def test_index_ordering():
prior_os = ""
prior_len = 0
prior_cmd = ""
used_os = []
index = load_index_data()
for row in index:
template = row[0].strip()
os_match = RE_TEMPLATE_OS.match(template)
os = os_match.group(0)
cmd = "_".join(template.split("_")[2:])
cmd_len = len(cmd)
check_val, check_msg = check_order(
os, prior_os, cmd_len, prior_len, OS_CHOICES, used_os, cmd, prior_cmd
)
if not check_val:
# assertFalse(check_val, msg=check_msg)
print("Error on line: {0}".format(row))
print("Error Message: {0}".format(check_msg))
assert check_val
if os not in used_os:
used_os.append(os)
prior_len = cmd_len
prior_cmd = cmd
prior_os = os
def extract_index_data():
"""Used to parametrize and report each test case with the necessary data."""
index = sorted(load_index_data())
mock_directories = []
for row in index:
# Trim template name to only parts making up platform and command directories
template = row[0].strip()
template_short = template.split(".textfsm")[0]
# Get RegEx pattern to strip platform from template name
platform = row[2].strip()
# The platform attribute is a RegEx pattern,
# so need to loop through each platform looking to find a match
# in order to accurately derive platform name
for directory in TEST_DIRECTORIES:
if re.match(platform, directory):
platform = directory
break
cut = len(platform) + 1
command = template_short[cut:]
mock_directories.append(f"tests/{platform}/{command}")
return mock_directories
def test_index_ordering():
os_choices = [
'a10', 'alcatel_aos', 'alcatel_sros', 'arista_eos', 'aruba_os', 'avaya_ers', 'avaya_vsp',
'brocade_fastiron', 'brocade_netiron', 'brocade_nos', 'brocade_vdx', 'brocade_vyos',
'checkpoint_gaia', 'cisco_asa', 'cisco_ios', 'cisco_nxos', 'cisco_s300', 'cisco_wlc',
'cisco_xe', 'cisco_xr', 'dell_force10', 'enterasys', 'extreme', 'f5_ltm', 'fortinet',
'hp_comware', 'hp_procurve', 'huawei', 'juniper', 'juniper_junos', 'juniper_screenos',
'alcatel_sros', 'linux', 'ovs_linux', 'paloalto_panos', 'quanta_mesh','ruckus_fastiron',
'ubiquiti_edgeswitch', 'vmware_nsxv', 'vyatta_vyos', 'vyos', 'watchguard_firebox',
'siemens_ros',
]
prior_os = ""
prior_len = 0
prior_cmd = ""
used_os = []
index = load_index_data()
for row in index:
template = row[0].strip()
os = '_'.join(template.split('_')[:2])
cmd = '_'.join(template.split('_')[2:])
cmd_len = len(cmd)
check_val, check_msg = check_order(
os, prior_os, cmd_len, prior_len, os_choices, used_os, cmd, prior_cmd
)
if not check_val:
#assertFalse(check_val, msg=check_msg)
print("Error on line: {}".format(row))
print("Error Message: {}".format(check_msg))
assert check_val
if os not in used_os:
used_os.append(os)
prior_len = cmd_len
prior_cmd = cmd
prior_os = os
def test_verify_parsed_and_reference_data_exists():
"""Verify that at least one test exists for all entries in the index file.
TODO:
Add test cases for ``KNOWN_MISSING_TESTS`` and remove related conditional.
Remove "_ssh" from ``cisco_wlc_ssh`` and rely on vendor_platform_command syntax
instead of using regex on the directories.
"""
index = sorted(load_index_data())
for row in index:
template = row[0].strip()
template_short = template.split('.')[0]
platform = row[2].strip()
for directory in os.listdir("tests"):
if re.match(platform, directory):
platform_directory = directory
break
cut = len(platform_directory) + 1
command = template_short[cut:]
if template_short not in KNOWN_MISSING_TESTS:
cases = 'tests/%s/%s/*.raw' % (platform_directory, command)
test_list = glob.glob(cases)
assert len(test_list) != 0, 'Could not find tests for %s' % template
def test_verify_parsed_and_reference_data_exists():
"""Verify that at least one test exists for all entries in the index file.
