import json
-from ipaddr import IPAddress
+from netaddr import IPAddress
from string import Template
return int(num) % int(base)
+def get_average_of_items(items):
+ """Gets average of items in provided list
+
+ :param items: To be proceed
+ :return: Average value
+
+ """
+ return sum(items) / len(items)
+
+
def get_opposing_mode(mode):
"""Generate string representing opposing SXP peer mode
return 'both'
-def get_ip_from_number(n):
- """Generate string representing Ipv4 from specified number that is added number 2130706432
+def get_ip_from_number(n, base=2130706432):
+ """Generate string representing Ipv4 from specified number plus base value
+
+ :param n: Number to be converted
+ :type n: int
+ :param base: Starting index
+ :type base: int
+ :returns: String containing Ipv4.
+
+ """
+ ip = IPAddress(int(base) + n)
+ return str(ip)
+
+
+def get_ip_from_number_and_ip(n, ip_address):
+ """Generate string representing Ipv4 from specified number and IPAddress
:param n: Number to be converted
:type n: int
+ :param ip_address: Base address
+ :type ip_address: string
:returns: String containing Ipv4.
"""
- ip = IPAddress(2130706432 + n)
+ ip = IPAddress(int(IPAddress(ip_address)) + n)
return str(ip)
:returns: String containing xml data for request
"""
- return add_domain_xml(name, node_id)
+ return add_domain_xml(node_id, name)
def get_domain_name(domain_name):
index = 0
prefixes = ''
while index < end:
- prefixes += get_ip_from_number(start + index) + '/32'
+ prefixes += get_ip_from_number(index, start) + '/32'
index += 1
if index < end:
prefixes += ','
--- /dev/null
+*** Settings ***
+Documentation Test suite measuring binding export and forwarding speed.
+Test Setup Setup SXP Environment
+Test Teardown Clean SXP Environment
+Library ../../../libraries/Sxp.py
+Resource ../../../libraries/SxpLib.robot
+Library Remote http://${ODL_SYSTEM_IP}:8270/ExportTestLibrary WITH NAME ExportLibrary
+
+*** Variables ***
+# Tested Nodes IPs
+${SOURCE_IP} 127.1.0.1
+${DESTINATION_IP} 127.2.0.1
+# Testing variables
+${EXPORT_AMOUNT} 65536
+${TEST_SAMPLES} 5
+${MINIMAL_SPEED} 2000
+# Testing Domains
+${DOMAIN_0} global
+${DOMAIN_1} test-domain
+
+*** Test Cases ***
+Binding Export Test
+ [Documentation] Test binding export speed without any filters
+ Add Bindings Range 112 84213760 ${EXPORT_AMOUNT}
+ ${export_speed} Simple Export ${EXPORT_AMOUNT} ${TEST_SAMPLES}
+ Log Average export speed ${export_speed} bindings/s.
+ Should Be True ${export_speed} > ${MINIMAL_SPEED}
+
+Binding Forwarding Export Test
+ [Documentation] Test binding forwarding speed without any filters
+ ${export_speed} Forwarding Export ${EXPORT_AMOUNT} ${TEST_SAMPLES}
+ Log Average export speed ${export_speed} bindings/s.
+ Should Be True ${export_speed} > ${MINIMAL_SPEED}
+
+Binding Outbound Filter Export Test
+ [Documentation] Test binding export speed with Outbound filter and multiple passrates.
+ Add Bindings Range 112 84213760 ${EXPORT_AMOUNT}
+ : FOR ${num} IN RANGE 16 20
+ \ ${passrate} Evaluate 100.0/(2**(${num} - 16))
+ \ ${exported_bindings} Evaluate int(math.ceil( ${EXPORT_AMOUNT}*${passrate}/100 )) modules=math
+ \ ${exported_bindings} Convert To String ${exported_bindings}
+ \ Setup Filter ${num} outbound
+ \ ${export_speed} Simple Export ${exported_bindings} ${TEST_SAMPLES}
+ \ Log Outbound Export speed ${export_speed} with passrate ${passrate}%.
+ \ Should Be True ${export_speed} > ${MINIMAL_SPEED}
+
+Binding Inbound Filter Forwarding Export Test
+ [Documentation] Test binding forwarding speed with Inbound filter and multiple passrates.
+ : FOR ${num} IN RANGE 16 20
+ \ ${passrate} Evaluate 100.0/(2**(${num} - 16))
+ \ ${exported_bindings} Evaluate math.ceil( ${EXPORT_AMOUNT}*${passrate}/100 ) modules=math
+ \ ${exported_bindings} Convert To String ${exported_bindings}
+ \ Setup Filter ${num} inbound-discarding
+ \ ${export_speed} Forwarding Export ${exported_bindings} ${TEST_SAMPLES}
+ \ Log Outbound Export speed ${export_speed} with passrate ${passrate}%.
+ \ Should Be True ${export_speed} > ${MINIMAL_SPEED}
+
+Binding Inbound-Discarding Filter Forwarding Export Test
+ [Documentation] Test binding forwarding speed with Inbound-discarding filter and multiple passrates.
