community.general/test/integration/targets/win_async_wrapper/tasks/main.yml

- name: capture timestamp before fire and forget
  set_fact:
    start_timestamp: "{{ lookup('pipe', 'date +%s') }}"

- name: async fire and forget
  async_test:
    sleep_delay_sec: 8
  async: 20
  poll: 0
  register: asyncresult

- name: validate response
  assert:
    that:
    - asyncresult.ansible_job_id is match('\d+\.\d+')
    - asyncresult.started == 1
    - asyncresult.finished == 0
    - asyncresult.results_file is search('\.ansible_async.+\d+\.\d+')
     # ensure that async is actually async- this test will fail if # hosts > forks or if the target host is VERY slow
    - (lookup('pipe', 'date +%s') | int) - (start_timestamp | int) < 8

- name: async poll immediate success
  async_test:
    sleep_delay_sec: 0
  async: 10
  poll: 1
  register: asyncresult

- name: validate response
  assert:
    that:
    - asyncresult.ansible_job_id is match('\d+\.\d+')
    - asyncresult.finished == 1
    - asyncresult.changed == true
    - asyncresult.ansible_async_watchdog_pid is number
#    - asyncresult.module_tempdir is search('ansible-tmp-')
    - asyncresult.module_pid is number

# this part of the test is flaky- Windows PIDs are reused aggressively, so this occasionally fails due to a new process with the same ID
# FUTURE: consider having the test module hook to a kernel object we can poke at that gets signaled/released on exit
#- name: ensure that watchdog and module procs have exited
#  raw: Get-Process | Where { $_.Id -in ({{ asyncresult.ansible_async_watchdog_pid }}, {{ asyncresult.module_pid }}) }
#  register: proclist
#
#- name: validate no running watchdog/module processes were returned
#  assert:
#    that:
#    - proclist.stdout.strip() == ''

#- name: ensure that module_tempdir was deleted
#  raw: Test-Path {{ asyncresult.module_tempdir }}
#  register: tempdircheck
#
#- name: validate tempdir response
#  assert:
#    that:
#    - tempdircheck.stdout | search('False')

- name: async poll retry
  async_test:
    sleep_delay_sec: 5
  async: 10
  poll: 1
  register: asyncresult

- name: validate response
  assert:
    that:
    - asyncresult.ansible_job_id is match('\d+\.\d+')
    - asyncresult.finished == 1
    - asyncresult.changed == true
#    - asyncresult.module_tempdir is search('ansible-tmp-')
    - asyncresult.module_pid is number

# this part of the test is flaky- Windows PIDs are reused aggressively, so this occasionally fails due to a new process with the same ID
# FUTURE: consider having the test module hook to a kernel object we can poke at that gets signaled/released on exit
#- name: ensure that watchdog and module procs have exited
#  raw: Get-Process | Where { $_.Id -in ({{ asyncresult.ansible_async_watchdog_pid }}, {{ asyncresult.module_pid }}) }
#  register: proclist
#
#- name: validate no running watchdog/module processes were returned
#  assert:
#    that:
#    - proclist.stdout.strip() == ''

#- name: ensure that module_tempdir was deleted
#  raw: Test-Path {{ asyncresult.module_tempdir }}
#  register: tempdircheck
#
#- name: validate tempdir response
#  assert:
#    that:
#    - tempdircheck.stdout | search('False')

- name: async poll timeout
  async_test:
    sleep_delay_sec: 5
  async: 3
  poll: 1
  register: asyncresult
  ignore_errors: true

- name: validate response
  assert:
    that:
    - asyncresult.ansible_job_id is match('\d+\.\d+')
    - asyncresult.finished == 1
    - asyncresult.changed == false
    - asyncresult | failed == true
    - asyncresult.msg is search('timed out')

- name: async poll graceful module failure
  async_test:
    fail_mode: graceful
  async: 5
  poll: 1
  register: asyncresult
  ignore_errors: true

- name: validate response
  assert:
    that:
    - asyncresult.ansible_job_id is match('\d+\.\d+')
    - asyncresult.finished == 1
    - asyncresult.changed == true
    - asyncresult | failed == true
    - asyncresult.msg == 'failed gracefully'

- name: async poll exception module failure
  async_test:
    fail_mode: exception
  async: 5
  poll: 1
  register: asyncresult
  ignore_errors: true

- name: validate response
  assert:
    that:
    - asyncresult.ansible_job_id is match('\d+\.\d+')
    - asyncresult.finished == 1
    - asyncresult.changed == false
    - asyncresult | failed == true
# TODO: re-enable after catastrophic failure behavior is cleaned up
#    - asyncresult.msg is search('failing via exception')


# FUTURE: figure out why the last iteration of this test often fails on shippable
#- name: loop async success
#  async_test:
#    sleep_delay_sec: 3
#  async: 10
#  poll: 0
#  with_sequence: start=1 end=4
#  register: async_many
#
#- name: wait for completion
#  async_status:
#    jid: "{{ item }}"
#  register: asyncout
#  until: asyncout.finished == 1
#  retries: 10
#  delay: 1
#  with_items: "{{ async_many.results | map(attribute='ansible_job_id') | list }}"
#
#- name: validate results
#  assert:
#    that:
#    - item.finished == 1
#    - item.slept_sec == 3
#    - item.changed == true
#    - item.ansible_job_id is match('\d+\.\d+')
#  with_items: "{{ asyncout.results }}"

# this part of the test is flaky- Windows PIDs are reused aggressively, so this occasionally fails due to a new process with the same ID
# FUTURE: consider having the test module hook to a kernel object we can poke at that gets signaled/released on exit
#- name: ensure that all watchdog and module procs have exited
#  raw: Get-Process | Where { $_.Id -in ({{ asyncout.results | join(',', attribute='ansible_async_watchdog_pid') }}, {{ asyncout.results | join(',', attribute='module_pid') }}) }
#  register: proclist
#
#- name: validate no processes were returned
#  assert:
#    that:
#    - proclist.stdout.strip() == ""

# FUTURE: test junk before/after JSON
# FUTURE: verify tempdir stays through module exec
# FUTURE: verify tempdir is deleted after module exec
# FUTURE: verify tempdir is permanent with ANSIBLE_KEEP_REMOTE_FILES=1 (how?)
# FUTURE: verify binary modules work

# FUTURE: test status/return
# FUTURE: test status/cleanup
# FUTURE: test reboot/connection failure
# FUTURE: figure out how to ensure that processes and tempdirs are cleaned up in all exceptional cases