def get_host_numa_topology(self, numa_topo_obj):
# Replace this call with a more generic call when we obtain other
# NUMA related data like memory etc.
cpu_info = self.get_cpu_numa_info()
floating_cpus = utils.get_floating_cpu_set()
numa_node_obj = []
for node, cpuset in cpu_info.items():
numa_node = objects.NUMANode()
if floating_cpus:
allowed_cpus = set(cpuset) - (floating_cpus & set(cpuset))
else:
allowed_cpus = set(cpuset)
numa_node.id = node
# allowed_cpus are the ones allowed to pin on.
# Rest of the cpus are assumed to be floating
# in nature.
numa_node.cpuset = allowed_cpus
numa_node.pinned_cpus = set([])
numa_node_obj.append(numa_node)
numa_topo_obj.nodes = numa_node_obj
def get_host_numa_topology(self, numa_topo_obj):
# Replace this call with a more generic call when we obtain other
# NUMA related data like memory etc.
cpu_info = self.get_cpu_numa_info()
mem_info = self.get_mem_numa_info()
floating_cpus = utils.get_floating_cpu_set()
numa_node_obj = []
for cpu, mem_total in zip(cpu_info.items(), mem_info):
node, cpuset = cpu
numa_node = objects.NUMANode()
if floating_cpus:
allowed_cpus = set(cpuset) - (floating_cpus & set(cpuset))
else:
allowed_cpus = set(cpuset)
numa_node.id = node
# allowed_cpus are the ones allowed to pin on.
# Rest of the cpus are assumed to be floating
# in nature.
numa_node.cpuset = allowed_cpus
numa_node.pinned_cpus = set([])
numa_node.mem_total = mem_total
numa_node.mem_available = mem_total
numa_node_obj.append(numa_node)
numa_topo_obj.nodes = numa_node_obj