def builder(self, path, file, root):
if not root:
root = self.dist.getReleasePath()
dir = os.path.join(root, path)
fullname = os.path.join(dir, file.getName())
if file.getFullName() == fullname:
return
if not os.path.isdir(dir):
os.makedirs(dir)
# Create the new distribution either with all symbolic links
# into the mirror, contrib, and local rpms. Or copy
# everything. The idea is local distributions should be all
# symlinks, but a published base distribution (like the NPACI
# Rocks master) should be copys. This keeps the FTP chroot
# environment happy, extends the lifetime of the release past
# that of scattered RPMS. It may also make sense to have your
# master distribution for your cluster done by copy.
if self.useLinks:
file.symlink(fullname, self.dist.getRootPath())
else:
# For copied distributions, the timestamps of the new
# files are forced to that of the source files. This
# keeps wget happy.
if os.path.islink(file.getFullName()):
os.symlink(os.readlink(file.getFullName()), fullname)
else:
shutil.copy(file.getFullName(), fullname)
os.utime(fullname, (file.getTimestamp(), file.getTimestamp()))
def builder(self, path, file, root):
if not root:
root = self.dist.getReleasePath()
dir = os.path.join(root, path)
fullname = os.path.join(dir, file.getName())
if file.getFullName() == fullname:
return
if not os.path.isdir(dir):
os.makedirs(dir)
# Create the new distribution either with all symbolic links
# into the mirror, contrib, and local rpms. Or copy
# everything. The idea is local distributions should be all
# symlinks, but a published base distribution (like the NPACI
# Rocks master) should be copys. This keeps the FTP chroot
# environment happy, extends the lifetime of the release past
# that of scattered RPMS. It may also make sense to have your
# master distribution for your cluster done by copy.
if self.useLinks:
file.symlink(fullname, self.dist.getRootPath())
else:
# For copied distributions, the timestamps of the new
# files are forced to that of the source files. This
# keeps wget happy.
if os.path.islink(file.getFullName()):
os.symlink(os.readlink(file.getFullName()), fullname)
else:
shutil.copy(file.getFullName(), fullname)
os.utime(fullname, (file.getTimestamp(), file.getTimestamp()))
def run(self):
# Make a list of all the files that we need to copy onto the
# pallets cds. Don't worry about what the file types are right
# now, we can figure that out later.
list = []
if self.config.hasRPMS():
list.extend(self.getRPMS('RPMS'))
for rpm in list:
self.signRPM(rpm)
# Make a list of both required and optional packages. The copy
# code is here since python is by-reference for everything.
# After we segregate the packages add
# any local rpms to the required list. This makes sure we
# pick up the roll-os-kickstart package.
required = []
if self.config.hasRolls():
(required, optional) = self.getExternalRPMS()
for file in list:
required.append(file)
print 'Required Packages', len(required)
print 'Optional Packages', len(optional)
for file in required: # make a copy of the list
list.append(file)
list.extend(optional)
optional = 0
for (name, id, size, files) in self.spanDisks(list):
print 'Creating %s (%.2fMB)...' % (name, size),
if optional:
print ' This disk is optional (extra rpms)'
else:
print
if self.config.getRollInterface() == '4.0':
# old style
root = os.path.join(name,
self.config.getRollName(),
self.config.getRollVersion(),
self.config.getRollArch())
rpmsdir = os.path.join('RedHat', 'RPMS')
else:
root = os.path.join(name,
self.config.getRollName(),
self.config.getRollVersion(),
'redhat',
self.config.getRollArch())
rpmsdir = 'RPMS'
os.makedirs(root)
os.makedirs(os.path.join(root, rpmsdir))
# Symlink in all the RPMS
for file in files:
try:
#
# not RPM files will throw an exception
# in getPackageArch()
#
arch = file.getPackageArch()
except:
continue
if arch != 'src':
file.symlink(
os.path.join(root, rpmsdir,
file.getName()))
if file in required:
del required[required.index(file)]
if len(required) == 0:
optional = 1
# Copy the pallet XML file onto all the disks
shutil.copy(self.config.getFullName(), root)
# Create the .discinfo file
self.stampDisk(name, self.config.getRollName(),
self.config.getRollArch(), id)
# write repo data
self.writerepo()
