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battery_asl
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battery_asl
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==========================================================================
PSSG
GetPeakShiftState
==========================================================================
In Parameter:
DWORD
bit 31-0 : Reserved (0)
Mast be Zero
Out Parameter:
DWORD
Return Value:
Bit 3-0: Inhibit charge status
Bit 0: Inhibit charge status
(0:Allow charge 1:Inhibit charge)
Bit 3-1: Reserved (0)
Bit 7-4: Capability of Peak shift
Bit 4: Discharge with AC function
(0:Not support 1:Support)
Bit 5: Inhibit charge function
(0:Not support) 1:Support)
Bit 6:Inhibit charge auto reset function
(0:NOt support 1:Support))
Bit 7:Reserved (0)
Bit 23-8: Inhibit charge effective timer (Unit: 1min)
(This setting is valid only when inhibit charge is enabled)
= 0000h: Inhibit charge is disabled
= 0001h-05A0h: Inhibit charge effective time (Current interval value)
= FFFFh: Effective permanently
Bit 30-24: Reserved (0)
Bit 31: Error status
0 ... Success
1 ... Fail
==========================================================================
PSSS
SetPeakShiftState
==========================================================================
In Parameter:
DWORD
Bit 3-0: Inhibit charge status
Bit 0: Inhibit charge status
(0:Allow charge 1:Inhibit charge)
Bit 3-1: Reserved (0)
Bit 7-4: Reserved (0)
Bit 23-8: Inhibit charge effective timer (Unit: 1min)
(This setting is valid only when inhibit charge is enabled)
= 0000h: Inhibit charge is disabled
= 0001h-05A0h: Inhibit charge effective time (Current interval value)
= FFFFh: Effective permanently
Bit 31-24: Reserved (0)
Out Parameter:
DWORD
Bit 30-0: Reserved (0)
Bit 31: Error status
0 ... Success
1 ... Fail
==========================================================================
PSBS
Get Battery InhibitChargeState
==========================================================================
In Parameter:
DWORD
Bit 7-0:BatteryID
Bit 15-7: Peak shift discharge status
Bit 7: Discharge request
(0:Disable(Stop Discharge) 1:Enable(Start Discharge))
Bit 15-8: Reserved (0)
Bit 31-16: Reserved (0)
Mast be Zero
Out Parameter:
DWORD
Bit 30-0: Reserved (0)
Bit 31: Error status
0 ... Success
1 ... Fail
==========================================================================
BICS
Set Battery InhibitChargeState
==========================================================================
In Parameter:
DWORD
Bit 3-0: Inhibit charge status
Bit 0: Inhibit charge status
(0:Allow charge 1:Inhibit charge)
Bit 3-1: Reserved (0)
Bit 5-4:BatteryID
= 00b: Any battery
= 01b: Primary battery
= 10b: Secondary battery
= 11b: Reserved (0)
Bit 7-6: Reserved (0)
Bit 23-8: Inhibit charge effective timer (Unit: 1min)
(This setting is valid only when inhibit charge is enabled)
= 0000h: Inhibit charge is disabled
= 0001h-05A0h: Inhibit charge effective time (Current interval value)
= FFFFh: Effective permanently
Bit 31-24: Reserved (0)
Mast be Zero
Out Parameter:
DWORD
bit 31-0 : Reserved (0)
Mast be Zero
==========================================================================
BCTG
GetBatteryCharge Capacity Threshold
==========================================================================
In Parameter:
DWORD
Bit 7-0:BatteryID
Bit 31-8: Reserved (0)
Mast be Zero
Out Parameter:
DWORD
Bit 7-0: Charge start capacity (Unit:%)
=0: Use battery default setting
=1-99: Threshold to start charging battery (Relative capacity)
=Others: Reserved (0)
Bit 9-8: Capability ofBatteryCharge Capacity Threshold
Bit 8:Batterycharge capacity threshold
(0:Not support 1:Support)
Bit 9: Specify every battery parameter
