def create_one_unit(self, fct_name, mode, part, platform):
# if self.verbose :
print("%s with %s with %s" % (fct_name, mode, part))
bg = Base_gen(self.tb_name, fct_name, mode)
ghg = Global_header_gen(bg, part)
r = ghg.get_gen_result()
dl = bg.get_fct_dict_list()
for rank, d in enumerate(dl):
df = d.get('functor', False)
if not df: df = self.Default_df
if df.get('no_simd_tests', False): return []
types = []
if mode == 'simd':
types = bg.recover('simd_types', df, [])
if len(types) == 0:
types = bg.recover('types', df, ['real_'])
ret_arity = int(df["ret_arity"])
d_unit = d.get("unit", {})
for typ in types:
thg = Type_header_test_gen(bg, d, typ, rank)
r += thg.get_gen_beg()
if self.verbose: print("part = %s" % part)
if ("unit" == part) and d_unit.get("specific_values", None):
svt = Specific_values_test_gen(bg, d, typ, ret_arity,
platform)
s = svt.get_gen_result()
## print(s)
## raise SystemExit
## if not s : return False
r += s
if ("cover" == part) and d_unit.get("verif_test", None):
vtg = Random_verif_test_gen(bg, d, typ, platform)
s = vtg.get_gen_result()
## print(s)
## raise SystemExit
## if not s : return False
r += s
r += thg.get_gen_end()
return r
def create_unit(tb_name, fct_name, mode):
bg = Base_gen(tb_name, fct_name, mode)
ghg = Global_header_gen(bg)
r = ghg.get_gen_result()
if True: # try :
dl = bg.get_fct_dict_list()
for rank, d in enumerate(dl):
origin = "types" if mode == 'scalar' else 'simd_types'
types = bg.recover(origin, d["functor"], ["real_convert_"])
ret_arity = int(d["functor"]["ret_arity"])
d_unit = d["unit"]
for typ in types:
thg = Type_header_test_gen(bg, d, typ, rank)
r += thg.get_gen_beg()
if d_unit.get("specific_values", None):
svt = Specific_values_test_gen(bg, d, typ, ret_arity, mode)
r += svt.get_gen_result()
if d_unit.get("verif_test", None):
vtg = Random_verif_test_gen(bg, d, typ, mode)
r += vtg.get_gen_result()
r += thg.get_gen_end()
return r
