kern_return_t
kxld_sym_init_from_macho32(KXLDSym *sym, char *strtab, const struct nlist *src)
{
kern_return_t rval = KERN_FAILURE;
check(sym);
check(strtab);
check(src);
bzero(sym, sizeof(*sym));
sym->name = strtab + src->n_un.n_strx;
sym->type = src->n_type;
sym->desc = src->n_desc;
sym->base_addr = src->n_value;
sym->link_addr = sym->base_addr;
rval = init_predicates(sym, src->n_type, src->n_desc);
require_noerr(rval, finish);
(void) init_sym_sectnum(sym, src->n_sect);
if (kxld_sym_is_indirect(sym)) {
sym->alias = strtab + src->n_value;
}
rval = KERN_SUCCESS;
finish:
return rval;
}
PYBIND11_MODULE(PyMesh, m) {
m.doc() = "Geometry Processing for Python.";
init_Mesh(m);
init_MeshFactory(m);
init_MeshWriter(m);
init_MeshUtils(m);
init_predicates(m);
init_ConvexHull(m);
init_Boolean(m);
init_SelfIntersectionResolver(m);
init_Tetrahedralization(m);
init_OuterHull(m);
init_WindingNumber(m);
init_DMAT(m);
init_MinkowskiSum(m);
init_CellPartition(m);
init_Triangulation(m);
init_CGAL(m);
init_AABB(m);
init_Wires(m);
init_VoxelGrid(m);
init_TriangleWrapper(m);
init_FEM(m);
init_TetgenWrapper(m);
init_IGL(m);
init_SparseSolver(m);
init_HashGrid(m);
init_BVH(m);
init_Geogram(m);
init_Compression(m);
}
void
kxld_sym_init_absolute(KXLDSym *sym, char *name, kxld_addr_t link_addr)
{
check(sym);
check(name);
bzero(sym, sizeof(*sym));
sym->name = name;
sym->link_addr = link_addr;
sym->type = N_ABS | N_EXT;
sym->sectnum = NO_SECT;
init_predicates(sym, N_ABS | N_EXT, 0);
sym->predicates.is_resolved = TRUE;
}
