So iOS 8 has been released and it shows Android how to do things properly in terms of advanced notifications as well as the sharing menu
iOS 8 advanced notifications allow you to respond right in the notification itself
On Android you may some extra actions (there was none in the messaging app a.k.a Hangouts), but taking a reply action on an email bumps you into the Gmail app itself to reply
Android has had sharing capabilities for ages (possibly since the first public Android release) however it is not consistent and seems to exists in at least 4 different variations.
1) Sharing in the Android Photos app (1st party application from Google): grid of large icons
2) Android sharing in Skitch (3rd party application): a quick touch to share with the last application and going to the “See all” option expands the list and adds extra items to the bottom of an existing list
3) Android sharing in QuickPic (3rd party app). Selecting “More…” shows a whole new menu that has no correlation with the initial shortcut share menu
4) Android sharing in Chrome (1st party app from Google): another 1 touch quick share with last app but otherwise a full alphabetical list of share intents.
iOS 8 sharing: consistent look and ability to order sharing activities (order seems different based on app, i.e. Safari vs Photos, but at least the order is configurable)
As an Android fan, it really bugs me that Android has had a lot of functionality but never seem to fully polish things up and strengthens the argument where Apple doesn’t necessarily innovate with new features but implement features in more usable forms.
I know I was a bit confused when initially rooting and installing custom ROMs on my Android device and while I don’t consider myself an expert there are a few terms that could use a quick definition to know your way around custom ROM installations.
When you start your device you can boot into 1 of 3 modes
- Bootloader: a mode that can boot into Recovery or start the regular boot process (into Android) and also shows some details of your device. ROMs can be flashed in the bootloader but it is not the typical case
- Recovery: a mode to flash ROMs (stock / custom)
- Regular system boot: boots into the operating system while would typically be Android
These tools can be used to communicate and even transfer files with your device
- adb: when in recovery mode / standard Android
- fastboot : when in bootloader
Unlocking the Bootloader
Boot loaders can be locked which prevents custom ROMS from being flashed. Unlocking the bootloader can be done with the following commands (this was done on a Nexus 7 2013, other devices may need other commands)
- Reboot into the bootloader
adb reboot bootloader
- Unlock the bootloader
fastboot oem unlock
Once the bootloader is unlocked you can install a custom ROM. While I believe it is possible to install custom ROMs without a custom recovery program, the typical way to install a ROM is with one. I’ve used ClockWorkMod Recovery and Team Win Recovery Project (TWRP) but there are others other there. Just make sure you install the right one for your device.
Flashing a Custom ROM
- Install a custom recovery
- Install it on your device
- Download your custom ROM
- Reboot your device into recovery
adb reboot recovery
- Follow the on screen instructions to install the ROM
- Typically you have to wipe your device (dalvik cache, system and personal data)
- Install the custom ROM from a zip file
- Reboot into your new ROM
- Custom builds/implementation of Android with some famous ones such as CyanogenMod and ParanoidAndroid (currently I’m using OmniROM)
- Stock ROMs are the original ROM that came with the device
- Custom ROMs typically will not have the Google services and usually need to be manually installed. Typically packaged / called gapps
- Some problem with custom ROMs is usually hardware support: some things may not work as well as they do on stock ROMs. Thus custom ROMs that are based on stock ROMs will probably have better hardware support compared to generic custom ROMs
- Rooting gives you more control on your device and lets you run apps that have special abilities. Some features that I use are
- Rooting can be done on a device with a stock ROM or can be automatically bundled with a custom ROM
- Applications that use root privileges have to request for these functions to be run and these can be managed using superuser apps such as Superuser from ChainsDD / Superuser from ClockworkMod / SuperSU from Chainfire
- “Unlocked”: this can mean several things
- Unlocked from a carrier: it can us SIM cards from any carrier
- Unlocked bootloader: it can load custom ROMs
Things I’m still unsure of
- If the bootloader needs to be unlocked in order to flash a custom recovery
- “Secure boot”: shown on the boot loader but doesn’t affect flashing a custom ROM
Thanks to the Ubuntu Touch install page I found out that you can do a full Android backup of apps and data.
adb backup -apk -shared -all
That will create a backup.ab file on your computer which can get huge
adb restore backup.ab
Restoration can be done even on a different ROM and it even maintains settings apps which require you to log in.
