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// SPDX-License-Identifier: Apache-2.0 OR GPL-2.0-or-later
/* Copyright 2019 IBM Corp. */
#include "secvar_api_test.c"
const char *secvar_test_name = "enqueue";
// Stub storage function, enqueue only cares that this succeeds
static int temp_write_bank(struct list_head *bank, int section)
{
(void) bank, (void) section;
return OPAL_SUCCESS;
}
int run_test(void)
{
int64_t rc;
struct secvar_node *node;
char key[1024] = {0};
uint64_t data_size = 128;
char *data = zalloc(data_size);
secvar_storage.max_var_size = 1024;
/*** Bad cases first this time ***/
// No write bank hook set
secvar_storage.write_bank = NULL;
memcpy(key, "meow", 4); // ascii
rc = secvar_enqueue(key, 4, data, data_size);
ASSERT(rc == OPAL_HARDWARE);
// Set a stub bank writer, so the rest runs ok
secvar_storage.write_bank = temp_write_bank;
// Parameter checks
// null key
rc = secvar_enqueue(NULL, 5, data, data_size);
ASSERT(rc == OPAL_PARAMETER);
ASSERT(list_empty(&update_bank));
// key is empty
memset(key, 0, sizeof(key));
rc = secvar_enqueue(key, 5, data, data_size);
ASSERT(rc == OPAL_PARAMETER);
ASSERT(list_empty(&update_bank));
// keylen is zero
rc = secvar_enqueue(key, 0, data, data_size);
ASSERT(rc == OPAL_PARAMETER);
ASSERT(list_empty(&update_bank));
// keylen is excessive
rc = secvar_enqueue(key, 5000, data, data_size);
ASSERT(rc == OPAL_PARAMETER);
ASSERT(list_empty(&update_bank));
// null data
rc = secvar_enqueue(key, 5, NULL, data_size);
ASSERT(rc == OPAL_PARAMETER);
ASSERT(list_empty(&update_bank));
// data_size is excessive
rc = secvar_enqueue(key, 5, data, 50000);
ASSERT(rc == OPAL_PARAMETER);
ASSERT(list_empty(&update_bank));
// data_size is zero
rc = secvar_enqueue(key, 5, data, 0);
ASSERT(rc == OPAL_PARAMETER);
ASSERT(list_empty(&update_bank));
// secvar is disabled
secvar_enabled = 0;
rc = secvar_enqueue(key, 5, data, data_size);
ASSERT(rc == OPAL_UNSUPPORTED);
secvar_enabled = 1;
// secvar is not ready
secvar_ready = 0;
rc = secvar_enqueue(key, 5, data, data_size);
ASSERT(rc == OPAL_RESOURCE);
secvar_ready = 1;
/*** Good cases ***/
// TODO: add data?
memcpy(key, "test", 4); // ascii
rc = secvar_enqueue(key, 4, data, data_size);
ASSERT(rc == OPAL_SUCCESS);
ASSERT(list_length(&update_bank) == 1);
memcpy(key, "f\0o\0o\0b\0a\0r\0", 6*2); // "unicode"
rc = secvar_enqueue(key, 6*2, data, data_size);
ASSERT(rc == OPAL_SUCCESS);
ASSERT(list_length(&update_bank) == 2);
memcpy(key, "meep", 4);
rc = secvar_enqueue(key, 4, data, data_size);
ASSERT(rc == OPAL_SUCCESS);
ASSERT(list_length(&update_bank) == 3); // should not increase
// Re-add the same variable
memcpy(key, "meep", 4);
rc = secvar_enqueue(key, 4, data, data_size);
ASSERT(rc == OPAL_SUCCESS);
ASSERT(list_length(&update_bank) == 3); // should not increase
node = list_tail(&update_bank, struct secvar_node, link);
ASSERT(!memcmp(node->var->key, key, 4)) // should be at end
// Unstage the variable update
rc = secvar_enqueue(key, 4, NULL, 0);
ASSERT(rc == OPAL_SUCCESS);
ASSERT(list_length(&update_bank) == 2);
// Unstage a bogus variable update
rc = secvar_enqueue("nada", 4, NULL, 0);
ASSERT(rc == OPAL_EMPTY);
ASSERT(list_length(&update_bank) == 2);
// Empty the in-memory cache, and reload from "pnor"
// Removed to drop dependency on a storage backend
// Probably not actually necessary to test, that's the
// job of the storage backend tests
/*
clear_bank_list(&update_bank);
ASSERT(list_empty(&update_bank));
secvar_storage.load_bank(&update_bank, SECVAR_UPDATE_BANK);
printf("list_length = %d\n", list_length(&update_bank));
ASSERT(list_length(&update_bank) == 2);
node = list_top(&update_bank, struct secvar_node, link);
ASSERT(node);
ASSERT(!memcmp(node->var->key, "test", 4));
node = list_next(&update_bank, node, link);
ASSERT(node);
ASSERT(!memcmp(node->var->key, "f\0o\0o\0b\0a\0r\0", 6*2));
*/
/*** ONE more bad case... ***/
free(data);
return 0;
}
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