246 lines
11 KiB
C++
246 lines
11 KiB
C++
#include "api/ApiDatasetRepository.hpp"
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#include <stdexcept>
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#include <QJsonArray>
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#include <QJsonObject>
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#include <QString>
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#include <QUrl>
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#include <QVariant>
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#include "ApiClient.hpp"
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#include "ApiBatch.hpp"
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#include "api/DatasetLoadHandles.hpp"
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#include "dto/DatasetChartDto.hpp"
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#include "dto/GrMeasurementDto.hpp"
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#include "dto/GridDto.hpp"
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#include "dto/MeasurementDto.hpp"
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#include "dto/TrajectoryDto.hpp"
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#include "model/detail/DetailPayloads.hpp"
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namespace geopro::data {
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namespace {
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QString enc(const std::string& s) {
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return QString::fromUtf8(QUrl::toPercentEncoding(QString::fromStdString(s)));
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}
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// 解析中间态（仅本 .cpp 内部使用，故置匿名命名空间，避免对外双份表示）。
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// 原数据加载结果：scatter + 散点色阶(type1)。
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struct ChartParts {
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geopro::core::ScatterField scatter;
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geopro::core::ColorScale scatterScale;
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QString templateId; // 散点色阶模板 id（保存色阶回带，对照原版 lvlTemplateId）
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};
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// 网格数据加载结果：grid(rows) + 网格色阶(type2) + 异常。
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struct GridParts {
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geopro::core::Grid grid{1, 1}; // Grid 无默认构造；占位
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geopro::core::ColorScale gridScale;
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std::vector<geopro::core::Anomaly> anomalies;
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QString templateId; // 网格色阶模板 id（保存/覆盖回带，对照原版 lvlTemplateId）
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};
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// 失败判定（原 must() 口径）：业务码 != 200 或传输错误。
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bool isFailure(const geopro::net::ApiResponse& r) {
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return r.code != 200 || !r.rawError.isEmpty();
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}
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QJsonObject colorBody(const std::string& dsId, int type) {
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return QJsonObject{{"dsObjectId", QString::fromStdString(dsId)}, {"businessCode", ""}, {"type", type}};
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}
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// ── 共享批次构造：唯一端点定义处，old/new 路径复用，避免双份解析逻辑。 ──
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// 反演原数据：index 0 = scatter(GET)，1 = 散点色阶 type1(POST)。
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net::ApiBatch* inversionScatterBatch(net::ApiClient& api, const std::string& dsId) {
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QList<net::IApiCall*> calls{
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api.getAsync(QStringLiteral("/business/dd/ert/inversion/getErtRawDataScatterGraph/%1").arg(enc(dsId))),
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api.postJsonAsync(QStringLiteral("/business/lvl/colorGradation/getDetail"), colorBody(dsId, 1)),
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};
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return new net::ApiBatch(calls, &isFailure);
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}
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ChartParts parseScatterParts(const QList<net::ApiResponse>& r) {
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ChartParts p;
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p.scatter = dto::parseScatterGraph(r[0].data);
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p.scatterScale = dto::parseColorBar(r[1].data);
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p.templateId = r[1].data.value(QStringLiteral("templateId")).toVariant().toString();
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return p;
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}
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// 反演网格：index 0 = rows(GET,慢)，1 = 色阶 type2(POST)，2 = 异常(GET)。
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net::ApiBatch* inversionGridBatch(net::ApiClient& api, const std::string& dsId) {
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QList<net::IApiCall*> calls{
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api.getAsync(QStringLiteral("/business/dd/ert/inversion/rows/%1").arg(enc(dsId))),
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api.postJsonAsync(QStringLiteral("/business/lvl/colorGradation/getDetail"), colorBody(dsId, 2)),
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api.getAsync(QStringLiteral("/business/exception/queryException/%1").arg(enc(dsId))),
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};
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return new net::ApiBatch(calls, &isFailure);
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}
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GridParts parseGridParts(const QList<net::ApiResponse>& r) {
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GridParts p;
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p.grid = dto::parseInversionGrid(r[0].data);
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p.gridScale = dto::parseColorBar(r[1].data);
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p.anomalies = dto::parseDatasetAnomalies(r[2].data.value(QStringLiteral("value")).toArray());
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// 顶层 templateId（对照原版 lvlConfig?.templateId，与散点 parseScatterParts 同范式）。
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p.templateId = r[1].data.value(QStringLiteral("templateId")).toVariant().toString();
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return p;
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}
