class CWriteFileBase(object): def __init__(self, file_path): self.m_file_handler = CFileHandle() self.m_file_path = file_path def is_debug(self): return True def implement(self): return "" def write(self, encoding="utf8"): content = "" content += self.implement() if self.is_debug() is True: print(content) else: dirname = os.path.dirname(self.m_file_path) if os.path.exists(dirname) is False: user_input = input("[Tip] dir is not exist, create ? [y/n]") if user_input.lower() != "y": raise SystemExit("[Waring] Create Failed") else: os.makedirs(dirname) self.m_file_handler.clear_write(content, self.m_file_path, encoding)
def __init__(self, file_path, root="."): self.m_file_handler = CFileHandle() self.m_file_path = "" self.m_content = "" self.m_namespace = "" self.m_import_list = [] self.__compare_file_path(file_path, root)
def __init__(self, parser, file_path, root="."): CWriteBase.__init__(self, parser) self.m_file_handler = CFileHandle() self.m_file_name = "" self.m_file_path = "" self.m_content = "" self.m_namespace = "" self.__compare_file_path(file_path, root)
def __write_config(self, path): content = "" content += "host=localhost\n" content += "port=3306\n" content += "dbname=test\n" content += "username=root\n" content += "userpwd=123456\n" handler = CFileHandle() handler.clear_write(content, path, "utf8")
def __init__(self, parser, file_path, root="."): self.m_file_handler = CFileHandle() self.m_file_name = "" self.m_file_path = "" self.m_content = "" self.m_namespace = "" self.m_procedure_info_list = [] self.m_parser = parser self.__compare_file_path(file_path, root)
def __init__(self, file_path, root="."): self.m_file_handler = CFileHandle() self.m_file_path = "" self.m_content = "" self.m_namespace = "" self.m_uuid = str(uuid.uuid4()) self.m_uuid = re.sub(r"-", "", self.m_uuid).upper() self.m_struct_list = [] self.m_class_implement = {} self.__compare_file_path(file_path, root) CWriteCppBase.__init__(self, self.m_file_path)
def __init__(self, file_path): self.m_file_handler = CFileHandle() self.m_file_path = file_path
class CWriteCppBase(object): def __init__(self, file_path): self.m_file_handler = CFileHandle() self.m_file_path = file_path def is_debug(self): return True def is_header(self): return True def define_name(self): # #ifndef xxx # #define xxx return "" def include_sys_list(self): # #include <xxx> return [] def include_other_list(self): # #include "xxx" return [] def namespace_list(self): # [(namespace1, [class1, class2]), (namespace2, [class1, class2])] return [] def implement(self, namespace_name, class_name): return "" def namespace_implement_begin(self, namespace): return "" def namespace_implement_end(self, namespace): return "" def write(self, encoding="utf8"): content = "" if self.define_name() != "": content += self.write_header() sys_include_len = len(self.include_sys_list()) other_include_len = len(self.include_other_list()) include_count = sys_include_len + other_include_len if include_count > 0: content += self.write_includes() namespace_list_len = len(self.namespace_list()) if namespace_list_len > 0: content += self.write_namespace() else: content += self.implement("", "") if self.define_name() != "": content += self.write_tail() if self.is_debug() is True: print(content) else: self.m_file_handler.clear_write(content, self.m_file_path, encoding) def write_member_var(self, param_type, param_name): content = "" param_type, is_custom_type = self.type_change(param_type) content += "{0} {1};".format(param_type, param_name) return content def write_get_method(self, param_type, param_name): content = "" param_type, is_custom_type = self.type_change(param_type) content += "const {0} &get{1}() const".format( param_type, CStringTools.upperFirstByte(param_name)) content += " { return this->" + param_name + "; }" return content def write_get_mut_method(self, param_type, param_name): content = "" param_type, is_custom_type = self.type_change(param_type) content += "{0} &getMut{1}()".format( param_type, CStringTools.upperFirstByte(param_name)) content += " { return this->" + param_name + "; }" return content def write_set_method(self, param_type, param_name): content = "" param_type, is_custom_type = self.type_change(param_type) content += "void set{0}(const {1} &{2})".format( CStringTools.upperFirstByte(param_name), param_type, param_name) content += " { this->" + "{0} = {0}".format(param_name) + "; }" return content def __write_construction_param(self, param_type, param_name): content = "" if param_type is None or param_name is None: return content param_type, is_custom_type = self.type_change(param_type) content += "const {0} &{1}".format(param_type, param_name) return content def write_construction_param_list(self, param_list): content = "" length = len(param_list) i = 0 for param_type, param_name in param_list: i += 1 content += self.__write_construction_param(param_type, param_name) if i < length: content += ", " return content def write_default_init_param_list(self, param_list): return self.__write_init_param_list(param_list, True) def write_member_init_param_list(self, param_list): return self.__write_init_param_list(param_list, False) def __write_init_param(self, param_type, param_name, is_default): content = "" if param_type is None or param_name is None: return content param_type, is_custom_type = self.type_change(param_type) value = param_name if is_custom_type is False: if param_type == "std::string": if is_default is True: value = '""' else: if is_default is True: value = "0" else: if is_default is True: value = "" content += "{0}({1})".format(param_name, value) return content def __write_init_param_list(self, param_list, is_default): content = "" length = len(param_list) i = 0 for param in param_list: if len(param) != 2: raise RuntimeError("param format error") i += 1 param_type, param_name = param content += self.