updated configs.signatures

[netdata.git] / python.d / mdstat.chart.py

diff --git a/python.d/mdstat.chart.py b/python.d/mdstat.chart.py
index 5198dbd83536839a6d1030289188fe62b277b3b2..0f7d2b444ef4b6b5ab7a20b6a8e2f49050f9f927 100644 (file)
--- a/python.d/mdstat.chart.py
+++ b/python.d/mdstat.chart.py
@@ -19,30 +19,40 @@ class Service(SimpleService):
                                  'lines': []}}
         self.proc_mdstat = '/proc/mdstat'
         self.regex_disks = compile(r'((?<=\ )[a-zA-Z_0-9]+(?= : active)).*?((?<= \[)[0-9]+)/([0-9]+(?=\] ))')
-        self.regex_status = compile(r'([a-zA-Z_0-9]+)( : active)[^:]*?([a-z]+) = ([0-9.]+(?=%))')
+        self.regex_status = compile(r'([a-zA-Z_0-9]+)( : active)[^:]*?([a-z]+) = ([0-9.]+(?=%)).*?((?<=finish=)[0-9.]+)min speed=([0-9]+)')
 
     def check(self):
         raw_data = self._get_raw_data()
         if not raw_data:
             self.error('Cant read mdstat data from %s' % (self.proc_mdstat))
             return False
+        
+        md_list = [md[0] for md in self.regex_disks.findall(raw_data)]
+
+        if not md_list:
+            self.error('No active arrays in %s' % (self.proc_mdstat))
+            return False
         else:
-            md_list = [md[0] for md in self.regex_disks.findall(raw_data)]
             for md in md_list:
                 self.order.append(md)
                 self.order.append(''.join([md, '_status']))
+                self.order.append(''.join([md, '_rate']))
                 self.definitions['agr_health']['lines'].append([''.join([md, '_health']), md, 'absolute'])
                 self.definitions[md] = {'options':
-                                            [None, 'MD disks stats', 'disks', md, 'md.disks', 'stacked'],
+                                            [None, '%s disks stats' % md, 'disks', md, 'md.disks', 'stacked'],
                                         'lines': [[''.join([md, '_total']), 'total', 'absolute'],
                                                   [''.join([md, '_inuse']), 'inuse', 'absolute']]}
                 self.definitions[''.join([md, '_status'])] = {'options':
-                                            [None, 'MD current status', 'percent', md, 'md.status', 'line'],
+                                            [None, '%s current status' % md, 'percent', md, 'md.status', 'line'],
                                         'lines': [[''.join([md, '_resync']), 'resync', 'absolute', 1, 100],
                                                   [''.join([md, '_recovery']), 'recovery', 'absolute', 1, 100],
+                                                  [''.join([md, '_reshape']), 'reshape', 'absolute', 1, 100],
                                                   [''.join([md, '_check']), 'check', 'absolute', 1, 100]]}
+                self.definitions[''.join([md, '_rate'])] = {'options':
+                                            [None, '%s operation status' % md, 'rate', md, 'md.rate', 'line'],
+                                        'lines': [[''.join([md, '_finishin']), 'finish min', 'absolute', 1, 100],
+                                                  [''.join([md, '_rate']), 'megabyte/s', 'absolute', -1, 100]]}
             self.info('Plugin was started successfully. MDs to monitor %s' % (md_list))
-            to_netdata = {}
 
             return True
 
@@ -76,9 +86,14 @@ class Service(SimpleService):
             to_netdata[''.join([md[0], '_health'])] = int(md[1]) - int(md[2])
             to_netdata[''.join([md[0], '_check'])] = 0
             to_netdata[''.join([md[0], '_resync'])] = 0
+            to_netdata[''.join([md[0], '_reshape'])] = 0
             to_netdata[''.join([md[0], '_recovery'])] = 0
+            to_netdata[''.join([md[0], '_finishin'])] = 0
+            to_netdata[''.join([md[0], '_rate'])] = 0
         
         for md in mdstat_status:
             to_netdata[''.join([md[0], '_' + md[2]])] = round(float(md[3]) * 100)
+            to_netdata[''.join([md[0], '_finishin'])] = round(float(md[4]) * 100)
+            to_netdata[''.join([md[0], '_rate'])] = round(float(md[5]) / 1000 * 100)
 
         return to_netdata