matlab储存下面信息用什么数据合适？ 两个都在的接口：             <ASSEMBLY-SW-CONNECTOR UUID="0F39C1F4-472A-4759-8BFE-675881C7D79E">               <SHORT-NAME>VehSpd_vAbsAvgVehicleSpeed_LifeCycle_vAbsAvgVehicleSpeed</SHORT-NAME>               <PROVIDER-IREF>                 <CONTEXT-COMPONENT-REF DEST="SW-COMPONENT-PROTOTYPE">/ComponentTypes/Application/VehSpd</CONTEXT-COMPONENT-REF>                 <TARGET-P-PORT-REF DEST="P-PORT-PROTOTYPE">/ComponentTypes/VehicleSpeedCalculation/vAbsAvgVehicleSpeed</TARGET-P-PORT-REF>               </PROVIDER-IREF>               <REQUESTER-IREF>                 <CONTEXT-COMPONENT-REF DEST="SW-COMPONENT-PROTOTYPE">/ComponentTypes/Application/LifeCycle</CONTEXT-COMPONENT-REF>                 <TARGET-R-PORT-REF DEST="R-PORT-PROTOTYPE">/ComponentTypes/LifeCycle/vAbsAvgVehicleSpeed</TARGET-R-PORT-REF>               </REQUESTER-IREF>             </ASSEMBLY-SW-CONNECTOR> 只有输出outport:             <DELEGATION-SW-CONNECTOR UUID="62BBAA41-0500-44A7-9547-8DFDE6043BDC">               <SHORT-NAME>EngState_sEngingRunningState_sEngingRunningState</SHORT-NAME>               <INNER-PORT-IREF>                 <P-PORT-IN-COMPOSITION-INSTANCE-REF>                   <CONTEXT-COMPONENT-REF DEST="SW-COMPONENT-PROTOTYPE">/ComponentTypes/Application/EngState</CONTEXT-COMPONENT-REF>                   <TARGET-P-PORT-REF DEST="P-PORT-PROTOTYPE">/ComponentTypes/EngineRunning/sEngineRunningState</TARGET-P-PORT-REF>                 </P-PORT-IN-COMPOSITION-INSTANCE-REF>               </INNER-PORT-IREF>               <OUTER-PORT-REF DEST="P-PORT-PROTOTYPE">/ComponentTypes/Application/sEngineRunningState</OUTER-PORT-REF>             </DELEGATION-SW-CONNECTOR>

% 小工具：构造引用
ref = @(dest, path) struct('Dest', string(dest), 'Path', string(path));
bind = @(ctxDest, ctxPath, tgtDest, tgtPath) struct( ...
    'Context',    ref(ctxDest, ctxPath), ...
    'TargetPort', ref(tgtDest, tgtPath));

connectors = struct( ...
    'Type',     {}, ...
    'UUID',     {}, ...
    'ShortName',{}, ...
    'Provider', {}, ...
    'Requester',{}, ...
    'InnerPort',{}, ...
    'OuterPort',{} );

% 1) ASSEMBLY-SW-CONNECTOR（双方端口都在）
connectors(1).Type      = "Assembly";
connectors(1).UUID      = "0F39C1F4-472A-4759-8BFE-675881C7D79E";
connectors(1).ShortName = "VehSpd_vAbsAvgVehicleSpeed_LifeCycle_vAbsAvgVehicleSpeed";
connectors(1).Provider  = bind( ...
    'SW-COMPONENT-PROTOTYPE', '/ComponentTypes/Application/VehSpd', ...
    'P-PORT-PROTOTYPE',       '/ComponentTypes/VehicleSpeedCalculation/vAbsAvgVehicleSpeed');
connectors(1).Requester = bind( ...
    'SW-COMPONENT-PROTOTYPE', '/ComponentTypes/Application/LifeCycle', ...
    'R-PORT-PROTOTYPE',       '/ComponentTypes/LifeCycle/vAbsAvgVehicleSpeed');
connectors(1).InnerPort = struct([]);
connectors(1).OuterPort = struct([]);

% 2) DELEGATION-SW-CONNECTOR（只有外部 Outport）
connectors(2).Type      = "Delegation";
connectors(2).UUID      = "62BBAA41-0500-44A7-9547-8DFDE6043BDC";
connectors(2).ShortName = "EngState_sEngingRunningState_sEngingRunningState";
connectors(2).Provider  = struct([]);
connectors(2).Requester = struct([]);
connectors(2).InnerPort = bind( ...
    'SW-COMPONENT-PROTOTYPE', '/ComponentTypes/Application/EngState', ...
    'P-PORT-PROTOTYPE',       '/ComponentTypes/EngineRunning/sEngineRunningState');
connectors(2).OuterPort = ref( ...
    'P-PORT-PROTOTYPE', '/ComponentTypes/Application/sEngineRunningState');

% 按类型筛选
isAssembly   = strcmp({connectors.Type}, 'Assembly');
isDelegation = strcmp({connectors.Type}, 'Delegation');

% 提取路径中最后一级名（如端口名）
extractLast = @(p) regexp(string(p), '[^/]+$', 'match', 'once');

% 取第1个连接器的 Provider 目标端口名
provTgtName = extractLast(connectors(1).Provider.TargetPort.Path);

% 若需建立快速索引（按 ShortName）
idxMap = containers.Map( ...
    {connectors.ShortName}, ...
    num2cell(1:numel(connectors)));

为什么这种结构合适

• 贴合 AUTOSAR 语义：Provider/Requester 与 Inner/Outer 的层次清晰。
• 易扩展：后续可加入 DataElement、InterfaceType、PortPrototype 属性等。
• 易于与 Simulink/AUTOSAR 工具链对接：Path/DEST 信息完整，便于解析与映射。
• 便于程序化处理：MATLAB 对 struct 数组支持良好，检索、过滤、映射都方便。

补充

• 若后续需要强类型校验与方法（如验证 DEST 合法性、自动拆解 Path），可进一步封装为 class（Connector、PortBinding、PortRef），但在多数数据处理场景下，struct 已足够轻量实用。