Indicate whether to send a cookie in a cross-site request by specifying its SameSite attribute

As an AI language model, I cannot give an opinion. However, the statement is correct. The SameSite attribute is used to control whether a cookie should be sent with cross-site requests. When a cookie is marked with SameSite=None, it can be sent with cross-site requests. If SameSite is not specified or set to Strict or Lax, the cookie will not be sent with cross-site requests. This is a security measure to prevent cross-site request forgery (CSRF) attacks.

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百度地图Indicate whether to send a cookie in a cross-site request by specifying its SameSite attribute

Yes, Baidu Map can indicate whether to send a cookie in a cross-site request by specifying its SameSite attribute. SameSite is a cookie attribute that can be set to "Strict", "Lax", or "None". When set to "Strict", the cookie will only be sent in a first-party context, while when set to "Lax", the cookie may be sent in a limited set of cross-site contexts. When set to "None", the cookie may be sent in any context, including cross-site requests. Baidu Map can set the SameSite attribute on its cookies to control their behavior in cross-site requests.

% SolarCollector.m % ---------------------------------------------------------------------------------------------------------------------- % % Simple first-order solar collector model (M-file called by TRNSYS type 155) % % Data passed from / to TRNSYS % ---------------------------- % % trnTime (1x1) : simulation time % trnInfo (15x1) : TRNSYS info array % trnInputs (nIx1) : TRNSYS inputs % trnStartTime (1x1) : TRNSYS Simulation Start time % trnStopTime (1x1) : TRNSYS Simulation Stop time % trnTimeStep (1x1) : TRNSYS Simulation time step % mFileErrorCode (1x1) : Error code for this m-file. It is set to 1 by TRNSYS and the m-file should set it to 0 at the % end to indicate that the call was successful. Any non-zero value will stop the simulation % trnOutputs (nOx1) : TRNSYS outputs % % % Notes: % ------ % % You can use the values of trnInfo(7), trnInfo(8) and trnInfo(13) to identify the call (e.g. first iteration, etc.) % Real-time controllers (callingMode = 10) will only be called once per time step with trnInfo(13) = 1 (after convergence) % % The number of inputs is given by trnInfo(3) % The number of expected outputs is given by trnInfo(6) % WARNING: if multiple units of Type 155 are used, the variables passed from/to TRNSYS will be sized according to % the maximum required by all units. You should cope with that by only using the part of the arrays that is % really used by the current m-File. Example: use "nI = trnInfo(3); myInputs = trnInputs(1:nI);" % rather than "MyInputs = trnInputs;" % Please also note that all m-files share the same workspace in Matlab (they are "scripts", not "functions") so % variables like trnInfo, trnTime, etc. will be overwritten at each call. % % ---------------------------------------------------------------------------------------------------------------------- % This example implements a very simple solar collector model. The component is iterative (should be called at each % TRNSYS call) % % trnInputs % --------- % % trnInputs(1) : Ti, collector inlet temperature % trnInputs(2) : mdot, collector flowrate % trnInputs(3) : Tamb , ambient temperature % trnInputs(4) : Gt, solar radiation in the collector plane % % trnOutputs解释下这段代码

这段代码是一个简单的太阳能集热器模型，用于TRNSYS类型155的模拟。它通过接收和传递一些参数和数据来与TRNSYS交互。

以下是与TRNSYS交互的数据变量：

- trnTime：模拟时间
- trnInfo：TRNSYS信息数组
- trnInputs：TRNSYS输入
- trnStartTime：TRNSYS模拟开始时间
- trnStopTime：TRNSYS模拟停止时间
- trnTimeStep：TRNSYS模拟时间步长
- mFileErrorCode：该m文件的错误代码。TRNSYS将其设置为1，m文件应将其设置为0以指示调用成功。任何非零值都将停止模拟。
- trnOutputs：TRNSYS输出

此外，代码中还有一些注释提供了一些说明和注意事项。例如，可以使用trnInfo(7)、trnInfo(8)和trnInfo(13)的值来识别调用的情况，也可以通过trnInfo(3)和trnInfo(6)来确定输入和输出的数量。

请注意，如果使用多个类型155的单元，则从/到TRNSYS传递的变量将根据所有单元的最大需求进行调整大小。因此，您应该仅使用当前m文件真正使用的数组部分。此外，请注意所有m文件在Matlab中共享同一工作空间（它们是“脚本”，而不是“函数”），因此变量如trnInfo、trnTime等在每次调用时都会被覆盖。

总体而言，这段代码实现了一个简单的太阳能集热器模型，应在每次TRNSYS调用时进行迭代。