def create_vps(name):
vps_util.save_pillar(name)
out = subprocess.check_output(["salt-cloud", "-p", "do_nl_1GB", name])
# Uberhack; It'll get better with newer salt-cloud versions.
d = yaml.load(out[out.rfind(name + ":"):].replace("----------",
"")).values()[0]
return d['name'], d['ip_address']
def create_vps(name):
vps_util.save_pillar(name)
plan = vps_util.dc_by_cm(vps_util.my_cm()) + "_1GB"
out = subprocess.check_output(["salt-cloud", "-p", plan, name])
# Uberhack: XXX update with salt version...
d = yaml.load(out[out.rfind(name + ":"):].replace("----------", "").replace("|_", "-")).values()[0]
return d['name'], d['networks']['v4'][1]['ip_address']
def init_vps(subid):
# VPSs often (always?) report themselves as OK before stopping and
# completing setup. Trying to initialize them at this early stage seems to
# cause trouble.
wait_for_status_ok(subid)
print "Status OK for the first time. I don't buy it. Lemme wait again..."
time.sleep(10)
while True:
d = wait_for_status_ok(subid)
print "Status OK again; bootstrapping..."
ip = d['main_ip']
name = d['label']
passw = d['default_password']
if os.system(bootstrap_tmpl % (passw, ip, name)):
print "Error trying to bootstrap; retrying..."
else:
break
time.sleep(10)
print "Generating and copying keys..."
with vps_util.tempdir(subid):
trycmd('salt-key --gen-keys=%s' % name)
for suffix in ['.pem', '.pub']:
os.rename(name + suffix, 'minion' + suffix)
trycmd(scpkeys_tmpl % (passw, ip))
os.rename('minion.pub', os.path.join('/etc/salt/pki/master/minions', name))
print "Starting salt-minion..."
trycmd(start_tmpl % (passw, ip))
vps_util.save_pillar(name)
print "Calling highstate..."
time.sleep(10)
trycmd("salt -t 1800 %s state.highstate" % name)
return vps_util.hammer_the_damn_thing_until_it_proxies(
name,
ssh_tmpl('%%s') % (passw, ip),
fetchaccessdata_tmpl % (passw, ip))
def create_vps(name):
vps_util.save_pillar(name)
plan = vps_util.dc_by_cm(vps_util.my_cm()) + "_1GB"
out = subprocess.check_output(["salt-cloud", "-p", plan, name])
# Uberhack: XXX update with salt version...
d = yaml.load(out[out.rfind(name + ":"):].replace(
"----------", "").replace("|_", "-")).values()[0]
return d['name'], d['networks']['v4'][1]['ip_address']
def create_vps(name, req={}, plan=None):
vps_util.save_pillar(name, req)
if plan is None:
plan = vps_util.dc_by_cm(vps_util.my_cm()) + "_1GB"
out = subprocess.check_output(["salt-cloud", "-p", plan, name])
# Uberhack: XXX update with salt version...
d = yaml.load(out[out.rfind(name + ":"):].replace(
"----------", "").replace("|_", "-")).values()[0]
return {'name': d['name'], 'ip': d['public_ips'][0]}
def create_vps(name, req={}, plan=None):
vps_util.save_pillar(name, req)
if plan is None:
plan = vps_util.dc_by_cm(vps_util.my_cm()) + "_1GB"
out = subprocess.check_output(["salt-cloud", "-p", plan, name])