TODO:
Add test cases for ``KNOWN_MISSING_TESTS`` and remove related conditional.
Remove "_ssh" from ``cisco_wlc_ssh`` and rely on vendor_platform_command syntax
instead of using regex on the directories.
"""
index = sorted(load_index_data())
for row in index:
template = row[0].strip()
template_short = template.split('.template')[0]
platform = row[2].strip()
for directory in os.listdir("tests"):
if re.match(platform, directory):
platform_directory = directory
break
cut = len(platform_directory) + 1
command = template_short[cut:]
if template_short not in KNOWN_MISSING_TESTS:
cases = 'tests/%s/%s/*.raw' % (platform_directory, command)
test_list = glob.glob(cases)
assert len(test_list) != 0, 'Could not find tests for %s' % template
def test_index_ordering():
os_choices = [
'a10', 'alcatel_aos', 'alcatel_sros', 'arista_eos', 'aruba_os', 'avaya_ers', 'avaya_vsp',
'brocade_fastiron', 'brocade_netiron', 'brocade_nos', 'brocade_vdx', 'brocade_vyos',
'checkpoint_gaia', 'cisco_asa', 'cisco_ios', 'cisco_nxos', 'cisco_s300', 'cisco_wlc',
'cisco_xe', 'cisco_xr', 'dell_force10', 'enterasys', 'extreme', 'f5_ltm', 'fortinet',
'hp_comware', 'hp_procurve', 'huawei', 'juniper', 'juniper_junos', 'juniper_screenos',
'alcatel_sros', 'linux', 'ovs_linux', 'paloalto_panos', 'quanta_mesh',
'ubiquiti_edgeswitch', 'vmware_nsxv', 'vyatta_vyos', 'vyos',
]
prior_os = ""
prior_len = 0
prior_cmd = ""
used_os = []
index = load_index_data()
for row in index:
template = row[0].strip()
os = '_'.join(template.split('_')[:2])
cmd = '_'.join(template.split('_')[2:])
cmd_len = len(cmd)
check_val, check_msg = check_order(
os, prior_os, cmd_len, prior_len, os_choices, used_os, cmd, prior_cmd
)
if not check_val:
#assertFalse(check_val, msg=check_msg)
print("Error on line: {}".format(row))
print("Error Message: {}".format(check_msg))
assert check_val
if os not in used_os:
used_os.append(os)
prior_len = cmd_len
prior_cmd = cmd
prior_os = os
def test_index_ordering():
os_choices = [
"a10",
"alcatel_aos",
"alcatel_sros",
"arista_eos",
"aruba_os",
"avaya_ers",
"avaya_vsp",
"brocade_fastiron",
"brocade_netiron",
"brocade_nos",
"brocade_vdx",
"brocade_vyos",
"checkpoint_gaia",
"ciena_6x",
"cisco_asa",
"cisco_ios",
"cisco_nxos",
"cisco_s300",
"cisco_wlc",
"cisco_xe",
"cisco_xr",
"dell_force10",
"enterasys",
"extreme",
"extreme_os",
"f5_ltm",
"fortinet_fortios",
"hp_comware",
"hp_procurve",
"huawei_vrp",
"juniper",
"juniper_junos",
"juniper_screenos",
"linux",
"ovs_linux",
"paloalto_panos",
"quanta_mesh",
"ruckus_fastiron",
"ubiquiti_edgeswitch",
"vmware_nsxv",
"vyatta_vyos",
"vyos",
"watchguard_firebox",
]
prior_os = ""
prior_len = 0
prior_cmd = ""
used_os = []
index = load_index_data()
for row in index:
template = row[0].strip()
os = "_".join(template.split("_")[:2])
cmd = "_".join(template.split("_")[2:])
cmd_len = len(cmd)
check_val, check_msg = check_order(os, prior_os, cmd_len, prior_len,
os_choices, used_os, cmd, prior_cmd)
if not check_val:
# assertFalse(check_val, msg=check_msg)
print("Error on line: {0}".format(row))
print("Error Message: {0}".format(check_msg))
assert check_val
if os not in used_os:
used_os.append(os)
prior_len = cmd_len
prior_cmd = cmd
prior_os = os
