Re: [PATCH 0/3] clk: add duty cycle support

2018-04-17 Thread Jerome Brunet
On Mon, 2018-04-16 at 22:49 -0700, Stephen Boyd wrote: > Quoting Jerome Brunet (2018-04-16 10:57:40) > > This patchset adds the possibility to control the duty cycle ratio of a > > clock within the clock framework. > > > > This useful when the duty cycle ratio depends on another parameter > >

Re: [PATCH 0/3] clk: add duty cycle support

2018-04-17 Thread Jerome Brunet
On Mon, 2018-04-16 at 22:49 -0700, Stephen Boyd wrote: > Quoting Jerome Brunet (2018-04-16 10:57:40) > > This patchset adds the possibility to control the duty cycle ratio of a > > clock within the clock framework. > > > > This useful when the duty cycle ratio depends on another parameter > >

Re: [PATCH 0/3] clk: add duty cycle support

2018-04-16 Thread Stephen Boyd
Quoting Jerome Brunet (2018-04-16 10:57:40) > This patchset adds the possibility to control the duty cycle ratio of a > clock within the clock framework. > > This useful when the duty cycle ratio depends on another parameter > controlled by the clock framework. For example, the duty cycle ratio

Re: [PATCH 0/3] clk: add duty cycle support

2018-04-16 Thread Stephen Boyd
Quoting Jerome Brunet (2018-04-16 10:57:40) > This patchset adds the possibility to control the duty cycle ratio of a > clock within the clock framework. > > This useful when the duty cycle ratio depends on another parameter > controlled by the clock framework. For example, the duty cycle ratio

[PATCH 0/3] clk: add duty cycle support

2018-04-16 Thread Jerome Brunet
This patchset adds the possibility to control the duty cycle ratio of a clock within the clock framework. This useful when the duty cycle ratio depends on another parameter controlled by the clock framework. For example, the duty cycle ratio may depends on the value of a divider (ratio = N /

[PATCH 0/3] clk: add duty cycle support

2018-04-16 Thread Jerome Brunet
This patchset adds the possibility to control the duty cycle ratio of a clock within the clock framework. This useful when the duty cycle ratio depends on another parameter controlled by the clock framework. For example, the duty cycle ratio may depends on the value of a divider (ratio = N /