def removeRows(self, row, count, parent_index):
parent_node = parent_index.internalPointer()
if not isinstance( row, int):
MessageBox("Behavior Tree Model removeRows 'row' must be of type 'int', is of type: ", type(row))
return False
if not isinstance(count, int):
MessageBox("Behavior Tree Model removeRows 'count' must be of type 'int', is of type: ", type(count))
return False
if row < 0:
MessageBox("Behavior Tree Model removeRows 'row' must be >= 0, is: ", row)
return False
if count <= 0:
MessageBox("Behavior Tree Model removeRows 'count' must be > 0, is: ", count)
return False
self.beginRemoveRows(parent_index, row, row+count-1)
for i in list(range(count)):
parent_node.removeChild(row)
self.endRemoveRows()
def insertChild(self, parent_index, child_type, insert_row = None):
parent_node = parent_index.internalPointer()
if insert_row is None:
insert_row = parent_index.internalPointer().childCount()
if insert_row is not False:
self.beginInsertRows(parent_index, insert_row, insert_row)
if child_type == typ.SEQUENCE_NODE : parent_node.insertChild(insert_row, SequenceNode())
elif child_type == typ.SELECTOR_NODE : parent_node.insertChild(insert_row, SelectorNode())
elif child_type == typ.WHILE_NODE : parent_node.insertChild(insert_row, WhileNode())
elif child_type == typ.SET_NODE : parent_node.insertChild(insert_row, SetNode())
elif child_type == typ.WAIT_TIME_NODE : parent_node.insertChild(insert_row, WaitTimeNode())
elif child_type == typ.SUCCESS_NODE : parent_node.insertChild(insert_row, SuccessNode())
elif child_type == typ.FAILURE_NODE : parent_node.insertChild(insert_row, FailureNode())
else: MessageBox('Attempting to insert unknown node of type', child_type)
self.endInsertRows()
new_child_index = self.index(insert_row, 0, parent_index)
#Behavior tree to d_out link
if child_type == typ.SET_NODE:
for node in self._tool_nodes:
if node.typeInfo() in [typ.D_OUT_NODE]:
new_child_index.internalPointer().addNode(node)
return new_child_index
def test_DeviceIconEditor(qtbot, open_window, tool_model):
editor1 = open_window(DeviceIconEditor)
editor2 = open_window(DeviceIconEditor)
editor1.setModel(tool_model)
editor2.setModel(tool_model)
for index in tool_model.indexesOfType(typ.DEVICE_ICON_NODE):
node = index.internalPointer()
editor1.setSelection(index)
editor2.setSelection(index)
assert editor1.isVisible()
assert editor2.isVisible()
assert node.x == editor1.ui_x.value()
assert node.y == editor1.ui_y.value()
assert node.scale == editor1.ui_scale.value()
assert node.rotation == editor1.ui_rotation.value()
assert node.hasText == editor1.ui_has_text.isChecked()
assert node.textX == editor1.ui_text_x.value()
assert node.textY == editor1.ui_text_y.value()
assert node.fontSize == editor1.ui_font_size.value()
if TestingFlags.ENABLE_MANUAL_TESTING:
MessageBox("Device Icon Editor Testing")
qtbot.stopForInteraction()
def test_ToolEditor(qtbot, open_window, tool_model):
editor = open_window(ToolEditor)
editor.setModel(tool_model)
editor.resize(1000,600)
if TestingFlags.ENABLE_MANUAL_TESTING:
MessageBox("Tool Editor Testing")
qtbot.stopForInteraction()
def loadAttrs(self, data):
try:
#Get all the attributes of the node
attrs = iter(self.attrs().items())
for key, value in attrs:
if key in data:
setattr(self, key, data[key])
except Exception as e:
MessageBox("Error setting attribute", e, key, value)
def test_addRemoveBits(qtbot, open_window, good_data):
table_model = DigitalStateTableModel(allow_is_used=True)
table_model.setHalPins(good_data[0])
table_model.setStates(good_data[1])
table_model.setIsUsed(good_data[2])
table_view = open_window(DigitalStateTableView)
table_view.setWindowTitle("Digital State Table View")
table_view.setModel(table_model)
table_view.resize(table_view.sizeHint() * 2)
assert table_view.isVisible()
starting_rows = table_model.rowCount()
#Add One
table_view.addBit()
qtbot.wait(TestingFlags.TEST_WAIT_SHORT)
assert starting_rows << 1 == table_model.rowCount()
#Remove One
table_view.removeBit()
qtbot.wait(TestingFlags.TEST_WAIT_SHORT)
assert starting_rows == table_model.rowCount()
#Remove Another
table_view.removeBit()
qtbot.wait(TestingFlags.TEST_WAIT_SHORT)
assert starting_rows >> 1 == table_model.rowCount()
#Remove One Too Many!
