optimization_guide_prefs.cc | Explore in Territory

// Copyright 2019 The Chromium Authors
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.

#include "components/optimization_guide/core/optimization_guide_prefs.h"

#include "components/optimization_guide/core/feature_registry/enterprise_policy_registry.h"
#include "components/optimization_guide/core/model_execution/feature_keys.h"
#include "components/optimization_guide/core/optimization_guide_features.h"
#include "components/prefs/pref_registry_simple.h"

namespace optimization_guide {
namespace prefs {

// A pref that stores the last time a hints fetch was attempted. This limits the
// frequency that hints are fetched and prevents a crash loop that continually
// fetches hints on startup.
const char kHintsFetcherLastFetchAttempt[] = …;

// A pref that stores the last time a prediction model and host model features
// fetch was attempted. This limits the frequency of fetching for updates and
// prevents a crash loop that continually fetches prediction models and host
// model features on startup.
const char kModelAndFeaturesLastFetchAttempt[] = …;

// A pref that stores the last time a prediction model fetch was successful.
// This helps determine when to schedule the next fetch.
const char kModelLastFetchSuccess[] = …;

// A dictionary pref that stores hosts that have had hints successfully fetched
// from the remote Optimization Guide Server. The entry for each host contains
// the time that the fetch that covered this host expires, i.e., any hints
// from the fetch would be considered stale.
const char kHintsFetcherHostsSuccessfullyFetched[] = …;

// A string pref that stores the version of the Optimization Hints component
// that is currently being processed. This pref is cleared once processing
// completes. It is used for detecting a potential crash loop on processing a
// version of hints.
const char kPendingHintsProcessingVersion[] = …;

// A dictionary pref that stores optimization type was previously
// registered so that the first run of optimization types can be identified.
// The entry is the OptimizationType enum. The value of the key-value pair will
// not be used.
const char kPreviouslyRegisteredOptimizationTypes[] = …;

// A dictionary pref that stores the file paths that need to be deleted as keys.
// The value will not be used.
const char kStoreFilePathsToDelete[] = …;

// An integer pref that contains the user's setting state of the opt-in
// main toggle. Changing this toggle affects the state of the per-feature
// toggles.
const char kModelExecutionMainToggleSettingState[] = …;

// A dictionary pref that stores optimization types that had filter associated
// with this type. The entry is the OptimizationType enum. The value of the
// key-value pair will not be used.
const char kPreviousOptimizationTypesWithFilter[] = …;

// TODO(b/354704993): Move this to the SettingsUiMetadata.
// Pref that contains user opt-in state for different features.
std::string GetSettingEnabledPrefName(UserVisibleFeatureKey feature) { … }

void RegisterSettingsEnabledPrefs(PrefRegistrySimple* registry) { … }

namespace localstate {

// A dictionary pref that stores the lightweight metadata of all the models in
// the store, keyed by the optimization target and ModelCacheKey.
const char kModelStoreMetadata[] = …;

// A dictionary pref that stores the mapping between client generated
// ModelCacheKey based on the user profile characteristics and the server
// returned ModelCacheKey that was used in the actual model selection logic.
const char kModelCacheKeyMapping[] = …;

// A dictionary pref that stores the file paths that need to be deleted as keys.
// The value will not be used.
const char kStoreFilePathsToDelete[] = …;

}  // namespace localstate

void RegisterProfilePrefs(PrefRegistrySimple* registry) { … }

void RegisterLocalStatePrefs(PrefRegistrySimple* registry) { … }

}  // namespace prefs
}  // namespace optimization_guide
chromium/components/optimization_guide/core/optimization_guide_prefs.cc