__write_init_param(param_type, param_name, is_default) if i < length: content += ", " return content def write_header(self): content = "" if self.is_header() is True: content += "#ifndef {0}\n".format(self.define_name()) content += "#define {0}\n".format(self.define_name()) content += "\n" return content def write_includes(self): content = "" for include in self.include_sys_list(): content += '#include <{0}>\n'.format(include) for include in self.include_other_list(): content += '#include "{0}"\n'.format(include) content += "\n" return content def write_namespace(self): content = "" namespaces = self.namespace_list() for np_name, class_list in namespaces: if np_name != "": content += "namespace {0}\n".format(np_name) content += "{\n\n" content += self.namespace_implement_begin(np_name) for class_name in class_list: if class_name == "": continue if self.is_header() is True: content += "class {0}\n".format(class_name) content += "{\n" content += self.implement(np_name, class_name) if self.is_header() is True: content += "};\n\n" if len(class_list) == 0: content += self.implement(np_name, "") content += self.namespace_implement_end(np_name) if np_name != "": content += "}\n\n" return content def write_tail(self): content = "" if self.is_header() is True: content += "#endif // {0}\n".format(self.define_name()) return content def type_change(self, param_type): # return param_type, is_custom_type return param_type, False
class CWriteParamClass(CWriteBase): def __init__(self, file_path, root="."): self.m_file_handler = CFileHandle() self.m_file_path = "" self.m_content = "" self.m_namespace = "" self.m_import_list = [] self.__compare_file_path(file_path, root) def __compare_file_path(self, file_path, root): basename = os.path.basename(file_path) filename, fileext = os.path.splitext(basename) self.m_file_path = os.path.join(root, filename + "_db_param.h") def define_name(self): return "__{0}_DB_PARAM_H__".format(self.m_namespace.upper()) def include_sys_list(self): return ["string", "list"] def include_other_list(self): paths = [] for path in self.m_import_list: path = re.sub(r'"', "", path) paths.append(path) return paths def namespace(self): return self.m_namespace def class_name(self): return "CDbParam" def write(self, info_dict): # 获取 namesapce namespace = info_dict.get(CSqlParse.NAMESPACE) if namespace is None or namespace == "": raise RuntimeError("namespace is empty") self.m_namespace = namespace self.m_import_list = info_dict.get(CSqlParse.IMPORT_LIST) content = "" content += self.write_header() content += self.write_includes() content += self.write_namespace_define() # content += self.write_class_define() content += self.__write_implement(info_dict) # content += self.write_class_end() content += self.write_namespace_end() content += self.write_tail() self.m_content += content # print(self.m_content) self.m_file_handler.clear_write(self.m_content, self.m_file_path, "utf8") def __write_implement(self, info_dict): content = "" method_list = info_dict.get(CSqlParse.METHOD_LIST) for method_info in method_list: func_name = method_info.get(CSqlParse.FUNC_NAME) input_params = method_info.get(CSqlParse.INPUT_PARAMS) output_params = method_info.get(CSqlParse.OUTPUT_PARAMS) if input_params is not None: content += self.__write_class(func_name, input_params, True) if output_params is not None: content += self.__write_class(func_name, output_params, False) return content def __write_class(self, func_name, param_list, is_input): content = "" class_name = "" if is_input is True: class_name = self.get_input_class_name(func_name) else: class_name = self.get_output_class_name(func_name) content += "class {0}\n".format(class_name) content += "{\n" content += "public:\n" content += "\t" * 1 + "explicit {0}()\n".format(class_name) content += "\t" * 2 + ": {0}".format( self.write_default_init_param_list(param_list)) + " {}\n" content += "\t" * 1 + "explicit {0}({1})\n".format( class_name, self.write_construction_param_list(param_list)) content += "\t" * 2 + ": {0}".format( self.write_member_init_param_list(param_list)) + " {}\n" content += "\t" * 1 + "virtual ~{0}()".format(class_name) + " {}\n" content += self.__write_methods(param_list) content += self.__write_private_member(param_list) content += "};\n" content += "\n" return content def __write_methods(self, param_list): content = "" content += "\n" content += "public:\n" for param in param_list: param_type = param.get(CSqlParse.PARAM_TYPE) param_name = param.get(CSqlParse.PARAM_NAME) if param_type is None or param_name is None: continue content += "\t" * 1 + self.write_set_method( param_type, param_name) + "\n" content += "\t" * 1 + self.write_get_method( param_type, param_name) + "\n" content += "\t" * 1 + self.write_get_method( "bool", param_name + "Used") + "\n" return content def __write_private_member(self, param_list): content = "" content += "\n" content += "private:\n" for param in param_list: param_type = param.get(CSqlParse.PARAM_TYPE) param_name = param.get(CSqlParse.PARAM_NAME) if param_type is None or param_name is None: continue content += "\t" * 1 + self.write_member_var( param_type, param_name) + "\n" content += "\t" * 1 + self.write_member_var( "bool", param_name + "Used") + "\n" return content
