def test_parse_test_resources(stc):
plLogger = PLLogger.GetLogger('methodology')
plLogger.LogInfo("start")
tag1 = "tag.name.2046"
tag2 = "tag.name.2047"
csp1 = "//10.28.225.100/1/1"
csp2 = "//10.28.225.172/1/1"
# Build a sample XML string
txml_str = "<testResources>" + \
"<resourceGroups>" + \
"<resourceGroup displayName=\"Chassis Info\" id=\"chassisInfo\">" + \
"<portGroups>" + \
"<portGroup id=\"" + tag1 + "\" name=\"EastPortGroup\">" + \
"<port name=\"port.location.2388\">" + \
"<attribute name=\"location\" value=\"" + csp1 + "\"/>" + \
"<attribute name=\"workload\" value=\"performance\"/>" + \
"</port>" + \
"</portGroup>" + \
"<portGroup id=\"" + tag2 + "\" name=\"WestPortGroup\">" + \
"<port name=\"port.location.2468\">" + \
"<attribute name=\"location\" value=\"" + csp2 + "\"/>" + \
"<attribute name=\"workload\" value=\"performance\"/>" + \
"</port>" + \
"</portGroup>" + \
"</portGroups>" + \
"<workloads>" + \
"<workload name=\"Performance\">" + \
"<attribute name=\"minPerPortMemory\" value=\"24\"/>" + \
"<attribute name=\"unitsMemory\" value=\"GB\"/>" + \
"<attribute name=\"minPerPortStorage\" value=\"512\"/>" + \
"<attribute name=\"unitsStorage\" value=\"MB\"/>" + \
"<attribute name=\"minPerPortVCPU\" value=\"4\"/>" + \
"<attribute name=\"unitsVCPU\" value=\"SpiMips\"/>" + \
"<attribute name=\"portPortSpeeds\" value=\"10,40,100\"/>" + \
"<attribute name=\"unitsPortSpeed\" value=\"Gpbs\"/>" + \
"</workload>" + \
"</workloads>" + \
"</resourceGroup>" + \
"</resourceGroups>" + \
"</testResources>"
root = etree.fromstring(txml_str)
txml_summ = EstTxmlObjExpCmd.TxmlSummary(None, None, None)
EstTxmlObjExpCmd.parse_test_resources(root, txml_summ)
# Check the data structure
assert len(txml_summ.port_group_dict.keys()) == 2
assert tag1 in txml_summ.port_group_dict.keys()
assert tag2 in txml_summ.port_group_dict.keys()
assert len(txml_summ.port_group_dict[tag1]["port_list"]) == 1
assert txml_summ.port_group_dict[tag1]["port_list"][0] == csp1
assert len(txml_summ.port_group_dict[tag2]["port_list"]) == 1
assert txml_summ.port_group_dict[tag2]["port_list"][0] == csp2
def test_parse_exposed_properties(stc):
plLogger = PLLogger.GetLogger('methodology')
plLogger.LogInfo("start")
# Build a sample XML string
txml_str = "<testParams>" + \
"<paramGroups>" + \
"<paramGroup id=\"2580\" name=\"createipv4networkinfocommand\">" + \
"<params>" + \
"<param name=\"ipv4addr\">" + \
"<attribute name=\"stcPropertyId\" " + \
"value=\"prop1.Ipv4Address\"/>" + \
"<attribute name=\"defaultValue\" value=\"1.1.1.1\"/>" + \
"<attribute name=\"type\" value=\"ip\"/>" + \
"<attribute name=\"units\" value=\"ounces\"/>" + \
"<attribute name=\"minInclusive\" value=\"0\"/>" + \
"<attribute name=\"maxInclusive\" value=\"unbounded\"/>" + \
"</param>" + \
"<param name=\"ipv4addrstep\">" + \