with pytest.raises(ValueError):
table_view.removeBit()
qtbot.wait(TestingFlags.TEST_WAIT_SHORT)
#Add One
table_view.addBit()
qtbot.wait(TestingFlags.TEST_WAIT_SHORT)
assert starting_rows == table_model.rowCount()
table_model.setAllowedHalPins(
['None', 'pin_1', 'pin_2', 'pin_33', 'pin_4'])
table_view.setHalPin(0, 'pin_1')
table_view.setHalPin(1, 'pin_2')
menu = table_view.generateContextMenu()
assert isinstance(menu, QtWidgets.QMenu)
if TestingFlags.ENABLE_MANUAL_TESTING:
MessageBox(
"Digital State Table Manual Testing",
"Test that the GUI Name and is Used can be edited\n Row 0 is used must be True\n Right click add and remove bits"
)
qtbot.stopForInteraction()
def loadJSON(self, json):
try:
if json['type_info'] == 'root':
self._root_index = self.createIndex(0, 0, self._root_node)
self._root_index.internalPointer().loadAttrs(json)
for child in json['children']:
index = self.insertChild(self._root_index, child['type_info'])
index.internalPointer().loadAttrs(child)
self._recurseJSON(index, child)
except Exception as e:
MessageBox("Failed to behavior from JSON", e)
return False
def setData(self, index, value, role = QtCore.Qt.EditRole):
if role == QtCore.Qt.EditRole:
row = index.row()
col = index.column()
num_rows = len(self._data)
if col == self.greaterThanColumn():
if row == 0:
MessageBox("Row 0 greater_than must be 'None'", 'Attempting to set to: ', value)
return False
if row < num_rows-1 and row > 0:
if value >= self._data[row+1][col]:
MessageBox('Greater than value must be less than next index','Next index: ', self._data[row+1][col])
return False
if row > 1:
if value <= self._data[row-1][col]:
MessageBox('Greater than value must be more than previous index','Previous index: ', self._data[row-1][col])
return False
self._data[row][col] = float(value)
self.dataChanged.emit(index, index)
return True
if col == self.nameColumn():
self._data[row][col] = str(value)
self.dataChanged.emit(index, index)
return True
MessageBox("Failed editing analog state table data.", 'Attempted to set index: ', index, '\nto: ', value)
return False
def test_selectDevice(qtbot, open_window, tool_model):
device_indexes = tool_model.indexesOfType(typ.DEVICE_NODE)
wid = open_window(SystemManualView)
wid.setModel(tool_model)
wid.setSelection(device_indexes[0])
assert wid.isVisible()
for index in device_indexes:
wid.setSelection(index)
qtbot.wait(TestingFlags.TEST_WAIT_LONG)
if TestingFlags.ENABLE_MANUAL_TESTING:
MessageBox("Should have selected the devices for this tool.")
