134 lines
6.0 KiB
C++
134 lines
6.0 KiB
C++
#include <gtest/gtest.h>
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#include "DatasetDetailTab.hpp"
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#include "IDatasetChartStrategy.hpp" // geopro::controller（控制器层）
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#include "panels/chart/ErtInversionStrategy.hpp"
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#include "panels/chart/MeasurementStrategy.hpp"
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#include "panels/chart/GrMeasurementStrategy.hpp"
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#include "panels/chart/TrajectoryStrategy.hpp"
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#include "panels/chart/GridStrategy.hpp"
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using namespace geopro::controller;
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namespace {
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struct Fake : IDatasetChartStrategy {
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std::string ddCode() const override { return "dd_inversion_data"; }
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std::vector<TabSpec> tabs() const override {
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return {
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{QStringLiteral("原数据"), ViewKind::Scatter,
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QStringLiteral("inversion.scatter"), /*lazy*/ false, /*paginated*/ false},
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{QStringLiteral("网格数据"), ViewKind::FilledContour,
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QStringLiteral("inversion.grid"), /*lazy*/ true, /*paginated*/ false},
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};
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}
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};
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}
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TEST(ChartStrategyRegistry, FindsRegisteredAndDegradesUnknown) {
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ChartStrategyRegistry reg;
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reg.add(std::make_unique<Fake>());
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EXPECT_TRUE(reg.supports("dd_inversion_data"));
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EXPECT_NE(reg.find("dd_inversion_data"), nullptr);
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EXPECT_FALSE(reg.supports("dd_unknown"));
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EXPECT_EQ(reg.find("dd_unknown"), nullptr);
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}
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TEST(ChartStrategyRegistry, ExposesTabSpecsFromStrategy) {
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ChartStrategyRegistry reg;
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reg.add(std::make_unique<Fake>());
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auto* s = reg.find("dd_inversion_data");
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ASSERT_NE(s, nullptr);
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const auto tabs = s->tabs();
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ASSERT_EQ(tabs.size(), 2u);
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EXPECT_FALSE(tabs[0].lazy); // 原数据非 lazy
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EXPECT_TRUE(tabs[1].lazy); // 网格数据 lazy
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EXPECT_EQ(tabs[1].kind, ViewKind::FilledContour);
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}
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// T4 双击详情联动 gate 契约（决策6）：DatasetDetailController::supports() 直接委托本注册表的 supports()。
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// 三维体（dd_voxel/dd_radar_3d）等无详情页策略 → supports()=false → 双击只适配、静默不开面板；
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// 5 种已注册类型 supports()=true → 双击联动打开中下方详情页。此测锁定这条 gate 的真实注册集行为。
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TEST(ChartStrategyRegistry, T4GateSilentForVolumeTypesSupportsRegistered) {
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ChartStrategyRegistry reg;
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reg.add(std::make_unique<geopro::app::ErtInversionStrategy>());
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reg.add(std::make_unique<geopro::app::MeasurementStrategy>());
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reg.add(std::make_unique<geopro::app::GrMeasurementStrategy>());
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reg.add(std::make_unique<geopro::app::TrajectoryStrategy>());
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reg.add(std::make_unique<geopro::app::GridStrategy>());
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// 有详情页 → 双击联动打开中下方详情面板。
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EXPECT_TRUE(reg.supports("dd_inversion_data"));
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EXPECT_TRUE(reg.supports("dd_ert_measurement_data"));
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EXPECT_TRUE(reg.supports("dd_ert_measurement_gr_data"));
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EXPECT_TRUE(reg.supports("dd_trajectory_data"));
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EXPECT_TRUE(reg.supports("dd_grid"));
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// 无详情页（三维体/切片/异常）→ 静默：双击只适配、不开面板、不弹状态栏。
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EXPECT_FALSE(reg.supports("dd_voxel"));
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EXPECT_FALSE(reg.supports("dd_radar_3d"));
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EXPECT_FALSE(reg.supports("dd_slice"));
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EXPECT_FALSE(reg.supports("dd_anomaly"));
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}
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TEST(MeasurementStrategy, DrivesTwoTabsScatterAndTable) {
