blob: 2c49d95d8d6adfa457fb658bb27e784cb0f6b8db [file] [log] [blame]
/*
* Copyright (c) 2019-2024, Arm Limited. All rights reserved.
*
* SPDX-License-Identifier: BSD-3-Clause
*
*/
#include <vector>
#include "boilerplate.hpp"
#include "string_ops.hpp"
#include "data_blocks.hpp"
#include "psa_asset.hpp"
#include "find_or_create_asset.hpp"
#include "tf_fuzz.hpp"
#include "psa_call.hpp"
#include "sst_call.hpp"
#include "sst_asset.hpp"
#include "variables.hpp"
/**********************************************************************************
Methods of class sst_set_call follow:
**********************************************************************************/
sst_set_call::sst_set_call (tf_fuzz_info *test_state, // (constructor)
long &call_ser_no,
asset_search how_asset_found)
: sst_call(test_state, call_ser_no, how_asset_found)
{
// Copy the boilerplate text into local buffers:
prep_code.assign (""); // will fill in, depending upon template line content
call_code.assign (test_state->bplate->bplate_string[set_sst_call]);
check_code.assign (test_state->bplate->bplate_string[set_sst_check]);
call_description = "SST-set call";
}
sst_set_call::~sst_set_call (void)
{
return; // just to have something to pin a breakpoint onto
}
bool sst_set_call::copy_call_to_asset (void)
{
vector<psa_asset*>::iterator found_asset;
found_asset = resolve_asset (yes_create_asset, psa_asset_usage::all);
// Copy over everything relevant:
if (asset_info.how_asset_found != asset_search::not_found) {
asset_info.the_asset = reinterpret_cast<sst_asset*>(*found_asset);
/* Note: The vector is base-class, but the assets in this list
themselves *really are* sst_asset-type objects. */
int i = asset_info.the_asset->set_data.n_set_vars; // save this
asset_info.the_asset->set_data = set_data;
asset_info.the_asset->set_data.n_set_vars = set_data.n_set_vars = ++i;
asset_info.the_asset->set_data.flags_string.assign (set_data.flags_string);
if (asset_info.how_asset_found == asset_search::created_new) {
asset_info.the_asset->asset_info.name_specified = asset_info.name_specified;
asset_info.the_asset->asset_info.set_name (asset_info.get_name());
asset_info.the_asset->asset_info.asset_ser_no = asset_info.asset_ser_no;
asset_info.the_asset->asset_info.id_n = asset_info.id_n;
}
}
return true;
}
bool sst_set_call::copy_asset_to_call (void)
{
// Get updated asset info from the asset:
asset_info.asset_ser_no = asset_info.the_asset->asset_info.asset_ser_no;
asset_info.id_n = asset_info.the_asset->asset_info.id_n;
exp_data.n_exp_vars = asset_info.the_asset->exp_data.n_exp_vars;
exp_data.data = asset_info.the_asset->exp_data.data;
return true;
}
void sst_set_call::fill_in_prep_code (void)
{
string var_name, length_var_name, var_name_suffix, length_var_name_suffix,
temp_string;
vector<variable_info>::iterator assign_variable;
if (assign_data_var_specified) {
var_name.assign (assign_data_var + "_data");
length_var_name.assign (assign_data_var + "_length");
/* If actual-data variable doesn't already exist, create variable tracker,
and write declaration for it: */
assign_variable = test_state->find_var (assign_data_var);
if (assign_variable == test_state->variable.end()) {
// No such variable exists, so:
test_state->make_var (assign_data_var);
assign_variable = test_state->find_var (assign_data_var);
prep_code.append (test_state->bplate->bplate_string[declare_big_string]);
find_replace_1st ("$var", var_name, prep_code);
temp_string = (char *) assign_variable->value;
find_replace_1st ("$init", temp_string, prep_code);
// Actual-data length:
prep_code.append (test_state->bplate->bplate_string[declare_size_t]);
find_replace_1st ("$var", length_var_name, prep_code);
find_replace_1st ("$init", to_string(temp_string.length()), prep_code);
// Offset (always 0 for now):
find_replace_1st ("$offset", "0", prep_code);
}
} else {
// Single string of two lines declaring string data and its length:
var_name_suffix = "_set_data";
length_var_name_suffix = "_set_length";
if (set_data.n_set_vars > 0) {
var_name_suffix += "_" + to_string(set_data.n_set_vars);
length_var_name_suffix += "_" + to_string(set_data.n_set_vars);
