"""Search AG Native DOM dump for chat content and buttons."""
import json, os

fpath = os.path.join(os.path.expanduser('~'), '.gemini', 'antigravity', 'bridge', 'dump_html_5.json')
with open(fpath, 'r', encoding='utf-8-sig') as f:
    data = json.load(f)

body = data.get('body', data.get('bodyTree', {}))
qi = data.get('quickInfo', {})

# Show all buttons
print('=== BUTTONS ===')
for b in qi.get('buttons', []):
    print(f'  [{b["tag"]}] "{b["text"][:60]}" visible={b["visible"]} cls={b.get("cls","")[:80]}')

# Data attrs
print('\n=== DATA ATTRS ===')
for attr in qi.get('dataAttrs', []):
    print(f'  {attr}')

# Recursive search for nodes by text
def find_nodes_by_text(node, target, path='', results=None, depth=0):
    if results is None: results = []
    if not isinstance(node, dict): return results
    tag = node.get('tag','')
    cls = node.get('cls','')
    text = node.get('text','')
    children = node.get('children', [])
    cur = f'{path}/{tag}'
    if target.lower() in text.lower():
        results.append({'path': cur, 'depth': depth, 'cls': cls[:80], 'text': text[:80], 'children': len(children)})
    for c in children:
        find_nodes_by_text(c, target, cur, results, depth+1)
    return results

print('\n=== NODES containing "Always run" ===')
matches = find_nodes_by_text(body, 'Always run')
for m in matches:
    print(f'  depth={m["depth"]} cls="{m["cls"]}" text="{m["text"]}" children={m["children"]}')

print('\n=== NODES containing "Always" ===')
matches = find_nodes_by_text(body, 'Always')
for m in matches:
    print(f'  depth={m["depth"]} cls="{m["cls"]}" text="{m["text"]}" children={m["children"]}')

# Find ALL text nodes with > 30 chars
def find_all_text(node, results=None, depth=0, path=''):
    if results is None: results = []
    if not isinstance(node, dict): return results
    tag = node.get('tag','')
    cls = node.get('cls','')
    text = node.get('text','')
    children = node.get('children', [])
    if text and len(text) > 30:
        results.append({'depth': depth, 'tag': tag, 'cls': cls[:80], 'text': text[:100], 'path': f'{path}/{tag}'})
    for c in children:
        find_all_text(c, results, depth+1, f'{path}/{tag}')
    return results

print('\n=== LONG TEXT NODES (>30 chars) ===')
texts = find_all_text(body)
texts.sort(key=lambda x: len(x['text']), reverse=True)
for t in texts[:25]:
    print(f'  d={t["depth"]} [{t["tag"]}] cls="{t["cls"][:50]}" len={len(t["text"])} "{t["text"][:80]}"')

# Find nodes with many children (structural containers)
def find_containers(node, results=None, depth=0, path=''):
    if results is None: results = []
    if not isinstance(node, dict): return results
    tag = node.get('tag','')
    cls = node.get('cls','')
    children = node.get('children', [])
    if len(children) > 5:
        results.append({'depth': depth, 'tag': tag, 'cls': cls[:100], 'children': len(children), 'path': f'{path}/{tag}'})
    for c in children:
        find_containers(c, results, depth+1, f'{path}/{tag}')
    return results

print('\n=== CONTAINERS (>5 children) ===')
conts = find_containers(body)
conts.sort(key=lambda x: x['children'], reverse=True)
for c in conts[:20]:
    print(f'  d={c["depth"]} [{c["tag"]}] children={c["children"]} cls="{c["cls"][:70]}"')