public void set_values() {
cur.setText(getString(R.string.prefcat_zram) + " " + String.valueOf(curcpu));
t1.setText(Helpers.ReadableByteCount(0));
t2.setText("0");
t3.setText(Helpers.ReadableByteCount(0));
t4.setText("0");
t5.setText(Helpers.ReadableByteCount(0));
Boolean ist1 = false;
Boolean ist3 = false;
Boolean ist5 = false;
if (new File(ZRAM_COMPR_PATH.replace("zram0", "zram" + curcpu)).exists()) {
t1.setText(
Helpers.ReadableByteCount(
parseInt(Helpers.readOneLine(ZRAM_COMPR_PATH.replace("zram0", "zram" + curcpu)))));
ist1 = true;
}
if (new File(ZRAM_ORIG_PATH.replace("zram0", "zram" + curcpu)).exists()) {
t3.setText(
Helpers.ReadableByteCount(
parseInt(Helpers.readOneLine(ZRAM_ORIG_PATH.replace("zram0", "zram" + curcpu)))));
ist3 = true;
}
if (new File(ZRAM_MEMTOT_PATH.replace("zram0", "zram" + curcpu)).exists()) {
t5.setText(
Helpers.ReadableByteCount(
parseInt(Helpers.readOneLine(ZRAM_MEMTOT_PATH.replace("zram0", "zram" + curcpu)))));
ist5 = true;
}
if (ist1 && ist3 && ist5) {
t2.setText(nf.format(getCompressionRatio()));
t4.setText(nf.format(getUsedRatio()));
}
}
private int getCompressedDataSize() {
return parseInt(Helpers.readOneLine(ZRAM_COMPR_PATH.replace("zram0", "zram" + curcpu)));
}