def cli(ctx, output_to_json, path):
"""Prints out the current builder state
"""
builder_data.register_context(ctx, auto_reset=False)
output = builder_data.get(
) if output_to_json else builder_data.convert_builder_to_yaml(
builder_data.get())
if path is not None:
builder_data.write_to_path(path, output)
else:
print(output)
def cli(ctx, name, jsonpath, xpath, regexp, from_, match_number, template,
decode, extract_once, default, throw_error):
"""Defines an extractor for the most recent request
"""
builder_data.register_context(ctx)
if jsonpath is None and xpath is None and regexp is None:
raise ValueError(
"Extractor '{}' must have either jsonpath or xpath or regexp defined."
.format(name))
builder = builder_data.get() \
.add(builder_data.Extractor(
name=name,
jsonpath=jsonpath,
xpath=xpath,
regexp=regexp,
from_=from_,
match_number=match_number,
template=template,
decode=decode,
extract_once=extract_once,
default=default,
throw_error=throw_error)
) \
.save()
def cli(ctx, get, post, put, patch, delete, option, body):
"""Adds an HTTP request to the builder queue
"""
builder_data.register_context(ctx)
details = None
if details is None: details = process_details("GET", get)
if details is None: details = process_details("POST", post)
if details is None: details = process_details("PUT", put)
if details is None: details = process_details("PATCH", patch)
if details is None: details = process_details("DELETE", delete)
if details is None: details = process_details("OPTION", option)
if details is None:
raise cli_exception.CliException(
"You have not provided a proper argument to create the HTTP action from"
)
else:
if body == "-":
logging.debug("http subcommand using stdin")
stdin_text = click.get_text_stream('stdin')
body = stdin_text.read()
details['body'] = body
builder = builder_data.get() \
.add(builder_data.HttpRequest(details)) \
.save()
def cli(ctx, to, by, per, duration):
"""Defines a ramp-up policy for the current User Path
"""
builder_data.register_context(ctx)
builder = builder_data.get() \
.add(builder_data.RampPolicy(to=to, by=by, per=per, duration=duration)) \
.save()
def cli(ctx, duration):
"""Defines a duration policy for the current scenario
"""
builder_data.register_context(ctx)
builder = builder_data.get() \
.add(builder_data.DurationPolicy(duration=duration)) \
.save()
def cli(ctx, duration, vus):
"""Defines a constant load policy for the current User Path
"""
builder_data.register_context(ctx)
builder = builder_data.get() \
.add(builder_data.ConstantPolicy(vus, duration=duration)) \
.save()
def cli(ctx, back):
"""Rolls back the prior [back] number of builder commands
"""
builder_data.register_context(ctx, auto_reset=False)
data = builder_data.get()
for i in range(0, back):
if len(data.stack) > 0:
data.stack.pop()
data.save()
def cli(ctx, duration):
"""Adds a delay (think time) to the builder queue
"""
builder_data.register_context(ctx)
if duration is None:
raise cli_exception.CliException(
"You must provide a time for this delay")
builder = builder_data.get() \
.add(builder_data.Delay(time=duration)) \
.save()
def cli(ctx, name, description, inside):
"""Adds a transaction to the builder queue; do before requests
"""
builder_data.register_context(ctx)
if name is None:
raise cli_exception.CliException(
"You must provide a name for this transaction")
builder = builder_data.get() \
.add(builder_data.Transaction(name=name, description=description, inside=inside)) \
.save()
def cli(ctx, file):
"""Uses the local NeoLoad installation to try a project
"""
builder_data.register_context(ctx, auto_reset=False)
yaml_str = None
if file is None:
yaml_str = builder_data.convert_builder_to_yaml(builder_data.get())
else:
yaml_str = open(file, encoding="UTF-8").read()
full_path = None
tmp = tempfile.TemporaryDirectory()
dir = tmp.name
full_path = builder_data.write_to_path(dir, yaml_str)
nlg_app = find_nlg_app()
event = SubprocessEvent()
do_it = lambda app=nlg_app, project=full_path, event=event: launch_app(app,project,event)
action_thread = Thread(target=do_it)
# Here we start the thread and we wait 5 seconds before the code continues to execute.
action_thread.start()
action_thread.join(timeout=20)
# We send a signal that the other thread should stop.
event.set()
msg = "This test project is valid."
retcode = event.proc.returncode if event.proc is not None else 0
logging.debug("EXIT_CODE: {}".format(retcode))
if retcode is not None and retcode != 0:
if event.stdout is not None:
msg = event.stdout.decode("UTF-8")
else:
msg = "Check console for error details."