Full details of adb backup are as follows and you could selectively backup important app data and such.
adb backup [-f <file>] [-apk|-noapk] [-obb|-noobb] [-shared|-noshared] [-all] [-system|-nosystem] [<packages...>]
- write an archive of the device's data to <file>.
If no -f option is supplied then the data is written
to "backup.ab" in the current directory.
(-apk|-noapk enable/disable backup of the .apks themselves
in the archive; the default is noapk.)
(-obb|-noobb enable/disable backup of any installed apk expansion
(aka .obb) files associated with each application; the default
(-shared|-noshared enable/disable backup of the device's
shared storage / SD card contents; the default is noshared.)
(-all means to back up all installed applications)
(-system|-nosystem toggles whether -all automatically includes
system applications; the default is to include system apps)
(<packages...> is the list of applications to be backed up. If
the -all or -shared flags are passed, then the package
list is optional. Applications explicitly given on the
command line will be included even if -nosystem would
ordinarily cause them to be omitted.)
Another great adb command is screen recording which I believe is only in Android 4.4 (KitKat) and above
adb shell screenrecord /sdcard/test.mp4
Ctrl+C to stop recording the video
If you have multiple devices connected, use -s deviceID to spec
# List of devices attached
# 00bb1122 device
# 0022334455 device
adb -s 0063686250152c5a shell
This was the talk I gave at GDG Brunei DevFest 2013 and I aimed for the content to be basic and accessible with a workable app, so that the attendees could use it as a starting off point for the hackathon, should they want to learn how to build an Android app.
I should have published the APK on the Play Store before the talk so that people could have downloaded the app and see what I was building as part of the talk
Source code: https://github.com/CornerGeeks/GDGBruneiDevFest2013/
So my Linux install going messed up somehow and I was left with no wireless driver installed. I know that you can use Android phones to USB tether mobile data (e.g. 3G/4G/LTE) but I didn’t know that you can do the same over WiFi!
Now while in OSX I’m pretty sure it worked out of the box previously, it seems that you need now need to download the HoRNDIS driver. With Linux (Ubuntu) it worked out of the box and in my previous usage of USB tethering, Windows should work automatically as well.
A simple network utility that:
- lists all network interfaces and their IPs
- is a small package (51KB apk file)
Play Store link | Direct APK link
This spawned out of me noticing that many network capable Android apps ignore the Bluetooth or WiFi Direct Peer-to-Peer networks: they don’t seem to work despite it being a network with an IP (e.g. AirDroid). While this app doesn’t solve that problem, it does help me to know what IPs I have. Some may ask, why didn’t I just look through the Play Store, and while that is a valid question, it probably would take more time looking for an app that meets the 3 key points of IP and Me and also, is a good learning platform to start learning Android development in a more structured manner.
Phone, Laptop, Tablet: All clicked on the same ‘address’ link from Android Australia MeetUp page and the Nexus 4 location is incorrect (Nexus 4 and Nexus 7 opened the link from the Meetup app, while the laptop from the webpage)
When opening the webpage link in Chrome for Android on both the Nexus 4 and Nexus 7, they both report the same incorrect place! So the Nexus 7 has changed marker positions…
And now loading the link in the Meetup page on the Nexus 7 goes to the wrong location
This is strange as a couple of months back, I had a similar situation shown below. The weird thing here is that both screenshots taken on Nexus 4s: just different ones (and obviously the one that didn’t work was mine!). Though taking a closer look shows that the non-distinct grey circle indicates the correct location. But why are the views so different? But whatever it is, all I know is that Google Maps has