""")
# Output sites with generators
for site_name, site_data in config.get("sites", {}).items():
generator_groups = site_data.get("generator_groups", {})
# Count total generators
total_gens = sum(len(g.get("generators", {})) for g in generator_groups.values())
# Always show Spares/Out of Service sections (for drag-drop targets).
# Show normal sites if they have any generators OR any groups defined
# (empty groups still render as drop targets so gens can be moved in).
is_special_section = site_name in ["Out of Service", "Out of Service - TX", "Spares"]
if total_gens == 0 and not is_special_section and not generator_groups:
continue
site_id = site_data.get("site_id", "")
# Special section for Out of Service / Spares
if site_name in ["Out of Service", "Out of Service - TX", "Spares"]:
print(f'
')
print(f'
{site_name}
')
else:
print(f'')
print(f'
') # site-container
print("""
')
print(f'
')
print(f'')
print(f'
')
print(f'{site_name}
')
if site_id:
print(f'{site_id}
')
print(f'')
for group_name, group_data in generator_groups.items():
generators = group_data.get("generators", {})
grid_class = "generators-grid empty" if not generators else "generators-grid"
print(f'
') # groups-wrapper
print(f'')
print(f'
') # group-container
print(f'{group_name} ({len(generators)})
')
print(f'')
if not generators:
print(f' pending" filter instead.
retro_states = {k: (v or {}).get("status", "") for k, v in retrofits.items()
if isinstance(v, dict)}
retro_attr = html.escape(json.dumps(retro_states), quote=True)
# Self-fading "Repaired" chip (12h, only while back to active)
repaired_html = ''
repaired_at_attr = ''
if status == "active" and repaired_at:
try:
age = time.time() - float(repaired_at)
except (TypeError, ValueError):
age = None
if age is not None and 0 <= age < 12 * 3600:
rlabel = f"{max(1, round(age / 60))}m" if age < 3600 else f"{round(age / 3600)}h"
repaired_html = (
f'✓ Repaired {rlabel} ago'
)
repaired_at_attr = f' data-repaired-at="{int(float(repaired_at))}"'
# Truncate notes for display
note_html = ""
if notes:
display_note = notes[:30] + "..." if len(notes) > 30 else notes
note_html = f'
') # generators-grid
print(f'Drop generator here
')
# Sort generators by ID for special sections (Spares/Out of Service)
gen_items = sorted(generators.items(), key=lambda x: x[0]) if is_special_section else generators.items()
for gen_id, gen_data in gen_items:
if isinstance(gen_data, dict):
status = gen_data.get("maintenance_status", "active")
notes = gen_data.get("notes", "")
is_loaner = gen_data.get("is_loaner", False)
repaired_at = gen_data.get("repaired_at")
origin = gen_data.get("origin", "")
retrofits = gen_data.get("retrofits") or {}
else:
status = "active"
notes = ""
is_loaner = False
repaired_at = None
origin = ""
retrofits = {}
# Get status display info
status_info = GEN_STATUSES.get(status, GEN_STATUSES["active"])
status_color = status_info["color"]
status_label = status_info["label"]
# Escape for HTML attributes
escaped_notes = notes.replace('"', '"').replace("'", "'")
# Compact inline display: ID + status badge, note on second line
badge_html = ""
if status != "active":
text_color = "black" if status_color in ["#00ff00", "#ffaa00"] else "white"
badge_html = f'{status_label}'
loaner_html = ''
if is_loaner:
loaner_html = 'Loaner'
# Origin chip - provenance, not status, so it gets a muted slate
# colour that can't be mistaken for one of the status badges.
origin_html = ''
if origin:
origin_html = (f''
f'{html.escape(origin)}')
# Pending retrofits aren't chipped (the list would get noisy) - they
# surface through the "{html.escape(display_note)}
'
is_loaner_str = "true" if is_loaner else "false"
print(f'')
print(f'
')
print(f'{gen_id}{badge_html}{loaner_html}{origin_html}{repaired_html}
{note_html}')
print(f' Search Results