with invalid params, expect failure
*/
Test(EnableCapKDFSSH, invalid_params, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_kdf135_ssh_enable(ctx, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_ssh_set_parm(ctx, ACVP_KDF135_SSH, ACVP_SSH_METH_TDES_CBC, 0);
cr_assert(rv == ACVP_INVALID_ARG);
}
/*
* This test should return ACVP_NO_CAP because we are trying
* to register a parameter for an alg that we haven't added
* to the list yet.
*/
Test(EnableCapKDFSSH, param_alg_mismatch, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_kdf135_ssh_enable(ctx, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_ssh_set_parm(ctx, ACVP_KDF135_SNMP, ACVP_SSH_METH_TDES_CBC, ACVP_SHA256 | ACVP_SHA384 | ACVP_SHA512);
cr_assert(rv == ACVP_NO_CAP);
rv = acvp_cap_kdf135_ssh_set_parm(ctx, ACVP_KDF135_SRTP, ACVP_SSH_METH_TDES_CBC, ACVP_SHA256 | ACVP_SHA384 | ACVP_SHA512);
cr_assert(rv == ACVP_NO_CAP);
}
Test(EnableCapCMAC, properly, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_cmac_enable(ctx, ACVP_CMAC_AES, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_set_prereq(ctx, ACVP_CMAC_AES, ACVP_PREREQ_AES, cvalue);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_cmac_set_domain(ctx, ACVP_CMAC_AES, ACVP_CMAC_MSGLEN, 0, 65536, 8);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_cmac_set_parm(ctx, ACVP_CMAC_AES, ACVP_CMAC_MACLEN, 128);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_cmac_set_parm(ctx, ACVP_CMAC_AES, ACVP_CMAC_KEYLEN, 128);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_cmac_set_parm(ctx, ACVP_CMAC_AES, ACVP_CMAC_DIRECTION_GEN, 1);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_cmac_set_parm(ctx, ACVP_CMAC_AES, ACVP_CMAC_DIRECTION_VER, 1);
cr_assert(rv == ACVP_SUCCESS);
}
/*
* This test should return ACVP_NO_CAP because we are trying
* to register a parameter for an alg that we haven't added
* to the list yet.
*/
Test(EnableCapCMAC, param_alg_mismatch, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_cmac_enable(ctx, ACVP_CMAC_AES, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_cmac_set_domain(ctx, ACVP_CMAC_TDES, ACVP_CMAC_MSGLEN, 0, 65536, 8);
cr_assert(rv == ACVP_NO_CAP);
}
/*
* Attempts to register with a NULL handler
*/
Test(EnableCapCMAC, null_handler, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_cmac_enable(ctx, ACVP_CMAC_AES, NULL);
cr_assert(rv == ACVP_INVALID_ARG);
}
Test(EnableCapCMAC, invalid_args, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_cmac_enable(ctx, ACVP_CMAC_AES, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_cmac_enable(ctx, ACVP_CMAC_TDES, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_set_prereq(ctx, ACVP_CMAC_AES, ACVP_PREREQ_AES, NULL);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_cmac_set_domain(ctx, ACVP_CMAC_AES, ACVP_CMAC_MSGLEN, -1, 65536, 8);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_cmac_set_domain(ctx, ACVP_CMAC_AES, ACVP_CMAC_MSGLEN, 0, 9999999, 8);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_cmac_set_domain(ctx, ACVP_CMAC_AES, ACVP_CMAC_MSGLEN, 0, 65536, 7);
cr_assert(rv == ACVP_INVALID_ARG);
/*
* CMAC-AES has different keylen requirements than other MACs
* 128, 192, 256 are allowed
*/
