Keep vanetza-idf in obu-firmware, so a plain clone builds the firmware
obu-firmware builds against the vanetza-idf C-ITS library, which until now came from the colleague's microbu-esp32c5 tree beside the repository and was not tracked here, so a clone of this repository could not build the firmware it ships. The library alone is now part of obu-firmware, as obu-firmware/external/vanetza-idf: their external/vanetza-idf at commit cf4b99f, unchanged (9775 files; see its PROVENANCE.md). CMake takes it from there by default; -DVANETZA_IDF_DIR still points the build elsewhere. The rest of the colleague's tree (their own VAM firmware, PKI tooling, station-link Python tools, the V2X2MAP bridge) stays out of this repository and gitignored; nothing is pushed to their repository. NOTES.md, docs/06, TODO.md and the pcap verifier's usage line point at the new location.
This commit is contained in:
Ashin Walpola
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#include <gtest/gtest.h>
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#include <vanetza/security/v2/region.hpp>
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#include <vanetza/security/v2/tests/check_region.hpp>
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#include <vanetza/security/tests/serialization.hpp>
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#include <vanetza/units/angle.hpp>
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#include <vanetza/units/length.hpp>
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#include <limits>
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using namespace vanetza::security::v2;
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using vanetza::geonet::distance_u16t;
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using vanetza::geonet::geo_angle_i32t;
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using vanetza::units::degrees;
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using vanetza::units::si::meter;
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TEST(Region, Serialize_CircularRegion)
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{
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CircularRegion reg;
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reg.center.latitude = static_cast<geo_angle_i32t>(12564 * degrees);
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reg.center.longitude = static_cast<geo_angle_i32t>(654321 * degrees);
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reg.radius = static_cast<distance_u16t>(1337 * meter);
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check(reg, serialize_roundtrip(reg));
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}
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TEST(Region, Serialize_IdentifiedRegion)
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{
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IdentifiedRegion reg;
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reg.region_dictionary = RegionDictionary::ISO_3166_1;
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reg.region_identifier = 12345;
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reg.local_region.set(546);
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check(reg, serialize_roundtrip(reg));
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}
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TEST(Region, Serialize_PolygonalRegion)
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{
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PolygonalRegion reg;
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for (std::size_t i = 0; i < 3; ++i) {
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reg.push_back(TwoDLocation {
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geo_angle_i32t::from_value(25 + i),
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geo_angle_i32t::from_value(26 + i)
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});
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}
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check(reg, serialize_roundtrip(reg));
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}
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TEST(Region, Serialize_RectangularRegion_list)
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{
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std::list<RectangularRegion> reg;
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for (std::size_t i = 0; i < 5; ++i) {
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reg.push_back(RectangularRegion {
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TwoDLocation {
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geo_angle_i32t::from_value(1000000 + i),
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geo_angle_i32t::from_value(1010000 + i)
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},
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TwoDLocation {
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geo_angle_i32t::from_value(1020000 + i),
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geo_angle_i32t::from_value(1030000 + i)
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}
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});
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}
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check(reg, serialize_roundtrip(reg));
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}
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TEST(Region, TwoDLocation_Within_Circle)
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{
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CircularRegion region;
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region.radius = static_cast<distance_u16t>(400 * meter);
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region.center = TwoDLocation {
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geo_angle_i32t::from_value(490139190),
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geo_angle_i32t::from_value(84044460)
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};
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EXPECT_TRUE(is_within(region.center, region));
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EXPECT_TRUE(is_within(TwoDLocation {
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geo_angle_i32t::from_value(490143170),
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geo_angle_i32t::from_value(83995470)
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}, region));
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EXPECT_FALSE(is_within(TwoDLocation {
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geo_angle_i32t::from_value(490145910),
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geo_angle_i32t::from_value(83984740)
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}, region));
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EXPECT_FALSE(is_within(TwoDLocation {
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geo_angle_i32t::from_value(490137060),
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geo_angle_i32t::from_value(84120020)
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}, region));
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}
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TEST(Region, Circle_Within_Circle)
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{
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CircularRegion outer;
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outer.radius = static_cast<distance_u16t>(400 * meter);
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outer.center = TwoDLocation {
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geo_angle_i32t::from_value(490139190),
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geo_angle_i32t::from_value(84044460)
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};
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CircularRegion inner;
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inner.center = outer.center;
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for (int i = 0; i <= 400; i += 10) {
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inner.radius = static_cast<distance_u16t>(i * meter);
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EXPECT_TRUE(is_within(inner, outer));
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}
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inner.radius = static_cast<distance_u16t>(401 * meter);
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EXPECT_FALSE(is_within(inner, outer));
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inner.center = TwoDLocation {
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geo_angle_i32t::from_value(490143170),
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geo_angle_i32t::from_value(83995470)
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};
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inner.radius = static_cast<distance_u16t>(38 * meter);
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EXPECT_TRUE(is_within(inner, outer));
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inner.radius = static_cast<distance_u16t>(40 * meter);
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EXPECT_FALSE(is_within(inner, outer));
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}
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TEST(Region, TwoDLocation_Within_None)
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{
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NoneRegion region;
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EXPECT_TRUE(is_within(TwoDLocation {
