This project is on hold, its purpose was to provide developers with a decent way to test pebble apps without having to worry about damaging a physical device. The approach from Pebble Inc. itself is the way you should go now, because it can (and does) replicate the environment much better than this project (because of its "Implementing the SDK" approach) ever could.
This project seeks to give developers an authentic build environment, which can be used to write, test and debug Pebble watchfaces/apps across the big operating systems Linux, Microsoft Windows and Apple Mac OS X. Instead of the emulator approach (which is currently done by the official developers of Pebble) this is mainly an implementation of the Pebble SDK.
The last big update for this project changed a lot of the old structures to be easier to handle. In the events of this update, I had to cut the support for Mac OS X for a moment. But stay tuned, it will return in one of the next updates.
Due to the new naming guidelines from Pebble Technology Inc. the original name changed to PLocalSim
The most important feature for this simulator is compability. I tested this simulator with the official examples (here are the results) You should be able to leave your source code like it is for your watch, but there are a few problems:
-
Non-implemented features. Very simple. I will try to implement all features left as soon and as authentic as possible. Understandable there are some features which are more difficult to implement than others, for example the watch <-> phone connection. These features may come very late or worse. For a list of non-implemented features look here
-
Bugs. This simulator has lots of code and there are probably lots of little bugs crawling inside of it. I can not find all bugs but with your help the search will be much easier.
-
Documentation. Even though there is much more documentation for the official SDK than I expected, I can not make sure that all functions behave like their original ones. If you find any differences, please tell them to me.
-
Fonts. The fonts that are most common on the pebble are Bitham (renamed from Gotham) and Gothic. I presume that they are commercial fonts which could be extracted from the firmware, but this would be illegal. In the case that you have these fonts (as TrueTypeFont) you can replace them, as I filled the missing fonts up with Droid Serif and Roboto which have a free license (you can find the fonts and their license text in the directory
simdata/common/systemFonts). The problem with these fonts are, that they are wider than the original ones, so some watchapps may have graphical bugs. In the most sample watches, where this was a problem, it could be solved with extending the layer frame width and reducing the margin.
Please consider that this list may not complete as new features are added. This list was created with the Pebble SDK 2.8.1
- AppMessage (Windows have linker errors / Linux does not receive or send)
- AppSync (depends from AppMessage, support through Node.js will return soon)
- AppWorker
- DataLogging
- AccelerometerService (accel_tap_service is supported)
- AppFocusService
- CompassService
- Internationalization / setlocale
- Launch Reason
- heap_bytes_free / heap_bytes_used
- Wakeup
- lock_is_timezone_set / clock_to_timestamp
- Graphics framebuffer capture
- Rounded rectangle corners
- gbitmap_create_blank
- grect_center_point
- AnimationCurve (custom curve does not compile, everything else is linear)
- MenuLayer
- SimpleMenuLayer
- NumberWindow
- worker_event_loop / worker_launch_app
- Javascript app
- Pebble.js
I tested the sample watch faces from the SDK for a compatibility measurement:
These work, without issues:
- big_time
- classio
- classio-battery-connection
- fuzzy_time
- just_a_bit
- ninety_one_dub
- rumbletime
- segment_six
- simple_analog
- simplicity
- tic_tock_toe
- drop_zone
These do not work:
- feature_compass (no compass service implemented)
Pretty good result, isn't it :)
Since the first release of this project, I restructured the whole installation/building process to be easier and equal across the operating systems. Please read the whole section before trying anything of this out.
- Download this whole repository and the Pebble SDK archive
- Copy the headers from the Pebble SDK archive (PebbleSDK-X.X.X/Pebble/include/*.h) into the
includefolder of this repository. Due to copyright reasons I may not distribute these files. - Navigate in a bash shell to the extracted main folder
- Run
install.sh(optional you can specify a path where to install the sdk)
On windows you can obviously not build projects for the actual pebble watch, but you can use the simulator without the official Pebble SDK. You have to specify a path to install.sh and create projects with create.project.sh <path_to_project>.
