def createVG(self, vgName, devices, initialTag, metadataSize, force=False):
# Convert params from MB to bytes to match other fields
metadataSize <<= 20
extentsize = sc.VG_EXTENT_SIZE_MB << 20
for dev in devices:
self._create_pv(dev, vgName, self._PV_SIZE)
pv_name = (tuple(_fqpvname(pdev)
for pdev in real_lvm._normalizeargs(devices)))
extent_count = self._calc_vg_pe_count(vgName)
size = extent_count * self._PV_PE_SIZE
vg_attr = dict(permission='w',
resizeable='z',
exported='-',
partial='-',
allocation='n',
clustered='-')
vg_md = dict(uuid=fake_lvm_uuid(),
name=vgName,
attr=vg_attr,
size=str(size),
free=str(size),
extent_size=str(extentsize),
extent_count=str(extent_count),
free_count=str(extent_count),
tags=(initialTag,),
vg_mda_size=str(metadataSize),
vg_mda_free=None,
lv_count='0',
pv_count=str(len(devices)),
pv_name=pv_name,
writeable=True,
partial='OK')
self.vgmd[vgName] = vg_md
for dev in devices:
self.pvmd[dev]['vg_uuid'] = vg_md['uuid']
def createVG(self, vgName, devices, initialTag, metadataSize, force=False):
# Convert params from MB to bytes to match other fields
metadataSize <<= 20
extentsize = sc.VG_EXTENT_SIZE_MB << 20
for dev in devices:
self._create_pv(dev, vgName, self._PV_SIZE)
pv_name = (tuple(_fqpvname(pdev)
for pdev in real_lvm._normalizeargs(devices)))
extent_count = self._calc_vg_pe_count(vgName)
size = extent_count * self._PV_PE_SIZE
vg_attr = dict(permission='w',
resizeable='z',
exported='-',
partial='-',
allocation='n',
clustered='-')
vg_md = dict(uuid=fake_lvm_uuid(),
name=vgName,
attr=vg_attr,
size=str(size),
free=str(size),
extent_size=str(extentsize),
extent_count=str(extent_count),
free_count=str(extent_count),
tags=(initialTag,),
vg_mda_size=str(metadataSize),
vg_mda_free=None,
lv_count='0',
pv_count=str(len(devices)),
pv_name=pv_name,
writeable=True,
partial='OK')
self.vgmd[vgName] = vg_md
for dev in devices:
self.pvmd[dev]['vg_uuid'] = vg_md['uuid']