void surf_vm_model_init_HL13(void){
if (surf_cpu_model_vm) {
surf_vm_model = new VMHL13Model();
- ModelPtr model = surf_vm_model;
+ Model *model = surf_vm_model;
xbt_dynar_push(model_list, &model);
xbt_dynar_push(model_list_invoke, &model);
* Model *
*********/
-VMHL13Model::VMHL13Model() : VMModel() {
- p_cpuModel = surf_cpu_model_vm;
-}
+VMHL13Model::VMHL13Model() : VMModel() {}
-void VMHL13Model::updateActionsState(double /*now*/, double /*delta*/){
- return;
-}
+void VMHL13Model::updateActionsState(double /*now*/, double /*delta*/) {}
-ActionPtr VMHL13Model::communicate(HostPtr src, HostPtr dst, double size, double rate){
+Action *VMHL13Model::communicate(Host *src, Host *dst, double size, double rate){
return surf_network_model->communicate(src->p_netElm, dst->p_netElm, size, rate);
}
/* ind means ''indirect'' that this is a reference on the whole dict_elm
* structure (i.e not on the surf_resource_private infos) */
-VMPtr VMHL13Model::createVM(const char *name, surf_resource_t host_PM)
+VM *VMHL13Model::createVM(const char *name, surf_resource_t host_PM)
{
- VMHL13Ptr ws = new VMHL13(this, name, NULL, host_PM);
+ VMHL13 *ws = new VMHL13(this, name, NULL, host_PM);
xbt_lib_set(host_lib, name, SURF_HOST_LEVEL, ws);
return ws;
}
-static inline double get_solved_value(CpuActionPtr cpu_action)
+static inline double get_solved_value(CpuAction *cpu_action)
{
return cpu_action->getVariable()->value;
}
/* 0. Make sure that we already calculated the resource share at the physical
* machine layer. */
{
- _XBT_GNUC_UNUSED ModelPtr ws_model = surf_host_model;
- _XBT_GNUC_UNUSED ModelPtr vm_ws_model = surf_vm_model;
+ _XBT_GNUC_UNUSED Model *ws_model = surf_host_model;
+ _XBT_GNUC_UNUSED Model *vm_ws_model = surf_vm_model;
_XBT_GNUC_UNUSED unsigned int index_of_pm_ws_model = xbt_dynar_search(model_list_invoke, &ws_model);
_XBT_GNUC_UNUSED unsigned int index_of_vm_ws_model = xbt_dynar_search(model_list_invoke, &vm_ws_model);
xbt_assert((index_of_pm_ws_model < index_of_vm_ws_model), "Cannot assume surf_host_model comes before");
VMModel::ws_vms.begin();
iter != VMModel::ws_vms.end(); ++iter) {
- VMPtr ws_vm = &*iter;
- CpuPtr cpu = ws_vm->p_cpu;
+ VM *ws_vm = &*iter;
+ Cpu *cpu = ws_vm->p_cpu;
xbt_assert(cpu, "cpu-less host");
double solved_value = get_solved_value(ws_vm->p_action);
/* 2. Calculate resource share at the virtual machine layer. */
adjustWeightOfDummyCpuActions();
- double min_by_cpu = p_cpuModel->shareResources(now);
+ double min_by_cpu = surf_cpu_model_vm->shareResources(now);
double min_by_net = (strcmp(surf_network_model->getName(), "network NS3")) ? surf_network_model->shareResources(now) : -1;
+ // Fixme: take storage into account once it's implemented
double min_by_sto = -1;
- if (p_cpuModel == surf_cpu_model_pm)
- min_by_sto = surf_storage_model->shareResources(now);
XBT_DEBUG("model %p, %s min_by_cpu %f, %s min_by_net %f, %s min_by_sto %f",
- this, surf_cpu_model_pm->getName(), min_by_cpu,
- surf_network_model->getName(), min_by_net,
- surf_storage_model->getName(), min_by_sto);
+ this, typeid(surf_cpu_model_pm ).name(), min_by_cpu,
+ typeid(surf_network_model).name(), min_by_net,
+ typeid(surf_storage_model).name(), min_by_sto);
double ret = max(max(min_by_cpu, min_by_net), min_by_sto);
if (min_by_cpu >= 0.0 && min_by_cpu < ret)
{
#if 0
- VM2013Ptr ws_vm2013 = static_cast<VM2013Ptr>(&*iter);
+ VM2013 *ws_vm2013 = static_cast<VM2013Ptr>(&*iter);
XBT_INFO("cost %f remains %f start %f finish %f", ws_vm2013->cpu_action->cost,
ws_vm2013->cpu_action->remains,
ws_vm2013->cpu_action->start,
return ret;
}
-ActionPtr VMHL13Model::executeParallelTask(int host_nb,
+Action *VMHL13Model::executeParallelTask(int host_nb,
void **host_list,
double *flops_amount,
double *bytes_amount,
#define cost_or_zero(array,pos) ((array)?(array)[pos]:0.0)
if ((host_nb == 1)
&& (cost_or_zero(bytes_amount, 0) == 0.0))
- return ((HostCLM03Ptr)host_list[0])->execute(flops_amount[0]);
+ return static_cast<HostCLM03*>(host_list[0])->execute(flops_amount[0]);
else if ((host_nb == 1)
&& (cost_or_zero(flops_amount, 0) == 0.0))
- return communicate((HostCLM03Ptr)host_list[0], (HostCLM03Ptr)host_list[0],bytes_amount[0], rate);
