suyu_two/app/tests/runtime_panel_controller_tests.cpp

#include "domain/virtual_register_repository.h"
#include "services/alarm_service.h"
#include "services/hmi_editor_service.h"
#include "services/hmi_navigation_service.h"
#include "services/hmi_runtime_service.h"
#include "services/logic_editor_service.h"
#include "services/offline_simulation_service.h"
#include "services/project_service.h"
#include "services/register_monitor_service.h"
#include "services/runtime_mode_service.h"
#include "support/test_support.h"
#include "ui/hmi_editor_widget.h"
#include "ui/logic_editor_widget.h"
#include "ui/runtime_monitor_widget.h"
#include "ui/runtime_panel_controller.h"

#include <QApplication>
#include <QCoreApplication>
#include <QEventLoop>
#include <QGraphicsLineItem>
#include <QGraphicsScene>
#include <QGraphicsSimpleTextItem>
#include <QImage>
#include <QKeyEvent>
#include <QLabel>
#include <QLineEdit>
#include <QMouseEvent>
#include <QPainter>
#include <QWidget>

#include <algorithm>
#include <iostream>
#include <stdexcept>
#include <string>

namespace {

using TestProjectStorage = TestSupport::InMemoryProjectStorage;
using TestSupport::require;

ControlLogic makeAlwaysOnLogic()
{
    ControlLogic logic;
    logic.id = "queued-trace-logic";
    logic.name = "Queued trace logic";

    LadderRung rung;
    rung.id = "always-on-rung";
    rung.name = "Always on";
    for (int column = 0;
         column < ProjectLimits::kMaximumConditionColumns;
         ++column)
    {
        rung.cells.push_back({
            "always-on-cell-" + std::to_string(column),
            LadderCellKind::Wire,
            std::nullopt});
    }

    LogicNode output;
    output.id = "always-on-output";
    output.config = CoilNodeConfig{
        RegisterAddress{RegisterArea::M, 1}, CoilMode::Normal};
    rung.output = output;
    logic.rungs.push_back(rung);
    return logic;
}

void testQueuedOfflineTraceIsIgnoredAfterReturningToEditing()
{
    TestProjectStorage storage;
    ProjectService project_service(storage);
    VirtualRegisterRepository virtual_repository;
    OfflineSimulationService simulation_service(virtual_repository);
    OnlineLogicMonitorService online_monitor_service(virtual_repository);
    LogicEditorService logic_editor_service(project_service);
    RuntimeModeService runtime_mode_service(
        project_service,
        logic_editor_service,
        simulation_service,
        online_monitor_service);
    HmiEditorService hmi_editor_service(project_service);
    HmiRuntimeService hmi_runtime_service(virtual_repository);
    HmiNavigationService hmi_navigation_service(project_service);
    AlarmService alarm_service(project_service, virtual_repository);
    RegisterMonitorService register_monitor_service(virtual_repository);

    const ControlLogic logic = makeAlwaysOnLogic();
    project_service.editProject().controlLogics.push_back(logic);

    QWidget parent;
    HmiEditorWidget hmi_editor_widget(
        hmi_editor_service, hmi_runtime_service, alarm_service, &parent);
    LogicEditorWidget logic_editor_widget(logic_editor_service, &parent);
    QLabel executor_status_label(&parent);
    std::string current_logic_id = logic.id;
    logic_editor_widget.setLogicId(current_logic_id);

    RuntimePanelController controller(
        parent,
        runtime_mode_service,
        project_service,
        hmi_editor_service,
        hmi_runtime_service,
        logic_editor_service,
        hmi_navigation_service,
        alarm_service,
        register_monitor_service,
        hmi_editor_widget,
        logic_editor_widget,
        executor_status_label,
        [&current_logic_id] { return current_logic_id; },
        [&current_logic_id](const std::string &logic_id)
        {
            current_logic_id = logic_id;
        },
        [](const std::string &) {},
        [](const QString &, int) {},
        [](const QString &) {},
        [] {});
    controller.configure();

