def __init__(self, tb_name,
fct_list=None,
modes=['scalar','simd'],
parts=["unit","cover"],
platform='sse',
show=True,
write_files=False,
check_on_write=True,
backup_on_write=True,
verbose=False) :
self.tb_name =tb_name
Nt2_tb_props.__init__(self,tb_name)
if fct_list is None :
self.fcts = self.get_fcts_list()
elif isinstance(fct_list,str ) :
self.fcts = [fct_list]
else :
self.fcts = fct_list
self.parts = parts
if isinstance(self.parts,str ) : self.parts = [self.parts]
self.modes = modes
if isinstance(self.modes,str ) : self.modes = [self.modes]
self.platform=platform
self.show = show
self.write_files =write_files
self.check_on_write = check_on_write
self.backup_on_write = backup_on_write
self.verbose=verbose
def __init__(self,
tb_name,
fct_list=None,
modes=['scalar', 'simd'],
parts=["unit", "cover"],
platform='sse',
show=True,
write_files=False,
check_on_write=True,
backup_on_write=True,
verbose=False):
self.tb_name = tb_name
Nt2_tb_props.__init__(self, tb_name)
if fct_list is None:
self.fcts = self.get_fcts_list()
elif isinstance(fct_list, str):
self.fcts = [fct_list]
else:
self.fcts = fct_list
self.parts = parts
if isinstance(self.parts, str): self.parts = [self.parts]
self.modes = modes
if isinstance(self.modes, str): self.modes = [self.modes]
self.platform = platform
self.show = show
self.write_files = write_files
self.check_on_write = check_on_write
self.backup_on_write = backup_on_write
self.verbose = verbose
def __init__(self, tb_name, fct_name, mode="scalar", submode="") :
Nt2_tb_props.__init__(self, tb_name)
# Nt2_base_infos.__init__(self)
# Nt2_tb_struct.__init__(self)
# self.__tb_name = tb_name
self.__fct_name = fct_name
self.__mode = mode
self.__fct_arities = self.__read_arities()
self.__fct_ret_arity = self.__read_ret_arity()
def create_bench(tb_name,
fct_list=None,
modes=('scalar', 'simd'),
show=True,
write_files=False,
check_on_write=True,
backup_on_write=True,
simd_type='sse'):
bg = Nt2_modules()
## print(bg.get_module_style(tb_name))
if bg.get_module_style(tb_name) == 'usr': modes = ['scalar']
if fct_list is None:
fcts = Nt2_tb_props(tb_name).get_fcts_list()
elif isinstance(fct_list, str):
fcts = [fct_list]
else:
fcts = fct_list
if isinstance(modes, str): modes = [modes]
for fct in fcts:
for mode in modes:
## print("fct=%s,mode=%s"%(fct,mode))
r = create_one_bench(tb_name, fct, mode, simd_type)
if r is None:
print('error for %s' % fct)
elif len(r) == 0:
print(
'no regeneration possible for %s %s-tests, please do it manually'
% (fct, mode))
else:
just = "just" if show and not write_files else ""
if show:
print("%s showing text of %s.cpp for %s-test" %
(just, fct, mode))
print("<" + "=" * 40)
PrettyPrinter().pprint(r)
print("=" * 40 + ">")
if write_files:
print("writing text of %s.cpp for %s-test" % (fct, mode))
write_bench(tb_name,
fct,
mode,
r,
check=check_on_write,
backup=backup_on_write)
def __init__(self, tb_name, fct_name, mode="scalar", submode="") :
Nt2_tb_props.__init__(self, tb_name)
self.__fct_name = fct_name
self.__mode = mode
self.__fct_arities = self.__read_arities()
self.__fct_ret_arity = self.__read_ret_arity()
while True:
pi = p + '.' + str(i) + '.bak'
if not (exist(pi)): break
i += 1
if self.verbose: print("to %s" % pi)
shutil.copy(p, pi)
elif self.verbose:
print "writing to %s" % p
write(p, s, self.check_on_write)
p1 = os.path.join(os.path.split(p)[0], 'CMakeLists.txt')
addline = Add_line(p1, fct_name)
addline.update_file("SET\( *SOURCES")
elif self.verbose:
print("%s directory\n does not exist " % os.path.split(p)[0])
if __name__ == "__main__":
tb_name = "operator"
fcts = Nt2_tb_props(tb_name).get_fcts_list()
fcts = ["splat"]
ct = Create_tests(tb_name,
fcts,
modes=['scalar', 'simd'],
parts=["unit"],
show=True,
write_files=False,
check_on_write=True,
backup_on_write=True,
verbose=False)
ct.create_units()
def __init__(self, tb_name) :
Nt2_tb_props.__init__(self,tb_name)
def __init__(self, tb_name, fct_name, mode="scalar", submode="") :
Nt2_tb_props.__init__(self, tb_name)
self.__fct_name = fct_name
self.__mode = mode
self.__fct_arities = self.__read_arities()
self.__fct_ret_arity = self.__read_ret_arity()