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geopro::app::MeasurementStrategy s;
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EXPECT_EQ(s.ddCode(), "dd_ert_measurement_data");
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const auto tabs = s.tabs();
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ASSERT_EQ(tabs.size(), 2u);
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// 散点图：Scatter，非 lazy。
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EXPECT_EQ(tabs[0].title.toStdString(), std::string("散点图"));
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EXPECT_EQ(tabs[0].kind, ViewKind::Scatter);
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EXPECT_FALSE(tabs[0].lazy);
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EXPECT_EQ(tabs[0].loaderKey.toStdString(), "ert_measurement.scatter");
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// 数据列表：Table，lazy。
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EXPECT_EQ(tabs[1].title.toStdString(), std::string("数据列表"));
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EXPECT_EQ(tabs[1].kind, ViewKind::Table);
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EXPECT_TRUE(tabs[1].lazy);
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EXPECT_EQ(tabs[1].loaderKey.toStdString(), "ert_measurement.rows");
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}
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TEST(GrMeasurementStrategy, DrivesBarAndTableTabs) {
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geopro::app::GrMeasurementStrategy s;
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EXPECT_EQ(s.ddCode(), "dd_ert_measurement_gr_data");
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const auto tabs = s.tabs();
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ASSERT_EQ(tabs.size(), 2u);
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// 柱状图：Bar，非 lazy。
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EXPECT_EQ(tabs[0].title.toStdString(), std::string("柱状图"));
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EXPECT_EQ(tabs[0].kind, ViewKind::Bar);
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EXPECT_FALSE(tabs[0].lazy);
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EXPECT_EQ(tabs[0].loaderKey.toStdString(), "gr.bar");
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// 列表：Table，lazy。
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EXPECT_EQ(tabs[1].title.toStdString(), std::string("列表"));
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EXPECT_EQ(tabs[1].kind, ViewKind::Table);
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EXPECT_TRUE(tabs[1].lazy);
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EXPECT_EQ(tabs[1].loaderKey.toStdString(), "gr.rows");
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}
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TEST(TrajectoryStrategy, DrivesMapTableElevationTabs) {
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geopro::app::TrajectoryStrategy s;
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EXPECT_EQ(s.ddCode(), "dd_trajectory_data");
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const auto tabs = s.tabs();
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ASSERT_EQ(tabs.size(), 3u);
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// 地图：WebMap，首位/非 lazy（默认页，loaderKey traj.map → MapPayload；端点 trajectory/line）。
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EXPECT_EQ(tabs[0].title.toStdString(), std::string("地图"));
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EXPECT_EQ(tabs[0].kind, ViewKind::WebMap);
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EXPECT_FALSE(tabs[0].lazy);
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EXPECT_EQ(tabs[0].loaderKey.toStdString(), "traj.map");
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// 列表：Table，lazy。
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EXPECT_EQ(tabs[1].title.toStdString(), std::string("列表"));
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EXPECT_EQ(tabs[1].kind, ViewKind::Table);
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EXPECT_TRUE(tabs[1].lazy);
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EXPECT_EQ(tabs[1].loaderKey.toStdString(), "traj.rows");
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// 高程：LineProfile，非 lazy。
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EXPECT_EQ(tabs[2].title.toStdString(), std::string("高程"));
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EXPECT_EQ(tabs[2].kind, ViewKind::LineProfile);
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EXPECT_FALSE(tabs[2].lazy);
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EXPECT_EQ(tabs[2].loaderKey.toStdString(), "traj.elev");
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}
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TEST(GridStrategy, DrivesSinglePaginatedListTab) {
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geopro::app::GridStrategy s;
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EXPECT_EQ(s.ddCode(), "dd_grid");
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const auto tabs = s.tabs();
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ASSERT_EQ(tabs.size(), 1u);
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// 列表：Table，非 lazy，分页（paginated）。loaderKey grid.rows → TablePayload。
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EXPECT_EQ(tabs[0].title.toStdString(), std::string("列表"));
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EXPECT_EQ(tabs[0].kind, ViewKind::Table);
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EXPECT_FALSE(tabs[0].lazy);
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EXPECT_TRUE(tabs[0].paginated);
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EXPECT_EQ(tabs[0].loaderKey.toStdString(), "grid.rows");
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}
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