def full_benchmark_run( # Full run, multiple tests.
problem_groups: (Optional[Dict[str, Union[List[BenchmarkProblem],
List[str]]]]) = None,
method_groups: (Optional[Dict[str, Union[List[GenerationStrategy],
List[str]]]]) = None,
num_trials: Union[int, List[List[int]]] = 20,
num_replications: int = 20,
batch_size: Union[int, List[List[int]]] = 1,
raise_all_exceptions: bool = False,
benchmark_test: FunctionType = benchmark_test,
benchmark_replication: FunctionType = benchmark_replication,
benchmark_trial: FunctionType = benchmark_trial,
verbose_logging: bool = True,
# Number of trials that need to fail for a replication to be considered failed.
failed_trials_tolerated: int = 5,
# Number of replications that need to fail for a test to be considered failed.
failed_replications_tolerated: int = 3,
) -> Dict[str, Dict[str, List[Experiment]]]:
"""Full run of the benchmarking suite. To make benchmarking distrubuted at
a level of a test, a replication, or a trial (or any combination of those),
by passing in a wrapped (in some scheduling logic) version of a corresponding
function from this module.
Here, `problem_groups` and `method_groups` are dictionaries that have the same
keys such that we can run a specific subset of problems with a corresponding
subset of methods.
Example:
::
problem_groups = {
"single_fidelity": [ackley, branin],
"multi_fidelity": [augmented_hartmann],
}
method_groups = {
"single_fidelity": [single_task_GP_and_NEI_strategy],
"multi_fidelity": [fixed_noise_MFGP_and_MFKG_strategy],
}
Here, `ackley` and `branin` will be run against `single_task_GP_and_NEI_strategy`
and `augmented_hartmann` against `fixed_noise_MFGP_and_MFKG_strategy`.
Args:
problem_groups: Problems to benchmark on, represented as a dictionary from
category string to List of BenchmarkProblem-s or string keys (must be
in standard BOProblems). More on `problem_groups` below.
method_groups: Methods to benchmark on, represented as a dictionary from
category string to List of generation strategies or string keys (must
be in standard BOMethods). More on `method_groups` below.
num_replications: Number of times to run each test (each problem-method
combination), for an aggregated result.
num_trials: Number of trials in each test experiment.
raise_all_exceptions: If set to True, any encountered exception will be
raised; alternatively, failure tolerance thresholds are used and a few
number of trials `failed_trials_tolerated` can fail before a replication
is considered failed, as well some replications
`failed_replications_tolerated` can fail before a benchmarking test
is considered failed.
benchmark_test: Function that runs a single benchmarking test. Defaults
to `benchmark_test` in this module and must have the same signature.
benchmark_replication: Function that runs a single benchmarking replication.
Defaults to `benchmark_replication` in this module and must have the
same signature.
benchmark_trial: Function that runs a single trial. Defaults
to `benchmark_trial` in this module and must have the same signature.
verbose_logging: Whether logging level should be set to `INFO`.
failed_trials_tolerated: How many trials can fail before a replication is
considered failed and aborted. Defaults to 5.
failed_replications_tolerated: How many replications can fail before a
test is considered failed and aborted. Defaults to 3.
"""
problem_groups = problem_groups or {}
method_groups = method_groups or {}
_validate_groups(problem_groups, method_groups)
exceptions = []
tests: Dict[str, Dict[str, List[Experiment]]] = {}
for group_name in problem_groups:
problems, methods = utils.get_problems_and_methods(
problems=problem_groups.get(group_name),
methods=method_groups.get(group_name),
)
for problem_idx, problem in enumerate(problems):
tests[problem.name] = {}
for method_idx, method in enumerate(methods):
tests[problem.name][method.name] = []
try:
tests[problem.name][method.name] = benchmark_test(
problem=problem,
method=method,
num_replications=num_replications,
# For arguments passed as either numbers, or matrices,
# xtract corresponding values for the given combination.
num_trials=utils.get_corresponding(
num_trials, problem_idx, method_idx),
batch_size=utils.get_corresponding(
batch_size, problem_idx, method_idx),
benchmark_replication=benchmark_replication,
benchmark_trial=benchmark_trial,
raise_all_exceptions=raise_all_exceptions,
verbose_logging=verbose_logging,
failed_replications_tolerated=
failed_replications_tolerated,
failed_trials_tolerated=failed_trials_tolerated,
)
except Exception as err:
if raise_all_exceptions:
raise
exceptions.append(err) # TODO[T53975770]: test
logger.info(f"Obtained benchmarking test experiments: {tests}")
return tests
def full_benchmark_run( # Full run, multiple tests.
