Searched hist:wh (Results 1 - 20 of 20) sorted by relevance

/src/sys/dev/acpi/
H A Dqcomipcc.c1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill branches: 1.1.4;
arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE

1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill branches: 1.1.4;
arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE

1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill branches: 1.1.4;
arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE

H A Dqcomipcc.h1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill branches: 1.1.4;
arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE

1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill branches: 1.1.4;
arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE

1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill branches: 1.1.4;
arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE

H A Dqcompas.c1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill branches: 1.1.4;
arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE

1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill branches: 1.1.4;
arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE

1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill branches: 1.1.4;
arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE

H A Dqcomscm.c1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill branches: 1.1.4;
arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE

1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill branches: 1.1.4;
arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE

1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill branches: 1.1.4;
arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE

H A Dqcomscm.h1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill branches: 1.1.4;
arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE

1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill branches: 1.1.4;
arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE

1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill branches: 1.1.4;
arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE

H A Dqcomsmem.c1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill branches: 1.1.4;
arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE

1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill branches: 1.1.4;
arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE

1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill branches: 1.1.4;
arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE

H A Dqcomsmem.h1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill branches: 1.1.4;
arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE

1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill branches: 1.1.4;
arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE

1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill branches: 1.1.4;
arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE

H A Dqcomsmptp.c1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill branches: 1.1.4;
arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE

1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill branches: 1.1.4;
arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE

1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill branches: 1.1.4;
arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE

H A Dqcomsmptp.h1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill branches: 1.1.4;
arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE

1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill branches: 1.1.4;
arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE

1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill branches: 1.1.4;
arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE

H A Dqcomspmi.c1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill branches: 1.1.4;
arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE
1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill branches: 1.1.4;
arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE
1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill branches: 1.1.4;
arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE
H A Dqcompep.c1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE

1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE

1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE

H A Dqcompep.h1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE

1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE

1.1 Mon Dec 30 00:31:10 GMT 2024 jmcneill arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE

H A Dacpi_bat.c1.22 Sun Aug 31 01:36:12 GMT 2003 gson The unit displayed when printing battery capacities and
charge/discharge rates was incorrect - the value printed is actually
in A, W, Ah, or Wh, not in mA, mW, mAh, or mWh (assuming as we must
that the period is interpreted as a decimal point, not a thousands
separator).
1.21 Thu May 29 02:47:49 GMT 2003 gson branches: 1.21.2;
The remaining capacity percentage was incorrect for batteries larger than
21.47 Wh becaue of integer overflow.
1.2 Fri Aug 02 16:51:48 GMT 2002 explorer display the V, W, and Wh rather than mV, mW, and mWh
H A Dfiles.acpi1.136 Mon Dec 30 00:31:10 GMT 2024 jmcneill arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE
1.136 Mon Dec 30 00:31:10 GMT 2024 jmcneill arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE
1.136 Mon Dec 30 00:31:10 GMT 2024 jmcneill arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE
/src/sys/arch/evbarm/conf/
H A DGENERIC641.222 Mon Dec 30 00:31:09 GMT 2024 jmcneill arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE
1.222 Mon Dec 30 00:31:09 GMT 2024 jmcneill arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE
1.222 Mon Dec 30 00:31:09 GMT 2024 jmcneill arm64: Add support for Snapdragon X1E battery and charger sensors.

This is a port of a set of drivers from OpenBSD, adapted to use ACPI
instead of FDT bindings. These drivers are required to boot firmware on
the application DSP which is required to read sensors. This is an impressive
collection of work on the OpenBSD side -- big thank you to Patrick for writing
this code and his help with this porting effort.

Firmware is signed and as a result may be board specific. The qcompas(4)
driver looks for firmware files in qcompas/<subsystem> where <subsystem> is
the string returned by the _SUB method on the ADSP device node. For example,
on Lenovo ThinkPad T14s Gen 6 the subsystem ID is "233817AA".

The files "qcadsp8380.mbn" and "adsp_dtbs.elf" must be placed in
this directory to read sensor data. These files can be obtained by
downloading the appropriate OEM drivers for Windows.

When everything is online, the sensors are reported by sysmon_envsys and
the charger creates a sysmon_pswitch of type PSWITCH_TYPE_ACADAPTER. The
goal is to match the acpiacad(4) and acpibat(4) behaviour as much as possible.

XXX Firmware loading sometimes fails, still looking into this. When this
happens, sensors are not registered.

