Refactored sequence lambda inlining to diagram model (#261)
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@@ -409,6 +409,116 @@ bool diagram::is_empty() const
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return activities_.empty() || participants_.empty();
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}
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void diagram::inline_lambda_operator_calls()
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{
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std::map<common::id_t, activity> activities;
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std::map<common::id_t, std::unique_ptr<participant>> participants;
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std::set<common::id_t> active_participants;
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for (auto &[id, act] : sequences()) {
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model::activity new_activity{id};
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// If activity is a lambda operator() - skip it
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auto maybe_lambda_activity = get_participant<model::method>(id);
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if (maybe_lambda_activity) {
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const auto parent_class_id =
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maybe_lambda_activity.value().class_id();
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auto maybe_parent_class =
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get_participant<model::class_>(parent_class_id);
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if (maybe_parent_class && maybe_parent_class.value().is_lambda()) {
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continue;
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}
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}
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// For other activities, check each message - if it calls lambda
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// operator() - reattach the message to the next activity in the chain
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// (assuming it's not lambda)
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for (auto &m : act.messages()) {
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auto message_call_to_lambda{false};
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message_call_to_lambda =
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inline_lambda_operator_call(id, new_activity, m);
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if (!message_call_to_lambda)
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new_activity.add_message(m);
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}
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// Add activity
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activities.insert({id, std::move(new_activity)});
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}
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for (auto &&[id, p] : this->participants()) {
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// Skip participants which are lambda classes
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if (const auto *maybe_class =
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dynamic_cast<const model::class_ *>(p.get());
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maybe_class && maybe_class->is_lambda()) {
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continue;
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}
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// Skip participants which are lambda operator methods
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if (const auto *maybe_method =
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dynamic_cast<const model::method *>(p.get());
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maybe_method) {
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auto maybe_class =
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get_participant<model::class_>(maybe_method->class_id());
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if (maybe_class && maybe_class.value().is_lambda())
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continue;
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}
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// Otherwise move the participant to the new diagram model
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auto participant_id = p->id();
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participants.emplace(participant_id, std::move(p));
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}
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// Skip active participants which are not in lambdaless_diagram participants
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for (auto id : this->active_participants()) {
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if (participants.count(id)) {
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active_participants.emplace(id);
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}
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}
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activities_ = std::move(activities);
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participants_ = std::move(participants);
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active_participants_ = std::move(active_participants);
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}
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bool diagram::inline_lambda_operator_call(
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const long id, model::activity &new_activity, const model::message &m)
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{
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bool message_call_to_lambda{false};
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auto maybe_lambda_operator = get_participant<model::method>(m.to());
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if (maybe_lambda_operator) {
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const auto parent_class_id = maybe_lambda_operator.value().class_id();
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auto maybe_parent_class =
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get_participant<model::class_>(parent_class_id);
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if (maybe_parent_class && maybe_parent_class.value().is_lambda()) {
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// auto new_message{m};
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// new_message.set_
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auto lambda_operator_activity = get_activity(m.to());
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// For each call in that lambda activity - reattach this
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// call to the current activity
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for (auto &mm : lambda_operator_activity.messages()) {
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if (!inline_lambda_operator_call(id, new_activity, mm)) {
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auto new_message{mm};
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new_message.set_from(id);
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new_activity.add_message(new_message);
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}
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}
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message_call_to_lambda = true;
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}
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}
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return message_call_to_lambda;
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}
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void diagram::print() const
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{
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LOG_TRACE(" --- Participants ---");
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@@ -295,12 +295,12 @@ public:
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*/
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bool is_empty() const override;
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void update_sequences_from_diagram(diagram &other)
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{
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activities_ = std::move(other.activities_);
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participants_ = std::move(other.participants_);
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active_participants_ = std::move(other.active_participants_);
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}
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/**
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* If option to inline lambda calls is enabled, we need to modify the
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* sequences to skip the lambda calls. In case lambda call does not lead
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* to a non-lambda call, omit it entirely
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*/
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void inline_lambda_operator_calls();
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private:
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/**
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@@ -344,6 +344,9 @@ private:
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return block_end_types.count(mt) > 0;
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};
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bool inline_lambda_operator_call(
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const long id, model::activity &new_activity, const model::message &m);
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std::map<common::id_t, activity> activities_;
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std::map<common::id_t, std::unique_ptr<participant>> participants_;
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@@ -2028,7 +2028,7 @@ void translation_unit_visitor::finalize()
