Anti-Cross-Site Scripting (XSS) is a security vulnerability commonly found in web applications, allowing an attacker to execute scripts in the victim's browser via a crafted page or a malicious link. This Microsoft Anti-Cross Site Scripting Library has been designed to provide ASP.NET developers with a set of encoding techniques to protect their ASP.NET web-based applications from XSS attacks. By using Anti-Cross-Site Scripting Library in their ASP.NET applications, developers can protect their applications from security vulnerabilities, and many users will be more comfortable and confident knowing that their web applications are safe from XSS attacks. The Microsoft Anti-Cross Site Scripting Library provides developers with encoding schemes, including Unicode encoding and Shift-JIS encoding, to protect ASP.NET applications from malicious script attacks. It also provides encoding schemes to use when converting data from one encoding scheme to another, such as converting Unicode text to ANSI, or converting ANSI text to Unicode. The Microsoft Anti-Cross Site Scripting Library is the product of a research and development team in the Microsoft ASP.NET Developer Division. It has been developed to support ASP.NET 2.0 and.NET Framework 2.0, and it works with Microsoft Visual Studio 2005, Microsoft Visual Studio.NET 2003, and the Microsoft Visual Studio IDE 2005. The Microsoft Anti-Cross Site Scripting Library also works with ASP.NET MVC, and ASP.NET's security runtime engine (SRE) HTTP module. The Anti-Cross Site Scripting Library does not replace the built-in default encoders that ASP.NET uses when it sends data to the client. Instead, it provides developers with encoding schemes to use when processing data. It can be installed as part of an ASP.NET application that was compiled with the Microsoft.NET Framework version 2.0 or later. Use Anti-Cross-Site Scripting Library to Protect Your Applications: To use the Microsoft Anti-Cross Site Scripting Library, you simply need to add a reference to the library's assemblies to your project, and include the library's namespace in your class and variable declarations. Anti-Cross-Site Scripting Library Documentation: To read about the Microsoft Anti-Cross Site Scripting Library's encoding schemes, features, and limitations, read the online documentation on this website. To view the Anti-Cross Site Scripting Library documentation online, click here. The version of the Microsoft Anti-Cross Site Scripting Library that you will
This function encodes a textual value to a keyed hash. # on Windows only MACRO AspNetCrypto_HashString(@StringToHash) # on Windows only MACRO AspNetCrypto_HashString(@StringToHash, @HashAlgorithm) # on Windows only MACRO AspNetCrypto_HashString(@StringToHash, @HashAlgorithm, @Length) # on Windows only MACRO AspNetCrypto_HashString(@StringToHash, @Length) # on Windows only MACRO AspNetCrypto_HashString(@StringToHash, @Length, @Salt) # on Windows only MACRO AspNetCrypto_HashString(@StringToHash, @Length, @Salt, @HashAlgorithm) # on Windows only MACRO AspNetCrypto_HashString(@StringToHash, @Salt, @Length, @HashAlgorithm) # on Windows only MACRO AspNetCrypto_HashString(@StringToHash, @Salt, @Length, @HashAlgorithm, @Key) KEYMACRO Usage: The [AspNetCrypto_HashString] function encodes a textual value to a keyed hash. See: AspNetCrypto_HashString CODE Public Function AspNetCrypto_HashString(ByVal StringToHash As String, ByVal HashAlgorithm As String, Optional ByVal Length As Integer = 0) As String Return AspNetCrypto_HashString(StringToHash, HashAlgorithm, Length) End Function Public Function AspNetCrypto_HashString(ByVal StringToHash As String, ByVal HashAlgorithm As String, Optional ByVal Length As Integer = 0) As String Dim sTemp As String = "" Dim sTemp2 As String = "" Dim sLen As Integer = Length If sLen > 0 Then If (Len(StringToHash) > sLen) Then sTemp = Mid(StringToHash, 1, sLen - 1) sTemp2 = Mid(StringToHash b78a707d53
The Microsoft Anti-Cross Site Scripting Library is a cross-site scripting encoding library for Microsoft ASP.NET web applications. When the Microsoft Anti-Cross Site Scripting Library encodes values, it whitelists characters that should not be encoded. This approach to encoding is sometimes referred to as the principle of inclusions. This whitelisting approach has several advantages over other encoding schemes. References Category:Web security exploitsClinical results with 6-week tacrolimus and tacrolimus plus cyclosporine regimen in pediatric renal transplantation. Twelve children (mean age 13 +/- 3.7 years) with end-stage renal disease underwent living related renal transplantation. Seven patients received a single cadaveric renal transplantation, and five patients received living related renal transplantation. The treatment was started with cyclosporine and mycophenolate mofetil (MMF), and was switched to tacrolimus and MMF after 9 to 18 months (mean 12.1 +/- 4.5) and continued for 6 weeks after the switch. Mean follow-up period was 31.6 +/- 17.2 months (2-62 months). Acute rejection was diagnosed in one patient who underwent a living related renal transplantation. Cyclosporine trough levels were maintained at less than 100 ng/ml in all patients. Donor/recipient acute rejection occurred in two patients. Tacrolimus levels were more than 3 ng/ml in all patients except one, and mean tacrolimus trough levels were 11.7 +/- 5.6 ng/ml. No patient experienced subclinical acute rejection. All patients had good renal function with mean serum creatinine concentration of 1.42 +/- 0.74 mg/dl (range 0.9-2.8 mg/dl). The mean glomerular filtration rate (GFR) was 52.2 +/- 15.2 ml/min/1.73 m2 (range 28-72). No major adverse events related to tacrolimus were observed. Despite the fact that our patients were relatively young, all of them had good graft survival and function. Our data suggest that tacrolimus plus MMF is a good immunosuppressive regimen with excellent short-term outcome in children who undergo renal transplantation./* * Knowage, Open Source Business Intelligence suite * Copyright (C) 2016 Engineering Ingegneria Informatica S.p.A.
Anti-Cross-site Scripting (XSS) attacks are one of the most common and most dangerous attacks that can be performed on web applications. An XSS attack occurs when an attacker inserts malicious content into a web site or application that can be directly interpreted by a user's web browser. In one of the most basic attacks, an attacker can embed a JavaScript string into a web page that is then directly executed by the user's browser. This is often done via a vulnerability in the web application's HTML or form validation code. For example, a web application may include a form that is vulnerable to cross-site scripting (XSS) if user input is not validated before it is directly displayed to the user. XSS attacks are often difficult to defend against because they are difficult to detect, and often difficult to block. Anti-Cross-site Scripting Libraries (Anti-XSS) are typically used to prevent XSS attacks and are typically integrated with an application's encoding (aka "On-the-fly-encoding") library. The Microsoft Anti-Cross-Site Scripting Library is an encoding library that uses white-listing to encode all malicious JavaScript and XML tags in user-supplied input, before it is displayed to the user. The Microsoft Anti-Cross-Site Scripting Library supports the following languages: C#, VB.NET, ASP.NET, ASP, ASP.NET Core, PHP, HTML, JavaScript, JScript and TypeScript. This version also supports Windows Forms, and the recent addition of Windows Presentation Foundation (WPF). The library includes sample code that demonstrates how to embed Anti-Cross-Site Scripting (Anti-XSS) content in your application. &
Minimum System Requirements: OS: XP SP3 CPU: 1.8 GHz Memory: 1 GB Hard Disk: 9 GB Sound Card: DirectX 9 Compatible Other: 1024 x 768, D3D9 You are also required to install DotNet Framework 3.5 SP1. We may make this requirement optional for future releases of the installer. Recommended System Requirements: Memory: 2 GB
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