def test(a_node, pp, algos):
##################################
# Test object collection endpoints
models = a_node.models()
if h2o_test_utils.isVerboser():
print 'Models: '
pp.pprint(models)
models = a_node.models(api_version=92) # note: tests API version fallback
if h2o_test_utils.isVerboser():
print 'ModelsV92: '
pp.pprint(models)
frames = a_node.frames(row_count=5)
if h2o_test_utils.isVerboser():
print 'Frames: '
pp.pprint(frames)
# TODO: all other collections, including /Jobs and eventually /DKV
# TODO: test /Cloud
####################################
# test model_builders collection GET
if h2o_test_utils.isVerbose(): print 'Testing /ModelBuilders. . .'
model_builders = a_node.model_builders(timeoutSecs=240)
if h2o_test_utils.isVerboser():
print 'ModelBuilders: '
pp.pprint(model_builders)
for algo in algos:
assert algo in model_builders[
'model_builders'], "FAIL: Failed to find algo: " + algo
builder = model_builders['model_builders'][algo]
h2o_test_utils.validate_builder(algo, builder)
####################################
# test model_builders individual GET
if h2o_test_utils.isVerbose(): print 'Testing /ModelBuilders/{algo}. . .'
for algo in algos:
model_builder = a_node.model_builders(algo=algo, timeoutSecs=240)
assert algo in model_builder[
'model_builders'], "FAIL: Failed to find algo: " + algo
builder = model_builders['model_builders'][algo]
h2o_test_utils.validate_builder(algo, builder)
####################################
# test model_metrics collection GET
if h2o_test_utils.isVerbose(): print 'Testing /ModelMetrics. . .'
model_metrics = a_node.model_metrics(timeoutSecs=240)
if h2o_test_utils.isVerboser():
print 'ModelMetrics: '
pp.pprint(model_metrics)
def test(a_node, pp, algos):
##################################
# Test object collection endpoints
models = a_node.models()
if h2o_test_utils.isVerboser():
print 'Models: '
pp.pprint(models)
models = a_node.models(api_version=92) # note: tests API version fallback
if h2o_test_utils.isVerboser():
print 'ModelsV92: '
pp.pprint(models)
frames = a_node.frames(row_count=5)
if h2o_test_utils.isVerboser():
print 'Frames: '
pp.pprint(frames)
# TODO: all other collections, including /Jobs and eventually /DKV
# TODO: test /Cloud
####################################
# test model_builders collection GET
if h2o_test_utils.isVerbose(): print 'Testing /ModelBuilders. . .'
model_builders = a_node.model_builders(timeoutSecs=240)
if h2o_test_utils.isVerboser():
print 'ModelBuilders: '
pp.pprint(model_builders)
for algo in algos:
assert algo in model_builders['model_builders'], "FAIL: Failed to find algo: " + algo
builder = model_builders['model_builders'][algo]
h2o_test_utils.validate_builder(algo, builder)
####################################
# test model_builders individual GET
if h2o_test_utils.isVerbose(): print 'Testing /ModelBuilders/{algo}. . .'
for algo in algos:
model_builder = a_node.model_builders(algo=algo, timeoutSecs=240)
assert algo in model_builder['model_builders'], "FAIL: Failed to find algo: " + algo
builder = model_builders['model_builders'][algo]
h2o_test_utils.validate_builder(algo, builder)
####################################
# test model_metrics collection GET
if h2o_test_utils.isVerbose(): print 'Testing /ModelMetrics. . .'
model_metrics = a_node.model_metrics(timeoutSecs=240)
if h2o_test_utils.isVerboser():
print 'ModelMetrics: '
pp.pprint(model_metrics)
def test(a_node, pp):
####################################
# test schemas collection GET
if h2o_test_utils.isVerbose(): print 'Testing /Metadata/schemas. . .'
schemas = a_node.schemas(timeoutSecs=240)
assert 'schemas' in schemas, "FAIL: failed to find 'schemas' field in output of /Metadata/schemas: " + repr(schemas)
assert type(schemas['schemas']) is list, "'schemas' field in output of /Metadata/schemas is not a list: " + repr(schemas)
assert len(schemas['schemas']) > 0, "'schemas' field in output of /Metadata/schemas is empty: " + repr(schemas)
if h2o_test_utils.isVerboser():
print 'Schemas: '
pp.pprint(schemas)
####################################
# test schemas individual GET
if h2o_test_utils.isVerbose(): print 'Testing /Metadata/schemas/FrameV3. . .'
schemas = a_node.schema(schemaname='FrameV3', timeoutSecs=240)
assert 'schemas' in schemas, "FAIL: failed to find 'schemas' field in output of /Metadata/schemas/FrameV3: " + repr(schemas)
assert type(schemas['schemas']) is list, "'schemas' field in output of /Metadata/schemas/FrameV3 is not a list: " + repr(schemas)
assert len(schemas['schemas']) == 1, "'schemas' field in output of /Metadata/schemas/FrameV3 has an unexpected length: " + repr(schemas)
if h2o_test_utils.isVerboser():
print 'Schemas: '
pp.pprint(schemas)
#########################
# test Metadata/endpoints
if h2o_test_utils.isVerbose(): print 'Testing /Metadata/endpoints. . .'
endpoints = a_node.endpoints()
assert 'routes' in endpoints, "FAIL: failed to find routes in the endpoints result."
assert type(endpoints['routes']) is list, "FAIL: routes in the endpoints result is not a list."
assert len(endpoints['routes']) > 0, "FAIL: routes list in the endpoints result is empty."
assert type(endpoints['routes'][0]) is dict, "FAIL: routes[0] in the endpoints result is not a dict."
assert 'input_schema' in endpoints['routes'][0], "FAIL: routes[0] in the endpoints result does not have an 'input_schema' field."
#########################
# test Metadata/schemas
if h2o_test_utils.isVerbose(): print 'Testing /Metadata/schemas. . .'
schemas = a_node.schemas()
assert 'schemas' in schemas, "FAIL: failed to find schemas in the schemas result."
assert type(schemas['schemas']) is list, "FAIL: schemas in the schemas result is not a list."
assert len(schemas['schemas']) > 0, "FAIL: schemas list in the schemas result is empty."
assert type(schemas['schemas'][0]) is dict, "FAIL: schemas[0] in the schemas result is not a dict."
assert 'fields' in schemas['schemas'][0], "FAIL: schemas[0] in the schemas result does not have an 'fields' field."
parser = argparse.ArgumentParser(description='Run basic H2O REST API tests.', )
parser.add_argument('--verbose', '-v', help='verbose output', action='count')
parser.add_argument('--usecloud', help='ip:port to attach to', default='')
parser.add_argument('--host',
help='hostname to attach to',
default='localhost')
parser.add_argument('--port',
help='port to attach to',
type=int,
default=54321)
args = parser.parse_args()
h2o_test_utils.setVerbosity(args.verbose)
h2o.H2O.verbose = h2o_test_utils.isVerboser()
if (len(args.usecloud) > 0):
arr = args.usecloud.split(":")
args.host = arr[0]
args.port = int(arr[1])
host = args.host
port = args.port
h2o.H2O.verboseprint("host: " + str(host))
h2o.H2O.verboseprint("port" + str(port))
pp = pprint.PrettyPrinter(indent=4) # pretty printer for debugging
################
def build_and_test(a_node, pp, datasets, algos, algo_additional_default_params):
####################################################################################################
# Build and do basic validation checks on models
####################################################################################################
models_to_build = [
ModelSpec.for_dataset('kmeans_prostate', 'kmeans', datasets['prostate_clustering'], { 'k': 2 } ),
ModelSpec.for_dataset('glm_prostate_regression', 'glm', datasets['prostate_regression'], {'family': 'gaussian'} ),
ModelSpec.for_dataset('glm_prostate_binomial', 'glm', datasets['prostate_binomial'], {'family': 'binomial'} ),
ModelSpec.for_dataset('glm_airlines_binomial', 'glm', datasets['airlines_binomial'], {'response_column': 'IsDepDelayed', 'family': 'binomial' } ),
ModelSpec.for_dataset('glm_iris_multinomial', 'glm', datasets['iris_multinomial'], {'response_column': 'class', 'family': 'multinomial' } ),
ModelSpec.for_dataset('deeplearning_prostate_regression', 'deeplearning', datasets['prostate_regression'], { 'epochs': 1, 'loss': 'Quadratic' } ),
ModelSpec.for_dataset('deeplearning_prostate_binomial', 'deeplearning', datasets['prostate_binomial'], { 'epochs': 1, 'hidden': [20, 20], 'loss': 'CrossEntropy' } ),
ModelSpec.for_dataset('deeplearning_airlines_binomial', 'deeplearning', datasets['airlines_binomial'], { 'epochs': 1, 'hidden': [10, 10], 'loss': 'CrossEntropy' } ),
ModelSpec.for_dataset('deeplearning_iris_multinomial', 'deeplearning', datasets['iris_multinomial'], { 'epochs': 1, 'loss': 'CrossEntropy' } ),
ModelSpec.for_dataset('gbm_prostate_regression', 'gbm', datasets['prostate_regression'], { 'ntrees': 5, 'distribution': 'gaussian' } ),
ModelSpec.for_dataset('gbm_prostate_binomial', 'gbm', datasets['prostate_binomial'], { 'ntrees': 5, 'distribution': 'multinomial' } ),
ModelSpec.for_dataset('gbm_airlines_binomial', 'gbm', datasets['airlines_binomial'], { 'ntrees': 5, 'distribution': 'multinomial' } ),
ModelSpec.for_dataset('gbm_iris_multinomial', 'gbm', datasets['iris_multinomial'], { 'ntrees': 5, 'distribution': 'multinomial' } ),
]
# For grid testing, don't build any non-grid models:
# models_to_build = []
built_models = {}
for model_spec in models_to_build:
model = model_spec.build_and_validate_model(a_node)
built_models[model_spec['dest_key']] = model
grids_to_build = [
GridSpec.for_dataset('kmeans_prostate_grid', 'kmeans', datasets['prostate_clustering'], { }, { 'k': [2, 3, 4] } ),
GridSpec.for_dataset('glm_prostate_regression_grid', 'glm', datasets['prostate_regression'], {'family': 'gaussian'}, { 'lambda': [0.0001, 0.001, 0.01, 0.1] } ),
GridSpec.for_dataset('glm_prostate_binomial_grid', 'glm', datasets['prostate_binomial'], {'family': 'binomial'}, { 'lambda': [0.0001, 0.001, 0.01, 0.1] } ),
GridSpec.for_dataset('glm_airlines_binomial_grid', 'glm', datasets['airlines_binomial'], {'response_column': 'IsDepDelayed', 'family': 'binomial'}, { 'lambda': [0.0001, 0.001, 0.01, 0.025] } ),
GridSpec.for_dataset('glm_iris_multinomial_grid', 'glm', datasets['iris_multinomial'], {'response_column': 'class', 'family': 'multinomial'}, { 'lambda': [0.0001, 0.001, 0.01, 0.025] } ),
GridSpec.for_dataset('deeplearning_prostate_regression_grid', 'deeplearning', datasets['prostate_regression'], { 'loss': 'Quadratic' }, { 'epochs': [0.1, 0.5, 1] } ),
