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#include "FuzzingDefs.h"
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#include "FuzzingOperations.h"
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#include "FuzzingUtils.h"
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#include "FuzzingValidators.h"
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#include "AmdaProvider.h"
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#include <Network/NetworkController.h>
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#include <Settings/SqpSettingsDefs.h>
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#include <SqpApplication.h>
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#include <Time/TimeController.h>
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#include <Variable/Variable.h>
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#include <Variable/VariableController.h>
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#include <QLoggingCategory>
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#include <QObject>
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#include <QtTest>
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#include <memory>
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Q_LOGGING_CATEGORY(LOG_TestAmdaFuzzing, "TestAmdaFuzzing")
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namespace {
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// /////// //
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// Aliases //
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// /////// //
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using Weight = double;
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using Weights = std::vector<Weight>;
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using VariableOperation = std::pair<VariableId, std::shared_ptr<IFuzzingOperation> >;
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using VariablesOperations = std::vector<VariableOperation>;
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using WeightedOperationsPool = std::map<std::shared_ptr<IFuzzingOperation>, Weight>;
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using Validators = std::vector<std::shared_ptr<IFuzzingValidator> >;
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// ///////// //
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// Constants //
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// ///////// //
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// Defaults values used when the associated properties have not been set for the test
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const auto NB_MAX_OPERATIONS_DEFAULT_VALUE = 100;
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const auto NB_MAX_SYNC_GROUPS_DEFAULT_VALUE = 1;
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const auto NB_MAX_VARIABLES_DEFAULT_VALUE = 1;
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const auto AVAILABLE_OPERATIONS_DEFAULT_VALUE = QVariant::fromValue(WeightedOperationsTypes{
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{FuzzingOperationType::CREATE, 1.},
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{FuzzingOperationType::DELETE, 0.1}, // Delete operation is less frequent
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{FuzzingOperationType::PAN_LEFT, 1.},
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{FuzzingOperationType::PAN_RIGHT, 1.},
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{FuzzingOperationType::ZOOM_IN, 1.},
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{FuzzingOperationType::ZOOM_OUT, 1.},
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{FuzzingOperationType::SYNCHRONIZE, 0.8},
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{FuzzingOperationType::DESYNCHRONIZE, 0.4}});
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const auto CACHE_TOLERANCE_DEFAULT_VALUE = 0.2;
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/// Min/max delays between each operation (in ms)
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const auto OPERATION_DELAY_BOUNDS_DEFAULT_VALUE = QVariant::fromValue(std::make_pair(100, 3000));
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/// Validators for the tests (executed in the order in which they're defined)
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const auto VALIDATORS_DEFAULT_VALUE = QVariant::fromValue(
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ValidatorsTypes{{FuzzingValidatorType::RANGE, FuzzingValidatorType::DATA}});
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/// Min/max number of operations to execute before calling validation
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const auto VALIDATION_FREQUENCY_BOUNDS_DEFAULT_VALUE = QVariant::fromValue(std::make_pair(1, 10));
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// /////// //
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// Methods //
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// /////// //
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/// Goes through the variables pool and operations pool to determine the set of {variable/operation}
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/// pairs that are valid (i.e. operation that can be executed on variable)
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std::pair<VariablesOperations, Weights>
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availableOperations(const FuzzingState &fuzzingState, const WeightedOperationsPool &operationsPool)
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{
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VariablesOperations result{};
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Weights weights{};
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for (const auto &variablesPoolEntry : fuzzingState.m_VariablesPool) {
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auto variableId = variablesPoolEntry.first;
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for (const auto &operationsPoolEntry : operationsPool) {
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auto operation = operationsPoolEntry.first;
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auto weight = operationsPoolEntry.second;
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// A pair is valid if the current operation can be executed on the current variable
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if (operation->canExecute(variableId, fuzzingState)) {
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result.push_back({variableId, operation});
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weights.push_back(weight);
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}
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}
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}
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return {result, weights};
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}
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WeightedOperationsPool createOperationsPool(const WeightedOperationsTypes &types)
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{
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WeightedOperationsPool result{};
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std::transform(
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types.cbegin(), types.cend(), std::inserter(result, result.end()), [](const auto &type) {
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return std::make_pair(FuzzingOperationFactory::create(type.first), type.second);
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});
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return result;
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}
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Validators createValidators(const ValidatorsTypes &types)
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{
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Validators result{};
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std::transform(types.cbegin(), types.cend(), std::inserter(result, result.end()),
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[](const auto &type) { return FuzzingValidatorFactory::create(type); });
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return result;
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}
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/**
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* Validates all the variables' states passed in parameter, according to a set of validators
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* @param variablesPool the variables' states
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* @param validators the validators used for validation
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*/
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void validate(const VariablesPool &variablesPool, const Validators &validators)
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{
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for (const auto &variablesPoolEntry : variablesPool) {
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auto variableId = variablesPoolEntry.first;
