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After a call to Transform Final Block(Byte[], Int32, Int32), the transform is reinitialized and can be reused. NET Framework, attempting to reuse the decryptor by calling Transform Block(Byte[], Int32, Int32, Byte[], Int32) after a call to Transform Final Block(Byte[], Int32, Int32) throws a Cryptographic Exception or produces corrupted data.The impact of this change should be minimal, since this is the expected behavior.Applications that depend on the previous behavior can opt out of it using it by adding the following configuration setting to the In addition, applications that target a previous version of the .NET Framework but are running under a version of the . NET Framework 4.6.2 can opt in to it by adding the following configuration setting to the Starting with the .If the old semantics are required, the iterator variable can be replaced with a separate variable which is explicitly placed outside of the loop's scope. From Async, the implementation of the Completed Synchronously property must be correct for the resulting task to complete. This change (like many other URI changes) will only affect applications targeting the . To keep using the old behavior, target the app against the . Alternatively, scan URI's prior to calling Is Well Formed Uri String(String, Uri Kind) looking for The entity framework version should be matched with the . This change does not affect the 32-bit JIT compiler.That is, the property must return true if, and only if, the implementation completed synchronously. If IAsync Result implementations correctly return true for the Completed Synchronously property only when a task completed synchronously, then no break will be observed. The known differences include the following: Mitigation of other issues If you encounter any other difference in behavior between code compiled with the older 64-bit compiler and the new 64-bit JIT compiler, or between the debug and release versions of your app that are both compiled with the new 64-bit JIT compiler, you can do the following to compile your app with the older 64-bit JIT compiler: Starting with the .Users should review IAsync Result implementations they own (if any) to ensure that they correctly evaluate whether a task completed synchronously or not.) limitation on path lengths has been removed. NET Framework 4.6.2, code paths that previously threw a Path Too Long Exception because a path exceeded 260 characters will now throw a Path Too Long Exception only under the following conditions: Recompilation of existing source code that uses the Obsolete Attribute attribute may generate warnings when consuming that code from C /CX or Java Script. NET Framework 4.6, the Service Point Manager and Ssl Stream classes are only allowed to use one of the following three protocols: Tls1.0, Tls1.1, or Tls1.2.We do not recommend applying both Obsolete Attribute and Windows. Deprecated Attribute to code in managed assemblies; it may result in build warnings. NET Framework 4.6.2, a number of changes were made to support previously unsupported paths (both in length and format). Note, however, that these changes only affect code targeting . The SSL3.0 protocol and RC4 cipher are not supported.

NET Framework 4.6.2 or later are unaffected by this change.'s closure. However, the JIT64 compiler will execute such IL if it is generated using reflection emit.

Checks for proper drive separator (colon) syntax were made more correct, which had the side effect of blocking some URI paths in a few select Path APIs where they used to be tolerated. The recommended mitigation is to upgrade the sever-side app to Tls1.0, Tls1.1, or Tls1.2.

If this is not feasible, or if client apps are broken, the App Context class can be used to opt out of this feature in either of two ways: In .

NET Framework 4.6.2, the way in which the runtime normalizes paths has changed. Unlike the JIT64 just-in-time compiler, Ryu JIT (used in .

Normalizing a path involves modifying the string that identifies a path or file so that it conforms to a valid path on the target operating system. NET 4.6) does not allow an IL ret instruction in a try region.

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