GridSpec.for_dataset('deeplearning_prostate_binomial_grid', 'deeplearning', datasets['prostate_binomial'], { 'hidden': [20, 20], 'loss': 'CrossEntropy' }, { 'epochs': [0.1, 0.5, 1] } ),
GridSpec.for_dataset('deeplearning_airlines_binomial_grid', 'deeplearning', datasets['airlines_binomial'], { 'hidden': [10, 10], 'loss': 'CrossEntropy' }, { 'epochs': [0.1, 0.5, 1] } ),
GridSpec.for_dataset('deeplearning_iris_multinomial_grid', 'deeplearning', datasets['iris_multinomial'], { 'loss': 'CrossEntropy' }, { 'epochs': [0.1, 0.5, 1] } ),
GridSpec.for_dataset('gbm_prostate_regression_grid', 'gbm', datasets['prostate_regression'], { 'max_depth': 3 }, { 'ntrees': [1, 5, 10], 'distribution': ["gaussian", "poisson", "gamma", "tweedie"] } ),
GridSpec.for_dataset('gbm_prostate_binomial_grid', 'gbm', datasets['prostate_binomial'], { }, { 'ntrees': [5, 7], 'max_depth': [1, 3, 5] } ),
GridSpec.for_dataset('gbm_airlines_binomial_grid', 'gbm', datasets['airlines_binomial'], { 'distribution': 'multinomial' }, { 'ntrees': [1, 5, 10], 'max_depth': [1, 3, 5] } ),
GridSpec.for_dataset('gbm_iris_multinomial_grid', 'gbm', datasets['iris_multinomial'], { 'distribution': 'multinomial' }, { 'ntrees': [1, 5, 10], 'max_depth': [1, 3, 5] } ),
# TODO: this should trigger a parameter validation error, but instead the non-grid ntrees silently overrides the grid values: GridSpec.for_dataset('gbm_iris_multinomial_grid', 'gbm', datasets['iris_multinomial'], { 'ntrees': 5, 'distribution': 'multinomial' }, { 'ntrees': [1, 5, 10], 'max_depth': [1, 3, 5] } ),
# Test stopping criteria:
GridSpec.for_dataset('gbm_prostate_regression_grid_max_3', 'gbm', datasets['prostate_regression'], { 'max_depth': 3 }, { 'ntrees': [1, 2, 4], 'distribution': ["gaussian", "poisson", "gamma", "tweedie"] }, { 'strategy': "RandomDiscrete", 'max_models': 3 } ),
GridSpec.for_dataset('gbm_prostate_regression_grid_max_20mS', 'gbm', datasets['prostate_regression'], { 'max_depth': 3 }, { 'ntrees': [1, 2, 4], 'distribution': ["gaussian", "poisson", "gamma", "tweedie"] }, { 'strategy': "RandomDiscrete", 'max_runtime_secs': 0.020 } ),
]
for grid_spec in grids_to_build:
grid = grid_spec.build_and_validate_grid(a_node)
for model_key in grid['model_ids']:
model_key = model_key['name']
built_models[model_key] = a_node.models(key=model_key)
# test search limits: max_models
grid = a_node.grid(key='gbm_prostate_regression_grid_max_3')
assert len(grid['model_ids']) == 3, "FAIL: using max_models, expected a max of 3 models, got: " + str(len(grid['model_ids']))
# test search limits: max_runtime_secs
grid = a_node.grid(key='gbm_prostate_regression_grid_max_20mS')
assert len(grid['model_ids']) < 12, "FAIL: using max_runtime_secs, expected less than 12 models, got: " + str(len(grid['model_ids']))
# grid = a_node.grid(key='kmeans_prostate_grid', sort_by='', decreasing=True)
h2o_test_utils.fetch_and_validate_grid_sort(a_node, key='kmeans_prostate_grid', sort_by='totss', decreasing=True)
h2o_test_utils.fetch_and_validate_grid_sort(a_node, key='kmeans_prostate_grid', sort_by='tot_withinss', decreasing=True)
h2o_test_utils.fetch_and_validate_grid_sort(a_node, key='kmeans_prostate_grid', sort_by='betweenss', decreasing=True)
h2o_test_utils.fetch_and_validate_grid_sort(a_node, key='kmeans_prostate_grid', sort_by='totss', decreasing=False)
h2o_test_utils.fetch_and_validate_grid_sort(a_node, key='kmeans_prostate_grid', sort_by='tot_withinss', decreasing=False)
h2o_test_utils.fetch_and_validate_grid_sort(a_node, key='kmeans_prostate_grid', sort_by='betweenss', decreasing=False)
# import sys
# sys.exit(0)
#######################################
# Test default parameters validation for each model builder
#
if h2o_test_utils.isVerbose(): print 'Testing ModelBuilder default parameters. . .'
model_builders = a_node.model_builders(timeoutSecs=240)['model_builders']
# Do we know about all of them?
server_algos = model_builders.keys()
assert len(set(server_algos) - set(algos)) == 0, "FAIL: Our set of algos doesn't match what the server knows about. Ours: " + repr(algos) + "; server's: " + repr(server_algos)
for algo, model_builder in model_builders.iteritems():
parameters_list = model_builder['parameters']
test_parameters = { value['name'] : value['default_value'] for value in parameters_list } # collect default parameters
if algo in algo_additional_default_params:
test_parameters.update(algo_additional_default_params[algo])
if h2o_test_utils.isVerboser(): print 'Testing ' + algo + ' with params: ' + repr(test_parameters)
parameters_validation = a_node.validate_model_parameters(algo=algo, training_frame=None, parameters=test_parameters, timeoutSecs=240) # synchronous
assert 'error_count' in parameters_validation, "FAIL: Failed to find error_count in good-parameters parameters validation result."
h2o.H2O.verboseprint("Bad params validation messages: ", repr(parameters_validation))
expected_count = 0
if expected_count != parameters_validation['error_count']:
print "validation errors: "
pp.pprint(parameters_validation)
assert expected_count == parameters_validation['error_count'], "FAIL: " + str(expected_count) + " != error_count in good-parameters parameters validation result."
#######################################
# Test DeepLearning parameters validation
#
# Default parameters:
if h2o_test_utils.isVerbose(): print 'Testing DeepLearning default parameters. . .'
model_builder = a_node.model_builders(algo='deeplearning', timeoutSecs=240)['model_builders']['deeplearning']
dl_test_parameters_list = model_builder['parameters']
dl_test_parameters = {value['name'] : value['default_value'] for value in dl_test_parameters_list}
parameters_validation = a_node.validate_model_parameters(algo='deeplearning', training_frame=None, parameters=dl_test_parameters, timeoutSecs=240) # synchronous
assert 'error_count' in parameters_validation, "FAIL: Failed to find error_count in good-parameters parameters validation result."
h2o.H2O.verboseprint("Bad params validation messages: ", repr(parameters_validation))
if 0 != parameters_validation['error_count']:
print "validation errors: "
pp.pprint(parameters_validation)
assert 0 == parameters_validation['error_count'], "FAIL: 0 != error_count in good-parameters parameters validation result."
# Good parameters (note: testing with null training_frame):
if h2o_test_utils.isVerbose(): print 'Testing DeepLearning good parameters. . .'
dl_test_parameters = {'response_column': 'CAPSULE', 'hidden': "[10, 20, 10]" }
parameters_validation = a_node.validate_model_parameters(algo='deeplearning', training_frame=None, parameters=dl_test_parameters, timeoutSecs=240) # synchronous
assert 'error_count' in parameters_validation, "FAIL: Failed to find error_count in good-parameters parameters validation result."
h2o.H2O.verboseprint("Bad params validation messages: ", repr(parameters_validation))
if 0 != parameters_validation['error_count']:
print "validation errors: "
pp.pprint(parameters_validation)
assert 0 == parameters_validation['error_count'], "FAIL: 0 != error_count in good-parameters parameters validation result."
# Bad parameters (hidden is null):
# (note: testing with null training_frame)
if h2o_test_utils.isVerbose(): print 'Testing DeepLearning bad parameters, null training_frame. . .'
dl_test_parameters = {'response_column': 'CAPSULE', 'hidden': "[10, 20, 10]", 'input_dropout_ratio': 27 }
parameters_validation = a_node.validate_model_parameters(algo='deeplearning', training_frame=None, parameters=dl_test_parameters, timeoutSecs=240) # synchronous
assert 'error_count' in parameters_validation, "FAIL: Failed to find error_count in bad-parameters parameters validation result (input_dropout_ratio)."
h2o.H2O.verboseprint("Good params validation messages: ", repr(parameters_validation))
assert 0 != parameters_validation['error_count'], "FAIL: 0 == error_count in bad-parameters parameters validation result: " + repr(parameters_validation)
found_expected_error = False
for validation_message in parameters_validation['messages']:
if validation_message['message_type'] == 'ERRR' and validation_message['field_name'] == 'input_dropout_ratio':
found_expected_error = True
assert found_expected_error, "FAIL: Failed to find error message about input_dropout_ratio in the validation messages."
# Bad parameters (no response_column):
if h2o_test_utils.isVerbose(): print 'Testing DeepLearning bad parameters, null response_column. . .'
dl_test_parameters = {'hidden': "[10, 20, 10]" }
parameters_validation = a_node.validate_model_parameters(algo='deeplearning', training_frame='prostate_binomial', parameters=dl_test_parameters, timeoutSecs=240) # synchronous
assert 'error_count' in parameters_validation, "FAIL: Failed to find error_count in bad-parameters parameters validation result (response_column)."
h2o.H2O.verboseprint("Good params validation messages: ", repr(parameters_validation))
assert 0 != parameters_validation['error_count'], "FAIL: 0 == error_count in bad-parameters parameters validation result: " + repr(parameters_validation)
#######################################
# Try to build DeepLearning model for Prostate but with bad parameters; we should get a ModelParametersSchema with the error.
if h2o_test_utils.isVerbose(): print 'About to try to build a DeepLearning model with bad parameters. . .'
dl_prostate_bad_parameters = {'response_column': 'CAPSULE', 'hidden': "[10, 20, 10]", 'input_dropout_ratio': 27 }
parameters_validation = a_node.build_model(algo='deeplearning', model_id='deeplearning_prostate_binomial_bad', training_frame='prostate_binomial', parameters=dl_prostate_bad_parameters, timeoutSecs=240) # synchronous
h2o_test_utils.validate_validation_messages(parameters_validation, ['input_dropout_ratio'])
assert parameters_validation['__http_response']['status_code'] == requests.codes.precondition_failed, "FAIL: expected 412 Precondition Failed from a bad build request, got: " + str(parameters_validation['__http_response']['status_code'])
if h2o_test_utils.isVerbose(): print 'Done trying to build DeepLearning model with bad parameters.'
