void Fiber::start_on_stack() {
#ifdef FIBER_ENABLED
VM* state = VM::current();
Fiber* fib = Fiber::current(state);
// Affix this fiber to this thread now.
fib->state_ = state;
fib->starter()->send(state, NULL, G(sym_call));
// GC has run! Don't use stack vars!
fib = Fiber::current(state);
fib->status_ = Fiber::eDead;
Fiber* dest = fib->prev();
assert(!dest->nil_p());
dest->run();
dest->value(state, Qnil);
state->set_current_fiber(dest);
if(setcontext(dest->ucontext()) != 0)
assert(0 && "fatal swapcontext() error");
assert(0 && "fatal start_on_stack error");
#else
abort();
#endif
}
void Fiber::start_on_stack() {
#ifdef RBX_FIBER_ENABLED
VM* vm = VM::current();
State state_obj(vm), *state = &state_obj;
Fiber* fib = Fiber::current(state);
// Reset the current fiber again to reset the stack limits so
// we can properly detect stack overflows
vm->set_current_fiber(fib);
Array* result = nil<Array>();
Object* obj = fib->starter()->send(state, G(sym_call), fib->value(), cNil, false);
// GC has run! Don't use stack vars!
fib = Fiber::current(state);
fib->status(Fiber::eDead);
fib->dead(cTrue);
fib->set_call_frame(state, 0);
Fiber* dest = fib->prev();
// If this fiber has already been cleaned up, just ignore this
if(!dest->data()) return;
assert(!dest->nil_p());
// Box this up so it's in a standard format at the point
// of returning, so we can deal with it in the same way
// as *args from #yield, #resume, and #transfer
if(obj) {
result = Array::create(state, 1);
result->set(state, 0, obj);
} else {
if(state->vm()->thread_state()->raise_reason() == cException) {
dest->exception(state, state->vm()->thread_state()->current_exception());
}
}
vm->metrics().system.fibers_destroyed++;
dest->run(state);
dest->value(state, result);
dest->data()->switch_and_orphan(state, fib->data());
// TODO: CallFrame: return from this function
rubinius::bug("returning from Fiber::start_on_stack");
#else
rubinius::bug("Fibers not supported on this platform");
#endif
}
void Fiber::start_on_stack() {
#ifdef RBX_FIBER_ENABLED
VM* vm = VM::current();
State state(vm);
Fiber* fib = Fiber::current(&state);
// Reset the current fiber again to reset the stack limits so
// we can properly detect stack overflows
vm->set_current_fiber(fib);
Array* result = nil<Array>();
Object* obj = fib->starter()->send(&state, NULL, state.globals().sym_call.get(), fib->value(), cNil, false);
// GC has run! Don't use stack vars!
fib = Fiber::current(&state);
fib->status_ = Fiber::eDead;
fib->dead_ = cTrue;
Fiber* dest = fib->prev();
// If this fiber has already been cleaned up, just ignore this
if(!dest->data()) return;
assert(!dest->nil_p());
// Box this up so it's in a standard format at the point
// of returning, so we can deal with it in the same way
// as *args from #yield, #resume, and #transfer
if(obj) {
result = Array::create(&state, 1);
result->set(&state, 0, obj);
} else {
if(state.vm()->thread_state()->raise_reason() == cException) {
dest->exception(&state, state.vm()->thread_state()->current_exception());
}
}
dest->run();
dest->value(&state, result);
state.vm()->set_current_fiber(dest);
dest->data_->switch_and_orphan(&state, fib->data_);
assert(0 && "fatal start_on_stack error");
#else
rubinius::bug("Fibers not supported on this platform");
#endif
}
void Fiber::start_on_stack() {
#ifdef FIBER_ENABLED
VM* state = VM::current();
Fiber* fib = Fiber::current(state);
// Affix this fiber to this thread now.
fib->state_ = state;
Array* result = (Array*)Qnil;
Object* obj = fib->starter()->send(state, NULL, G(sym_call), fib->value(), Qnil, false);
// GC has run! Don't use stack vars!
fib = Fiber::current(state);
fib->status_ = Fiber::eDead;
fib->set_ivar(state, state->symbol("@dead"), Qtrue);
Fiber* dest = fib->prev();
assert(!dest->nil_p());
// Box this up so it's in a standard format at the point
// of returning, so we can deal with it in the same way
// as *args from #yield, #resume, and #transfer
if(obj) {
result = Array::create(state, 1);
result->set(state, 0, obj);
} else {
if(state->thread_state()->raise_reason() == cException) {
dest->exception(state, state->thread_state()->current_exception());
}
}
dest->run();
dest->value(state, result);
state->set_current_fiber(dest);
if(setcontext(dest->ucontext()) != 0)
assert(0 && "fatal swapcontext() error");
assert(0 && "fatal start_on_stack error");
#else
abort();
#endif
}
