def setUp(self):
self.__utils = BoardUtils(debug=False)
# Override the default bof directory to work for unittests
self.__utils._BoardUtils__bof_dir = '../data'
def __init__(self):
self.__utils = BoardUtils()
class BoardUtilsTests(unittest.TestCase):
def setUp(self):
self.__utils = BoardUtils(debug=False)
# Override the default bof directory to work for unittests
self.__utils._BoardUtils__bof_dir = '../data'
def tearDown(self):
#!!! Get rid of any extra bof files that may have failed to unload
pass
def testListAllBofs(self):
# Success
self.assertEqual('True', self.__utils.loadBof('fpga1.bof'))
self.assertEqual(['fpga1.bof,r', 'fpga2.bof,a'],
self.__utils.listAllBofs())
self.assertEqual('True', self.__utils.unloadBof('fpga1.bof'))
# Failure
def testListFreeBofs(self):
# Success
self.assertEqual('True', self.__utils.loadBof('fpga1.bof'))
self.assertEqual(['fpga2.bof'], self.__utils.listFreeBofs())
self.assertEqual('True', self.__utils.unloadBof('fpga1.bof'))
# Failure
def testListRegisters(self):
#!!! No good way to test yet
#!!! Depends on finding a directory in /proc/ on the fly
pass
def testListRunningBofs(self):
# Success
self.assertEqual('True', self.__utils.loadBof('fpga1.bof'))
self.assertEqual(['fpga1.bof'], self.__utils.listRunningBofs())
self.assertEqual('True', self.__utils.unloadBof('fpga1.bof'))
# Failure
def testLoadBof(self):
# Success
self.assertEqual('True', self.__utils.loadBof('/bin/ls'))
# Failure
self.assertEqual('False', self.__utils.loadBof('notABof'))
def testReadRegister(self):
#!!! No good way to test yet
#!!! Depends on finding a directory in /proc/ on the fly
pass
def testUnloadBof(self):
# Success
self.assertEqual('True', self.__utils.loadBof('fpga1.bof'))
self.assertEqual('True', self.__utils.unloadBof('fpga1.bof'))
# Failure
self.assertEqual('False', self.__utils.unloadBof('notABof'))
def testWriteRegister(self):
#!!! No good way to test yet
#!!! Depends on finding a directory in /proc/ on the fly
pass
class Bee2Agent(Agent):
"""Agent for the BEE2.
Handles incoming requests.
"""
def __init__(self):
self.__utils = BoardUtils()
def get(self, keys = index):
"""Get all values of parameters matching keys in keys list.
If keys is ['index'], return a list of all available parameters.
i.e. return a list of everything the user can get.
Keyword arguments:
keys -- names of parameters to get (default index)
"""
result = []
if keys != index:
result += [self.__utils.readRegister(reg) for reg in keys]
# Keep hexlification of registers separate; preserve time coupling
for i in range(len(result)):
if result[i] != 'Error':
result[i] = b2a_hex(result[i])
#result = [b2a_hex(r) for r in result]
else:
result += self.__utils.listRegisters()
return result
def load(self, keys = index):
"""Load profiles with names which match given keys list.
If keys is ['index'], return a list of all available profiles to load.
i.e. return a list of everything the user can load.
Note that one cannot load a profile on a component in use.
Keyword arguments:
keys -- sequence of names of profiles to load (default index)
"""
result = []
if keys != index:
result += [self.__utils.loadBof(proc) for proc in keys]
else:
result += self.__utils.listFreeBofs()
return result
def set(self, keys, values):
"""Set parameters with names which match keys, with supplied values.
Keyword arguments:
keys -- sequence of names of parameters to set
values -- sequence of values of parameters to set
"""
result = []
if len(keys) > 0 and len(keys) == len(values) \
and keys[0] and values[0]:
# This relies on integer rounding in the division,
# so in this case (n/8)*8 != n for some n
values = [a2b_hex(zfill(str(value), 8*((len(value)+7)/8)))
for value in values]
result += [self.__utils.writeRegister(reg, data)
for reg, data in zip(keys, values)]
else:
self.__utils.debug('set: key or value mismatch')
result += ['False' for i in keys]
return result
def unload(self, keys = index):
"""Unload profiles with names which match given keys list.
If keys is ['index'], return a list of all loaded profiles.
i.e. return a list of everything the user can unload.
Keyword arguments:
keys -- sequence of names of profiles to unload (default index)
"""
result = []
if keys != index:
result += [self.__utils.unloadBof(proc) for proc in keys]
else:
result += self.__utils.listRunningBofs()
return result
def profiles(self, keys = index):
"""Provide information on profiles, either given or found.
If keys is ['index'], return a list of info on all found profiles,
formatted ['profile_name,s', ...] where s is state of profile.
See the agent module's 'states' property for more information.
Keyword arguments:
keys -- sequence of names of profiles for info (default index)
"""
result = []
profs = self.__utils.listAllBofs()
if keys != index:
bofs = [bof[:-2] for bof in profs]
for key in keys:
if key in bofs:
result.append(profs[bofs.index(key)])
else:
result.append('Error')
else:
result += profs
return result