#####################################
# Early test of predict()
# TODO: remove after we remove the early exit
p = a_node.predict(model='deeplearning_airlines_binomial', frame='airlines_binomial', predictions_frame='deeplearning_airlines_binomial_predictions')
h2o_test_utils.validate_predictions(a_node, p, 'deeplearning_airlines_binomial', 'airlines_binomial', 43978, predictions_frame='deeplearning_airlines_binomial_predictions')
h2o_test_utils.validate_frame_exists(a_node, 'deeplearning_airlines_binomial_predictions')
h2o.H2O.verboseprint("Predictions for scoring: ", 'deeplearning_airlines_binomial', " on: ", 'airlines_binomial', ": ", repr(p))
def test(a_node, pp, algos):
##################################
# Test cluster status
cloud = a_node.cloud()
if h2o_test_utils.isVerboser():
print 'Cloud: '
pp.pprint(cloud)
not_ok = a_node.cloud_is_bad()
assert not not_ok, "FAIL: cloud status is not ok! Reason: " + not_ok
jobs = a_node.jobs()
if h2o_test_utils.isVerboser():
print 'Jobs: '
pp.pprint(jobs)
assert 'jobs' in jobs, "FAIL: 'jobs' element not found in the result of /Jobs"
##################################
# Test object collection endpoints
models = a_node.models()
if h2o_test_utils.isVerboser():
print 'Models: '
pp.pprint(models)
models = a_node.models(api_version=92) # note: tests API version fallback
if h2o_test_utils.isVerboser():
print 'ModelsV92: '
pp.pprint(models)
frames = a_node.frames(row_count=5)
if h2o_test_utils.isVerboser():
print 'Frames: '
pp.pprint(frames)
####################################
# test model_builders collection GET
if h2o_test_utils.isVerbose(): print 'Testing /ModelBuilders. . .'
model_builders = a_node.model_builders(timeoutSecs=240)
if h2o_test_utils.isVerboser():
print 'ModelBuilders: '
pp.pprint(model_builders)
for algo in algos:
assert algo in model_builders['model_builders'], "FAIL: Failed to find algo: " + algo
builder = model_builders['model_builders'][algo]
h2o_test_utils.validate_builder(algo, builder)
####################################
# test model_builders individual GET
if h2o_test_utils.isVerbose(): print 'Testing /ModelBuilders/{algo}. . .'
for algo in algos:
model_builder = a_node.model_builders(algo=algo, timeoutSecs=240)
assert algo in model_builder['model_builders'], "FAIL: Failed to find algo: " + algo
builder = model_builders['model_builders'][algo]
h2o_test_utils.validate_builder(algo, builder)
####################################
# test model_metrics collection GET
if h2o_test_utils.isVerbose(): print 'Testing /ModelMetrics. . .'
model_metrics = a_node.model_metrics(timeoutSecs=240)
if h2o_test_utils.isVerboser():
print 'ModelMetrics[0]: '
pp.pprint(model_metrics['model_metrics'][0])
####################################
# test model_metrics individual GET
model_metrics = a_node.model_metrics(timeoutSecs=240, model="deeplearning_prostate_binomial", frame="prostate_binomial")
#################
# setup
#################
parser = argparse.ArgumentParser(
description='Run basic H2O REST API tests.',
)
parser.add_argument('--verbose', '-v', help='verbose output', action='count')
parser.add_argument('--usecloud', help='ip:port to attach to', default='')
parser.add_argument('--host', help='hostname to attach to', default='localhost')
parser.add_argument('--port', help='port to attach to', type=int, default=54321)
args = parser.parse_args()
h2o_test_utils.setVerbosity(args.verbose)
h2o.H2O.verbose = h2o_test_utils.isVerboser()
if (len(args.usecloud) > 0):
arr = args.usecloud.split(":")
args.host = arr[0]
args.port = int(arr[1])
host = args.host
port = args.port
h2o.H2O.verboseprint("host: " + str(host))
h2o.H2O.verboseprint("port" + str(port))
pp = pprint.PrettyPrinter(indent=4) # pretty printer for debugging
################
def load_and_test(a_node, pp):
##################
# Test CreateFrame
if h2o_test_utils.isVerbose(): print('Testing CreateFrame. . .')
created_job = a_node.create_frame(dest='created') # call with defaults
a_node.poll_job(
job_key=created_job['key']['name']
) # wait until done and get CreateFrameV3 instance (aka the Job)
frames = a_node.frames(key='created')['frames']
assert len(
frames
) == 1, "FAIL: expected to find 1 frame called 'created', found: " + str(
len(frames))
assert frames[0]['frame_id'][
'name'] == 'created', "FAIL: expected to find 1 frame called 'created', found: " + repr(
frames)
created = frames[0]
assert 'rows' in created, "FAIL: failed to find 'rows' field in CreateFrame result."
assert created[
'rows'] == 10000, "FAIL: expected value of 'rows' field in CreateFrame result to be: " + str(
10000) + ", found: " + str(created['rows'])
assert 'columns' in created, "FAIL: failed to find 'columns' field in CreateFrame result."
assert len(
created['columns']
) == 10, "FAIL: expected value of 'columns' field in CreateFrame result to be: " + str(
10) + ", found: " + str(len(created['columns']))
#########################################################
# Import and test all the datasets we'll need for the subsequent tests:
#########################################################
# dest_key, path, expected_rows, model_category, response_column, ignored_columns
datasets_to_import = [
DatasetSpec('prostate_clustering',
'../../../smalldata/logreg/prostate.csv', 380,
'Clustering', None, ['ID']),
DatasetSpec('prostate_binomial',
'../../../smalldata/logreg/prostate.csv', 380, 'Binomial',
'CAPSULE', ['ID']),
DatasetSpec('prostate_regression',
'../../../smalldata/logreg/prostate.csv', 380,
'Regression', 'AGE', ['ID']),
DatasetSpec('airlines_binomial',
'../../../smalldata/airlines/allyears2k_headers.zip',
43978, 'Binomial', 'IsDepDelayed', [
'DayofMonth', 'DepTime', 'CRSDepTime', 'ArrTime',
'CRSArrTime', 'TailNum', 'ActualElapsedTime',
'CRSElapsedTime', 'AirTime', 'ArrDelay', 'DepDelay',
'TaxiIn', 'TaxiOut', 'Cancelled', 'CancellationCode',
'Diverted', 'CarrierDelay', 'WeatherDelay', 'NASDelay',
'SecurityDelay', 'LateAircraftDelay', 'IsArrDelayed'
]),
DatasetSpec('iris_multinomial',
'../../../smalldata/iris/iris_wheader.csv', 150,
'Multinomial', 'class', []),
]
datasets = {} # the dataset spec
for dataset_spec in datasets_to_import:
dataset = dataset_spec.import_and_validate_dataset(
a_node) # it's also stored in dataset_spec['dataset']
if dataset_spec['model_category'] == 'Binomial':
a_node.as_factor(dataset_spec['dest_key'],
dataset_spec['response_column'])
datasets[dataset_spec['dest_key']] = dataset_spec
################################################
# Test /Frames for prostate.csv
frames = a_node.frames(row_count=5)['frames']
frames_dict = h2o_test_utils.list_to_dict(frames, 'frame_id/name')
if h2o_test_utils.isVerboser():
print("frames: ")
pp.pprint(frames)
if h2o_test_utils.isVerboser():
print("frames_dict: ")
pp.pprint(frames_dict)
assert 'prostate_binomial' in frames_dict, "FAIL: Failed to find " + 'prostate_binomial' + " in Frames list."
assert not frames_dict['prostate_binomial'][
'is_text'], "FAIL: Parsed Frame is is_text"
# Test /Frames/{key} for prostate.csv
frames = a_node.frames(key='prostate_binomial', row_count=5)['frames']
frames_dict = h2o_test_utils.list_to_dict(frames, 'frame_id/name')
assert 'prostate_binomial' in frames_dict, "FAIL: Failed to find prostate.hex in Frames list."
columns_dict = h2o_test_utils.list_to_dict(frames[0]['columns'], 'label')
assert 'CAPSULE' in columns_dict, "FAIL: Failed to find CAPSULE in Frames/prostate.hex."
assert 'AGE' in columns_dict, "FAIL: Failed to find AGE in Frames/prostate.hex/columns."
assert 'histogram_bins' in columns_dict[
'AGE'], "FAIL: Failed to find bins in Frames/prostate.hex/columns/AGE."
h2o.H2O.verboseprint('bins: ' +
repr(columns_dict['AGE']['histogram_bins']))
assert None is columns_dict['AGE'][
'histogram_bins'], "FAIL: Failed to clear bins field." # should be cleared except for /summary
# Test /Frames/{key}/columns for prostate.csv
frames = a_node.columns(key='prostate_binomial')['frames']
columns_dict = h2o_test_utils.list_to_dict(frames[0]['columns'], 'label')
assert 'ID' in columns_dict, "FAIL: Failed to find ID in Frames/prostate.hex/columns."
assert 'AGE' in columns_dict, "FAIL: Failed to find AGE in Frames/prostate.hex/columns."
assert 'histogram_bins' in columns_dict[
'AGE'], "FAIL: Failed to find bins in Frames/prostate.hex/columns/AGE."
h2o.H2O.verboseprint('bins: ' +
repr(columns_dict['AGE']['histogram_bins']))
assert None is columns_dict['AGE'][
'histogram_bins'], "FAIL: Failed to clear bins field." # should be cleared except for /summary
# Test /Frames/{key}/columns/{label} for prostate.csv
frames = a_node.column(key='prostate_binomial', column='AGE')['frames']
columns_dict = h2o_test_utils.list_to_dict(frames[0]['columns'], 'label')
assert 'AGE' in columns_dict, "FAIL: Failed to find AGE in Frames/prostate.hex/columns."
assert 'histogram_bins' in columns_dict[
'AGE'], "FAIL: Failed to find bins in Frames/prostate.hex/columns/AGE."
