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You don’t. HTTP just doesn’t work that way.If your script sent a requested page to a web client, that page can use Ajax (programming) to make further requests that cause another PHP script to run and send content.The client can do this periodically or upon pretty much any desired condition using Javascript.

Hi Kishore,I think the link provided below shall answer all your queries pertaining to the question you asked here.How many days will it take to get a reply for an RTI?Have a good day.

Because the office doesn’t know all of your info is up to date. Have you moved? Did you see another doctor who changed a medication? Did you go to the naturopath and you’re now taking an herbal supplement? Has your knee been hurting and you’ve been taking tylenol every day for the last month? Did you go to the ED 6 months ago while you were visiting relatives out of town because you had an allergic reaction to something? All of those things may impact your treatment plan and we don’t always remember to tell the doctor because it’s “old” news to us

As asked of me specifically;The others are right, you will likely need a lawyer. But to answer your question, there is a response form to respond to a restraining order or order of protection. Worst case the form is available at the courthouse where your hearing is set to be heard in, typically at the appropriate clerk's window, which may vary, so ask any of the clerk's when you get there.You only have so many days to respond, and it will specify in the paperwork.You will also have to appear in court on the date your hearing is scheduled.Most courts have a department that will help you respond to forms at no cost. I figure you are asking because you can't afford an attorney which is completely understandable.The problem is that if you aren't represented and the other person is successful in getting a temporary restraining order made permanent in the hearing you will not be allowed at any of the places the petitioner goes, without risking arrest.I hope this helps.Not given as legal advice-

SOAP requests and responses usually use HTTP POST, making it a synchronous operation. The data is formatted in XML, following WSDL, the Web Service Definition Language. The WSDL contains data types, either simple built-in ones or complex ones defined in XSD, the XML Schema Definition.SOAP can also use asynchronous transports, like Java Message Service (JMS) on Java Platform, Enterprise Edition platforms.

