public CpuControlSetting(Context context, RootProcess rootProcess) {
super(context, rootProcess);
if (Misc.getKernelVersion() >= Misc.KERNEL_VER_3_0_0) {
File file = new File(PATH_SCALING_AVAILABLE_FREQS_KERNEL_2_6);
if (file.exists()) {
mSysFsCpuAvailableFrequencies = new SysFs(PATH_SCALING_AVAILABLE_FREQS_KERNEL_2_6);
} else {
mSysFsCpuAvailableFrequencies = new SysFs(PATH_SCALING_AVAILABLE_FREQS_KERNEL_3_0);
}
} else {
mSysFsCpuAvailableFrequencies = new SysFs(PATH_SCALING_AVAILABLE_FREQS_KERNEL_2_6);
}
}
@Override
public void setOnBoot() {
String value;
if (loadGovernorSetOnBoot()) {
value = loadScalingGovernor();
if (!Misc.isNullOfEmpty(value)) {
setScalingGovernor(value);
CpuGovernorSetting cpuGovSetting = new CpuGovernorSetting(mContext, value);
cpuGovSetting.setOnBoot();
}
}
if (loadFreqSetOnBoot()) {
value = loadScalingMaxFreq();
if (!Misc.isNullOfEmpty(value)) {
setScalingMaxFreq(value);
}
value = loadScalingMinFreq();
if (!Misc.isNullOfEmpty(value)) {
setScalingMinFreq(value);
}
if (isEnableSuspendFreq()) {
value = loadScalingMaxSuspendFreq();
if (!Misc.isNullOfEmpty(value)) {
setScalingMaxSuspendFreq(value);
}
value = loadScalingMinSuspendFreq();
if (!Misc.isNullOfEmpty(value)) {
setScalingMinSuspendFreq(value);
}
}
}
if (loadVoltSetOnBoot()) {
CpuVoltageSetting cpuVoltSetting = new CpuVoltageSetting(mContext);
cpuVoltSetting.setOnBoot();
}
}
protected CpuGovernorSetting(Context context, String governor) {
super(context);
mGovernor = governor;
mParams = new ArrayList<Parameter>();
File[] govParams = new File(CTRL_PATH + "/" + governor).listFiles();
if (govParams == null) {
return;
}
// setup governor parameter list
if ("sakuractive".equals(governor)) {
for (File param : govParams) {
String fileName = param.getName();
if (fileName.equals("sampling_rate")) {
mParams.add(new Parameter("sampling_rate", 10000, 1000000, "μs"));
} else if (fileName.equals("up_threshold")) {
mParams.add(new Parameter("up_threshold", 1, 100, "%"));
} else if (fileName.equals("down_threshold")) {
mParams.add(new Parameter("down_threshold", 1, 100, "%"));
} else if (fileName.equals("hotplug_in_sampling_periods")) {
mParams.add(new Parameter("hotplug_in_sampling_periods", 0, 0));
} else if (fileName.equals("hotplug_out_sampling_periods")) {
mParams.add(new Parameter("hotplug_out_sampling_periods", 0, 0));
} else if (fileName.equals("ignore_nice_load")) {
mParams.add(new Parameter("ignore_nice_load", 0, 1));
} else if (fileName.equals("boost_timeout")) {
mParams.add(new Parameter("boost_timeout", 0, 10000000, "μs"));
}
}
// mParams.add(new Parameter("down_differential", 0, 0));
} else if ("lulzactive".equals(governor)) {
CpuControlSetting cpuControlSetting = new CpuControlSetting(context);
String[] freqValues = cpuControlSetting.getAvailableFrequencies();
String[] freqEntries = Misc.getFreqencyEntries(freqValues);
for (File param : govParams) {
String fileName = param.getName();
if (fileName.equals("inc_cpu_load")) {
mParams.add(new Parameter("inc_cpu_load", 10, 100));
} else if (fileName.equals("pump_up_step")) {
mParams.add(new Parameter("pump_up_step", 0, freqEntries.length));
} else if (fileName.equals("pump_down_step")) {
mParams.add(new Parameter("pump_down_step", 0, freqEntries.length));
} else if (fileName.equals("screen_off_min_step")) {
mParams.add(new Parameter("screen_off_min_step", 0, freqEntries.length));
