Best Python code snippet using behave
interpreter.py
Source:interpreter.py
...594 def list_cells(self):595 nodes, _, edge_names = self.graph.get_all_cells_edges()596 print("Cells:", nodes)597 print("Edges:", edge_names)598 def reset_runtime(self):599 # Delete all runtime variables600 with self.lock:601 global exec_vars602 exec_vars = {}603 def reset_graph(self, ask=True):604 if ask:605 confirm = input(606 "Are you sure you want to reset the graph? This will delete all nodes and variables. (y/n) ")607 if "y" in confirm:608 self.graph = Graph(self)609 self.reset_runtime()610 self.std_capture = StringIO()611 else:612 self.graph = Graph(self)613 self.reset_runtime()614 self.std_capture = StringIO()615 def save_graph(self, command):616 """:param command: command to be executed."""617 if len(command) != 2:618 print("save takes 1 argument1: [filename]")619 return620 output_text = ""621 if command[1].lower().endswith(".satx"):622 output_text = self.graph.get_satx_as_txt()623 elif command[1].lower().endswith(".py"):624 output_text = self.graph.get_py_file()625 elif command[1].lower().endswith(".ipynb"):626 output_text = self.graph.get_ipynb_file()627 with open(command[1], "w+") as file:628 file.write(output_text)629 def command_switch(self, command):630 if len(command) == 0:631 return632 elif command[0] == "help":633 print(self.help_menu())634 elif command[0] == "quit":635 return "break"636 elif command[0] == "cell":637 self.create_cell(command)638 elif command[0] == "edit":639 self.edit_cell(command)640 elif command[0] == "rename":641 self.rename_cell(command)642 elif command[0] == "remove":643 self.remove_cell(command)644 elif command[0] == "link":645 self.link(command)646 elif command[0] == "sever":647 self.sever(command)648 elif command[0] == "merge":649 self.merge(command)650 elif command[0] == "swap":651 self.swap(command)652 elif command[0] == "execute":653 self.execute(command)654 elif command[0] == "display":655 self.display(command)656 elif command[0] == "list":657 self.list_cells()658 elif command[0] == "reset_runtime":659 self.reset_runtime()660 elif command[0] == "reset_graph":661 self.reset_graph()662 elif command[0] == "save":663 self.save_graph(command)664 elif ".satx" in command[0]:665 self.run_file(command)666 elif len(command[0]) > 0:667 print("Syntax error: command \"" + command[0] + "\" not recognized.")668 def run(self):669 # Main application loop670 while True:671 command = self.read_input()672 if self.command_switch(command) == "break":673 break
model_library.py
Source:model_library.py
...302 def is_file(self):303 return self.__dict_writer.file_exists304 def add_runtime(self, runtime: float):305 self.data['total_runtime'] += runtime306 def reset_runtime(self):307 self.data['total_runtime'] = 0308 @property309 def runtime(self):310 return self.data['total_runtime']311 def save(self) -> None:312 self.__dict_writer.save(self.data)313 return None314 def load(self) -> dict:315 return self.__dict_writer.load()316class EntailmentSelfAttention(nn.Module):317 """ Implementation Code MODIFIED from: https://www.youtube.com/watch?v=U0s0f995w14&t=2494s,318 From paper: https://proceedings.neurips.cc/paper/2017/file/3f5ee243547dee91fbd053c1c4a845aa-Paper.pdf"""319 def __init__(self, embed_size: int, heads: int):320 super(EntailmentSelfAttention, self).__init__()...
runner_util.py
Source:runner_util.py
...341 from behave.formatter.ansi_escapes import escapes342 msg = escapes['undefined'] + msg + escapes['reset']343 stream.write(msg)344 stream.flush()345def reset_runtime():346 """Reset runtime environment.347 Best effort to reset module data to initial state.348 """349 from behave import step_registry350 from behave import matchers351 # -- RESET 1: behave.step_registry352 step_registry.registry = step_registry.StepRegistry()353 step_registry.setup_step_decorators(None, step_registry.registry)354 # -- RESET 2: behave.matchers355 matchers.ParseMatcher.custom_types = {}...
algorithmtester.py
Source:algorithmtester.py
...209 self.Algorithm = algorithm210 # initialize runtime211 self.r = None212 self.Data = None213 self.reset_runtime(0, len(data))214 def __str__(self):215 """216 :return: a string explaining the info of the tester object217 """218 return "Tester object on %d blocks with algorithm %s".format(len(self.Data), str(self.Algorithm))219 def test_range(self, range_size):220 """221 Tests all ranges of size range_size and for each such range yields a tuple like:222 (cost, reward, R/C%, R/C% lowest, R/C% highest)223 :param range_size: the size of slice of all data to take in each test224 :return: a tuple as (cost, reward, R/C%, R/C% lowest, R/C% highest)225 """226 for i in range(len(self.AllData) - range_size):227 self.reset_runtime(i, i + range_size)228 self.prepare_to_run()229 run_results = self.run()230 yield run_results231 def reset_runtime(self, start, end):232 """233 :param start: runtime starting index in all data234 :param end: runtime ending index in all data235 :return:236 """237 self.r = Runtime(start, end)238 self.Data = self.AllData[start:end]239 def run(self):240 """241 Executes the ticks one by one from the beginning until the end242 :return:243 """244 logger_object = logger("tester")245 # pre tick...
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