def setUp(self):
self.oPart = part.new(utils.create_part_dict())
self.oBoard = board.new(utils.create_board_dict())
self.oDevice = device.new(utils.create_device_dict())
self.oTM = timing_model.new('DAC_DATA', self.oDevice, self.oBoard,
self.oPart)
def print_text_block_diagram(cmd_line_args):
config = utils.read_config_file(cmd_line_args.config_file)
my_part = part.new(config['part'])
my_board = board.new(config)
my_device = device.new(config['device'])
my_tm = timing_model.new('DAC_DATA', my_device, my_board, my_part)
block_diagram = text_block_diagram.render(my_tm)
for line in block_diagram:
print(line)
def print_text_clock_diagram(cmd_line_args):
config = utils.read_config_file(cmd_line_args.config_file)
my_part = part.new(config['part'])
my_board = board.new(config)
my_device = device.new(config['device'])
my_tm = timing_model.new('DAC_DATA', my_device, my_board, my_part)
for my_pin in my_tm.device_interface.data_pins:
print('#' * 80)
print(my_pin.name)
print('-' * 80)
clock_diagram = text_clock_diagram.render(my_tm, my_pin.name)
for line in clock_diagram:
print(line)
def test_new_board(self):
oBoard = board.new(dBoardConfig)
self.assertEqual(3, len(oBoard.traces))
def setUp(self):
self.oPart = part.new(utils.create_part_dict())
self.oBoard = board.new(utils.create_board_dict())
self.oDevice = device.new(utils.create_device_dict())