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"""Tests to check the order of the index file."""
import re
from tests import load_index_data
OS_CHOICES = [
"a10",
"alcatel_aos",
"alcatel_sros",
"arista_eos",
"aruba_aoscx",
"aruba_os",
"avaya_ers",
"avaya_vsp",
"broadcom_icos",
"brocade_fastiron",
"brocade_netiron",
"brocade_nos",
"brocade_vdx",
"brocade_vyos",
"checkpoint_gaia",
"ciena_saos",
"cisco_apic",
"cisco_asa",
"cisco_ftd",
"cisco_ios",
"cisco_nxos",
"cisco_s300",
"cisco_wlc",
"cisco_xe",
"cisco_xr",
"dell_force10",
"dell_powerconnect",
"dlink_ds",
"enterasys",
"ericsson_ipos",
"extreme",
"f5_ltm",
"fortinet",
"hp_comware",
"hp_procurve",
"huawei_vrp",
"ipinfusion_ocnos",
"juniper",
"juniper_junos",
"juniper_screenos",
"linux",
"mikrotik_routeros",
"ovs_linux",
"paloalto_panos",
"quanta_mesh",
"ruckus_fastiron",
"ubiquiti_edgerouter",
"ubiquiti_edgeswitch",
"vmware_nsxv",
"vyatta_vyos",
"vyos",
"watchguard_firebox",
"yamaha",
"zyxel_os",
]
CHOICES_STRING = "|".join(OS_CHOICES)
RE_TEMPLATE_OS = re.compile(rf"^({CHOICES_STRING})")
def check_order( # pylint: disable=too-many-arguments,too-many-arguments,too-many-return-statements
current_os, prior_os, cmd_len, prior_len, os_choices, used_os, cmd, prior_cmd
):
"""Enforcing the complex logic to ensure that the index file is ordered correctly."""
add_os_check = []
if current_os not in used_os and used_os is not None:
add_os_check.extend(used_os)
add_os_check.append(current_os)
if used_os != sorted(used_os):
msg = f"OS's are not in alpabetical order, current order: '{used_os}'"
return False, msg
if add_os_check != sorted(add_os_check):
msg = f"OS's are not in alpabetical order, current order: '{add_os_check}'"
return False, msg
if current_os not in os_choices:
msg = f"'{current_os}' is not one of the valid options '{used_os}'"
return False, msg
if not prior_os and prior_len == 0:
# Starting Point
return True, ""
if current_os == prior_os and cmd_len == prior_len and cmd == min(prior_cmd, cmd):
msg = f"OS is the same and command same length, please set {cmd} before {prior_cmd} to be in alphabetical order"
return False, msg
if current_os == prior_os and cmd_len <= prior_len:
# OS is the same as previous, and cmd_len is smaller or equal to prior so good
return True, ""
if current_os != prior_os and current_os not in used_os:
# prior OS has changed, do not need to check for length yet
return True, ""
if current_os == prior_os and cmd_len > prior_len:
msg = f"Current Command len '{cmd_len}' larger then previous '{prior_len}', for command '{cmd}'"
return False, msg
if current_os != prior_os and current_os in used_os:
msg = f"'{current_os}' OS was already used in list on command '{cmd}'"
return False, msg
msg = "Failed for unknown reason"
return False, msg
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)
current_os = os_match.group(0)
cmd = "_".join(template.split("_")[2:])
cmd_len = len(cmd)
check_val, check_msg = check_order(
current_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(f"Error on line: {row}")
print(f"Error Message: {check_msg}")
assert check_val
if current_os not in used_os:
used_os.append(current_os)
prior_len = cmd_len
prior_cmd = cmd
prior_os = current_os
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