I've recorded a script of a web application using the Gatling recorder. I would like to save the responses from the .get calls to a file to verify the responses. I've done plenty of searches but I have not found any specific examples.
Thanks!
Check the "Save and check response bodies" checkbox on the Recorder's configuration pane, as visible in the official documentation.
Related
Is there a possibility to searching inside all JSON objects from all available responses in the network tab? Currently it works, but very randomly and isn't much reliable. Sometimes and especially in a smaller responses it's ok but when you have more assets almost always looking for, e.g. specific params value ends unsuccessfully. Do you know any smart solution of that issue? I've checked and first question associated with it has already few years and Google devs still haven't responded.
Example: I have object ID in response body, but cannot find it by search CTRL+F
I think one way is to save all the response in a file (manually or automatically, if possibile by using a browser extension).
After you have stored all the responses in a file you can parse the file and find things inside the file by using a script or just regex.
You can save the answers (as HAR file) manually (I use firefox) by right clicking on a network response inside the developer console panel.
I found that is the same for chrome.
Look here:
https://developers.google.com/web/tools/chrome-devtools/network/reference
I didn't search if there is a way to automatically store all the responses received by a browser. I'm not sure, but I think it isn't possible :/
I need to upload files in the Workspace:
I dont know which URL i should give as parameter to my file Uploader. Considering that i working with the SAP WebIDE personal Edition and my file are located in the following path:
file:///C:/SAPWebIDE/eclipse/serverworkspace/Al/ALine/OrionContent/testApp/webapp/model/
What should i please set as Url here?
var oFileUploader2 = new sap.ui.commons.FileUploader({
name: "upload2",
uploadOnChange: false,
uploadUrl: "???"
});
I think you have misunderstood how the FileUploader works.
The "uploadUrl" parameter should be used to specify a path on the "web server" (e.g. application server, web container) on which your application is hosted. UI5 is a web user interface framework, it does not know how to handle (server-side) upload requests. This means that the server (backend) itself should have some implementation for handing the file upload.
After you select the file and trigger the upload, a POST HTTP request is made to the path specified in this "uploadUrl" parameter. If you have no web server to know to handle it, then it will invariably give back an error HTTP response.
Based on the title of your question, I understand that you would want to upload the file inside your workspace. IMO, this does not really make sense (as you are mixing in the design time environment with your run-time environment (i.e. your application should never depend on the IDE).
Nevertheless, you can try and import a file via the import menu (right click on package, import, from file system) and see what URL is the request triggered against (using the dev console). I looked around a little and roughly this is the request URL: http://localhost:[Web IDE Port]/xfer/import/[User Name]-OrionContent/[Project Name]. In the Slug header you would have the file name. You might not be able to make a POST request towards this URL directly (because of XSS / CSS limitations), so you might need to create a route mapping for it.
I know it's possible to load a webpage inside eclipse, but this isn't what I'm looking for. What I'm looking for is to load raw data (json or xml) from a remote url via http. For example the plugin could request data for bugs with status unresolved. That query will go to the url which will return data. My plugin needs to then read this data. So any suggestions what I need to get this done?
new URL(url).openStream() will open an input stream. you an read data from this stream.
You may want to have a look at REST(Representational state transfer).
So the website constantly changes the data that it displays, and I want to get that data every several seconds and log it in a spreadsheet. The problem is in order to get to the page, I have to have a cookie which I get when I log in. Unfortunately I only know how to program in MATLAB. MATLAB has a function for this, urlread, but it doesn't deal with cookies. What can I do to get to that page? Can anyone help me with this? Point me into a direction where a programing noob like me can succeed please.
You could use wget to download content while using HTTP cookies. I will be using StackOverflow.com as example target. Here are the steps to follow:
1) Obtain the wget command tool. For Mac or Linux, I think it is already available. On Windows, you can get it from the GnuWin32 project or from one of the many other ports (Cygwin, MinGW/MSYS, etc..).
2) Next we need to obtain an authenticated cookie by logging into the website in question. You can use your preferred browser for this.
In Internet Explorer, you can produce it using "File menu > Import and Export > Export Cookies". In Firefox, I used the Cookie Exporter extension to export cookies to text file. For Chrome, there should be similar extensions
Obviously you only need to do this step once, as long as the cookies have not yet expired!
3) Once you locate the cookie file exported, we can use wget to fetch the web page and provide it with this cookie. This of course can be performed from inside MATLAB using the SYSTEM function:
%# fetch page and save it to disk
url = 'http://stackoverflow.com/';
cmd = ['wget --cookies=on --load-cookies=./cookies.txt ' url];
system(cmd, '-echo');
%# process page: I am simply viewing it using embedded browser
web( ['file:///' strrep(fullfile(pwd,'index.html'),'\','/')] )
Parsing the web page is a whole other topic that I will not go into. Once you get the data you seek, you can interact with Excel spreadsheets using the XLSREAD and XLSWRITE functions.
4) Finally you can write this in a function, and make it execute on regular intervals using the TIMER function
Try using the java.net.* classes.
You should be able to use them directly in the MATLAB workspace, as described here: http://www.mathworks.co.uk/help/techdoc/matlab_external/f4863.html
Matlab has built-in functions for web downloading. For http sites, there is webread.m and websave.m. For FTPs, there is mget.m
I used the sample code from http://cocoawithlove.com/2008/09/streaming-and-playing-live-mp3-stream.html. it runs OK with default URL. But when I replace with my URL "http://dl.mp3.kapsule.info/fsfsdfdsfdserwrwq3/fc90613208cc3f16ae6d6ba05d21880c/4b5244f0/b/7e/b7e80afa18d06fdd3dd9f9fa44b51fc0.mp3?filename=Every-Day-I-Love-You.mp3", this app shows an message as "Audio not Found". But when I put my URL on Address Bar of Web Browser, I can download this .mp3 file.
really, I can't understand why it is?
pleased tell me!
Thank you very much
My guess would be that the app is designed to play a MP3 encoded audio stream with no limit in length (which is different from your ordinary music file). To set this up, you need a streaming server on the client side.
I think you can find out for sure by trying with a different radio station that transmits in MP3. If that works, it's most likely that your app doesn't like your file.
You should, as Vivek recommends, also try using a simpler download URL for your file, in case the App gets confused by the URL's length and/or structure.
As mentioned, this is due to the URL of the file. The AudioStreamer code specifically checks for the extension of the file and tries to figure out the audio type based on that. If you change that logic to handle your custom URLs, it will start working
So to point you in the right direction: open AudioStreamer.m and look for the references of
hintForFileExtension:
This function returns the type of file based on the extension. If you know the file type won't change (always mp3), the quick and dirty solution is to always assign mp3 type without any logic... like this:
err = AudioFileStreamOpen(self, MyPropertyListenerProc, MyPacketsProc, kAudioFileMP3Type, &audioFileStream);
Note: I've put kAudioFileMP3Type constant instead of calculated value
PS yes, it does work with static mp3 files, even though it's designed for streams and hence misses some of the functionality one would expect from a player that plays a static file on the server (caching, prefetching, proper seeking)
Thats because the default url directly points to a file in the webserver, whereas the the url you've mentioned is a HTTP (POST/GET) operation, which the application may not be designed to handle.
I suspect that your URL is one-time-use. When I try to visit it, I see 408 - Request Timeout.
Many links on mass file sharing websites are like this. If you could download the file directly, you wouldn't sit through a page of ads and premium account offers.
Try again with a file on a normal website, like this one.