def __netdev(self, netdev):
netdevinfo = extract(self.data, ['net', netdev])
queues = sum(
len(extract(netdevinfo, ['queues', x])) for x in ('rx', 'rxtx'))
buffers = netdevinfo.get('buffers') or {}
return self.folding.fold(
{
'queues':
Grade.int(queues, 2, 8),
'driver': {
'mlx5_core': 10, # 7500 mbit/s
'mlx4_en': 9, # 6500 mbit/s
'i40e': 8, # 6000 mbit/s
'ixgbe': 7, # 4000 mbit/s
'igb': 6, # 400 mbit/s
'bnx2x': 4, # 100 mbit/s
'e1000e': 3, # 80 mbit/s
'e1000': 3, # 50 mbit/s
'r8169': 1,
'ATL1E': 1,
'8139too': 1, # real trash, you should never use it
}.get(netdevinfo.get('driver').get('driver'), 2),
'buffers':
self.folding.fold(
{
'cur': Grade.int(buffers.get('cur'), 256, 4096),
'max': Grade.int(buffers.get('max'), 256, 4096),
}, self.folding.DEVICE)
},
self.folding.DEVICE)
def assess_memory_size(self, size):
return self.fold(
{
'MemTotal':
Grade.int(size.get('MemTotal'), 2 * (1024**2), 16 * (1024**2)),
'SwapTotal':
Grade.int(size.get('SwapTotal'), 512 * 1024, 4 * (1024**2)),
}, FOLDING_DEVICE)
def __size(self, size):
return self.folding.fold(
{
'MemTotal':
Grade.int(size.get('MemTotal'), 2 * (1024**2), 16 * (1024**2)),
'SwapTotal':
Grade.int(size.get('SwapTotal'), 512 * 1024, 4 * (1024**2)),
}, self.folding.DEVICE) if size else 1
def assess_memory(self):
meminfo = self.data.get('memory')
if meminfo:
return {
'MemTotal':
Grade.int(meminfo.get('MemTotal'), 2 * (1024**2),
16 * (1024**2)),
'SwapTotal':
Grade.int(meminfo.get('SwapTotal'), 512 * 1024, 4 * (1024**2)),
}
def test_grade_int(self):
self.longMessage = True
self.assertEqual(Grade.int(2000, 2000, 4000), 1)
self.assertEqual(Grade.int(1000, 2000, 4000), 1)
self.assertEqual(Grade.int(-1000, 2000, 4000), 1)
self.assertEqual(Grade.int(2200, 2000, 4000), 2)
self.assertEqual(Grade.int(3000, 2000, 4000), 6)
self.assertEqual(Grade.int(3999, 2000, 4000), 10)
self.assertEqual(Grade.int(4000, 2000, 4000), 10)
self.assertEqual(Grade.int(5000, 2000, 4000), 10)
self.assertEqual(Grade.int(5000, 2000, 4000, 15), 15)
self.assertEqual(Grade.int(4000, 2000, 4000, 15), 15)
def assess_memory_device(self, device):
return self.fold(
{
'size':
Grade.int(device.get('size', 0), 512, 8196),
'type':
Grade.known_values(device.get('type', 'RAM'), {
'DDR1': 2,
'DDR2': 3,
'DDR3': 6,
'DDR4': 10,
}),
'speed':
Grade.int(device.get('speed', 0), 200, 4000),
}, FOLDING_DEVICE)
def assess_disk(self, disk):
diskinfo = extract(self.data, ['disk', disk])
return {
'type': Grade.str(diskinfo.get('type'), ['SDD'], ['HDD']),
# 50Gb - good, 1Tb - good enough
'size': Grade.int(diskinfo.get('size'), 50 * (1000**3), 1000**4),
}
def rate_disk(self, disk):
diskinfo = extract(self.data, ['disk', disk])
return self.folding.fold(
{
'type': Grade.str(diskinfo.get('type'), ['SDD'], ['HDD']),
# 50Gb - good, 1Tb - good enough
'size': Grade.int(diskinfo.get('size'), 50 *
(1000**3), 1000**4),
},
self.folding.DEVICE)
def assess_cpu(self):
cpuinfo = extract(self.data, ['cpu', 'info'])
if cpuinfo:
return {
'CPU MHz':
Grade.int(cpuinfo.get('CPU MHz'), 2000, 4000),
'BogoMIPS':
Grade.int(cpuinfo.get('BogoMIPS'), 4000, 8000),
'CPU(s)':
Grade.int(cpuinfo.get('CPU(s)'), 2, 32),
'Core(s) per socket':
Grade.int(cpuinfo.get('Core(s) per socket'), 1, 2),
'Socket(s)':
Grade.int(cpuinfo.get('Socket(s)'), 1, 2),
'Thread(s) per core':
Grade.int(cpuinfo.get('Thread(s) per core'), 2, 1),
'L3 cache':
Grade.int(cpuinfo.get('L3 cache'), 1000, 30000),
'Vendor ID':
Grade.str(cpuinfo.get('Vendor ID'), good=['GenuineIntel']),
}
def rate(self):
cpuinfo = extract(self.data, ['cpu', 'info'])
if cpuinfo: # None if no cpuinfo key
return self.folding.fold(
{
'CPU MHz':
Grade.int(cpuinfo.get('CPU MHz'), 2000, 4000),
'BogoMIPS':
Grade.int(cpuinfo.get('BogoMIPS'), 4000, 8000),
'CPU(s)':
Grade.int(cpuinfo.get('CPU(s)'), 2, 32),
'Core(s) per socket':
Grade.int(cpuinfo.get('Core(s) per socket'), 1, 2),
'Socket(s)':
Grade.int(cpuinfo.get('Socket(s)'), 1, 2),
'Thread(s) per core':
Grade.int(cpuinfo.get('Thread(s) per core'), 2, 1),
'L3 cache':
Grade.int(cpuinfo.get('L3 cache'), 1000, 30000),
'Vendor ID':
Grade.str(cpuinfo.get('Vendor ID'), good=['GenuineIntel']),
}, self.folding.SUBSYSTEM)