}
var_name.assign (asset_info.get_name() + var_name_suffix);
length_var_name.assign (asset_info.get_name() + length_var_name_suffix);
prep_code = test_state->bplate->bplate_string[declare_string];
find_replace_1st ("$var", var_name, prep_code);
find_replace_1st ("$init", set_data.get(), prep_code);
temp_string.assign (test_state->bplate->bplate_string[declare_int]);
find_replace_1st ("static int", "static uint32_t", temp_string);
prep_code.append (temp_string);
find_replace_1st ("$var", length_var_name, prep_code);
find_replace_1st ("$init", to_string(set_data.get().length()), prep_code);
}
}
void sst_set_call::fill_in_command (void)
{
string var_name, length_var_name, var_name_suffix, length_var_name_suffix,
temp_string;
// Fill in preceding comment:
if (asset_info.how_asset_found == asset_search::created_new) {
find_replace_1st ("$op", "Creating", call_code);
} else {
find_replace_1st ("$op", "Resetting", call_code);
}
if (asset_info.name_specified) {
find_replace_1st ("$description", "\"" + asset_info.get_name() + ",\"",
call_code);
} else {
find_replace_1st ("$description",
"UID = " + to_string((long) asset_info.id_n), call_code);
}
if (set_data.string_specified) {
find_replace_1st ("$data_source",
"\"" + set_data.get().substr (0, 10) + "...\"",
call_code);
} else if (set_data.file_specified) {
find_replace_1st ("$data_source", "from file " + set_data.file_path,
call_code);
} else {
find_replace_1st (" $data_source", "", call_code);
}
// Fill in the PSA command itself:
if (assign_data_var_specified) {
var_name.assign (assign_data_var + "_data");
length_var_name.assign (assign_data_var + "_length");
} else {
var_name_suffix = "_set_data";
if (set_data.n_set_vars > 0) {
var_name_suffix += "_" + to_string(set_data.n_set_vars);
}
var_name.assign (asset_info.get_name() + var_name_suffix);
length_var_name_suffix = "_set_length";
if (set_data.n_set_vars > 0) {
length_var_name_suffix += "_" + to_string(set_data.n_set_vars);
}
length_var_name.assign (asset_info.get_name() + length_var_name_suffix);
}
find_replace_1st ("$data", var_name, call_code);
find_replace_1st ("$flags", set_data.flags_string, call_code);
string id_string = to_string((long) asset_info.id_n);
find_replace_1st ("$uid", id_string, call_code);
find_replace_1st ("$length", length_var_name, call_code);
// Figure out what expected results:
if ( set_data.flags_string == "PSA_STORAGE_FLAG_WRITE_ONCE"
&& set_data.n_set_vars > 0) {
exp_data.pf_specified = true;
exp_data.pf_result_string = "PSA_ERROR_NOT_PERMITTED";
}
calc_result_code();
}
/**********************************************************************************
End of methods of class sst_set_call.
**********************************************************************************/
/**********************************************************************************
Methods of class sst_get_call follow:
**********************************************************************************/
sst_get_call::sst_get_call (tf_fuzz_info *test_state, // (constructor)
long &call_ser_no,
asset_search how_asset_found)
: sst_call(test_state, call_ser_no, how_asset_found)
{
// Copy the boilerplate text into local buffers:
prep_code.assign ("");
call_code.assign (test_state->bplate->bplate_string[get_sst_call]);
check_code.assign ("");
// depends upon the particular usage; will get it in fill_in_command()
call_description = "SST-get call";
}
sst_get_call::~sst_get_call (void)
{
return; // just to have something to pin a breakpoint onto
}
bool sst_get_call::copy_call_to_asset (void)
{
vector<psa_asset*>::iterator found_asset;
found_asset = resolve_asset (dont_create_asset, psa_asset_usage::active);
if (asset_info.how_asset_found != asset_search::not_found) {
// will be found for set calls, but not necessarily others
asset_info.the_asset = reinterpret_cast<sst_asset*>(*found_asset);
// Note: Vector is of base-class type, but the assets *are* sst_asset.
/* Locating the asset is all we need to do here; copy_asset_to_call() will
do the rest. */
}
return true;
// TODO: Shouldn't data be copied over?
