Numeric facts on fractions, that few are aware of.Android 4.4–4.4.4 KitKat (API level 19) / Android 4.4W–4.4W.2 KitKat, with wearable extensions (API level 20) / Android 5.0–5.0.2 Lollipop (API level 21) / Android 5.1–5.1.1 Lollipop (API level 22) / Android 6.0+ Marshmallow (API level 23).Bosch cordless vacuum cleaner large, GAS 18V-10 L.Bosch hand-held cordless vacuum cleaner, GAS 18V-1.Bosch flexi-click 18V drill/driver, GSR-18V-60-FC.
#GSAM BATTERY MONITOR. HOW TO#
I do not know how to interpret this difference. In the above 3c Says 17.94% and GSAM 48% of 25% or 12%. They are not quite agreeing on the percentage blamed on the display. This can be quite handy as a measure of how lean&hard the device has been used. In GSAM they also display a mean usage rate. As it is the sum of the usage in each period between the charges.
#GSAM BATTERY MONITOR. FULL#
Do not get confused if you see a number over 100%, if you have requested since last full charge, and the device have been partially charged in the mean time. (I would strongly discourage anyone from using a device this way in normal usage, as heavy usage means heat, and heat during charging or discharging is bad for the overall battery life, so better to charge the phone fully before you go, so the battery is inactive while the device is being powered by the car charger for doing the heavy job, see also this)īoth display the total usage in the period. used with a slow 500mA car charger while doing sat-nav with the display on, as it might be using about as much as the charger can provide, and thus not reach the fully charged state. This could make a huge difference if e.g.
I’m not sure how either of them includes or excludes what happened during any intermediate partial charges. Similar on GSAM “Since last unplugged” is (of course) not only physically plugged, but goes for wireless charge as well. Note that in 3C “ On Battery” is the total since FULLY charged in contrast to “ Since charged” that means “ Since LAST charge“. this from my BB Priv where 3C had used 0.1% and GSAM 1.0% of the capacity over an almost eight day period. That they appear as prominent users above is due to me playing with the 3C Toolbox a lot, and would not be so in normal usage. (the package name is scrolling on the 3C if it is too long )ģC Battery Monitor is generally more lean on the battery than GSAM, but none of them are heavy on it. Now the Battery info I get from 3c Battery Manager/Monitor are (click to enlarge)Īnd this is reasonable similar to what I get from GSAMīoth offer even more detailed info on a specific entry:
If you are using the ‘free’ versions, the similar commands areĪdb -d shell pm grant ccc71.at.free _STATSĪdb -d shell pm grant _STATS GSAM already suggest their users to do the similar for their app on installĪdb -d shell pm grant _STATSīut did not know that the similar worked for the 3C Battery Monitor too! If you find this or this post on the 3c site, you will see that executing the following command does wonders (on adb see also this)Īdb -d shell pm grant ccc71.at _STATS This Toolbox not the least also contains the “Process Monitor”/”Task Manager”.Īnd until a few hours ago I thought that 3C could not do quite what GSAM could without root. “Battery Manager” as a part of the larger “ 3C Toolbox“ There is a bit confusion on the naming on the 3C one, as it offered as a stand aloneīut also as a part of a larger toolbox with some extra goodies with a slightly different name I have been using both GSAM and 3C Battery Monitor for many years on Androidīoth are GREAT apps in helping you finding out what is going on and especially what eats your device’s battery.
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