X-Git-Url: https://git.opendaylight.org/gerrit/gitweb?a=blobdiff_plain;f=test%2Fcsit%2Fsuites%2Fopenflowplugin%2FPerformance%2F010_Cbench.robot;fp=test%2Fcsit%2Fsuites%2Fopenflowplugin%2FPerformance%2F010_Cbench.robot;h=0000000000000000000000000000000000000000;hb=59e81c38620fa1b61e15771191e35771450b9499;hp=f0d4c5d46b40f67582d9b8c4115e88c9a4d61b78;hpb=072f6e3a8d1bdf8f4c663843589c22d93ba07791;p=integration%2Ftest.git

diff --git a/test/csit/suites/openflowplugin/Performance/010_Cbench.robot b/test/csit/suites/openflowplugin/Performance/010_Cbench.robot
deleted file mode 100644
index f0d4c5d46b..0000000000
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-*** Settings ***
-Documentation     Cbench Latency and Throughput tests can be run from an external
-...                 cbench.
-...                 If cbench is run with a medium number of switches or higher (e.g. 32+)
-...                 the normal openflow operations seem to break.
-...                 BUG:  https://bugs.opendaylight.org/show_bug.cgi?id=2897
-Suite Setup       Cbench Suite Setup
-Test Teardown     Log Results As Zero If Cbench Timed Out
-Force Tags        cbench
-Library           String
-Resource          ../../../libraries/Utils.robot
-Resource          ../../../libraries/KarafKeywords.robot
-
-
-*** Variables ***
-${throughput_threshold}     30000
-${latency_threshold}        10000
-${switch_count}             8
-${duration_in_secs}         12
-${loops}                    10
-${num_of_unique_macs}       10000
-${cbench_system}            ${MININET}
-${cbench_executable}        /usr/local/bin/cbench
-${throughput_results_file}  throughput.csv
-${latency_results_file}     latency.csv
-
-*** Testcases ***
-Cbench Latency Test
-    [Documentation]     cbench executed in default latency mode.  Test parameters have defaults, but can be overridden
-    ...     on the pybot command line
-    [Tags]  latency
-    [Timeout]   ${test_timeout}
-    Log    Cbench tests using ${loops} iterations of ${duration_in_secs} second tests. Switch Count: ${switch_count}. Unique MACS to cycle: ${num_of_unique_macs}
-    Run Cbench And Log Results  -m ${duration_in_ms} -M ${num_of_unique_macs} -s ${switch_count} -l ${loops}     ${latency_threshold}     ${latency_results_file}
-
-Cbench Throughput Test
-    [Documentation]     cbench executed in throughput mode (-t).  Test parameters have defaults, but can be overridden
-    ...     on the pybot command line
-    [Tags]  throughput
-    [Timeout]   ${test_timeout}
-    Log    Cbench tests using ${loops} iterations of ${duration_in_secs} second tests. Switch Count: ${switch_count}. Unique MACS to cycle: ${num_of_unique_macs}
-    Run Cbench And Log Results  -t -m ${duration_in_ms} -M ${num_of_unique_macs} -s ${switch_count} -l ${loops}     ${throughput_threshold}     ${throughput_results_file}
-
-*** Keywords ***
-Run Cbench And Log Results
-    [Arguments]    ${cbench_args}    ${average_threshold}   ${output_filename}=results.csv
-    ##If the cbench command fails to return, the keyword to run it will time out.  The test tear
-    ##down can catch this problem and log the results as zero.  However, we need to know which
-    ##file to log to, so setting it as a suite variable here.
-    Set Suite Variable    ${output_filename}
-    ${output}=    Run Command On Remote System    ${cbench_system}   ${cbench_executable} -c ${CONTROLLER} ${cbench_args}  prompt_timeout=${test_timeout}
-    Log     ${output}
-    Should Contain    ${output}    RESULT
-    ${result_line}=    Get Lines Containing String    ${output}    RESULT
-    @{results_list}=    Split String    ${result_line}
-    Log    ${results_list[5]}
-    Log    ${results_list[7]}
-    @{result_name_list}=    Split String    ${results_list[5]}    /
-    @{result_value_list}=    Split String    ${results_list[7]}    /
-    ${num_stats}=    Get Length    ${result_name_list}
-    : FOR    ${i}    IN RANGE    0    ${num_stats}
-    \    Log    ${result_name_list[${i}]} :: ${result_value_list[${i}]}
-    ${min}=    Set Variable    ${result_value_list[${0}]}
-    ${max}=    Set Variable    ${result_value_list[${1}]}
-    ${average}=    Set Variable    ${result_value_list[${2}]}
-    ${stdev}=    Set Variable    ${result_value_list[${3}]}
-    ${date}=    Get Time    d,m,s
-    Log    CBench Result: ${date},${cbench_args},${min},${max},${average},${stdev}
-    Log Results And Determine Status    ${min}    ${max}    ${average}    ${average_threshold}    ${output_filename}
-
-Cbench Suite Setup
-    Append To File    ${latency_results_file}    LATENCY_MIN,LATENCY_MAX,LATENCY_AVERAGE\n
-    Append To File    ${throughput_results_file}    THROUGHPUT_MIN,THROUGHPUT_MAX,THROUGHPUT_AVERAGE\n
-    ${duration_in_ms}           Evaluate    ${duration_in_secs} * 1000
-    Set Suite Variable  ${duration_in_ms}
-    ##Setting the test timeout dynamically in case larger values on command line override default
-    ${test_timeout}             Evaluate    (${loops} * ${duration_in_secs}) * 1.5
-    Set Suite Variable  ${test_timeout}
-    Verify File Exists On Remote System     ${cbench_system}    ${cbench_executable}
-    Should Be True  ${loops} >= 2   If number of loops is less than 2, cbench will not run
-    Verify Feature Is Installed     odl-openflowplugin-drop-test
-    Issue Command On Karaf Console  dropallpacketsrpc on
-
-Log Results And Determine Status
-    [Arguments]    ${min}    ${max}    ${average}   ${threshold}    ${output_file}
-    Append To File    ${output_file}    ${min},${max},${average}\n
-    Should Be True    ${average} > ${threshold}     ${average} flow_mods per/sec did not exceed threshold of ${threshold}
-
-Log Results As Zero If Cbench Timed Out
-    Run Keyword If Timeout Occurred    Log Results And Determine Status    0    0    0    0    ${output_filename}
\ No newline at end of file