How to build your application with FIXAntenna C++ on Linux
C++ ABI references
Keynotes
GCC C++ ABI is forward compatible with version 3.4.
GCC 5.1 introduced Dual ABI to support C++11 requirements for
std::stringandstd::list(macro_GLIBCXX_USE_CXX11_ABIspecifies which one to use).Since GCC 5.1 C++11 ABI is compatible with GCC 5.x and above where C++ standard is 2011 and newer.
GCC 6.1 has full support for the C++14 standard, which was published in 2014. This mode is the default in GCC 6.1 and above; it can be explicitly selected with the
-std=c++14.
The previous naming schema was ambiguous because GCC 5 and later can be used to build binaries with C++98 ABI.
Since the release of 2.26.0 FIX Antenna binaries have following naming convention for Linux:
Binary | Old binary naming convention | C++ ABI | Target OS | Target Compiler |
|---|---|---|---|---|
| libV12-centos-7.5.1804-gcc48-MD-x64.so libV12-centos-7.5.1804-gcc49-MD-x64.so | C++ 98 | RHEL7/CentOS7 |
Note: GCC should be installed from RHEL/CentOS repository or developer toolset. Do not use GCC from dev toolset with new ABI, i.e. with parameter |
| libV12-centos-7.5.1804-gcc52-MD-x64.so | C++ 11 | RHEL7/CentOS7 | GCC 5.2 and higher with Note: GCC 5.2 and higher should be built and installed from sources because GCC from devtoolset uses only C++98 ABI. Use LD version 2.27 and higher with C++11 ABI to avoid linking problems. |
| libV12-ubuntu-16.04.5-lts-gcc61-MD-x64.so | C++ 11 | Ubuntu 16.04 | GCC 5.2 and higher with Note: GCC 5.2 and higher should be installed from the Ubuntu repository. Use LD version 2.27 and higher with C++11 ABI to avoid linking problems. |
How to use FIX Antenna with GCC
Preparation step: a set symlink to a suitable binary for your platform. Use ${FIX_ANTENNA_LOCATION}/samples/v12-linker.sh helper for that purpose or use ln from binutils.
How to set symlink to libV12.so
# FOR RHEL7/CentOS7
# C++98 ABI gcc 4.4-4.9 and gcc 5.2 and higher with -D_GLIBCXX_USE_CXX11_ABI=0
$ ./v12-linker.sh --use-cxx11-abi=0 --searchpath=../lib
[INFO] libV12_rh7.so is used as libV12.so
# is equal to
ln -fs libV12_rh7.so libV12.so
# FOR RHEL7/CentOS7
# C++11 ABI, custom build gcc 5.2 and higher with -D_GLIBCXX_USE_CXX11_ABI=1(by default)
$ ./v12-linker.sh --use-cxx11-abi=1 --searchpath=../lib
[INFO] libV12_rh7_cxx11.so is used as libV12.so
# is equal to
ln -fs libV12_rh7_cxx11.so libV12.soTake ${FIX_ANTENNA_LOCATION}/samples/FIX_Quickstart example for this tutorial.
First way: build the project using the parameters of the compiler and linker from scratch.
Second way: build with make - a build automation tool for compiling and linking applications.
The project has following structure:
Go to the FIX Message Listener directory and compile it with the following parameters:
Compile Listener
cd Listener
g++ -D_LINUX -fPIC -MMD -MF ./debug_obj/FIXApp.d -I../../../headers -ggdb -D_DEBUG -c FIXApp.cpp -o debug_obj/FIXApp.o
g++ -D_LINUX -fPIC -MMD -MF ./debug_obj/Listener.d -I../../../headers -ggdb -D_DEBUG -c Listener.cpp -o debug_obj/Listener.o
g++ -D_LINUX -fPIC -MMD -MF ./debug_obj/SessionConnector.d -I../../../headers -ggdb -D_DEBUG -c SessionConnector.cpp -o debug_obj/SessionConnector.oDo the same things for Sender:
Compile Sender
cd ../Sender
g++ -D_LINUX -fPIC -MMD -MF ./debug_obj/FIXApp.d -I../../../headers -ggdb -D_DEBUG -c FIXApp.cpp -o debug_obj/FIXApp.o
g++ -D_LINUX -fPIC -MMD -MF ./debug_obj/Sender.d -I../../../headers -ggdb -D_DEBUG -c Sender.cpp -o debug_obj/Sender.oSender and Listener are compiled for debug mode. If you want to do it for release, use -DNDEBUG instead of -D_DEBUG, remove -ggdb and add -O3 flag to optimize the code.
Please, pay attention at using -I flag to set location of FIX Antenna include directory (-I../../../headers).
Don't forget to set libV12.so location with -L flag (-L../../../lib) and to add FIX Antenna library as additional dependency with flag -l (-lV12) when you link executable:
Run linker for debug mode
g++ -L../../../lib debug_obj/FIXApp.o debug_obj/Listener.o debug_obj/SessionConnector.o \
-o ListenerD \
-lrt -lV12Run linker for release mode
g++ -L../../../lib release_obj/FIXApp.o release_obj/Listener.o release_obj/SessionConnector.o \
-o Listener \
-lrt -lV12How to build project with FIX Antenna using the Make utility
First, create a Makefile with the following content:
GNUmakefile.debug and GNUmakefile.release files are created for debug and release configuration:
Go to parent directory FIX_Quickstart and run make -j$(nproc). As result, Listener and Sender directories have the following structure:
Sender output
[user@fa-devenv Sender]$ ./run.sh
starting FIX Sender...
starting FIX Sender session...
sending the message: 8=FIX.4.4|9=81|35=D|11=20190117-00:39:17|55=MSFT|54=1|60=20190117-00:39:17|38=400|40=2|44=11.32|10=105|
Logon received for the session TargetCompIDSenderCompID:8=FIX.4.4|9=80|35=A|49=SenderCompID|56=TargetCompID|34=11|52=20190117-00:39:17.868|98=0|108=30|10=062|
Message in session TargetCompIDSenderCompID
8=FIX.4.4|9=226|35=8|49=SenderCompID|56=TargetCompID|34=10|43=Y|52=20190117-00:39:17.872|122=20190117-00:36:32.854|37=1|11=20190117-00:36:32|17=2|150=F|39=2|55=MSFT|54=1|38=400|32=400|31=11.32|151=0|14=400|6=11.32|60=20190117-00:36:32|1056=1|10=164|
Listener output
[user@fa-devenv Listener]$ ./run.sh
starting FIX Listener...
starting FIX Listener session...
Session has been created. Listening for incoming connection.
Type 'exit' to exit > Logon received for the session SenderCompIDTargetCompID:8=FIX.4.4|9=80|35=A|49=TargetCompID|56=SenderCompID|34=10|52=20190117-00:39:17.866|98=0|108=30|10=059|
Message in session SenderCompIDTargetCompID
8=FIX.4.4|9=175|35=D|49=TargetCompID|56=SenderCompID|34=11|43=Y|52=20190117-00:39:17.871|122=20190117-00:39:17.866|11=20190117-00:39:17|55=MSFT|54=1|60=20190117-00:39:17|38=400|40=2|44=11.32|10=226|