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// Copyright 2023 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/autofill/core/browser/autofill_feedback_data.h"
#include <variant>
#include "components/autofill/core/browser/autofill_field.h"
#include "components/autofill/core/browser/foundations/browser_autofill_manager.h"
#include "components/autofill/core/browser/metrics/log_event.h"
#include "components/autofill/core/common/autofill_clock.h"
namespace autofill::data_logs {
namespace {
// Time limit within which the last autofill event is considered related to the
// feedback report.
constexpr base::TimeDelta kAutofillEventTimeLimit = base::Minutes(3);
std::string FillDataTypeToStr(FillDataType type) {
switch (type) {
case FillDataType::kUndefined:
return "Undefined";
case FillDataType::kAutofillProfile:
return "AutofillProfile";
case FillDataType::kCreditCard:
return "CreditCard";
case FillDataType::kSingleFieldFillerAutocomplete:
return "SingleFieldFillerAutocomplete";
case FillDataType::kSingleFieldFillerIban:
return "SingleFieldFillerIban";
case FillDataType::kSingleFieldFillerPromoCode:
return "SingleFieldFillerPromoCode";
case FillDataType::kAutofillAi:
return "AutofillAi";
case FillDataType::kSingleFieldFillerLoyaltyCard:
return "SingleFieldFillerLoyaltyCard";
}
}
base::Value::Dict BuildFieldDataLogs(AutofillField* field) {
base::Value::Dict field_data;
field_data.Set("fieldSignature",
base::NumberToString(field->GetFieldSignature().value()));
field_data.Set("hostFormSignature",
base::NumberToString(field->host_form_signature().value()));
field_data.Set("idAttribute", field->id_attribute());
field_data.Set("parseableNameAttribute", field->name_attribute());
field_data.Set("autocompleteAttribute", field->autocomplete_attribute());
field_data.Set("labelAttribute", field->label());
field_data.Set("placeholderAttribute", field->placeholder());
field_data.Set("fieldType", field->Type().ToStringView());
field_data.Set("heuristicType",
FieldTypeToStringView(field->heuristic_type()));
field_data.Set("serverType", FieldTypeToStringView(field->server_type()));
field_data.Set("serverTypeIsOverride",
field->server_type_prediction_is_override());
field_data.Set("htmlType", FieldTypeToStringView(field->html_type()));
field_data.Set("section", field->section().ToString());
field_data.Set("rank", base::NumberToString(field->rank()));
field_data.Set("rankInSignatureGroup",
base::NumberToString(field->rank_in_signature_group()));
field_data.Set("rankInHostForm",
base::NumberToString(field->rank_in_host_form()));
field_data.Set(
"rankInHostFormSignatureGroup",
base::NumberToString(field->rank_in_host_form_signature_group()));
field_data.Set("isEmpty", field->value().empty());
field_data.Set("isFocusable", field->IsFocusable());
field_data.Set("isVisible", field->is_visible());
return field_data;
}
base::Value::Dict BuildLastAutofillEventLogs(AutofillManager* manager) {
base::Value::Dict dict;
FillDataType type = FillDataType::kUndefined;
std::string associated_country;
base::Time last_autofill_event_timestamp = base::Time();
bool had_trigger_event = false;
for (const auto& [form_id, form] : manager->form_structures()) {
for (const auto& field : form->fields()) {
for (const auto& field_log_event : field->field_log_events()) {
if (const TriggerFillFieldLogEvent* trigger_event =
std::get_if<TriggerFillFieldLogEvent>(&field_log_event)) {
had_trigger_event = true;
if (trigger_event->timestamp > last_autofill_event_timestamp) {
last_autofill_event_timestamp = trigger_event->timestamp;
type = trigger_event->data_type;
associated_country = trigger_event->associated_country_code;
}
}
}
}
}
// Only include last autofill event metadata if the event occurred less than
// `kAutofillEventTimeLimit` minutes ago.
if (had_trigger_event &&
(AutofillClock::Now() - last_autofill_event_timestamp) <=
kAutofillEventTimeLimit) {
dict.Set("type", FillDataTypeToStr(type));
dict.Set("associatedCountry", associated_country);
}
return dict;
}
} // namespace
base::Value::Dict FetchAutofillFeedbackData(AutofillManager* manager,
base::Value::Dict extra_logs) {
base::Value::Dict dict;
base::Value::List form_structures;
form_structures.reserve(manager->form_structures().size());
for (const auto& [form_id, form] : manager->form_structures()) {
base::Value::Dict form_data;
form_data.Set("formSignature",
base::NumberToString(form->form_signature().value()));
form_data.Set("rendererId",
base::NumberToString(form->global_id().renderer_id.value()));
form_data.Set("hostFrame", form->global_id().frame_token.ToString());
form_data.Set("sourceUrl",
url::Origin::Create(form->source_url()).Serialize());
form_data.Set("mainFrameUrl", form->main_frame_origin().Serialize());
form_data.Set("idAttribute", form->id_attribute());
form_data.Set("nameAttribute", form->name_attribute());
base::Value::List fields;
fields.reserve(form->fields().size());
for (const auto& field : form->fields()) {
fields.Append(BuildFieldDataLogs(field.get()));
}
form_data.Set("fields", std::move(fields));
form_structures.Append(std::move(form_data));
}
dict.Set("formStructures", std::move(form_structures));
base::Value::Dict last_autofill_event_data =
BuildLastAutofillEventLogs(manager);
if (!last_autofill_event_data.empty()) {
dict.Set("lastAutofillEvent", std::move(last_autofill_event_data));
}
if (!extra_logs.empty()) {
dict.Merge(std::move(extra_logs));
}
return dict;
}
} // namespace autofill::data_logs
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