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This problem will occur when running in 64 bit mode together with the 32 bit Oracle client components installed.
I have noticed this a number of times recently when running Visual studio with a 64Bit O/S. A simple workround is usually to install the 32bit client on your own 64Bit development machine.
I am sorry about adding an additional answer in case you have 64 bit and 32 bit clients positioned in the same machine chances are you'll encounter this issue too.
C:oracleproduct11.2.0client32Bit C:oracleproduct11.2.0client64Bit
Control the journey Environment Variable. Which Oracle client is first, it really is loaded before other one.
echo %PATH% XXXX;C:oracleproduct11.2.0client64BitBIN;XXX
Since my 64bit Oracle Client is first in PATH, efforts to use it for Oracle Connections and throws Bad Image Exception.
set PATHC:oracleproduct11.2.0client32BitBIN;%PATH% REM Visual Studio 2008 C:Program Files x86Microsoft Visual Studio REM Visual Studio 2010 C:Program Files x86Microsoft Visual Studio
After this you are able to connect oracle. Of course you'll be able to put 32Bit client first in path but I want to put 64 bit client before 32 bit for other applications.
I had exactly the same error after upgrading to Windows 7. I resolved it by changing the Platform target to x86 inside Build tab with the Properties page in Visual Studio
I changed 32 bit enabled support to FALSE during my Application pool in IIS7. This worked to me. I found it simple. Cheers:
Same problem chances are you'll face also in Visual Studio 2013 and 64-bit Oracle Client 11 and 12 versions. My option would be:
a Desktop project. Project properties Build disable Prefer 32-bit checkbox.
b project or internet site. Main menu TOOLS Options Project and Solutions Web Projects enable Use the 64 bit version of IIS Express for internet websites and projects checkbox.
Install ODACv11.2021Xcopyx64, by run file then check c:oracle as created path.
copy your Network configuration folder that includes admin folder with file in oracle 32bit to c:oracle.
Added the c:oracle way to the PATH environment variable.
Best Regards, Eng. Nawaf H. Bin Taleb.
I got a similar exception and I determined that it occurred when I upgraded to MVC version more than 2.0., around my case MVC 4.0.
Creating a brand new project in MVC 2.0 resolved the challenge.
If you're content with 32 bit, just install the 32 bit version of Oracle Data Access Components. Since the development server of Visual Studio is 32 bit, you will not have any problems.
Hello Friends, lengthy ago i had to perform a little college Project in Microsoft Visual basic 6.0 Oracle SQL Connectivity, nevertheless the hell Microsoft Visual Studio wasn t simply installing in this little Lappy, so after a couple of hit and misses on the goal, i've discovered the Foolproof Method for installing Microsoft Visual Studio with your Windows 7 and Windows 8, Windows 8.1 installations that a lot on the two 32 bit and x64:64-bit releases of Windows 7 and Windows 8 There undoubtedly are a lot many reasons that happen to be responsible for installing of Visual Studio/visual basic 6, prominent of that are
and some problems which ares pecific like struggling to use visual Basic components for instance ADODC, OLEDB, ADODB, RDO Connection problems etc
Lets solve everybody one by one in Detail. to start with that, there are a few prerequisites which we have to implement as a way our setup is going to be much smoother Prerequisites
During visual studio 6 Installation, it could ask one to install Microsoft Virtual Machine For perhaps it will restart your personal computer as a fix, simply Download the Following file, and just right simply click it, and Run it as a administrator, it's going to ask you for any confirmation, please select yes, it can open a box, and close that s it!
Now, The visual Basic 6 Setup wont prompt you to definitely install virtual machine for Java, thus removing a hurdle!
Now lets look with the Setup! The connect to torrent file of vb6 setup unless you have it's here.
