def _create_nodes(self):
for i in range(1, 5):
self.tracewriter.dirs_made(sh.mkdirslist(sh.joinpths(self.fs_dev, '%d/node' % i)))
link_tgt = sh.joinpths(self.datadir, str(i))
sh.symlink(sh.joinpths(self.fs_dev, str(i)), link_tgt)
self.tracewriter.symlink_made(link_tgt)
start_port = (6010 + (i - 1) * 5)
self._create_node_config(i, start_port)
self._delete_templates()
def _create_nodes(self):
for i in range(1, 5):
self.tracewriter.dirs_made(
sh.mkdirslist(sh.joinpths(self.fs_dev, '%d/node' % i)))
link_tgt = sh.joinpths(self.datadir, str(i))
sh.symlink(sh.joinpths(self.fs_dev, str(i)), link_tgt)
self.tracewriter.symlink_made(link_tgt)
start_port = (6010 + (i - 1) * 5)
self._create_node_config(i, start_port)
self._delete_templates()
def _install_rhel_relinks(self, pkgname, pkginfo):
full_pkg_name = self._format_pkg_name(pkgname, pkginfo.get("version"))
install_cmd = YUM_CMD + YUM_INSTALL + [full_pkg_name]
self._execute_yum(install_cmd)
tgt = RHEL_RELINKS.get(pkgname).get("tgt")
src = RHEL_RELINKS.get(pkgname).get("src")
if not sh.islink(tgt):
# This is actually a feature, EPEL must not conflict with RHEL, so X pkg installs newer version in parallel.
#
# This of course doesn't work when running from git like devstack does....
sh.symlink(src, tgt)
return True
def install(self, pkg):
yum.YumPackager.install(self, pkg)
options = pkg.get('packager_options', {})
links = options.get('links', [])
for src, tgt in links:
if not sh.islink(tgt):
# This is actually a feature, EPEL must not conflict
# with RHEL, so X pkg installs newer version in
# parallel.
#
# This of course doesn't work when running from git
# like devstack does....
sh.symlink(src, tgt)
return True
def _install_special(self, name, info):
if name in RHEL_RELINKS:
full_pkg_name = self._format_pkg_name(name, info.get("version"))
install_cmd = yum.YUM_INSTALL + [full_pkg_name]
self._execute_yum(install_cmd)
(src, tgt) = RHEL_RELINKS.get(name)
if not sh.islink(tgt):
# This is actually a feature, EPEL must not conflict with RHEL, so X pkg installs newer version in parallel.
#
# This of course doesn't work when running from git like devstack does....
sh.symlink(src, tgt)
return True
else:
return False
def _install_special(self, name, info):
if name in RHEL_RELINKS:
full_pkg_name = self._format_pkg_name(name, info.get("version"))
install_cmd = yum.YUM_INSTALL + [full_pkg_name]
self._execute_yum(install_cmd)
(src, tgt) = RHEL_RELINKS.get(name)
if not sh.islink(tgt):
# This is actually a feature, EPEL must not conflict with RHEL, so X pkg installs newer version in parallel.
#
# This of course doesn't work when running from git like devstack does....
sh.symlink(src, tgt)
return True
else:
return False
def install(self, pkg):
yum.YumPackager.install(self, pkg)
options = pkg.get("packager_options", {})
links = options.get("links", [])
for src, tgt in links:
if not sh.islink(tgt):
# This is actually a feature, EPEL must not conflict
# with RHEL, so X pkg installs newer version in
# parallel.
#
# This of course doesn't work when running from git
# like devstack does....
sh.symlink(src, tgt)
return True
def _configure_symlinks(self):
links = self._get_symlinks()
link_srcs = sorted(links.keys())
link_srcs.reverse()
for source in link_srcs:
link = links.get(source)
try:
LOG.info("Symlinking %s => %s" % (link, source))
self.tracewriter.dirs_made(*sh.symlink(source, link))
self.tracewriter.symlink_made(link)
except OSError:
LOG.warn("Symlink %s => %s already exists." % (link, source))
return len(links)
def _configure_symlinks(self):
links = self._get_symlinks()
# This sort happens so that we link in the correct order
# although it might not matter. Either way. We ensure that the right
# order happens. Ie /etc/blah link runs before /etc/blah/blah
link_srcs = sorted(links.keys())
link_srcs.reverse()
for source in link_srcs:
link = links.get(source)
try:
LOG.info("Symlinking %r => %r", link, source)
self.tracewriter.dirs_made(*sh.symlink(source, link))
self.tracewriter.symlink_made(link)
except OSError as e:
LOG.warn("Symlink (%r => %r) error (%s)", link, source, e)
return len(links)
def _configure_symlinks(self):
links = self._get_symlinks()
# This sort happens so that we link in the correct order
# although it might not matter. Either way. We ensure that the right
# order happens. Ie /etc/blah link runs before /etc/blah/blah
link_srcs = sorted(links.keys())
link_srcs.reverse()
for source in link_srcs:
link = links.get(source)
try:
LOG.info("Symlinking %s => %s", link, source)
self.tracewriter.dirs_made(*sh.symlink(source, link))
self.tracewriter.symlink_made(link)
except OSError as e:
LOG.warn("Symlink (%s => %s) error (%s)", link, source, e)
return len(links)
def _create_log_dirs(self):
self.tracewriter.dirs_made(*sh.mkdirslist(sh.joinpths(self.logdir, 'hourly')))
sh.symlink(sh.joinpths(self.cfg_dir, SYSLOG_CONF), SWIFT_RSYNC_LOC)
self.tracewriter.symlink_made(SWIFT_RSYNC_LOC)
def _turn_on_rsync(self):
sh.symlink(sh.joinpths(self.cfg_dir, RSYNC_CONF), RSYNCD_CONF_LOC)
self.tracewriter.symlink_made(RSYNCD_CONF_LOC)
sh.replace_in(RSYNC_CONF_LOC, RSYNC_ON_OFF_RE, 'RSYNC_ENABLE=true', True)
def _create_log_dirs(self):
self.tracewriter.dirs_made(
*sh.mkdirslist(sh.joinpths(self.logdir, 'hourly')))
sh.symlink(sh.joinpths(self.cfg_dir, SYSLOG_CONF), SWIFT_RSYNC_LOC)
self.tracewriter.symlink_made(SWIFT_RSYNC_LOC)
def _turn_on_rsync(self):
sh.symlink(sh.joinpths(self.cfg_dir, RSYNC_CONF), RSYNCD_CONF_LOC)
self.tracewriter.symlink_made(RSYNCD_CONF_LOC)
sh.replace_in(RSYNC_CONF_LOC, RSYNC_ON_OFF_RE, 'RSYNC_ENABLE=true',
True)
def symlink(self, source, link):
self._start()
sh.symlink(source, link)
self.tracer.trace(SYMLINK_MAKE, link)
def symlink(self, source, link):
self._start()
dirs = sh.symlink(source, link)
self.dir_made(*dirs)
self.tracer.trace(SYMLINK_MAKE, link)
