def _generate_pkcs11_cfg(self, token_driver_home):
pkcs11_cfg_template_data = ensure_str(c_misc.load_data_from_file(self.PKCS11_CFG_TEMPLATE))
pkcs11_cfg_data = signerutils.macro_replace(pkcs11_cfg_template_data,
"token_driver_home",
token_driver_home,
isMandatory=True)
return c_path.create_tmp_file(data=pkcs11_cfg_data)
def _generate_pkcs11_cfg(self, token_driver_home):
pkcs11_cfg_template_data = c_misc.load_data_from_file(
self.PKCS11_CFG_TEMPLATE)
pkcs11_cfg_data = signerutils.macro_replace(pkcs11_cfg_template_data,
"token_driver_home",
token_driver_home,
isMandatory=True)
return utility_functions.store_data_to_temp_file(pkcs11_cfg_data)
def _multirootcert_properties_parse(self, multirootcert_config,
config_cert_name, config_key_name):
params = {}
cert_name = signerutils.macro_replace(config_cert_name,
"index",
str(multirootcert_config.index),
isMandatory=True)
key_name = signerutils.macro_replace(config_key_name,
"index",
str(multirootcert_config.index),
isMandatory=True)
params['certificate_path'] = signerutils.macro_replace(
os.path.join(multirootcert_config.directory, cert_name),
"exponent", str(self.signing_attributes.exponent))
params['private_key_path'] = signerutils.macro_replace(
os.path.join(multirootcert_config.directory, key_name), "exponent",
str(self.signing_attributes.exponent))
return params
def _certificate_properties_parse(self, cert_info):
if cert_info.params_list:
params = utility_functions.normalize_param_list_into_dict(
cert_info.params_list.cert_param)
else:
params = {}
cert_path_exponent_replaced = signerutils.macro_replace(
cert_info.preexisting_cert.cert_path, "exponent",
str(self.signing_attributes.exponent))
params['certificate_path'] = signerutils.macro_replace(
cert_path_exponent_replaced, "key_size",
str(self.general_properties.key_size))
private_key_exponent_replaced = signerutils.macro_replace(
cert_info.preexisting_cert.private_key_path, "exponent",
str(self.signing_attributes.exponent))
params['private_key_path'] = signerutils.macro_replace(
private_key_exponent_replaced, "key_size",
str(self.general_properties.key_size))
return params
def _execute_postprocess_policy(env,
sectools_install_base_dir,
install_file_name,
sectools_builder_output,
msmid_jtagid_dict,
install_policies,
sec_image_policy,
postprocess=POSTPROCESS_INSTALL):
rt_list = []
if len(sectools_builder_output) == 0:
#Empty list - the target is excluded
return rt_list
util = BuilderUtil(env)
for install_policy in install_policies:
install_directory = install_policy.getDirectory(sec_image_policy.id)
if install_directory is None:
continue
install_directory_processed = signerutils.macro_replace(
install_directory,
"sectools_install_base_dir",
sectools_install_base_dir,
isMandatory=False)
install_directory_processed = os.path.normpath(
util.envsubst(install_directory_processed))
if install_file_name is not None:
target_file_path = os.path.join(install_directory_processed,
install_file_name)
else:
path, filename = os.path.split(sectools_builder_output[0])
target_file_path = os.path.join(install_directory_processed,
filename)
if postprocess == POSTPROCESS_INSTALL:
rt = util.installas(target_file_path, sectools_builder_output[0])
elif postprocess == POSTPROCESS_PILSPLIT:
pil_split_path, ext = os.path.splitext(target_file_path)
rt = util.pilsplit(pil_split_path + ".mdt",
sectools_builder_output[0])
else:
raise RuntimeError(
"{0} not supported in _execute_postprocess_policy".format(
postprocess))
rt_list.append(rt)
return rt_list
def _execute_postprocess_policy(env,
sectools_install_base_dir,
install_file_name,
sectools_builder_output,
msmid_jtagid_dict,
install_policies,
sec_image_policy,
postprocess=POSTPROCESS_INSTALL):
rt_list=[]
if len(sectools_builder_output) == 0:
#Empty list - the target is excluded
return rt_list
util = BuilderUtil(env)
for install_policy in install_policies:
install_directory = install_policy.getDirectory(sec_image_policy.id)
if install_directory is None:
continue
install_directory_processed = signerutils.macro_replace(install_directory,
"sectools_install_base_dir",
sectools_install_base_dir,
isMandatory=False)
install_directory_processed = os.path.normpath(
util.envsubst(install_directory_processed))
if install_file_name is not None:
target_file_path = os.path.join(install_directory_processed,
install_file_name)
else:
path, filename = os.path.split(sectools_builder_output[0])
target_file_path = os.path.join(install_directory_processed, filename)
if postprocess == POSTPROCESS_INSTALL:
rt = util.installas(target_file_path, sectools_builder_output[0])
elif postprocess == POSTPROCESS_PILSPLIT:
pil_split_path, ext = os.path.splitext(target_file_path)
rt = util.pilsplit(pil_split_path + ".mdt", sectools_builder_output[0])
else:
raise RuntimeError("{0} not supported in _execute_postprocess_policy".format(postprocess))
rt_list.append(rt)
return rt_list
def _execute_install_policy(env, sectools_install_base_dir, install_file_name,
sectools_builder_output, alternate_source,
msmid_jtagid_dict, install_policies,
sec_image_policy_id):
rt_list = []
util = BuilderUtil(env)
for install_policy in install_policies:
install_directory = install_policy.getDirectory(sec_image_policy_id)
if install_directory is None:
continue
install_directory_processed = signerutils.macro_replace(
install_directory,
"sectools_install_base_dir",
sectools_install_base_dir,
isMandatory=False)
install_directory_processed = os.path.normpath(
util.envsubst(install_directory_processed))
if install_file_name is not None:
target_file_path = os.path.join(install_directory_processed,
install_file_name)
else:
path, filename = os.path.split(sectools_builder_output[0])
target_file_path = os.path.join(install_directory_processed,
filename)
if alternate_source is not None:
rt = util.installas(target_file_path, alternate_source)
else:
rt = util.installas(target_file_path, sectools_builder_output[0])
rt_list.append(rt)
return rt_list