"<attribute name=\"stcPropertyId\" " + \
"value=\"prop2.Ipv4AddressStep\"/>" + \
"<attribute name=\"defaultValue\" value=\"0.0.0.1\"/>" + \
"<attribute name=\"type\" value=\"ip\"/>" + \
"<attribute name=\"units\" value=\"ounces\"/>" + \
"<attribute name=\"minInclusive\" value=\"0\"/>" + \
"<attribute name=\"maxInclusive\" value=\"unbounded\"/>" + \
"</param>" + \
"<param name=\"ipv4addrportstep\">" + \
"<attribute name=\"stcPropertyId\" " + \
"value=\"prop3.Ipv4AddressPortStep\"/>" + \
"<attribute name=\"defaultValue\" value=\"0.0.1.0\"/>" + \
"<attribute name=\"type\" value=\"ip\"/>" + \
"<attribute name=\"units\" value=\"ounces\"/>" + \
"<attribute name=\"minInclusive\" value=\"0\"/>" + \
"<attribute name=\"maxInclusive\" value=\"unbounded\"/>" + \
"</param>" + \
"</params>" + \
"</paramGroup>" + \
"</paramGroups>" + \
"</testParams>"
root = etree.fromstring(txml_str)
txml_summ = EstTxmlObjExpCmd.TxmlSummary(None, None, None)
EstTxmlObjExpCmd.parse_exposed_properties(root, txml_summ)
assert txml_summ.prop_id_list == ["prop1.Ipv4Address",
"prop2.Ipv4AddressStep",
"prop3.Ipv4AddressPortStep"]
def test_parse_param_tag(stc):
plLogger = PLLogger.GetLogger('methodology')
plLogger.LogInfo("start")
# Build a sample XML string
txml_str = "<param name=\"ipv4addr\">" + \
"<attribute name=\"stcPropertyId\" " + \
"value=\"prop1.Ipv4Address\"/>" + \
"<attribute name=\"defaultValue\" value=\"1.1.1.1\"/>" + \
"<attribute name=\"type\" value=\"ip\"/>" + \
"<attribute name=\"units\" value=\"ounces\"/>" + \
"<attribute name=\"minInclusive\" value=\"0\"/>" + \
"<attribute name=\"maxInclusive\" value=\"unbounded\"/>" + \
"</param>"
root = etree.fromstring(txml_str)
txml_summ = EstTxmlObjExpCmd.TxmlSummary(None, None, None)
EstTxmlObjExpCmd.parse_param_tag(root, txml_summ)
assert txml_summ.prop_id_list == ["prop1.Ipv4Address"]
def notatest_gen_json(stc):
plLogger = PLLogger.GetLogger('methodology')
plLogger.LogInfo("start")
pg_tag1 = "tag.name.12"
pg_port1 = "//10.14.16.20/2/1"
pg_port2 = "//10.14.16.20/2/2"
pg_tag2 = "tag.name.13"
pg_port3 = "//10.14.16.27/1/1"
pg_port4 = "//10.14.16.27/1/2"
# Build a couple of NetworkProfileSummary data structures
net_prof_summ1 = EstTxmlObjExpCmd.NetworkProfileSummary()
net_prof_summ1.name = "North"
net_prof_summ1.id = "NetProfGroupCmd.1"
net_prof_summ1.device_count = 222
net_prof_summ1.port_group_id = pg_tag1
net_prof_summ1.net_if_stack = ["eth", "ipv4"]
net_prof_summ1.has_bgp = True
net_prof_summ2 = EstTxmlObjExpCmd.NetworkProfileSummary()
net_prof_summ2.name = "South"
net_prof_summ2.id = "NetProfGroupCmd.2"
net_prof_summ2.device_count = 333
net_prof_summ2.port_group_id = pg_tag2
net_prof_summ2.net_if_stack = ["Ipv4", "Vlan", "EthII"]
# net_prof_summ1.print_contents()
# net_prof_summ2.print_contents()
# Build the TxmlSummary data structure
txml_summ = EstTxmlObjExpCmd.TxmlSummary(None, None, None)
