def str_type(ctype, defined_types):
if ctype in defined_types:
return defined_types[ctype]
elif ctype in type_map:
return type_map[ctype]
elif isroutine(ctype):
return None
elif isinstance(ctype, cl.contextual_memory):
base_str = str_type(ctype.ctype, defined_types)
return '%s %s*' % (ctype.qualifier, base_str)
elif isinstance(ctype, cltype):
return ctype.ctype_string()
elif isinstance(ctype, str):
return ctype
else:
format = type_format(ctype)
return cdefn(format)
def str_type(ctype, defined_types):
if ctype in defined_types:
return defined_types[ctype]
elif ctype in type_map:
return type_map[ctype]
elif isroutine(ctype):
return None
elif isinstance(ctype, cl.contextual_memory):
base_str = str_type(ctype.ctype, defined_types)
return '%s %s*' % (ctype.qualifier, base_str)
elif isinstance(ctype, cltype):
return ctype.ctype_string()
elif isinstance(ctype, str):
return ctype
else:
format = type_format(ctype)
return cdefn(format)
def mutatePrint(self, node):
str_formats = []
for val in node.values:
if val.ctype == str:
str_formats.append('%s')
else:
cfmt = type_format(val.ctype)
fmt = STR_FORMAT_MAP[cfmt]
str_formats.append(fmt)
if node.nl:
str_formats.append('\\n')
cstr = cast.CStr(" ".join(str_formats), str)
arg = cast.CTypeCast(cstr, 'const char*')
vlaue = cast.CCall(cast.CName('printf', ast.Load(), None), [arg] + node.values, [], None)
return ast.Expr(vlaue)
def mutatePrint(self, node):
str_formats = []
for val in node.values:
if val.ctype == str:
str_formats.append('%s')
else:
cfmt = type_format(val.ctype)
fmt = STR_FORMAT_MAP[cfmt]
str_formats.append(fmt)
if node.nl:
str_formats.append('\\n')
cstr = cast.CStr(" ".join(str_formats), str)
arg = cast.CTypeCast(cstr, 'const char*')
vlaue = cast.CCall(cast.CName('printf', ast.Load(), None),
[arg] + node.values, [], None)
return ast.Expr(vlaue)
def is_vetor_type(ctype):
return vector_len.match(type_format(ctype)) is not None
def is_vetor_type(ctype):
return vector_len.match(type_format(ctype)) is not None
