def __init__(self, val=None):
""" Construct a signal.
val -- initial value
"""
self._init = deepcopy(val)
self._val = deepcopy(val)
self._next = deepcopy(val)
self._min = self._max = None
self._name = self._driven = None
self._read = self._used = False
self._inList = False
self._nrbits = 0
self._numeric = True
self._printVcd = self._printVcdStr
if isinstance(val, bool):
self._type = bool
self._setNextVal = self._setNextBool
self._printVcd = self._printVcdBit
self._nrbits = 1
elif isinstance(val, integer_types):
self._type = integer_types
self._setNextVal = self._setNextInt
elif isinstance(val, fixbv):
self._type = fixbv
if val._val is None:
raise ValueError("fixbv has not been initialized correctly")
self._W = val._W
self._nrbits = val._nrbits
self._setNextVal = self._setNextFixbv
if self._nrbits:
self._printVcd = self._printVcdVec
else:
self._printVcd = self._printVcdHex
elif isinstance(val, intbv):
self._type = intbv
self._min = val._min
self._max = val._max
self._nrbits = val._nrbits
self._setNextVal = self._setNextIntbv
if self._nrbits:
self._printVcd = self._printVcdVec
else:
self._printVcd = self._printVcdHex
else:
self._type = type(val)
if isinstance(val, EnumItemType):
self._setNextVal = self._setNextNonmutable
else:
self._setNextVal = self._setNextMutable
if hasattr(val, '_nrbits'):
self._nrbits = val._nrbits
self._eventWaiters = _WaiterList()
self._posedgeWaiters = _PosedgeWaiterList(self)
self._negedgeWaiters = _NegedgeWaiterList(self)
self._code = ""
self._slicesigs = []
self._tracing = 0
_signals.append(self)
def __init__(self, val=None):
""" Construct a signal.
val -- initial value
"""
self._init = deepcopy(val)
self._val = deepcopy(val)
self._next = deepcopy(val)
self._min = self._max = None
self._name = self._read = self._driven = None
self._used = False
self._inList = False
self._nrbits = 0
self._numeric = True
self._printVcd = self._printVcdStr
if isinstance(val, bool):
self._type = bool
self._setNextVal = self._setNextBool
self._printVcd = self._printVcdBit
self._nrbits = 1
elif isinstance(val, integer_types):
self._type = integer_types
self._setNextVal = self._setNextInt
elif isinstance(val, intbv):
self._type = intbv
self._min = val._min
self._max = val._max
self._nrbits = val._nrbits
self._setNextVal = self._setNextIntbv
if self._nrbits:
self._printVcd = self._printVcdVec
else:
self._printVcd = self._printVcdHex
else:
self._type = type(val)
if isinstance(val, EnumItemType):
self._setNextVal = self._setNextNonmutable
else:
self._setNextVal = self._setNextMutable
if hasattr(val, '_nrbits'):
self._nrbits = val._nrbits
self._eventWaiters = _WaiterList()
self._posedgeWaiters = _PosedgeWaiterList(self)
self._negedgeWaiters = _NegedgeWaiterList(self)
self._code = ""
self._slicesigs = []
self._tracing = 0
_signals.append(self)
def __init__(self, val=None):
""" Construct a signal.
val -- initial value
"""
self._next = self._val = self._init = copy(val)
self._min = self._max = None
self._name = self._read = self._driven = None
self._used = False
self._inList = False
self._nrbits = 0
self._printVcd = self._printVcdStr
if isinstance(val, bool):
self._type = bool
self._setNextVal = self._setNextBool
self._printVcd = self._printVcdBit
self._nrbits = 1
elif isinstance(val, (int, long)):
self._type = (int, long)
self._setNextVal = self._setNextInt
elif isinstance(val, intbv):
self._type = intbv
self._min = val._min
self._max = val._max
self._nrbits = val._nrbits
self._setNextVal = self._setNextIntbv
if self._nrbits:
self._printVcd = self._printVcdVec
else:
self._printVcd = self._printVcdHex
elif val is None:
self._type = None
self._setNextVal = self._setNext
else:
self._type = type(val)
self._setNextVal = self._setNextType
if hasattr(val, '_nrbits'):
self._nrbits = val._nrbits
self._eventWaiters = _WaiterList()
self._posedgeWaiters = _PosedgeWaiterList(self)
self._negedgeWaiters = _NegedgeWaiterList(self)
self._code = ""
self._tracing = 0
_signals.append(self)
def __init__(self, val=None):
""" Construct a signal.
val -- initial value
"""
# print('Signal', repr(val))
self._init = deepcopy(val)
self._val = deepcopy(val)
self._next = deepcopy(val)
self._min = self._max = None
self._name = self._read = self._driven = None
self._namelevel = -1
self._used = False
self._inList = False
self._nrbits = 0
self._attribute = None
self._printVcd = self._printVcdStr
self._suppresswarning = False
if isinstance(val, bool):
self._type = bool
self._setNextVal = self._setNextBool
self._printVcd = self._printVcdBit
self._nrbits = 1
elif isinstance(val, integer_types):
self._type = integer_types
self._setNextVal = self._setNextInt
elif isinstance(val, intbv):
self._type = intbv
self._min = val._min
self._max = val._max
self._nrbits = val._nrbits
self._setNextVal = self._setNextIntbv
if self._nrbits:
self._printVcd = self._printVcdVec
else:
self._printVcd = self._printVcdHex
# elif val in ('Open', 'Low', 'High'):
# if val == 'Open':
# pass
# elif val == 'Low':
# self._type = bool
# self._val = 0
# self._printVcd = self._printVcdBit
# self._nrbits = 1
# elif val == 'High':
# self._type = bool
# self._val = 1
# self._printVcd = self._printVcdBit
# self._nrbits = 1
# elif isinstance(val, _Signal):
# self._type = val._type
# #differentiate between bool, intbv and others
# if self._type == bool:
# self._setNextVal = self._setNextBool
# self._printVcd = self._printVcdBit
# self._nrbits = 1
# elif self._type == intbv:
# self._min = val._min
# self._max = val._max
# self._nrbits = val._nrbits
# self._setNextVal = self._setNextIntbv
# if self._nrbits:
# self._printVcd = self._printVcdVec
# else:
# self._printVcd = self._printVcdHex
# else:
# # others
# raise ValueError( "Don't handle {}".format( val._type ))
else:
self._type = type(val)
if isinstance(val, EnumItemType):
self._setNextVal = self._setNextNonmutable
# let's print it in hex or decimal?
self._printVcd = self._printVcdEnum
else:
self._setNextVal = self._setNextMutable
if hasattr(val, '_nrbits'):
self._nrbits = val._nrbits
self._eventWaiters = _WaiterList()
self._posedgeWaiters = _PosedgeWaiterList(self)
self._negedgeWaiters = _NegedgeWaiterList(self)
self._code = ""
self._slicesigs = []
self._tracing = 0
_signals.append(self)