    require(runtime_mode_service.enterOfflineRunning().succeeded,
            "offline simulation must start for queued trace regression");
    controller.enterRuntime(
        {}, logic.id, runtime_mode_service.mode(),
        runtime_mode_service.plcConnectionState());
    QLabel *logic_label = controller.runtimeMonitorWidget()
        ->findChild<QLabel *>(QStringLiteral("logicLabel"));
    QLabel *notice_label = controller.runtimeMonitorWidget()
        ->findChild<QLabel *>(QStringLiteral("logicNoticeLabel"));
    require(logic_label != nullptr && notice_label != nullptr,
            "runtime monitor must expose its local trace labels");
    require(logic_label->text() == QStringLiteral("梯形图运行状态")
                && !notice_label->isVisible(),
            "offline runtime must keep the normal ladder trace heading");
    controller.runtimeMonitorWidget()->setMode(
        ApplicationMode::OnlineRunning, PlcConnectionState::Connected);
    require(logic_label->text() == QStringLiteral("本地推算轨迹")
                && notice_label->isVisible()
                && notice_label->text().contains(QStringLiteral("不写入 PLC 程序或 M/D"))
                && notice_label->text().contains(QStringLiteral("HMI 和自由监控仍可写 PLC")),
            "online runtime must explain the read-only local trace boundary");
    controller.runtimeMonitorWidget()->setMode(
        ApplicationMode::OfflineRunning, PlcConnectionState::Disconnected);
    require(simulation_service.executeOnce().succeeded,
            "offline simulation must produce a trace before editing");
    require(simulation_service.traceSnapshot()
                .forLogic(logic.id).rungValues.at("always-on-rung"),
            "the queued trace must contain an energized rung");
    QCoreApplication::processEvents(QEventLoop::AllEvents);
    LogicEditorWidget *runtime_logic_view = controller.runtimeMonitorWidget()
        ->findChild<LogicEditorWidget *>(QStringLiteral("runtimeLogicView"));
    bool found_active_runtime_output = false;
    require(runtime_logic_view != nullptr,
            "runtime monitor must own the ladder trace view");
    for (QGraphicsItem *item : runtime_logic_view->scene()->items())
    {
        if (item->data(0).toString() == QStringLiteral("output")
            && item->data(1).toString()
                    == QStringLiteral("always-on-rung"))
        {
            found_active_runtime_output = item->data(3).toBool()
                && item->data(4).toBool();
        }
    }
    require(found_active_runtime_output,
            "the full executor snapshot must reach the runtime ladder exactly once");

    require(simulation_service.executeOnce().succeeded,
            "a second scan must queue the stale-trace regression event");

    require(runtime_mode_service.enterEditing().succeeded,
            "offline simulation must return to editing before queued delivery");
    controller.leaveRuntime(
        runtime_mode_service.mode(), runtime_mode_service.plcConnectionState());
    logic_editor_widget.clearRuntimeTrace();
    require(!logic_editor_widget.runtimeTraceEnabled(),
            "editing transition must initially clear the runtime trace");

    QCoreApplication::processEvents(QEventLoop::AllEvents);
    require(!logic_editor_widget.runtimeTraceEnabled(),
            "a queued offline scan must not restore the trace after returning to editing");
}

void testLogicEditorGridSelectionAndDeletion()
{
    TestProjectStorage storage;
    ProjectService project_service(storage);
    LogicEditorService logic_editor_service(project_service);
    const std::string logic_id = logic_editor_service.ensureDefaultLogic().id;

    LogicEditorWidget widget(logic_editor_service);
    widget.setLogicId(logic_id);
    require(widget.scene()->items().isEmpty(),
            "an empty logic must not draw standalone power rails");
    require((widget.alignment() & Qt::AlignLeft) != 0
                && (widget.alignment() & Qt::AlignTop) != 0,
            "the ladder canvas must start at its top-left origin");

    const std::string rung_id = logic_editor_service.addRung(logic_id).id;
    require(!rung_id.empty(), "the grid regression fixture must create a row");
    require(logic_editor_service.setHorizontalWireRange(
                logic_id, rung_id, 4, 4, true).succeeded,
            "the grid regression fixture must draw one horizontal cell");
    widget.reloadLogic();
    widget.resize(1200, 400);
    widget.show();
    QCoreApplication::processEvents(QEventLoop::AllEvents);