rv = acvp_cap_cmac_set_parm(ctx, ACVP_CMAC_AES, ACVP_CMAC_KEYLEN, 0);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_cmac_set_parm(ctx, ACVP_CMAC_AES, ACVP_CMAC_KEYLEN, 191);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_cmac_set_parm(ctx, ACVP_CMAC_AES, ACVP_CMAC_KEYLEN, 512);
cr_assert(rv == ACVP_INVALID_ARG);
/* the rest are a range */
rv = acvp_cap_cmac_set_parm(ctx, ACVP_CMAC_TDES, ACVP_CMAC_KEYLEN, 7);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_cmac_set_parm(ctx, ACVP_CMAC_TDES, ACVP_CMAC_KEYLEN, 524289);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_cmac_set_parm(ctx, ACVP_CMAC_AES, ACVP_CMAC_MACLEN, 0);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_cmac_set_parm(ctx, ACVP_CMAC_AES, ACVP_CMAC_KEYLEN, 513);
cr_assert(rv == ACVP_INVALID_ARG);
/* Only applicable to TDES */
rv = acvp_cap_cmac_set_parm(ctx, ACVP_CMAC_AES, ACVP_CMAC_KEYING_OPTION, 1);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_cmac_set_parm(ctx, ACVP_CMAC_TDES, ACVP_CMAC_KEYING_OPTION, 0);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_cmac_set_parm(ctx, ACVP_CMAC_TDES, ACVP_CMAC_KEYING_OPTION, 3);
cr_assert(rv == ACVP_INVALID_ARG);
/* these are flags... 0 or 1 */
rv = acvp_cap_cmac_set_parm(ctx, ACVP_CMAC_AES, ACVP_CMAC_DIRECTION_GEN, -1);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_cmac_set_parm(ctx, ACVP_CMAC_AES, ACVP_CMAC_DIRECTION_GEN, 2);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_cmac_set_parm(ctx, ACVP_CMAC_AES, ACVP_CMAC_DIRECTION_VER, -1);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_cmac_set_parm(ctx, ACVP_CMAC_AES, ACVP_CMAC_DIRECTION_VER, 2);
cr_assert(rv == ACVP_INVALID_ARG);
}
Test(EnableCapHMAC, properly, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_hmac_enable(ctx, ACVP_HMAC_SHA2_224, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_set_prereq(ctx, ACVP_HMAC_SHA2_224, ACVP_PREREQ_SHA, cvalue);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_hmac_set_domain(ctx, ACVP_HMAC_SHA2_224, ACVP_HMAC_KEYLEN, 256, 448, 8);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_hmac_set_domain(ctx, ACVP_HMAC_SHA2_224, ACVP_HMAC_MACLEN, 32, 224, 8);
cr_assert(rv == ACVP_SUCCESS);
}
Test(EnableCapHMAC, param_alg_mismatch, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_hmac_enable(ctx, ACVP_HMAC_SHA2_256, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_hmac_enable(ctx, ACVP_CMAC_AES, &dummy_handler_success);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_hmac_set_parm(ctx, ACVP_HMAC_SHA2_224, ACVP_HMAC_KEYLEN, 32 * 8);
cr_assert(rv == ACVP_NO_CAP);
}
/*
* Attempts to register with a NULL handler
*/
Test(EnableCapHMAC, null_handler, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_hmac_enable(ctx, ACVP_HMAC_SHA2_384, NULL);
cr_assert(rv == ACVP_INVALID_ARG);
}
Test(EnableCapHMAC, invalid_args, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_hmac_enable(ctx, ACVP_HMAC_SHA2_512, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_set_prereq(ctx, ACVP_HMAC_SHA2_512, ACVP_PREREQ_SHA, NULL);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_hmac_set_parm(ctx, ACVP_HMAC_SHA2_512, ACVP_HMAC_KEYLEN, 7);
cr_assert(rv == ACVP_INVALID_ARG);
/*
* TODO: need to make sure the library checks if the max is greater than the min
* [edaw] the domain here needs refactoring
*/