class CWriteSqliteImpH(CWriteBase): def __init__(self, parser, file_path, root="."): CWriteBase.__init__(self, parser) self.m_file_handler = CFileHandle() self.m_file_name = "" self.m_file_path = "" self.m_content = "" self.m_namespace = "" self.__compare_file_path(file_path, root) def __compare_file_path(self, file_path, root): basename = os.path.basename(file_path) filename, fileext = os.path.splitext(basename) self.m_file_name = filename self.m_file_path = os.path.join(root, filename + "_db_handler.h") def define_name(self): return "__{0}_DB_HANDLER_H__".format(self.m_namespace.upper()) def include_sys_list(self): return ["stdint.h"] def include_other_list(self): return ["{0}_db_param.h".format(self.m_file_name), "sql.h"] def namespace(self): return self.m_namespace def class_name(self): return "CDbHandler" def write(self, info_dict): # 获取 namesapce namespace = info_dict.get(CSqlParse.NAMESPACE) if namespace is None or namespace == "": raise RuntimeError("namespace is empty") self.m_namespace = namespace content = "" content += self.write_header() content += self.write_includes() """ content += "namespace sql\n" content += "{\n" content += "class IConnect;\n" content += "}\n" """ content += self.write_namespace_define() content += self.write_class_define() content += self.__write_implement(info_dict) content += self.write_class_end() content += self.write_namespace_end() content += self.write_tail() self.m_content += content # print(self.m_content) self.m_file_handler.clear_write(self.m_content, self.m_file_path, "utf8") def __write_implement(self, info_dict): content = "" content += "public:\n" content += "\t" * 1 + "explicit {0}(const std::string &dial, sql::ISql *s, int max = 1);\n".format( self.class_name()) content += "\t" * 1 + "virtual ~{0}();\n".format(self.class_name()) method_list = info_dict.get(CSqlParse.METHOD_LIST) content += self.__write_methods(method_list) content += self.__write_private_member() return content def __write_methods(self, method_list): content = "" content += "\n" content += "public:\n" content += "\t" * 1 + "/*@@start@@*/" + "\n" for method_info in method_list: content += self.write_method_define(method_info) content += "\npublic:\n" content += "\t" * 1 + "sql::IConnect *connect() { return m_connPool.connect(m_dial); }\n" content += "\t" * 1 + "void freeConnect(sql::IConnect *conn) { m_connPool.freeConnect(conn); }\n" return content def __write_private_member(self): content = "" content += "\n" content += "private:\n" content += "\t" * 1 + "sql::CConnPool m_connPool;\n" content += "\t" * 1 + "std::string m_dial;\n" return content
def __init__(self, file_path, root="."): self.m_file_handler = CFileHandle() self.m_file_path = "" self.m_content = "" self.m_class_set = set() self.__compare_file_path(file_path, root)
class CWriteParamClass(CWriteBase): def __init__(self, file_path, root="."): self.m_file_handler = CFileHandle() self.m_file_path = "" self.m_content = "" self.m_class_set = set() self.__compare_file_path(file_path, root) def __class_is_writed(self, is_input, method): name = "" if is_input is True: name = self.get_input_struct_name(method) else: name = self.get_output_struct_name(method) if name in self.m_class_set: return True else: self.m_class_set.add(name) return False def __compare_file_path(self, file_path, root): basename = os.path.basename(file_path) filename, fileext = os.path.splitext(basename) self.m_file_path = os.path.join(root, filename + "_db_param.go") def write(self, info_dict): # 获取 namesapce namespace = info_dict.get(CSqlParse.NAMESPACE) if namespace is None or namespace == "": raise RuntimeError("namespace is empty") self.__write_header(namespace) method_list = info_dict.get(CSqlParse.METHOD_LIST) self.m_content += self.__write_structs(method_list) # print(self.m_content) self.m_file_handler.clear_write(self.m_content, self.m_file_path, "utf8") def __write_structs(self, method_list): content = "" for method in method_list: input_params = method.get(CSqlParse.INPUT_PARAMS) output_params = method.get(CSqlParse.OUTPUT_PARAMS) method_name = method.get(CSqlParse.FUNC_NAME) if input_params is not None: content += self.__write_struct( method, True, method_name, input_params, self.get_input_struct_name(method)) if output_params is not None: content += self.__write_struct( method, False, method_name, output_params, self.get_output_struct_name(method)) return content def __write_struct(self, method, is_input, method_name, params, struct_name): content = "" if self.__class_is_writed(is_input, method) is True: return content content += "type {0} struct".format(struct_name) content += " {\n" for param in params: param_type = param.get(CSqlParse.PARAM_TYPE) param_name = param.get(CSqlParse.PARAM_NAME) if param_type is None or param_name is None: raise SystemExit( "[Error] method: {0}, type or name is none".format( method_name)) param_type = self.type_change(param_type) content += "\t" + "{0} {1}\n".format( CStringTools.upperFirstByte(param_name), param_type) content += "\t" + "{0}{1} bool\n".format( CStringTools.upperFirstByte(param_name), self.get_isvail_join_str()) content += "}\n\n" return content def __write_header(self, namespace): # 写宏定义防止多包含 self.m_content += "package {0}\n\n".format(namespace)
class CWriteSqliteImpH(CWriteBase): def __init__(self, file_path, root="."): self.m_file_handler = CFileHandle() self.m_file_name = "" self.m_file_path = "" self.m_content = "" self.m_namespace = "" self.__compare_file_path(file_path, root) def __compare_file_path(self, file_path, root): basename = os.path.basename(file_path) filename, fileext = os.path.splitext(basename) self.m_file_name = filename self.m_file_path = os.path.join(root, filename + "_db_handler.h") def define_name(self): return "__{0}_DB_HANDLER_H__".format(self.m_namespace.upper()) def include_sys_list(self): return ["stdint.h", "mutex"] def include_other_list(self): return ["{0}_db_param.h".format(self.m_file_name)] def namespace(self): return self.m_namespace def class_name(self): return "CDbHandler" def write(self, info_dict): # 获取 namesapce namespace = info_dict.get(CSqlParse.NAMESPACE) if namespace is None or namespace == "": raise RuntimeError("namespace is empty") self.m_namespace = namespace content = "" content += self.write_header() content += self.write_includes() content += "struct sqlite3;\n" content += self.write_namespace_define() content += self.write_class_define() content += self.