    constexpr qreal left_bus = 60.0;
    constexpr qreal cell_width = 96.0;
    constexpr qreal output_width = 224.0;
    constexpr qreal first_grid_top = 46.0;
    constexpr qreal row_height = 78.0;
    const auto clickScene = [&widget](const QPointF &position,
                                      Qt::KeyboardModifiers modifiers = Qt::NoModifier)
    {
        const QPoint point = widget.mapFromScene(position);
        QMouseEvent press(
            QEvent::MouseButtonPress,
            QPointF(point),
            Qt::LeftButton,
            Qt::LeftButton,
            modifiers);
        QApplication::sendEvent(widget.viewport(), &press);
        QMouseEvent release(
            QEvent::MouseButtonRelease,
            QPointF(point),
            Qt::LeftButton,
            Qt::NoButton,
            modifiers);
        QApplication::sendEvent(widget.viewport(), &release);
    };
    const auto dragScene = [&widget](
        const QPointF &from,
        const QPointF &to,
        Qt::KeyboardModifiers modifiers = Qt::NoModifier)
    {
        const QPoint from_point = widget.mapFromScene(from);
        const QPoint to_point = widget.mapFromScene(to);
        QMouseEvent press(
            QEvent::MouseButtonPress,
            QPointF(from_point),
            Qt::LeftButton,
            Qt::LeftButton,
            modifiers);
        QApplication::sendEvent(widget.viewport(), &press);
        QMouseEvent move(
            QEvent::MouseMove,
            QPointF(to_point),
            Qt::NoButton,
            Qt::LeftButton,
            modifiers);
        QApplication::sendEvent(widget.viewport(), &move);
        QMouseEvent release(
            QEvent::MouseButtonRelease,
            QPointF(to_point),
            Qt::LeftButton,
            Qt::NoButton,
            modifiers);
        QApplication::sendEvent(widget.viewport(), &release);
    };
    clickScene(QPointF(
        left_bus + 4.0 * cell_width + cell_width / 2.0,
        first_grid_top + row_height / 2.0));

    require(widget.selectedRungId() == rung_id,
            "clicking a grid cell must select its row");
    QString delete_error;
    QObject::connect(
        &widget,
        &LogicEditorWidget::editorError,
        [&delete_error](const QString &message) { delete_error = message; });
    const LogicEditorResult deleted = widget.deleteSelected();
    require(deleted.succeeded,
            "Delete on a selected horizontal cell must succeed: "
                + delete_error.toStdString());
    const LadderRung *rung = logic_editor_service.findRung(logic_id, rung_id);
    require(rung != nullptr && rung->cells.size() == 10U
                && rung->cells[4].kind == LadderCellKind::Gap,
            "Delete on one horizontal cell must preserve the row and clear only that cell");

    widget.clearSelection();
    require(widget.selectedRungId().empty(),
            "clearing the selection must not expose the first row as selected");
    require(!widget.addHorizontalWire().succeeded,
            "the horizontal-wire command must require an explicitly selected cell");

    require(logic_editor_service.setHorizontalWireRange(
                logic_id, rung_id, 3, 3, true).succeeded,
            "fixture must restore a wire for precise hit testing");
    widget.reloadLogic();
    clickScene(QPointF(
        left_bus + 3.0 * cell_width,
        first_grid_top + row_height / 2.0));
    require(!widget.deleteSelected().succeeded,
            "Delete on a column boundary must not delete an adjacent cell");
    require(logic_editor_service.findRung(logic_id, rung_id)->cells[3].kind
                == LadderCellKind::Wire,
            "a boundary selection must preserve the adjacent horizontal wire");

    clickScene(QPointF(
        left_bus + 10.0 * cell_width + output_width / 2.0,
        first_grid_top + row_height / 2.0));
    require(!widget.deleteSelected().succeeded
                && logic_editor_service.findLogic(logic_id)->rungs.size() == 1U,
            "Delete on an empty output slot must never delete the whole row");

    clickScene(QPointF(
        left_bus + 2.0 * cell_width + cell_width / 2.0,
        first_grid_top + row_height / 2.0));
    require(widget.addHorizontalWire().succeeded
                && logic_editor_service.findRung(logic_id, rung_id)->cells[2].kind
                    == LadderCellKind::Wire,
            "the horizontal-wire command must act on an explicitly selected cell");

