def run(self, intr, kap_path):
client_conf = intr.client_conf
if not intr.client_conf:
sys.stderr.write("No client selected.\n")
return 1
# Check if the client license has been set.
if not intr.client_conf.lim_seats or not intr.client_conf.max_seats:
input_license_info(intr)
# Prepare the client upgrade KAP.
try:
kap_data = intr.client_conf.new_upgrade_kap()
if kap_data:
print "The following data will be generated and encrypted:"
print KAP.show_KAP(kap_data)
if get_confirm("Do you want to save this KAP?", intr.assume_answer):
kap_id = intr.client_conf.save_kap(kap_data)
intr.client_conf.encrypt_kap(kap_id, kap_path)
print "Saved and encrypted KAP %s to %s" % (kap_id, kap_path)
return 0
except Exception, e:
if intr.debug: raise
else: raise Exception("cannot generate KAP: %s" % str(e))
def run(self, intr, kap_path):
if intr.client_conf == None:
sys.stderr.write("No client selected.\n"); return 1
if not intr.client_conf.kar_open:
sys.stderr.write("The KAR has not been opened.\n"); return 1
if not intr.client_conf.kar_verified:
sys.stderr.write("The KAR has not been verified.\n"); return 1
if not intr.client_conf.best_before or not intr.client_conf.best_after:
sys.stderr.write("The license validity dates have not been set.\n"); return 1
if not intr.client_conf.lim_seats or not intr.client_conf.max_seats:
sys.stderr.write("The license seats counts have not been set.\n"); return 1
try:
kap_data = intr.client_conf.new_license_kap()
if kap_data:
print "The following data will be generated and encrypted:"
print KAP.show_KAP(kap_data)
if get_confirm("Do you want to save this KAP?", intr.assume_answer):
kap_id = intr.client_conf.save_kap(kap_data)
intr.client_conf.encrypt_kap(kap_id, kap_path)
print "Saved and encrypted KAP %s to %s" % (kap_id, kap_path)
return 0
except Exception, e:
if intr.debug: raise
else: raise Exception("cannot generate license KAP: %s" % str(e))
def encrypt(self, kap_id, enc_kap_path, sig_key):
"""Encrypt a KAP for the client and signs it with a key."""
kdata = self.get(kap_id)
if not kdata:
raise Exception("KAP %s doesn't exists" % kap_id)
KAP.write_KAP(kdata, enc_kap_path,
do_encrypt = True,
teambox_email_skey = sig_key,
encrypt_pkey = self.client_conf.get_enc_pkey().key_path)
def get(self, kap_id):
"""Return store KAP data."""
kf = os.path.join(self._kap_dir, kap_id) + ".tar.gz"
if os.path.exists(kf):
return KAP.read_KAP(kf)
else:
return None
def add(self, kdata):
"""Add a KAP to the client configuration."""
# Get an unique name for the KAP file.
s = time.strftime("%Y%m%d")
kn = ""
kp = ""
d = 1
while True:
kn = "kap_%s_%s_%d" % (kdata.kap_type, s, d)
kp = os.path.join(self._kap_dir, kn) + ".tar.gz"
if not os.path.exists(kp):
break
else:
d = d + 1
# Write the raw KAP.
KAP.write_KAP(kdata, kp, do_encrypt = False)
return kn
def run(self, intr, kap_id):
if intr.client_conf == None:
sys.stderr.write("No client selected.\n"); return 1
if not intr.client_conf.KapManager.exists(kap_id):
sys.stderr.write("KAP %s doesn't exists for this client.\n" % kap_id); return 1
kap_data = intr.client_conf.KapManager.get(kap_id)
sys.stdout.write(KAP.show_KAP(kap_data))
return 0
def run(self, intr, kap_id, kap_path):
if intr.client_conf == None:
sys.stderr.write("No client selected.\n"); return 1
if not intr.client_conf.KapManager.exists(kap_id):
sys.stderr.write("KAP %s doesn't exists for this client.\n" % kap_id); return 1
try:
kap_data = intr.client_conf.KapManager.get(kap_id)
if kap_data:
if not intr.assume_answer:
sys.stdout.write("The following data will be encrypted:")
sys.stdout.write(KAP.show_KAP(kap_data))
if get_confirm("Do you want to save this KAP?", intr.assume_answer):
intr.client_conf.encrypt_kap(kap_id, kap_path)
sys.stdout.write("Saved KAP %s to %s" % (kap_id, kap_path))
return 0
except Exception, e:
if intr.debug: raise
else: raise Exception("Cannot encrypt KAP: %s" % str(e))