h2o.H2O.verboseprint('bins: ' +
repr(columns_dict['AGE']['histogram_bins']))
assert None is columns_dict['AGE'][
'histogram_bins'], "FAIL: Failed to clear bins field." # should be cleared except for /summary
# Test /Frames/{key}/columns/{label}/summary for prostate.csv
frames = a_node.summary(key='prostate_binomial', column='AGE')['frames']
columns_dict = h2o_test_utils.list_to_dict(frames[0]['columns'], 'label')
assert 'AGE' in columns_dict, "FAIL: Failed to find AGE in Frames/prostate.hex/columns/AGE/summary."
col = columns_dict['AGE']
h2o_test_utils.assertKeysExistAndNonNull(col, '', [
'label', 'missing_count', 'zero_count', 'positive_infinity_count',
'negative_infinity_count', 'mins', 'maxs', 'mean', 'sigma', 'type',
'data', 'precision', 'histogram_bins', 'histogram_base',
'histogram_stride', 'percentiles'
])
h2o_test_utils.assertKeysExist(col, '', ['domain', 'string_data'])
assert col['mins'][
0] == 43, 'FAIL: Failed to find 43 as the first min for AGE.'
assert col['maxs'][
0] == 79, 'FAIL: Failed to find 79 as the first max for AGE.'
assert abs(
col['mean'] - 66.03947368421052
) < 1e-8, 'FAIL: Failed to find 66.03947368421052 as the mean for AGE.'
assert abs(
col['sigma'] - 6.527071269173308
) < 1e-8, 'FAIL: Failed to find 6.527071269173308 as the sigma for AGE.'
assert col[
'type'] == 'int', 'FAIL: Failed to find int as the type for AGE.'
assert col['data'][
0] == 65, 'FAIL: Failed to find 65 as the first data for AGE.'
assert col[
'precision'] == -1, 'FAIL: Failed to find -1 as the precision for AGE.'
assert col['histogram_bins'][
0] == 1, 'FAIL: Failed to find 1 as the first bin for AGE.'
assert col[
'histogram_base'] == 43, 'FAIL: Failed to find 43 as the histogram_base for AGE.'
assert col[
'histogram_stride'] == 1, 'FAIL: Failed to find 1 as the histogram_stride for AGE.'
assert col['percentiles'][
0] == 44.516, 'FAIL: Failed to find 43.516 as the 0.1% percentile for AGE. ' + str(
col['percentiles'][0])
assert col['percentiles'][
1] == 50.79, 'FAIL: Failed to find 50.79 as the 1.0% percentile for AGE. ' + str(
col['percentiles'][1])
assert col['percentiles'][
15] == 78, 'FAIL: Failed to find 78 as the 99.0% percentile for AGE. ' + str(
col['percentiles'][15])
assert col['percentiles'][
16] == 79, 'FAIL: Failed to find 79 as the 99.9% percentile for AGE. ' + str(
col['percentiles'][16])
# NB: col['percentiles'] corresponds to probs=[0.001,0.01,0.1,0.2,0.25,0.3,1.0/3.0,0.4,0.5,0.6,2.0/3.0,0.7,0.75,0.8,0.9,0.99,0.999]
# Test /SplitFrame for prostate.csv
if h2o_test_utils.isVerbose():
print('Testing SplitFrame with named destination_frames. . .')
splits = a_node.split_frame(dataset='prostate_binomial',
ratios=[0.8],
destination_frames=['bigger', 'smaller'])
frames = a_node.frames()['frames']
h2o_test_utils.validate_frame_exists(a_node, 'bigger', frames)
h2o_test_utils.validate_frame_exists(a_node, 'smaller', frames)
bigger = a_node.frames(key='bigger')['frames'][0]
smaller = a_node.frames(key='smaller')['frames'][0]
assert bigger[
'rows'] == 304, 'FAIL: 80/20 SplitFrame yielded the wrong number of rows. Expected: 304; got: ' + bigger[
'rows']
assert smaller[
'rows'] == 76, 'FAIL: 80/20 SplitFrame yielded the wrong number of rows. Expected: 76; got: ' + smaller[
'rows']
h2o_test_utils.validate_job_exists(a_node, splits['key']['name'])
if h2o_test_utils.isVerbose():
print('Testing SplitFrame with generated destination_frames. . .')
splits = a_node.split_frame(dataset='prostate_binomial', ratios=[0.5])
frames = a_node.frames()['frames']
h2o_test_utils.validate_frame_exists(
a_node, splits['destination_frames'][0]['name'], frames)
h2o_test_utils.validate_frame_exists(
a_node, splits['destination_frames'][1]['name'], frames)
first = a_node.frames(
key=splits['destination_frames'][0]['name'])['frames'][0]
second = a_node.frames(
key=splits['destination_frames'][1]['name'])['frames'][0]
assert first[
'rows'] == 190, 'FAIL: 50/50 SplitFrame yielded the wrong number of rows. Expected: 190; got: ' + first[
'rows']
assert second[
'rows'] == 190, 'FAIL: 50/50 SplitFrame yielded the wrong number of rows. Expected: 190; got: ' + second[
'rows']
h2o_test_utils.validate_job_exists(a_node, splits['key']['name'])
return datasets
def build_and_test(a_node, pp, datasets, algos,
algo_additional_default_params):
####################################################################################################
# Build and do basic validation checks on models
####################################################################################################
models_to_build = [
ModelSpec.for_dataset('kmeans_prostate', 'kmeans',
datasets['prostate_clustering'], {'k': 2}),
ModelSpec.for_dataset('glm_prostate_regression', 'glm',
datasets['prostate_regression'],
{'family': 'gaussian'}),
ModelSpec.for_dataset('glm_prostate_binomial', 'glm',
datasets['prostate_binomial'],
{'family': 'binomial'}),
ModelSpec.for_dataset('glm_airlines_binomial', 'glm',
datasets['airlines_binomial'], {
'response_column': 'IsDepDelayed',
'family': 'binomial'
}),
ModelSpec.for_dataset('glm_iris_multinomial', 'glm',
datasets['iris_multinomial'], {
'response_column': 'class',
'family': 'multinomial'
}),
ModelSpec.for_dataset('deeplearning_prostate_regression',
'deeplearning', datasets['prostate_regression'],
{
'epochs': 1,
'loss': 'Quadratic'
}),
ModelSpec.for_dataset('deeplearning_prostate_binomial', 'deeplearning',
datasets['prostate_binomial'], {
'epochs': 1,
'hidden': [20, 20],
'loss': 'CrossEntropy'
}),
ModelSpec.for_dataset('deeplearning_airlines_binomial', 'deeplearning',
datasets['airlines_binomial'], {
'epochs': 1,
'hidden': [10, 10],
'loss': 'CrossEntropy'
}),
ModelSpec.for_dataset('deeplearning_iris_multinomial', 'deeplearning',
datasets['iris_multinomial'], {
'epochs': 1,
'loss': 'CrossEntropy'
}),
ModelSpec.for_dataset('gbm_prostate_regression', 'gbm',
datasets['prostate_regression'], {
'ntrees': 5,
'distribution': 'gaussian'
}),
ModelSpec.for_dataset('gbm_prostate_binomial', 'gbm',
datasets['prostate_binomial'], {
'ntrees': 5,
'distribution': 'multinomial'
}),
ModelSpec.for_dataset('gbm_airlines_binomial', 'gbm',
datasets['airlines_binomial'], {
'ntrees': 5,
'distribution': 'multinomial'
}),
ModelSpec.for_dataset('gbm_iris_multinomial', 'gbm',
datasets['iris_multinomial'], {
'ntrees': 5,
'distribution': 'multinomial'
}),
]
# For grid testing, don't build any non-grid models:
# models_to_build = []
built_models = {}
for model_spec in models_to_build:
model = model_spec.build_and_validate_model(a_node)
built_models[model_spec['dest_key']] = model
grids_to_build = [
# setting a hyperparameter in both places:
# GridSpec.for_dataset('kmeans_prostate_grid', 'kmeans', datasets['prostate_clustering'], { 'k': 6 }, { 'k': [2, 3, 4] } ),
GridSpec.for_dataset('kmeans_prostate_grid', 'kmeans',
datasets['prostate_clustering'], {},
{'k': [2, 3, 4]}),
GridSpec.for_dataset('glm_prostate_regression_grid', 'glm',
datasets['prostate_regression'],
{'family': 'gaussian'},
{'lambda': [0.0001, 0.001, 0.01, 0.1]}),
GridSpec.for_dataset('glm_prostate_binomial_grid', 'glm',
datasets['prostate_binomial'],
{'family': 'binomial'},
{'lambda': [0.0001, 0.001, 0.01, 0.1]}),
GridSpec.for_dataset('glm_airlines_binomial_grid', 'glm',
datasets['airlines_binomial'], {
'response_column': 'IsDepDelayed',
'family': 'binomial'
}, {'lambda': [0.0001, 0.001, 0.01, 0.025]}),
GridSpec.for_dataset('glm_iris_multinomial_grid', 'glm',
datasets['iris_multinomial'], {
'response_column': 'class',
'family': 'multinomial'
}, {'lambda': [0.0001, 0.001, 0.01, 0.025]}),
GridSpec.for_dataset('deeplearning_prostate_regression_grid',
'deeplearning', datasets['prostate_regression'],
{'loss': 'Quadratic'}, {'epochs': [0.1, 0.5, 1]}),
GridSpec.for_dataset('deeplearning_prostate_binomial_grid',
'deeplearning', datasets['prostate_binomial'], {
'hidden': [20, 20],
'loss': 'CrossEntropy'
}, {'epochs': [0.1, 0.5, 1]}),
GridSpec.for_dataset('deeplearning_airlines_binomial_grid',
'deeplearning', datasets['airlines_binomial'], {
'hidden': [10, 10],
'loss': 'CrossEntropy'
}, {'epochs': [0.1, 0.5, 1]}),
GridSpec.for_dataset('deeplearning_iris_multinomial_grid',
'deeplearning', datasets['iris_multinomial'],
{'loss': 'CrossEntropy'},
{'epochs': [0.1, 0.5, 1]}),
GridSpec.for_dataset(
'gbm_prostate_regression_grid', 'gbm',
datasets['prostate_regression'], {'max_depth': 3}, {
'ntrees': [1, 5, 10],
'distribution': ["gaussian", "poisson", "gamma", "tweedie"]
}),
GridSpec.for_dataset('gbm_prostate_binomial_grid', 'gbm',
datasets['prostate_binomial'], {}, {
'ntrees': [5, 7],
'max_depth': [1, 3, 5]
}),
GridSpec.for_dataset('gbm_airlines_binomial_grid', 'gbm',
datasets['airlines_binomial'],
{'distribution': 'multinomial'}, {
'ntrees': [1, 5, 10],
'max_depth': [1, 3, 5]
}),
GridSpec.for_dataset('gbm_iris_multinomial_grid', 'gbm',
datasets['iris_multinomial'],
{'distribution': 'multinomial'}, {
'ntrees': [1, 5, 10],
'max_depth': [1, 3, 5]
}),
# TODO: this should trigger a parameter validation error, but instead the non-grid ntrees silently overrides the grid values: GridSpec.for_dataset('gbm_iris_multinomial_grid', 'gbm', datasets['iris_multinomial'], { 'ntrees': 5, 'distribution': 'multinomial' }, { 'ntrees': [1, 5, 10], 'max_depth': [1, 3, 5] } ),
# Test stopping criteria:
GridSpec.for_dataset(
'gbm_prostate_regression_grid_max_3', 'gbm',