rv = acvp_cap_hmac_set_parm(ctx, ACVP_HMAC_SHA2_512, ACVP_HMAC_KEYLEN, 524889);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_hmac_set_domain(ctx, ACVP_HMAC_SHA2_512, ACVP_HMAC_KEYLEN, 7, 256, 8);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_hmac_set_domain(ctx, ACVP_HMAC_SHA2_512, ACVP_HMAC_KEYLEN, 8, 524889, 8);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_hmac_set_parm(ctx, ACVP_HMAC_SHA2_512, ACVP_HMAC_MACLEN, 31);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_hmac_set_parm(ctx, ACVP_HMAC_SHA2_512, ACVP_HMAC_MACLEN, 513);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_hmac_set_domain(ctx, ACVP_HMAC_SHA2_512, ACVP_HMAC_MACLEN, 31, 512, 8);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_hmac_set_domain(ctx, ACVP_HMAC_SHA2_512, ACVP_HMAC_MACLEN, 32, 513, 8);
cr_assert(rv == ACVP_INVALID_ARG);
}
Test(EnableCapRSAkeyGen, proper_params, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_rsa_keygen_enable(ctx, ACVP_RSA_KEYGEN, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_rsa_keygen_set_parm(ctx, ACVP_RSA_PARM_REVISION, ACVP_REVISION_FIPS186_4);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_set_prereq(ctx, ACVP_RSA_KEYGEN, ACVP_PREREQ_SHA, cvalue);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_set_prereq(ctx, ACVP_RSA_KEYGEN, ACVP_PREREQ_DRBG, cvalue);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_rsa_keygen_set_parm(ctx, ACVP_RSA_PARM_PUB_EXP_MODE, ACVP_RSA_PUB_EXP_MODE_FIXED);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_rsa_keygen_set_parm(ctx, ACVP_RSA_PARM_INFO_GEN_BY_SERVER, 1);
cr_assert(rv == ACVP_SUCCESS);
}
Test(EnableCapRSAkeyGen, proper_modes, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_rsa_keygen_enable(ctx, ACVP_RSA_KEYGEN, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_rsa_keygen_set_parm(ctx, ACVP_RSA_PARM_REVISION, ACVP_REVISION_FIPS186_4);
cr_assert(rv == ACVP_SUCCESS);
/* skip the other outer params for now */
rv = acvp_cap_rsa_keygen_set_mode(ctx, ACVP_RSA_KEYGEN_B32);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_rsa_keygen_set_mode(ctx, ACVP_RSA_KEYGEN_B33);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_rsa_keygen_set_mode(ctx, ACVP_RSA_KEYGEN_B34);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_rsa_keygen_set_mode(ctx, ACVP_RSA_KEYGEN_B35);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_rsa_keygen_set_mode(ctx, ACVP_RSA_KEYGEN_B36);
cr_assert(rv == ACVP_SUCCESS);
}
Test(EnableCapRSAkeyGen, proper_modes_params, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_rsa_keygen_enable(ctx, ACVP_RSA_KEYGEN, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_rsa_keygen_set_parm(ctx, ACVP_RSA_PARM_REVISION, ACVP_REVISION_FIPS186_4);
cr_assert(rv == ACVP_SUCCESS);
/* skip the other outer params for now */
/* B.3.5 takes both a hash_alg and a prime_test
* so we can test with that one... */
rv = acvp_cap_rsa_keygen_set_mode(ctx, ACVP_RSA_KEYGEN_B35);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_rsa_keygen_set_primes(ctx, ACVP_RSA_KEYGEN_B35, 2048, ACVP_RSA_PRIME_HASH_ALG, ACVP_SHA256);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_rsa_keygen_set_primes(ctx, ACVP_RSA_KEYGEN_B35, 2048, ACVP_RSA_PRIME_TEST, ACVP_RSA_PRIME_TEST_TBLC2);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_rsa_keygen_set_primes(ctx, ACVP_RSA_KEYGEN_B35, 3072, ACVP_RSA_PRIME_HASH_ALG, ACVP_SHA256);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_rsa_keygen_set_primes(ctx, ACVP_RSA_KEYGEN_B35, 3072, ACVP_RSA_PRIME_TEST, ACVP_RSA_PRIME_TEST_TBLC2);