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const auto &variableState = variablesPoolEntry.second;
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auto variableMessage = variableState.m_Variable ? variableState.m_Variable->name()
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: QStringLiteral("null variable");
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qCInfo(LOG_TestAmdaFuzzing()).noquote() << "Validating state of variable at index"
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<< variableId << "(" << variableMessage << ")...";
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for (const auto &validator : validators) {
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validator->validate(VariableState{variableState});
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}
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qCInfo(LOG_TestAmdaFuzzing()).noquote() << "Validation completed.";
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}
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}
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/**
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* Class to run random tests
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*/
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class FuzzingTest {
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public:
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explicit FuzzingTest(VariableController &variableController, Properties properties)
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: m_VariableController{variableController},
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m_Properties{std::move(properties)},
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m_FuzzingState{}
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{
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// Inits variables pool: at init, all variables are null
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for (auto variableId = 0; variableId < nbMaxVariables(); ++variableId) {
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m_FuzzingState.m_VariablesPool[variableId] = VariableState{};
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}
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// Inits sync groups and registers them into the variable controller
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for (auto i = 0; i < nbMaxSyncGroups(); ++i) {
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auto syncGroupId = SyncGroupId::createUuid();
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variableController.onAddSynchronizationGroupId(syncGroupId);
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m_FuzzingState.m_SyncGroupsPool[syncGroupId] = SyncGroup{};
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}
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}
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void execute()
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{
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qCInfo(LOG_TestAmdaFuzzing()).noquote() << "Running" << nbMaxOperations() << "operations on"
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<< nbMaxVariables() << "variable(s)...";
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// Inits the count of the number of operations before the next validation
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int nextValidationCounter = 0;
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auto updateValidationCounter = [this, &nextValidationCounter]() {
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nextValidationCounter = RandomGenerator::instance().generateInt(
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validationFrequencies().first, validationFrequencies().second);
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qCInfo(LOG_TestAmdaFuzzing()).noquote()
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<< "Next validation in " << nextValidationCounter << "operations...";
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};
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updateValidationCounter();
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auto canExecute = true;
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for (auto i = 0; i < nbMaxOperations() && canExecute; ++i) {
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// Retrieves all operations that can be executed in the current context
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VariablesOperations variableOperations{};
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Weights weights{};
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std::tie(variableOperations, weights)
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= availableOperations(m_FuzzingState, operationsPool());
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canExecute = !variableOperations.empty();
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if (canExecute) {
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--nextValidationCounter;
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// Of the operations available, chooses a random operation and executes it
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auto variableOperation
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= RandomGenerator::instance().randomChoice(variableOperations, weights);
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auto variableId = variableOperation.first;
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auto fuzzingOperation = variableOperation.second;
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fuzzingOperation->execute(variableId, m_FuzzingState, m_VariableController,
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m_Properties);
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// Delays the next operation with a randomly generated time
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auto delay = RandomGenerator::instance().generateInt(operationDelays().first,
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operationDelays().second);
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qCDebug(LOG_TestAmdaFuzzing())
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<< "Waiting " << delay << "ms before the next operation...";
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QTest::qWait(delay);
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// Validates variables
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if (nextValidationCounter == 0) {
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validate(m_FuzzingState.m_VariablesPool, validators());
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updateValidationCounter();
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}
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}
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else {
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qCInfo(LOG_TestAmdaFuzzing()).noquote()
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<< "No more operations are available, the execution of the test will stop...";
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}
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}
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qCInfo(LOG_TestAmdaFuzzing()).noquote() << "Execution of the test completed.";
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}
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private:
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int nbMaxOperations() const
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{
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static auto result
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= m_Properties.value(NB_MAX_OPERATIONS_PROPERTY, NB_MAX_OPERATIONS_DEFAULT_VALUE)
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.toInt();
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return result;
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}
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int nbMaxSyncGroups() const
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{
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static auto result
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= m_Properties.value(NB_MAX_SYNC_GROUPS_PROPERTY, NB_MAX_SYNC_GROUPS_DEFAULT_VALUE)
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.toInt();
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return result;
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}
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int nbMaxVariables() const
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{
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static auto result
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= m_Properties.value(NB_MAX_VARIABLES_PROPERTY, NB_MAX_VARIABLES_DEFAULT_VALUE).toInt();
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return result;
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}
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std::pair<int, int> operationDelays() const
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{
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static auto result
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= m_Properties