}
bool sst_get_call::copy_asset_to_call (void)
{
if (asset_info.the_asset != nullptr) {
// will be found for set calls, but not necessarily others
set_data.string_specified = asset_info.the_asset->set_data.string_specified;
set_data.file_specified = asset_info.the_asset->set_data.file_specified;
set_data.set (asset_info.the_asset->set_data.get());
set_data.flags_string = asset_info.the_asset->set_data.flags_string;
asset_info.id_n = asset_info.the_asset->asset_info.id_n;
asset_info.asset_ser_no = asset_info.the_asset->asset_info.asset_ser_no;
asset_info.name_specified = asset_info.the_asset->asset_info.name_specified;
asset_info.the_asset->exp_data.n_exp_vars++;
exp_data.n_exp_vars = asset_info.the_asset->exp_data.n_exp_vars;
}
return true;
}
void sst_get_call::fill_in_prep_code (void)
{
string var_base, var_name, length_var_name, temp_string, var_name_suffix,
expected;
vector<variable_info>::iterator act_variable, exp_variable;
if (!(print_data || hash_data)) {
// Checking asset data verbatim against expected, so:
if (exp_data.data_var_specified) {
// Template specified a variable name to "check" against; use that:
var_base.assign (exp_data.data_var);
exp_variable = test_state->find_var (var_base);
if (exp_variable == test_state->variable.end()) {
test_state->make_var (var_base);
exp_variable = test_state->find_var (var_base);
var_name = var_base + "_data";
length_var_name = var_base + "_length";
prep_code.append (test_state->bplate->bplate_string[declare_string]);
find_replace_1st ("$var", var_name, prep_code);
temp_string = (char *) exp_variable->value;
find_replace_1st ("$init", temp_string, prep_code);
// Expected-data length:
temp_string.assign (test_state->bplate->bplate_string[declare_int]);
find_replace_1st ("static int", "static size_t", temp_string);
prep_code.append (temp_string);
find_replace_1st ("$var", length_var_name, prep_code);
find_replace_1st ("$init", to_string(temp_string.length()), prep_code);
}
} else {
if (exp_data.data_specified) {
// Checking against literal expected data:
expected.assign (exp_data.data);
} else {
// Check against what we believe the asset to contain:
expected.assign (set_data.get());
}
var_name_suffix = "_exp_data";
if (exp_data.n_exp_vars > 0) {
var_name_suffix =
var_name_suffix + "_" + to_string(exp_data.n_exp_vars);
}
var_name.assign (asset_info.get_name() + var_name_suffix);
prep_code.assign(test_state->bplate->bplate_string[declare_string]);
find_replace_1st("$var", var_name, prep_code);
find_replace_1st("$init", expected, prep_code);
}
}
// Actual data:
if (assign_data_var_specified) {
var_base.assign (assign_data_var);
} else {
var_base.assign (asset_info.get_name() + "_act");
}
var_name.assign (var_base + "_data");
length_var_name.assign (var_base + "_length");
/* If actual-data variable doesn't already exist, create variable tracker,
and write declaration for it: */
act_variable = test_state->find_var (var_base);
if (act_variable == test_state->variable.end()) {
test_state->make_var (var_base);
act_variable = test_state->find_var (var_base);
prep_code.append (test_state->bplate->bplate_string[declare_big_string]);
find_replace_1st ("$var", var_name, prep_code);
temp_string = (char *) act_variable->value;
find_replace_1st ("$init", temp_string, prep_code);
// Actual-data length:
temp_string.assign (test_state->bplate->bplate_string[declare_int]);
find_replace_1st ("static int", "static size_t", temp_string);
prep_code.append (temp_string);
find_replace_1st ("$var", length_var_name, prep_code);
find_replace_1st ("$init", to_string(temp_string.length()), prep_code);
// Offset (always 0 for now):
find_replace_1st ("$offset", "0", prep_code);
}
// If hashing the (actual) data, then create a variable for that:
if (hash_data && !act_variable->hash_declared) {
var_name = var_base + "_hash";
prep_code.append (test_state->bplate->bplate_string[declare_generic]);
// where to put the hash of the data
find_replace_1st ("$type", "uint32_t", prep_code);
find_replace_1st ("$var", var_name, prep_code);
find_replace_1st ("$init", "0", prep_code); // for now...
act_variable->hash_declared = true;
}
}
void sst_get_call::fill_in_command (void)
{
string exp_var_name, act_var_name, length_var_name,act_data_length, hash_var_name,
id_string, var_name_suffix;
/* TODO: Flesh-out/fix this (it was a good try/start, but not quite right):
// Fill in preceding comment:
if (asset_info.how_asset_found == asset_search::created_new) {
find_replace_1st ("$op", "Creating", call_code);
} else {
find_replace_1st ("$op", "Resetting", call_code);
}
if (asset_info.name_specified) {
find_replace_1st ("$description", "\"" + asset_info.get_name() + ",\"",
call_code);
} else {
find_replace_1st ("$description",
"UID = " + to_string((long) asset_info.id_n), call_code);
}
if (set_data.string_specified) {
find_replace_1st ("$data_source",
"\"" + data.substr (0, 10) + "...\"",
call_code);
} else if (set_data.file_specified) {
find_replace_1st ("$data_source", "from file " + set_data.file_path,
call_code);
} else {
find_replace_1st (" $data_source", "", call_code);
}
*/ // Fill in the call itself:
if (print_data || hash_data) {
// Dump to variable; no data-check code needed:
check_code.assign (test_state->bplate->bplate_string[get_sst_check]);
} else {
// Check either against literal or variable, so need data-check code too:
check_code.assign (test_state->bplate->bplate_string[get_sst_check_all]);
}
/* Note: Can fill in the check code identically between the dump-to-variable
and check-data cases, because the boilerplate for the former is just an
abbreviated version of the latter. The find_replace_1st() calls for
the check-data stuff will just simply not have any effect. */
if (exp_data.data_var_specified) {
// Check against data in variable:
exp_var_name.assign (exp_data.data_var);
} else {
var_name_suffix = "_exp_data";
if (exp_data.n_exp_vars > 0) {
var_name_suffix =
var_name_suffix + "_" + to_string(exp_data.n_exp_vars);
}
exp_var_name.assign (asset_info.get_name() + var_name_suffix);
}
if (assign_data_var_specified) {
act_var_name.assign (assign_data_var + "_data");
act_data_length.assign (assign_data_var + "_length");
} else {
act_var_name.assign (asset_info.get_name() + "_act_data");
act_data_length.assign (asset_info.get_name() + "_act_length");
}
id_string = to_string((long) asset_info.id_n);
// Fill in the PSA command itself:
find_replace_1st ("$uid", id_string, call_code);
find_replace_all ("$length", to_string(set_data.get().length()), call_code);
find_replace_1st ("$offset", to_string(set_data.data_offset), call_code);
find_replace_1st ("$exp_data", exp_var_name, call_code);
find_replace_all ("$act_data", act_var_name, call_code);
find_replace_all ("$act_length", act_data_length, call_code);
// Perform most of the same substitutions in the check_code:
// TODO: Make data checks contingent upon the PSA call itself passing?