cr_assert(rv == ACVP_SUCCESS);
}
Test(EnableCapRSAkeyGen, alg_mismatch, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_rsa_keygen_enable(ctx, ACVP_HASH_SHA1, &dummy_handler_success);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_set_prereq(ctx, ACVP_RSA_KEYGEN, ACVP_PREREQ_SHA, cvalue);
cr_assert(rv == ACVP_NO_CAP);
}
/*
* Most of these params are members of enums, so the app
* won't even build if it has an invalid value
*/
Test(EnableCapRSAkeyGen, invalid_params, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_rsa_keygen_enable(ctx, ACVP_RSA_KEYGEN, NULL);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_set_prereq(ctx, ACVP_RSA_KEYGEN, ACVP_PREREQ_SHA, cvalue);
cr_assert(rv == ACVP_NO_CAP);
rv = acvp_cap_rsa_keygen_enable(ctx, ACVP_RSA_KEYGEN, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_set_prereq(ctx, ACVP_RSA_KEYGEN, ACVP_PREREQ_SHA, "");
cr_assert(rv == ACVP_INVALID_ARG);
/* should only accept true or false... 0 or 1 */
rv = acvp_cap_rsa_keygen_set_parm(ctx, ACVP_RSA_PARM_INFO_GEN_BY_SERVER, 3);
cr_assert(rv == ACVP_INVALID_ARG);
/* should only valid enum */
rv = acvp_cap_rsa_keygen_set_parm(ctx, ACVP_RSA_PARM_KEY_FORMAT, 99);
cr_assert(rv == ACVP_INVALID_ARG);
}
Test(EnableCapRSAkeyGen, invalid_modes_params, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_rsa_keygen_enable(ctx, ACVP_RSA_KEYGEN, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_rsa_keygen_set_parm(ctx, ACVP_RSA_PARM_REVISION, ACVP_REVISION_FIPS186_4);
cr_assert(rv == ACVP_SUCCESS);
/* skip the other outer params for now */
/* B.3.5 takes both a hash_alg and a prime_test
* so we can test with that one... */
rv = acvp_cap_rsa_keygen_set_mode(ctx, ACVP_RSA_KEYGEN_B35);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_rsa_keygen_set_primes(ctx, ACVP_RSA_KEYGEN_B35, 2048, ACVP_RSA_PRIME_HASH_ALG, 257);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_rsa_keygen_set_primes(ctx, ACVP_RSA_KEYGEN_B35, 2048, ACVP_RSA_PRIME_TEST, 256);
cr_assert(rv == ACVP_INVALID_ARG);
}
/*
* Enable an AES cipher mode, then attempt to register
* a parameter for a different mode
*/
Test(EnableCapRSAkeyGen, cipher_param_mismatch, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_rsa_keygen_enable(ctx, ACVP_RSA_KEYGEN, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_rsa_keygen_set_parm(ctx, ACVP_RSA_PARM_REVISION, ACVP_REVISION_FIPS186_4);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_rsa_keygen_set_parm(ctx, ACVP_RSA_PARM_RAND_PQ, 128);
cr_assert(rv == ACVP_INVALID_ARG);
/*
* Interesting here:
* Commented out as an example (doesn't compile)
*
* rv = acvp_cap_rsa_keygen_set_parm(ctx, ACVP_SYM_CIPH_PTLEN, 128);
*
* if the compiler lets you compile with the wrong enum type here,
* if that value has a valid value in the expected enum then the
* test may not fail. The compiler flag to error on implicit casting
* is -Werror=enum-conversion but we can't control what an app
* on the outside compiles with...