    const LogicEditorResult first_node = logic_editor_service.setConditionAtColumn(
        logic_id,
        rung_id,
        0,
        ContactNodeConfig{
            RegisterAddress{RegisterArea::M, 0},
            ContactMode::NormallyOpen},
        true);
    const LogicEditorResult second_node = logic_editor_service.setConditionAtColumn(
        logic_id,
        rung_id,
        1,
        ContactNodeConfig{
            RegisterAddress{RegisterArea::M, 1},
            ContactMode::NormallyOpen},
        true);
    require(first_node.succeeded && second_node.succeeded,
            "fixture must create adjacent conditions for multi-selection");
    widget.reloadLogic();
    dragScene(
        QPointF(left_bus + 5.0, first_grid_top + 5.0),
        QPointF(
            left_bus + 2.0 * cell_width - 5.0,
            first_grid_top + row_height - 5.0));
    require(widget.selectedNodeIds().size() == 2U,
            "mouse drag must select multiple conditions in the same row");
    widget.clearSelection();
    clickScene(QPointF(
        left_bus + cell_width / 2.0,
        first_grid_top + row_height / 2.0));
    dragScene(
        QPointF(left_bus + cell_width + 5.0, first_grid_top + 5.0),
        QPointF(
            left_bus + 2.0 * cell_width - 5.0,
            first_grid_top + row_height - 5.0),
        Qt::ControlModifier);
    require(widget.selectedNodeIds().size() == 2U,
            "Ctrl-drag must append objects to the existing selection");
    require(widget.addParallelBranch(ContactNodeConfig{
                RegisterAddress{RegisterArea::M, 2},
                ContactMode::NormallyOpen}).succeeded
                && logic_editor_service.findLogic(logic_id)->rungs.size() == 2U,
            "parallel insertion must use the explicitly selected condition range");
    const LogicEditorResult output = logic_editor_service.setOutput(
        logic_id,
        rung_id,
        CoilNodeConfig{
            RegisterAddress{RegisterArea::M, 3}, CoilMode::Normal},
        true);
    require(output.succeeded,
            "syntax-location fixture must create an output instruction");
    widget.reloadLogic();
    widget.focusSyntaxLocation(
        rung_id, ProjectLimits::kMaximumLadderColumns);
    require(
        widget.selectedRungId() == rung_id
            && widget.selectedNodeId() == output.id,
        "a syntax error at column 11 must focus the output slot");
    widget.focusSyntaxLocation(rung_id, 1);
    require(
        widget.selectedRungId() == rung_id
            && widget.selectedNodeId() == first_node.id,
        "a syntax error in the condition area must focus its one-based column");
}

void testLadderLayoutAndDragDeletion()
{
    TestProjectStorage storage;
    ProjectService project_service(storage);
    LogicEditorService editor(project_service);
    const std::string logic_id = editor.ensureDefaultLogic().id;
    const std::string upper = editor.addRung(logic_id).id;
    const std::string lower = editor.addRung(logic_id).id;
    require(
        editor.setConditionAtColumn(
            logic_id,
            upper,
            0,
            ContactNodeConfig{
                RegisterAddress{RegisterArea::M, 10},
                ContactMode::NormallyClosed},
            true).succeeded
            && editor.setHorizontalWireRange(
                logic_id, upper, 1, 1, true).succeeded
            && editor.setOutput(
                logic_id,
                upper,
                MoveNodeConfig{
                    WordOperand{
                        WordOperandKind::Register,
                        RegisterAddress{RegisterArea::D, 10},
                        0},
                    RegisterAddress{RegisterArea::D, 20}},
                true).succeeded
            && editor.setHorizontalWireRange(
                logic_id, lower, 0, 1, true).succeeded
            && editor.setVerticalConnection(
                logic_id, upper, lower, 2, true).succeeded
            && editor.updateRungComment(
                logic_id, upper, "主网络注释").succeeded
            && editor.updateRungComment(
                logic_id, lower, "支路注释不应重复").succeeded,
        "layout fixture must create a connected two-row network");
    editor.clearHistory();

