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#include "base/SRC_FIRST.hpp"
#include "testing/testing.hpp"
#include "geometry/packer.hpp"
static int i = 1;
void rectOverflowFn1()
{
i = i + 5;
}
void rectOverflowFn2()
{
i *= 2;
}
UNIT_TEST(PackerTest_SimplePack)
{
m2::Packer p(20, 20);
m2::Packer::handle_t h0 = p.pack(10, 10);
p.addOverflowFn(rectOverflowFn2, 10);
p.addOverflowFn(rectOverflowFn1, 0);
TEST_EQUAL(p.isPacked(h0), true, ());
m2::RectU r0 = p.find(h0).second;
TEST_EQUAL(r0, m2::RectU(0, 0, 10, 10), ());
m2::Packer::handle_t h1 = p.pack(20, 10);
TEST_EQUAL(p.isPacked(h1), true, ());
m2::RectU r1 = p.find(h1).second;
TEST_EQUAL(r1, m2::RectU(0, 10, 20, 20), ());
m2::Packer::handle_t h2 = p.pack(5, 5);
// Possibly we should restore this checks
// TEST_EQUAL(p.isPacked(h0), false, ());
// TEST_EQUAL(p.isPacked(h1), false, ());
TEST_EQUAL(p.isPacked(h2), true, ());
TEST_EQUAL(i, 7, ("Handlers priorities doesn't work"));
TEST_NOT_EQUAL( i, 12, ("Handlers priorities doesn't work"));
m2::RectU r2 = p.find(h2).second;
TEST_EQUAL(r2, m2::RectU(0, 0, 5, 5), ());
}
UNIT_TEST(PackerTest_HasRoom_Sequence)
{
m2::Packer p(20, 20);
m2::PointU pts[] = {
m2::PointU(10, 10),
m2::PointU(11, 3),
m2::PointU(5, 5),
m2::PointU(5, 5)
};
TEST(p.hasRoom(pts, sizeof(pts) / sizeof(m2::PointU)), ());
m2::PointU pts1[] = {
m2::PointU(10, 10),
m2::PointU(11, 3),
m2::PointU(5, 5),
m2::PointU(5, 5),
m2::PointU(16, 5)
};
TEST(!p.hasRoom(pts1, sizeof(pts1) / sizeof(m2::PointU)), ());
m2::PointU pts2[] = {
m2::PointU(10, 10),
m2::PointU(11, 3),
m2::PointU(5, 5),
m2::PointU(5, 5),
m2::PointU(10, 6)
};
TEST(!p.hasRoom(pts2, sizeof(pts2) / sizeof(m2::PointU)), ());
m2::PointU pts3[] = {
m2::PointU(10, 10),
m2::PointU(11, 3),
m2::PointU(5, 5),
m2::PointU(5, 5),
m2::PointU(15, 5)
};
TEST(p.hasRoom(pts3, sizeof(pts3) / sizeof(m2::PointU)), ());
m2::PointU pts4[] = {
m2::PointU(10, 10),
m2::PointU(11, 3),
m2::PointU(5, 5),
m2::PointU(5, 5),
m2::PointU(16, 5)
};
TEST(!p.hasRoom(pts4, sizeof(pts4) / sizeof(m2::PointU)), ());
}
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