"""

Command: dev all.

Runs all development checks including linting, type checking, and documentation.

"""

from collections.abc import Callable

from dataclasses import dataclass

from typing import Annotated

from typer import Exit, Option

from scripts.core import create_app

from scripts.dev.format import format_code

from scripts.dev.lint import lint

from scripts.dev.lint_docstring import lint_docstring

from scripts.dev.pre_commit import pre_commit

from scripts.dev.type_check import type_check

from scripts.ui import (

create_progress_bar,

print_error,

print_section,

print_success,

print_table,

rich_print,

)

app = create_app()

@dataclass

class Check:

"""Represents a single development check."""

name: str

func: Callable[[], None]

def run_check(check: Check) -> bool:

"""Run a single check, normalizing SystemExit/Exception to a bool result."""

try:

check.func()

except SystemExit as e:

return e.code == 0 if isinstance(e.code, int) else False

except Exception as e:

print_error(f"Unexpected error in {check.name}: {e}")

return False

else:

return True

@app.command(name="all")

def run_all_checks(

fix: Annotated[

bool,

Option("--fix", help="Automatically fix issues where possible"),

] = False,

) -> None:

"""Run all development checks including linting, type checking, and documentation."""

print_section("Running All Development Checks", "blue")

checks: list[Check] = [

Check("Linting", lambda: lint(fix=fix)),

Check("Code Formatting", format_code),

Check("Type Checking", type_check),

Check("Docstring Linting", lint_docstring),

Check("Pre-commit Checks", pre_commit),

]

results: list[tuple[str, bool]] = []

with create_progress_bar(

total=len(checks),

) as progress:

task = progress.add_task("Running Development Checks", total=len(checks))

for check in checks:

progress.update(task, description=f"Running {check.name}...")

success = run_check(check)

results.append((check.name, success))

progress.advance(task)

# Summary

print_section("Development Checks Summary", "blue")

table_data: list[tuple[str, str]] = [

(

check_name,

"[green]✓ PASSED[/green]" if success else "[red]✗ FAILED[/red]",

)

for check_name, success in results

]

print_table(

"",

[("Check", "cyan"), ("Status", "white")],

table_data,

)

passed_count = sum(1 for _, success in results if success)

total_count = len(checks)

if passed_count == total_count:

print_success(f"\nAll {total_count} checks passed!")

else:

rich_print(f"\n[bold red]{passed_count}/{total_count} checks passed[/bold red]")

raise Exit(1)

if __name__ == "__main__":

app()