def __init__(self,tb_name,style='sys') : Nt2_base_infos.__init__(self) Nt2_tb_struct.__init__(self) self.tb_name = tb_name self.style = style self.primary_abs_tb_path = os.path.join(self.get_toolboxes_path(),tb_name) self.secundary_abs_tb_path = os.path.join(self.primary_abs_tb_path,'include','nt2','toolbox',tb_name) self.part = ""
def __init__(self, tb_name, style='sys'): Nt2_base_infos.__init__(self) Nt2_tb_struct.__init__(self) self.tb_name = tb_name self.style = style self.primary_abs_tb_path = os.path.join(self.get_toolboxes_path(), tb_name) self.secundary_abs_tb_path = os.path.join(self.primary_abs_tb_path, 'include', 'nt2', 'toolbox', tb_name) self.part = ""
def __init__(self, path, name, ext = '.hpp', inner = None, banner = None, guard_begin = None, guard_end = None, year = None, comment ='//', fill = None ) : Nt2_base_infos.__init__(self) Banner.__init__(self, year, banner,comment=comment) Guard.__init__(self,path,name,ext=ext, guard_begin=guard_begin, guard_end=guard_end) self.__inner = Headers.inner_text if (inner is None) else inner self.__comment = comment self.__fill = comment[0] if fill == None else fill
def __init__(self, path, name, ext = '.hpp', inner = None, banner = None, guard_begin = None, guard_end = None, year = None, comment ='//', fill = None ) : Nt2_base_infos.__init__(self) Banner.__init__(self, year, banner,comment=comment) Guard.__init__(self,path,name,ext=ext, guard_begin=guard_begin, guard_end=guard_end) self.__inner = Headers.inner_text if (inner is None) else inner self.__comment = comment self.__fill = comment[0] if fill == None else fill
def construct_new_dict_0_1(od): nl = [] if type(od) is dict: od = [od] author = Nt2_base_infos.get_author() date = datetime.datetime.now().strftime("%d/%m/%Y") for d in od: n = {} nf = {} nf["arity"] = str(d.get("arity", 1)) nf["ret_arity"] = "2" if "random_tuple" in d else "0" nf["types"] = d.get("types", []) nf["rturn"] = d.get("rturn", {"default": "T"}) nf["call_types"] = d.get("buftp", []) nf["type_defs"] = d.get("tpdef", []) n["functor"] = nf nu = {} nug = {} nug["first_stamp"] = d.get("stamp", "created by " + author + " the " + date) nug["stamp"] = "modified by " + author + " the " + date nug["included"] = d.get("incld", []) nug["notes"] = d.get("notes", []) nu["global_header"] = nug nu["specific_values"] = d.get("specv", {}) nu["ranges"] = d.get("rnges", {}) nuv = {} if d.get("tcall", None): nuv["property_call"] = None nuv["property_value"] = {"default": [d.get("tcall", None)]} nuv["ulp_thresh"] = {"default": ["0"]} elif d.get("tuple", None): nuv["property_call"] = None nuv["property_value"] = {"default": [d.get("tcal0", None), d.get("tcal1", None)]} nuv["ulp_thresh"] = {"default": ["0", "0"]} elif d.get("verif", None): def mklist(l): return l if type(l) is list else [l] nuv["property_call"] = {"default": mklist(d.get("verif", None))} nuv["property_value"] = {"default": mklist(d.get("verva", None))} nuv["ulp_thresh"] = {"default": mklist(d.get("verth", "0"))} nu["verif_test"] = nuv n["unit"] = nu n["version"] = "0.1" nl.append(n) return nl
def construct_new_dict_0_1(od) : nl = [] if type(od) is dict : od = [od] author = Nt2_base_infos.get_author() date = datetime.datetime.now().strftime("%d/%m/%Y") for d in od : n = {} nf = {} nf[ 'arity' ] = str(d.get('arity',1)) nf[ 'ret_arity' ] = '2' if "random_tuple" in d else '0' nf[ 'types' ] = (d.get('types',[])) nf[ 'rturn' ] = (d.get('rturn',{'default': 'T',})) nf[ 'call_types' ] = (d.get('buftp',[])) nf[ 'type_defs' ] = (d.get('tpdef',[])) n["functor"]=nf nu = {} nug = {} nug['first_stamp'] = d.get("stamp",'created by ' + author +' the ' +date) nug['stamp'] = 'modified by ' + author +' the ' +date nug['included'] = (d.get('incld',[])) nug['notes'] = (d.get('notes',[])) nu['global_header'] = nug nu['specific_values'] = (d.get('specv',{})) nu['ranges'] = (d.get('rnges',{})) nuv = {} if d.get('tcall',None) : nuv['property_call'] = None nuv['property_value']= { "default" : [d.get('tcall',None)] } nuv['ulp_thresh'] = { "default" : ['0']} elif d.get('tuple',None) : nuv['property_call'] = None nuv['property_value']= { "default" :[d.get('tcal0',None),d.get('tcal1',None)]} nuv['ulp_thresh'] = { "default" : ['0','0']} elif d.get('verif',None) : def mklist(l) : return l if type(l) is list else [l] nuv['property_call'] = { "default" :mklist(d.get('verif',None))} nuv['property_value']= { "default" :mklist(d.get('verva',None))} nuv['ulp_thresh'] = { "default" :mklist(d.get('verth','0'))} nu['verif_test']= nuv n["unit"]=nu n["version"]='0.1' nl.append(n) return nl
def __init__(self, tb_name) : Nt2_base_infos.__init__(self) Nt2_tb_struct.__init__(self) self.__tb_name = tb_name self.__tb_path = os.path.join(self.get_nt2_path(),'nt2/toolbox',tb_name) self.__tb_style = self. __read_style()
def __init__(self) : Nt2_base_infos.__init__(self)
def __init__(self, tb_name,fct_name) : Nt2_fct_props.__init__(self, tb_name, fct_name) self.author = Nt2_base_infos.get_author() self.date = datetime.datetime.now().strftime("%d/%m/%Y") print("zut2")
def __init__(self): Nt2_base_infos.__init__(self)