*/
}
Test(EnableCapAES, properly, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_sym_cipher_enable(ctx, ACVP_AES_GCM, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_set_prereq(ctx, ACVP_AES_GCM, ACVP_PREREQ_AES, cvalue);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_set_prereq(ctx, ACVP_AES_GCM, ACVP_PREREQ_DRBG, cvalue);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_sym_cipher_set_parm(ctx, ACVP_AES_GCM, ACVP_SYM_CIPH_PARM_DIR, ACVP_SYM_CIPH_DIR_BOTH);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_sym_cipher_set_parm(ctx, ACVP_AES_GCM, ACVP_SYM_CIPH_PARM_IVGEN_SRC, ACVP_SYM_CIPH_IVGEN_SRC_INT);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_sym_cipher_set_parm(ctx, ACVP_AES_GCM, ACVP_SYM_CIPH_PARM_IVGEN_MODE, ACVP_SYM_CIPH_IVGEN_MODE_821);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_sym_cipher_set_parm(ctx, ACVP_AES_GCM, ACVP_SYM_CIPH_KEYLEN, 256);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_sym_cipher_set_parm(ctx, ACVP_AES_GCM, ACVP_SYM_CIPH_TAGLEN, 128);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_sym_cipher_set_parm(ctx, ACVP_AES_GCM, ACVP_SYM_CIPH_IVLEN, 96);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_sym_cipher_set_parm(ctx, ACVP_AES_GCM, ACVP_SYM_CIPH_PTLEN, 128);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_sym_cipher_set_parm(ctx, ACVP_AES_GCM, ACVP_SYM_CIPH_AADLEN, 128);
cr_assert(rv == ACVP_SUCCESS);
}
Test(EnableCapAES, alg_mismatch, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_sym_cipher_enable(ctx, ACVP_ECDSA_KEYGEN, &dummy_handler_success);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_set_prereq(ctx, ACVP_AES_GCM, ACVP_PREREQ_AES, cvalue);
cr_assert(rv == ACVP_NO_CAP);
}
Test(EnableCapAES, bad_conformance, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_sym_cipher_enable(ctx, ACVP_AES_CTR, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_sym_cipher_set_parm(ctx, ACVP_AES_CTR, ACVP_SYM_CIPH_PARM_CONFORMANCE, ACVP_CONFORMANCE_DEFAULT);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_sym_cipher_enable(ctx, ACVP_AES_GCM, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_sym_cipher_set_parm(ctx, ACVP_AES_GCM, ACVP_SYM_CIPH_PARM_CONFORMANCE, ACVP_CONFORMANCE_RFC3686);
cr_assert(rv == ACVP_INVALID_ARG);
}
/*
* Most of these params are members of enums, so the app
* won't even build if it has an invalid value
*/
Test(EnableCapAES, invalid_callback, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_sym_cipher_enable(ctx, ACVP_AES_GCM, NULL);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_set_prereq(ctx, ACVP_AES_GCM, ACVP_PREREQ_AES, cvalue);
cr_assert(rv == ACVP_NO_CAP);
}
/*
* Most of these params are members of enums, so the app
* won't even build if it has an invalid value
*/
Test(EnableCapAES, invalid_dir, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_sym_cipher_enable(ctx, ACVP_AES_GCM, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_sym_cipher_set_parm(ctx, ACVP_AES_GCM, ACVP_SYM_CIPH_PARM_DIR, 0);
cr_assert(rv == ACVP_INVALID_ARG);
}
/*
* Enable an AES cipher mode, then attempt to register
* a parameter for a different mode
*/
Test(EnableCapAES, cipher_param_mismatch, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_sym_cipher_enable(ctx, ACVP_AES_GCM, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_sym_cipher_set_parm(ctx, ACVP_AES_CCM, ACVP_SYM_CIPH_KEYLEN, 128);
cr_assert(rv == ACVP_NO_CAP);
}
/*
* Enable an AES cipher mode, then attempt to register
* a parameter for a different mode
*/