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ensure_lambda_messages_have_operator_as_target();
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if (config().inline_lambda_messages())
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inline_lambda_operator_calls();
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diagram().inline_lambda_operator_calls();
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}
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void translation_unit_visitor::ensure_lambda_messages_have_operator_as_target()
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@@ -2075,116 +2075,6 @@ void translation_unit_visitor::resolve_ids_to_global()
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}
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}
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void translation_unit_visitor::inline_lambda_operator_calls()
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{ // If option to inline lambda calls is enabled, we need to modify the
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// sequences to skip the lambda calls. In case lambda call does not lead
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// to a non-lambda call, omit it entirely
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model::diagram lambdaless_diagram;
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for (auto &[id, act] : diagram().sequences()) {
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model::activity new_activity{id};
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// If activity is a lambda operator() - skip it
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auto maybe_lambda_activity =
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diagram().get_participant<model::method>(id);
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if (maybe_lambda_activity) {
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const auto parent_class_id =
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maybe_lambda_activity.value().class_id();
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auto maybe_parent_class =
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diagram().get_participant<model::class_>(parent_class_id);
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if (maybe_parent_class && maybe_parent_class.value().is_lambda()) {
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continue;
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}
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}
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// For other activities, check each message - if it calls lambda
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// operator() - reattach the message to the next activity in the chain
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// (assuming it's not lambda)
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for (auto &m : act.messages()) {
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auto message_call_to_lambda{false};
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message_call_to_lambda =
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inline_lambda_operator_call(id, new_activity, m);
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if (!message_call_to_lambda)
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new_activity.add_message(m);
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}
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// Add activity
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lambdaless_diagram.sequences().insert({id, std::move(new_activity)});
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}
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for (auto &&[id, p] : diagram().participants()) {
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// Skip participants which are lambda classes
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if (const auto *maybe_class =
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dynamic_cast<const model::class_ *>(p.get());
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maybe_class && maybe_class->is_lambda()) {
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continue;
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}
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// Skip participants which are lambda operator methods
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if (const auto *maybe_method =
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dynamic_cast<const model::method *>(p.get());
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maybe_method) {
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auto maybe_class = diagram().get_participant<model::class_>(
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maybe_method->class_id());
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if (maybe_class && maybe_class.value().is_lambda())
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continue;
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}
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// Otherwise move the participant to the new diagram model
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lambdaless_diagram.add_participant(std::move(p));
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}
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// Skip active participants which are not in lambdaless_diagram participants
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for (auto id : diagram().active_participants()) {
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if (lambdaless_diagram.participants().count(id)) {
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lambdaless_diagram.add_active_participant(id);
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}
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}
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diagram().update_sequences_from_diagram(lambdaless_diagram);
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}
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bool translation_unit_visitor::inline_lambda_operator_call(
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const long id, model::activity &new_activity, const model::message &m)
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{
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bool message_call_to_lambda{false};
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auto maybe_lambda_operator =
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diagram().get_participant<model::method>(m.to());
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if (maybe_lambda_operator) {
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const auto parent_class_id = maybe_lambda_operator.value().class_id();
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auto maybe_parent_class =
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diagram().get_participant<model::class_>(parent_class_id);
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if (maybe_parent_class && maybe_parent_class.value().is_lambda()) {
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// auto new_message{m};
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// new_message.set_
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auto lambda_operator_activity = diagram().get_activity(m.to());
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// For each call in that lambda activity - reattach this
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// call to the current activity
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for (auto &mm : lambda_operator_activity.messages()) {
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if (!inline_lambda_operator_call(id, new_activity, mm)) {
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auto new_message{mm};
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new_message.set_from(id);
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new_activity.add_message(new_message);
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}
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}
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message_call_to_lambda = true;
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}
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}
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return message_call_to_lambda;
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}
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std::unique_ptr<clanguml::sequence_diagram::model::method>
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translation_unit_visitor::create_lambda_method_model(
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clang::CXXMethodDecl *declaration)
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@@ -487,10 +487,9 @@ private:
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*/
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template_builder_t &tbuilder() { return template_builder_; }
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void inline_lambda_operator_calls();
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void resolve_ids_to_global();
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bool inline_lambda_operator_call(
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const long id, model::activity &new_activity, const model::message &m);
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void ensure_lambda_messages_have_operator_as_target();
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call_expression_context call_expression_context_;
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@@ -527,7 +526,5 @@ private:
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processed_comments_by_caller_id_;
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template_builder_t template_builder_;
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void resolve_ids_to_global();
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void ensure_lambda_messages_have_operator_as_target();
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};
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} // namespace clanguml::sequence_diagram::visitor
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