} else if (fileName.equals("up_sample_time")) {
mParams.add(new Parameter("up_sample_time", 10000, 50000, "μs"));
} else if (fileName.equals("down_sample_time")) {
mParams.add(new Parameter("down_sample_time", 10000, 100000, "μs"));
}
}
} else if ("smartassV2".equals(governor)) {
mGovernor = "smartass";
CpuControlSetting cpuControlSetting = new CpuControlSetting(context);
String[] freqValues = cpuControlSetting.getAvailableFrequencies();
String[] freqEntries = Misc.getFreqencyEntries(freqValues);
for (File param : govParams) {
String fileName = param.getName();
if (fileName.equals("max_cpu_load")) {
mParams.add(new Parameter("max_cpu_load", 1, 100, "%"));
} else if (fileName.equals("min_cpu_load")) {
mParams.add(new Parameter("min_cpu_load", 1, 100, "%"));
} else if (fileName.equals("up_rate_us")) {
mParams.add(new Parameter("up_rate_us", 1, 100000000, "μs"));
} else if (fileName.equals("down_rate_us")) {
mParams.add(new Parameter("down_rate_us", 1, 100000000, "μs"));
} else if (fileName.equals("ramp_down_step")) {
mParams.add(new Parameter("ramp_down_step", 1, 100000000, "μs"));
} else if (fileName.equals("ramp_up_step")) {
mParams.add(new Parameter("ramp_up_step", 1, 100000000, "μs"));
} else if (fileName.equals("sample_rate_jiffies")) {
mParams.add(new Parameter("sample_rate_jiffies", 1, 1000));
} else if (fileName.equals("awake_ideal_freq")) {
mParams.add(new Parameter("awake_ideal_freq", freqEntries, freqValues));
} else if (fileName.equals("sleep_ideal_freq")) {
mParams.add(new Parameter("sleep_ideal_freq", freqEntries, freqValues));
} else if (fileName.equals("sleep_wakeup_freq")) {
mParams.add(new Parameter("sleep_wakeup_freq", freqEntries, freqValues));
}
// mParams.add(new Parameter("debug_mask", 0, 0));
}
} else if ("interactiveX".equals(governor)) {
for (File param : govParams) {
String fileName = param.getName();
if (fileName.equals("min_sample_time")) {
mParams.add(new Parameter("min_sample_time", 10000, 1000000));
}
}
} else if ("interactive".equals(governor)) {
CpuControlSetting cpuControlSetting = new CpuControlSetting(context);
String[] freqValues = cpuControlSetting.getAvailableFrequencies();
String[] freqEntries = Misc.getFreqencyEntries(freqValues);
for (File param : govParams) {
String fileName = param.getName();
if (fileName.equals("go_maxspeed_load")) {
mParams.add(new Parameter("go_maxspeed_load", 5, 100, "%"));
} else if (fileName.equals("min_sample_time")) {
mParams.add(new Parameter("min_sample_time", 10000, 1000000, "μs"));
} else if (fileName.equals("above_hispeed_delay")) {
mParams.add(new Parameter("above_hispeed_delay", 10000, 1000000, "μs"));
} else if (fileName.equals("boost")) {
mParams.add(new Parameter("boost", 0, 1));
} else if (fileName.equals("go_hispeed_load")) {
mParams.add(new Parameter("go_hispeed_load", 5, 100));
} else if (fileName.equals("hispeed_freq")) {
mParams.add(new Parameter("hispeed_freq", freqEntries, freqValues));
} else if (fileName.equals("input_boost")) {
mParams.add(new Parameter("input_boost", 0, 1));
} else if (fileName.equals("timer_rate")) {
mParams.add(new Parameter("min_sample_time", 10000, 1000000, "μs"));
}
}
} else if ("hotplug".equals(governor)) {
for (File param : govParams) {
String fileName = param.getName();
if (fileName.equals("sampling_rate")) {
mParams.add(new Parameter("sampling_rate", 10000, 1000000, "μs"));