[battery]
design voltage: 0.000 V
voltage: 12.980 V
design cap: 58.000 Wh
last full cap: 59.810 Wh
charge: 59.740 2.000% 8.998% Wh (99.88%)
charge rate: N/A
discharge rate: N/A
charging: FALSE
charge state: NORMAL
discharge cycles: 4 0 0 0 0 none
temperature: 30.230 degC
[charger]
connected: TRUE
/src/sys/net80211/
H A Dieee80211_proto.h1.11 Mon Jun 27 05:49:13 GMT 2005 dyoung branches: 1.11.2;
rtw: Try to get hardware WEP to work. It seems to work in
the RX direction, but not in the TX direction. The
net80211 crypto framework doesn't seem to cope very well
with the assymetry (I'm probably missing something), so
I will use software WEP for now.

net80211: In ieee80211_compute_duration, figure out whether to add
the WEP header to the packet overhead by checking the
WEP bit in the Frame Control field of the 802.11 header,
instead of checking the IEEE80211_F_PRIVACY flag.

Also, if the WEP bit is present, assume that the frame
described by (wh, len) has already already been WEP
encapsulated, and adjust the payload length accordingly.
XXX that's a grotty hack that I will have to revisit,
later.

H A Dieee80211_output.c1.32 Mon Jun 27 05:49:13 GMT 2005 dyoung branches: 1.32.2;
rtw: Try to get hardware WEP to work. It seems to work in
the RX direction, but not in the TX direction. The
net80211 crypto framework doesn't seem to cope very well
with the assymetry (I'm probably missing something), so
I will use software WEP for now.

net80211: In ieee80211_compute_duration, figure out whether to add
the WEP header to the packet overhead by checking the
WEP bit in the Frame Control field of the 802.11 header,
instead of checking the IEEE80211_F_PRIVACY flag.

Also, if the WEP bit is present, assume that the frame
described by (wh, len) has already already been WEP
encapsulated, and adjust the payload length accordingly.
XXX that's a grotty hack that I will have to revisit,
later.
/src/sys/dev/ic/
H A Drtwvar.h1.24 Mon Jun 27 05:49:13 GMT 2005 dyoung branches: 1.24.2; 1.24.8;
rtw: Try to get hardware WEP to work. It seems to work in
the RX direction, but not in the TX direction. The
net80211 crypto framework doesn't seem to cope very well
with the assymetry (I'm probably missing something), so
I will use software WEP for now.

net80211: In ieee80211_compute_duration, figure out whether to add
the WEP header to the packet overhead by checking the
WEP bit in the Frame Control field of the 802.11 header,
instead of checking the IEEE80211_F_PRIVACY flag.

Also, if the WEP bit is present, assume that the frame
described by (wh, len) has already already been WEP
encapsulated, and adjust the payload length accordingly.
XXX that's a grotty hack that I will have to revisit,
later.

H A Drtw.c1.49 Mon Jun 27 05:49:13 GMT 2005 dyoung rtw: Try to get hardware WEP to work. It seems to work in
the RX direction, but not in the TX direction. The
net80211 crypto framework doesn't seem to cope very well
with the assymetry (I'm probably missing something), so
I will use software WEP for now.

net80211: In ieee80211_compute_duration, figure out whether to add
the WEP header to the packet overhead by checking the
WEP bit in the Frame Control field of the 802.11 header,
instead of checking the IEEE80211_F_PRIVACY flag.

