/*
 * LibrePCB - Professional EDA for everyone!
 * Copyright (C) 2013 LibrePCB Developers, see AUTHORS.md for contributors.
 * https://librepcb.org/
 *
 * This program is free software: you can redistribute it and/or modify
 * it under the terms of the GNU General Public License as published by
 * the Free Software Foundation, either version 3 of the License, or
 * (at your option) any later version.
 *
 * This program is distributed in the hope that it will be useful,
 * but WITHOUT ANY WARRANTY; without even the implied warranty of
 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
 * GNU General Public License for more details.
 *
 * You should have received a copy of the GNU General Public License
 * along with this program.  If not, see <http://www.gnu.org/licenses/>.
 */

/*******************************************************************************
 *  Includes
 ******************************************************************************/
#include <gtest/gtest.h>
#include <librepcb/core/types/layer.h>
#include <librepcb/editor/library/pkg/footprintclipboarddata.h>

#include <QtCore>

/*******************************************************************************
 *  Namespace
 ******************************************************************************/
namespace librepcb {
namespace editor {
namespace tests {

/*******************************************************************************
 *  Test Class
 ******************************************************************************/

class FootprintClipboardDataTest : public ::testing::Test {};

/*******************************************************************************
 *  Test Methods
 ******************************************************************************/

TEST(FootprintClipboardDataTest, testToFromMimeDataEmpty) {
  // Create data
  Uuid uuid = Uuid::createRandom();
  Point pos(12345, 54321);
  PackagePadList packagePads;

  // Create object
  FootprintClipboardData obj1(uuid, packagePads, pos);

  // Serialize to MIME data
  std::unique_ptr<QMimeData> mime1 = obj1.toMimeData();

  // Load from MIME data and validate
  std::unique_ptr<FootprintClipboardData> obj2 =
      FootprintClipboardData::fromMimeData(mime1.get());
  EXPECT_EQ(uuid, obj2->getFootprintUuid());
  EXPECT_EQ(pos, obj2->getCursorPos());
  EXPECT_EQ(obj1.getPackagePads(), obj2->getPackagePads());
  EXPECT_EQ(obj1.getFootprintPads(), obj2->getFootprintPads());
  EXPECT_EQ(obj1.getPolygons(), obj2->getPolygons());
  EXPECT_EQ(obj1.getCircles(), obj2->getCircles());
  EXPECT_EQ(obj1.getStrokeTexts(), obj2->getStrokeTexts());
  EXPECT_EQ(obj1.getHoles(), obj2->getHoles());
}

TEST(FootprintClipboardDataTest, testToFromMimeDataPopulated) {
  // Create data
  Uuid uuid = Uuid::createRandom();
  Point pos(12345, 54321);
  PackagePadList packagePads;

  std::shared_ptr<PackagePad> packagePad1 = std::make_shared<PackagePad>(
      Uuid::createRandom(), CircuitIdentifier("pad1"));

  std::shared_ptr<PackagePad> packagePad2 = std::make_shared<PackagePad>(
      Uuid::createRandom(), CircuitIdentifier("pad2"));

  std::shared_ptr<FootprintPad> footprintPad1 = std::make_shared<FootprintPad>(
      Uuid::createRandom(), packagePad1->getUuid(), Point(12, 34), Angle(56),
      Pad::Shape::RoundedOctagon, PositiveLength(11), PositiveLength(22),
      UnsignedLimitedRatio(Ratio::fromPercent(50)), Path(), MaskConfig::off(),
      MaskConfig::automatic(), UnsignedLength(0), Pad::ComponentSide::Bottom,
      Pad::Function::Unspecified, PadHoleList{});

  std::shared_ptr<FootprintPad> footprintPad2 = std::make_shared<FootprintPad>(
      Uuid::createRandom(), std::nullopt, Point(12, 34), Angle(56),
      Pad::Shape::RoundedRect, PositiveLength(123), PositiveLength(456),
      UnsignedLimitedRatio(Ratio::fromPercent(100)),
      Path({Vertex(Point(1, 2), Angle(3)), Vertex(Point(4, 5), Angle(6))}),
      MaskConfig::automatic(), MaskConfig::manual(Length(123456)),
      UnsignedLength(123456), Pad::ComponentSide::Top, Pad::Function::TestPad,
      PadHoleList{std::make_shared<PadHole>(Uuid::createRandom(),
                                            PositiveLength(789),
                                            makeNonEmptyPath(Point(0, 0)))});

  std::shared_ptr<Polygon> polygon1 = std::make_shared<Polygon>(
      Uuid::createRandom(), Layer::botCopper(), UnsignedLength(1), false, true,
      Path({Vertex(Point(1, 2), Angle(3)), Vertex(Point(4, 5), Angle(6))}));