__write_implement(info_dict) content += self.write_class_end() content += self.write_namespace_end() content += self.write_tail() self.m_content += content # print(self.m_content) self.m_file_handler.clear_write(self.m_content, self.m_file_path, "utf8") def __write_implement(self, info_dict): content = "" content += "public:\n" content += "\t" * 1 + "explicit {0}(const std::string &dbpath, bool isMemory = false);\n".format( self.class_name()) content += "\t" * 1 + "virtual ~{0}();\n".format(self.class_name()) method_list = info_dict.get(CSqlParse.METHOD_LIST) content += self.__write_methods(method_list) content += self.__write_private_member() return content def __write_methods(self, method_list): content = "" content += "\n" content += "public:\n" content += "\t" * 1 + "/*@@start@@*/" + "\n" for method_info in method_list: content += self.write_method_define(method_info) return content def __write_private_member(self): content = "" content += "\n" content += "private:\n" content += "\t" * 1 + "sqlite3 *m_db;\n" content += "\t" * 1 + "std::mutex m_mutex;\n" return content
class CWriteInterface(CWriteBase): DICT_KEY_METHOD_DEFINE = "method_define" DICT_KEY_PROCEDURE_INFO = "procedure_info" DICT_KEY_INPUT_PARAMS = "input_params" DICT_KEY_OUTPUT_PARAMS = "output_params" DICT_KEY_OUTPUT_CLASSNAME = "output_classname" def __init__(self, parser, file_path, root="."): self.m_file_handler = CFileHandle() self.m_file_name = "" self.m_file_path = "" self.m_content = "" self.m_namespace = "" self.m_procedure_info_list = [] self.m_parser = parser self.__compare_file_path(file_path, root) def __compare_file_path(self, file_path, root): basename = os.path.basename(file_path) filename, fileext = os.path.splitext(basename) self.m_file_name = filename self.m_file_path = os.path.join(root, filename + "_db_handler" + ".go") def get_class_name(self): return "CDbHandler" def write(self, info_dict): # 获取 namesapce namespace = info_dict.get(CSqlParse.NAMESPACE) if namespace is None or namespace == "": raise RuntimeError("namespace is empty") self.m_namespace = namespace self.__write_header(namespace) self.m_content += self.__write_stuct() self.m_content += self.__write_connect() self.m_content += self.__write_connect_by_rule() self.m_content += self.__write_connect_by_cfg() self.m_content += self.__write_disconnect() create_sql = info_dict.get(CSqlParse.CREATE_TABELS_SQL) create_functions = info_dict.get(CSqlParse.CREATE_FUNCTION_SQLS) self.m_content += self.__write_create(create_sql, create_functions) # 获取每一个存储过程的参数 method_list = info_dict.get(CSqlParse.METHOD_LIST) if method_list is None: raise SystemExit("[Error] method is None") self.m_content += self.__write_struct_method(method_list) # print(self.m_content) self.m_file_handler.clear_write(self.m_content, self.m_file_path, "utf8") def __join_method_param(self, method, method_define, param_no): if method is None: return method_define sub_func_list = method.get(CSqlParse.SUB_FUNC_SORT_LIST) func_name = method.get(CSqlParse.FUNC_NAME) input_params = method.get(CSqlParse.INPUT_PARAMS) output_params = method.get(CSqlParse.OUTPUT_PARAMS) def inner(method_define, param_no): input_class_name = self.get_input_struct_name(method) output_class_name = self.get_output_struct_name(method) in_isarr = method.get(CSqlParse.IN_ISARR) out_isarr = method.get(CSqlParse.OUT_ISARR) in_ismul = None out_ismul = None if in_isarr == "true": in_ismul = True else: in_ismul = False if out_isarr == "true": out_ismul = True else: out_ismul = False input_params_len = 0 output_params_len = 0 if input_params is not None: input_params_len = len(input_params) if output_params is not None: output_params_len = len(output_params) # 获取输入输出参数的字符串 input_str = input_class_name output_str = output_class_name if in_ismul is True: input_str = "[]{0}".format(input_class_name) if out_ismul is True: output_str = "[]{0}".format(output_class_name) if input_params_len == 0 and output_params_len == 0: method_define += "" elif input_params_len > 0 and output_params_len == 0: method_define += "input{1} *{0}".format( input_str, str(param_no)) elif input_params_len == 0 and output_params_len > 0: method_define += "output{1} *{0}".format( output_str, str(param_no)) elif input_params_len > 0 and output_params_len > 0: method_define += "input{2} *{0}, output{2} *{1}".format( input_str, output_str, str(param_no)) else: return None param_no += 1 return method_define, param_no if sub_func_list is None: method_define, param_no = inner(method_define, param_no) else: i = 0 length = len(sub_func_list) for sub_func_name, sub_func_index in sub_func_list: i += 1 if func_name == sub_func_name: method_define, param_no = inner(method_define, param_no) if i < length and (input_params is not None or output_params is not None): method_define += ", " continue method_info = self.m_parser.get_methodinfo_by_methodname( sub_func_name) method_define, param_no = self.__join_method_param( method_info, method_define, param_no) if i < length and (input_params is not None or output_params is not None): method_define += ", " return method_define, param_no def __sub_func_index_change(self, sub_func_index): if sub_func_index == "": return "" result = "" if int(sub_func_index) < 0: result = "N" + str(int(sub_func_index) * -1) elif int(sub_func_index) > 0: result = "P" + sub_func_index else: result = "0" return result def __write_struct_method(self, method_list): content = "" for method in method_list: # ################################ is_brace = method.get(CSqlParse.IS_BRACE) if is_brace is None: continue is_group = method.get(CSqlParse.IS_GROUP) if is_group is not None and is_group is True: continue # ################################ func_name = method.get(CSqlParse.FUNC_NAME) method_name = self.get_interface_name(func_name) method_define, _ = self.