mirror of https://github.com/ceph/ceph
128 lines
4.6 KiB
Plaintext
128 lines
4.6 KiB
Plaintext
The FreeBSD build will build most of the tools in Ceph.
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Note that the RBD dependant items will not work since FreeBSD does not
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have RBD (yet)
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I started looking into Ceph, because the HAST solution with CARP and
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ggate did not really do what I was looking for. But I'm aiming for
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running a Ceph storage cluster of storage nodes that are running ZFS.
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End station would be running bhyve on RBD disk that are stored in Ceph.
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Progress from last report:
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==========================
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Most important change:
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- All test (but one) run to completion for the current selection of
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tools. This is only the case for "My Fork" repository. Some of the
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commits need to be pulled into the HEAD
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- Cmake is now the only way of building Ceph
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- Reworked threading/polling code for the simple socket code.
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Now uses a selfpipe, instead of using an odd shutdown() signaling
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Linux feature.
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- Modified the EventKqueue code to work around the "feature" that
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starting threads destroys the the kqueue handles. Just finshed the
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code so it is not yet submitted to the main repository
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Build Prerequisites
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===================
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Compiling and building Ceph is tested on 12-CURRENT, but I guess
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11-RELEASE will also work. And Clang is at 3.8.0.
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It uses the CLANG toolset that is available, 3.7 is not tested, but was
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working when that was with 11-CURRENT.
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Clang 3.4 (on 10.2-STABLE) does not have all required capabilites to
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compile everything
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The following setup will get things running for FreeBSD:
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- Install bash and link it in /bin
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# requires root privileges
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sudo pkg install bash
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sudo ln -s /usr/local/bin/bash /bin/bash
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- Need to add one compatability line to
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/usr/include/errno.h
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#define ENODATA 87 /* Attribute not found */
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(Otherwise some cython compiles will fail.)
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Getting the FreeBSD work on Ceph:
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=================================
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- cd "place to work on this"
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git clone https://github.com/wjwithagen/ceph.git
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cd ceph
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git checkout wip-wjw-freebsd-cmake
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Building Ceph
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=============
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- Go and start building
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./do_freebsd.sh
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Note that the old way of building using automake is no longer used.
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Parts not (yet) included:
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=========================
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- RBD
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Rados Block Devices is implemented in the Linux kernel
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It seems that there used to be a userspace implementation first.
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And perhaps ggated could be used as a template since it does some of
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the same, other than just between 2 disks. And it has a userspace
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counterpart.
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- BlueStore.
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FreeBSD and Linux have different AIO API, and that needs to be made
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compatible Next to that is there discussion in FreeBSD about
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aio_cancel not working for all devicetypes
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- CephFS
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Cython tries to access an internal field in dirent which does not
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compile
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Tests that verify the correct working of the above are also excluded
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from the testset
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Tests not (yet) include:
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=======================
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- run-tox-ceph-disk
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This is the main test that tests the basic Ceph disk install tool.
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One of the next things to complete porting for.
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- ceph-detect-init/run-tox.sh
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Because the current implementation does not know anything about
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FreeBSD rc-init.
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- Tests that make use of nosetests.
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Calling these does not really work since nosetests is not in
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/usr/bin, and /usr/bin/env nosetests does not work on FreeBSD.
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test/pybind/test_ceph_argparse.py
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test/pybind/test_ceph_daemon.py
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Task to do:
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===========
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- Build an automated test platform that will build ceph/master on
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FreeBSD and report the results back to the Ceph developers. This will
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increase the maintainability of the FreeBSD side of things.
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Developers are signalled that they are using Linux-isms that will not
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compile/run on FreeBSD Ceph has several projects for this: Jenkins,
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teuthology, pulpito, ...
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But even just a while { compile } loop and report the build data on a
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static webpage would do for starters.
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- Run integration tests to see if the FreeBSD daemons will work with a
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Linux Ceph platform.
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- Get the python tests that are currently excluded to work, and test OKE
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- Compile and test the user space RBD (Rados Block Device).
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- Investigate and see if an in-kernel RBD device could be developed a la
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'ggate'
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- Investigate the keystore, which could be kernel embedded on Linux an
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currently prevents building Cephfs and some other parts.
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- Scheduler information is not used atm, because the schedulers work
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rather different. But at a certain point in time, this would need some
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attention:
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in: ./src/common/Thread.cc
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- Integrate the FreeBSD /etc/rc.d init scripts in the Ceph stack. Both
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for testing, but mainly for running Ceph on production machines.
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