+ : FOR ${num} IN RANGE 16 20
+ \ ${passrate} Evaluate 100.0/(2**(${num} - 16))
+ \ ${exported_bindings} Evaluate math.ceil( ${EXPORT_AMOUNT}*${passrate}/100 ) modules=math
+ \ ${exported_bindings} Convert To String ${exported_bindings}
+ \ Setup Filter ${num} inbound-discarding
+ \ ${export_speed} Forwarding Export ${exported_bindings} ${TEST_SAMPLES}
+ \ Log Outbound Export speed ${export_speed} with passrate ${passrate}%.
+ \ Should Be True ${export_speed} > ${MINIMAL_SPEED}
+
+Binding Domain Filter Export Test
+ [Documentation] Test binding export speed with domain filter and multiple passrates.
+ Add Bindings Range 112 84213760 ${EXPORT_AMOUNT}
+ : FOR ${num} IN RANGE 16 20
+ \ ${passrate} Evaluate 100.0/(2**(${num} - 16))
+ \ ${exported_bindings} Evaluate math.ceil( ${EXPORT_AMOUNT}*${passrate}/100 ) modules=math
+ \ ${exported_bindings} Convert To String ${exported_bindings}
+ \ Run Keyword And Ignore Error Setup Domain Filter ${num} ${DOMAIN_1}
+ \ ${export_speed} Simple Export ${exported_bindings} ${TEST_SAMPLES} ${DOMAIN_1}
+ \ Log Outbound Export speed ${export_speed} with passrate ${passrate}%.
+ \ Should Be True ${export_speed} > ${MINIMAL_SPEED}
+
+Binding Domain Filter Forwarding Export Test
+ [Documentation] Test binding forward speed with domain filter and multiple passrates.
+ : FOR ${num} IN RANGE 16 20
+ \ ${passrate} Evaluate 100.0/(2**(${num} - 16))
+ \ ${exported_bindings} Evaluate math.ceil( ${EXPORT_AMOUNT}*${passrate}/100 ) modules=math
+ \ ${exported_bindings} Convert To String ${exported_bindings}
+ \ Run Keyword And Ignore Error Setup Domain Filter ${num} ${DOMAIN_1}
+ \ ${export_speed} Forwarding Export ${exported_bindings} ${TEST_SAMPLES} ${DOMAIN_1}
+ \ Log Outbound Export speed ${export_speed} with passrate ${passrate}%.
+ \ Should Be True ${export_speed} > ${MINIMAL_SPEED}
+
+Binding Combined Filter Export Test
+ [Documentation] Test binding export speed with domain filter, Outbound filter and multiple passrates.
+ Add Bindings Range 112 84213760 ${EXPORT_AMOUNT}
+ : FOR ${num} IN RANGE 16 20
+ \ ${passrate} Evaluate 100.0/(2**(${num} - 16))
+ \ ${exported_bindings} Evaluate math.ceil( ${EXPORT_AMOUNT}*${passrate}/100 ) modules=math
+ \ ${exported_bindings} Convert To String ${exported_bindings}
+ \ Run Keyword And Ignore Error Setup Domain Filter ${num} ${DOMAIN_1}
+ \ Setup Filter ${num} outbound
+ \ ${export_speed} Simple Export ${exported_bindings} ${TEST_SAMPLES} ${DOMAIN_1}
+ \ Log Outbound Export speed ${export_speed} with passrate ${passrate}%.
+ \ Should Be True ${export_speed} > ${MINIMAL_SPEED}
+
+Binding Combined Filter Forwarding Export Test
+ [Documentation] Test binding forward speed with domain filter, Inbound-discarding filter and multiple passrates.
+ : FOR ${num} IN RANGE 16 20
+ \ ${passrate} Evaluate 100.0/(2**(${num} - 16))
+ \ ${exported_bindings} Evaluate math.ceil( ${EXPORT_AMOUNT}*${passrate}/100 ) modules=math
+ \ ${exported_bindings} Convert To String ${exported_bindings}
+ \ Run Keyword And Ignore Error Setup Domain Filter ${num} ${DOMAIN_1}
+ \ Setup Filter ${num} inbound-discarding
+ \ ${export_speed} Forwarding Export ${exported_bindings} ${TEST_SAMPLES} ${DOMAIN_1}
+ \ Log Outbound Export speed ${export_speed} with passrate ${passrate}%.
