- # limit to certain number
- pass
-
- # Memory allocation
- if rec.has_key('memlock_hard'):
- mem = rec['memlock_hard'] * 1024 # hard limit in bytes
- cgroups.write(self.name, 'memory.limit_in_bytes', mem)
- if rec.has_key('memlock_soft'):
- mem = rec['memlock_soft'] * 1024 # soft limit in bytes
- cgroups.write(self.name, 'memory.soft_limit_in_bytes', mem)
-
- # CPU allocation
- # Only cpu_shares until figure out how to provide limits and guarantees
- # (RT_SCHED?)
- if rec.has_key('cpu_share'):
- cpu_share = rec['cpu_share']
- cgroups.write(self.name, 'cpu.shares', cpu_share)
+ tags = rec["rspec"]["tags"]
+ # It will depend on the FS selection
+ if tags.has_key('disk_max'):
+ disk_max = tags['disk_max']
+ if disk_max == 0:
+ # unlimited
+ pass
+ else:
+ # limit to certain number
+ pass
+
+ # Memory allocation
+ if tags.has_key('memlock_hard'):
+ mem = str(int(tags['memlock_hard']) * 1024) # hard limit in bytes
+ cgroups.write(self.name, 'memory.limit_in_bytes', mem, subsystem="memory")
+ if tags.has_key('memlock_soft'):
+ mem = str(int(tags['memlock_soft']) * 1024) # soft limit in bytes
+ cgroups.write(self.name, 'memory.soft_limit_in_bytes', mem, subsystem="memory")
+
+ # CPU allocation
+ # Only cpu_shares until figure out how to provide limits and guarantees
+ # (RT_SCHED?)
+ if tags.has_key('cpu_share'):
+ cpu_share = tags['cpu_share']
+ cgroups.write(self.name, 'cpu.shares', cpu_share)