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browser-cli/browser_cli/commands/windows.py
T
daniel156161 7cb2a8b618
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refactor: modularize auth transport and markdown
- Split auth into focused package modules for agent keys, file keys,
  signing, and post-quantum transport helpers while keeping the public
  browser_cli.auth import surface intact.
- Move transport encoding internals into a package with separate codec and
  binary-hoisting helpers, preserving browser_cli.transport compatibility.
- Extract remote TCP auth/socket helpers and serve challenge setup out of the
  runtime paths to make connection handling easier to reason about.
- Move the extension markdown extractor into a dedicated content/markdown
  folder with separate root selection, code normalization, renderer, and utils.
- Centralize CLI Rich rendering helpers for tab/window tree and table output,
  and add rendering tests for the shared builders.
- Remove local typing ignores in SDK/decorator/script plumbing and bump the
  package and extension version to 0.15.3.
2026-06-15 01:23:57 +02:00

64 lines
2.2 KiB
Python

import click
from browser_cli.commands import client_from_ctx, handle_errors
from browser_cli.commands.rendering import build_windows_tree, print_table_rows, print_tree
from rich.console import Console
console = Console()
def _print_windows(windows: list[dict], *, show_browser: bool = False) -> None:
columns = []
if show_browser:
columns.append(("Browser", lambda window: window.get("browser", "")))
columns.extend([
("ID", lambda window: window.get("id", "")),
("Alias", lambda window: window.get("alias") or ""),
("Tabs", lambda window: window.get("tabCount", "")),
("State", lambda window: window.get("state") or ""),
])
print_table_rows(windows, columns, console=console, empty_message="[yellow]No windows found[/yellow]")
@click.group("windows")
def windows_group():
"""Manage browser windows."""
@windows_group.command("list")
@handle_errors
def windows_list():
"""List all browser windows."""
windows = client_from_ctx().windows.list()
_print_windows(windows, show_browser=any("browser" in w for w in windows))
@windows_group.command("tree")
@handle_errors
def windows_tree():
"""Show windows and their tabs as a tree."""
client = client_from_ctx()
root = build_windows_tree(client.windows.list(), client.tabs.list(), console=console)
print_tree(root, console=console)
@windows_group.command("rename")
@click.argument("window_id", type=int)
@click.argument("name")
@handle_errors
def windows_rename(window_id, name):
"""Give a window a local alias NAME (stored in native host)."""
client_from_ctx().windows.rename(window_id, name)
console.print(f"[green]Window {window_id} aliased as '{name}'[/green]")
@windows_group.command("close")
@click.argument("window_id", type=int)
@handle_errors
def windows_close(window_id):
"""Close a browser window."""
client_from_ctx().windows.close(window_id)
console.print(f"[green]Window {window_id} closed[/green]")
@windows_group.command("open")
@click.argument("url", required=False)
@handle_errors
def windows_open(url):
"""Open a new browser window."""
result = client_from_ctx().windows.open(url)
wid = result.get("id") if isinstance(result, dict) else result
console.print(f"[green]Opened new window[/green] (id: {wid})" + (f" with {url}" if url else ""))