def get_default_args(**kw):
""" Return a structure containing the arguments for current class,
builtin from a default argument mapping overloaded with @p kw """
default_args = {
"output_file": "ut_legalize_sqrt.c",
"function_name": "ut_legalize_sqrt",
"precision": ML_Binary32,
"target": GenericProcessor(),
"fast_path_extract": True,
"fuse_fma": True,
"debug": True,
"libm_compliant": True,
"test_range": Interval(S2**-8, S2**8),
"accuracy": dar(S2**-7),
}
default_args.update(kw)
return DefaultArgTemplate(**default_args)
def get_default_args(**kw):
""" Return a structure containing the arguments for current class,
builtin from a default argument mapping overloaded with @p kw """
default_args = {
"output_file": "ut_eval_error.c",
"function_name": "ut_eval_error",
"precision": FIXED_FORMAT,
"target": GenericProcessor.get_target_instance(),
"fast_path_extract": True,
"fuse_fma": True,
"debug": True,
"libm_compliant": True,
"test_range": Interval(S2**-8, S2**8),
"accuracy": dar(S2**-6),
}
default_args.update(kw)
return DefaultArgTemplate(**default_args)
def get_default_args(**kw):
""" Return a structure containing the arguments for current class,
builtin from a default argument mapping overloaded with @p kw """
default_args = {
"output_file": "ut_bfloat16.c",
"function_name": "ut_bfloat16",
"precision": ML_Binary32,
"input_precisions": [ML_UInt32],
"target": GenericProcessor.get_target_instance(),
"fast_path_extract": True,
"fuse_fma": True,
"debug": True,
"libm_compliant": True,
"table_size": 16,
"auto_test_range": Interval(0, 16),
"accuracy": dar(S2**-7),
}
default_args.update(kw)
return DefaultArgTemplate(**default_args)
import metalibm_functions.unit_tests.m128_debug as ut_m128_debug
import metalibm_functions.unit_tests.new_table as ut_new_table
import metalibm_functions.unit_tests.multi_ary_function as ut_multi_ary_function
import metalibm_functions.unit_tests.entity_pass as ut_entity_pass
import metalibm_functions.unit_tests.implicit_interval_eval as ut_implicit_interval_eval
import metalibm_functions.unit_tests.legalize_sqrt as ut_legalize_sqrt
import metalibm_functions.unit_tests.accuracies as ut_accuracies
import metalibm_functions.unit_tests.legalize_reciprocal_seed as ut_legalize_reciprocal_seed
import metalibm_functions.unit_tests.fuse_fma as ut_fuse_fma
unit_test_list = [
UnitTestScheme("legalize_reciprocal_seed", ut_legalize_reciprocal_seed,
[{
"auto_test": 1024,
"execute_trigger": True,
"accuracy": dar(S2**-6)
}]),
UnitTestScheme("fuse_fma pass test", ut_fuse_fma, [{
"passes": ["beforecodegen:fuse_fma"]
}]),
UnitTestScheme("implicit interval eval test", ut_implicit_interval_eval,
[{}]),
UnitTestScheme(
"legalization of InvSquareRoot operation",
ut_legalize_sqrt,
[{
"auto_test": 100,
"execute": True
}],
),
UnitTestScheme(
},
],
),
NewSchemeTest(
"basic rootn test",
metalibm_functions.rootn.MetaRootN,
[
{
"precision": ML_Binary32,
"input_precisions": [ML_Binary32, ML_Int32],
"auto_test_range":
[Interval(-S2**127, S2**127),
Interval(0, 255)],
"auto_test": 1000,
"execute_trigger": True,
"accuracy": dar(S2**-22)
},
{
"precision":
ML_Binary64,
"input_precisions": [ML_Binary64, ML_Int64],
"auto_test_range":
[Interval(-S2**1023, S2**1023),
Interval(0, 255)],
"auto_test":
1000,
"execute_trigger":
True,
"accuracy":
dar(S2**-50)
},
import metalibm_functions.unit_tests.m128_debug as ut_m128_debug
import metalibm_functions.unit_tests.new_table as ut_new_table
import metalibm_functions.unit_tests.multi_ary_function as ut_multi_ary_function
import metalibm_functions.unit_tests.entity_pass as ut_entity_pass
import metalibm_functions.unit_tests.implicit_interval_eval as ut_implicit_interval_eval
import metalibm_functions.unit_tests.legalize_sqrt as ut_legalize_sqrt
import metalibm_functions.unit_tests.accuracies as ut_accuracies
import metalibm_functions.unit_tests.legalize_reciprocal_seed as ut_legalize_reciprocal_seed
import metalibm_functions.unit_tests.fuse_fma as ut_fuse_fma
import metalibm_functions.unit_tests.llvm_code as ut_llvm_code
unit_test_list = [
UnitTestScheme(
"legalize_reciprocal_seed",
ut_legalize_reciprocal_seed,
[{"auto_test": 1024, "execute_trigger": True, "accuracy": dar(S2**-6)}]
),
UnitTestScheme(
"fuse_fma pass test",
ut_fuse_fma,
[{"passes": ["beforecodegen:fuse_fma"]}]
),
UnitTestScheme(
"implicit interval eval test",
ut_implicit_interval_eval,
[{}]
),
UnitTestScheme(
"legalization of InvSquareRoot operation",
ut_legalize_sqrt,
[{"auto_test": 100, "execute": True}],