node = nodes[0]
boot_state = node['boot_state']
if True or self.config.verbose:
- utils.header("%(hostname)s boot_state is %(boot_state)s" % locals())
+ utils.header("%(hostname)s boot_state is %(boot_state)s" % locals(), False, self.config.logfile)
- if boot_state in ['boot', 'debug']:
+ if boot_state in ['boot']:
self.exit = True
if self.config.verbose:
if boot_state in ['boot']:
- utils.header("%(hostname)s correctly installed and booted" % locals())
+ utils.header("%(hostname)s correctly installed and booted" % locals(), False, self.config.logfile)
else:
- utils.header("%(hostname)s not fully booted" % locals())
+ utils.header("%(hostname)s not fully booted" % locals(), False, self.config.logfile)
self.boot_state = boot_state
return self.exit
# for now just print it out
for line in lines:
print line
- utils.header(line)
+ utils.header(line, logfile = self.config.logfile)
# should be parsing for special strings that indicate whether
# we've reached a particular state within the boot sequence
return output
- def call(self, hostname, image_type = 'node-iso', disk_size="4G", wait = 30):
+ def call(self, plc_name, hostname, image_type = 'node-iso', disk_size="17G", wait = 30):
+
# Get this nodes configuration
node = self.config.get_node(hostname)
# Which plc does this node talk to
- plc = self.config.get_plc(node['plc'])
+ plc = self.config.get_plc(plc_name)
api = plc.config.api
auth = plc.config.auth
+ path = node.get_path()
host = node['host']
- bootimage_filename = '%(hostname)s-bootcd.iso' % locals()
- tmpdir = '/usr/tmp/'
homedir = node['homedir']
- diskimage_path = "/%(homedir)s/%(hostname)s-hda.img" % locals()
+ tmpdir = '/usr/tmp/'
+ bootimage_filename = "%(hostname)s-bootcd.iso" % locals()
+ diskimage_filename = "%(hostname)s-hda.img" % locals()
+ bootimage = "%(homedir)s/%(bootimage_filename)s" % locals()
+ diskimage = "%(homedir)s/%(diskimage_filename)s" % locals()
+ diskimage_path = "/%(path)s/%(diskimage_filename)s" % locals()
bootimage_tmppath = "%(tmpdir)s/%(bootimage_filename)s" % locals()
- bootimage_path = "%(homedir)s/%(bootimage_filename)s" % locals()
- if host in ['localhost', None]:
- remote_bootimage_path = bootimage_path
- else:
- remote_bootimage_path = "%(host)s:%(bootimage_path)s" % locals()
+ bootimage_path = "%(path)s/%(bootimage_filename)s" % locals()
+ remote_bootimage_path = "%(homedir)s/%(bootimage_filename)s" % locals()
# wait up to 30 minutes for a node to boot and install itself correctly
self.hostname = hostname
self.totaltime = 60*60*wait
# validate hostname
- nodes = api.GetNodes(auth, [hostname], ['hostname'])
+ nodes = api.GetNodes(auth, [hostname], ['hostname', 'boot_state'])
if not nodes:
raise Exception, "%s not found at plc %s" % (hostname, plc['name'])
node.update(nodes[0])
+
+ # try reinstalling the node if it is in debug state
+ if node['boot_state'] in ['dbg']:
+ if self.config.verbose:
+ utils.header("%(hostname)s is in debug state. Attempting a re-install" % locals(), logfile = self.config.logfiile)
+ api.UpdateNode(auth, node['node_id'], {'boot_state': 'rins'})
# Create boot image
if self.config.verbose:
- utils.header("Creating bootcd for %(hostname)s at %(host)s:%(bootimage_path)s" % locals())
- bootimage = api.GetBootMedium(auth, hostname, image_type, '', ['serial'])
+ utils.header("Creating bootcd for %(hostname)s at %(bootimage_path)s" % locals(), logfile = self.config.logfile)
+ nodeimage = api.GetBootMedium(auth, hostname, image_type, '', ['serial'])
fp = open(bootimage_tmppath, 'w')
- fp.write(base64.b64decode(bootimage))
+ fp.write(base64.b64decode(nodeimage))
fp.close()
# Move the boot image to the nodes home directory
- node.commands("mkdir -p %(homedir)s" % locals())
- node.scp(bootimage_tmppath, "%(remote_bootimage_path)s" % locals())
+ node.host_commands("mkdir -p %(homedir)s" % locals())
+ node.scp_to_host(bootimage_tmppath, "%(remote_bootimage_path)s" % locals())
+
+ # If node is vm (qemu) try installing kqemu
+ node.host_commands("yum -y install kqemu", False)
