Here is the official article for it, Installing Qt for the Symbian platform using Linux (experimental).

The basic idea is same on Linux and Mac OS X.

1. For phone, you need to install Application TRK

S60 5.0/Symbian^1 – s60_5_0_app_trk_3_2_7.sisx
Symbian^3 – s60_tb_9_2_app_trk_3_2_8.sisx

2. Use usb cable to connect your phone and computer, Linux or Mac OS X. Remember to set to “PC Suite” mode or “Nokia Ovi Suite” mode on your phone. Then launch your Application TRK via “RnD Tools”->”TRK”.

3. About the device name for your phone on computer

For Linux, see more details in Configuring the USB Serial Driver on the Linux System. After that, you will find /dev/ttyUSBx and maybe another /dev/ttyUSBy, better to “sudo chmod 777 /dev/ttyUSB*” for them(some Linux distribution do not give the access to normal users for it, like Ubuntu).

For Mac, you could find sth like /dev/cu.usbmodemfaXx and /dev/cu.usbmodemfaXy.

4. To build runonphone, you need to have libusb installed.

For Linux, just follow that documentation, “sudo apt-get install libusb-dev” should be ok for Debian/Ubuntu.

For Mac, “sudo brew install libusb-compat” works for me.

5. Build runonphone, use the qmake in your desktop Qt.

cd ~/qt/qt/tools/runonphone
/usr/bin/qmake
make

6. Build and run your autotests, please check previous blog for the EPOCROOT and PATH environments settings.

cd qt/qt/tests/auto/qdatetime
~/build/s3_gcce/bin/qmake -spec ~/qt/qt/mkspecs/symbian-gcce -o Makefile ~/qt/qt/tests/auto/qdatetime/qdatetime.pro
make sis
~/qt/qt/tools/runonphone/runonphone -p /dev/cu.usbmodemfa44 –sis ~/qt/qt/tests/auto/qdatetime/qdatetime.sis qdatetime.exe

NOTE: Here the /dev/cu.usbmodemfa44 is the device on Mac for me. And for Linux, the device is sth like /dev/ttyUSB1.

Enjoy it!

Similar steps as previous blog.

Here I will only mention the difference between them:

1. Qt 4.7, please wait a while for the merging of 7c499bcfbf7f9c52b3d6523fea8396bd4ab7252e.

git checkout -b 4.7 origin/4.7

2. You could enable the webkit which is inside of 4.7, then the configure line should be like:

~/qt/qt/configure -developer-build -opensource -confirm-license -xplatform symbian-gcce -webkit -fast -silent -nomake examples -nomake demos -nomake tools -nomake tests -qtlibinfix _liang

And for QtWebKit package:

cd ~/build/s3_gcce/src/3rdparty/webkit/WebCore
make sis
copy ~/build/s3_gcce/lib/QtWebKit_liang.sis toyourphone

For the demo browser application:

cd ~/qt/work/demos/embedded/anomaly
make sis
copy anomaly.sis toyourphone

3. Install the above Qt_liang.sis, QtWebKit_liang.sis, analogclock.sis and anomaly.sis, and enjoy them.

Launch it at “QtExamples”->”analogclock”.
Launch it at “QtDemos”->”anomaly”.

Build Qt 4.8 with Symbian^3 on Linux and Mac OS X

Kudos to Kristian Amlie and Thomas Zander for the “make file build system”.

1. OS:

Linux – mine is 2.6.38-8-generic x86_64
Mac OS X – mine is 10.6.8 64bit

2. Symbian^3

NOTE: Looks like Qt is still not the 1st-priority citizen in the Symbian^3 SDKs world, the reason why I say like that is this task, it means that you cannot use any version of Symbian^3 (public) SDKs to build Qt libraries from source. Details in the comment. Then we use the Symbian^3 PDK 3.0.4 for now. I am not sure how long this mirror service will be available there, you’d better backup those files by yourself.

Symbian^3 PDK 3.0.4

Please download binaries_armv5_lib.7z.zip, binaries_armv5_udeb.7z.zip, binaries_armv5_urel.7z.zip, binaries_epoc.7z.zip, binaries_epoc_sdk.7z.zip, binaries_prebuilt.7z.zip, tools_epoc.7z.zip at least.

cd ~
mkdir -p symbian-sdks/pdk304
cd symbian-sdks/pdk304
7z x abovefiles
export EPOCROOT=~/symbian-sdks/pdk304/ //set env for EPOCROOT

The patch for Symbian^3 PDK 3.0.4 is here.

3. Wine

NOTE: The reason for installing wine is we are using the Symbian tools build on Windows, such as rcomp, makesis and many others.

Linux(Debian/Ubuntu): sudo apt-get install wine1.2
Mac OS X: Install wine 1.1.44, and upgrade it to 1.2

Add wine into path
export PATH=/Applications/Wine.app/Contents/Resources/bin:$PATH //for Mac OS X

4. Compilers:

Linux: RVCT 2.2(need commercial license) or GCCE 4.4.1(Symbian ADT Sourcery G++ Lite 4.4-172 for ARM SymbianOS)
Mac OS X: GCCE 4.4.1(Symbian ADT Sourcery G++ Lite 4.4-172 for ARM SymbianOS), after installed to default path, mv /Applications/CodeSourcery/Sourcery G++ Lite/ /Applications/CodeSourcery/Sourcery_G++_Lite. NOTE: need to remove those spaces in the path of compiler

Add compiler path into PATH:
export PATH=/Applications/CodeSourcery/Sourcery_G++_Lite/bin:$PATH

5. Qt 4.8

NOTE: better to use ea7ed6b27301a4834b1bfe0ad4e6e58462647d3e and later.

cd ~
mkdir qt
git clone -n git://gitorious.org/qt/qt.git qt
cd qt
git checkout -b 4.8 origin/4.8

6. Build it

cd ~
mkdir build
cd build
mkdir s3_gcce // this is for the GCCE case, or s3_armcc for RVCT 2.2 case
cd s3_gcce
~/qt/qt/configure -developer-build -opensource -confirm-license -xplatform symbian-gcce -no-webkit -fast -silent -nomake examples -nomake demos -nomake tools -nomake tests -qtlibinfix _liang // this is for GCCE case, or “-xplatform symbian-armcc” for RVCT 2.2 case
make -j8 // maybe fail at somewhere, then just try “cd src;make -j1″ finish it
cd src/s60installs
make sis
cd ~/build/s3_gcce/lib
cp Qt_liang.sis toyourphone
cd ~/qt/qt/examples/widgets/analogclock
~/build/s3_gcce/bin/qmake
make sis
copy analogclock.sis toyourphone

7. Install your own build Qt libraries and application

Goto “Office”->”File Manager”, manually install Qt_liang.sis and analogclock.sis

8. Run your appliation

Launch it at “QtExamples”->”analogclock”. Enjoy it!

Known issues or other topics:
1. There is still some issue to build qtwebkit which the one inside of qt 4.8 or from qtwebkit git repo directly. If I got solution, I will let you know.
2. Mabye write something about runonphone on Linux and Mac OS X, it is a very good tool to test qt applications.