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geo_angle_i32t::from_value(490143170),
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geo_angle_i32t::from_value(83995470)
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}, region));
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}
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TEST(Region, Circle_Within_None)
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{
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NoneRegion outer;
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CircularRegion inner;
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inner.radius = static_cast<distance_u16t>(400 * meter);
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inner.center = TwoDLocation {
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geo_angle_i32t::from_value(490139190),
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geo_angle_i32t::from_value(84044460)
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};
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EXPECT_TRUE(is_within(inner, outer));
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EXPECT_FALSE(is_within(outer, inner));
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}
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TEST(Region, TwoDLocation_Within_Rectangles)
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{
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TwoDLocation northwest {
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static_cast<geo_angle_i32t>(20 * degrees),
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static_cast<geo_angle_i32t>(10 * degrees)
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};
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TwoDLocation southeast {
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static_cast<geo_angle_i32t>(10 * degrees),
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static_cast<geo_angle_i32t>(20 * degrees)
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};
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RectangularRegion region { northwest, southeast };
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std::list<RectangularRegion> regions({ region });
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// inside
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EXPECT_TRUE(is_within(TwoDLocation {
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static_cast<geo_angle_i32t>(15 * degrees),
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static_cast<geo_angle_i32t>(15 * degrees)
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}, regions));
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// outside - left
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EXPECT_FALSE(is_within(TwoDLocation {
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static_cast<geo_angle_i32t>(15 * degrees),
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static_cast<geo_angle_i32t>(9 * degrees)
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}, regions));
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// outside - right
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EXPECT_FALSE(is_within(TwoDLocation {
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static_cast<geo_angle_i32t>(15 * degrees),
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static_cast<geo_angle_i32t>(21 * degrees)
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}, regions));
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// outside - top
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EXPECT_FALSE(is_within(TwoDLocation {
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static_cast<geo_angle_i32t>(21 * degrees),
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static_cast<geo_angle_i32t>(15 * degrees)
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}, regions));
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// outside - down
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EXPECT_FALSE(is_within(TwoDLocation {
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static_cast<geo_angle_i32t>(9 * degrees),
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static_cast<geo_angle_i32t>(15 * degrees)
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}, regions));
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}
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TEST(Region, Rectangles_Within_None)
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{
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TwoDLocation northwest {
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static_cast<geo_angle_i32t>(20 * degrees),
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static_cast<geo_angle_i32t>(10 * degrees)
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};
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TwoDLocation southeast {
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static_cast<geo_angle_i32t>(10 * degrees),
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static_cast<geo_angle_i32t>(20 * degrees)
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};
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RectangularRegion region { northwest, southeast };
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std::list<RectangularRegion> regions({ region });
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EXPECT_TRUE(is_within(regions, NoneRegion()));
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EXPECT_FALSE(is_within(NoneRegion(), regions));
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}
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TEST(Region, Rectangle_Within_Rectangle_Exact)
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{
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TwoDLocation northwest_a {
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static_cast<geo_angle_i32t>(10 * degrees),
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static_cast<geo_angle_i32t>(10 * degrees)
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};
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TwoDLocation southeast_a {
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static_cast<geo_angle_i32t>(20 * degrees),
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static_cast<geo_angle_i32t>(20 * degrees)
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};
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TwoDLocation northwest_b {
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static_cast<geo_angle_i32t>(10 * degrees),
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static_cast<geo_angle_i32t>(10 * degrees)
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};
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TwoDLocation southeast_b {
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static_cast<geo_angle_i32t>(20 * degrees),
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static_cast<geo_angle_i32t>(20 * degrees)
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};
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RectangularRegion a { northwest_a, southeast_a };
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RectangularRegion b { northwest_b, southeast_b };
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std::list<RectangularRegion> region_a({ a });
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std::list<RectangularRegion> region_b({ b });
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EXPECT_TRUE(is_within(region_a, region_b));
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EXPECT_TRUE(is_within(region_b, region_a));
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}
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TEST(Region, Altitude_To_Elevation)
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{
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using Elevation = ThreeDLocation::Elevation;
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auto altitude_empty = std::numeric_limits<double>::quiet_NaN() * meter;
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EXPECT_EQ(to_elevation(altitude_empty), ThreeDLocation::unknown_elevation);
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auto altitude_positive = 2843.6 * meter;
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EXPECT_EQ(to_elevation(altitude_positive), (Elevation { 0x6F, 0x14 }));
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auto altitude_negative = -170.2 * meter;
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EXPECT_EQ(to_elevation(altitude_negative), (Elevation { 0xF9, 0x5A }));
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auto altitude_below_min = -420.0 * meter;
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EXPECT_EQ(to_elevation(altitude_below_min), ThreeDLocation::min_elevation);
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auto altitude_above_max = 6150.0 * meter;
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EXPECT_EQ(to_elevation(altitude_above_max), ThreeDLocation::max_elevation);
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// examples given in TS 103 097 V1.2.1 (section 4.2.19)
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EXPECT_EQ(to_elevation(0.0 * meter), (Elevation { 0x00, 0x00 }));
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EXPECT_EQ(to_elevation(100.0 * meter), (Elevation { 0x03, 0xe8 }));
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EXPECT_EQ(to_elevation(-209.5 * meter), (Elevation { 0xf7, 0xd1 }));
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}
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