Feat: frontend update

[rlundeen2]

• Added pyrit_shell (debated on making it pyrit_scan without parameters. I prefer this way but we could go either)
• Refactored frontend core so both pyrit_scan and pyrit_shell could use shared code
• Added arguments for more params max-retries max-concurrency and memory-labels
• Various perf improvements via lazy module loading (5x speedup for help, 2x speedup for list-initializers). But some things are slow, which is why pyrit_shell is nice
• Most importantly, cool ascii art banner

Tests updated. Docs incorporated.

[ValbuenaVC]

Looks great! At the moment I can only think of stylistic changes. It's great to have this feature (and the cool ASCII art)

[ValbuenaVC]

Minor stylistic choice, but these functions could take kwargs since that's already a dictionary

Suggested change

	def format_scenario_info(*, scenario_info: dict[str, Any]) -> None:
	"""
	Print formatted information about a scenario.
	Args:
	scenario_info: Dictionary containing scenario information.
	"""
	_print_header(text=scenario_info["name"])
	print(f" Class: {scenario_info['class_name']}")
	description = scenario_info.get("description", "")
	if description:
	print(" Description:")
	print(_format_wrapped_text(text=description, indent=" "))
	if scenario_info.get("aggregate_strategies"):
	agg_strategies = scenario_info["aggregate_strategies"]
	print(" Aggregate Strategies:")
	formatted = _format_wrapped_text(text=", ".join(agg_strategies), indent=" - ")
	print(formatted)
	if scenario_info.get("all_strategies"):
	strategies = scenario_info["all_strategies"]
	print(f" Available Strategies ({len(strategies)}):")
	formatted = _format_wrapped_text(text=", ".join(strategies), indent=" ")
	print(formatted)
	if scenario_info.get("default_strategy"):
	print(f" Default Strategy: {scenario_info['default_strategy']}")
	def format_scenario_info(**kwargs) -> None:
	"""
	Print formatted information about a scenario.
	Args:
	kwargs: Dictionary containing scenario information.
	"""
	_print_header(text=kwargs["name"])
	print(f" Class: {kwargs['class_name']}")
	description = kwargs.get("description", "")
	if description:
	print(" Description:")
	print(_format_wrapped_text(text=description, indent=" "))
	if kwargs.get("aggregate_strategies"):
	agg_strategies = kwargs["aggregate_strategies"]
	print(" Aggregate Strategies:")
	formatted = _format_wrapped_text(text=", ".join(agg_strategies), indent=" - ")
	print(formatted)
	if kwargs.get("all_strategies"):
	strategies = kwargs["all_strategies"]
	print(f" Available Strategies ({len(strategies)}):")
	formatted = _format_wrapped_text(text=", ".join(strategies), indent=" ")
	print(formatted)
	if kwargs.get("default_strategy"):
	print(f" Default Strategy: {kwargs['default_strategy']}")

[ValbuenaVC]

Do we want to add stronger parsing? There may be some unexpected behaviors, e.g. if value = True, then int(value) == 1

[ValbuenaVC]

The type annotation should be enough to constrain value to str anyway but I'm wondering if there's an edge case where this would break

[ValbuenaVC]

Suggested change

	def _argparse_validator(validator_func):
	def _argparse_validator(validator_func: Callable):

[ValbuenaVC]

Suggested change

	validator_func: Function that raises ValueError on invalid input.
	validator_func (Callable): Function that raises ValueError on invalid input.

functools has some utilities that might help here, but I'm not too familiar

[ValbuenaVC]

Suggested change

	from typing import TYPE_CHECKING, Any, Optional, Sequence
	from typing import TYPE_CHECKING, Any, Callable, Optional, Sequence