Also, if the WEP bit is present, assume that the frame
described by (wh, len) has already already been WEP
encapsulated, and adjust the payload length accordingly.
XXX that's a grotty hack that I will have to revisit,
later.
/src/share/misc/
H A Dacronyms.comp1.121 Thu Mar 03 18:40:23 GMT 2011 jruoho This will never end... ABR, ACP, ACS, ACU, ADP, ADO, ADP, AGC, AI, AN, AO,
AOS, ARU, ASK, ASR, BCC, BCR, BFT, BIU, BM, BMIC, BN, BNF, BO, BOF, BOM,
BPI, BSF, BSR, BWM, CAU, CBC, CBR, CC, CI, CMP, CPB, CPG, CPT, DAT, DBS,
DCC, DCD, DCS, DCU, DDK, DDS, DEK, DFC, DFT, DOF, ECC, ECS, EDAT, EDS, EFL,
ELS, EMP, ERD, ESS, EU, FCL, HLL, HP, IBM, ICA, IDA, ILM, ITB, LER, LFN,
LLF, LMM, LNO, LRM, LRO, LSR, MD, MESI, MI, MOESI, MOF, MOSI, MR, MSI, MUD,
NIA, NIP, ODT, OPS, OPM, OSPM, PDS, PGAS, PIM, PIPT, PLRU, PM, PMU, POP,
PPM, PUN, QBE, QC, RF, RFO, RH, RLO, RM, RR, RWM, SAM, SLRU, SMAF, SMC, SMU,
SPT, SRC, TAOCP, TCB, TOD, TPM, VB, VIPT, VIVT, VOD, VRM, WH, WM, WTC, YTD.
1.121 Thu Mar 03 18:40:23 GMT 2011 jruoho This will never end... ABR, ACP, ACS, ACU, ADP, ADO, ADP, AGC, AI, AN, AO,
AOS, ARU, ASK, ASR, BCC, BCR, BFT, BIU, BM, BMIC, BN, BNF, BO, BOF, BOM,
BPI, BSF, BSR, BWM, CAU, CBC, CBR, CC, CI, CMP, CPB, CPG, CPT, DAT, DBS,
DCC, DCD, DCS, DCU, DDK, DDS, DEK, DFC, DFT, DOF, ECC, ECS, EDAT, EDS, EFL,
ELS, EMP, ERD, ESS, EU, FCL, HLL, HP, IBM, ICA, IDA, ILM, ITB, LER, LFN,
LLF, LMM, LNO, LRM, LRO, LSR, MD, MESI, MI, MOESI, MOF, MOSI, MR, MSI, MUD,
NIA, NIP, ODT, OPS, OPM, OSPM, PDS, PGAS, PIM, PIPT, PLRU, PM, PMU, POP,
PPM, PUN, QBE, QC, RF, RFO, RH, RLO, RM, RR, RWM, SAM, SLRU, SMAF, SMC, SMU,
SPT, SRC, TAOCP, TCB, TOD, TPM, VB, VIPT, VIVT, VOD, VRM, WH, WM, WTC, YTD.
1.121 Thu Mar 03 18:40:23 GMT 2011 jruoho This will never end... ABR, ACP, ACS, ACU, ADP, ADO, ADP, AGC, AI, AN, AO,
AOS, ARU, ASK, ASR, BCC, BCR, BFT, BIU, BM, BMIC, BN, BNF, BO, BOF, BOM,
BPI, BSF, BSR, BWM, CAU, CBC, CBR, CC, CI, CMP, CPB, CPG, CPT, DAT, DBS,
DCC, DCD, DCS, DCU, DDK, DDS, DEK, DFC, DFT, DOF, ECC, ECS, EDAT, EDS, EFL,
ELS, EMP, ERD, ESS, EU, FCL, HLL, HP, IBM, ICA, IDA, ILM, ITB, LER, LFN,
LLF, LMM, LNO, LRM, LRO, LSR, MD, MESI, MI, MOESI, MOF, MOSI, MR, MSI, MUD,
NIA, NIP, ODT, OPS, OPM, OSPM, PDS, PGAS, PIM, PIPT, PLRU, PM, PMU, POP,
PPM, PUN, QBE, QC, RF, RFO, RH, RLO, RM, RR, RWM, SAM, SLRU, SMAF, SMC, SMU,
SPT, SRC, TAOCP, TCB, TOD, TPM, VB, VIPT, VIVT, VOD, VRM, WH, WM, WTC, YTD.
1.121 Thu Mar 03 18:40:23 GMT 2011 jruoho This will never end... ABR, ACP, ACS, ACU, ADP, ADO, ADP, AGC, AI, AN, AO,
AOS, ARU, ASK, ASR, BCC, BCR, BFT, BIU, BM, BMIC, BN, BNF, BO, BOF, BOM,
BPI, BSF, BSR, BWM, CAU, CBC, CBR, CC, CI, CMP, CPB, CPG, CPT, DAT, DBS,
DCC, DCD, DCS, DCU, DDK, DDS, DEK, DFC, DFT, DOF, ECC, ECS, EDAT, EDS, EFL,
ELS, EMP, ERD, ESS, EU, FCL, HLL, HP, IBM, ICA, IDA, ILM, ITB, LER, LFN,
LLF, LMM, LNO, LRM, LRO, LSR, MD, MESI, MI, MOESI, MOF, MOSI, MR, MSI, MUD,
NIA, NIP, ODT, OPS, OPM, OSPM, PDS, PGAS, PIM, PIPT, PLRU, PM, PMU, POP,
PPM, PUN, QBE, QC, RF, RFO, RH, RLO, RM, RR, RWM, SAM, SLRU, SMAF, SMC, SMU,
SPT, SRC, TAOCP, TCB, TOD, TPM, VB, VIPT, VIVT, VOD, VRM, WH, WM, WTC, YTD.

Completed in 191 milliseconds