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The ccat can be compiled and used on both Linux (both glibc and musl-libc) and OSX.

The following Operating Systems are tested:

• OSX (>=10.13)
• Alpine linux
• CentOS 6
• CentOS 7
• Ubuntu 14.04 LTS
• Ubuntu 16.04 LTS
• Ubuntu 18.04 LTS

We also offered a cpp version, please refer to cppcat for further information.

You need to have a C compiler (supporting C99) installed.

You also need to have cmake and make installed, which are used for building static or dynamic libraries and executable binary files.

Once you have your environment ready, it's easy to build and install ccat.

(In the project root dir, which contains CMakeLists.txt)

mkdir -p cmake
cd cmake && cmake .. && make -j

In the ccat project root directory. (current directory)

docker build -f docker/alpine.df . -t ccat:alpine
docker build -f docker/centos6.df . -t ccat:centos6
docker build -f docker/centos7.df . -t ccat:centos7
docker build -f docker/ubuntu1404.df . -t ccat:ubuntu14.04
docker build -f docker/ubuntu1604.df . -t ccat:ubuntu16.04
docker build -f docker/ubuntu1804.df . -t ccat:ubuntu18.04

The following command will install libcatclient.so (or .dylib in osx) to your LD_LIBRARY_PATH, which is /usr/local/lib in most cases.

make install

Now it can be used as a built-in shared library.

gcc -lcatclient x.c

Some preparations needs to be done before initializing ccat.

With all the preparations done, it's easy to initialize ccat in your c codes.

#include <client.h>

catClientInit("appkey");

Only English characters (a-z, A-Z), numbers (0-9), underscore (_) and dash (-) are allowed in appkey.

Note that sampling, built-in heartbeat and binary encoder are enabled by default, which you may want to disable it. We also offered an API to customize your initialization, please refer to our API doc.

API doc