This Problem may be solved by running the on the visual basic 6 setup, by right click and selecting Run as Administrator option.
it might show a dialog box similar to this fortunately, this Problem will Be Solved just by clicking the Run Program as well as the Setup Started., as you happen to be running the setup, its likely that setup might become too very slow on places for instance searching for installed components, finishing installation worry its, totally normal! just wait for an setup interface ahead up
Now you could possibly simply Enter Serial Number, and Follow Next, Next Method of Installation and install Microsoft Visual Basic/Miscroft Visual Studio on your own computer. BUT!! should you follow this Method your Installation of Visual Studio work, but on 64-bit x-64 OS, Windows 7 64 bit, Windows 64-bit if you try to work with Visual Basic components including Data Grid, Active X controls, ADODC Connections, ADODB Connections for VB-SQL Connectivity it's going to give error.
The errors vary to your wide range based upon the components selected and are going to be something as failure to initialize provider, error 420, error 482, in addition to the printer errors blah blah blah
So, so that you can Make Visual Basic- Oracle SQL Connectivity we should do the next steps.
Steps for Visual Basic Oracle SQL Connectivity on Visual Basic 6 For 64 bit OS.!
The x86 suffix with the end of Program files is to blame for the failure of numerous visual basic components including data grid, ADODB, ADODC, OLEDB, Active-X, RDO, Printer Connectivity, windows common controls etc.
Thus, you can make it Function Properly By Installing it to Default Program Files All the Data bound controls, standard controls, added components to VB for example ADODB, OLEDB, Data bound grid control etc properly, Windows Controls, MAPI Controls Properly.!
Also should you already installed Visual Basic To Program Files x86 just dont uninstall Please. simply Perform the Following steps
Now Go, on the Folder C:Program FilesVB98 andtry to perform, it is going to give error as Failed to register extension and blah blah
Now simply run the in the non-x86 folder in Run as Administrator mode,. and voila!! Visual Basic Will Start Working, and all of the Default Connectivity, Data Components that is added from tools- components menu like ADODB etc will become working!! thus, the VB-SQL Connectivity too begins Working!!
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Today, we're also happy to announce the production of VisualStudio2015 RTM.This Releaseto ManufacturingRTM of Visual Studio includes many the latest features and updates, for instance tools for Universal Windows app development, cross-platform mobile development for iOS, Android, and Windows, including Xamarin, Apache Cordova, Unity, and much more.
And now, you may see Visual Studio 2015 features for doing things; look into our videos on Channel 9.
Now it's very easy to share, reuse, build, deploy, and debug all though the most platform-specific code across multiple app platforms, all in a single solution in Visual Studio. Here are just a few in the things you are able to do:
Create projects from templates for Android Native Activity apps, and shared code libraries that you'll be able to use on multiple platforms plus Xamarinnative Androidapplications.
Use platform-specific IntelliSense to educate yourself regarding APIs and generate correct code for Android or Windows targets.
Configure your build for x86 or ARM native platforms.
Deploy your code to attached Android devices or use Microsofts performant Android emulator for testing.
Set breakpoints, watch variables, comprehend the stack and step through code from the Visual Studio debugger.
View the content log from an Android device utilizing the LogCat viewer. Logcat is often a diagnostic tool and necessary for a good edit- build- debug experience.
Search for specific log messages through the use of search bar.
Use Toggle Autoscroll to see upcoming log messages easily.
Clear previous log output messages.
Choose between various log levels.
Write C code individuals iOS platform and as well be able to take full advantage of our advanced code authoring features, like code sharing, cross-platform IntelliSense, refactoring, peek definition, plus more. iOS support remains work in progress, so be on the lookout for more within this soon and make sure to send us feedback; heres how: For bugs, use Connect ; for suggestions, use UserVoice ; and then for quick thoughts, use Send-a-Smile inside Visual Studio IDE.
Support for Android API Level 21 Lollipop.
A new template that's based on make file support for Android, that permits using an external build system including NDK- BUILD.
Precompiled headers in every templates including Dynamic Shared Library, Static Library, and Cross-platform mobile templates.
Formerly called Multi-Device Hybrid Apps for Visual Studio, the Visual Studio Tools for Apache Cordova make simple to use to build, debug, and test cross-platform apps that focus on Android, iOS, Windows, and Windows Phone from simple Visual Studio project.
