def test_ESPFirmwareFlasherWidget_update_firmware(esptool_is_installed,
microbit):
"""
Ensure the widget for editing settings related to the ESP Firmware Flasher
displays the referenced settings data in the expected way.
"""
editor = mock.MagicMock()
view = mock.MagicMock()
mm = ESPMode(editor, view)
modes = mock.MagicMock()
device_list = mu.logic.DeviceList(modes)
device_list.add_device(microbit)
espff = mu.interface.dialogs.ESPFirmwareFlasherWidget()
espff.venv = mock.Mock()
with mock.patch("os.path.exists", return_value=True):
espff.setup(mm, device_list)
espff.mode.repl = True
espff.mode.plotter = True
espff.mode.fs = True
espff.device_type.setCurrentIndex(0)
espff.update_firmware()
espff.device_type.setCurrentIndex(1)
espff.update_firmware()
def setup_modes(editor, view):
"""
Create a simple dictionary to hold instances of the available modes.
*PREMATURE OPTIMIZATION ALERT* This may become more complex in future so
splitting things out here to contain the mess. ;-)
"""
modes = {
# "python": PythonMode(editor, view),
# "circuitpython": CircuitPythonMode(editor, view),
# "microbit": MicrobitMode(editor, view),
"esp": ESPMode(editor, view),
# "web": WebMode(editor, view),
# "debugger": DebugMode(editor, view),
}
return modes
def test_ESPFirmwareFlasherWidget_update_firmware_no_deviec():
"""
Ensure that we don't try to flash, when no device is connected.
"""
editor = mock.MagicMock()
view = mock.MagicMock()
mm = ESPMode(editor, view)
modes = mock.MagicMock()
device_list = mu.logic.DeviceList(modes)
espff = mu.interface.dialogs.ESPFirmwareFlasherWidget()
with mock.patch("os.path.exists", return_value=True):
espff.setup(mm, device_list)
espff.run_esptool = mock.MagicMock()
espff.device_type.setCurrentIndex(0)
espff.update_firmware()
espff.run_esptool.assert_not_called()
def setup_modes(editor, view):
"""
Create a simple dictionary to hold instances of the available modes.
*PREMATURE OPTIMIZATION ALERT* This may become more complex in future so
splitting things out here to contain the mess. ;-)
"""
modes = {
'python': PythonMode(editor, view),
'adafruit': AdafruitMode(editor, view),
'microbit': MicrobitMode(editor, view),
'esp': ESPMode(editor, view),
'debugger': DebugMode(editor, view),
}
# Check if pgzero is available (without importing it)
if any([m for m in pkgutil.iter_modules() if 'pgzero' in m]):
modes['pygamezero'] = PyGameZeroMode(editor, view)
# return available modes
return modes
def setup_modes(editor, view):
"""
Create a simple dictionary to hold instances of the available modes.
*PREMATURE OPTIMIZATION ALERT* This may become more complex in future so
splitting things out here to contain the mess. ;-)
"""
modes = {
"python": PythonMode(editor, view),
"circuitpython": CircuitPythonMode(editor, view),
"microbit": MicrobitMode(editor, view),
"esp": ESPMode(editor, view),
"web": WebMode(editor, view),
"debugger": DebugMode(editor, view),
}
# Check if pgzero is available (without importing it)
if any([m for m in pkgutil.iter_modules() if "pgzero" in m]):
modes["pygamezero"] = PyGameZeroMode(editor, view)
# return available modes
return modes
