| /external/nist-sip/java/gov/nist/javax/sip/header/ims/ |
| PChargingFunctionAddressesHeader.java | 43 * P-Charging-Function-Addresses header -
47 * charging functional entities to receive the generated charging records or charging events.
50 * - CCF is used for off-line charging (e.g., for postpaid account charging).
52 * - ECF is used for on-line charging (e.g., for pre-paid account charging).
57 * P-Charging-Addr = "P-Charging-Function-Addresses" HCOLO
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| PChargingFunctionAddresses.java | 47 * <p>P-Charging-Function-Addresses SIP Private Header. </p>
51 * P-Charging-Addr = "P-Charging-Function-Addresses" HCOLON
61 * <p>P-Charging-Function-Addresses: ccf=192.1.1.1; ccf=192.1.1.2;
65 * eg: P-Charging-Function-Addresses: ccf=[5555.b99.c88.d77.e66]; ecf=[5555.6aa.7bb.8cc.9dd] </p>
104 * <p>Set the Charging Collection Function (CCF) Address</p>
114 + "P-Charging-Function-Addresses, setChargingCollectionFunctionAddress(), the ccfAddress parameter is null.");
122 * <p>Add another Charging Collection Function (CCF) Address to this header</p>
132 + "P-Charging-Function-Addresses, setChargingCollectionFunctionAddress(), the ccfAddress parameter is null.");
139 * <p>Remove a Charging Collection Function (CCF) Address set in this header</p
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| PChargingVectorHeader.java | 42 * <p>P-Charging-Vector header SIP Private Header. </p>
46 * P-Charging-Vector = "P-Charging-Vector" HCOLON icid-value (SEMI charge-params)
64 * The access-network-charging-info parameter is an instance of generic-param
68 * access-network-charging-info = (gprs-charging-info / i-wlan-charging-info / xdsl-charging-info / generic-param)
69 * gprs-charging-info = ggsn SEMI auth-token [SEMI pdp-info-hierarchy] *(SEMI extension-param)
79 * i-wlan-charging-info = "pdg
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| /external/autotest/server/cros/faft/config/ |
| oak.py | 11 ec_capability = ['battery', 'charging', 'keyboard', 'arm', 'lid'
|
| auron.py | 13 ec_capability = ['adc_ectemp', 'battery', 'charging',
|
| cranky.py | 12 ec_capability = ['battery', 'charging', 'x86',
|
| cyan.py | 12 ec_capability = ['battery', 'charging', 'keyboard', 'lid', 'x86',
|
| gandof.py | 12 ec_capability = ['adc_ectemp', 'battery', 'charging',
|
| glados.py | 12 ec_capability = ['battery', 'charging', 'doubleboot',
|
| kunimitsu.py | 14 ec_capability = ['battery', 'charging', 'doubleboot', 'keyboard',
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| nyan.py | 12 ec_capability = ['battery', 'charging', 'keyboard', 'arm', 'lid']
|
| rambi.py | 12 ec_capability = ['battery', 'charging', 'keyboard', 'lid', 'x86',
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| ryu.py | 18 ec_capability = ['arm', 'battery', 'charging']
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| link.py | 15 ec_capability = ['adc_ectemp', 'battery', 'charging',
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| pinky.py | 12 ec_capability = ['battery', 'charging', 'keyboard', 'arm', 'lid']
|
| samus.py | 14 ec_capability = ['adc_ectemp', 'battery', 'charging', 'keyboard',
|
| slippy.py | 14 ec_capability = ['adc_ectemp', 'battery', 'charging',
|
| strago.py | 11 ec_capability = ['battery', 'charging', 'keyboard', 'lid', 'x86',
|
| /frameworks/base/docs/html/training/monitoring-device-state/ |
| battery-monitoring.jd | 1 page.title=Monitoring the Battery Level and Charging State
18 <li><a href="#DetermineChargeState">Determine the Current Charging State</a></li>
19 <li><a href="#MonitorChargeState">Monitor Changes in Charging State</a></li>
33 updates on battery life, checking the current battery level and charging state is a good place to
37 charging state of the device. The impact of performing updates while the device is charging over AC
46 <h2 id="DetermineChargeState">Determine the Current Charging State</h2>
49 broadcasts all battery and charging details in a sticky {@link android.content.Intent} that includes
50 the charging status.</p>
61 <p>You can extract both the current charging status and, if the device is being charged, whethe
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| /external/autotest/server/site_tests/firmware_TypeCCharging/ |
| firmware_TypeCCharging.py | 5 """This is a USB type C charging test using Plankton board."""
16 """USB type C charging test."""
26 """Compares VBUS voltage and current with charging setting.
28 When charging voltage == 0, Plankton will act as a power sink and draws
29 5 volts from DUT. Other charging voltage should be seen on USB type C
32 When charging voltage == 5, Plankton INA current should be seen around
34 Other positive charging votage should not be less than 0 Amp.
58 logging.info('Charging %dV: VBUS V=%f I=%f', charging_voltage,
|
| control | 9 PURPOSE = "Remotely controlled USB type C charging test."
18 This test remotely emulates type C charging adapter with different source
20 doesn't accept positive charging voltage.
|
| /external/chromium-trace/catapult/telemetry/telemetry/internal/platform/power_monitor/ |
| pm_mock.py | 40 def SetCharging(self, charging):
41 if charging:
42 assert not self._charging, "Mock battery already charging."
45 assert self._charging, "Mock battery already not charging."
|
| /cts/common/host-side/tradefed/src/com/android/compatibility/common/tradefed/targetprep/ |
| StayAwakePreparer.java | 29 * whenever charging via USB
38 * (the second bit must be 'on' to allow screen to stay awake while charging via USB)
39 * 2 - Stay awake while charging via USB
41 * 6 - Stay awake while charging via USB or Wireless
42 * 7 - Stay awake while charging via USB or AC or Wireless
|
| /external/autotest/server/site_tests/firmware_ECCharging/ |
| control | 9 PURPOSE = "Servo based EC charging control test"
10 CRITERIA = "This test will fail if EC charging control misbehalved."
|
| /external/nist-sip/java/gov/nist/javax/sip/parser/ims/ |
| PChargingFunctionAddressesParser.java | 43 * P-Charging-Function-Addresses header parser.
47 * P-Charging-Addr = "P-Charging-Function-Addresses" HCOLON
71 public PChargingFunctionAddressesParser(String charging) {
73 super(charging);
149 "P-Charging-Function-Addresses: ccf=\"test str\"; ecf=token\n",
150 "P-Charging-Function-Addresses: ccf=192.1.1.1; ccf=192.1.1.2; ecf=192.1.1.3; ecf=192.1.1.4\n",
151 "P-Charging-Function-Addresses: ccf=[5555::b99:c88:d77:e66]; ccf=[5555::a55:b44:c33:d22]; " +
|
