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If we try to run the testsuite on anything older than libvirt 3.1,
it immediately throws an exception before processing any tests,
due to choking on parsing drm bits from testdriver.xml. This global
failure is only due to sloppy coding though.
Turn all test cases that use testdriver.xml into skips in this case,
so we can at least get some test coverage otherwise.
Right now, most test cases will create a libvirt test driver using
tests/testdriver.xml. This is problematic for 2 reasons:
1) testdriver.xml is 3500 lines of XML, and it's parsed hundreds of
times. Opening it is responsible for about 25% of test suite time
2) Older libvirt chokes on testdriver.xml, meaning the test suite will
be useless there. This is a recurring problem as new features are
added to testdriver.xml
Most test cases don't actually need all the test state in testdriver.xml
though. So this creates a smaller testsuite.xml which has a lower
libvirt requirement and is much quicker to parse. New XML bits should
continue to go into testdriver.xml so we can keep testsuite.xml as
the more stripped down option.
Moves the libxml2 bits to a separate xmlapi file and class, a bunch
of cleanups to xmlbuilder internals dealing with XML stuff.
The main point is to experiment with different XML library impls,
since libxml2 is unfun to deal with and we are having python3
issues like
https://bugzilla.gnome.org/show_bug.cgi?id=776815
Could mean a code error but more likely is just slightly racy
UI bits disappearing that we weren't looking for anyways, so hide
it behind a debug statement
Currently the domain CPU class has a child property like:
siblings = XMLChildProperty(_CPUCellSibling)
If a user wants to add a new sibling, we add a convenience function:
def add_sibling(self):
obj = _CPUCellSibling(self.conn)
self.add_child(obj)
return obj
Rather than require every child property to define a similar matching
helper function, this adds infrastructure in xmlbuilder to do this
generically for every child property. Now callers can do
obj = guest.cpu.siblings.add_new()
Add vcpupin support to virt-install so that it can create guest
domains with statically allocated vcpu pinning towards a given cpuset.
Syntax: to pin vcpu=0 to cpuset="1,3" and vcpu=1 to cpuset=2
--cputune vcpupin0.vcpu=0,vcpupin0.cpuset=1,3,vcpupin1.vcpu=1,vcpupin1.cpuset=2
generates below XML description for the guest domain.
<cputune>
<vcpupin vcpu="0" cpuset="1,3"/>
<vcpupin vcpu="1" cpuset="2"/>
</cputune>
Signed-off-by: Wim ten Have <wim.ten.have@oracle.com>
Signed-off-by: Menno Lageman <menno.lageman@oracle.com>
Now that libvirt has support for administration of distances between NUMA cells
it would be nice to be able to set those with virt-install directly instead of
having to 'virsh edit' the domain XML manually after installation.
For example
--cpu cell0.memory=1234,cell0.cpus=0-3,cell1.memory=5678,cell1.cpus=4-7,\
cell0.distances.sibling0.id=0,cell0.distances.sibling0.value=10,\
cell0.distances.sibling1.id=1,cell0.distances.sibling1.value=21,\
cell1.distances.sibling0.id=0,cell1.distances.sibling0.value=21,\
cell1.distances.sibling1.id=1,cell1.distances.sibling1.value=10
would generate the following XML:
<cpu>
<numa>
<cell cpus="0-3" memory="1234">
<distances>
<sibling id="0" value="10"/>
<sibling id="1" value="21"/>
</distances>
</cell>
<cell cpus="4-7" memory="5678">
<distances>
<sibling id="0" value="21"/>
<sibling id="1" value="10"/>
</distances>
</cell>
</numa>
</cpu>
Signed-off-by: Menno Lageman <menno.lageman@oracle.com>
(crobinso: rework cli format, drop some validation, drop man changes)