} else if (fileName.equals("up_threshold")) {
mParams.add(new Parameter("up_threshold", 1, 100, "%"));
} else if (fileName.equals("down_threshold")) {
mParams.add(new Parameter("down_threshold", 1, 100, "%"));
} else if (fileName.equals("hotplug_in_sampling_periods")) {
mParams.add(new Parameter("hotplug_in_sampling_periods", 0, 0));
} else if (fileName.equals("hotplug_out_sampling_periods")) {
mParams.add(new Parameter("hotplug_out_sampling_periods", 0, 0));
} else if (fileName.equals("ignore_nice_load")) {
mParams.add(new Parameter("ignore_nice_load", 0, 1));
}
}
} else if ("wheatley".equals(governor)) {
SysFs sysFs = new SysFs(CTRL_PATH + "/" + mGovernor + "/sampling_rate_min");
String samplingRateMin = sysFs.read(mRootProcess);
mParams.add(
new Parameter("sampling_rate", Integer.valueOf(samplingRateMin), SAMPING_RATE_MAX));
mParams.add(new Parameter("ignore_nice_load", 0, 1));
mParams.add(new Parameter("powersave_bias", 0, 1000));
mParams.add(new Parameter("up_threshold", 1, 100, "%"));
mParams.add(new Parameter("allowed_misses", 0, 100));
mParams.add(new Parameter("target_residency", 10, 100000));
} else if ("adaptive".equals(governor)) {
SysFs sysFs = new SysFs(CTRL_PATH + "/" + mGovernor + "/sampling_rate_min");
String samplingRateMin = sysFs.read(mRootProcess);
mParams.add(
new Parameter("sampling_rate", Integer.valueOf(samplingRateMin), SAMPING_RATE_MAX));
mParams.add(new Parameter("ignore_nice_load", 0, 1));
mParams.add(new Parameter("up_threshold", 1, 100, "%"));
} else if ("conservative".equals(governor)) {
SysFs sysFs = new SysFs(CTRL_PATH + "/" + mGovernor + "/sampling_rate_min");
String samplingRateMin = sysFs.read(mRootProcess);
mParams.add(
new Parameter("sampling_rate", Integer.valueOf(samplingRateMin), SAMPING_RATE_MAX));
mParams.add(new Parameter("up_threshold", 1, 100, "%"));
mParams.add(new Parameter("down_threshold", 1, 100, "%"));
mParams.add(new Parameter("freq_step", 5, 100, "%"));
mParams.add(new Parameter("ignore_nice_load", 0, 1));
// mParams.add(new Parameter("sampling_down_factor", 0, 0));
} else if ("ondemandx".equals(governor)) {
SysFs sysFs = new SysFs(CTRL_PATH + "/" + mGovernor + "/sampling_rate_min");
String samplingRateMin = sysFs.read(mRootProcess);
CpuControlSetting cpuControlSetting = new CpuControlSetting(context);
String[] freqValues = cpuControlSetting.getAvailableFrequencies();
String[] freqEntries = Misc.getFreqencyEntries(freqValues);
mParams.add(
new Parameter("sampling_rate", Integer.valueOf(samplingRateMin), SAMPING_RATE_MAX));
mParams.add(new Parameter("up_threshold", 5, 100, "%"));
mParams.add(new Parameter("ignore_nice_load", 0, 1));
mParams.add(new Parameter("powersave_bias", 0, 1000));
mParams.add(new Parameter("suspend_freq", freqEntries, freqValues));
// mParams.add(new Parameter("down_differential", 0, 0));
} else if ("ondemand".equals(governor)) {
SysFs sysFs = new SysFs(CTRL_PATH + "/" + mGovernor + "/sampling_rate_min");
String samplingRateMin = sysFs.read(mRootProcess);
mParams.add(
new Parameter("sampling_rate", Integer.valueOf(samplingRateMin), SAMPING_RATE_MAX));
mParams.add(new Parameter("up_threshold", 5, 100, "%"));
mParams.add(new Parameter("ignore_nice_load", 0, 1));
mParams.add(new Parameter("powersave_bias", 0, 1000));
} else if ("powersave".equals(governor)) {
// nothing parameter
} else if ("powersave".equals(governor)) {
// nothing parameter
}
}