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// measurement 散点：index 0 = scatter/graph(GET，query 参数)，1 = 色阶 type3(POST，businessCode=R0)。
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net::ApiBatch* measurementScatterBatch(net::ApiClient& api, const std::string& dsId) {
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const QString did = enc(dsId);
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QList<net::IApiCall*> calls{
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api.getAsync(QStringLiteral("/business/dd/ert/measurement/scatter/graph?dsObjectId=%1&vFieldCode=").arg(did)),
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api.postJsonAsync(QStringLiteral("/business/lvl/colorGradation/getDetail"),
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QJsonObject{{"dsObjectId", QString::fromStdString(dsId)},
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{"businessCode", "R0"},
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{"type", 3}}),
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};
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return new net::ApiBatch(calls, &isFailure);
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}
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// measurement 列表：单请求 measurement/rows(GET，query 参数)。
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net::ApiBatch* measurementRowsBatch(net::ApiClient& api, const std::string& dsId) {
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QList<net::IApiCall*> calls{
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api.getAsync(QStringLiteral("/business/dd/ert/measurement/rows?dsObjectId=%1").arg(enc(dsId))),
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};
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return new net::ApiBatch(calls, &isFailure);
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}
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// 接地电阻（gr）：柱状图与列表同一端点 measurement/gr/rows(GET，query 参数)。
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// 响应 data 是 JSON 数组 → ApiResponseParse 包成 {value:[...]}，取 r[0].data.value("value").toArray()。
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net::ApiBatch* grRowsBatch(net::ApiClient& api, const std::string& dsId) {
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QList<net::IApiCall*> calls{
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api.getAsync(QStringLiteral("/business/dd/ert/measurement/gr/rows?dsObjectId=%1").arg(enc(dsId))),
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};
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return new net::ApiBatch(calls, &isFailure);
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}
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// gr 响应数组（包在 data.value 里）。
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QJsonArray grDataArray(const QList<net::ApiResponse>& r) {
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return r[0].data.value(QStringLiteral("value")).toArray();
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}
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// 轨迹（trajectory）：列表与高程同一端点 trajectory/rows(GET，query 参数)。
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// 响应 data = {rowList[40], gridHeaderDisplay[14], ...}。
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net::ApiBatch* trajectoryRowsBatch(net::ApiClient& api, const std::string& dsId) {
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QList<net::IApiCall*> calls{
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api.getAsync(QStringLiteral("/business/dd/ert/trajectory/rows?dsObjectId=%1").arg(enc(dsId))),
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};
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return new net::ApiBatch(calls, &isFailure);
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}
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// 轨迹地图：单请求 trajectory/line(GET，query 参数)。frontCrsCode=EPSG:4326（原版发 EPSG%3A4326，
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// 此处用 enc() 对整串 url 编码故 ':' → %3A）。响应 data = {electrodelList[...]}。
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net::ApiBatch* trajectoryLineBatch(net::ApiClient& api, const std::string& dsId) {
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QList<net::IApiCall*> calls{
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api.getAsync(QStringLiteral("/business/dd/ert/trajectory/line?dsObjectId=%1&frontCrsCode=%2")
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.arg(enc(dsId), enc("EPSG:4326"))),
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};
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return new net::ApiBatch(calls, &isFailure);
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}
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// dd_grid 白化数据列表（服务端分页）：单请求 grid/rows(GET，query：dsObjectId/pageNo/pageSize)。
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// 响应 data = {rowList[{x,y,id}], gridHeaderDisplay[x,y], total}。
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net::ApiBatch* gridRowsBatch(net::ApiClient& api, const std::string& dsId, int pageNo, int pageSize) {
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QList<net::IApiCall*> calls{
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api.getAsync(QStringLiteral("/business/dd/ert/grid/rows?dsObjectId=%1&pageNo=%2&pageSize=%3")
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.arg(enc(dsId))
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.arg(pageNo)
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.arg(pageSize)),
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};
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return new net::ApiBatch(calls, &isFailure);
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}
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} // namespace
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ApiDatasetRepository::ApiDatasetRepository(net::ApiClient& api) : api_(api) {}
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DetailLoad* ApiDatasetRepository::loadAsync(const std::string& loaderKey, const std::string& dsId,
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int pageNo, int pageSize) {
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if (loaderKey == "inversion.scatter") return makeInversionScatter(dsId);
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if (loaderKey == "inversion.grid") return makeInversionGrid(dsId);
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if (loaderKey == "ert_measurement.scatter") return makeMeasurementScatter(dsId);
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if (loaderKey == "ert_measurement.rows") return makeMeasurementRows(dsId);
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if (loaderKey == "gr.bar") return makeGrBar(dsId);
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if (loaderKey == "gr.rows") return makeGrRows(dsId);
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if (loaderKey == "traj.rows") return makeTrajectoryRows(dsId);