(0:Not support(apply parameter for all battery) 1:Support(apply parameter for all battery))
Bit 30-10: Reserved (0)
Bit 31: Error status
0 ... Success
1 ... Fail
Mast be Zero
==========================================================================
BCCS
SetBatteryCharge Capacity Threshold
==========================================================================
In Parameter:
DWORD
Bit 7-0: Charge start capacity (Unit:%)
=0: Use battery default setting
=1-99: Threshold to start charging battery (Relative capacity)
Bit 9-8:BatteryID
= 0: Any battery
= 1: Primary battery
= 2: Secondary battery
= Others: Reserved (0)
Bit 31-10: Reserved (0)
Mast be Zero
Out Parameter:
DWORD
Bit 30-0: Reserved (0)
Bit 31: Error status
0 ... Success
1 ... Fail
==========================================================================
BCSG
GetBatteryCharge Stop Capacity Threshold
==========================================================================
In Parameter:
DWORD
Bit 7-0:BatteryID
Bit 31-8: Reserved (0)
Mast be Zero
Out Parameter:
DWORD
Bit 7-0: Charge stop capacity (Unit:%)
=0: Use battery default setting
=1-99: Threshold to stop charging battery (Relative capacity)
=Others: Reserved (0)
Bit 9-8: Capability ofBatteryCharge Stop Capacity Threshold
Bit 8:Batterycharge stop capacity threshold
(0:Not support 1:Support)
Bit 9: Specify every battery parameter
(0:Not support(apply parameter for all battery)
1:Support(apply parameter for all battery))
Bit 30-10: Reserved (0)
Bit 31: Error status
0 ... Success
1 ... Fail
Mast be Zero
==========================================================================
BCSS
SetBatteryCharge Stop Capacity Threshold
==========================================================================
In Parameter:
DWORD
Bit 7-0: Charge stop capacity (Unit:%)
=0: Use battery default setting
=1-99: Threshold to stop charging battery (Relative capacity)
Bit 9-8:BatteryID
= 0: Any battery
= 1: Primary battery
= 2: Secondary battery
= Others: Reserved (0)
Bit 31-10: Reserved (0)
Mast be Zero
Out Parameter:
DWORD
Bit 30-0: Reserved (0)
Bit 31: Error status
0 ... Success
1 ... Fail
==========================================================================
BDSG
GetBatteryDischargeState
==========================================================================
In Parameter:
DWORD
Bit 7-0:BatteryID
Bit 31-8: Reserved (0)
Mast be Zero
Out Parameter:
Bit 7-0:Batterydischarge status
Bit 0: Discharge request
(0:Disable(Stop Discharge) 1:Enable(Start Discharge))
Bit 1: Enable breaking condition by AC detach
(0:Disable(don't break by AC detaching) 1:Enable(break by AC detaching))
Bit 7-2: Reserved (0)
Bit 10-8: Capability of battery discharge function
Bit 8: Discharge function
(0:Not support 1:Support)
Bit 9: Specify every battery parameter
(0:Not support(apply parameter for all battery) 1:Support(apply parameter for all battery))
Bit 10:Enable breaking condition by AC detaching
(0:Not support 1:Support))
Bit 30-11: Reserved (0)
Bit 31: Error status
0 ... Success
1 ... Fail
==========================================================================
BDSS
SetBatteryDischargeState
==========================================================================
In Parameter:
DWORD
Bit 7-0:Batterydischarge status
Bit 0: Discharge request
(0:Disable(Stop Discharge) 1:Enable(Start Discharge))
Bit 1: Enable breaking condition by AC detach
(0:Disable(don't break by AC detaching) 1:Enable(break by AC detaching))
Bit 7-2: Reserved (0)
Bit 9-8:BatteryID
= 0: Any battery
= 1: Primary battery
= 2: Secondary battery
= Others: Reserved (0)
Bit 31-10: Reserved (0)
Mast be Zero
Out Parameter:
DWORD
Bit 30-0: Reserved (0)
Bit 31: Error status (1:Error 0:OK)
0 ... Success
1 ... Fail
Mast be Zero