def nodes(self):
nodes = []
for zone in self.zones:
for node in zone:
try:
nodes.append(api.getNodeStatus(node['nodeAddress']))
except SXClientException:
return []
return nodes
def nodes(self):
nodes = []
for zone in self.zones:
for node in zone:
try:
nodes.append(api.getNodeStatus(node['nodeAddress']))
except SXClientException:
return []
return nodes
def get_nodes_context(self):
nodes_count = 0
zones_info = []
for i, zone in enumerate(self.zones):
zone_nodes = []
zones_info.append(zone_nodes)
for j, data in enumerate(zone):
nodes_count += 1
node = {
'uuid': data['nodeUUID'],
'public_ip': data['nodeAddress'],
'private_ip': data.get('nodeInternalAddress'),
'capacity': data['nodeCapacity'],
}
zone_nodes.append(node)
try:
data = api.getNodeStatus(data['nodeAddress'])
except SXClientException:
node['down'] = True
continue
node.update({
'sx_version':
data['libsxclientVersion'],
'hashfs_version':
data['hashFSVersion'].split()[-1],
'storage_path':
data['nodeDir'],
'cores':
data['cores'],
'memory':
data['memTotal'],
'system':
data['osType'] + ' ' + data['osRelease'],
'local_time':
parse_date(data['localTime']),
'used_space':
data['storageUsed'],
'free_space':
data['fsAvailBlocks'] * data['fsBlockSize'],
})
return {
'nodes_count': nodes_count,
'zones': zones_info,
}
def get_nodes_context(self):
nodes_count = 0
zones_info = []
for i, zone in enumerate(self.zones):
zone_nodes = []
zones_info.append(zone_nodes)
for j, data in enumerate(zone):
nodes_count += 1
node = {
'uuid': data['nodeUUID'],
'public_ip': data['nodeAddress'],
'private_ip': data.get('nodeInternalAddress'),
'capacity': data['nodeCapacity'],
}
zone_nodes.append(node)
try:
data = api.getNodeStatus(data['nodeAddress'])
except SXClientException:
node['down'] = True
continue
node.update({
'sx_version': data['libsxclientVersion'],
'hashfs_version': data['hashFSVersion'].split()[-1],
'storage_path': data['nodeDir'],
'cores': data['cores'],
'memory': data['memTotal'],
'system': data['osType'] + ' ' + data['osRelease'],
'local_time': parse_date(data['localTime']),
'used_space': data['storageUsed'],
'free_space': data['fsAvailBlocks'] * data['fsBlockSize'],
})
return {
'nodes_count': nodes_count,
'zones': zones_info,
}