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if (loaderKey == "traj.elev") return makeTrajectoryElevation(dsId);
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if (loaderKey == "traj.map") return makeTrajectoryMap(dsId);
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if (loaderKey == "grid.rows") return makeGridRows(dsId, pageNo, pageSize);
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throw std::runtime_error("unknown loaderKey: " + loaderKey);
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}
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DetailLoad* ApiDatasetRepository::makeInversionScatter(const std::string& dsId) {
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// 复用同一批次 + 解析器，再映射为 ScatterPayload（不复制 JSON 解析逻辑）。
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return new ApiDetailLoad(inversionScatterBatch(api_, dsId), [](const QList<net::ApiResponse>& r) {
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ChartParts p = parseScatterParts(r);
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core::ScatterPayload payload{p.scatter, p.scatterScale};
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payload.templateId = p.templateId; // 色阶保存回带（对照原版 lvlTemplateId）
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return QVariant::fromValue(payload);
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});
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}
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DetailLoad* ApiDatasetRepository::makeInversionGrid(const std::string& dsId) {
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return new ApiDetailLoad(inversionGridBatch(api_, dsId), [](const QList<net::ApiResponse>& r) {
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GridParts p = parseGridParts(r);
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core::ContourPayload payload{p.grid, p.gridScale, p.anomalies};
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payload.templateId = p.templateId; // 色阶保存/覆盖回带（对照原版 lvlTemplateId）
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return QVariant::fromValue(payload);
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});
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}
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DetailLoad* ApiDatasetRepository::makeMeasurementScatter(const std::string& dsId) {
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// index 0 = scatter/graph, 1 = colorBar(type3) → 离散上色的 ScatterPayload。
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return new ApiDetailLoad(measurementScatterBatch(api_, dsId), [](const QList<net::ApiResponse>& r) {
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return QVariant::fromValue(dto::parseMeasurementScatter(r[0].data, r[1].data));
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});
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}
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DetailLoad* ApiDatasetRepository::makeMeasurementRows(const std::string& dsId) {
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return new ApiDetailLoad(measurementRowsBatch(api_, dsId), [](const QList<net::ApiResponse>& r) {
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return QVariant::fromValue(dto::parseMeasurementTable(r[0].data));
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});
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}
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DetailLoad* ApiDatasetRepository::makeGrBar(const std::string& dsId) {
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return new ApiDetailLoad(grRowsBatch(api_, dsId), [](const QList<net::ApiResponse>& r) {
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return QVariant::fromValue(dto::parseGrBar(grDataArray(r)));
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});
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}
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DetailLoad* ApiDatasetRepository::makeGrRows(const std::string& dsId) {
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return new ApiDetailLoad(grRowsBatch(api_, dsId), [](const QList<net::ApiResponse>& r) {
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return QVariant::fromValue(dto::parseGrTable(grDataArray(r)));
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});
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}
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DetailLoad* ApiDatasetRepository::makeTrajectoryRows(const std::string& dsId) {
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return new ApiDetailLoad(trajectoryRowsBatch(api_, dsId), [](const QList<net::ApiResponse>& r) {
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return QVariant::fromValue(dto::parseTrajectoryTable(r[0].data));
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});
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}
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DetailLoad* ApiDatasetRepository::makeTrajectoryElevation(const std::string& dsId) {
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return new ApiDetailLoad(trajectoryRowsBatch(api_, dsId), [](const QList<net::ApiResponse>& r) {
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return QVariant::fromValue(dto::parseTrajectoryElevation(r[0].data));
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});
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}
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DetailLoad* ApiDatasetRepository::makeTrajectoryMap(const std::string& dsId) {
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return new ApiDetailLoad(trajectoryLineBatch(api_, dsId), [](const QList<net::ApiResponse>& r) {
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return QVariant::fromValue(dto::parseTrajectoryMap(r[0].data));
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});
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}
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DetailLoad* ApiDatasetRepository::makeGridRows(const std::string& dsId, int pageNo, int pageSize) {
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// 解析默认值：pageNo<=0→1，pageSize<=0→50（原版默认每页 50 条），再传入 URL 与解析器
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// （保证 URL 参数与「序号」列偏移一致）。
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const int pn = pageNo > 0 ? pageNo : 1;
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const int ps = pageSize > 0 ? pageSize : 50;
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return new ApiDetailLoad(gridRowsBatch(api_, dsId, pn, ps),
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[pn, ps](const QList<net::ApiResponse>& r) {
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return QVariant::fromValue(dto::parseGridTable(r[0].data, pn, ps));
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});
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}
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} // namespace geopro::data
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