Test(EnableCapAES, invalid_keylens, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_sym_cipher_enable(ctx, ACVP_AES_CFB1, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_sym_cipher_set_parm(ctx, ACVP_AES_CFB1, ACVP_SYM_CIPH_KEYLEN, 333);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_sym_cipher_set_parm(ctx, ACVP_AES_CFB1, ACVP_SYM_CIPH_KEYLEN, 999999);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_sym_cipher_set_parm(ctx, ACVP_AES_CFB1, ACVP_SYM_CIPH_KEYLEN, 0);
cr_assert(rv == ACVP_INVALID_ARG);
}
/*
* Enable an AES cipher mode, then attempt to register
* a parameter for a different mode
*/
Test(EnableCapAES, invalid_param_lens, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_sym_cipher_enable(ctx, ACVP_AES_CFB1, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_sym_cipher_set_parm(ctx, ACVP_AES_CFB1, ACVP_SYM_CIPH_PTLEN, 999999);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_sym_cipher_enable(ctx, ACVP_AES_CCM, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_sym_cipher_set_parm(ctx, ACVP_AES_CCM, ACVP_SYM_CIPH_TAGLEN, 0);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_sym_cipher_set_parm(ctx, ACVP_AES_CCM, ACVP_SYM_CIPH_TAGLEN, 333);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_sym_cipher_set_parm(ctx, ACVP_AES_CCM, ACVP_SYM_CIPH_IVLEN, 0);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_sym_cipher_set_parm(ctx, ACVP_AES_CCM, ACVP_SYM_CIPH_IVLEN, 999999);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_sym_cipher_set_parm(ctx, ACVP_AES_CCM, ACVP_SYM_CIPH_IVLEN, 0);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_sym_cipher_set_parm(ctx, ACVP_AES_CCM, ACVP_SYM_CIPH_AADLEN, 999999);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_sym_cipher_set_parm(ctx, ACVP_AES_CCM, ACVP_SYM_CIPH_AADLEN, -333);
cr_assert(rv == ACVP_INVALID_ARG);
}
/*
* Enable an AES cipher mode, then attempt to register
* a domain for a non-domain value
*/
Test(EnableCapAES, cipher_invalid_parm_domain, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_sym_cipher_enable(ctx, ACVP_AES_CBC_CS2, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_sym_cipher_set_domain(ctx, ACVP_AES_CBC_CS2, ACVP_SYM_CIPH_KEYLEN, 0, 128, 8);
cr_assert(rv == ACVP_INVALID_ARG);
}
/*
* null CTX set domain
*/
Test(EnableCapAES, cipher_domain_no_ctx, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_sym_cipher_enable(ctx, ACVP_AES_XPN, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_sym_cipher_set_domain(NULL, ACVP_AES_XPN, ACVP_SYM_CIPH_DOMAIN_PTLEN, 0, 128, 8);
cr_assert(rv == ACVP_NO_CTX);
}
/*
* bad domain values
*/
Test(EnableCapAES, cipher_domain_bad_values, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_sym_cipher_enable(ctx, ACVP_AES_CBC_CS3, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_sym_cipher_set_domain(ctx, ACVP_AES_CBC_CS3, ACVP_SYM_CIPH_DOMAIN_PTLEN, -64, 128, 8);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_sym_cipher_set_domain(ctx, ACVP_AES_CBC_CS3, ACVP_SYM_CIPH_DOMAIN_PTLEN, 128, 64, 8);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_sym_cipher_set_domain(ctx, ACVP_AES_CBC_CS3, ACVP_SYM_CIPH_DOMAIN_PTLEN, 0, 128, 0);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_sym_cipher_set_domain(ctx, ACVP_AES_CBC_CS3, ACVP_SYM_CIPH_KEYLEN, 0, 0, 8);
cr_assert(rv == ACVP_INVALID_ARG);
}
/*
* Enable an AES cipher, register a payloadLen, then register a payloadLen domain
*/
Test(EnableCapAES, dup_payload_registration, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_sym_cipher_enable(ctx, ACVP_AES_CBC_CS1, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_sym_cipher_set_parm(ctx, ACVP_AES_CBC_CS1, ACVP_SYM_CIPH_PTLEN, 33333);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_sym_cipher_set_domain(ctx, ACVP_AES_CBC_CS1, ACVP_SYM_CIPH_DOMAIN_PTLEN, 0, 1024, 8);