find_replace_1st ("$offset", "0", check_code);
find_replace_1st ("$exp_data", exp_var_name, check_code);
find_replace_all ("$act_data", act_var_name, check_code);
find_replace_all ("$length", to_string(set_data.get().length()), check_code);
find_replace_all ("$act_length", act_data_length, check_code);
if (print_data) {
check_code.append (test_state->bplate->bplate_string[test_log]);
find_replace_1st ("$message", act_var_name, check_code);
}
if (hash_data) {
hash_var_name.assign (asset_info.get_name() + "_hash");
// this is where to put the hash of the data
check_code.append (test_state->bplate->bplate_string[get_sst_hash]);
find_replace_all ("$act_data_var", act_var_name, check_code);
find_replace_all ("$hash_var", hash_var_name, check_code);
}
// Figure out what expected results:
calc_result_code(); // this only fills $expect check_code
// Fill in expected data, actual data, and length:
}
/**********************************************************************************
End of methods of class sst_get_call.
**********************************************************************************/
/**********************************************************************************
Methods of class sst_remove_call follow:
**********************************************************************************/
sst_remove_call::sst_remove_call (tf_fuzz_info *test_state, // (constructor)
long &call_ser_no,
asset_search how_asset_found)
: sst_call(test_state, call_ser_no, how_asset_found)
{
// Copy the boilerplate text into local buffers:
prep_code.assign ("");
call_code.assign (test_state->bplate->bplate_string[remove_sst]);
check_code.assign (test_state->bplate->bplate_string[remove_sst_check]);
call_description = "SST-remove call";
}
sst_remove_call::~sst_remove_call (void)
{
return; // just to have something to pin a breakpoint onto
}
bool sst_remove_call::copy_call_to_asset (void)
{
vector<psa_asset*>::iterator found_asset;
found_asset = resolve_asset (dont_create_asset, psa_asset_usage::all);
if (asset_info.how_asset_found != asset_search::not_found) {
asset_info.the_asset = reinterpret_cast<sst_asset*>(*found_asset);
// Note: Vector is of base-class type, but the assets *are* sst_asset.
if (asset_info.how_asset_found == asset_search::found_active) {
// Delete asset; move it from active vector to deleted vector:
test_state->deleted_sst_asset.push_back (asset_info.the_asset);
test_state->active_sst_asset.erase (found_asset);
} /* if not active, we'll deem the call expected to fail. */
}
return true;
}
bool sst_remove_call::copy_asset_to_call (void)
{
if (asset_info.the_asset != nullptr) {
set_data.string_specified = asset_info.the_asset->set_data.string_specified;
set_data.file_specified = asset_info.the_asset->set_data.file_specified;
set_data.flags_string = asset_info.the_asset->set_data.flags_string;
asset_info.id_n = asset_info.the_asset->asset_info.id_n;
asset_info.name_specified = asset_info.the_asset->asset_info.name_specified;
}
return true;
}
void sst_remove_call::fill_in_prep_code (void)
{
// No prep-code.
return; // just to have something to pin a breakpoint onto
}
void sst_remove_call::fill_in_command (void)
{
// Fill in the call:
string id_string = to_string((long) asset_info.id_n);
find_replace_1st ("$uid", id_string, call_code);
// Fill in expected results:
calc_result_code(); // this only fills $expect check_code
}
/**********************************************************************************
End of methods of class sst_remove_call.
**********************************************************************************/