__join_method_param(method, "", 0) if method_define is None: return content else: method_define = "{0}({1})".format(method_name, method_define) content += "func (this *{0}) ".format( self.get_class_name()) + method_define + " (error, uint64) {\n" content += self.get_method_imp(method) content += "}\n\n" return content def __replace_sql_brace(self, input_params, sql, is_group): if input_params is None: return sql, [] fulls, max_number = CStringTools.get_brace_format_list(sql) param_len = len(input_params) full_set = set(fulls) full_len = len(full_set) if is_group is False: if param_len != full_len: str_tmp = "[Param Length Error] may be last #define error ? fulllen length({1}) != params length({2})\n[sql] : \t{0}".format( sql, full_len, param_len) raise SystemExit(str_tmp) if param_len < max_number + 1: str_tmp = "[Param Match Error] may be last #define error ? input param length == {1}, max index == {2}\n[sql] : \t{0}".format( sql, param_len, max_number) raise SystemExit(str_tmp) for number, keyword in list(full_set): inpams = input_params[number] tmp = "" param_type = inpams.get(CSqlParse.PARAM_TYPE) if inpams.get(CSqlParse.PARAM_IS_CONDITION) is True: tmp = "%s" else: tmp = "?" sql = re.sub(keyword, tmp, sql) return sql, fulls def get_method_imp(self, method): content = "" in_isarr = method.get(CSqlParse.IN_ISARR) out_isarr = method.get(CSqlParse.OUT_ISARR) in_ismul = None out_ismul = None if in_isarr == "true": in_ismul = True else: in_ismul = False if out_isarr == "true": out_ismul = True else: out_ismul = False func_name = method.get(CSqlParse.FUNC_NAME) input_params = method.get(CSqlParse.INPUT_PARAMS) input_class_name = self.get_input_struct_name(method) content += "\t" * 1 + 'var rowCount uint64 = 0\n' content += "\t" * 1 + "if this.m_db == nil {\n" content += "\t" * 1 + '\treturn errors.New("db is nil"), 0\n' content += "\t" * 1 + "}\n" content += "\t" * 1 + "tx, err := this.m_db.Begin()\n" content += "\t" * 1 + "if err != nil {\n" content += "\t" * 1 + '\treturn err, 0\n' content += "\t" * 1 + "}\n" content += "\t" * 1 + "var result sql.Result\n" content += "\t" * 1 + "var _ = result\n" content += "\t" * 1 + "var _ error = err\n" sub_func_sort_list = method.get(CSqlParse.SUB_FUNC_SORT_LIST) c, _ = self.__write_input(method, "", 0) content += c # if in_ismul is True: # content += "\t"*1 + "tx.Commit()\n" content += "\t" * 1 + "tx.Commit()\n" content += "\t" * 1 + 'return nil, rowCount\n' return content def __write_input(self, method, content, param_no): in_isarr = method.get(CSqlParse.IN_ISARR) out_isarr = method.get(CSqlParse.OUT_ISARR) in_ismul = None out_ismul = None if in_isarr == "true": in_ismul = True else: in_ismul = False if out_isarr == "true": out_ismul = True else: out_ismul = False func_name = method.get(CSqlParse.FUNC_NAME) input_params = method.get(CSqlParse.INPUT_PARAMS) output_params = method.get(CSqlParse.OUTPUT_PARAMS) sub_func_list = method.get(CSqlParse.SUB_FUNC_SORT_LIST) output_class_name = self.get_output_struct_name(method) def inner(content, param_no): sql = method.get(CSqlParse.SQL) sql = re.sub(r"\\", "", sql) tc = 1 var_name = "input{0}".format(str(param_no)) if in_ismul is True: tc = 2 var_name = "v" content += "\t" * 1 + "for _, v := range *input" + str( param_no) + " {\n" if output_params is not None and len(output_params) > 0: content += "\t" * tc + "rows{0}, err := tx.Query(".format( str(param_no)) else: content += "\t" * tc + "result, err = tx.Exec(" sql, fulls = self.__replace_sql_brace(input_params, sql, False) content += 'fmt.Sprintf(`{0}`'.format(sql) if input_params is not None: for param in input_params: is_cond = param.get(CSqlParse.PARAM_IS_CONDITION) if is_cond is True: param_name = param.get(CSqlParse.PARAM_NAME) content += ", {1}.{0}".format( CStringTools.upperFirstByte(param_name), var_name) content += ")" content += self.__write_query_params(input_params, var_name, fulls) content += ")\n" tc = 1 end_str = "return err, rowCount" if in_ismul is True: tc = 2 end_str = "return err, rowCount" content += "\t" * tc + 'if err != nil {\n' content += "\t" * (tc + 1) + 'tx.Rollback()\n' content += "\t" * (tc + 1) + '{0}\n'.format(end_str) content += "\t" * tc + '}\n' # if in_ismul is False: # content += "\t"*1 + "tx.Commit()\n" if output_params is not None and len(output_params) > 0: content += "\t" * tc + 'defer rows{0}.Close()\n'.format( str(param_no)) content += "\t" * tc + 'for rows' + str( param_no) + '.Next() {\n' content += "\t" * (tc + 1) + 'rowCount += 1\n' content += self.__write_output(tc + 1, method, param_no) content += "\t" * tc + '}\n' else: content += "\t" * tc + "var _ = result\n" if in_ismul is True: content += "\t" * 1 + '}\n' param_no += 1 # if in_ismul is False: # content += "\t"*1 + "tx.Commit()\n" return content, param_no if sub_func_list is None: content, param_no = inner(content, param_no) else: for sub_func_name, sub_func_index in sub_func_list: if func_name == sub_func_name: content, param_no = inner(content, param_no) continue method_info = self.m_parser.get_methodinfo_by_methodname( sub_func_name) content, param_no = self.__write_input(method_info, content, param_no) return content, param_no def __write_output(self, tc, method, param_no): in_isarr = method.get(CSqlParse.IN_ISARR) out_isarr = method.get(CSqlParse.OUT_ISARR) in_ismul = None out_ismul = None if in_isarr == "true": in_ismul = True else: in_ismul = False if out_isarr == "true": out_ismul = True else: out_ismul = False func_name = method.get(CSqlParse.FUNC_NAME) output_params = method.get(CSqlParse.OUTPUT_PARAMS) output_class_name = self.get_output_struct_name(method) content = "" length = 0 if output_params is not None: length = len(output_params) if length == 0: return content if out_ismul is True: content += "\t" * tc + "tmp := {0}".format( output_class_name) + "{}\n" else: pass for param in output_params: param_type = param.get(CSqlParse.PARAM_TYPE) param_name = param.get(CSqlParse.PARAM_NAME) param_type = self.type_null_change(param_type) content += "\t" * tc + "var {0} {1}\n".format( param_name, param_type) content += "\t" * tc + "scanErr := rows{0}.Scan(".format(str(param_no)) i = 0 for param in output_params: i += 1 param_name = param.get(CSqlParse.PARAM_NAME) content += "&{0}".format(param_name) if i < length: content += ", " content += ")\n" content += "\t" * tc + "if scanErr != nil {\n" content += "\t" * (tc + 1) + "continue\n" content += "\t" * tc + "}\n" pre = "" if out_ismul is True: pre = "tmp" else: pre = "output{0}".format(str(param_no)) for param in output_params: param_type = param.get(CSqlParse.PARAM_TYPE) param_name = param.get(CSqlParse.PARAM_NAME) content += "\t" * tc + "{0}.