def run_distribute_file(dist_file):
p_file = home_dir + "/" + key_nam + ".pem"
s_text = ['root@cds1', 'root@cds2']
d_text = hosts_dns1_name
inpu_file = home_dir + dist_file
for no in range(2):
stext = s_text[no]
dtext = d_text[no]
rhui_lib.answers_replace(stext, dtext, inpu_file)
s_text = ['root@rhua']
d_text = hosts_dns2_name
inpu_file = home_dir + dist_file
for no in range(1):
stext = s_text[no]
dtext = d_text[no]
rhui_lib.answers_replace(stext, dtext, inpu_file)
stext = "cloud_key"
dtext = "/root/" + key_nam + ".pem"
rhui_lib.answers_replace(stext, dtext, inpu_file)
print "\n\nWorking again with RHUA instance to upload the updated", inpu_file, " file"
for instance in reservation_rhua.instances:
host_auto = instance.dns_name
command = 'mkdir -p /root/rhui20'
print "\nInstalling various rpms: \n", command
rhui_lib.remote_exe(host_auto, p_file, command)
l_path = home_dir + dist_file
f_path = "/root" + dist_file
rhui_lib.putfile(host_auto, p_file, l_path, f_path)
def call_remote (PUB, KNAM, SRC, DES, CMD):
if args.put_files:
rhui_lib.putfile(PUB, KNAM, SRC, DES)
if args.get_files:
rhui_lib.getfile(PUB, KNAM, SRC, DES)
if args.execute:
rhui_lib.remote_exe(PUB, KNAM, CMD)
def answers_file(ans_file):
s_text = ['rhua.example.com', 'cds1.example.com', 'cds2.example.com']
d_text = hosts_dns_name
inpu_file = home_dir + ans_file
for no in range(3):
stext = s_text[no]
dtext = d_text[no]
rhui_lib.answers_replace(stext, dtext, inpu_file)
s_text = ['rhua.crt', 'cds1.crt', 'cds2.crt']
d_text = ssl_certs
for no in range(3):
stext = s_text[no]
dtext = d_text[no]
rhui_lib.answers_replace(stext, dtext, inpu_file)
print "\n\nWorking again with RHUA instance to upload the updated answers.sample file"
p_file = home_dir + "/" + key_nam + ".pem"
for instance in reservation_rhua.instances:
host_auto = instance.dns_name
l_path = home_dir + ans_file
f_path = "/root" + ans_file
rhui_lib.putfile(host_auto, p_file, l_path, f_path)
print "\nInstalling various rpms: \n", command
rhui_lib.remote_exe(host_auto, p_file, command)
l_path = home_dir + dist_file
f_path = "/root" + dist_file
rhui_lib.putfile(host_auto, p_file, l_path, f_path)
run_distribute_file("/rhui20/host.sh")
#Putting all the required files in the instances
print "\n\nWorking with RHUA instance"
for instance in reservation_rhua.instances:
host_auto = instance.dns_name
l_path = home_dir + "/rhui20/pulp_setup.tar"
f_path = "/root/pulp_setup.tar"
rhui_lib.putfile(host_auto, p_file, l_path, f_path)
l_path = home_dir + "/rhui20/qpid_cert_gen.sh"
f_path = "/root/qpid_cert_gen.sh"
rhui_lib.putfile(host_auto, p_file, l_path, f_path)
#For security reasons avoid transfering your private key to the host,
#if transfered for any reasons **DO NOT** enable password authentication.
l_path = p_file
f_path = "/root/" + key_nam + ".pem"
rhui_lib.putfile(host_auto, p_file, l_path, f_path)
command = "chmod 600 /root/" + key_nam + ".pem"
print "\nChange key Permissions : \n", command
rhui_lib.remote_exe(host_auto, p_file, command)
l_path = home_dir + "/rhui20/hostname.sh"
f_path = "/root/hostname.sh"
rhui_lib.putfile(host_auto, p_file, l_path, f_path)
elif ARCH == 'x86_64':
for hwp in hwp_x86_64:
printValues(hwp)
myConn = getConnection(AWS_ACCESS_KEY_ID, AWS_SECRET_ACCESS_KEY, REGION)
this_hostname = startInstance(myConn, hwp["name"], ARCH, RHEL, AMI, SSHKEYNAME)
map = {"hostname":this_hostname,"hwp":hwp}
publicDNS.append(map)
lock = thread.allocate_lock()
# print "sleep for 130 seconds"
# time.sleep(130)
print "Trying to fetch a file to make sure the SSH works, before proceeding ahead."
f_path = "/tmp/network"
l_path = "/etc/init.d/network"
for host in publicDNS:
keystat = rhui_lib.putfile(host["hostname"], SSHKEY, l_path, f_path)
if not keystat:
executeValidScript(SSHKEY, host["hostname"], host["hwp"], BID, ARCH, AMI, REGION, RHEL, SKIPLIST)
else:
print "The Amazon node : "+host["hostname"]+" is not accessible, waited for 210 sec. Skipping and proceeding with the next Profile"
else:
publicDNS = []
if ARCH == 'i386':
for hwp in hwp_i386:
printValues(hwp)
myConn = getConnection(AWS_ACCESS_KEY_ID, AWS_SECRET_ACCESS_KEY, REGION)
this_hostname = startInstance(myConn, hwp["name"], ARCH, RHEL, AMI, SSHKEYNAME)
map = {"hostname":this_hostname,"hwp":hwp}
publicDNS.append(map)
elif ARCH == 'x86_64':
for hwp in hwp_x86_64:
elif ARCH == 'x86_64':
for hwp in hwp_x86_64:
printValues(hwp)
myConn = getConnection(AWS_ACCESS_KEY_ID, AWS_SECRET_ACCESS_KEY, REGION)
this_hostname = startInstance(myConn, hwp["name"], ARCH, RHEL, AMI, SSHKEYNAME)
map = {"hostname":this_hostname,"hwp":hwp}
publicDNS.append(map)
lock = thread.allocate_lock()
# print "sleep for 130 seconds"
# time.sleep(130)
print "Trying to fetch a file to make sure the SSH works, before proceeding ahead."
f_path = "/tmp/network"
l_path = "/etc/init.d/network"
for host in publicDNS:
keystat = rhui_lib.putfile(host["hostname"], SSHKEY, l_path, f_path)
if not keystat:
executeValidScript(SSHKEY, host["hostname"], host["hwp"], BID, ARCH, AMI, REGION, RHEL, SKIPLIST)
else:
print "The Amazon node : "+host["hostname"]+" is not accessible, waited for 210 sec. Skipping and proceeding with the next Profile"
else:
publicDNS = []
if ARCH == 'i386':
for hwp in hwp_i386:
printValues(hwp)
myConn = getConnection(AWS_ACCESS_KEY_ID, AWS_SECRET_ACCESS_KEY, REGION)
this_hostname = startInstance(myConn, hwp["name"], ARCH, RHEL, AMI, SSHKEYNAME)
map = {"hostname":this_hostname,"hwp":hwp}
publicDNS.append(map)
elif ARCH == 'x86_64':
for hwp in hwp_x86_64:
