9e20cdf6ea
This patch adds experimental-quality CMake build tooling. The libmspack build required a modification to use "" instead of <> for header #includes. This will hopefully be included in the libmspack upstream project when adding CMake build tooling to libmspack. Removed use of libltdl when using CMake. Flex & Bison are now required to build. If -DMAINTAINER_MODE, then GPERF is also required, though it currently doesn't actually do anything. TODO! I found that the autotools build system was generating the lexer output but not actually compiling it, instead using previously generated (and manually renamed) lexer c source. As a consequence, changes to the .l and .y files weren't making it into the build. To resolve this, I removed generated flex/bison files and fixed the tooling to use the freshly generated files. Flex and bison are now required build tools. On Windows, this adds a dependency on the winflexbison package, which can be obtained using Chocolatey or may be manually installed. CMake tooling only has partial support for building with external LLVM library, and no support for the internal LLVM (to be removed in the future). I.e. The CMake build currently only supports the bytecode interpreter. Many files used include paths relative to the top source directory or relative to the current project, rather than relative to each build target. Modern CMake support requires including internal dependency headers the same way you would external dependency headers (albeit with "" instead of <>). This meant correcting all header includes to be relative to the build targets and not relative to the workspace. For example, ... ```c include "../libclamav/clamav.h" include "clamd/clamd_others.h" ``` ... becomes: ```c // libclamav include "clamav.h" // clamd include "clamd_others.h" ``` Fixes header name conflicts by renaming a few of the files. Converted the "shared" code into a static library, which depends on libclamav. The ironically named "shared" static library provides features common to the ClamAV apps which are not required in libclamav itself and are not intended for use by downstream projects. This change was required for correct modern CMake practices but was also required to use the automake "subdir-objects" option. This eliminates warnings when running autoreconf which, in the next version of autoconf & automake are likely to break the build. libclamav used to build in multiple stages where an earlier stage is a static library containing utils required by the "shared" code. Linking clamdscan and clamdtop with this libclamav utils static lib allowed these two apps to function without libclamav. While this is nice in theory, the practical gains are minimal and it complicates the build system. As such, the autotools and CMake tooling was simplified for improved maintainability and this feature was thrown out. clamdtop and clamdscan now require libclamav to function. Removed the nopthreads version of the autotools libclamav_internal_utils static library and added pthread linking to a couple apps that may have issues building on some platforms without it, with the intention of removing needless complexity from the source. Kept the regular version of libclamav_internal_utils.la though it is no longer used anywhere but in libclamav. Added an experimental doxygen build option which attempts to build clamav.h and libfreshclam doxygen html docs. The CMake build tooling also may build the example program(s), which isn't a feature in the Autotools build system. Changed C standard to C90+ due to inline linking issues with socket.h when linking libfreshclam.so on Linux. Generate common.rc for win32. Fix tabs/spaces in shared Makefile.am, and remove vestigial ifndef from misc.c. Add CMake files to the automake dist, so users can try the new CMake tooling w/out having to build from a git clone. clamonacc changes: - Renamed FANOTIFY macro to HAVE_SYS_FANOTIFY_H to better match other similar macros. - Added a new clamav-clamonacc.service systemd unit file, based on the work of ChadDevOps & Aaron Brighton. - Added missing clamonacc man page. Updates to clamdscan man page, add missing options. Remove vestigial CL_NOLIBCLAMAV definitions (all apps now use libclamav). Rename Windows mspack.dll to libmspack.dll so all ClamAV-built libraries have the lib-prefix with Visual Studio as with CMake. |
||
|---|---|---|
| clamav-milter | ||
| clambc | ||
| clamconf | ||
| clamd | ||
| clamdscan | ||
| clamdtop | ||
| clamonacc | ||
| clamscan | ||
| clamsubmit | ||
| cmake | ||
| config | ||
| database | ||
| docs | ||
| etc | ||
| examples | ||
| freshclam | ||
| fuzz | ||
| libclamav | ||
| libclammspack | ||
| libclamunrar | ||
| libclamunrar_iface | ||
| libfreshclam | ||
| llvm/lib/Target | ||
| m4 | ||
| shared | ||
| sigtool | ||
| test | ||
| unit_tests | ||
| win32 | ||
| .clang-format | ||
| .gitattributes | ||
| .gitignore | ||
| autogen.sh | ||
| ChangeLog.md | ||
| clam-format | ||
| clamav-config.h.cmake.in | ||
| clamav-config.h.in | ||
| clamav-config.in | ||
| clamav-types.h.in | ||
| clamav-version.h.in | ||
| CMakeLists.txt | ||
| CMakeOptions.cmake | ||
| configure.ac | ||
| COPYING | ||
| COPYING.bzip2 | ||
| COPYING.curl | ||
| COPYING.file | ||
| COPYING.getopt | ||
| COPYING.LGPL | ||
| COPYING.llvm | ||
| COPYING.lzma | ||
| COPYING.pcre | ||
| COPYING.regex | ||
| COPYING.unrar | ||
| COPYING.YARA | ||
| COPYING.zlib | ||
| INSTALL.autotools.md | ||
| INSTALL.cmake.md | ||
| Jenkinsfile | ||
| libclamav.pc.in | ||
| Makefile.am | ||
| NEWS.md | ||
| platform.h.in | ||
| README.md | ||
| target.h.cmake.in | ||
ClamAV
ClamAV® is an open source antivirus engine for detecting trojans, viruses, malware & other malicious threats.
Documentation & FAQ
Official documentation can be found online at ClamAV.net. Our source code release tarballs also includes a copy of the documentation for offline reading.
ClamAV Signatures
Anyone can learn to read and write ClamAV signatures. Take a look at the signature writing documentation and phishing signature writing documentation to get started!
Installation Instructions
UNIX
Build from Source on Linux/Unix/Mac
For basic compile and install instructions on Linux/Unix platforms, check out the install instructions.
For detailed instructions specific to building ClamAV please investigate our the Linux/Unix/Mac Install instructions in the User Manual.
For instructions on how to build ClamAV using our new experimental CMake build tooling, see INSTALL.cmake.md
Install from a binary package
For binary package distribution installation instructions, head over to our website.
Windows
Build from Source on Windows
The instructions for building ClamAV from source on Windows is located in the Win32 README.
Using an Install Package
We provide an installer to install ClamAV on Windows to "C:\Program Files". This install method will require you to have Adminstrator priveleges.
We also provide a "Portable Install Package" (i.e. a zip of the required files) for users that may wish to run ClamAV without installing it to a system-owned directory.
For details on how to use either option, head over to the Windows Install instructions in the User Manual.
For instructions on how to build ClamAV using our new experimental CMake build tooling, see INSTALL.cmake.md
Upgrading from a previous version
Some tips on how to upgrade from a previous version of ClamAV.
ClamAV News
For information about the features in this and prior releases, read the news.
Catch up on the latest about ClamAV by reading our blog and follow us on Twitter @clamav.
Join the ClamAV Community
The best way to get in touch with the ClamAV community is to join our our mailing lists, and tune to #clamav on IRC.
Want to make a contribution?
The ClamAV development team welcomes code contributions, improvements to our documentation, and also bug reports. Thanks for joining us!