if retcode is None:
event.proc.kill()
tools.system_exit({'code': 0 if retcode is None else retcode,'message':msg})
return
def per_interval(avg_resp_time, avg_elt_per_sec, avg_throughput_per_sec,
errors_per_sec, error_rate, warn, fail):
"""Create a per-interval threshold
"""
if not (avg_resp_time or avg_elt_per_sec or avg_throughput_per_sec
or errors_per_sec or error_rate):
tools.system_exit({
'code': 1,
'message': "At least one KPY flag must be provided"
})
return
if warn is None and fail is None:
tools.system_exit({
'code':
1,
'message':
"Either one or both 'warn' and 'fail' flags must be provided"
})
return
global current_name
builder = builder_data.get() \
.add(builder_data.SLAThreshold(
name=current_name,
scope="per interval",
warn=warn,
fail=fail,
kpis={
'avg-resp-time': avg_resp_time,
'avg-elt-per-sec': avg_elt_per_sec,
'avg-throughput-per-sec': avg_throughput_per_sec,
'errors-per-sec': errors_per_sec,
'error-rate': error_rate
}
)
) \
.save()
def cli(ctx, spec, name, value, all):
"""Defines a header for one or more request
"""
builder_data.register_context(ctx)
if name == "-":
name = None
if name and not value or value and not name:
raise ValueError("If you specify either name or value arguments, you must provide both.")
if spec and (name or value):
raise ValueError("If you specify a name/value spec, you must specify a '-' for the spec.")
if spec:
parts = spec.split("=")
name = parts[0]
value = "=".join(parts[1:])
builder = builder_data.get() \
.add(builder_data.Header(name=name, value=value, all=all)) \
.save()
def cli(ctx, name_or_id, zone, scenario, save, just_report_last):
"""Runs whatever is in the current buffer
"""
builder_data.register_context(ctx, auto_reset=False)
neoload_base_cmd = "neoload " + ("--debug " if common.get_debug() else "")
template = get_resource(__name__,
"resources/dist/jinja/builtin-console-summary.j2")
if template is not None:
logging.debug("Using template: {}".format(template))
if not just_report_last:
if name_or_id and save:
config.test_setting(name_or_id)
if zone and save:
config.zone(zone)
if not name_or_id:
name_or_id = profile.get().default_test_setting
if not name_or_id:
tools.system_exit({
'code':
3,
'message':
"No test settings [name_or_id] provided and no default test-setting configured!"
})
return
if not zone:
zone = profile.get().default_zone
if zone == "any":
proc = os_return(neoload_base_cmd + " zones", status=False)
(stdout, strerr) = proc.communicate()
result = json.loads(stdout)
availables = list(
filter(
lambda z: any(
filter(lambda c: c['status'] == "AVAILABLE", z[
'controllers'])) and any(
filter(lambda lg: lg['status'] == "AVAILABLE",
z['loadgenerators'])), result))
if len(availables) > 0:
availables = sorted(availables,
key=lambda z: 0
if z['type'] == "STATIC" else 1)
zone = availables[0]['id']
print(
"Because zone is 'any', the zone '{}' ({}) has been automatically selected."
.format(zone, availables[0]['name']))
else:
tools.system_exit({
'code':
3,
'message':
"There are no zones with available load generators and controllers!!!"
})
return
if not zone:
tools.system_exit({
'code':
3,
'message':
"No --zone provided and no default zone configured!"
})
return
if not os_run(neoload_base_cmd + " status", status=False):
return
yaml_str = builder_data.convert_builder_to_yaml(builder_data.get())
data = yaml.safe_load(yaml_str)
if not scenario:
scenario = data['scenarios'][0]['name']
dir = None
with tempfile.TemporaryDirectory() as tmp:
dir = tmp
builder_data.write_to_path(dir, yaml_str)
if not os_run(
neoload_base_cmd +
" test-settings --zone {} --lgs 1 --scenario {} createorpatch {}"
.format(zone, scenario, name_or_id),
status=True):
return
if not os_run(
neoload_base_cmd + " project --path {} up".format(dir),
status=True):
return
if not os_run(neoload_base_cmd + " run".format(scenario),
print_stdout=True,
print_line_check=check_run_line):
print("Test failed.")
proc = os_return(neoload_base_cmd + " report --help", status=False)
(stdout, strerr) = proc.communicate()
outtext = stdout.decode("UTF-8")
if proc.returncode != 0 or 'Error:' in outtext or 'failed to start' in outtext:
print(
"Test ran, but could not produce final (pretty) report. {}".format(
"" if strerr is None else strerr))
else:
if template is not None:
if not os_run(
neoload_base_cmd +
" report --template {} --filter '{}' cur".format(
template,
'exclude=events,slas,all_requests,ext_data,controller_points'
),
status=True,
print_stdout=True):
return