extended/test_bmc_upload_stability.robot

*** Settings ***

Documentation    Module to stress-test REST upload stability.
...              Upload a test file to the BMC.  The
...              test file is approximately the size of
...              a BMC flash image file.

# Test Parameters:
# OPENBMC_HOST        The BMC host name or IP address.
# LOOPS               The number of times to loop the test.
#                     Defaule value for LOOPS is 1.


Library            OperatingSystem
Resource           ../lib/utils.robot
Resource           ../lib/openbmc_ffdc.robot


Test Teardown   FFDC On Test Case Fail


*** Variables ****

${LOOPS}         ${1}
${iteration}     ${0}


*** Test Cases ***


REST Upload Stability Test
    [Documentation]  Execute upload stress testing.
    [Tags]  REST_Upload_Stability_Test

    Repeat Keyword  ${LOOPS} times  Upload Test Image File To BMC


*** Keywords ***


Upload Test Image File To BMC
    [Documentation]  Upload a file to BMC via REST.  The uploaded file
    ...              is 32MB, approximately the same size as a downloadable
    ...              BMC image.
    [Timeout]  2m

    Set Test Variable  ${iteration}  ${iteration + 1}
    ${loop_count}=  Catenate  Starting iteration: ${iteration}
    Rprintn
    Rpvars  loop_count

    # Generate data file.
    Run  dd if=/dev/zero of=dummyfile bs=1 count=0 seek=32MB

    ${image_data}=  OperatingSystem.Get Binary File  dummyfile

    # Set up 'openbmc' used in POST request below.
    Initialize OpenBMC

    # Create the REST payload headers and data.
    ${data}=  Create Dictionary  data=${image_data}
    ${headers}=  Create Dictionary  Content-Type=application/octet-stream
    ...  Accept=application/octet-stream
    Set To Dictionary  ${data}  headers  ${headers}

    # Upload to BMC and check for HTTP_OK.
    ${resp}=  Post Request  openbmc  /upload/image  &{data}
    Should Be Equal As Strings  ${resp.status_code}  ${HTTP_OK}

    BMC Execute Command  rm -rf /tmp/images/*  quiet=${1}

    ${loop_count}=  Catenate  Ending iteration: ${iteration}
    Rpvars  loop_count