    LogicEditorWidget widget(editor);
    widget.setLogicId(logic_id);
    widget.resize(1320, 360);
    widget.show();
    QCoreApplication::processEvents(QEventLoop::AllEvents);

    bool found_head_comment = false;
    bool found_branch_comment = false;
    for (QGraphicsItem *item : widget.scene()->items())
    {
        auto *text = dynamic_cast<QGraphicsSimpleTextItem *>(item);
        if (text == nullptr)
        {
            continue;
        }
        found_head_comment = found_head_comment
            || text->text() == QStringLiteral("主网络注释");
        found_branch_comment = found_branch_comment
            || text->text() == QStringLiteral("支路注释不应重复");
    }
    require(found_head_comment && !found_branch_comment,
            "only the network-head comment must be rendered");

    constexpr qreal left_bus = 60.0;
    constexpr qreal cell_width = 96.0;
    constexpr qreal right_bus = left_bus + 10.0 * cell_width + 224.0;
    constexpr qreal first_grid_top = 46.0;
    constexpr qreal second_grid_bottom = first_grid_top + 2.0 * 78.0;
    QImage grid_image(1320, 360, QImage::Format_ARGB32_Premultiplied);
    grid_image.fill(Qt::transparent);
    {
        QPainter painter(&grid_image);
        widget.scene()->render(
            &painter,
            QRectF(0.0, 0.0, 1320.0, 360.0),
            QRectF(0.0, 0.0, 1320.0, 360.0),
            Qt::IgnoreAspectRatio);
    }
    const auto background_at = [&grid_image, first_grid_top](qreal x)
    {
        return grid_image.pixelColor(
            qRound(x), qRound(first_grid_top + 68.0));
    };
    const QColor node_background = background_at(
        left_bus + cell_width - 10.0);
    const QColor wire_background = background_at(
        left_bus + 2.0 * cell_width - 10.0);
    const QColor gap_background = background_at(
        left_bus + 3.0 * cell_width - 10.0);
    const QColor output_background = background_at(right_bus - 10.0);
    require(
        node_background == QColor(QStringLiteral("#ffffff"))
            && node_background == wire_background
            && wire_background == gap_background
            && gap_background == output_background,
        "node, wire, gap, and output cells must share one grid background");

    bool found_left_rail = false;
    bool found_right_rail = false;
    for (QGraphicsItem *item : widget.scene()->items())
    {
        auto *line_item = dynamic_cast<QGraphicsLineItem *>(item);
        if (line_item == nullptr || line_item->data(0).isValid())
        {
            continue;
        }
        const QLineF line = line_item->line();
        const bool exact_span = qFuzzyCompare(
                line.y1() + 1.0, first_grid_top + 1.0)
            && qFuzzyCompare(
                line.y2() + 1.0, second_grid_bottom + 1.0);
        found_left_rail = found_left_rail
            || (exact_span && qFuzzyCompare(
                line.x1() + 1.0, left_bus + 1.0));
        found_right_rail = found_right_rail
            || (exact_span && qFuzzyCompare(
                line.x1() + 1.0, right_bus + 1.0));
    }
    require(found_left_rail && found_right_rail,
            "both rails must share the exact first-to-last row span");

    const QPoint from = widget.mapFromScene(
        QPointF(left_bus + 4.0, first_grid_top + 4.0));
    const QPoint to = widget.mapFromScene(
        QPointF(right_bus - 4.0, second_grid_bottom - 4.0));
    QMouseEvent press(
        QEvent::MouseButtonPress,
        QPointF(from),
        Qt::LeftButton,
        Qt::LeftButton,
        Qt::NoModifier);
    QApplication::sendEvent(widget.viewport(), &press);
    QMouseEvent move(
        QEvent::MouseMove,
        QPointF(to),
        Qt::NoButton,
        Qt::LeftButton,
        Qt::NoModifier);
    QApplication::sendEvent(widget.viewport(), &move);
    QMouseEvent release(
        QEvent::MouseButtonRelease,
        QPointF(to),
        Qt::LeftButton,
        Qt::NoButton,
        Qt::NoModifier);
    QApplication::sendEvent(widget.viewport(), &release);
    require(widget.selectedNodeIds().size() == 2U,
            "drag selection must include the condition and output instruction");
    const QList<QGraphicsItem *> selected_scene_items = widget.scene()->items();
    require(
        std::any_of(
            selected_scene_items.cbegin(),
            selected_scene_items.cend(),
            [](QGraphicsItem *item) { return item->zValue() == 100.0; }),
        "selected objects must be painted by the highest selection layer");