All in the features easily obtainable in previous CTPs are available inside the Visual Studio 2015 RC, for example the following improvements:
Update on save for Ripple no reason to rebuild!
Support for Apache Cordova 4.0.0.
We followed your feedback and broadened how many devices you'll be able to debug to, as follows:
Android 4.4, Android 4.3 and earlier with jsHybugger
Then, we broadened our debugging support further. You is now able to debug your Apache Cordova apps that concentrate on Windows Phone 8.1.
You can set breakpoints, inspect variables, utilize console, and perform other debugging tasks in your Windows Phone 8.1 emulator or attached device.
And in RC, we added: CLI interoperability. Cordova projects in Visual Studio can synchronize with changes built to your project folder on-disk. Changes can flow in and out of Visual Studio whether youre utilizing third-party tools or on other os's. The default file structure for Cordova projects is according to the structure expected with the Apache Cordova command-line tools, that makes it easier to work directly together with the Apache Cordova CLI or another tools that expect that folder structure.
You can make use of the Visual Studio Emulator for Android in either a cross-platform project in Visual Studio Xamarin or C, or perhaps Visual Studio Tools for Apache Cordova. The emulator allows someone to switch between different platform emulators without Hyper-V conflicts. It supports a multitude of sensors and simulations, including GPS/Location, accelerometer, screen rotation, zoom, SD card, camera, multi-touch, and network access. It also supports Android versions 4.4 KitKat, API Level 19 and 5.0 Lollipop, API Level 21.
The Visual Studio Emulator for Android supports both WiFi simulation andthe power to choose from distinctive device hardware configurations.
New platforms. Jellybean API 17 and Lollipop 5.1 API 22 images can be purchased.
Command-line interface. Navigating to %programfilesx86%Microsoft Emulator in the command prompt will allow someone to interact while using emulator manager list, install, start profiles, etc. without aUI.
Drag-and-drop zip libraries. Dragging and dropping a flashable zip on the emulator will automatically unpack and set it up.
SD Card tab. This new tab inside Additional Tools window allows someone to push and pull data to and in the SD Card.
Acquire by itself. The emulator could be installed over a machine without requiring youto install Visual Studio. A shortcut on the Emulator Manager appears within the Start menu so that you can canstart it and then use it from any development tool chain.
Learn much more about the Visual Studio Emulator for Android.
The Visual Studio tools for Universal Windows app development is integrated with Visual Studio setup. These tools enable someone to build Windows apps that run across all Windows 10 devices the product in your pocket, named or laptop within your bag, the PC in your desk, the IoT devices and very quickly, the Xbox consoles with your house, the Surface Hub, plus more. In addition, it is possible to also utilize these tools to make Windows Desktop Applications that leverage Windows 10 APIs. Learn more to do with whats new in Visual Studio Tools for Universal Windows Apps.
For more home elevators Windows app development, view the Guide to Universal Windows apps as well as the Windows Developer Center. For info on the latest Windows builds and SDKs, begin to see the Windows Insider portal.
In this release, the C compiler and standard library have already been updated with enhanced support for C11 and initial support for many C14 features. They also include preliminary support for several features required to be inside the C17 standard.
Additionally, over 500 compiler bugs happen to be fixed, including many submitted by customersthrough Microsoft Connect many thanks!