+ \ Should Be True ${export_speed} > ${MINIMAL_SPEED}
+
+*** Keywords ***
+Setup Binding Export Topology
+ [Arguments] ${version}=version4 ${PASSWORD}=${EMPTY} ${destination_nodes}=3 ${destination_domain}=global
+ [Documentation] Adds connections to local and remote nodes and wait until they are connected
+ Setup Simple Binding Export Topology ${version} ${PASSWORD} ${destination_nodes} 1 ${destination_domain}
+ : FOR ${num} IN RANGE 0 ${destination_nodes}
+ \ ${DESTINATION_NODE} Get Ip From Number And Ip ${num} ${DESTINATION_IP}
+ \ ExportLibrary.Add Connection ${version} listener 127.0.0.1 64999 ${PASSWORD}
+ \ ... ${DESTINATION_NODE}
+ \ Wait Until Keyword Succeeds 15 1 Verify Connection ${version} speaker
+ \ ... ${DESTINATION_NODE} 64999 domain=${destination_domain}
+
+Setup Simple Binding Export Topology
+ [Arguments] ${version}=version4 ${PASSWORD}=${EMPTY} ${destination_nodes}=3 ${source_nodes}=1 ${destination_domain}=global
+ [Documentation] Adds connections to local and remote nodes and wait until they are connected
+ : FOR ${num} IN RANGE 0 ${source_nodes}
+ \ ${SOURCE_NODE} Get Ip From Number And Ip ${num} ${SOURCE_IP}
+ \ ExportLibrary.Add Node ${SOURCE_NODE} ${version} 64999 ${PASSWORD}
+ \ ExportLibrary.Add Connection ${version} speaker 127.0.0.1 64999 ${PASSWORD}
+ \ ... ${SOURCE_NODE}
+ : FOR ${num} IN RANGE 0 ${destination_nodes}
+ \ ${DESTINATION_NODE} Get Ip From Number And Ip ${num} ${DESTINATION_IP}
+ \ ExportLibrary.Add Destination Node ${DESTINATION_NODE} ${version} 64999 ${PASSWORD}
+ \ Add Connection ${version} speaker ${DESTINATION_NODE} 64999 password=${PASSWORD}
+ \ ... domain=${destination_domain}
+ ExportLibrary.Start Nodes
+ : FOR ${num} IN RANGE 0 ${source_nodes}
+ \ ${SOURCE_NODE} Get Ip From Number And Ip ${num} ${SOURCE_IP}
+ \ Add Connection ${version} listener ${SOURCE_NODE} 64999 password=${PASSWORD}
+ \ Wait Until Keyword Succeeds 60 2 Verify Connection ${version} listener
+ \ ... ${SOURCE_NODE} 64999
+
+Simple Export
+ [Arguments] ${check_amount} ${samples}=10 ${destination_domain}=global
+ [Documentation] Starts SXP nodes and checks if bindings are already exported, this is repeated N times
+ @{ITEMS} Create List
+ : FOR ${num} IN RANGE 0 ${samples}
+ \ Setup Simple Binding Export Topology destination_domain=${destination_domain}
+ \ ExportLibrary.Set Export Amount ${check_amount}
+ \ ExportLibrary.Initiate Simple Export 127.0.0.1
+ \ ${ELEMENT} Wait Until Keyword Succeeds 120 1 Check Bindings Exported
+ \ Append To List ${ITEMS} ${ELEMENT}
+ \ Test Clean
+ ${export_speed} Get Average Of Items ${ITEMS}
+ [Return] ${export_speed}
+
+Forwarding Export
+ [Arguments] ${check_amount} ${samples}=10 ${destination_domain}=global
+ [Documentation] Starts SXP nodes and checks if bindings are already forwarded, this is repeated N times
+ @{ITEMS} Create List
+ : FOR ${num} IN RANGE 0 ${samples}
+ \ Setup Binding Export Topology destination_domain=${destination_domain}
+ \ ExportLibrary.Set Export Amount ${check_amount}
+ \ ExportLibrary.Initiate Export 5.5.0.0/16 112
+ \ ${ELEMENT} Wait Until Keyword Succeeds 360 1 Check Bindings Exported
+ \ Append To List ${ITEMS} ${ELEMENT}
+ \ Test Clean
+ ${export_speed} Get Average Of Items ${ITEMS}
+ [Return] ${export_speed}
+
+Check Bindings Exported
+ [Documentation] Checking if bindings were exported and return export speed
+ ${all_exported} ExportLibrary.All Exported
+ ${bindings_exported} ExportLibrary.Get Bindings Exchange Count
+ Log ${bindings_exported}
+ Should Be True ${all_exported}
+ ${export_time} ExportLibrary.Get Export Time
+ ${export_speed} Evaluate ${bindings_exported}/${export_time}
+ [Return] ${export_speed}
+
+Setup Filter
+ [Arguments] ${bits} ${type}
+ [Documentation] Creates peer-group and its filter with specific matching.
+ Add PeerGroup GROUP ${EMPTY}
+ ${entry} Get Filter Entry 10 permit pl=5.5.0.0/${bits}
+ Add Filter GROUP ${type} ${entry}
+
+Setup Domain Filter
+ [Arguments] ${bits} ${domain}
+ [Documentation] Creates domain and its filter with specific matching.
+ Add Domain ${domain}
+ ${domains} Add Domains ${domain}
+ ${entry} Get Filter Entry 10 permit pl=5.5.0.0/${bits}
+ Add Domain Filter ${DOMAIN_0} ${domains} ${entry}
+
+Test Clean
+ ExportLibrary.Clean Library
+ Clean Connections
+ Clean Connections domain=${DOMAIN_1}
+ Clean Peer Groups
Code Review / integration / test.git / commitdiff