    require(widget.deleteSelected().succeeded,
            "Delete must submit the complete drag selection once");
    const LadderRung *upper_rung = editor.findRung(logic_id, upper);
    const LadderRung *lower_rung = editor.findRung(logic_id, lower);
    require(
        upper_rung->cells[0].kind == LadderCellKind::Gap
            && upper_rung->cells[1].kind == LadderCellKind::Gap
            && !upper_rung->output.has_value()
            && lower_rung->cells[0].kind == LadderCellKind::Gap
            && lower_rung->cells[1].kind == LadderCellKind::Gap
            && editor.findLogic(logic_id)->verticalConnections.empty(),
        "drag deletion must clear cells, output, and vertical connection together");
    require(editor.undo().succeeded,
            "one undo must restore the complete drag deletion");
    upper_rung = editor.findRung(logic_id, upper);
    require(
        upper_rung->cells[0].kind == LadderCellKind::Node
            && upper_rung->cells[1].kind == LadderCellKind::Wire
            && upper_rung->output.has_value()
            && editor.findLogic(logic_id)->verticalConnections.size() == 1U,
        "one undo must restore every object removed by the drag selection");
}

void testCursorAdvanceAndInlineCommandInput()
{
    TestProjectStorage storage;
    ProjectService project_service(storage);
    LogicEditorService editor(project_service);
    const std::string logic_id = editor.ensureDefaultLogic().id;
    LogicEditorWidget widget(editor);
    widget.setLogicId(logic_id);
    widget.resize(1320, 440);
    widget.show();
    QCoreApplication::processEvents(QEventLoop::AllEvents);

    for (int column = 0;
         column < ProjectLimits::kMaximumConditionColumns;
         ++column)
    {
        require(widget.addHorizontalWire().succeeded,
                "repeated toolbar wire input must advance through all ten cells");
    }
    const ControlLogic *logic = editor.findLogic(logic_id);
    require(logic != nullptr && logic->rungs.size() == 1U,
            "the first wire on empty logic must atomically create one row");
    for (const LadderCell &cell : logic->rungs.front().cells)
    {
        require(cell.kind == LadderCellKind::Wire,
                "ten repeated wire actions must fill ten distinct cells");
    }

    require(widget.setOutput(
                CoilNodeConfig{
                    RegisterAddress{RegisterArea::M, 60}, CoilMode::Normal},
                true).succeeded,
            "the output action must succeed after the tenth cell");
    logic = editor.findLogic(logic_id);
    require(logic->rungs.size() == 2U
                && logic->rungs.front().output.has_value(),
            "the output action must append the next empty row atomically");
    require(widget.addHorizontalWire().succeeded
                && editor.findLogic(logic_id)->rungs[1].cells[0].kind
                    == LadderCellKind::Wire,
            "the toolbar cursor must continue at the appended row first cell");

    constexpr qreal left_bus = 60.0;
    constexpr qreal cell_width = 96.0;
    constexpr qreal output_width = 224.0;
    constexpr qreal second_row_center = 197.0;
    const auto double_click = [&widget](const QPointF &scene_point)
    {
        const QPoint point = widget.mapFromScene(scene_point);
        QMouseEvent event(
            QEvent::MouseButtonDblClick,
            QPointF(point),
            Qt::LeftButton,
            Qt::LeftButton,
            Qt::NoModifier);
        QApplication::sendEvent(widget.viewport(), &event);
        QCoreApplication::processEvents(QEventLoop::AllEvents);
    };
    const auto press_enter = [](QLineEdit *input)
    {
        QKeyEvent event(
            QEvent::KeyPress,
            Qt::Key_Return,
            Qt::NoModifier);
        QApplication::sendEvent(input, &event);
        QCoreApplication::processEvents(QEventLoop::AllEvents);
    };

    double_click(QPointF(
        left_bus + 1.5 * cell_width,
        second_row_center));
    QLineEdit *input = widget.findChild<QLineEdit *>(
        QStringLiteral("logicCommandInput"));
    require(input != nullptr && input->isVisible()
                && input->completer() != nullptr,
            "double-clicking a cell must open the inline command editor with completion");
    const int first_input_left = input->geometry().left();
    input->setText(QStringLiteral("LD M4"));
    press_enter(input);
    const LadderRung &second = editor.findLogic(logic_id)->rungs[1];
    require(second.cells[1].node.has_value()
                && input->isVisible()
                && input->geometry().left() > first_input_left,
            "a committed inline condition must move the editor one cell right");