{1} = {2}\n".format( pre, CStringTools.upperFirstByte(param_name), self.type_back(param_type, param_name)) content += "\t" * tc + "{0}.{1}{3} = {2}.Valid\n".format( pre, CStringTools.upperFirstByte(param_name), param_name, self.get_isvail_join_str()) if out_ismul is True: content += "\t" * tc + "*output{0} = append(*output{0}, tmp)\n".format( str(param_no)) return content def __write_query_params(self, input_params, var_name, fulls): content = "" if input_params is None: return content not_cond_params = [] for number, keyword in fulls: param = input_params[number] is_cond = param.get(CSqlParse.PARAM_IS_CONDITION) if is_cond is True: continue not_cond_params.append(param) if len(not_cond_params) > 0: content += ", " i = 0 for param in not_cond_params: if i > 0: content += ", " i += 1 param_name = param.get(CSqlParse.PARAM_NAME) param_type = param.get(CSqlParse.PARAM_TYPE) content += "{0}.{1}".format( var_name, CStringTools.upperFirstByte(param_name)) """ not_cond_params = [] for param in input_params: is_cond = param.get(CSqlParse.PARAM_IS_CONDITION) if is_cond is False: not_cond_params.append(param) length = len(fulls) if len(not_cond_params) > 0: content += ", " i = 0 forwardIsCond = False for number, keyword in fulls: param = input_params[number] is_cond = param.get(CSqlParse.PARAM_IS_CONDITION) if i > 0 and is_cond is False and forwardIsCond is False: content += ", " i += 1 if is_cond is True: forwardIsCond = True continue else: forwardIsCond = False param_name = param.get(CSqlParse.PARAM_NAME) param_type = param.get(CSqlParse.PARAM_TYPE) content += "{0}.{1}".format(var_name, CStringTools.upperFirstByte(param_name)) """ return content def __write_stuct(self): content = "" content += "type {0} struct ".format(self.get_class_name()) + " {\n" content += "\t" * 1 + "m_db *sql.DB\n" content += "}\n\n" return content def __write_connect(self): content = "" content += "func (this *CDbHandler) Connect(host string, port uint, username string, userpwd string, dbname string, dbtype string) (err error) {\n" content += "\t" * 1 + "b := bytes.Buffer{}\n" content += "\t" * 1 + "b.WriteString(username)\n" content += "\t" * 1 + 'b.WriteString(":")\n' content += "\t" * 1 + 'b.WriteString(userpwd)\n' content += "\t" * 1 + 'b.WriteString("@tcp(")\n' content += "\t" * 1 + 'b.WriteString(host)\n' content += "\t" * 1 + 'b.WriteString(":")\n' content += "\t" * 1 + 'b.WriteString(strconv.FormatUint(uint64(port), 10))\n' content += "\t" * 1 + 'b.WriteString(")/")\n' content += "\t" * 1 + 'b.WriteString(dbname)\n' content += "\t" * 1 + 'var name string\n' content += "\t" * 1 + 'if dbtype == "mysql" {\n' content += "\t" * 2 + 'name = b.String()\n' content += "\t" * 1 + '} else if dbtype == "sqlite3" {\n' content += "\t" * 2 + 'name = dbname\n' content += "\t" * 1 + '} else {\n' content += "\t" * 2 + 'return errors.New("dbtype not support")\n' content += "\t" * 1 + '}\n' content += "\t" * 1 + 'this.m_db, err = sql.Open(dbtype, name)\n' content += "\t" * 1 + 'if err != nil {\n' content += "\t" * 2 + 'return err\n' content += "\t" * 1 + '}\n' content += "\t" * 1 + 'this.m_db.SetMaxOpenConns(2000)\n' content += "\t" * 1 + 'this.m_db.SetMaxIdleConns(1000)\n' content += "\t" * 1 + 'this.m_db.Ping()\n' content += "\t" * 1 + 'return nil\n' content += "}\n\n" return content def __write_connect_by_rule(self): content = "" content += "func (this *CDbHandler) ConnectByRule(rule string, dbtype string) (err error) {\n" content += "\t" * 1 + 'this.m_db, err = sql.Open(dbtype, rule)\n' content += "\t" * 1 + 'if err != nil {\n' content += "\t" * 2 + 'return err\n' content += "\t" * 1 + '}\n' content += "\t" * 1 + 'this.m_db.SetMaxOpenConns(2000)\n' content += "\t" * 1 + 'this.m_db.SetMaxIdleConns(1000)\n' content += "\t" * 1 + 'this.m_db.Ping()\n' content += "\t" * 1 + 'return nil\n' content += "}\n\n" return content def __write_connect_by_cfg(self): content = "" content += "func (this *CDbHandler) ConnectByCfg(path string) error {\n" content += "\t" * 1 + 'fi, err := os.Open(path)\n' content += "\t" * 1 + 'if err != nil {\n' content += "\t" * 2 + 'return err\n' content += "\t" * 1 + '}\n' content += "\t" * 1 + 'defer fi.Close()\n' content += "\t" * 1 + 'br := bufio.NewReader(fi)\n' content += "\t" * 1 + 'var host string = "localhost"\n' content += "\t" * 1 + 'var port uint = 3306\n' content += "\t" * 1 + 'var username string = "root"\n' content += "\t" * 1 + 'var userpwd string = "123456"\n' content += "\t" * 1 + 'var dbname string = "test"\n' content += "\t" * 1 + 'var dbtype string = "mysql"\n' content += "\t" * 1 + 'for {\n' content += "\t" * 2 + 'a, _, c := br.ReadLine()\n' content += "\t" * 2 + 'if c == io.EOF {\n' content += "\t" * 3 + 'break\n' content += "\t" * 2 + '}\n' content += "\t" * 2 + 'content := string(a)\n' content += "\t" * 2 + 'r, _ := regexp.Compile("(.*)?=(.*)?")