def attach_to_node(self, node):
# we gather also host level metrics here although they will just be overridden for multiple nodes on the same node (which is no
# problem as the values are identical anyway).
self.metrics_store.add_meta_info(metrics.MetaInfoScope.node,
node.node_name, "os_name",
sysstats.os_name())
self.metrics_store.add_meta_info(metrics.MetaInfoScope.node,
node.node_name, "os_version",
sysstats.os_version())
self.metrics_store.add_meta_info(metrics.MetaInfoScope.node,
node.node_name, "cpu_logical_cores",
sysstats.logical_cpu_cores())
self.metrics_store.add_meta_info(metrics.MetaInfoScope.node,
node.node_name, "cpu_physical_cores",
sysstats.physical_cpu_cores())
self.metrics_store.add_meta_info(metrics.MetaInfoScope.node,
node.node_name, "cpu_model",
sysstats.cpu_model())
self.metrics_store.add_meta_info(metrics.MetaInfoScope.node,
node.node_name, "node_name",
node.node_name)
# This is actually the only node level metric, but it is easier to implement this way
self.metrics_store.add_meta_info(metrics.MetaInfoScope.node,
node.node_name, "host_name",
node.host_name)
def _facts():
disks = []
for disk in sysstats.disks():
dev, _, fstype, _ = disk
disks.append({
"device": dev,
"type": "TODO: Provide one of 'ssd', 'spinning'",
"file-system": fstype,
})
return {
"environment": {
"type":
"TODO: Provide one of 'cloud', 'bare-metal' + details about the environment (EC2, instance type)",
},
"hardware": {
"cpu_model": sysstats.cpu_model(),
"disk": disks,
"memory": "%dgb" % convert.bytes_to_gb(sysstats.total_memory())
},
"software": {
"jvm_vendor":
_jvm_property("java.vm.vendor"),
"jvm_version":
_jvm_property("java.runtime.version"),
"os_name":
sysstats.os_name(),
"os_version":
sysstats.os_version(),
"rally_version":
version.version(),
"distribution_version":
"TODO: Provide Elasticsearch distribution version"
}
}
def attach_to_node(self, node):
self.metrics_store.add_meta_info(metrics.MetaInfoScope.node,
node.node_name, "os_name",
sysstats.os_name())
self.metrics_store.add_meta_info(metrics.MetaInfoScope.node,
node.node_name, "os_version",
sysstats.os_version())
self.metrics_store.add_meta_info(metrics.MetaInfoScope.node,
node.node_name, "cpu_logical_cores",
sysstats.logical_cpu_cores())
self.metrics_store.add_meta_info(metrics.MetaInfoScope.node,
node.node_name, "cpu_physical_cores",
sysstats.physical_cpu_cores())
self.metrics_store.add_meta_info(metrics.MetaInfoScope.node,
node.node_name, "cpu_model",
sysstats.cpu_model())
self.metrics_store.add_meta_info(metrics.MetaInfoScope.node,
node.node_name, "node_name",
node.node_name)
self.metrics_store.add_meta_info(metrics.MetaInfoScope.node,
node.node_name, "host_name",
node.host_name)
def attach_to_node(self, node):
# we gather also host level metrics here although they will just be overridden for multiple nodes on the same node (which is no
# problem as the values are identical anyway).
self.metrics_store.add_meta_info(metrics.MetaInfoScope.node, node.node_name, "os_name", sysstats.os_name())
self.metrics_store.add_meta_info(metrics.MetaInfoScope.node, node.node_name, "os_version", sysstats.os_version())
self.metrics_store.add_meta_info(metrics.MetaInfoScope.node, node.node_name, "cpu_logical_cores", sysstats.logical_cpu_cores())
self.metrics_store.add_meta_info(metrics.MetaInfoScope.node, node.node_name, "cpu_physical_cores", sysstats.physical_cpu_cores())
self.metrics_store.add_meta_info(metrics.MetaInfoScope.node, node.node_name, "cpu_model", sysstats.cpu_model())
self.metrics_store.add_meta_info(metrics.MetaInfoScope.node, node.node_name, "node_name", node.node_name)
# This is actually the only node level metric, but it is easier to implement this way
self.metrics_store.add_meta_info(metrics.MetaInfoScope.node, node.node_name, "host_name", node.host_name)