# Uberhack: XXX update with salt version...
d = yaml.load(out[out.rfind(name + ":"):].replace("----------", "").replace("|_", "-")).values()[0]
return {'name': d['name'],
'ip': d['public_ips'][0]}
def create_vps(label, req):
vps_util.save_pillar(label, req)
dc = vps_util.dc_by_cm(vps_util.my_cm())
subid = vultr.server_create(vultr_dcid[dc],
default_plan[dc],
ubuntu14_04_64bit,
label=label,
sshkeyid=cloudmaster_keyid,
enable_ipv6='yes',
enable_private_network="yes")['SUBID']
for _ in xrange(30):
time.sleep(10)
d = try_vultr_cmd(vultr.server_list, subid)
ip = d.get('main_ip')
if ip and util.ipre.match(ip):
d['ip'] = ip
return d
raise RuntimeError("Couldn't get the new VPS's IP")
def create_vps(label, req):
vps_util.save_pillar(label, req)
dc = vps_util.dc_by_cm(vps_util.my_cm())
subid = vultr.server_create(vultr_dcid[dc],
default_plan[dc],
ubuntu14_04_64bit,
label=label,
sshkeyid=cloudmaster_keyid,
enable_ipv6='yes',
enable_private_network="yes")['SUBID']
for _ in xrange(30):
time.sleep(10)
d = try_vultr_cmd(vultr.server_list, subid)
ip = d.get('main_ip')
if ip and util.ipre.match(ip):
d['ip'] = ip
return d
raise RuntimeError("Couldn't get the new VPS's IP")
def init_vps(subid):
wait_for_status_ok(subid)
# VPSs often (always?) report themselves as OK before stopping and
# completing setup. Trying to initialize them at this early stage seems to
# cause trouble. I don't know of any way to determine programatically when
# it's OK to start pounding on these machines, but empirically some 400
# seconds after status first reported OK should be fine most of the time.
print(
"Status OK for the first time. I don't buy it. Lemme sleep some...")
time.sleep(400)
while True:
d = wait_for_status_ok(subid)
print("Status OK again; bootstrapping...")
ip = d['main_ip']
name = d['label']
passw = d['default_password']
if os.system(bootstrap_tmpl % (passw, ip, name)):
print("Error trying to bootstrap; retrying...")
else:
break
time.sleep(10)
print("Generating and copying keys...")
with vps_util.tempdir(subid):
trycmd('salt-key --gen-keys=%s' % name)
for suffix in ['.pem', '.pub']:
os.rename(name + suffix, 'minion' + suffix)
trycmd(scpkeys_tmpl % (passw, ip))
os.rename('minion.pub',
os.path.join('/etc/salt/pki/master/minions', name))
print("Starting salt-minion...")
trycmd(start_tmpl % (passw, ip))
vps_util.save_pillar(name)
print("Calling highstate...")
time.sleep(10)
trycmd("salt -t 1800 %s state.highstate" % name)
return vps_util.hammer_the_damn_thing_until_it_proxies(
name,
ssh_tmpl('%%s') % (passw, ip), fetchaccessdata_tmpl % (passw, ip))
def init_vps(subid):
wait_for_status_ok(subid)
# VPSs often (always?) report themselves as OK before stopping and
# completing setup. Trying to initialize them at this early stage seems to
# cause trouble. I don't know of any way to determine programatically when
# it's OK to start pounding on these machines, but empirically some 400
# seconds after status first reported OK should be fine most of the time.
print("Status OK for the first time. I don't buy it. Lemme sleep some...")
time.sleep(400)
while True:
d = wait_for_status_ok(subid)
print("Status OK again; bootstrapping...")
ip = d['main_ip']
name = d['label']
passw = d['default_password']
if os.system(bootstrap_tmpl % (passw, ip, name)):
print("Error trying to bootstrap; retrying...")
else:
break
time.sleep(10)
print("Generating and copying keys...")
with vps_util.tempdir(subid):
trycmd('salt-key --gen-keys=%s' % name)
for suffix in ['.pem', '.pub']:
os.rename(name + suffix, 'minion' + suffix)
trycmd(scpkeys_tmpl % (passw, ip))
os.rename('minion.pub', os.path.join('/etc/salt/pki/master/minions', name))
print("Starting salt-minion...")
trycmd(start_tmpl % (passw, ip))
vps_util.save_pillar(name)
print("Calling highstate...")
time.sleep(10)
trycmd("salt -t 1800 %s state.highstate" % name)
return vps_util.hammer_the_damn_thing_until_it_proxies(
name,
ssh_tmpl('%%s') % (passw, ip),
fetchaccessdata_tmpl % (passw, ip))
def create_vps(name):
vps_util.save_pillar(name)
out = subprocess.check_output(["salt-cloud", "-p", "do_nl_1GB", name])
# Uberhack; It'll get better with newer salt-cloud versions.
d = yaml.load(out[out.rfind(name + ":") :].replace("----------", "")).values()[0]
return d["name"], d["ip_address"]
