FireTweet is an Android app powered by Lantern that gives direct unblocked access to Twitter from anywhere in the world.
You can download the latest build of FireTweet here.
Building from Android Studio
- Android Studio
Download the most recent copy of the Firetweet's source code using
mkdir -p ~/AndroidstudioProjects
git clone https://github.com/getlantern/firetweet.git
In the welcome screen choose the "Open an existing Android Studio" option and select the
firetweet folder you just checked out with git.
Wait until Android Studio finishes importing the project.
After a few minutes you'll end up with a blank workspace, click the
1. Project tab from the left side of the screen and make sure the combo box near the play button says
If you want to test Firetweet on an Android emulator or into a real device, just click the play button and choose on which device you want to deploy Lantern. If you want to test this on an emulator make sure you're using the ARM architecture.
To build FireTweet select the
Make Project action from the
This will create a
./firetweet/build/outputs/apk/firetweet-fdroid-debug.apk file that you can install on an android device with the help of
adb install ./firetweet/build/outputs/apk/firetweet-fdroid-debug.apk
Building from the Command Line (beta, for development only)
- Java Development Kit 1.7
Building, installing and running
Build the Debug target:
Run the app on the device from the command line:
By default, all three tasks will be run in order with:
How is Lantern included in Firetweet?
We created a really small version of Lantern that can be compiled for Android phones and used by Android apps. This library is bundled with Firetweet, you can always find the latest version of the library here.
If you prefer to build this binary blob for yourself you may check out the Lantern building instructions, in particular the "Creating libgojni.so" section.
VirtualBox Android development images
Why use a Virtualbox image instead of the Android Emulator or a real device?
There are several reasons for doing so. When comparing with the Android Emulator, the main reason is that Virtualbox is faster. It virtualizes the x86 architecture, which introduces less overhead than full ARM emulation. When comparing with a real device, there are also reasons for using Virtualbox instead:
- On-screen development. This might be useful for remote pair programming or visual testing.
- Screen size customization.
- Easier build and bug reproducibility.
One thing to note is that the majority of Android devices use the ARM architecture. Virtualbox relies on the x86 architecture instead. However, the emulation feature called Houdini binary translation allows for instruction translation, which means that we can run native ARM code on our x86 emulator.
The Android x86 images are based on this project: http://www.android-x86.org/
You can find the latest image here
Installing on the VirtualBox image
- Make sure that port forwarding is set from 5555 (host) to 5555 (guest) for the main network interface.
- Run the Virtualbox image.
- Connect with ADB
adb connect localhost:5555
- Check that the device is properly connected
- Run make (it will compile, upload and run the app on VirtualBox)
- Press F12 two times in less than 2 seconds = Rotate 90º to the LEFT.
- Press F11 two times in less than 2 seconds = Rotate 90º to the RiGHT.
- Press F10 two times in less than 2 seconds = Rotate 180º.
- Press F9 two times in less than 2 seconds = Normal view 0/360º.
- Using the kernel VGA configuration option:
When in GRUB, hit 'e' to edit the first entry, then 'e' again to edit the first line. Append the text 'vga=ask' at the end of the boot line. Choose any of the display sizes, but the depth must be 16.
- Using an app (recommended):
Use the app called Resolution Changer and activate the resolution overriding. There is no need to reboot after this.
- For better UI integration, disable mouse integration (Host+I)
- Certain apps, including Firetweet reorient the screen. This will remap the mouse coordinates and motion, which will drive you crazy! First try rotating setting the screen orientation to landscape. Then, you can try also setting a screen size with Resolution Changer to a new height/width that inverts these values.
FireTweet was forked from Twidere, an Open Source client for Twitter.
Twidere - Twitter client for Android
Copyright (C) 2012-2014 Mariotaku Lee email@example.com
This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version.
This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details.
You should have received a copy of the GNU General Public License along with this program. If not, see http://www.gnu.org/licenses/.