# for sleep import time # needed for cpu, disk, and memory handling import nonportable # needed for locking import threading # needed for handling internal errors import tracebackrepy # common functionality needed between nanny and nonportable import nanny_resource_limits nanny_resource_limits.init(nonportable.getruntime) # These are resources that drain / replenish over time renewable_resources = nanny_resource_limits.renewable_resources # These are resources where the quantity of use may vary by use quantity_resources = nanny_resource_limits.quantity_resources # These are resources where the number of items is the quantity (events because # each event is "equal", insockets because a listening socket is a listening # socket) fungible_item_resources = nanny_resource_limits.fungible_item_resources # resources where there is no quantity. There is only one messport 12345 and # a vessel either has it or the vessel doesn't. The resource messport 12345 # isn't fungible because it's not equal to having port 54321. A vessel may
elif osrealtype == "FreeBSD": import freebsd_api as os_api elif ostype == "Windows" or ostype == "WindowsCE": # There is no real reason to do this, since windows is imported separately import windows_api as os_api else: # This is a non-supported OS raise UnsupportedSystemException, "The current Operating System is not supported! Fatal Error." # Set granularity calculate_granularity() # For Windows, we need to initialize time.clock() if ostype in ["Windows", "WindowsCE"]: time.clock() # Initialize getruntime for other platforms else: # Set the starttime to the initial uptime starttime = getruntime() last_uptime = starttime # Reset elapsed time elapsedtime = 0 # Conrad: initialize nanny (Prevents circular imports) # Note: nanny_resource_limits can be initialized at any time after getruntime() # is defined, this just seems the most appropriate place to put the call. nanny_resource_limits.init(getruntime)
# for sleep import time # needed for cpu, disk, and memory handling import nonportable # needed for locking import threading # needed for handling internal errors import tracebackrepy # common functionality needed between nanny and nonportable import nanny_resource_limits nanny_resource_limits.init(nonportable.getruntime) # These are resources that drain / replenish over time renewable_resources = nanny_resource_limits.renewable_resources # These are resources where the quantity of use may vary by use quantity_resources = nanny_resource_limits.quantity_resources # These are resources where the number of items is the quantity (events because # each event is "equal", insockets because a listening socket is a listening # socket) fungible_item_resources = nanny_resource_limits.fungible_item_resources # resources where there is no quantity. There is only one messport 12345 and # a vessel either has it or the vessel doesn't. The resource messport 12345 # isn't fungible because it's not equal to having port 54321. A vessel may