cr_assert(rv == ACVP_INVALID_ARG);
}
Test(EnableCapTDES, properly, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_sym_cipher_enable(ctx, ACVP_TDES_CBC, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_sym_cipher_set_parm(ctx, ACVP_TDES_CBC, ACVP_SYM_CIPH_PARM_DIR, ACVP_SYM_CIPH_DIR_BOTH);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_sym_cipher_set_parm(ctx, ACVP_TDES_CBC, ACVP_SYM_CIPH_PARM_KO, ACVP_SYM_CIPH_KO_ONE);
cr_assert(rv == ACVP_SUCCESS);
}
Test(EnableCapTDES, alg_param_mismatch, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_sym_cipher_enable(ctx, ACVP_TDES_CBC, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_sym_cipher_set_parm(ctx, ACVP_TDES_CBC, ACVP_SYM_CIPH_TAGLEN, 256);
cr_assert(rv == ACVP_INVALID_ARG);
rv = acvp_cap_sym_cipher_set_parm(ctx, ACVP_TDES_CBC, ACVP_SYM_CIPH_AADLEN, 64);
cr_assert(rv == ACVP_INVALID_ARG);
}
/*
* This calls enable ikev1 api properly
*/
Test(EnableCapKDF135IKEv1, good, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_kdf135_ikev1_enable(ctx, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_set_prereq(ctx, ACVP_KDF135_IKEV1, ACVP_PREREQ_SHA, cvalue);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_set_prereq(ctx, ACVP_KDF135_IKEV1, ACVP_PREREQ_DRBG, cvalue);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_ikev1_set_domain(ctx, ACVP_KDF_IKEv1_INIT_NONCE_LEN, 64, 2048, 1);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_ikev1_set_domain(ctx, ACVP_KDF_IKEv1_RESPOND_NONCE_LEN, 64, 2048, 1);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_ikev1_set_domain(ctx, ACVP_KDF_IKEv1_DH_SECRET_LEN, 224, 8192, 1);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_ikev1_set_domain(ctx, ACVP_KDF_IKEv1_PSK_LEN, 8, 8192, 1);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_ikev1_set_parm(ctx, ACVP_KDF_IKEv1_HASH_ALG, ACVP_SHA1);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_ikev1_set_parm(ctx, ACVP_KDF_IKEv1_HASH_ALG, ACVP_SHA384);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_ikev1_set_parm(ctx, ACVP_KDF_IKEv1_HASH_ALG, ACVP_SHA224);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_ikev1_set_parm(ctx, ACVP_KDF_IKEv1_HASH_ALG, ACVP_SHA256);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_ikev1_set_parm(ctx, ACVP_KDF_IKEv1_HASH_ALG, ACVP_SHA512);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_ikev1_set_parm(ctx, ACVP_KDF_IKEv1_AUTH_METHOD, ACVP_KDF135_IKEV1_AMETH_PSK);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_ikev1_set_parm(ctx, ACVP_KDF_IKEv1_AUTH_METHOD, ACVP_KDF135_IKEV1_AMETH_DSA);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_ikev1_set_parm(ctx, ACVP_KDF_IKEv1_AUTH_METHOD, ACVP_KDF135_IKEV1_AMETH_PKE);
cr_assert(rv == ACVP_SUCCESS);
}
/*
* This calls enable ikev1 api with null values
* TODO this is another case that might be allowed
* when running in non-realtime
*/
Test(EnableCapKDF135IKEv1, null_vals, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_kdf135_ikev1_enable(NULL, &dummy_handler_success);
cr_assert(rv == ACVP_NO_CTX);
rv = acvp_cap_kdf135_ikev1_enable(ctx, NULL);
cr_assert(rv == ACVP_INVALID_ARG);
}
/*
* This calls enable ikev1 domain api with invalid params
*/
Test(EnableCapKDF135IKEv1, invalid_domain, .fini = teardown) {
setup_empty_ctx(&ctx);
rv = acvp_cap_kdf135_ikev1_enable(ctx, &dummy_handler_success);
cr_assert(rv == ACVP_SUCCESS);
rv = acvp_cap_kdf135_ikev1_set_domain(ctx, ACVP_KDF_IKEv1_INIT_NONCE_LEN, 0, 2048, 1);