qtbot.stopForInteraction()
def test_DeviceEditor(qtbot, open_window, tool_model):
editor1 = open_window(DeviceEditor)
editor2 = open_window(DeviceEditor)
editor1.setModel(tool_model)
editor2.setModel(tool_model)
for index in tool_model.indexesOfType(typ.DEVICE_NODE):
editor1.setSelection(index)
editor2.setSelection(index)
assert editor1.isVisible()
assert editor2.isVisible()
if TestingFlags.ENABLE_MANUAL_TESTING:
MessageBox("Device Editor Testing")
qtbot.stopForInteraction()
def setNumberOfStates(self, num_states):
if not num_states in [1,2,3,4]:
MessageBox('Invalid number of states, must be 1,2,3 or 4', num_states)
return False
if num_states == self.numberOfStates():
return True
current_greater_than_col = [inner[self.greaterThanColumn()] for inner in self._data]
current_name_col = [inner[self.nameColumn()] for inner in self._data]
current_max = 0.0
self.beginResetModel()
if num_states == 1: new_tbl = [[0]]
elif num_states == 2: new_tbl = [[0],[1]]
elif num_states == 3: new_tbl = [[0],[1],[2]]
elif num_states == 4: new_tbl = [[0],[1],[2],[3]]
#Add the name and is used column from the old data if it exits
for i, row in enumerate(new_tbl):
if i == 0:
row.append(None)
row.append(current_name_col[i])
elif i < len(current_name_col):
current_max = current_greater_than_col[i]
row.append(current_greater_than_col[i])
row.append(current_name_col[i])
else:
current_max += 1.0
row.append(current_max)
row.append('GUI Name')
self._data = new_tbl
self._number_of_states = num_states
self.endResetModel()
return True
def test_selectSystem(qtbot, open_window, tool_model):
system_indexes = tool_model.indexesOfType(typ.SYSTEM_NODE)
wid = open_window(SystemManualView)
wid.setModel(tool_model)
wid.setSelection(system_indexes[0])
assert wid.isVisible()
for index in system_indexes:
wid.setSelection(index)
assert wid.isVisible()
qtbot.wait(TestingFlags.TEST_WAIT_LONG)
if TestingFlags.ENABLE_MANUAL_TESTING:
MessageBox("For each tool it should cycle through each system.")
qtbot.stopForInteraction()
def test_noIsUsed(qtbot, open_window, good_data):
table_model = DigitalStateTableModel(allow_is_used=False)
table_model.setHalPins(good_data[0])
table_model.setStates(good_data[1])
table_model.setAllowedHalPins(
['None', 'pin_1', 'pin_2', 'pin_33', 'pin_4'])
table_view = open_window(DigitalStateTableView)
table_view.setWindowTitle("Digital State Table View")
table_view.setModel(table_model)
table_view.resize(table_view.sizeHint() * 2)
assert table_view.isVisible()
if TestingFlags.ENABLE_MANUAL_TESTING:
MessageBox("Digital State Table Manual Testing", "No is used column")
qtbot.stopForInteraction()
def test_twoOpen(qtbot, open_window, tool_model):
wid1 = open_window(DeviceManualView)
wid2 = open_window(DeviceManualView)
wid1.setModel(tool_model)
wid2.setModel(tool_model)
indexes = tool_model.indexesOfType(typ.DEVICE_NODE)
index = indexes[0]
wid1.setSelection(index)
wid2.setSelection(index)
assert wid1.isVisible()
assert wid2.isVisible()
indexes = tool_model.indexesOfType(typ.D_IN_NODE)
d_in = indexes[0]
indexes = tool_model.indexesOfType(typ.A_IN_NODE)
a_in = indexes[0]
indexes = tool_model.indexesOfType(typ.BOOL_VAR_NODE)
bool_var = indexes[0]
qtbot.wait(TestingFlags.TEST_WAIT_LONG)
tool_model.setData(d_in.siblingAtColumn(col.HAL_VALUE), True)
tool_model.setData(a_in.siblingAtColumn(col.HAL_VALUE), .11)
qtbot.wait(TestingFlags.TEST_WAIT_LONG)
tool_model.setData(d_in.siblingAtColumn(col.HAL_VALUE), False)
tool_model.setData(a_in.siblingAtColumn(col.HAL_VALUE), .22)
qtbot.wait(TestingFlags.TEST_WAIT_LONG)
tool_model.setData(d_in.siblingAtColumn(col.HAL_VALUE), True)
tool_model.setData(a_in.siblingAtColumn(col.HAL_VALUE), .33)