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.value(OPERATION_DELAY_BOUNDS_PROPERTY, OPERATION_DELAY_BOUNDS_DEFAULT_VALUE)
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.value<std::pair<int, int> >();
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return result;
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}
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WeightedOperationsPool operationsPool() const
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{
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static auto result = createOperationsPool(
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m_Properties.value(AVAILABLE_OPERATIONS_PROPERTY, AVAILABLE_OPERATIONS_DEFAULT_VALUE)
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.value<WeightedOperationsTypes>());
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return result;
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}
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Validators validators() const
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{
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static auto result
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= createValidators(m_Properties.value(VALIDATORS_PROPERTY, VALIDATORS_DEFAULT_VALUE)
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.value<ValidatorsTypes>());
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return result;
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}
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std::pair<int, int> validationFrequencies() const
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{
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static auto result = m_Properties
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.value(VALIDATION_FREQUENCY_BOUNDS_PROPERTY,
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VALIDATION_FREQUENCY_BOUNDS_DEFAULT_VALUE)
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.value<std::pair<int, int> >();
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return result;
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}
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VariableController &m_VariableController;
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Properties m_Properties;
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FuzzingState m_FuzzingState;
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};
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} // namespace
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class TestAmdaFuzzing : public QObject {
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Q_OBJECT
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private slots:
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/// Input data for @sa testFuzzing()
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void testFuzzing_data();
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void testFuzzing();
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};
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void TestAmdaFuzzing::testFuzzing_data()
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{
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// ////////////// //
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// Test structure //
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// ////////////// //
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QTest::addColumn<Properties>("properties"); // Properties for random test
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// ////////// //
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// Test cases //
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// ////////// //
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auto maxRange = SqpRange::fromDateTime({2017, 1, 1}, {0, 0}, {2017, 1, 5}, {0, 0});
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MetadataPool metadataPool{{{"dataType", "vector"}, {"xml:id", "imf"}}};
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// Note: we don't use auto here as we want to pass std::shared_ptr<IDataProvider> as is in the
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// QVariant
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std::shared_ptr<IDataProvider> provider = std::make_shared<AmdaProvider>();
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QTest::newRow("fuzzingTest") << Properties{
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{MAX_RANGE_PROPERTY, QVariant::fromValue(maxRange)},
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{METADATA_POOL_PROPERTY, QVariant::fromValue(metadataPool)},
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{PROVIDER_PROPERTY, QVariant::fromValue(provider)}};
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}
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void TestAmdaFuzzing::testFuzzing()
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{
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QFETCH(Properties, properties);
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// Sets cache property
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QSettings settings{};
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auto cacheTolerance = properties.value(CACHE_TOLERANCE_PROPERTY, CACHE_TOLERANCE_DEFAULT_VALUE);
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settings.setValue(GENERAL_TOLERANCE_AT_INIT_KEY, cacheTolerance);
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settings.setValue(GENERAL_TOLERANCE_AT_UPDATE_KEY, cacheTolerance);
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auto &variableController = sqpApp->variableController();
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auto &timeController = sqpApp->timeController();
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// Generates random initial range (bounded to max range)
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auto maxRange = properties.value(MAX_RANGE_PROPERTY, QVariant::fromValue(INVALID_RANGE))
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.value<SqpRange>();
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QVERIFY(maxRange != INVALID_RANGE);
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auto initialRangeStart
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= RandomGenerator::instance().generateDouble(maxRange.m_TStart, maxRange.m_TEnd);
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auto initialRangeEnd
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= RandomGenerator::instance().generateDouble(maxRange.m_TStart, maxRange.m_TEnd);
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if (initialRangeStart > initialRangeEnd) {
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std::swap(initialRangeStart, initialRangeEnd);
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}
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// Sets initial range on time controller
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SqpRange initialRange{initialRangeStart, initialRangeEnd};
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qCInfo(LOG_TestAmdaFuzzing()).noquote() << "Setting initial range to" << initialRange << "...";
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timeController.onTimeToUpdate(initialRange);
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properties.insert(INITIAL_RANGE_PROPERTY, QVariant::fromValue(initialRange));
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FuzzingTest test{variableController, properties};
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test.execute();
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}
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int main(int argc, char *argv[])
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{
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QLoggingCategory::setFilterRules(
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"*.warning=false\n"
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"*.info=false\n"
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"*.debug=false\n"
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"FuzzingOperations.info=true\n"
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"FuzzingValidators.info=true\n"
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"TestAmdaFuzzing.info=true\n");
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SqpApplication app{argc, argv};
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SqpApplication::setOrganizationName("LPP");
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SqpApplication::setOrganizationDomain("lpp.fr");
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SqpApplication::setApplicationName("SciQLop-TestFuzzing");
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app.setAttribute(Qt::AA_Use96Dpi, true);
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TestAmdaFuzzing testObject{};
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QTEST_SET_MAIN_SOURCE_PATH
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return QTest::qExec(&testObject, argc, argv);
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}
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#include "TestAmdaFuzzing.moc"
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