public static ArrayList<Entry> getTriggers() {
final ArrayList<Entry> triggers = new ArrayList<>();
Entry e = new Entry(App.get().getString(R.string.screen_off), TRIGGER_SCREEN_OFF);
triggers.add(e);
e = new Entry(App.get().getString(R.string.screen_on), TRIGGER_SCREEN_ON);
triggers.add(e);
return triggers;
}
public static ArrayList<Entry> getCategories() {
final ArrayList<Entry> categories = new ArrayList<>();
// CPU
categories.add(new Entry(App.get().getString(R.string.cpu), CATEGORY_CPU));
// GPU
categories.add(new Entry(App.get().getString(R.string.gpu), CATEGORY_GPU));
// Extras
categories.add(new Entry(App.get().getString(R.string.extras), CATEGORY_EXTRAS));
// Filesystem
categories.add(new Entry(App.get().getString(R.string.file_system), CATEGORY_FS));
return categories;
}
private static void addValuesOnOff(final ArrayList<Entry> values) {
values.add(new Entry(App.get().getString(R.string.on), "1"));
values.add(new Entry(App.get().getString(R.string.off), "0"));
}
public static ArrayList<Entry> getValues(final String action) {
final ArrayList<Entry> values = new ArrayList<>();
if (TextUtils.isEmpty(action)) return values;
// CPU frequencies
if (TextUtils.equals(ACTION_CPU_FREQUENCY_MAX, action)
|| TextUtils.equals(ACTION_CPU_FREQUENCY_MIN, action)) {
final List<Integer> freqList = CpuReader.readFreqAvail(0);
for (final int value : freqList) {
final String s = String.valueOf(value);
values.add(new Entry(CpuInformation.toMhz(s), s));
}
} else
// CPU governor
if (TextUtils.equals(ACTION_CPU_GOVERNOR, action)) {
final List<String> governors = CpuReader.readGovAvail(0);
for (final String s : governors) {
values.add(new Entry(s, s));
}
} else
// GPU frequencies
if (TextUtils.equals(ACTION_GPU_FREQUENCY_MAX, action)
|| TextUtils.equals(ACTION_GPU_FREQUENCY_MIN, action)) {
final String[] freqs = GpuUtils.get().getAvailableFrequencies(true);
if (freqs == null) return values;
for (final String s : freqs) {
values.add(new Entry(GpuUtils.toMhz(s), s));
}
} else
// GPU governor
if (TextUtils.equals(ACTION_GPU_GOVERNOR, action)) {
final String[] governors = GovernorUtils.get().getAvailableGpuGovernors();
if (governors == null) return values;
for (final String s : governors) {
values.add(new Entry(s, s));
}
} else
// GPU 3D scaling
if (TextUtils.equals(ACTION_3D_SCALING, action)) {
addValuesOnOff(values);
} else
// Filesystem
if (TextUtils.equals(ACTION_IO_SCHEDULER, action)) {
final String[] scheds = IoUtils.get().getAvailableIoSchedulers();
if (scheds == null) return values;
for (final String s : scheds) {
values.add(new Entry(s, s));
}
} else if (TextUtils.equals(ACTION_READ_AHEAD, action)) {
final String[] entries = App.get().getStringArray(R.array.read_ahead_entries);
final String[] vals = App.get().getStringArray(R.array.read_ahead_values);
for (int i = 0; i < entries.length; i++) {
values.add(new Entry(entries[i], vals[i]));
}
} else
// Extras
if (TextUtils.equals(ACTION_KSM_ENABLED, action)
|| TextUtils.equals(ACTION_KSM_DEFERRED, action)) {
addValuesOnOff(values);
} else if (TextUtils.equals(ACTION_KSM_PAGES, action)) {
final String[] vals = {"32", "64", "128", "256", "512", "1024"};
for (final String s : vals) {
values.add(new Entry(s, s));
}
} else if (TextUtils.equals(ACTION_KSM_SLEEP, action)) {
final String[] vals = {"100", "250", "500", "1000", "2000", "3000", "4000", "5000"};
for (final String s : vals) {
values.add(new Entry(s, s));
}
} else if (TextUtils.equals(ACTION_MPDECISION, action)) {
addValuesOnOff(values);
}
return values;
}
public static ArrayList<Entry> getActions(final String category) {
final ArrayList<Entry> actions = new ArrayList<>();
if (TextUtils.isEmpty(category)) return actions;
// CPU
if (TextUtils.equals(CATEGORY_CPU, category)) {
actions.add(new Entry(App.get().getString(R.string.frequency_max), ACTION_CPU_FREQUENCY_MAX));
actions.add(new Entry(App.get().getString(R.string.frequency_min), ACTION_CPU_FREQUENCY_MIN));
actions.add(new Entry(App.get().getString(R.string.governor), ACTION_CPU_GOVERNOR));
}
// GPU
if (TextUtils.equals(CATEGORY_GPU, category)) {
if (Utils.fileExists(GpuUtils.get().getGpuFreqMaxPath())) {
actions.add(
new Entry(App.get().getString(R.string.frequency_max), ACTION_GPU_FREQUENCY_MAX));
}
if (Utils.fileExists(GpuUtils.get().getGpuFreqMinPath())) {
actions.add(
new Entry(App.get().getString(R.string.frequency_min), ACTION_GPU_FREQUENCY_MIN));
}
if (Utils.fileExists(GpuUtils.get().getGpuGovPath())) {
actions.add(new Entry(App.get().getString(R.string.governor), ACTION_GPU_GOVERNOR));
}
if (Utils.fileExists(GpuUtils.FILE_3D_SCALING)) {
actions.add(new Entry(App.get().getString(R.string.gpu_3d_scaling), ACTION_3D_SCALING));
}
}
// Extras
if (TextUtils.equals(CATEGORY_EXTRAS, category)) {
if (Utils.fileExists(KsmUtils.KSM_PATH)) {
if (Utils.fileExists(App.get().getString(R.string.file_ksm_run))) {
actions.add(new Entry(App.get().getString(R.string.enable_ksm), ACTION_KSM_ENABLED));
}
if (Utils.fileExists(App.get().getString(R.string.file_ksm_deferred))) {
actions.add(new Entry(App.get().getString(R.string.deferred_timer), ACTION_KSM_DEFERRED));
}
if (Utils.fileExists(KsmUtils.KSM_PAGES_TO_SCAN)) {
actions.add(new Entry(App.get().getString(R.string.pages_to_scan), ACTION_KSM_PAGES));
}
if (Utils.fileExists(KsmUtils.KSM_SLEEP)) {
actions.add(
new Entry(App.get().getString(R.string.sleep_between_scans), ACTION_KSM_SLEEP));
}
}
if (Utils.fileExists(MpDecisionAction.MPDECISION_PATH)) {
actions.add(new Entry(App.get().getString(R.string.mpdecision), ACTION_MPDECISION));
}
}
// Filesystem
if (TextUtils.equals(CATEGORY_FS, category)) {
actions.add(new Entry(App.get().getString(R.string.io), ACTION_IO_SCHEDULER));
actions.add(new Entry(App.get().getString(R.string.read_ahead), ACTION_READ_AHEAD));
}
return actions;
}