    double_click(QPointF(
        left_bus + ProjectLimits::kMaximumConditionColumns * cell_width
            + output_width / 2.0,
        second_row_center));
    input->setText(QStringLiteral("OUT M61"));
    press_enter(input);
    logic = editor.findLogic(logic_id);
    require(logic->rungs.size() == 3U
                && logic->rungs[1].output.has_value()
                && input->isVisible(),
            "an inline output must append a row and keep continuous input active");
}

void testSegmentLevelTraceProjection()
{
    TestProjectStorage storage;
    ProjectService project_service(storage);
    LogicEditorService editor(project_service);
    const std::string logic_id = editor.ensureDefaultLogic().id;
    const std::string upper = editor.addRung(logic_id).id;
    const std::string lower = editor.addRung(logic_id).id;
    const LogicEditorResult condition = editor.setConditionAtColumn(
        logic_id,
        upper,
        0,
        ContactNodeConfig{
            RegisterAddress{RegisterArea::M, 0},
            ContactMode::NormallyOpen},
        true);
    const LogicEditorResult output = editor.setOutput(
        logic_id,
        upper,
        CoilNodeConfig{
            RegisterAddress{RegisterArea::M, 10}, CoilMode::Normal},
        true);
    require(condition.succeeded && output.succeeded
                && editor.setVerticalConnection(
                    logic_id, upper, lower, 0, true).succeeded,
            "the segment trace fixture must create a contact, output and vertical edge");
    const ControlLogic *logic = editor.findLogic(logic_id);
    const std::string cell_id = logic->rungs.front().cells.front().id;
    const std::string vertical_id = logic->verticalConnections.front().id;

    LogicTraceSnapshot trace;
    LogicTraceValues &values = trace.logicValues[logic_id];
    values.cellInputPowerValues[cell_id] = true;
    values.cellPowerValues[cell_id] = false;
    values.rungValues[upper] = false;
    values.nodeValues[output.id] = false;
    LogicEditorWidget widget(editor);
    widget.setLogicId(logic_id);
    widget.resize(1320, 360);
    widget.show();
    widget.setRuntimeTrace(trace);
    QCoreApplication::processEvents(QEventLoop::AllEvents);

    bool found_split_contact = false;
    bool found_inactive_output = false;
    bool found_inactive_vertical = false;
    for (QGraphicsItem *item : widget.scene()->items())
    {
        const QString type = item->data(0).toString();
        if (type == QStringLiteral("cell")
            && item->data(1).toString().toStdString() == upper
            && item->data(2).toInt() == 0)
        {
            found_split_contact = item->data(6).toBool()
                && !item->data(7).toBool();
        }
        else if (type == QStringLiteral("output")
                 && item->data(1).toString().toStdString() == upper)
        {
            found_inactive_output = !item->data(3).toBool()
                && !item->data(4).toBool();
        }
        else if (type == QStringLiteral("vertical")
                 && item->data(1).toString().toStdString() == vertical_id)
        {
            found_inactive_vertical = !item->data(5).toBool();
        }
    }
    require(found_split_contact && found_inactive_output
                && found_inactive_vertical,
            "trace projection must keep left/right contact power and inactive verticals separate");

    values.cellPowerValues[cell_id] = true;
    values.rungValues[upper] = true;
    values.nodeValues[output.id] = true;
    values.verticalConnectionValues[vertical_id] = true;
    widget.setRuntimeTrace(trace);
    bool found_active_output = false;
    bool found_active_vertical = false;
    for (QGraphicsItem *item : widget.scene()->items())
    {
        const QString type = item->data(0).toString();
        if (type == QStringLiteral("output")
            && item->data(1).toString().toStdString() == upper)
        {
            found_active_output = item->data(3).toBool()
                && item->data(4).toBool();
        }
        else if (type == QStringLiteral("vertical")
                 && item->data(1).toString().toStdString() == vertical_id)
        {
            found_active_vertical = item->data(5).toBool();
        }
    }
    require(found_active_output && found_active_vertical,
        "explicitly energized output and vertical segments must project as active");
}

void testLogicClipboardUsesExplicitObjectAndRowSelection()
{
    TestProjectStorage storage;
    ProjectService project_service(storage);
    LogicEditorService editor(project_service);
    const std::string logic_id = editor.ensureDefaultLogic().id;
    const std::string source = editor.addRung(logic_id).id;
    const std::string target = editor.addRung(logic_id).id;
    require(
        editor.setHorizontalWireRange(
            logic_id, source, 0, 0, true).succeeded,
        "clipboard fixture must create one source wire");
    editor.clearHistory();