datasets['prostate_regression'], {'max_depth': 3}, {
'ntrees': [1, 2, 4],
'distribution': ["gaussian", "poisson", "gamma", "tweedie"]
}, {
'strategy': "RandomDiscrete",
'max_models': 3
}),
GridSpec.for_dataset(
'gbm_prostate_regression_grid_max_20mS', 'gbm',
datasets['prostate_regression'], {'max_depth': 3}, {
'ntrees': [1, 2, 4],
'distribution': ["gaussian", "poisson", "gamma", "tweedie"]
}, {
'strategy': "RandomDiscrete",
'max_runtime_secs': 0.020
}),
GridSpec.for_dataset(
'gbm_prostate_regression_grid_stopping_deviance', 'gbm',
datasets['prostate_regression'], {}, {
'max_depth': [1, 2, 3, 4, 5, 6, 7],
'ntrees': [1, 2, 3, 4, 5, 6],
'distribution': ["gaussian", "poisson", "gamma"]
}, {
'strategy': "RandomDiscrete",
'seed': 42,
'stopping_metric': 'deviance',
'stopping_tolerance': 0.00001,
'stopping_rounds': 5
}),
GridSpec.for_dataset(
'gbm_prostate_regression_grid_stopping_auto', 'gbm',
datasets['prostate_regression'], {}, {
'max_depth': [1, 2, 3, 4, 5, 6, 7],
'ntrees': [1, 2, 3, 4, 5, 6],
'distribution': ["gaussian", "poisson", "gamma"]
}, {
'strategy': "RandomDiscrete",
'seed': 42,
'stopping_metric': 'AUTO',
'stopping_tolerance': 0.00001,
'stopping_rounds': 5
}),
]
for grid_spec in grids_to_build:
grid = grid_spec.build_and_validate_grid(a_node)
for model_key in grid['model_ids']:
model_key = model_key['name']
built_models[model_key] = a_node.models(key=model_key)
# test search limits: max_models
grid = a_node.grid(key='gbm_prostate_regression_grid_max_3')
assert len(
grid['model_ids']
) == 3, "FAIL: using max_models, expected a max of 3 models, got: " + str(
len(grid['model_ids']))
# test search limits: max_runtime_secs
grid = a_node.grid(key='gbm_prostate_regression_grid_max_20mS')
assert len(
grid['model_ids']
) < 12, "FAIL: using max_runtime_secs, expected less than 12 models, got: " + str(
len(grid['model_ids']))
# test search limits: stopping_deviance
grid = a_node.grid(key='gbm_prostate_regression_grid_stopping_deviance')
deviance_model_count = len(grid['model_ids'])
assert len(
grid['model_ids']
) < 126, "FAIL: using asymptotic deviance stopping criterion, expected less than 126 models, got: " + str(
len(grid['model_ids']))
# test search limits: stopping_auto
grid = a_node.grid(key='gbm_prostate_regression_grid_stopping_auto')
auto_model_count = len(grid['model_ids'])
assert len(
grid['model_ids']
) < 126, "FAIL: using asymptotic auto stopping criterion, expected less than 126 models, got: " + str(
len(grid['model_ids']))
# test that AUTO gave the same answer as deviance
assert deviance_model_count == auto_model_count, "FAIL: using asymptotic auto stopping criterion, expected the same number of models as deviance, got: " + str(
auto_model_count) + " instead of: " + str(deviance_model_count)
# grid = a_node.grid(key='kmeans_prostate_grid', sort_by='', decreasing=True)
h2o_test_utils.fetch_and_validate_grid_sort(a_node,
key='kmeans_prostate_grid',
sort_by='totss',
decreasing=True)
h2o_test_utils.fetch_and_validate_grid_sort(a_node,
key='kmeans_prostate_grid',
sort_by='tot_withinss',
decreasing=True)
h2o_test_utils.fetch_and_validate_grid_sort(a_node,
key='kmeans_prostate_grid',
sort_by='betweenss',
decreasing=True)
h2o_test_utils.fetch_and_validate_grid_sort(a_node,
key='kmeans_prostate_grid',
sort_by='totss',
decreasing=False)
h2o_test_utils.fetch_and_validate_grid_sort(a_node,
key='kmeans_prostate_grid',
sort_by='tot_withinss',
decreasing=False)
h2o_test_utils.fetch_and_validate_grid_sort(a_node,
key='kmeans_prostate_grid',
sort_by='betweenss',
decreasing=False)
# import sys
# sys.exit(0)
#######################################
# Test default parameters validation for each model builder
#
if h2o_test_utils.isVerbose():
print('Testing ModelBuilder default parameters. . .')
model_builders = a_node.model_builders(timeoutSecs=240)['model_builders']
# Do we know about all of them?
server_algos = model_builders.keys()
assert len(
set(server_algos) - set(algos)
) == 0, "FAIL: Our set of algos doesn't match what the server knows about. Ours: " + repr(
algos) + "; server's: " + repr(server_algos)
for algo, model_builder in model_builders.iteritems():
parameters_list = model_builder['parameters']
test_parameters = {
value['name']: value['default_value']
for value in parameters_list
} # collect default parameters
if algo in algo_additional_default_params:
test_parameters.update(algo_additional_default_params[algo])
if h2o_test_utils.isVerboser():
print('Testing ' + algo + ' with params: ' + repr(test_parameters))
parameters_validation = a_node.validate_model_parameters(
algo=algo,
training_frame=None,
parameters=test_parameters,
timeoutSecs=240) # synchronous
assert 'error_count' in parameters_validation, "FAIL: Failed to find error_count in good-parameters parameters validation result."
h2o.H2O.verboseprint("Bad params validation messages: ",
repr(parameters_validation))
expected_count = 0
if expected_count != parameters_validation['error_count']:
print("validation errors: ")
pp.pprint(parameters_validation)
assert expected_count == parameters_validation[
'error_count'], "FAIL: " + str(
expected_count
) + " != error_count in good-parameters parameters validation result."
#######################################
# Test DeepLearning parameters validation
#
# Default parameters:
if h2o_test_utils.isVerbose():
print('Testing DeepLearning default parameters. . .')
model_builder = a_node.model_builders(
algo='deeplearning', timeoutSecs=240)['model_builders']['deeplearning']
dl_test_parameters_list = model_builder['parameters']
dl_test_parameters = {
value['name']: value['default_value']
for value in dl_test_parameters_list
}
parameters_validation = a_node.validate_model_parameters(
algo='deeplearning',
training_frame=None,
parameters=dl_test_parameters,
timeoutSecs=240) # synchronous
assert 'error_count' in parameters_validation, "FAIL: Failed to find error_count in good-parameters parameters validation result."
h2o.H2O.verboseprint("Bad params validation messages: ",
repr(parameters_validation))
if 0 != parameters_validation['error_count']:
print("validation errors: ")
pp.pprint(parameters_validation)
assert 0 == parameters_validation[
'error_count'], "FAIL: 0 != error_count in good-parameters parameters validation result."
# Good parameters (note: testing with null training_frame):
if h2o_test_utils.isVerbose():
print('Testing DeepLearning good parameters. . .')
dl_test_parameters = {
'response_column': 'CAPSULE',
'hidden': "[10, 20, 10]"
}
parameters_validation = a_node.validate_model_parameters(
algo='deeplearning',
training_frame=None,
parameters=dl_test_parameters,
timeoutSecs=240) # synchronous
assert 'error_count' in parameters_validation, "FAIL: Failed to find error_count in good-parameters parameters validation result."
h2o.H2O.verboseprint("Bad params validation messages: ",
repr(parameters_validation))
if 0 != parameters_validation['error_count']:
print("validation errors: ")
pp.pprint(parameters_validation)
assert 0 == parameters_validation[
'error_count'], "FAIL: 0 != error_count in good-parameters parameters validation result."
# Bad parameters (hidden is null):
# (note: testing with null training_frame)
if h2o_test_utils.isVerbose():
print('Testing DeepLearning bad parameters, null training_frame. . .')
dl_test_parameters = {
'response_column': 'CAPSULE',
'hidden': "[10, 20, 10]",
'input_dropout_ratio': 27
}
parameters_validation = a_node.validate_model_parameters(
algo='deeplearning',
training_frame=None,
parameters=dl_test_parameters,
timeoutSecs=240) # synchronous
assert 'error_count' in parameters_validation, "FAIL: Failed to find error_count in bad-parameters parameters validation result (input_dropout_ratio)."
h2o.H2O.verboseprint("Good params validation messages: ",
repr(parameters_validation))
assert 0 != parameters_validation[
'error_count'], "FAIL: 0 == error_count in bad-parameters parameters validation result: " + repr(
parameters_validation)
found_expected_error = False
for validation_message in parameters_validation['messages']:
if validation_message['message_type'] == 'ERRR' and validation_message[
'field_name'] == 'input_dropout_ratio':
found_expected_error = True
assert found_expected_error, "FAIL: Failed to find error message about input_dropout_ratio in the validation messages."
# Bad parameters (no response_column):
if h2o_test_utils.isVerbose():
print('Testing DeepLearning bad parameters, null response_column. . .')
dl_test_parameters = {'hidden': "[10, 20, 10]"}
parameters_validation = a_node.validate_model_parameters(
algo='deeplearning',
training_frame='prostate_binomial',
parameters=dl_test_parameters,
timeoutSecs=240) # synchronous
assert 'error_count' in parameters_validation, "FAIL: Failed to find error_count in bad-parameters parameters validation result (response_column)."
h2o.H2O.verboseprint("Good params validation messages: ",
repr(parameters_validation))
assert 0 != parameters_validation[
'error_count'], "FAIL: 0 == error_count in bad-parameters parameters validation result: " + repr(
parameters_validation)
#######################################
# Try to build DeepLearning model for Prostate but with bad parameters; we should get a ModelParametersSchema with the error.
if h2o_test_utils.isVerbose():
print(
'About to try to build a DeepLearning model with bad parameters. . .'
