Removed README.s60-mkspec.

The instructions are old, and should now be found in the qdoc docs.

1 files changed, 0 insertions, 99 deletions

diff --git a/README.s60-mkspec b/README.s60-mkspec
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-How to build Qt for Symbian using the Linux makespec.
-
-Prerequisites:
-
-  - Working RVCT 2.2 native Linux compiler. The new publicly
-    available RVCT 4.0 compiler may work, but it hasn't been tested
-    yet.
-
-  - A working GnuPoc environment. See this page for details:
-    http://www.martin.st/symbian/
-    Download the latest version, unpack it and run the 'install_eka2_tools' script as
-    described in the last part under the EKA2 part. The part about the your own gcc
-    are not needed as we use the rvct compiler.
-    Make sure you do the part about Wine setup as well.
-
-  - Anderson Lizardo's patches for GnuPoc. Look for the
-    qt_s60_gnupoc_v10.patch on this page:
-    http://lizardo.wordpress.com/2009/09/24/installing-qt-for-s60-daily-snapshots-on-linux/
-    and carry out the instructions under point 8: Installing Open C.
-
-Compiling:
-
- 1. First a few environment variables need to be set:
-
-        export RVCT22LIB=<rvct-dir>/lib/armlib
-        export EPOCROOT=<s60-root>
-        export PATH=$PATH:<s60-root>/epoc32/tools:<rvctInstallDir>/bin
-        export PATH=$PATH:<qt-root>/bin
-
-    Replace the s60-root with the installation directory of your SDK,
-    and the qt-root with the root of your Qt repository.
-    These are good candidates for putting in a script somewhere.
-
- 2. Run configure. It needs a bit more switches than usual, so here's
-    the full line:
-
-        ./configure -developer-build -platform linux-g++ -xplatform \
-            symbian/linux-armcc -little-endian -host-little-endian \
-            -arch symbian
-
- 3. Compile Qt
-
-        cd src
-        make
-
-    and then wait for a while.
-
- 4. Package and install Qt
-
-        cd s60installs
-
-    Edit Qt_template.pkg and change the first 0x2xxxxxxx to
-    0xExxxxxxx. Then execute:
-
-        makesis Qt_template.pkg
-        signsis Qt_template.sis Qt_template.sisx selfsigned.cer selfsigned.key
-
-    Then put Qt_template.sisx on a memory card and install it from
-    the phone file manager.
-
-    Alternatively, you can use the runonphone tool found in the tools
-    directory of Qt. To build, this requires a separately configured
-    Qt installation for Linux, unfortunately. To use it, you also
-    need have App TRK running on the phone. At the time of writing,
-    only bleeding edge Linux kernels are able to autodetect the USB
-    serial port on the phone, but you can force detection by running:
-
-        modprobe usbserial vendor=0xXXXX product=0xXXXX
-
-    The XXXXs should be replaced with the two values listed for your
-    device when executing "lsusb". In most distributions, this will
-    lead to the creation of two devices: /dev/ttyUSB0 and
-    /dev/ttyUSB1. The latter is usually the one that App TRK responds
-    to. Then execute:
-
-        runonphone -p /dev/ttyUSB1 -s Qt_template.sisx dummy.exe
-
-    The dummy.exe argument is irrelevant, since we are not executing
-    anything yet.
-
- 5. Compile some helloworld application (I leave the details to you
-    ;-)
-
-        qmake
-        make
-
- 6. Package, install and run application.
-
-        makesis helloworld_template.pkg
-        signsis helloworld_template.sis helloworld_template.sisx \
-            <QTDIR>/src/s60installs/selfsigned.cer \
-            <QTDIR>/src/s60installs/selfsigned.key
-
-    Then either install by memory card, or install and run like this:
-
-        runonphone -p /dev/ttyUSB1 -s helloworld_template.sisx \
-            helloworld.exe
-
- 7. Enjoy "hello world" on the phone!