def create_request(path):
tags = get_tags(ctx, path)
data = {'tags': ','.join(tags)}
finger = dl_lib.hash_id(path)
url = "%s/agents/%s/tags" % (api_host, finger,)
return grequests.put(url, json=data, headers=headers)
def create_request(path):
tags = get_tags(ctx, path)
data = {"tags": ",".join(tags)}
finger = dl_lib.hash_id(path)
url = "%s/agents/%s/tags" % (api_host, finger)
return grequests.put(url, json=data, headers=headers)
def create_request(path):
id = dl_lib.get_container_id(path)
details = {
'mac': host_mac,
'hostname': "{} ({})".format(dl_lib.container_real_host_name(), host_name),
'os_name': 'docker',
'os_version': '',
'processes': dl_lib.get_processes(id),
'container': '001',
'interfaces': dl_lib.get_network(id),
'mode': 'SOLO',
'name': "{} ({})".format(dl_lib.get_container_name(id), id)
}
finger = dl_lib.hash_id(path)
url = "%s/agents/%s/ping" % (api_host, finger,)
return grequests.post(url, json=details, headers=headers)
def create_request(path):
id = dl_lib.get_container_id(path)
details = {
'mac': host_mac,
'hostname': host_name,
'os_name': 'docker',
'os_version': '',
'processes': dl_lib.get_processes(id),
'container': '001',
'interfaces': dl_lib.get_network(id),
'mode': 'SOLO',
'name': dl_lib.get_container_name(id)
}
finger = dl_lib.hash_id(path)
url = "%s/agents/%s/ping" % (
api_host,
finger,
)
return grequests.post(url, json=details, headers=headers, timeout=2)
def get_container_metrics(ctx, container, host):
finger = dl_lib.hash_id(container['name'])
stats = container['stats']
last = stats[-1]
metrics = {
finger + '.base.load_1_min': last['cpu']['load_average'],
finger + '.base.cpu': cpu_percent(stats, host),
finger + '.base.memory': memory_percent(stats, host),
finger + '.base.swap': 0,
finger + '.base.net_upload': network_tx_kps(stats),
finger + '.base.net_download': network_rx_kps(stats)
}
# send back everything else
for group in ['network', 'diskio', 'memory', 'cpu']:
group_metrics = dl_lib.flatten(last[group], key=group, path=finger)
metrics.update(group_metrics)
return metrics
def get_container_metrics(ctx, container, host):
finger = dl_lib.hash_id(container['name'])
stats = container['stats']
last = stats[-1]
metrics = {
finger + '.base.count': 1,
finger + '.base.load_1_min': last['cpu']['load_average'],
finger + '.base.load_fractional': load_fractional(stats, host),
finger + '.base.cpu': cpu_percent(stats, host),
finger + '.base.memory': memory_percent(stats, host),
finger + '.base.swap': 0,
finger + '.base.net_upload': network_tx_kps(stats),
finger + '.base.net_download': network_rx_kps(stats)
}
# send back everything else
for group in ['network', 'diskio', 'memory', 'cpu']:
group_metrics = dl_lib.flatten(last[group], key=group, path=finger)
metrics.update(group_metrics)
return metrics