# make the ISO. This code will change and move into
# the base class, and supported bootable pallets. Get
# this working here and then test on the bootable
# kernel pallet.
isoname = '%s-%s-%s.%s.%s.iso' % (
self.config.getRollName(),
self.config.getRollVersion(),
self.config.getRollRelease(),
self.config.getRollArch(),
name)
if id == 1 and self.config.isBootable() == 1:
self.makeBootable(name)
self.mkisofs(isoname, self.config.getRollName(), name)
def run(self):
# Make a list of all the files that we need to copy onto the
# pallets cds. Don't worry about what the file types are right
# now, we can figure that out later.
list = []
if self.config.hasRPMS():
list.extend(self.getRPMS('RPMS'))
# Make a list of both required and optional packages. The copy
# code is here since python is by-reference for everything.
# After we segregate the packages add
# any local rpms to the required list. This makes sure we
# pick up the roll-os-kickstart package.
required = []
if self.config.hasRolls():
(required, optional) = self.getExternalRPMS()
for file in list:
required.append(file)
print('Required Packages', len(required))
print('Optional Packages', len(optional))
for file in required: # make a copy of the list
list.append(file)
list.extend(optional)
optional = 0
for (name, id, size, files) in self.spanDisks(list):
print('Creating %s (%.2fMB)...' % (name, size), end=' ')
if optional:
print(' This disk is optional (extra rpms)')
else:
print()
root = os.path.join(name, self.config.getRollName(),
self.config.getRollVersion(),
self.config.getRollRelease(),
self.config.getRollOS(),
self.config.getRollArch())
rpmsdir = 'RPMS'
os.makedirs(root)
if self.config.getRollOS() in ['redhat', 'sles']:
os.makedirs(os.path.join(root, rpmsdir))
# Symlink in all the RPMS
for file in files:
try:
#
# not RPM files will throw an exception
# in getPackageArch()
#
arch = file.getPackageArch()
except:
continue
if arch != 'src':
file.symlink(os.path.join(root, rpmsdir, file.getName()))
if file in required:
del required[required.index(file)]
if len(required) == 0:
optional = 1
# Copy the pallet XML file onto all the disks
shutil.copy(self.config.getFullName(), root)
# Create the .discinfo file
self.stampDisk(name, self.config.getRollName(),
self.config.getRollArch(), id)
# write repodata
if self.config.getRollOS() in ['redhat', 'sles']:
self.writerepo(self.config.getRollName(),
self.config.getRollVersion(),
self.config.getRollRelease(),
self.config.getRollOS(),
self.config.getRollArch())
# copy the graph and node XMLs files into the pallet
self.copyXMLs(self.config.getRollOS(), self.config.getRollName(),
self.config.getRollVersion(),
self.config.getRollRelease(),
self.config.getRollArch())
# make the ISO. This code will change and move into
# the base class, and supported bootable pallets. Get
# this working here and then test on the bootable
# kernel pallet.
isoname = '%s-%s-%s.%s.%s.iso' % (
self.config.getRollName(), self.config.getRollVersion(),
self.config.getRollRelease(), self.config.getRollArch(), name)
if id == 1 and self.config.isBootable() == 1:
try:
self.makeBootable(self.config.getRollName(),
self.config.getRollVersion(),
self.config.getRollRelease(),
self.config.getRollArch())
except ValueError as msg:
print('ERROR -', msg)
print('Pallet is not bootable')
self.config.setBootable(False)
self.mkisofs(isoname, self.config.getRollName(), name)