+ node.host_commands("modprobe kqemu")
- # Create a temporary disk image
- qemu_img_cmd = "qemu-img create -f qcow2 %(diskimage_path)s %(disk_size)s" % locals()
- node.commands(qemu_img_cmd)
+ # Create a temporary disk image if it doesnt already exist or we are reinstalling
+ img_check_cmd = "ls -ld %(diskimage)s" % locals()
+ (status, output) = node.host_commands(img_check_cmd, False)
+ if status != 0 or node['boot_state'] in ['rins', 'inst']:
+ qemu_img_cmd = "qemu-img create -f qcow2 %(diskimage)s %(disk_size)s" % locals()
+ node.host_commands(qemu_img_cmd)
+
if self.config.verbose:
- utils.header("Booting %(hostname)s" % locals())
+ utils.header("Booting %(hostname)s" % locals(), logfile = self.config.logfile)
# Attempt to boot this node image
tmp = tempfile.mkstemp(".pid","qemu_")
pidfile=tmp[1]
os.unlink(pidfile)
- os.close(tmp[0])
-
+
+ os.close(tmp[0])
# boot node with ramsize memory
- ramsize=400
+ ramsize=1024
# always use the 64 bit version of qemu, as this will work on both 32 & 64 bit host kernels
bootcmd = "qemu-system-x86_64"
# uniprocessor only
bootcmd = bootcmd + " -smp 1"
# redirect incomming tcp connections on specified port to guest node
- if 'redir_port' in node and node['redir_port']:
- port = node['redir_port']
- bootcmd = bootcmd + " -redir tcp:%(port)s::22" % locals()
+ if 'redir_ssh_port' in node and node['redir_ssh_port']:
+ port = node['redir_ssh_port']
+ ip = node['nodenetworks'][0]['ip']
+ bootcmd = bootcmd + " -redir tcp:%(port)s:%(ip)s:22" % locals()
# no graphics support -> assume we are booting via serial console
bootcmd = bootcmd + " -nographic"
# boot from the supplied cdrom iso file
bootcmd = bootcmd + " -boot d"
- bootcmd = bootcmd + " -cdrom %(bootimage_path)s" % locals()
+ bootcmd = bootcmd + " -cdrom %(bootimage)s" % locals()
# hard disk image to use for the node
- bootcmd = bootcmd + " %(diskimage_path)s" % locals()
-
- # launch qemu
- utils.header(bootcmd)
- (self.stdin, self.stdout, self.stderr) = node.popen3(bootcmd)
+ bootcmd = bootcmd + " %(diskimage)s" % locals()
+ # redirect stdout, stderr to logfile
+ bootcmd = bootcmd + " 2>&1 >> %s " % (node.logfile.filename)
- # wait for qemu to start up
- time.sleep(3)
+ # kill any old qemu processes for this node
+ pid_cmd = "ps -elfy | grep qemu | grep %(hostname)s | awk '{print$3}'" % locals()
+ (status, output) = node.host_commands(pid_cmd)
+ pids = " ".join(output.split("\n")).strip()
+ if pids:
+ kill_cmd = "kill %(pids)s" % locals()
+ (status, output) = node.host_commands(kill_cmd)
+
+ time.sleep(2)
+ # Rotate node's logfile
+ node.rotate_logfile()
+
+ # launch qemu
+ (self.stdin, self.stdout, self.stderr) = node.host_popen3(bootcmd)
+ # wait for qemu to start up
+ time.sleep(5)
# get qemu's pid from its pidfile (crappy approach)
- fp = file(pidfile)
- buf=fp.read()
- self.pid=int(buf)
- fp.close()
- os.unlink(pidfile)
-
- # loop until the node is either fully booted, some error
+ pid_cmd = "cat %(pidfile)s" % locals()
+ (staus, output) = node.host_commands(pid_cmd)
+ self.pid = output.strip()
+ #fp = file(pidfile)
+ #buf=fp.read()
+ #self.pid=int(buf)
+ #fp.close()
+ #os.unlink(pidfile)
+
+ # loop until the node is either fully booted, some error
# occured, or we've reached our totaltime out
def catch(sig, frame):
self.totaltime = self.totaltime -1
- utils.header("beep %d\n" %self.totaltime)
+ utils.header("beep %d\n" %self.totaltime, False, logfile = self.config.logfile )
total = self.totaltime
if (total == 0) or \
(((total % 60)==0) and self.state_nanny()):
signal.alarm(1)
self.exit = False
- console_states = {"login:":1}
+ #console_states = {"login:":1}
while not self.exit:
- try:
- self.console_nanny(console_states)
- except: # need a better way to catch exceptions
- traceback.print_exc()
- pass
+ pass
+ #try:
+ # self.console_nanny(console_states)
+ #except: # need a better way to catch exceptions
+ # traceback.print_exc()
+ # pass
signal.alarm(0)
except:
git://git.onelab.eu / tests.git / blobdiff