Version 11.1.0
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Building and installing WiredTiger on POSIX (Linux, *BSD, OS X):

Building using Git and GitHub

Skip this step if you are building from a WiredTiger release package, and proceed with Building WiredTiger.

To build from the WiredTiger GitHub repository, the following is required: git, GCC 8.5 or later or Clang 7.01 or later, and CMake 3.10.0 or later.

To support the python API, Python 3 or later, and SWIG and python3-dev are required.

We also suggest Ninja and ccache for improved incremental build times.

First, clone the repository:

git clone git://github.com/wiredtiger/wiredtiger.git

Now proceed with Building WiredTiger.

Building WiredTiger

To build the WiredTiger software on a POSIX system, change directory to the top-level directory, then configure and create a new directory to run your build from:

cd wiredtiger
mkdir build
cd build

Change into your newly created build directory and using CMake run the build configuration step to generate your build.

cmake ../.
# If using the Ninja build tool, you can additionally specify the generator '-G Ninja' to construct a
# ninja build i.e 'cmake -G Ninja ../.'.

Lastly, in the same directory you configured your build, start the build:

make
# Or 'ninja' if using the Ninja build tool.

Installing WiredTiger

The WiredTiger software consists of a library and a single standalone utility.

WiredTiger's distribution by default builds and installs the shared version library in /usr/local/lib. For example:

file /usr/local/lib/libwiredtiger*
/usr/local/lib/libwiredtiger.so.10.0.1: ELF 64-bit LSB shared object, x86-64, version 1 (SYSV), dynamically linked, not stripped
/usr/local/lib/libwiredtiger.so: symbolic link to `libwiredtiger.so.10.0.1'

WiredTiger uses CMake to build and install the libraries. By default, the shared libraries are built. To build only static libraries, configure WiredTiger using the -DENABLE_STATIC=1 argument.

In addition, WiredTiger installs a standalone utility program named wt. By default, this utility is installed in /usr/local/bin/wt.

To install WiredTiger:

make install
# Or 'ninja install' if using the Ninja build tool.

To uninstall WiredTiger:

xargs rm < install_manifest.txt

The install_manifest.txt file is created when you run ninja install.

To install WiredTiger's libraries or binaries into alternate locations, configure WiredTiger using the -DCMAKE_INSTALL_PREFIX=custom_path argument. For example, to install the libraries and binaries into a different location:

cmake -DCMAKE_INSTALL_PREFIX=/c/wiredtiger -G Ninja ../.

Configuring WiredTiger

The WiredTiger software supports some additional configuration options:

-DHAVE_ATTACH=1
Configure WiredTiger to sleep and wait for a debugger to attach on failure. DO NOT configure this option in production environments.
-DHAVE_DIAGNOSTIC=1
Configure WiredTiger to perform various run-time diagnostic tests (enabled by default for non Release build types). DO NOT configure this option in production environments.
-DNON_BARRIER_DIAGNOSTIC_YIELDS=1
Configure WiredTiger to not use memory barriers when yielding threads for diagnostic purposes. Requires that HAVE_DIAGNOSTIC is also enabled. DO NOT configure this option in production environments.
-DENABLE_LZ4=1
Configure WiredTiger for LZ4 compression (enabled by default if the LZ4 library is present); see Compressors for more information.
-DENABLE_PYTHON=1
Build the WiredTiger Python API; requires SWIG (enabled by default if python is available).
-DENABLE_SNAPPY=1
Configure WiredTiger for snappy compression (enabled by default if the SNAPPY library is present); see Compressors for more information.
-DENABLE_ZLIB=1
Configure WiredTiger for zlib compression (enabled by default if the ZLIB library is present); see Compressors for more information.
-DENABLE_ZSTD=1
Configure WiredTiger for Zstd compression (enabled by default if the ZSTD library is present); see Compressors for more information.
-DWT_STANDALONE_BUILD=0
Configure WiredTiger to disable standalone build. Standalone build is enabled by default.
-DHAVE_BUILTIN_EXTENSION_LZ4=1, -DHAVE_BUILTIN_EXTENSION_SNAPPY=1, -DHAVE_BUILTIN_EXTENSION_ZLIB=1, -DHAVE_BUILTIN_EXTENSION_ZSTD=1
Configure WiredTiger to include support for extensions in the main library. This avoids requiring additional libraries for supported extensions. Currently supported builtin options are for lz4, snappy, zlib and zstd.
-DSPINLOCK_TYPE[=pthread, pthread_adaptive, gcc]
Configure WiredTiger to use a specific mutex type for serialization; options are pthread (the default, which configures WiredTiger to use POSIX 1003.1c pthread mutexes), pthread_adaptive (which configures WiredTiger to use POSIX 1003.1c pthread mutexes configured to be adaptive (where that functionality is available), or gcc (which configures WiredTiger to use gcc-based spinlocks).

Changing compiler or loader options

By default CMake will use your default system compiler (cc). If you want to use a specific toolchain you can pass a toolchain file. We have provided a toolchain file for both GCC (cmake/toolchains/gcc.cmake) and Clang (cmake/toolchains/clang.cmake). To use either toolchain you can pass the -DCMAKE_TOOLCHAIN_FILE= to the CMake configuration step. For example:

For example, to explicitly specify the GCC toolchain:

cmake -DCMAKE_TOOLCHAIN_FILE=../cmake/toolchains/gcc.cmake ../.

To explicitly specify the Clang toolchain:

cmake -DCMAKE_TOOLCHAIN_FILE=../cmake/toolchains/clang.cmake ../.

By default, WiredTiger builds with the -O3 compiler optimization flag unless manually specified through the -DCC_OPTIMIZE_LEVEL configuration option. For example, to specify a different level of optimization:

cmake -DCC_OPTIMIZE_LEVEL=-O1 ../.

Running WiredTiger C/C++ Tests

The WiredTiger CMake build makes available a suite of C/C++ based tests. To run the available tests you can use our smoke test alias (check). Ensure you're in the build directory and execute:

ctest -j$(nproc) -L check

Alternatively to just run all the tests available:

ctest -j$(nproc)

In addition, to get verbose output with your test run you can use the -VV flag:

ctest -j$(nproc) -VV

If you want to focus on running a specific test (i.e. run a test that may be failing) you can use the -R flag:

# Note: -R specifies a regex, where any matching test will be run
ctest -j$(nproc) -R test_name