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Let Wake only light the screen, and open ESP Screens without a chosen screen (0.2.65)

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Wake from Home Assistant counted as a tap: it reset last_touch_ms, the one
clock that standby and Back to page 1 both read. An automation pressing Wake
on every motion therefore held an open card or page 2 up for as long as
someone moved in the room. Back to page 1 now has its own clock, last_use_ms,
written only by the boot, the touchscreen triggers, open_settings from Home
Assistant and the UI self test. Wake, an alert ending and Auto standby on
still restart the standby time, and Wake still brings back the brightness and
the second hand.

The rule moved from the interval into the script back_to_page_1_when_due.
Wake runs it right after waking a dimmed screen, so a page whose time ran out
during standby lights up on page 1 instead of jumping there a second later.

ESP Screens no longer opens the first screen by itself. Until one is picked
the page says "Choose a screen", and with no screens it still offers the
install; both cards start hidden so neither flashes while the page loads.

Checked with 48 host API checks per board, both ESP32 builds, 314 Python and
16 C++ tests, and the editor on the demo home. Firmware 0.2.56.

Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
This commit is contained in:
Max Gramser
2026-09-17 12:41:19 +02:00
parent e68162bd86
commit dfd1a26d69
17 changed files with 400 additions and 110 deletions
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tests/test_wake_sleep.py
+40 -5
View File
@@ -1,8 +1,10 @@
"""Wake and Sleep buttons for Home Assistant automations (app 0.2.53, firmware 0.2.45) and the standby
code around them (tidied in app 0.2.54, firmware 0.2.46).
Both board profiles have to wire them the same way: Wake is a tap, Sleep is the standby time running out
right away, and a Sleep holds until a tap, Wake or an alert ends it, whatever turns Auto standby off.
Both board profiles have to wire them the same way: Wake lights the screen and restarts the standby time,
Sleep is the standby time running out right away, and a Sleep holds until a tap, Wake or an alert ends it,
whatever turns Auto standby off. Since app 0.2.65 (firmware 0.2.56) Wake is no tap: Back to page 1 counts
from the last touch, so an automation pressing Wake on every motion no longer holds a card or page 2 up.
"""
import re
import sys
@@ -52,16 +54,49 @@ class Profiles(unittest.TestCase):
self.assertNotIn('entity_category', button, f'{name}: {label} is a control, not a setting')
self.assertNotIn('internal', button, f'{name}: {label} must reach Home Assistant')
def test_wake_is_a_tap(self):
def test_wake_is_light_not_a_tap(self):
for name, text in self.profiles.items():
wake = item(section(text, 'button'), 'name', 'Wake')
# A dimmed screen wakes the way the tap on its wake overlay does; one that is on only counts again.
self.assertRegex(wake, r"return id\(display_dimmed\);'\s+then:\s+- script\.execute: wake_display\s+else:\s+"
# A dimmed screen lights up the way the tap on its wake overlay does, then goes to page 1 at once when
# that time ran out during standby; one that is on only restarts the standby time.
self.assertRegex(wake, r"return id\(display_dimmed\);'\s+then:\s+- script\.execute: wake_display\s+"
r"(?:#[^\n]*\s+)?- script\.execute: back_to_page_1_when_due\s+else:\s+"
r"- lambda: 'id\(last_touch_ms\) = millis\(\);'", name)
self.assertNotIn('last_use_ms', wake, f'{name}: Wake must not postpone Back to page 1')
self.assertNotIn('last_use_ms', script(text, 'wake_display'), f'{name}: waking is no touch')
self.assertIn('id(sleep_requested) = false;', script(text, 'wake_display'), f'{name}: waking ends a Sleep')
overlay = re.search(r'id: dim_wake_overlay\n.*?on_click:\s+- script\.execute: (\w+)', text, re.S)
self.assertEqual(overlay[1], 'wake_display', f'{name}: a tap and Wake share one path')
def test_back_to_page_1_counts_from_the_last_touch(self):
for name, text in self.profiles.items():
clock = item(section(text, 'globals'), 'id', 'last_use_ms')
self.assertIn('type: uint32_t', clock, name)
self.assertIn('restore_value: no', clock, name)
check = script(text, 'back_to_page_1_when_due')
self.assertIn('if (!runtime_tiles::auto_home || id(touch_down) || id(calibration_active) || id(alert_active)) return false;', check, name)
self.assertIn('if (id(display_dimmed)) return false;', check, f'{name}: standby keeps its page ("Also on standby")')
self.assertRegex(check, r'return away && \(millis\(\) - id\(last_use_ms\)\) > \(uint32_t\) runtime_tiles::auto_home_seconds \* 1000UL;'
r'\s+then:\s+- script\.execute: go_home', name)
self.assertNotIn('last_touch_ms', check, f'{name}: the standby clock is not the page clock')
# The one-second interval and Wake run it; nothing else decides about page 1 by itself.
interval = section(text, 'interval')
self.assertIn('- script.execute: back_to_page_1_when_due', interval, name)
self.assertNotIn('auto_home', interval, f'{name}: one copy of the rule')
self.assertEqual(len(re.findall(r'script\.execute: back_to_page_1_when_due', text)), 2, name)
# Written by the boot, the three touchscreen triggers, Home Assistant opening the settings page and the
# UI self test only; Wake, an alert ending and Auto standby restart the standby time alone.
self.assertEqual(len(re.findall(r'id\(last_use_ms\) = millis\(\);', text)), 6, name)
touch = section(text, 'touchscreen')
for trigger in ('on_touch', 'on_update', 'on_release'):
body = re.search(rf'^ {trigger}:\n(.*?)(?=^ [a-z_]+:|\Z)', touch, re.M | re.S)[1]
self.assertIn('id(last_use_ms) = millis();', body, f'{name}: {trigger}')
self.assertIn('id(last_use_ms) = millis();', re.search(r'- action: open_settings\n(.*?)- action:', text, re.S)[1], name)
self.assertIn('id(last_use_ms) = millis();', script(text, 'ui_self_test'), name)
for quiet in (script(text, 'alert_dismiss'), item(section(text, 'switch'), 'name', 'Auto standby')):
self.assertIn('id(last_touch_ms) = millis();', quiet, name)
self.assertNotIn('last_use_ms', quiet, name)
def test_sleep_dims_now_and_holds_with_auto_standby_off(self):
for name, text in self.profiles.items():
sleep = item(section(text, 'button'), 'name', 'Sleep')