)
dl_prostate_bad_parameters = {
'response_column': 'CAPSULE',
'hidden': "[10, 20, 10]",
'input_dropout_ratio': 27
}
parameters_validation = a_node.build_model(
algo='deeplearning',
model_id='deeplearning_prostate_binomial_bad',
training_frame='prostate_binomial',
parameters=dl_prostate_bad_parameters,
timeoutSecs=240) # synchronous
h2o_test_utils.validate_validation_messages(parameters_validation,
['input_dropout_ratio'])
assert parameters_validation['__http_response'][
'status_code'] == requests.codes.precondition_failed, "FAIL: expected 412 Precondition Failed from a bad build request, got: " + str(
parameters_validation['__http_response']['status_code'])
if h2o_test_utils.isVerbose():
print('Done trying to build DeepLearning model with bad parameters.')
#####################################
# Early test of predict()
# TODO: remove after we remove the early exit
p = a_node.predict(
model='deeplearning_airlines_binomial',
frame='airlines_binomial',
predictions_frame='deeplearning_airlines_binomial_predictions')
h2o_test_utils.validate_predictions(
a_node,
p,
'deeplearning_airlines_binomial',
'airlines_binomial',
43978,
predictions_frame='deeplearning_airlines_binomial_predictions')
h2o_test_utils.validate_frame_exists(
a_node, 'deeplearning_airlines_binomial_predictions')
h2o.H2O.verboseprint("Predictions for scoring: ",
'deeplearning_airlines_binomial', " on: ",
'airlines_binomial', ": ", repr(p))
def load_and_test(a_node, pp):
##################
# Test CreateFrame
if h2o_test_utils.isVerbose(): print 'Testing CreateFrame. . .'
created_job = a_node.create_frame(dest='created') # call with defaults
a_node.poll_job(job_key=created_job['key']['name']) # wait until done and get CreateFrameV3 instance (aka the Job)
frames = a_node.frames(key='created')['frames']
assert len(frames) == 1, "FAIL: expected to find 1 frame called 'created', found: " + str(len(frames))
assert frames[0]['frame_id']['name'] == 'created', "FAIL: expected to find 1 frame called 'created', found: " + repr(frames)
created = frames[0]
assert 'rows' in created, "FAIL: failed to find 'rows' field in CreateFrame result."
assert created['rows'] == 10000, "FAIL: expected value of 'rows' field in CreateFrame result to be: " + str(10000) + ", found: " + str(created['rows'])
assert 'columns' in created, "FAIL: failed to find 'columns' field in CreateFrame result."
assert len(created['columns']) == 10, "FAIL: expected value of 'columns' field in CreateFrame result to be: " + str(10) + ", found: " + str(len(created['columns']))
#########################################################
# Import and test all the datasets we'll need for the subsequent tests:
#########################################################
# dest_key, path, expected_rows, model_category, response_column, ignored_columns
datasets_to_import = [
DatasetSpec('prostate_clustering', '../../smalldata/logreg/prostate.csv', 380, 'Clustering', None, ['ID']),
DatasetSpec('prostate_binomial', '../../smalldata/logreg/prostate.csv', 380, 'Binomial', 'CAPSULE', ['ID']),
DatasetSpec('prostate_regression', '../../smalldata/logreg/prostate.csv', 380, 'Regression', 'AGE', ['ID']),
DatasetSpec('airlines_binomial', '../../smalldata/airlines/allyears2k_headers.zip', 43978, 'Binomial', 'IsDepDelayed', ['IsArrDelayed', 'ArrDelay', 'DepDelay']), # TODO: more ignored?
DatasetSpec('iris_multinomial', '../../smalldata/iris/iris_wheader.csv', 150, 'Multinomial', 'class', []),
]
datasets = {} # the dataset spec
for dataset_spec in datasets_to_import:
dataset = dataset_spec.import_and_validate_dataset(a_node) # it's also stored in dataset_spec['dataset']
datasets[dataset_spec['dest_key']] = dataset_spec
################################################
# Test /Frames for prostate.csv
frames = a_node.frames(row_count=5)['frames']
frames_dict = h2o_test_utils.list_to_dict(frames, 'frame_id/name')
# TODO: remove:
if h2o_test_utils.isVerboser():
print "frames: "
pp.pprint(frames)
if h2o_test_utils.isVerboser():
print "frames_dict: "
pp.pprint(frames_dict)
assert 'prostate_binomial' in frames_dict, "FAIL: Failed to find " + 'prostate_binomial' + " in Frames list."
assert not frames_dict['prostate_binomial']['is_text'], "FAIL: Parsed Frame is is_text"
# Test /Frames/{key} for prostate.csv
frames = a_node.frames(key='prostate_binomial', row_count=5)['frames']
frames_dict = h2o_test_utils.list_to_dict(frames, 'frame_id/name')
assert 'prostate_binomial' in frames_dict, "FAIL: Failed to find prostate.hex in Frames list."
columns_dict = h2o_test_utils.list_to_dict(frames[0]['columns'], 'label')
assert 'CAPSULE' in columns_dict, "FAIL: Failed to find CAPSULE in Frames/prostate.hex."
assert 'AGE' in columns_dict, "FAIL: Failed to find AGE in Frames/prostate.hex/columns."
assert 'histogram_bins' in columns_dict['AGE'], "FAIL: Failed to find bins in Frames/prostate.hex/columns/AGE."
h2o.H2O.verboseprint('bins: ' + repr(columns_dict['AGE']['histogram_bins']))
assert None is columns_dict['AGE']['histogram_bins'], "FAIL: Failed to clear bins field." # should be cleared except for /summary
# Test /Frames/{key}/columns for prostate.csv
frames = a_node.columns(key='prostate_binomial')['frames']
columns_dict = h2o_test_utils.list_to_dict(frames[0]['columns'], 'label')
assert 'ID' in columns_dict, "FAIL: Failed to find ID in Frames/prostate.hex/columns."
assert 'AGE' in columns_dict, "FAIL: Failed to find AGE in Frames/prostate.hex/columns."
assert 'histogram_bins' in columns_dict['AGE'], "FAIL: Failed to find bins in Frames/prostate.hex/columns/AGE."
h2o.H2O.verboseprint('bins: ' + repr(columns_dict['AGE']['histogram_bins']))
assert None is columns_dict['AGE']['histogram_bins'], "FAIL: Failed to clear bins field." # should be cleared except for /summary
# Test /Frames/{key}/columns/{label} for prostate.csv
frames = a_node.column(key='prostate_binomial', column='AGE')['frames']
columns_dict = h2o_test_utils.list_to_dict(frames[0]['columns'], 'label')
assert 'AGE' in columns_dict, "FAIL: Failed to find AGE in Frames/prostate.hex/columns."
assert 'histogram_bins' in columns_dict['AGE'], "FAIL: Failed to find bins in Frames/prostate.hex/columns/AGE."
h2o.H2O.verboseprint('bins: ' + repr(columns_dict['AGE']['histogram_bins']))
assert None is columns_dict['AGE']['histogram_bins'], "FAIL: Failed to clear bins field." # should be cleared except for /summary
# Test /Frames/{key}/columns/{label}/summary for prostate.csv
frames = a_node.summary(key='prostate_binomial', column='AGE')['frames']
columns_dict = h2o_test_utils.list_to_dict(frames[0]['columns'], 'label')
assert 'AGE' in columns_dict, "FAIL: Failed to find AGE in Frames/prostate.hex/columns/AGE/summary."
col = columns_dict['AGE']
h2o_test_utils.assertKeysExistAndNonNull(col, '', ['label', 'missing_count', 'zero_count', 'positive_infinity_count', 'negative_infinity_count', 'mins', 'maxs', 'mean', 'sigma', 'type', 'data', 'precision', 'histogram_bins', 'histogram_base', 'histogram_stride', 'percentiles'])
h2o_test_utils.assertKeysExist(col, '', ['domain', 'string_data'])
assert col['mins'][0] == 43, 'FAIL: Failed to find 43 as the first min for AGE.'
assert col['maxs'][0] == 79, 'FAIL: Failed to find 79 as the first max for AGE.'
assert abs(col['mean'] - 66.03947368421052) < 1e-8, 'FAIL: Failed to find 66.03947368421052 as the mean for AGE.'
assert abs(col['sigma'] - 6.527071269173308) < 1e-8, 'FAIL: Failed to find 6.527071269173308 as the sigma for AGE.'
assert col['type'] == 'int', 'FAIL: Failed to find int as the type for AGE.'
assert col['data'][0] == 65, 'FAIL: Failed to find 65 as the first data for AGE.'
assert col['precision'] == -1, 'FAIL: Failed to find -1 as the precision for AGE.'
assert col['histogram_bins'][0] == 1, 'FAIL: Failed to find 1 as the first bin for AGE.'
assert col['histogram_base'] == 43, 'FAIL: Failed to find 43 as the histogram_base for AGE.'
assert col['histogram_stride'] == 1, 'FAIL: Failed to find 1 as the histogram_stride for AGE.'
assert col['percentiles'][0] == 44.516, 'FAIL: Failed to find 43.516 as the 0.1% percentile for AGE. '+str(col['percentiles'][0])
assert col['percentiles'][1] == 50.79, 'FAIL: Failed to find 50.79 as the 1.0% percentile for AGE. '+str(col['percentiles'][1])
assert col['percentiles'][15] == 78, 'FAIL: Failed to find 78 as the 99.0% percentile for AGE. '+str(col['percentiles'][15])
assert col['percentiles'][16] == 79, 'FAIL: Failed to find 79 as the 99.9% percentile for AGE. '+str(col['percentiles'][16])
# NB: col['percentiles'] corresponds to probs=[0.001,0.01,0.1,0.2,0.25,0.3,1.0/3.0,0.4,0.5,0.6,2.0/3.0,0.7,0.75,0.8,0.9,0.99,0.999]
# Test /SplitFrame for prostate.csv
if h2o_test_utils.isVerbose(): print 'Testing SplitFrame with named destination_frames. . .'
splits = a_node.split_frame(dataset='prostate_binomial', ratios=[0.8], destination_frames=['bigger', 'smaller'])
frames = a_node.frames()['frames']
h2o_test_utils.validate_frame_exists(a_node, 'bigger', frames)
h2o_test_utils.validate_frame_exists(a_node, 'smaller', frames)
bigger = a_node.frames(key='bigger')['frames'][0]
smaller = a_node.frames(key='smaller')['frames'][0]
assert bigger['rows'] == 304, 'FAIL: 80/20 SplitFrame yielded the wrong number of rows. Expected: 304; got: ' + bigger['rows']
assert smaller['rows'] == 76, 'FAIL: 80/20 SplitFrame yielded the wrong number of rows. Expected: 76; got: ' + smaller['rows']
# TODO: h2o_test_utils.validate_job_exists(a_node, splits['frame_id']['name'])
if h2o_test_utils.isVerbose(): print 'Testing SplitFrame with generated destination_frames. . .'