Ever wondered what the difference is between GET and POST requests, or when to use PUT? You're not alone. Having a basic understanding of the different HTTP methods, or verbs, an API supports is an helpful knowledge when exploring and testing APIs.In this post, I'll discuss how each HTTP method is used and how to incorporate them in your API testing.HTTP MethodsGETPOSTPUTHEADDELETEPATCHOPTIONSGETGET requests are the most common and widely used methods in APIs and websites. Simply put, the GET method is used to retreive data from a server at the specified resource. For example, say you have an API with a /usersendpoint. Making a GET request to that endpoint should return a list of all available users.Since a GET request is only requesting data and not modifying any resources, it's considered a safe and idempotent method.Testing an API with GET requestsWhen you're creating tests for an API, the GET method will likely be the most frequent type of request made by consumers of the service, so it's important to check every known endpoint with a GET request.At a basic level, these things should be validated:Check that a valid GET request returns a 200 status code.Ensure that a GET request to a specific resource returns the correct data. For example, GET /users returns a list of users.GET is often the default method in HTTP clients, so creating tests for these resources should be simple with any tool you choose.POSTIn web services, POST requests are used to send data to the API sever to create or udpate a resource. The data sent to the server is stored in the request body of the HTTP request.The simplest example is a contact form on a website. When you fill out the inputs in a form and hit Send, that data is put in the response body of the request and sent to the server. This may be JSON, XML, or query parameters (there's plenty of other formats, but these are the most common).It's worth noting that a POST request is non-idempotent. It mutates data on the backend server (by creating or updating a resource), as opposed to a GET request which does not change any data. Here is a great explanation of idempotentcy.Testing an API with POST requestsThe second most common HTTP method you'll encounter in your API tests is POST. As mentioned above, POSTrequests are used to send data to the API server and create or update a resource. Since POST requests modify data, it's important to have API tests for all of your POST methods.Here are some tips for testing POST requests:Create a resource with a POST request and ensure a 200 status code is returned.Next, make a GET request for that resource, and ensure the data was saved correctly.Add tests that ensure POST requests fail with incorrect or ill-formatted data.For some more ideas on common API testing scenarios, check out this post.PUTSimlar to POST, PUT requests are used to send data to the API to create or update a resource. The difference is thatPUT requests are idempotent. That is, calling the same PUT request multiple times will always produce the same result. In contrast, calling a POST request repeatedly make have side effects of creating the same resource multiple times.Testing an API with PUT requestsTesting an APIs PUT methods is very similar to testing POST requests. But now that we know the difference between the two (idempotency), we can create API tests to confirm this behavior.Check for these things when testing PUT requests:Repeatedly cally a PUT request always returns the same result (idempotent).After updating a resource with a PUT request, a GET request for that resource should return the new data.PUT requests should fail if invalid data is supplied in the request -- nothing should be updated.PATCHA PATCH request is one of the lesser-known HTTP methods, but I'm including it this high in the list since it is similar to POST and PUT. The difference with PATCH is that you only apply partial modifications to the resource.The difference between PATCH and PUT, is that a PATCH request is non-idempotent (like a POST request).To expand on partial modification, say you're API has a /users/{{userid}} endpoint, and a user has a username. With a PATCH request, you may only need to send the updated username in the request body - as opposed to POST and PUT which require the full user entity.Testing an API with PATCH requestsSince the PATCH method is so simlar to POST and PUT, many of the same testing techniques apply. It's still important to validate the behavior of any API endpoints that accept this method.What to look for when testing PATCH requests:A successful PATCH request should return a 2xx status code.PATCH requests should fail if invalid data is supplied in the request -- nothing should be updated.The semantics of PATCH requests will largely depend on the specific API you're testing.DELETEThe DELETE method is exactly as it sounds: delete the resource at the specified URL. This method is one of the more common in RESTful APIs so it's good to know how it works.If a new user is created with a POST request to /users, and it can be retrieved with a GET request to /users/{{userid}}, then making a DELETE request to /users/{{userid}} will completely remove that user.Testing an API with DELETE requestsDELETE requests should be heavily tested since they generally remove data from a database. Be careful when testing DELETE methods, make sure you're using the correct credentials and not testing with real user data.A typical test case for a DELETE request would look like this:Create a new user with a POST request to /usersWith the user id returned from the POST, make a DELETE request to /users/{{userid}}A subsequent GET request to /users/{{userid}} should return a 404 not found status code.In addition, sending a DELETE request to an unknown resource should return a non-200 status code.HEADThe HEAD method is almost identical to GET, except without the response body. In other words, if GET /usersreturns a list of users, then HEAD /users will make the same request but won't get back the list of users.HEAD requests are useful for checking what a GET request will return before actually making a GET request -- like before downloading a large file or response body. Learn more about HEAD requests on MDN.It's worth pointing out that not every endpoint that supports GET will support HEAD - it completely depends on the API you're testing.Testing an API with HEAD requestsMaking API requests with HEAD methods is actually an effective way of simply verifying that a resource is available. It is good practice to have a test for HEAD requests everywhere you have a test for GET requests (as long as the API supports it).Check these things when testing an API with HEAD requests:Verify and check HTTP headers returned from a HEAD requestMake assertions against the status code of HEAD requestsTest requests with various query parametesr to ensure the API respondsAnother useful case for HEAD requests is API smoke testing - make a HEAD request against every API endpoint to ensure they're available.OPTIONSLast but not least we have OPTIONS requests. OPTIONS requests are one of my favorites, though not as widely used as the other HTTP methods. In a nutshell, an OPTIONS request should return data describing what other methods and operations the server supports at the given URL.OPTIONS requests are more loosely defined and used than the others, making them a good candidate to test for fatal API errors. If an API isn't expecting an OPTIONS request, it's good to put a test case in place that verifies failing behavior.Testing an API with OPTIONS requestsTesting an OPTIONS request is dependent on the web service; whether or not it supports that and what is supposed to return will define how you should test it.How to validate an endpoint using OPTIONS:Primarily, check the response headers and status code of the requestTest endpoints that don't support OPTIONS, and ensure they fail appropriately

Vishal Haria’s answer works for me. However, if you want to automate the process…Let’s assume that up to 12 months are present and you want to ‘add’ any missing months. No order is implied.I’m also going to assume that your worksheet will contain more than one user and that the data has been sorted by (at least) UserID.I could insert rows as required, or just add rows at the end, but it would make more sense to build an entirely new worksheet. Instead, I’m going to go with Vishal’s method of constructing all rows at Right of the original data. (I might handle this differently if I knew the data was sorted by UserID then Month.Note that the output requires sorting and that the input is deliberately mis-sorted on Month.Option Explicit

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