def data_sink(self, value):
"""
This is a private function, you shouldn't need to call this directly.
"""
if self.type_ == "int":
self.l.append(value)
self.times.append(self.chip.time)
elif self.type_ == "long":
if self.high_word:
self.high_word = not self.high_word
self.l.append(join_words(value, self.low))
self.times.append(self.chip.time)
else:
self.high_word = not self.high_word
self.low = value
elif self.type_ == "float":
self.l.append(bits_to_float(value))
self.times.append(self.chip.time)
elif self.type_ == "double":
if self.high_word:
self.high_word = not self.high_word
self.l.append(bits_to_double(join_words(value, self.low)))
self.times.append(self.chip.time)
else:
self.high_word = not self.high_word
self.low = value
def data_sink(self, value):
"""
This is a private function, you shouldn't need to call this directly.
"""
if self.type_ == "int":
self.l.append(value)
self.times.append(self.chip.time)
elif self.type_ == "long":
if self.high_word:
self.high_word = not self.high_word
self.l.append(join_words(value, self.low))
self.times.append(self.chip.time)
else:
self.high_word = not self.high_word
self.low = value
elif self.type_ == "float":
self.l.append(bits_to_float(value))
self.times.append(self.chip.time)
elif self.type_ == "double":
if self.high_word:
self.high_word = not self.high_word
self.l.append(bits_to_double(join_words(value, self.low)))
self.times.append(self.chip.time)
else:
self.high_word = not self.high_word
self.low = value
def mem_location_as_value(self, memory, type_, size, location):
if size == 4:
value = memory.get(location, 0)
if type_ == "int":
return value
elif type_ == "float":
return bits_to_float(value)
elif size == 8:
value = memory.get(location, 0) | memory.get(location + 1, 0) << 32
if type_ == "long":
return value
elif type_ == "double":
return bits_to_double(value)
return 0
def mem_location_as_value(self, memory, type_, size, location):
if size == 4:
value = memory.get(location, 0)
if type_ == "int":
return value
elif type_ == "float":
return bits_to_float(value)
elif size == 8:
value = memory.get(location, 0) | memory.get(location + 1, 0) << 32
if type_ == "long":
return value
elif type_ == "double":
return bits_to_double(value)
return 0