Besides that you need to provide the SDK with a recent version of MinGW, MSYS and SDL2. Of course you can use pre-installed versions of that, but to make everything work you would have to modify these files:
- openShell.bat
- envvars.sh
- sdkdata/windows/openShell.bat
- sdkdata/windows/envvars.sh
As alternative I have prepared two archives you can extract right in sdkdata/windows/PLocalSim/ folder of this repository to have MinGW, MSYS and SDL2 pre-installed and pre-configured. These files will also be copied into a SDK-installation, so this should work right out-of-the-box when you use this method. Here are the links:
Of course these preparations have to be made before you even try to run openShell.bat which by the way just opens a bash shell in the current directory.
Before you run install.sh you should make sure that you have the right packages installed. 32/64 Bit problems like earlier should not happen anymore, so :i386 is not required anymore.
On Ubuntu based distributions you can do this check by running this command in a shell:
sudo apt-get install libsdl2-dev libsdl2-image-dev libsdl2-ttf-dev
If you don't specify a path to install.sh, the script tries to find your pebble sdk path (by searching the pebble executable) and installs itself into the very path. If you don't specify a path, this project installs itself like the windows SDK: You can create projects with create.project.sh <path_to_project>. To be able to use these projects with the official Pebble SDK you would have to write/copy at least the wscript from another project.
Unfortunately I had to drop the support for Mac OS X for the moment, but one of the next updates should reactivate this.
The usage for building watchfaces/apps are very simple. Just run build.local.sh in any project folder to build the project as local simulator and then run run.local.sh to start the simulator.
If you want to debug with GDB you can run these scripts with the parameter --debug.
If you want to help me with the development of the simulator you can use the build.library.sh and the build.resCompiler.sh script to build the various parts of the simulator.
The simulator has several key commands you can use:
| Key | Action |
|---|---|
| [Arrow up] | Pebble button: Up |
| [Arrow down] | Pebble button: Down |
| [Enter] | Pebble button: Select |
| [Backspace] | Pebble button: Back |
| [+] | Add 10% charge to the battery |
| [-] | Drain 10% charge from the battery |
| [x][y][z] | Accelerometer tap on the +X/+Y/+Z axis |
| [X][Y][Z] | Accelerometer tap on the -X/-Y/-Z axis |
| [F1] | Changes the color of the drawn pebble |
| [F2] | Toggles the lens effect |
| [F3] | Switches between 24H and 12H mode |
| [F4] | Toggles bluetooth on / off |
| [F5] | Toggle charger plugged / not plugged |
| [F12] | Saves a screenshot in \screenshots\ |
- The fonts are copyright by Google Inc. under Apache License, Version 2.0
- The pebble pictures are (now) by Pebble Technology Inc. under CC BY-SA 4.0
- The used libraries or softwares are copyright by their copyright holder (not me)
- The python based resource compiler was placed in the public domain by Shirk
additionalSource/strftime.cstands under Public Domain (is part of MinGW I suppose)- PLocalSim (this repository except for otherwise marked parts) is licensed by Helco (me) under GNU GPL v3
- PLocalSim is an independent software and has not been authorized, sponsored, or otherwise approved by Pebble Technology Corp.
- ae-code - for the Javascript, Dictionary, AppSync and AppMesage API
- David Konsumer - for a new README (with beautiful Markdown)
- robhh - for the AppTimer implementation
- abl - for empebble (which was original the basecode of this simulator, now all code is rewritten)
- AmandaCameron - for the metadata support implementation (in PebbleSDK 1.2)
- epatel - for the earlier mac support
- Shirk - for the python based resCompiler for unix systems
- Pebble Technology Inc. - for the amazing watch, the SDK and their long shipping procedure, which was the motivation to build this :)
- Everyone who provided me with bug reports, ideas and feedback
- node-XMLHttpRequest
- node-localStorage
- SDL2
- SDL2_ttf
- SDL2_image
- A modified SDL_gfx (see src/SDL_gfx/disclaimer.txt)
- JSMN
- MinGW and MSYS (license)