qtbot.wait(TestingFlags.TEST_WAIT_LONG)
tool_model.setData(bool_var.siblingAtColumn(col.VALUE), False)
qtbot.wait(TestingFlags.TEST_WAIT_LONG)
tool_model.setData(bool_var.siblingAtColumn(col.OFF_ENABLE), False)
qtbot.wait(TestingFlags.TEST_WAIT_LONG)
tool_model.setData(bool_var.siblingAtColumn(col.OFF_ENABLE), True)
qtbot.wait(TestingFlags.TEST_WAIT_LONG)
tool_model.setData(bool_var.siblingAtColumn(col.ENABLE_MANUAL), False)
if TestingFlags.ENABLE_MANUAL_TESTING is True:
MessageBox("Test with two windows open")
qtbot.stopForInteraction()
def test_SystemEditor(qtbot, open_window, tool_model):
editor1 = open_window(SystemEditor)
editor2 = open_window(SystemEditor)
editor1.setModel(tool_model)
editor2.setModel(tool_model)
for index in tool_model.indexesOfType(typ.SYSTEM_NODE):
node = index.internalPointer()
editor1.setSelection(index)
editor2.setSelection(index)
qtbot.mouseClick(editor1.ui_background_svg, QtCore.Qt.LeftButton)
assert editor1.isVisible()
assert editor2.isVisible()
assert node.backgroundSVG == editor1.ui_background_svg.text()
if TestingFlags.ENABLE_MANUAL_TESTING:
MessageBox("System Editor Manual Testing")
qtbot.stopForInteraction()
def test_BoolVarEditor(qtbot, open_window, tool_model):
editor1 = open_window(BoolVarEditor)
editor2 = open_window(BoolVarEditor)
editor1.setModel(tool_model)
editor2.setModel(tool_model)
for index in tool_model.indexesOfType(typ.BOOL_VAR_NODE):
editor1.setSelection(index)
editor2.setSelection(index)
assert editor1.isVisible()
assert editor2.isVisible()
assert index.internalPointer().offName == editor1.ui_off_name.text()
assert index.internalPointer().onName == editor1.ui_on_name.text()
assert index.internalPointer().enableManual == editor1.ui_enable_manual.isChecked()
assert index.internalPointer().viewOnly == editor1.ui_view_only.isChecked()
if TestingFlags.ENABLE_MANUAL_TESTING:
MessageBox("Bool Var Editor Testing")
qtbot.stopForInteraction()
def test_NodeEditor(qtbot, open_window, tool_model):
editor1 = open_window(NodeEditor)
editor2 = open_window(NodeEditor)
editor1.setModel(tool_model)
editor2.setModel(tool_model)
for index in tool_model.indexesOfType(typ.DEVICE_NODE):
editor1.setSelection(index)
editor2.setSelection(index)
qtbot.mouseClick(editor1.ui_name, QtCore.Qt.LeftButton)
qtbot.mouseClick(editor1.ui_description, QtCore.Qt.LeftButton)
assert editor1.isVisible()
assert editor2.isVisible()
assert index.internalPointer().typeInfo() == editor1.ui_type.text()
assert index.internalPointer().name == editor1.ui_name.text()
assert index.internalPointer().description == editor1.ui_description.text()
if TestingFlags.ENABLE_MANUAL_TESTING:
MessageBox("Node Editor Manual Testing")
qtbot.stopForInteraction()
def test_DigitalOutputEditor(qtbot, open_window, tool_model):
editor1 = open_window(DigitalOutputEditor)
editor2 = open_window(DigitalOutputEditor)
editor1.setModel(tool_model)
editor2.setModel(tool_model)
for index in tool_model.indexesOfType(typ.D_OUT_NODE):
node = index.internalPointer()
editor1.setSelection(index)
editor2.setSelection(index)
assert editor1.isVisible()
assert editor2.isVisible()
assert node.halPin == editor1.ui_hal_pin.currentText()
assert node.offName == editor1.ui_off_name.text()
assert node.onName == editor1.ui_on_name.text()
assert node.value() == editor1.ui_value.isEnabled()
if TestingFlags.ENABLE_MANUAL_TESTING:
MessageBox("Digital Output Editor Testing")
qtbot.stopForInteraction()
def test_AnalogInputEditor(qtbot, open_window, tool_model):
editor1 = open_window(AnalogInputEditor)
editor2 = open_window(AnalogInputEditor)
editor1.setModel(tool_model)
editor2.setModel(tool_model)