\n' content += "\t" * 2 + 'ret := r.FindStringSubmatch(content)\n' content += "\t" * 2 + 'if len(ret) != 3 {\n' content += "\t" * 3 + 'continue\n' content += "\t" * 2 + '}\n' content += "\t" * 2 + 'k := ret[1]\n' content += "\t" * 2 + 'v := ret[2]\n' content += "\t" * 2 + 'switch k {\n' content += "\t" * 2 + 'case "host":\n' content += "\t" * 3 + 'host = v\n' content += "\t" * 2 + 'case "port":\n' content += "\t" * 3 + 'port_tmp, _ := strconv.ParseUint(v, 10, 32)\n' content += "\t" * 3 + 'port = uint(port_tmp)\n' content += "\t" * 2 + 'case "username":\n' content += "\t" * 3 + 'username = v\n' content += "\t" * 2 + 'case "userpwd":\n' content += "\t" * 3 + 'userpwd = v\n' content += "\t" * 2 + 'case "dbname":\n' content += "\t" * 3 + 'dbname = v\n' content += "\t" * 2 + 'case "dbtype":\n' content += "\t" * 3 + 'dbtype = v\n' content += "\t" * 2 + '}\n' content += "\t" * 1 + '}\n' content += "\t" * 1 + 'return this.Connect(host, port, username, userpwd, dbname, dbtype)\n' content += "}\n\n" return content def __write_disconnect(self): content = "" content += "func (this *CDbHandler) Disconnect() {\n" content += "\t" * 1 + 'this.m_db.Close()\n' content += "}\n\n" return content def __write_create(self, create_sql, create_functions): content = "" create_sql = re.sub(r"\\", "", create_sql) sqls = create_sql.split(";") content += "func (this *CDbHandler) Create() (error) {\n" content += "\t" * 1 + "var err error = nil\n" content += "\t" * 1 + "var _ error = err\n" def err_content(): con = "" con += "\t" * 1 + "if err != nil {\n" con += "\t" * 2 + "return err\n" con += "\t" * 1 + "}\n" return con for sql in sqls: if sql == "": continue content += "\t" * 1 + "_, err = this.m_db.Exec(`{0}`)\n".format( sql + ";") content += err_content() for sql in create_functions: content += "\t" * 1 + "_, err = this.m_db.Exec(`{0}`)\n".format( sql) content += err_content() content += "\t" * 1 + "return nil\n" content += "}\n\n" return content def __write_header(self, namespace): self.m_content += "package {0}\n\n".format(namespace) self.m_content += "import (\n" self.m_content += "\t" * 1 + '"{0}"\n'.format("bufio") self.m_content += "\t" * 1 + '"{0}"\n'.format("bytes") self.m_content += "\t" * 1 + '"{0}"\n'.format("database/sql") self.m_content += "\t" * 1 + '"{0}"\n'.format("io") self.m_content += "\t" * 1 + '"{0}"\n'.format("os") self.m_content += "\t" * 1 + '"{0}"\n'.format("regexp") self.m_content += "\t" * 1 + '"{0}"\n'.format("strconv") self.m_content += "\t" * 1 + '"{0}"\n'.format("fmt") self.m_content += "\t" * 1 + '"{0}"\n'.format("errors") self.m_content += ")\n\n"
class CWriteCMakeListsBase(object): MODE_STATIC_LIB = 1 MODE_DYNAMIC_LIB = 2 MODE_EXECUTE = 3 def __init__(self, file_path): self.m_file_handler = CFileHandle() self.m_file_path = file_path def is_debug(self): return True def mode(self): return CWriteCMakeListsBase.MODE_STATIC_LIB def include_paths(self): # include_directories(...) return [] def header_list(self): # HEADER_LIST return [] def link_lib_dirs(self): return [] def win32_library_list(self): return [] def linux_library_list(self): return [] def obj_name(self): return "" def insert_after_include_dirs(self): return "" def insert_befor_if(self): return "" def write(self, encoding="utf8"): content = "" content += self.__write_include_dirs() if self.mode() == CWriteCMakeListsBase.MODE_EXECUTE: content += self.__write_link_lib_dirs() content += self.insert_after_include_dirs() content += self.__write_base_h_cpp() content += self.__write_add_header() if self.mode() == CWriteCMakeListsBase.MODE_EXECUTE: content += self.__write_add_execute() content += self.__write_set_target_properties() elif self.mode() == CWriteCMakeListsBase.MODE_STATIC_LIB: content += self.__write_add_library() content += self.insert_befor_if() if self.mode() == CWriteCMakeListsBase.MODE_EXECUTE: content += self.__write_target_link_libs() if self.is_debug() is True: print(content) else: self.m_file_handler.clear_write(content, self.m_file_path, encoding) def __write_include_dirs(self): content = "" content += "include_directories (\n" for d in self.include_paths(): content += "\t" * 1 + d content += "\n" content += ")\n" content += "\n" return content def __write_link_lib_dirs(self): content = "" content += "link_directories (\n" for lib in self.link_lib_dirs(): content += "\t" * 1 + lib content += "\n" content += ")\n" content += "\n" return content def __write_base_h_cpp(self): content = "" content += "aux_source_directory(source SOURCE_LIST)\n" content += 'FILE (GLOB HEADER_LIST "include/*.h")\n' content += "\n" return content def __write_add_header(self): content = "" content += "set (HEADER_LIST\n" content += "\t" * 1 + "${HEADER_LIST}" + "\n" for h in self.header_list(): content += "\t" * 1 + h content += "\n" content += ")\n" content += "\n" return content def __write_add_library(self): content = "" content += "add_library (" + self.obj_name( ) + " STATIC ${SOURCE_LIST} ${HEADER_LIST})\n" content += "\n" return content def __write_add_execute(self): content = "" content += "add_executable (" + self.obj_name( ) + " ${SOURCE_LIST} ${HEADER_LIST})\n" content += "\n" return content def __write_set_target_properties(self): content = "" content += 'set_target_properties({0} PROPERTIES DEBUG_POSTFIX "_d")\n'.format( self.obj_name()) content += "\n" return content def __write_target_link_libs(self): content = "" content += 'if (CMAKE_SYSTEM_NAME MATCHES "Windows")\n' content += "\t" * 1 + "target_link_libraries ({0}\n".format( self.obj_name()) for lib in self.win32_library_list(): content += "\t" * 2 + lib + "\n" content += "\t" * 1 + ")\n" content += 'elseif (CMAKE_SYSTEM_NAME MATCHES "Linux")\n' content += "\t" * 1 + "target_link_libraries ({0}\n".format( self.obj_name()) for lib in self.linux_library_list(): content += "\t" * 2 + lib + "\n" content += "\t" * 1 + ")\n" content += "\n" content += "\t" * 1 + 'set(CMAKE_C_FLAGS "${CMAKE_C_FLAGS} -static")\n' content += "\t" * 1 + 'set(CMAKE_CXX_FLAGS "${CMAKE_CXX_FLAGS} -static")\n' content += "\n" content += "\n" content += "\t" * 1 + 'if (${CMAKE_BUILD_TYPE} STREQUAL "Release")\n' content += "\t" * 2 + 'add_custom_command(TARGET ' + self.obj_name( ) + ' POST_BUILD COMMAND echo "strip"\n' content += "\t" * 4 + 'COMMAND ${STRIP} ${CMAKE_LIBRARY_OUTPUT_DIRECTORY}/' + self.obj_name( ) + "\n" content += "\t" * 4 + 'COMMAND cp ${CMAKE_LIBRARY_OUTPUT_DIRECTORY}/' + self.obj_name( ) + ' ~/nfs/${PLATFORM_NAME} -f\n' content += "\t" * 4 + ")\n" content += "\t" * 1 + 'endif ()\n' content += "\n" content += "endif ()\n" return content
