def value(self):
"""The value of this simulation object.
.. note::
When setting this property, the value is stored by the :class:`~cocotb.scheduler.Scheduler`
and all stored values are written at the same time at the end of the current simulator time step.
Use :meth:`setimmediatevalue` to set the value immediately.
"""
binstr = simulator.get_signal_val_binstr(self._handle)
result = BinaryValue(binstr, len(binstr))
return result
def __init__(self, handle, path, handle_type):
NonHierarchyObject.__init__(self, handle, path)
if handle_type in [simulator.INTEGER, simulator.ENUM]:
self._value = simulator.get_signal_val_long(self._handle)
elif handle_type == simulator.REAL:
self._value = simulator.get_signal_val_real(self._handle)
elif handle_type == simulator.STRING:
self._value = simulator.get_signal_val_str(self._handle)
else:
val = simulator.get_signal_val_binstr(self._handle)
self._value = BinaryValue(n_bits=len(val))
try:
self._value.binstr = val
except:
self._value = val
def __init__(self, handle, path, handle_type):
"""
Args:
handle (int): The GPI handle to the simulator object.
path (str): Path to this handle, ``None`` if root.
handle_type: The type of the handle
(``simulator.INTEGER``, ``simulator.ENUM``,
``simulator.REAL``, ``simulator.STRING``).
"""
NonHierarchyObject.__init__(self, handle, path)
if handle_type in [simulator.INTEGER, simulator.ENUM]:
self._value = simulator.get_signal_val_long(self._handle)
elif handle_type == simulator.REAL:
self._value = simulator.get_signal_val_real(self._handle)
elif handle_type == simulator.STRING:
self._value = simulator.get_signal_val_str(self._handle)
else:
val = simulator.get_signal_val_binstr(self._handle)
self._value = BinaryValue(n_bits=len(val))
try:
self._value.binstr = val
except Exception:
self._value = val
def _getvalue(self):
binstr = simulator.get_signal_val_binstr(self._handle)
result = BinaryValue(binstr, len(binstr))
return result
def _getvalue(self):
result = BinaryValue()
result.binstr = simulator.get_signal_val_binstr(self._handle)
return result
def _getvalue(self):
result = BinaryValue()
result.binstr = simulator.get_signal_val_binstr(self._handle)
return result
def _get_value_str(self):
return simulator.get_signal_val_binstr(self._handle)
def _get_value_str(self):
return simulator.get_signal_val_binstr(self._handle)
