src/apps/testapps/testPolygonToCells.c [253:276]:
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        free(hexagons);
    }

    TEST(polygonToCellsExact) {
        LatLng somewhere = {1, 2};
        H3Index origin;
        t_assertSuccess(H3_EXPORT(latLngToCell)(&somewhere, 9, &origin));
        CellBoundary boundary;
        H3_EXPORT(cellToBoundary)(origin, &boundary);

        LatLng *verts = calloc(boundary.numVerts + 1, sizeof(LatLng));
        for (int i = 0; i < boundary.numVerts; i++) {
            verts[i] = boundary.verts[i];
        }
        verts[boundary.numVerts] = boundary.verts[0];

        GeoLoop someGeoLoop;
        someGeoLoop.numVerts = boundary.numVerts + 1;
        someGeoLoop.verts = verts;
        GeoPolygon someHexagon;
        someHexagon.geoloop = someGeoLoop;
        someHexagon.numHoles = 0;

        int64_t numHexagons;
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src/apps/testapps/testPolygonToCellsExperimental.c [453:476]:
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        free(hexagons);
    }

    TEST(polygonToCellsExact) {
        LatLng somewhere = {1, 2};
        H3Index origin;
        t_assertSuccess(H3_EXPORT(latLngToCell)(&somewhere, 9, &origin));
        CellBoundary boundary;
        H3_EXPORT(cellToBoundary)(origin, &boundary);

        LatLng *verts = calloc(boundary.numVerts + 1, sizeof(LatLng));
        for (int i = 0; i < boundary.numVerts; i++) {
            verts[i] = boundary.verts[i];
        }
        verts[boundary.numVerts] = boundary.verts[0];

        GeoLoop someGeoLoop;
        someGeoLoop.numVerts = boundary.numVerts + 1;
        someGeoLoop.verts = verts;
        GeoPolygon someHexagon;
        someHexagon.geoloop = someGeoLoop;
        someHexagon.numHoles = 0;

        int64_t numHexagons;
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