Remove pyauto tests.

chrome/test/functional/chromeos_battery.py

Index: chrome/test/functional/chromeos_battery.py
===================================================================
--- chrome/test/functional/chromeos_battery.py	(revision 261231)
+++ chrome/test/functional/chromeos_battery.py	(working copy)
@@ -1,124 +0,0 @@
-#!/usr/bin/env python
-# Copyright (c) 2011 The Chromium Authors. All rights reserved.
-# Use of this source code is governed by a BSD-style license that can be
-# found in the LICENSE file.
-
-import os
-
-import pyauto_functional  # Must be imported before pyauto
-import pyauto
-
-from chromeos.power_strip import PowerStrip
-
-class ChromeosBattery(pyauto.PyUITest):
-  """Tests ChromeOS Battery Status.
-
-  Preconditions:
-     1) Device under test (DUT) is connected to the LAN via an
-     Ethernet-to-USB adapter plugged into one of its USB ports.
-     2) AC power cable is connected to the DUT, and plugged into
-     the IP controlled Power Switch, outlet #4, located in the lab.
-     3) Battery is installed in the DUT, and battery is not fully
-     discharged.
-     4) Tester should have physical access to the power switch.
-
-  Note about time calculation:
-     When AC power is turned off or on, the battery will take from 2
-     to 60 seconds to calculate the time remaining to empty or full.
-     While calculating, the keys 'battery_time_to_full' and
-     'battery_time_to_empty' are absent.
-  """
-
-  _BATTERY_CONFIG_FILE = os.path.join(pyauto.PyUITest.DataDir(),
-                                      'pyauto_private', 'chromeos', 'power',
-                                      'battery_testbed_config')
-
-  def setUp(self):
-    pyauto.PyUITest.setUp(self)
-    self.InitPowerStrip()
-
-  def tearDown(self):
-    # Leave AC power ON so battery does not discharge between tests
-    self._power_strip.PowerOn(self._outlet_battery_full)
-    pyauto.PyUITest.tearDown(self)
-
-  def InitPowerStrip(self):
-    assert os.path.exists(ChromeosBattery._BATTERY_CONFIG_FILE), \
-        'Power Strip configuration file does not exist.'
-    power_config = pyauto.PyUITest.EvalDataFrom(
-        ChromeosBattery._BATTERY_CONFIG_FILE)
-    self._power_strip = PowerStrip(power_config['strip_ip'])
-    self._outlet_battery_full = (power_config['configs']
-                                             ['battery_full']
-                                             ['outlet_id'])
-
-  def WaitUntilBatteryState(self, ac_power_on, time_key):
-    assert self.WaitUntil(lambda: self.BatteryPowerAndChargeStateAgree(
-        ac_power_on, time_key), timeout=60, retry_sleep=1), \
-        'Battery charge/discharge time was not calculated.'
-    return
-
-  def BatteryPowerAndChargeStateAgree(self, ac_power_on, time_key):
-    battery_status = self.GetBatteryInfo()
-    return (battery_status.get('line_power_on') == ac_power_on and
-        time_key in battery_status)
-
-  def testBatteryChargesWhenACisOn(self):
-    """Calculate battery time to full when AC is ON"""
-    # Apply AC power to chromebook with battery.
-    self._power_strip.PowerOn(self._outlet_battery_full)
-
-    # Get info about charging battery
-    self.WaitUntilBatteryState(True,'battery_time_to_full')
-    battery_status = self.GetBatteryInfo()
-    self.assertTrue(battery_status.get('battery_is_present'),
-        msg='Battery is not present.')
-    self.assertTrue(battery_status.get('line_power_on'),
-        msg='Line power is off.')
-    self.assertTrue(battery_status.get('battery_time_to_full') >= 0,
-        msg='Battery charge time is negative.')
-
-  def testBatteryDischargesWhenACisOff(self):
-    """Calculate battery time to empty when AC is OFF"""
-    self._power_strip.PowerOff(self._outlet_battery_full)
-
-    # Get info about discharging battery
-    self.WaitUntilBatteryState(False,'battery_time_to_empty')
-    battery_status = self.GetBatteryInfo()
-    self.assertTrue(battery_status.get('battery_is_present'),
-        msg='Battery is not present.')
-    self.assertFalse(battery_status.get('line_power_on'),
-        msg='Line power is on.')
-    self.assertTrue(battery_status.get('battery_time_to_empty') >= 0,
-        msg='Battery discharge time is negative.')
-
-  def testBatteryTimesAreDifferent(self):
-    """Time to full and time to empty should be different"""
-    # Turn AC Power ON
-    self._power_strip.PowerOn(self._outlet_battery_full)
-
-    # Get charging battery time to full
-    self.WaitUntilBatteryState(True,'battery_time_to_full')
-    battery_status = self.GetBatteryInfo()
-    time_to_full = battery_status.get('battery_time_to_full')
-
-    # Turn AC Power OFF
-    self._power_strip.PowerOff(self._outlet_battery_full)
-
-    # Get discharging battery time to empty
-    self.WaitUntilBatteryState(False,'battery_time_to_empty')
-    battery_status = self.GetBatteryInfo()
-    time_to_empty = battery_status.get('battery_time_to_empty')
-
-    # Compare charge to discharge time
-    """Confirm that time to full and time to empty are not
-       returning the same value, but that the values are
-       different (e.g., both are not zero)."""
-    self.assertNotEqual(time_to_full, time_to_empty,
-        msg='Battery time to full equals time to empty. '
-            'Though very unlikely, this is not impossible. '
-            'If test failed falsely, Kris owes Scott a beer.')
-
-
-if __name__ == '__main__':
-  pyauto_functional.Main()