def main():
keychain_file = get_apsd_configuration().keychain
fh = open(keychain_file)
apsd_prefs = get_apsd_preferences()
password = calculate_apsd_keychain_password(apsd_prefs)
master_key = getdbkey(fh, password)
keychain = Keychain(fh)
# record type 16 - private keys
# see CSSM_DL_DB_RECORD_PRIVATE_KEY in cssmtype.h (libsecurity_cssm)
table = keychain.table_by_record_type(16)
record = table.find_record_by_attribute("PrintName", apsd_prefs["CertificateName"])
key = decrypt_rsa_key(record.data, master_key)
key_pem = rsa_key_der_to_pem(key)
certificate_pem = extract_certificate(keychain_file)
push_cert_file = join(CERT_PATH, apsd_prefs["CertificateName"] + ".pem")
cert_fh = sys.stdout
if len(sys.argv) > 1 and sys.argv[1] == "-f":
cert_fh = open(push_cert_file, "wb")
sys.stderr.write("Writing private key and certificate to %s\n" % push_cert_file)
cert_fh.write(key_pem)
cert_fh.write(certificate_pem)
def main():
keychain_file = get_apsd_configuration().keychain
fh = open(keychain_file)
apsd_prefs = get_apsd_preferences()
password = calculate_apsd_keychain_password(apsd_prefs)
master_key = getdbkey(fh, password)
keychain = Keychain(fh)
# record type 16 - private keys
# see CSSM_DL_DB_RECORD_PRIVATE_KEY in cssmtype.h (libsecurity_cssm)
table = keychain.table_by_record_type(16)
record = table.find_record_by_attribute('PrintName',
apsd_prefs['CertificateName'])
key = decrypt_rsa_key(record.data, master_key)
key_pem = rsa_key_der_to_pem(key)
certificate_pem = extract_certificate(keychain_file)
push_cert_file = join(CERT_PATH, apsd_prefs['CertificateName'] + '.pem')
cert_fh = sys.stdout
if len(sys.argv) > 1 and sys.argv[1] == '-f':
cert_fh = open(push_cert_file, 'wb')
sys.stderr.write('Writing private key and certificate to %s\n' %
push_cert_file)
cert_fh.write(key_pem)
cert_fh.write(certificate_pem)