splits = a_node.split_frame(dataset='prostate_binomial', ratios=[0.5])
frames = a_node.frames()['frames']
h2o_test_utils.validate_frame_exists(a_node, splits['destination_frames'][0]['name'], frames)
h2o_test_utils.validate_frame_exists(a_node, splits['destination_frames'][1]['name'], frames)
first = a_node.frames(key=splits['destination_frames'][0]['name'])['frames'][0]
second = a_node.frames(key=splits['destination_frames'][1]['name'])['frames'][0]
assert first['rows'] == 190, 'FAIL: 50/50 SplitFrame yielded the wrong number of rows. Expected: 190; got: ' + first['rows']
assert second['rows'] == 190, 'FAIL: 50/50 SplitFrame yielded the wrong number of rows. Expected: 190; got: ' + second['rows']
# TODO: h2o_test_utils.validate_job_exists(a_node, splits['frame_id']['name'])
return datasets
def load_and_test(a_node, pp):
##################
# Test CreateFrame
if h2o_test_utils.isVerbose(): print 'Testing CreateFrame. . .'
created_job = a_node.create_frame(dest='created') # call with defaults
a_node.poll_job(job_key=created_job['key']['name']) # wait until done and get CreateFrameV3 instance (aka the Job)
frames = a_node.frames(key='created')['frames']
assert len(frames) == 1, "FAIL: expected to find 1 frame called 'created', found: " + str(len(frames))
assert frames[0]['frame_id']['name'] == 'created', "FAIL: expected to find 1 frame called 'created', found: " + repr(frames)
created = frames[0]
assert 'rows' in created, "FAIL: failed to find 'rows' field in CreateFrame result."
assert created['rows'] == 10000, "FAIL: expected value of 'rows' field in CreateFrame result to be: " + str(10000) + ", found: " + str(created['rows'])
assert 'columns' in created, "FAIL: failed to find 'columns' field in CreateFrame result."
assert len(created['columns']) == 10, "FAIL: expected value of 'columns' field in CreateFrame result to be: " + str(10) + ", found: " + str(len(created['columns']))
# Test CreateFrame -- With Wrong parameter
param_job = a_node.create_frame(raiseIfNon200=False, dests='created')
h2o_test_utils.validate_412_statusCode(param_job)
h2o_test_utils.validate_412_InfoMessage(param_job, "Unknown parameter: dests")
#########################################################
# Import and test all the datasets we'll need for the subsequent tests:
#########################################################
# dest_key, path, expected_rows, model_category, response_column, ignored_columns
datasets_to_import = [
DatasetSpec('prostate_clustering', '../../smalldata/logreg/prostate.csv', 380, 'Clustering', None, ['ID']),
DatasetSpec('prostate_binomial', '../../smalldata/logreg/prostate.csv', 380, 'Binomial', 'CAPSULE', ['ID']),
DatasetSpec('prostate_regression', '../../smalldata/logreg/prostate.csv', 380, 'Regression', 'AGE', ['ID']),
DatasetSpec('prostate_delete', '../../smalldata/logreg/prostate.csv', 380, 'Regression', 'AGE', ['ID']),
DatasetSpec('prostate_spt_negetive', '../../smalldata/logreg/prostate.csv', 380, 'Regression', 'AGE', ['ID']),
DatasetSpec('airlines_binomial', '../../smalldata/airlines/allyears2k_headers.zip', 43978, 'Binomial', 'IsDepDelayed', ['IsArrDelayed', 'ArrDelay', 'DepDelay']), # TODO: more ignored?
DatasetSpec('iris_multinomial', '../../smalldata/iris/iris_wheader.csv', 150, 'Multinomial', 'class', []),
]
datasets = {} # the dataset spec
for dataset_spec in datasets_to_import:
dataset = dataset_spec.import_and_validate_dataset(a_node) # it's also stored in dataset_spec['dataset']
datasets[dataset_spec['dest_key']] = dataset_spec
################################################
# Test /Frames for prostate.csv
frames = a_node.frames(row_count=5)['frames']
frames_dict = h2o_test_utils.list_to_dict(frames, 'frame_id/name')
# TODO: remove:
if h2o_test_utils.isVerboser():
print "frames: "
pp.pprint(frames)
if h2o_test_utils.isVerboser():
print "frames_dict: "
pp.pprint(frames_dict)
assert 'prostate_binomial' in frames_dict, "FAIL: Failed to find " + 'prostate_binomial' + " in Frames list."
assert not frames_dict['prostate_binomial']['is_text'], "FAIL: Parsed Frame is is_text"
# Test /Frames/{key} for prostate.csv
frames = a_node.frames(key='prostate_binomial', row_count=5)['frames']
frames_dict = h2o_test_utils.list_to_dict(frames, 'frame_id/name')
assert 'prostate_binomial' in frames_dict, "FAIL: Failed to find prostate.hex in Frames list."
columns_dict = h2o_test_utils.list_to_dict(frames[0]['columns'], 'label')
assert 'CAPSULE' in columns_dict, "FAIL: Failed to find CAPSULE in Frames/prostate.hex."
assert 'AGE' in columns_dict, "FAIL: Failed to find AGE in Frames/prostate.hex/columns."
assert 'histogram_bins' in columns_dict['AGE'], "FAIL: Failed to find bins in Frames/prostate.hex/columns/AGE."
h2o.H2O.verboseprint('bins: ' + repr(columns_dict['AGE']['histogram_bins']))
assert None is columns_dict['AGE']['histogram_bins'], "FAIL: Failed to clear bins field." # should be cleared except for /summary
# Test /Frames for prostate.csv -- Wrong Parameter
print("Testing the Bad Parameters.....")
param_frames = a_node.frames_negetive(row_counts=5)
h2o_test_utils.validate_412_statusCode(param_frames)
h2o_test_utils.validate_412_InfoMessage(param_frames, "Unknown parameter: row_counts")
print("DONE Testing the Bad Parameters.....")
# Test /Frames/{key}/columns for prostate.csv
frames = a_node.columns(key='prostate_binomial')['frames']
columns_dict = h2o_test_utils.list_to_dict(frames[0]['columns'], 'label')
assert 'ID' in columns_dict, "FAIL: Failed to find ID in Frames/prostate.hex/columns."
assert 'AGE' in columns_dict, "FAIL: Failed to find AGE in Frames/prostate.hex/columns."
assert 'histogram_bins' in columns_dict['AGE'], "FAIL: Failed to find bins in Frames/prostate.hex/columns/AGE."
h2o.H2O.verboseprint('bins: ' + repr(columns_dict['AGE']['histogram_bins']))
assert None is columns_dict['AGE']['histogram_bins'], "FAIL: Failed to clear bins field." # should be cleared except for /summary
# Test /Frames/{key} for prostate.csv ### worong Parameter
key_param_frames = a_node.frames_negetive(key='prostate_binomial', row_offsets=10)
h2o_test_utils.validate_412_statusCode(key_param_frames)
h2o_test_utils.validate_412_InfoMessage(key_param_frames, "Unknown parameter: row_offsets")
# Test /Frames/{key}/columns/{label} for prostate.csv
frames = a_node.column(key='prostate_binomial', column='AGE')['frames']
columns_dict = h2o_test_utils.list_to_dict(frames[0]['columns'], 'label')
assert 'AGE' in columns_dict, "FAIL: Failed to find AGE in Frames/prostate.hex/columns."
assert 'histogram_bins' in columns_dict['AGE'], "FAIL: Failed to find bins in Frames/prostate.hex/columns/AGE."
h2o.H2O.verboseprint('bins: ' + repr(columns_dict['AGE']['histogram_bins']))
assert None is columns_dict['AGE']['histogram_bins'], "FAIL: Failed to clear bins field." # should be cleared except for /summary
# Test /Frames/{key}/columns/{label} for prostate.csv ### Wrong param
col_param_frames = a_node.frames_negetive(key='prostate_binomial', column_counts=3)
h2o_test_utils.validate_412_statusCode(col_param_frames)
h2o_test_utils.validate_412_InfoMessage(col_param_frames, "Unknown parameter: column_counts")
# Test /Frames/{key}/columns/{label}/summary for prostate.csv
frames = a_node.summary(key='prostate_binomial', column='AGE')['frames']
columns_dict = h2o_test_utils.list_to_dict(frames[0]['columns'], 'label')
assert 'AGE' in columns_dict, "FAIL: Failed to find AGE in Frames/prostate.hex/columns/AGE/summary."
col = columns_dict['AGE']
h2o_test_utils.assertKeysExistAndNonNull(col, '', ['label', 'missing_count', 'zero_count', 'positive_infinity_count', 'negative_infinity_count', 'mins', 'maxs', 'mean', 'sigma', 'type', 'data', 'precision', 'histogram_bins', 'histogram_base', 'histogram_stride', 'percentiles'])
h2o_test_utils.assertKeysExist(col, '', ['domain', 'string_data'])
assert col['mins'][0] == 43, 'FAIL: Failed to find 43 as the first min for AGE.'
assert col['maxs'][0] == 79, 'FAIL: Failed to find 79 as the first max for AGE.'
assert abs(col['mean'] - 66.03947368421052) < 1e-8, 'FAIL: Failed to find 66.03947368421052 as the mean for AGE.'
assert abs(col['sigma'] - 6.527071269173308) < 1e-8, 'FAIL: Failed to find 6.527071269173308 as the sigma for AGE.'
assert col['type'] == 'int', 'FAIL: Failed to find int as the type for AGE.'
assert col['data'][0] == 65, 'FAIL: Failed to find 65 as the first data for AGE.'
assert col['precision'] == -1, 'FAIL: Failed to find -1 as the precision for AGE.'
assert col['histogram_bins'][0] == 1, 'FAIL: Failed to find 1 as the first bin for AGE.'
assert col['histogram_base'] == 43, 'FAIL: Failed to find 43 as the histogram_base for AGE.'
assert col['histogram_stride'] == 1, 'FAIL: Failed to find 1 as the histogram_stride for AGE.'