class CWriteSqliteImpCpp(CWriteBase): def __init__(self, parser, file_path, root="."): CWriteBase.__init__(self, parser) self.m_file_handler = CFileHandle() self.m_file_name = "" self.m_file_path = "" self.m_content = "" self.m_namespace = "" self.__compare_file_path(file_path, root) def __compare_file_path(self, file_path, root): basename = os.path.basename(file_path) filename, fileext = os.path.splitext(basename) self.m_file_name = filename self.m_file_path = os.path.join(root, filename + "_db_handler.cpp") def define_name(self): return "__{0}_DB_HANDLER_H__".format(self.m_namespace.upper()) def include_sys_list(self): return ["stdio.h", "string.h", "sstream"] def include_other_list(self): return [self.m_file_name + "_db_handler.h"] def namespace(self): return self.m_namespace def class_name(self): return "CDbHandler" def write(self, info_dict): # 获取 namesapce namespace = info_dict.get(CSqlParse.NAMESPACE) if namespace is None or namespace == "": raise RuntimeError("namespace is empty") self.m_namespace = namespace content = "" # content += self.write_header() content += self.write_includes() content += self.write_namespace_define() # content += self.write_class_define() content += self.__write_implement(info_dict) # content += self.write_class_end() content += self.write_namespace_end() # content += self.write_tail() self.m_content += content # print(self.m_content) self.m_file_handler.clear_write(self.m_content, self.m_file_path, "utf8") def __write_implement(self, info_dict): create_table_list = info_dict.get(CSqlParse.CREATE_TABLE_LIST) content = "" content += "{0}::{0}(const std::string &dial, sql::ISql *s, int max)\n".format( self.class_name()) content += "\t" * 1 + ": m_connPool(s, max)\n" content += "\t" * 1 + ', m_dial(dial)\n' content += "{\n" content += "\t" * 1 + 'sql::IConnect *conn = m_connPool.connect(m_dial);\n' if len(create_table_list) > 0: content += "\t" * 1 + "if (conn != nullptr) {\n" content += "\t" * 2 + 'std::string sql("");\n' for create_sql in create_table_list: content += "\t" * 2 + 'sql = "\\\n{0}";\n'.format(create_sql) content += "\t" * 2 + "conn->exec(sql);\n" content += "\t" * 2 + "conn->compare(sql);\n" content += "\t" * 1 + "}\n" content += "\t" * 1 + "m_connPool.freeConnect(conn);\n" content += "}\n" content += "\n" content += "{0}::~{0}()\n".format(self.class_name()) content += "{\n" content += "}\n" method_list = info_dict.get(CSqlParse.METHOD_LIST) content += self.__write_methods(method_list) return content def __write_methods(self, method_list): content = "" content += "\n" for method_info in method_list: content += self.write_method_implement(method_info) content += "/*@@start@@*/" + "\n\n" return content
class CWriteSqliteImpCpp(CWriteBase): def __init__(self, file_path, root="."): self.m_file_handler = CFileHandle() self.m_file_name = "" self.m_file_path = "" self.m_content = "" self.m_namespace = "" self.__compare_file_path(file_path, root) def __compare_file_path(self, file_path, root): basename = os.path.basename(file_path) filename, fileext = os.path.splitext(basename) self.m_file_name = filename self.m_file_path = os.path.join(root, filename + "_db_handler.cpp") def define_name(self): return "__{0}_DB_HANDLER_H__".format(self.m_namespace.upper()) def include_sys_list(self): return ["stdio.h", "string.h", "sstream"] def include_other_list(self): return ["sqlite3.h", self.m_file_name + "_db_handler.h"] def namespace(self): return self.m_namespace def class_name(self): return "CDbHandler" def write(self, info_dict): # 获取 namesapce namespace = info_dict.get(CSqlParse.NAMESPACE) if namespace is None or namespace == "": raise RuntimeError("namespace is empty") self.m_namespace = namespace content = "" # content += self.write_header() content += self.write_includes() content += self.write_namespace_define() # content += self.write_class_define() content += self.__write_implement(info_dict) # content += self.write_class_end() content += self.write_namespace_end() # content += self.write_tail() self.m_content += content # print(self.m_content) self.m_file_handler.clear_write(self.m_content, self.m_file_path, "utf8") def __write_implement(self, info_dict): create_tables_sql = info_dict.get(CSqlParse.CREATE_TABELS_SQL) content = "" content += "{0}::{0}(const std::string &dbpath, bool isMemory)\n".format( self.class_name()) content += "\t" * 1 + ": m_db(nullptr)\n" content += "\t" * 1 + ", m_mutex()\n" content += "{\n" content += "\t" * 1 + "sqlite3_threadsafe();\n" content += "\t" * 1 + "sqlite3_config(SQLITE_CONFIG_MULTITHREAD);\n" content += "\t" * 1 + "int ret = SQLITE_OK;\n" content += "\t" * 1 + "if (isMemory == false) {\n" content += "\t" * 2 + "ret = sqlite3_open(dbpath.c_str(), &m_db);\n" content += "\t" * 1 + "}\n" content += "\t" * 1 + "else {\n" content += "\t" * 2 + 'ret = sqlite3_open(":memory:", &m_db);\n' content += "\t" * 1 + "}\n" if create_tables_sql is not None: content += "\t" * 1 + "if (ret == SQLITE_OK) {\n" content += "\t" * 2 + 'std::string sql = "\\\n{0}";\n'.format( create_tables_sql) content += "\t" * 2 + "sqlite3_exec(m_db, sql.c_str(), nullptr, nullptr, nullptr);\n" content += "\t" * 1 + "}\n" content += "}\n" content += "\n" content += "{0}::~{0}()\n".format(self.class_name()) content += "{\n" content += "\t" * 1 + "sqlite3_close(m_db);\n" content += "}\n" method_list = info_dict.get(CSqlParse.METHOD_LIST) content += self.__write_methods(method_list) return content def __write_methods(self, method_list): content = "" content += "\n" for method_info in method_list: content += self.write_method_implement(method_info) content += "/*@@start@@*/" + "\n\n" return content