  std::shared_ptr<Polygon> polygon2 = std::make_shared<Polygon>(
      Uuid::createRandom(), Layer::topCopper(), UnsignedLength(10), true, false,
      Path({Vertex(Point(10, 20), Angle(30)),
            Vertex(Point(40, 50), Angle(60))}));

  std::shared_ptr<Circle> circle1 = std::make_shared<Circle>(
      Uuid::createRandom(), Layer::botCopper(), UnsignedLength(123), false,
      true, Point(12, 34), PositiveLength(1234));

  std::shared_ptr<Circle> circle2 = std::make_shared<Circle>(
      Uuid::createRandom(), Layer::topCopper(), UnsignedLength(0), true, false,
      Point(120, 340), PositiveLength(12));

  std::shared_ptr<StrokeText> strokeText1 = std::make_shared<StrokeText>(
      Uuid::createRandom(), Layer::botCopper(), "text 1", Point(1, 2), Angle(3),
      PositiveLength(4), UnsignedLength(5), StrokeTextSpacing(),
      StrokeTextSpacing(Ratio(6)), Alignment(HAlign::left(), VAlign::top()),
      false, true, false);

  std::shared_ptr<StrokeText> strokeText2 = std::make_shared<StrokeText>(
      Uuid::createRandom(), Layer::topCopper(), "text 2", Point(10, 20),
      Angle(30), PositiveLength(40), UnsignedLength(0),
      StrokeTextSpacing(Ratio(6)), StrokeTextSpacing(),
      Alignment(HAlign::center(), VAlign::bottom()), true, false, true);

  std::shared_ptr<Zone> zone1 = std::make_shared<Zone>(
      Uuid::createRandom(), Zone::Layer::Top, Zone::Rule::NoCopper,
      Path({Vertex(Point(1, 2), Angle(3)), Vertex(Point(4, 5), Angle(6))}));

  std::shared_ptr<Zone> zone2 = std::make_shared<Zone>(
      Uuid::createRandom(), Zone::Layer::Inner, Zone::Rule::NoDevices,
      Path({Vertex(Point(10, 20), Angle(30)),
            Vertex(Point(40, 50), Angle(60))}));

  std::shared_ptr<Hole> hole1 = std::make_shared<Hole>(
      Uuid::createRandom(), PositiveLength(3), makeNonEmptyPath(Point(1, 2)),
      MaskConfig::automatic());

  std::shared_ptr<Hole> hole2 = std::make_shared<Hole>(
      Uuid::createRandom(), PositiveLength(30), makeNonEmptyPath(Point(10, 20)),
      MaskConfig::manual(Length(123456)));

  // Create object
  FootprintClipboardData obj1(uuid, packagePads, pos);
  obj1.getPackagePads().append(packagePad1);
  obj1.getPackagePads().append(packagePad2);
  obj1.getFootprintPads().append(footprintPad1);
  obj1.getFootprintPads().append(footprintPad2);
  obj1.getPolygons().append(polygon1);
  obj1.getPolygons().append(polygon2);
  obj1.getCircles().append(circle1);
  obj1.getCircles().append(circle2);
  obj1.getStrokeTexts().append(strokeText1);
  obj1.getStrokeTexts().append(strokeText2);
  obj1.getZones().append(zone1);
  obj1.getZones().append(zone2);
  obj1.getHoles().append(hole1);
  obj1.getHoles().append(hole2);

  // Serialize to MIME data
  std::unique_ptr<QMimeData> mime1 = obj1.toMimeData();

  // Load from MIME data and validate
  std::unique_ptr<FootprintClipboardData> obj2 =
      FootprintClipboardData::fromMimeData(mime1.get());
  EXPECT_EQ(uuid, obj2->getFootprintUuid());
  EXPECT_EQ(pos, obj2->getCursorPos());
  EXPECT_EQ(obj1.getPackagePads(), obj2->getPackagePads());
  EXPECT_EQ(obj1.getFootprintPads(), obj2->getFootprintPads());
  EXPECT_EQ(obj1.getPolygons(), obj2->getPolygons());
  EXPECT_EQ(obj1.getCircles(), obj2->getCircles());
  EXPECT_EQ(obj1.getStrokeTexts(), obj2->getStrokeTexts());
  EXPECT_EQ(obj1.getZones(), obj2->getZones());
  EXPECT_EQ(obj1.getHoles(), obj2->getHoles());
}

/*******************************************************************************
 *  End of File
 ******************************************************************************/

}  // namespace tests
}  // namespace editor
}  // namespace librepcb