for index in tool_model.indexesOfType(typ.A_IN_NODE):
editor1.setSelection(index)
editor2.setSelection(index)
assert editor1.isVisible()
assert editor2.isVisible()
tool_model.setData(index.siblingAtColumn(col.HAL_PIN), 1)
assert index.internalPointer().halPin == editor1.ui_hal_pin.currentText()
assert index.internalPointer().value() == editor1.ui_value.value()
assert index.internalPointer().units == editor1.ui_units.text()
assert index.internalPointer().displayDigits == editor1.ui_display_digits.value()
assert index.internalPointer().displayScientific == editor1.ui_display_scientific.isChecked()
if TestingFlags.ENABLE_MANUAL_TESTING:
MessageBox("Analog Input Editor Testing")
qtbot.stopForInteraction()
def test_setLayer(qtbot, open_window, tool_model):
device_indexes = tool_model.indexesOfType(typ.DEVICE_NODE)
icon_indexes = tool_model.indexesOfType(typ.DEVICE_ICON_NODE)
wid = open_window(SystemManualView)
wid.setModel(tool_model)
assert wid.isVisible()
for i, icon_index in enumerate(icon_indexes):
node = icon_index.internalPointer()
wid.setSelection(icon_index.parent())
for layer in node.layers().names:
tool_model.setData(icon_index.siblingAtColumn(col.LAYER), layer)
assert tool_model.data(icon_index.siblingAtColumn(col.LAYER),
QtCore.Qt.DisplayRole) == layer
qtbot.wait(TestingFlags.TEST_WAIT_SHORT)
if TestingFlags.ENABLE_MANUAL_TESTING:
MessageBox(
"For each device it should have cycled through the icon layers.")
qtbot.stopForInteraction()
def test_FloatVarEditor(qtbot, open_window, tool_model):
editor1 = open_window(FloatVarEditor)
editor2 = open_window(FloatVarEditor)
editor1.setModel(tool_model)
editor2.setModel(tool_model)
for index in tool_model.indexesOfType(typ.FLOAT_VAR_NODE):
editor1.setSelection(index)
editor2.setSelection(index)
assert editor1.isVisible()
assert editor2.isVisible()
assert index.internalPointer().min == editor1.ui_min.value()
assert index.internalPointer().max == editor1.ui_max.value()
assert index.internalPointer().units == editor1.ui_units.text()
assert index.internalPointer().displayDigits == editor1.ui_display_digits.value()
assert index.internalPointer().displayScientific == editor1.ui_display_scientific.isChecked()
assert index.internalPointer().enableManual == editor1.ui_enable_manual.isChecked()
assert index.internalPointer().viewOnly == editor1.ui_view_only.isChecked()
if TestingFlags.ENABLE_MANUAL_TESTING:
MessageBox("Float Var Editor Testing")
qtbot.stopForInteraction()
def excepthook(exc_type, exc_value, exc_tb):
tb = "".join(traceback.format_exception(exc_type, exc_value, exc_tb))
MessageBox(tb)
def setDataArray(self, data):
'''
in format [ ['state', 'greater_than', 'gui_name' ],
[ 0 , None, 'name_a'],
[ 1 , 1.11, 'name_b'],
[ 2 , 2.34, 'name_c'],
[ 3 , 9.99, 'name_d']]
'''
data_main = []
#Data validation first
try:
if data[0] == ['state', 'greater_than','gui_name']:
data_main = data[1:]
else:
MessageBox("Invalid analog state table data, first row must be ['state', 'greater_than', 'gui_name'].", "Row 0:", data[0])
return False
num_rows = len(data_main)
#Array must be length 2,4,8 or 16
if num_rows <= 0:
MessageBox('Invalid number of rows in state data, must have at least 1', 'Analog State Table:', data)
return False
if num_rows > 4:
MessageBox('Invalid number of rows in state data, must have 1-4', 'Analog State Table:', data)
return False
for i, row in enumerate(data_main):
if not len(row) == 3:
MessageBox('Must have 3 columns state_index, grater_than, gui_name', row)
return False
if not row[0] == i:
MessageBox('Index column must be 0 or 0,1 or 0,1,2 or 0,1,2,3', row[0])
return False
#greater_than column checks
if i == 0 and row[self.greaterThanColumn()] != None:
