def health(self):
if self.cfg.get(
'globals/stats_socket') != '/var/run/haproxy-stats.sock':
self.cfg.set('globals/stats_socket', '/var/run/haproxy-stats.sock')
self.cfg.set('globals/spread-checks', '5')
self.cfg.save()
self.svc.reload()
stats = haproxy.StatSocket().show_stat()
# filter the stats
relevant_keys = [
"pxname",
"svname",
"status",
"act",
"bck",
"chkfail",
"chkdown",
"downtime",
"check_status",
"check_duration",
]
stats = filter(
lambda health: health["svname"] not in ("FRONTEND", "BACKEND"),
stats)
for health in stats:
for key in health.keys():
if key not in relevant_keys:
del health[key]
# TODO: return data in different format
return stats
def get_servers_health(self, ipaddr=None):
try:
if self.cfg.defaults['stats'][''] == 'enable' and \
self.cfg.globals['stats']['socket'] == '/var/run/haproxy-stats.sock':
pass
except:
self.cfg.globals['stats']['socket'] = '/var/run/haproxy-stats.sock'
self.cfg.defaults['stats'][''] = 'enable'
self.cfg.save()
self.svc.reload()
#TODO: select parameters what we need with filter by ipaddr
stats = haproxy.StatSocket().show_stat()
return stats
def get_servers_health(self, ipaddr=None):
"""
APIDOC TBD.
"""
if self.cfg.get('globals/stats_socket') != '/var/run/haproxy-stats.sock' \
or not self.cfg.get('defaults/stats_enable'):
self.cfg.set('globals/stats_socket', '/var/run/haproxy-stats.sock')
self.cfg.set('defaults/stats_enable')
self.cfg.save()
self.svc.reload()
#TODO: select parameters what we need with filter by ipaddr
stats = haproxy.StatSocket().show_stat()
return stats
def health(self):
try:
# if self.cfg.defaults['stats'][''] == 'enable' and \
if self.cfg.globals['stats'][
'socket'] == '/var/run/haproxy-stats.sock':
pass
except:
self.cfg.globals['stats']['socket'] = '/var/run/haproxy-stats.sock'
self.cfg.globals['spread-checks'] = 5
self.cfg.save()
self.svc.reload()
stats = haproxy.StatSocket().show_stat()
# filter the stats
relevant_keys = [
"pxname",
"svname",
"status",
"act",
"bck",
"chkfail",
"chkdown",
"downtime",
"check_status",
"check_duration",
]
stats = filter(
lambda health: health["svname"] not in ("FRONTEND", "BACKEND"),
stats)
for health in stats:
for key in health.keys():
if key not in relevant_keys:
del health[key]
# TODO: return data in different format
return stats