copy()#deepcopyfirstLineNumber()#of the entire objectlastLineNumber()#of the entire objectremove(string)#and return new sourcecodepop()#return last linegetPosition(lineNumber)#get character index at linenumbergetLineNumber(characterPos)#get line number of characterfind(what,start)#run sourceString...
首先,获取NSMutableAttributedString中的所有文本段落(paragraphs)。 遍历每个段落,获取段落中的所有项目符号(bullets)。 对于每个项目符号,可以使用enumerateAttribute:inRange:options:usingBlock:方法来获取其在NSMutableAttributedString中的范围。 使用replaceCharactersInRange:withString:方法将项目符号所在的范围替换为空字符...
进行过滤,并返回符合条件的数据 NSArray...) /** 数组筛选属性为Int类型的对象 @param condition 筛选条件 @param value 属性对应的值 @return 筛选后的数组 */ -(NSMutableArray...对象对应的属性字段 @param value 对象对应的值 @return 筛选后的数组 */ -(NSMutableArray*)getArrayWithString:(NSString*...
Tuples are not the only immutable data type in Python, but they are a great tool to learn because they can be directly compared to lists, which are mutable. Other immutable data types are: int float decimal complex bool string tuple ...
rphii/c-string Star0 Code Issues Pull requests C string implementation, based off of a generic vector implementation cstringstringsc99genericmutablec-string UpdatedJan 29, 2024 C clintval/bimap Star1 Code Issues Pull requests A modern bidirectional map in Scala ...
missing argument in getsize of ABStore Was missing self.container_name as an argument * Specified prefix argument in rmdir for abstore * Fixed join string error in dir_path in ABStore Join only accepts one argument, using os.path.join(x,y) formats the string as a valid file path for ...
>>>suits.pop()# Remove and return the final element'myriad'>>>suits.remove('string')# Remove the first element that equals the arguments Three more suits were added (they evolved in name and design over time), >>>suits.append('cup')# Add an element to the end>>>suits.extend(['swo...
QMutableListIterator<QString>j_iterator(list); 先返回尾部,再判断是否有前一个值。5.1返回头部 尾部 j_iterator.toBack(); j_iterator.toFront();5.2删除 先回尾部再判断 j_iterator.toBack();// 返回列表尾部while(j_iterator.hasPrevious()) { ...
Ford[11] gives a formal ex- ample of the difference between generative and recognition-based grammars for a language consisting of any number of pairs of the character a: A generative grammar {s ∈ a∗ | s = (aa)n} constructs a string as any number of concatenated a's. A ...
replace("\n", "").split("=") param_dict[key.lower().replace("_", "")] = val for type in CHANTYPES: if "DEVICE_PARAMETERS" + CHANTYPES[type] + " START" in line: for key, type_ in CHANTYPES.items(): if f"DEVICE_PARAMETERS{type_} START" in line: data_unit = next(fid)...