In some cases, the driver must handle given properties located in
specific OF subnode. Instead of creating duplicate set of function, add
'node' as argument to existing functions, defaulting it to device OF node.
MFC after: 3 weeks
operates on a specific OF node instead of the pass in device's OF node.
Reviewed by: andrew, mmel
Differential Revision: https://reviews.freebsd.org/D6957
- Use a different device description for fixed and fixed factor clocks.
- Fix a bug where the "clock-div" property was stored in the "mult" field
of the clock definition.
- Get the fixed factor parent clock by index instead of by name, as a
clock-names property is not required to be present here.
Reviewed by: mmel, adrian (mentor)
Approved by: adrian (mentor)
Differential Revision: https://reviews.freebsd.org/D5703
clock-indices property is present, so change the "uint32_t *indices" parameter
to "uint32_t **indices" to allow this.
Reviewed by: mmel, adrian (mentor)
Approved by: adrian (mentor)
Differential Revision: https://reviews.freebsd.org/D5702
platform specific drivers a chance to override the generic driver.
Reviewed by: mmel, adrian (mentor)
Approved by: adrian (mentor)
Differential Revision: https://reviews.freebsd.org/D5701
support frameworks (i.e. clk/regulators/tsensors/fuses...).
It provides simple unified consumers interface for manipulations with
phy (USB/SATA/PCIe) resources.
support frameworks(i.e. clk/reset/phy/tsensors/fuses...).
The framework is still far from perfect and probably doesn't have stable
interface yet, but we want to start testing it on more real boards and
different architectures.
support frameworks (i.e. regulators/phy/tsensors/fuses...).
It provides simple unified consumers interface for manipulations with
on-chip resets.
Reviewed by: ian, imp (paritaly)
support frameworks(i.e. reset/regulators/phy/tsensors/fuses...).
The clock framework significantly simplifies handling of complex clock
structures found in modern SoCs. It provides the unified consumers
interface, holds and manages actual clock topology, frequency and gating.
It's tested on three different ARM boards (Nvidia Tegra TK1, Inforce 6410 and
Odroid XU2) and on one MIPS board (Creator Ci20) by kan@.
The framework is still far from perfect and probably doesn't have stable
interface yet, but we want to start testing it on more real boards and
different architectures.
Reviewed by: ian, kan (earlier version)