problems: Optional[Union[List[BenchmarkProblem], List[str]]] = None,
methods: Optional[Union[List[GenerationStrategy], List[str]]] = None,
num_trials: Union[int, List[List[int]]] = 20,
num_replications: int = 20,
batch_size: Union[int, List[List[int]]] = 1,
raise_all_exceptions: bool = False,
benchmark_test: FunctionType = benchmark_test,
benchmark_replication: FunctionType = benchmark_replication,
benchmark_trial: FunctionType = benchmark_trial,
verbose_logging: bool = True,
# Number of trials that need to fail for a replication to be considered failed.
failed_trials_tolerated: int = 5,
# Number of replications that need to fail for a test to be considered failed.
failed_replications_tolerated: int = 3,
) -> Dict[str, Dict[str, List[Experiment]]]:
"""Full run of the benchmarking suite. To make benchmarking distrubuted at
a level of a test, a replication, or a trial (or any combination of those),
by passing in a wrapped (in some scheduling logic) version of a corresponding
function from this module.
Args:
problems: Problems to benchmark on, represented as BenchmarkProblem-s
or string keys (must be in standard BOProblems). Defaults to all
standard BOProblems.
methods: Methods to benchmark, represented as generation strategies or
or string keys (must be in standard BOMethods). Defaults to all
standard BOMethods.
num_replications: Number of times to run each test (each problem-method
combination), for an aggregated result.
num_trials: Number of trials in each test experiment.
raise_all_exceptions: If set to True, any encountered exception will be
raised; alternatively, failure tolerance thresholds are used and a few
number of trials `failed_trials_tolerated` can fail before a replication
is considered failed, as well some replications
`failed_replications_tolerated` can fail before a benchmarking test
is considered failed.
benchmark_test: Function that runs a single benchmarking test. Defaults
to `benchmark_test` in this module and must have the same signature.
benchmark_replication: Function that runs a single benchmarking replication.
Defaults to `benchmark_replication` in this module and must have the
same signature.
benchmark_trial: Function that runs a single trial. Defaults
to `benchmark_trial` in this module and must have the same signature.
verbose_logging: Whether logging level should be set to `INFO`.
failed_trials_tolerated: How many trials can fail before a replication is
considered failed and aborted. Defaults to 5.
failed_replications_tolerated: How many replications can fail before a
test is considered failed and aborted. Defaults to 3.
"""
exceptions = []
tests: Dict[str, Dict[str, List[Experiment]]] = {}
problems, methods = utils.get_problems_and_methods(problems=problems,
methods=methods)
for problem_idx, problem in enumerate(problems):
tests[problem.name] = {}
for method_idx, method in enumerate(methods):
tests[problem.name][method.name] = []
try:
tests[problem.name][method.name] = benchmark_test(
problem=problem,
method=method,
num_replications=num_replications,
# For arguments passed as either numbers, or matrices,
# xtract corresponding values for the given combination.
num_trials=utils.get_corresponding(num_trials, problem_idx,
method_idx),
batch_size=utils.get_corresponding(batch_size, problem_idx,
method_idx),
benchmark_replication=benchmark_replication,
benchmark_trial=benchmark_trial,
raise_all_exceptions=raise_all_exceptions,
verbose_logging=verbose_logging,
failed_replications_tolerated=failed_replications_tolerated,
failed_trials_tolerated=failed_trials_tolerated,
)
except Exception as err:
if raise_all_exceptions:
raise
exceptions.append(err) # TODO[T53975770]: test
logger.info(f"Obtained benchmarking test experiments: {tests}")
return tests