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NDPI_LOG* macros dereference ndpi_detection_module_struct object which is private to ndpi library (via NDPI_LIB_COMPILATION define). So we can't use them outside the library itself, i.e. in ndpiReader code Therefore, in files in example/, convert all (rare) uses of NDPI_LOG* macros to a new very simple macro, private to ndpiReader program. If necessary, such macro may be improved. According to a comment in ndpi_define.h, each dissector must define its own NDPI_CURRENT_PROTO macro before including ndpi_api.h file |
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| .. | ||
| MacOS | ||
| Win32 | ||
| categories.txt | ||
| intrusion_detection.c | ||
| intrusion_detection.h | ||
| Makefile.dpdk.in | ||
| Makefile.in | ||
| mining_hosts.txt | ||
| ndpi2timeline.py | ||
| ndpiReader.c | ||
| ndpiSimpleIntegration.c | ||
| protos.txt | ||
| reader_util.c | ||
| reader_util.h | ||
| README.DPDK | ||
| uthash.h | ||
Prerequisites ------------- You need to install and compile DPDK in your HOME directory as explained in See http://core.dpdk.org/doc/quick-start/ for DPDK installation and setup Once DPDK is built make sure to create a symbolic link $ cd $ ln -s dpdk-18.08 DPDK so the build process will use the DPDK directory letting you have multiple DPDK versions available on your system Build ----- Everything will happen automagically but if you want to do it by hand do: make -f Makefile.dpdk Run Application --------------- Supposing to capture packets from device eno1 you can start the application as follows: sudo ./build/ndpiReader -c 1 --vdev=net_pcap0,iface=eno1 -- -v 1 NOTE: - ndpiReader without DPDK support sits in this directory - ndpiReader with DPDK support can be found inside the ./build directory