+ return communicate(static_cast<HostCLM03*>(host_list[0]), static_cast<HostCLM03*>(host_list[0]),bytes_amount[0], rate);
else if ((host_nb == 2)
&& (cost_or_zero(flops_amount, 0) == 0.0)
&& (cost_or_zero(flops_amount, 1) == 0.0)) {
}
}
if (nb == 1)
- return communicate((HostCLM03Ptr)host_list[0], (HostCLM03Ptr)host_list[1],value, rate);
+ return communicate(static_cast<HostCLM03*>(host_list[0]), static_cast<HostCLM03*>(host_list[1]),value, rate);
}
#undef cost_or_zero
* Resource *
************/
-VMHL13::VMHL13(VMModelPtr model, const char* name, xbt_dict_t props,
+VMHL13::VMHL13(VMModel *model, const char* name, xbt_dict_t props,
surf_resource_t host_PM)
: VM(model, name, props, NULL, NULL)
{
- HostPtr sub_ws = static_cast<HostPtr>(surf_host_resource_priv(host_PM));
+ Host *sub_ws = static_cast<Host*>(surf_host_resource_priv(host_PM));
/* Currently, we assume a VM has no storage. */
p_storage = NULL;
* from the VM name, we have to make sure that the system does not call the
* free callback for the network resource object. The network resource object
* is still used by the physical machine. */
- p_netElm = new RoutingEdgeWrapper(static_cast<RoutingEdgePtr>(xbt_lib_get_or_null(host_lib, sub_ws->getName(), ROUTING_HOST_LEVEL)));
- xbt_lib_set(host_lib, name, ROUTING_HOST_LEVEL, p_netElm);
+ sg_host_t sg_sub_ws = sg_host_by_name_or_create(sub_ws->getName());
+ p_netElm = new RoutingEdgeWrapper(sg_host_edge(sg_sub_ws));
+ sg_host_edge_set(sg_host_by_name_or_create(name), p_netElm);
p_subWs = sub_ws;
p_currentState = SURF_VM_STATE_CREATED;
// //// CPU RELATED STUFF ////
// Roughly, create a vcpu resource by using the values of the sub_cpu one.
- CpuCas01Ptr sub_cpu = static_cast<CpuCas01Ptr>(surf_cpu_resource_priv(host_PM));
-
- /* We can assume one core and cas01 cpu for the first step.
- * Do xbt_lib_set(host_lib, name, SURF_CPU_LEVEL, cpu) if you get the resource. */
+ CpuCas01 *sub_cpu = static_cast<CpuCas01*>(sg_host_surfcpu(host_PM));
p_cpu = surf_cpu_model_vm->createCpu(name, // name
sub_cpu->getPowerPeakList(), // host->power_peak,
void VMHL13::migrate(surf_resource_t ind_dst_pm)
{
/* ind_dst_pm equals to smx_host_t */
- HostPtr ws_dst = static_cast<HostPtr>(surf_host_resource_priv(ind_dst_pm));
+ Host *ws_dst = static_cast<Host*>(surf_host_resource_priv(ind_dst_pm));
const char *vm_name = getName();
const char *pm_name_src = p_subWs->getName();
const char *pm_name_dst = ws_dst->getName();
xbt_assert(ws_dst);
- /* do something */
-
/* update net_elm with that of the destination physical host */
- RoutingEdgePtr old_net_elm = p_netElm;
- RoutingEdgePtr new_net_elm = new RoutingEdgeWrapper(static_cast<RoutingEdgePtr>(xbt_lib_get_or_null(host_lib, pm_name_dst, ROUTING_HOST_LEVEL)));
+ RoutingEdge *old_net_elm = p_netElm;
+ RoutingEdge *new_net_elm = new RoutingEdgeWrapper(sg_host_edge(sg_host_by_name(pm_name_dst)));
xbt_assert(new_net_elm);
/* Unregister the current net_elm from host_lib. Do not call the free callback. */
- xbt_lib_unset(host_lib, vm_name, ROUTING_HOST_LEVEL, 0);
+ sg_host_edge_destroy(sg_host_by_name(vm_name), 0);
/* Then, resister the new one. */
p_netElm = new_net_elm;
- xbt_lib_set(host_lib, vm_name, ROUTING_HOST_LEVEL, p_netElm);
+ sg_host_edge_set(sg_host_by_name(vm_name), p_netElm);
p_subWs = ws_dst;
#endif
/* create a cpu action bound to the pm model at the destination. */
- CpuActionPtr new_cpu_action = static_cast<CpuActionPtr>(
- static_cast<CpuPtr>(surf_cpu_resource_priv(ind_dst_pm))->execute(0));
+ CpuAction *new_cpu_action = static_cast<CpuAction*>(
+ static_cast<Cpu*>(sg_host_surfcpu(ind_dst_pm))->execute(0));
e_surf_action_state_t state = p_action->getState();
if (state != SURF_ACTION_DONE)
p_action->setBound(bound);
}
-void VMHL13::setAffinity(CpuPtr cpu, unsigned long mask){
+void VMHL13::setAffinity(Cpu *cpu, unsigned long mask){
p_action->setAffinity(cpu, mask);
}
}
/* Adding a task to a VM updates the VCPU task on its physical machine. */
-ActionPtr VMHL13::execute(double size)
+Action *VMHL13::execute(double size)
{
double old_cost = p_action->getCost();
double new_cost = old_cost + size;
return p_cpu->execute(size);
}
-ActionPtr VMHL13::sleep(double duration) {
+Action *VMHL13::sleep(double duration) {
return p_cpu->sleep(duration);
}
