- #INMARSAT C DECODING SOFTWARE HOW TO#
- #INMARSAT C DECODING SOFTWARE INSTALL#
- #INMARSAT C DECODING SOFTWARE WINDOWS 10#
- #INMARSAT C DECODING SOFTWARE CODE#
configure After running autogen it should look like this if it completes successfully. cd libvorbis-1.3.6 Once in this folder run the autogen.sh and configure Now that libogg has been compiled we can cd into the previous directory and then cd into libvorbis with the following commands.
#INMARSAT C DECODING SOFTWARE INSTALL#
Now we can run make and make install to compile the software make make install Once completed it should look like this. To get started cd into the libogg-1.3.3 folder and run./configure Libogg however is a dependency of libvorbis meaning that we must compile libogg first. libogg-1.3.3libvorbis-1.3.6libcorrect Libcorrect is already compiled and we do not have to worry about this one yet. Now cd into the JAERO-1.0.4.8 folder and you should have the following after an 'ls' command.įrom here you can see several folders within the JAERO directory. We need to navigate into your JAERO folder.Ĭd c: then cd c:/development ls We run the 'ls' command in order to see what files are in the given folder. Open your MSYS2 shell being sure to use the same architecture you wish to compile and have been suing thus far in the tutorial. Before we can compile JAERO we first need to compile some of the dependencies of the software. If you have not yet setup your development environment place go back to part 1 and do this. JAERO v1.0.4.8 SourcelibAeroAMBE Master Branch Source Once you have this setup you are ready for the next time, compiling JAERO and it's dependencies
#INMARSAT C DECODING SOFTWARE CODE#
Inside this development folder you'll want to download the source code for both JAERO and libAeroAMBE, you'll need to unzip the files. Now open your explorer and create a new folder called 'development' under the C drive/directory. This is important as we'll need that to create our MSYS Makefiles later on for compilation. You'll see above we've uninstalled cmake and installed a mingw version of it. Pacman -S -needed base-devel msys2-devel pacman -R cmake pacman -S mingw-w64-x86_64-cmake Once this is done we can begin installing packages we need to compile JAERO.
Go ahead and open the version you'll be using to compile (64 or 32 bit) then run install the following.Ĭlose the application once this command runs then re-open it ensuring you are still on the correct architecture (64 or 32 bit) and run.
Once this is installed you'll want to get MSYS2 setup. QT CreatorMSYS2 Go ahead and install MSYS2 it's pretty straight forward, however on QT Creator's installation you need to ensure you select mingW64 and mingW32 in order to properly compile everything. To do you you'll need to download a few things. Before we can begin to compile anything we need to setup our build environment.
#INMARSAT C DECODING SOFTWARE HOW TO#
Once I figured out how to get everything working the next step was to show you guys how it's done.
#INMARSAT C DECODING SOFTWARE WINDOWS 10#
I had a need not only for AeroAMBE call support but also x32 bit support for my mobile station's windows 10 tablet.
AERO Calls require you to compile libAeroAMBEAs of Release v1.0.4.8 when call support was added x32 builds were nolonger being released. There are a few reasons I've created this series. JAERO is an amazing piece of software created by Jonti Olds.
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