txml_summ.net_prof_summ_list = [net_prof_summ1, net_prof_summ2]
txml_summ.port_group_dict[pg_tag1] = {}
txml_summ.port_group_dict[pg_tag1]["port_list"] = [pg_port1, pg_port2]
txml_summ.port_group_dict[pg_tag2] = {}
txml_summ.port_group_dict[pg_tag2]["port_list"] = [pg_port3, pg_port4]
txml_summ.print_contents()
deviceCountUtils = SequencerEstimator(str=sequencer_xml)
# Generate the JSON output
json_str = EstTxmlObjExpCmd.gen_json(txml_summ, deviceCountUtils)
exp_json = "{\"portProfiles\": " + \
"[{\"deviceCount\": 142, \"profileId\": \"NetProfGroupCmd.1\", " + \
"\"portLocations\": [\"//10.14.16.20/2/1\", \"//10.14.16.20/2/2\"], " + \
"\"BGP.maxBgpSessionCount\": 222, \"portCount\": 2}, " + \
"{\"deviceCount\": 71, \"profileId\": \"NetProfGroupCmd.2\", " + \
"\"portLocations\": [\"//10.14.16.27/1/1\", \"//10.14.16.27/1/2\"], " + \
"\"portCount\": 2}]}"
plLogger.LogInfo("json_str: " + str(json_str))
plLogger.LogInfo("exp_json: " + str(exp_json))
assert json_str == exp_json
def d_test_parse_network_info(stc):
plLogger = PLLogger.GetLogger('methodology')
plLogger.LogInfo("start")
# Build a sample XML string
txml_str = "<networkProfile name=\"East1\" " + \
"description=\"desc\" " + \
"portGroupId=\"1632\" " + \
"id=\"NetProfGroupCmd.1\">" + \
"<attribute name=\"deviceCount\" value=\"20\" />" + \
"<interface type=\"Ipv4\">" + \
"<attribute name=\"gateway\" value=\"1.1.1.1\"/>" + \
"<attribute name=\"ipAddress\" value=\"1.1.1.10\" " + \
"id=\"CreateIpv4NetworkProfile1.StartingIp\" /> " + \
"<attribute name=\"ipAddressStep\" value=\"0.0.0.1\" " + \
"id=\"CreateIpv4NetworkProfile1.StepIp\" /> " + \
"<attribute name=\"ipAddressPortStep\" value=\"0.1.0.0\" " + \
"id=\"CreateIpv4NetworkProfile1.PortStepIp\" />" + \
"<attribute name=\"prefix\" value=\"24\"/>" + \
"</interface>" + \
"<interface type=\"Vlan\">" + \
"<attribute name=\"id\" value=\"100\"/>" + \
"</interface>" + \
"<interface type=\"EthII\">" + \
"<attribute name=\"macAddress\" value=\"00:01:24:56:1B:43\"/>" + \
"</interface>" + \
"<protocol name=\"BGP\">" + \
"<attribute name=\"asNumber\" value=\"123\"/>" + \
"<attribute name=\"dutIpv4Addr\" value=\"1.1.1.1\"/>" + \
"<attribute name=\"dutIpv6Addr\" value=\"2000::1\"/>" + \
"<attribute name=\"eiBgp\" value=\"123\"/>" + \
"<attribute name=\"peerAs\" value=\"234\"/>" + \
"<attribute name=\"ipVersion\" value=\"4\"/>" + \
"</protocol>" + \
"</networkProfile>"
root = etree.fromstring(txml_str)
net_prof_summ = EstTxmlObjExpCmd.parse_network_info(root)
# Check the data structure
assert net_prof_summ.name == "East1"
assert net_prof_summ.id == "NetProfGroupCmd.1"
assert net_prof_summ.device_count == 20
assert net_prof_summ.port_group_id == "1632"
assert net_prof_summ.net_if_stack == ["Ipv4", "Vlan", "EthII"]