#include #ifndef TILEDBPY_DEBUGCC #define TILEDBPY_DEBUGCC namespace { extern "C" { namespace py = pybind11; using namespace pybind11::literals; // __attribute__((used)) to make the linker keep the symbol __attribute__((used)) static void pyprint(pybind11::object o) { pybind11::print(o); } __attribute__((used)) static void pyprint(pybind11::handle h) { pybind11::print(h); } __attribute__((used)) static std::string pyrepr(py::handle h) { auto locals = py::dict("_v"_a = h); return py::cast(py::eval("repr(_v)", py::globals(), locals)); } __attribute__((used)) static std::string pyrepr(py::object o) { auto locals = py::dict("_v"_a = o); return py::cast(py::eval("repr(_v)", py::globals(), locals)); } __attribute__((used)) static void pycall1(const char *expr, pybind11::object o = py::none()) { // this doesn't work in lldb // py::scoped_interpreter guard{}; /* * NOTE: the catch statements below do not work in lldb, because exceptions * are trapped internally. So, an error in eval currently breaks * use of this function until the process is restarted. */ // usage: given some py::object 'o', exec a string w/ 'local _v'==o, e.g.: // (lldb) p pycall1("_v.shape", o) py::object res = py::none(); try { if (!o.is(py::none())) { auto locals = py::dict("_v"_a = o); res = py::eval(expr, py::globals(), locals); } else { res = py::eval(expr, py::globals()); } if (!res.is(py::none())) { py::print(res); } } catch (py::error_already_set &e) { std::cout << "pycall error_already_set: " << std::endl; } catch (std::runtime_error &e) { std::cout << "pycall runtime_error: " << e.what() << std::endl; } catch (...) { std::cout << "pycall unknown exception" << std::endl; } } __attribute__((used)) static void pycall(const char *expr) { pycall1(expr, py::none()); } __attribute__((used)) static void pyerror() { // print the last py error, if any } } }; // namespace #endif