MessageBox('State data greater_than row 0 must be None', 'Analog State Table:', data)
return False
if i == 1:
prev_greater_than = row[self.greaterThanColumn()]
if i > 1 and prev_greater_than >= row[self.greaterThanColumn()]:
MessageBox('State data greater_than must be sequential:', row[self.greaterThanColumn()], 'is not larger then:', prev_greater_than)
return False
if i > 0 and not isinstance(row[self.greaterThanColumn()], float):
MessageBox('State data greater_than must be of type float', row[self.greaterThanColumn()], 'is of type:', type(row[self.greaterThanColumn()]))
return False
#name column checks
if not isinstance(row[self.nameColumn()], str):
MessageBox('State data GUI Name must be of type string', row[self.nameColumn()], 'is of type: ', type(row[self.nameColumn()]))
return False
except Exception as e:
MesssageBox('State table data array testing failed', 'Analog State Table: ', data, '\n', e)
return False
self.setNumberOfStates(num_rows)
#Set the data now
self.beginResetModel()
for i, row in enumerate(data_main):
data_main[i][0] = int(row[0])
if i > 0:
data_main[i][1] = float(row[1])
data_main[i][2] = str(row[2])
self._data = copy.deepcopy(data_main)
self.endResetModel()
return True
def insertChild(self, parent_index, child_type, insert_row=None):
parent_node = parent_index.internalPointer()
#allowed_rows = self.allowedInsertRows(parent_index, child_type)
if insert_row is None:
insert_row = parent_index.internalPointer().childCount()
#if not allowed_rows:
# msg = "Child of type " + child_type + " cannot be inserted into " + parent_node.typeInfo()
# MessageBox(msg)
# return False
#if preferred_row is None:
# insert_row = allowed_rows[-1]
#elif preferred_row in allowed_rows:
# insert_row = preferred_row
#else:
# MessageBox("Attempting to insert child in tool model at bad row", "row: ", preferred_row, "allowed rows: ", allowed_rows)
# return False
if insert_row is not False:
self.beginInsertRows(parent_index, insert_row, insert_row)
if child_type == typ.TOOL_NODE:
parent_node.insertChild(insert_row, ToolNode())
elif child_type == typ.SYSTEM_NODE:
parent_node.insertChild(insert_row, SystemNode())
elif child_type == typ.DEVICE_NODE:
parent_node.insertChild(insert_row, DeviceNode())
elif child_type == typ.DEVICE_ICON_NODE:
parent_node.insertChild(insert_row, DeviceIconNode())
elif child_type == typ.D_IN_NODE:
parent_node.insertChild(insert_row, DigitalInputNode())
elif child_type == typ.D_OUT_NODE:
parent_node.insertChild(insert_row, DigitalOutputNode())
elif child_type == typ.A_IN_NODE:
parent_node.insertChild(insert_row, AnalogInputNode())
elif child_type == typ.A_OUT_NODE:
parent_node.insertChild(insert_row, AnalogOutputNode())
elif child_type == typ.BOOL_VAR_NODE:
parent_node.insertChild(insert_row, BoolVarNode())
elif child_type == typ.FLOAT_VAR_NODE:
parent_node.insertChild(insert_row, FloatVarNode())
else:
MessageBox('Attempting to insert unknown node of type',
child_type)
'''
Add code here to add said child to the behavior tree
'''
self.endInsertRows()
new_child_index = self.index(insert_row, 0, parent_index)
#Add the node to the behavior tree
try:
device_bt_model = new_child_index.internalPointer().parent(
).behaviorTreeModel()
device_bt_model.addNode(new_child_index.internalPointer())
except:
pass
#for set_index in device_bt_model.indexesOfType(typ.SET_NODE):
# print("hmmm - ", new_child_index)
# set_index.internalPointer().addNode(new_child_index.internalPointer())
return new_child_index
def fset(self, value):
try:
self.calibrationTableModel().setDataArray(value)
self.updateScaleFactor()
except Exception as e:
MessageBox("Malformed calibration table data", e, value)