    LogicEditorWidget widget(editor);
    widget.setLogicId(logic_id);
    widget.resize(1320, 360);
    widget.show();
    QCoreApplication::processEvents(QEventLoop::AllEvents);
    const auto find_item = [&widget](
        const QString &type,
        const std::string &rung_id,
        int column) -> QGraphicsItem *
    {
        const QList<QGraphicsItem *> items = widget.scene()->items();
        const auto found = std::find_if(
            items.cbegin(), items.cend(),
            [&type, &rung_id, column](QGraphicsItem *item)
            {
                return item->data(0).toString() == type
                    && item->data(1).toString().toStdString() == rung_id
                    && (column < 0 || item->data(2).toInt() == column);
            });
        return found == items.cend() ? nullptr : *found;
    };
    const auto click_item = [&widget](QGraphicsItem *item)
    {
        require(item != nullptr, "clipboard test target item must exist");
        const QPoint point = widget.mapFromScene(
            item->sceneBoundingRect().center());
        QMouseEvent press(
            QEvent::MouseButtonPress,
            QPointF(point),
            Qt::LeftButton,
            Qt::LeftButton,
            Qt::NoModifier);
        QApplication::sendEvent(widget.viewport(), &press);
        QMouseEvent release(
            QEvent::MouseButtonRelease,
            QPointF(point),
            Qt::LeftButton,
            Qt::NoButton,
            Qt::NoModifier);
        QApplication::sendEvent(widget.viewport(), &release);
    };

    click_item(find_item(QStringLiteral("cell"), source, 0));
    const LogicClipboardCopyResult wire_copy = widget.copySelection();
    require(
        widget.hasCopyableSelection()
            && wire_copy.copy.succeeded
            && wire_copy.fragment.mode == LogicClipboardMode::GridObjects
            && wire_copy.fragment.cells.size() == 1U
            && wire_copy.fragment.cells.front().kind == LadderCellKind::Wire
            && wire_copy.fragment.rows.empty(),
        "clicking one wire must copy one grid object instead of its whole row");

    click_item(find_item(QStringLiteral("cell"), target, 0));
    const LogicClipboardPasteResult pasted = widget.pasteClipboard(
        wire_copy.fragment);
    require(
        pasted.edit.succeeded
            && editor.findLogic(logic_id)->rungs.size() == 2U
            && editor.findCell(logic_id, target, 0)->kind
                == LadderCellKind::Wire,
        "widget paste must place one wire without creating or copying a row");
    const LogicClipboardCopyResult pasted_selection = widget.copySelection();
    require(
        pasted_selection.copy.succeeded
            && pasted_selection.fragment.cells.size() == 1U
            && pasted_selection.fragment.cells.front().kind
                == LadderCellKind::Wire,
        "a successful paste must select the newly pasted wire");

    click_item(find_item(QStringLiteral("rowHeader"), source, -1));
    const LogicClipboardCopyResult row_copy = widget.copySelection();
    require(
        row_copy.copy.succeeded
            && row_copy.fragment.mode == LogicClipboardMode::WholeRows
            && row_copy.fragment.rows.size() == 1U,
        "only clicking the left row header may create a whole-row clipboard");
}

} // namespace

int main(int argc, char *argv[])
{
    qputenv("QT_QPA_PLATFORM", QByteArrayLiteral("offscreen"));
    QApplication application(argc, argv);
    try
    {
        testQueuedOfflineTraceIsIgnoredAfterReturningToEditing();
        testLogicEditorGridSelectionAndDeletion();
        testLadderLayoutAndDragDeletion();
        testCursorAdvanceAndInlineCommandInput();
        testSegmentLevelTraceProjection();
        testLogicClipboardUsesExplicitObjectAndRowSelection();
    }
    catch (const std::exception &error)
    {
        std::cerr << "runtime panel controller tests failed: "
                  << error.what() << '\n';
        return 1;
    }

    std::cout << "runtime panel controller tests passed\n";
    return 0;
}