assert col['percentiles'][0] == 44.516, 'FAIL: Failed to find 43.516 as the 0.1% percentile for AGE. '+str(col['percentiles'][0])
assert col['percentiles'][1] == 50.79, 'FAIL: Failed to find 50.79 as the 1.0% percentile for AGE. '+str(col['percentiles'][1])
assert col['percentiles'][9] == 78, 'FAIL: Failed to find 78 as the 99.0% percentile for AGE. '+str(col['percentiles'][9])
assert col['percentiles'][10] == 79, 'FAIL: Failed to find 79 as the 99.9% percentile for AGE. '+str(col['percentiles'][10])
# NB: col['percentiles'] corresponds to probs=[0.001, 0.01, 0.1, 0.25, 0.333, 0.5, 0.667, 0.75, 0.9, 0.99, 0.999]
# Test /Frames/{key}/columns/{label} for prostate.csv ### Wrong param
summary_param_frames = a_node.frames_negetive(key='prostate_binomial', find_compatible_model=0)
h2o_test_utils.validate_412_statusCode(summary_param_frames)
h2o_test_utils.validate_412_InfoMessage(summary_param_frames, "Unknown parameter: find_compatible_model")
#Test /Frames/{key}/export for prostate.csv ### Positive
job = a_node.export(key='prostate_binomial',
row_count=100, path="/Users/sureshvuyyuru/export", force="true")['job']
assert job['dest']['name'] == '/Users/sureshvuyyuru/export', "FAIL: Export Name is not as Expected"
assert job['description'] == 'Export frame', "FAIL: Frame Descrion is NOT Correct"
#Test /Frames/{key}/export for prostate.csv ### Wrong param
job_negetive = a_node.export(key='prostate_binomial', raiseIfNon200=False,
row_count=100, path="/Users/sureshvuyyuru/export", forces="true")
h2o_test_utils.validate_412_statusCode(job_negetive)
h2o_test_utils.validate_412_InfoMessage(job_negetive, 'Unknown parameter: forces')
#Suresh domain ### Positive
# Test /Frames/{key}/columns/{label}/domain for created
domains = a_node.domain(key='iris_multinomial', raiseIfNon200=False, column='class', row_offset=0, row_count=100)
domain = domains['domain']
#pp.pprint(domains)
assert 'Iris-setosa' in domain[0], "FAIL: Does not find the domain value"
assert 'Iris-virginica' in domain[0], "FAIL: Does not find the domain Value"
#Suresh domain ### Negetive
domains_negetive = a_node.domain(key='iris_multinomial', column='class', domain='Iris-setosa')
h2o_test_utils.validate_412_statusCode(domains_negetive)
h2o_test_utils.validate_412_InfoMessage(domains_negetive, 'Attempting to set output field: domain for class: class water.api.FramesV3')
# Suresh -- ### delete Frame
#Test DELETE /Frames/{key} for prostate.csv
resp = a_node.delete_frame(key='prostate_delete')
assert resp['row_count'] == 0, "FAIL: Row count is not Zero in delete frame"
assert 'rows' not in resp, "FAIL: Row count is not Zero in delete frame"
print("prostate_delete Frame has deleted...")
# Test /SplitFrame for prostate.csv
if h2o_test_utils.isVerbose(): print 'Testing SplitFrame with named destination_frames. . .'
splits = a_node.split_frame(dataset='prostate_binomial', ratios=[0.8], destination_frames=['bigger', 'smaller'])
frames = a_node.frames()['frames']
h2o_test_utils.validate_frame_exists(a_node, 'bigger', frames)
h2o_test_utils.validate_frame_exists(a_node, 'smaller', frames)
bigger = a_node.frames(key='bigger')['frames'][0]
smaller = a_node.frames(key='smaller')['frames'][0]
assert bigger['rows'] == 304, 'FAIL: 80/20 SplitFrame yielded the wrong number of rows. Expected: 304; got: ' + bigger['rows']
assert smaller['rows'] == 76, 'FAIL: 80/20 SplitFrame yielded the wrong number of rows. Expected: 76; got: ' + smaller['rows']
# TODO: h2o_test_utils.validate_job_exists(a_node, splits['frame_id']['name'])
if h2o_test_utils.isVerbose(): print 'Testing SplitFrame with generated destination_frames. . .'
splits = a_node.split_frame(dataset='prostate_binomial', ratios=[0.5])
frames = a_node.frames()['frames']
h2o_test_utils.validate_frame_exists(a_node, splits['destination_frames'][0]['name'], frames)
h2o_test_utils.validate_frame_exists(a_node, splits['destination_frames'][1]['name'], frames)
first = a_node.frames(key=splits['destination_frames'][0]['name'])['frames'][0]
second = a_node.frames(key=splits['destination_frames'][1]['name'])['frames'][0]
assert first['rows'] == 190, 'FAIL: 50/50 SplitFrame yielded the wrong number of rows. Expected: 190; got: ' + first['rows']
assert second['rows'] == 190, 'FAIL: 50/50 SplitFrame yielded the wrong number of rows. Expected: 190; got: ' + second['rows']
# TODO: h2o_test_utils.validate_job_exists(a_node, splits['frame_id']['name'])
# Test /SplitFrame for prostate.csv ### Split negetive
print 'Testing SplitFrame with Wrong params...'
splits_neg = a_node.split_frame( raiseIfNon200=False, dataset='prostate_spt_negetive', ratio=[0.4], destination_frames=['bigger', 'smaller'])
h2o_test_utils.validate_412_statusCode(splits_neg)
h2o_test_utils.validate_412_InfoMessage(splits_neg, 'Unknown parameter: ratio')
#Ratio must be between 0 and 1!
return datasets
def test(a_node, pp):
####################################
# test schemas collection GET
if h2o_test_utils.isVerbose(): print('Testing /Metadata/schemas. . .')
schemas = a_node.schemas(timeoutSecs=240)
assert 'schemas' in schemas, "FAIL: failed to find 'schemas' field in output of /Metadata/schemas: " + repr(
schemas)
assert type(
schemas['schemas']
) is list, "'schemas' field in output of /Metadata/schemas is not a list: " + repr(
schemas)
assert len(
schemas['schemas']
) > 0, "'schemas' field in output of /Metadata/schemas is empty: " + repr(
schemas)
if h2o_test_utils.isVerboser():
print('Schemas: ')
pp.pprint(schemas)
####################################
# test schemas individual GET
if h2o_test_utils.isVerbose():
print('Testing /Metadata/schemas/FrameV3. . .')
schemas = a_node.schema(schemaname='FrameV3', timeoutSecs=240)
assert 'schemas' in schemas, "FAIL: failed to find 'schemas' field in output of /Metadata/schemas/FrameV3: " + repr(
schemas)
assert type(
schemas['schemas']
) is list, "'schemas' field in output of /Metadata/schemas/FrameV3 is not a list: " + repr(
schemas)
assert len(
schemas['schemas']
) == 1, "'schemas' field in output of /Metadata/schemas/FrameV3 has an unexpected length: " + repr(
schemas)
if h2o_test_utils.isVerboser():
print('Schemas: ')
pp.pprint(schemas)
#########################
# test Metadata/endpoints
if h2o_test_utils.isVerbose(): print('Testing /Metadata/endpoints. . .')
endpoints = a_node.endpoints()
assert 'routes' in endpoints, "FAIL: failed to find routes in the endpoints result."
assert type(
endpoints['routes']
) is list, "FAIL: routes in the endpoints result is not a list."
assert len(endpoints['routes']
) > 0, "FAIL: routes list in the endpoints result is empty."
assert type(
endpoints['routes']
[0]) is dict, "FAIL: routes[0] in the endpoints result is not a dict."
assert 'input_schema' in endpoints['routes'][
0], "FAIL: routes[0] in the endpoints result does not have an 'input_schema' field."
#########################
# test Metadata/schemas
if h2o_test_utils.isVerbose(): print('Testing /Metadata/schemas. . .')
schemas = a_node.schemas()
assert 'schemas' in schemas, "FAIL: failed to find schemas in the schemas result."
assert type(schemas['schemas']
) is list, "FAIL: schemas in the schemas result is not a list."
assert len(schemas['schemas']
) > 0, "FAIL: schemas list in the schemas result is empty."
assert type(
schemas['schemas']
[0]) is dict, "FAIL: schemas[0] in the schemas result is not a dict."
assert 'fields' in schemas['schemas'][
0], "FAIL: schemas[0] in the schemas result does not have an 'fields' field."
def test(a_node, pp, algos):
##################################
# Test cluster status
cloud = a_node.cloud()
if h2o_test_utils.isVerboser():
print('Cloud: ')
pp.pprint(cloud)
not_ok = a_node.cloud_is_bad()
assert not not_ok, "FAIL: cloud status is not ok! Reason: " + not_ok
jobs = a_node.jobs()
if h2o_test_utils.isVerboser():
print('Jobs: ')
pp.pprint(jobs)
assert 'jobs' in jobs, "FAIL: 'jobs' element not found in the result of /Jobs"
##################################
# Test object collection endpoints
models = a_node.models()
if h2o_test_utils.isVerboser():
print('Models: ')
pp.pprint(models)
models = a_node.models(api_version=92) # note: tests API version fallback
if h2o_test_utils.isVerboser():
print('ModelsV92: ')
pp.pprint(models)
frames = a_node.frames(row_count=5)
if h2o_test_utils.isVerboser():
print('Frames: ')
pp.pprint(frames)
####################################
# test model_builders collection GET
if h2o_test_utils.isVerbose(): print('Testing /ModelBuilders. . .')
model_builders = a_node.model_builders(timeoutSecs=240)
if h2o_test_utils.isVerboser():
print('ModelBuilders: ')
pp.pprint(model_builders)
for algo in algos:
assert algo in model_builders[
'model_builders'], "FAIL: Failed to find algo: " + algo
builder = model_builders['model_builders'][algo]
h2o_test_utils.validate_builder(algo, builder)
####################################
# test model_builders individual GET
if h2o_test_utils.isVerbose(): print('Testing /ModelBuilders/{algo}. . .')
for algo in algos:
model_builder = a_node.model_builders(algo=algo, timeoutSecs=240)
assert algo in model_builder[
'model_builders'], "FAIL: Failed to find algo: " + algo
builder = model_builders['model_builders'][algo]
h2o_test_utils.validate_builder(algo, builder)
####################################
# test model_metrics collection GET
if h2o_test_utils.isVerbose(): print('Testing /ModelMetrics. . .')
model_metrics = a_node.model_metrics(timeoutSecs=240)
if h2o_test_utils.isVerboser():
print('ModelMetrics[0]: ')
pp.pprint(model_metrics['model_metrics'][0])
####################################
# test model_metrics individual GET
model_metrics = a_node.model_metrics(
timeoutSecs=240,
model="deeplearning_prostate_binomial",
frame="prostate_binomial")