Resumable Functions resume/await The resume and await keywords provide language-level support for asynchronous programming and enables resumable functions. Currently, this feature is just available for x64 targets. Proposed for C17 N3858
Generic Polymorphic Lambda Expressions Lambda function parameter types is now specified using auto; the compiler interprets auto within this context to signify the closures function call operator is often a member function template which each usage of auto from the lambda expression corresponds to your distinct template type parameter. C14
Generalized Lambda Capture Expressions Also referred to as init-capture. The result of an arbitrary expression is now assigned to your variable within the capture clause of the lambda. This enables move-only types being captured by value and enables a lambda expression to define arbitrary data members to use closure object. C14
Binary Literals are actually supported. Such literals are prefixed with 0B or 0b and include things like only the digits 0 and 1. C14
Return Type Deduction The return style of normal functions very easily deduced, including functions with multiple return statements and recursive functions. Such function definitions are preceded through the auto keyword as with function definitions having a trailing return type, though the trailing return type is omitted. C14
decltypeauto Type deduction with all the auto keyword for initializing expressions strips ref-qualifiers and top-level cv-qualifiers from your expression. decltypeauto preserves ref- and cv-qualifiers and is now able to used anywhere that auto could be used, except show them a function having an inferred ortrailing return type. C14
Implicit Generation of Move Special Member Functions Move constructors and move assignment operators are implicitly generated when conditions allow, thus bringing the compiler into full conformance with C11 rvalue references. C11
Inheriting Constructors A derived class are now able to specify it will inherit the constructors of their base class, Base, by such as the statement using Base::Base; to use definition. A deriving class could only inherit the many constructors of the company's base class, fat loss to inherit only specific base constructors. A deriving class cannot inherit from multiple base classes when they have constructors that have identical signature, nor can the deriving class define a constructor which has an identical signature to any of the company's inherited constructors. C11
Alignment Query and Control The alignment of an variable may be queried using the alignof operator and controlled with the alignas specifier. alignof returns the byte boundary which instances from the type need to be allocated; for references it returns the alignment in the referenced type, as well as arrays it returns the alignment from the element type. alignas controls the alignment of a flexible; you will need a constant or even a type, the place where a type is shorthand for alignas alignoftype. C11
Extended sizeof The size of the class or struct member variable can be determined with no instance from the class or struct through the use of sizeof. C11
constexpr Partial support for C11 constexpr. C11 partial
User-Defined Literals UDLs Meaningful suffixes can be appended to numeric and string literals to present them specific semantics. The compiler interprets suffixed literals as calls on the appropriate UDL-operator. C11
Thread-Safe Magic Statics Static local variables are initialized within a thread-safe way, eliminating the requirement for manual synchronization. Only initialization is thread-safe, usage of static local variables by multiple threads must nevertheless be manually synchronized. The thread-safe statics feature could be disabled using the/Zc:threadSafeInit- flag in order to avoid taking a addiction to the CRT. C11
Thread-Local Storage Use the threadlocal keyword to are convinced that an independent object ought to be created per thread. C11
The noexcept operator is now able to used to check whether a manifestation might throw the best. The noexcept specifier can be used to specify that the function won't throw exceptions. C11
Inline Namespaces A namespace is now specified as inline to hoist its contents into your enclosing namespace. Inline namespaces may be used to build versioned libraries that expose their most-recent version automagically, while still making previous API versions available explicitly. C11
Unrestricted Unions A union type is now able to contain types with non-trivial constructors. Constructors for such unions have to be defined. C11
New Character Types and Unicode Literals Character and string literals in UTF-8, UTF-16, and UTF-32 are actually supported and new character types char16t and char32t have already been introduced. Character literals may be prefixed with u8 UTF-8, u UTF-16, or U UTF-32 such as Ua, while string literals can additionally be prefixed with raw-string equivalents u8R UTF-8 raw-string, uR UTF-16 raw-string, or UR UTF-32 raw-string. Universal character names may be freely employed in Unicode literals just as uu00EF, u8u00EF is i, and uU000000ef is I. C11
func The predefined identifier func is implicitly defined like a string containing the unqualified and unadorned name on the enclosing function. C11
restrict restrict is now able to applied to references.
in a very template template parameter.C14
The globals void operator deletevoid, std::sizet noexcept and void operator deletevoid, std::sizet noexcept is now overloaded. C14
Digit separators Now, you'll be able to intersperse numerical literals with single quotes include them as more readable. For example, int x 1000000;. C14
Universal character names in literals You can write basic characters, like A and also the line feed character, as code points in literals. For example, const char s u0041u000A;. C11
Non-static data member initializers now be effective with initializer lists. C11
Attributes You may now specify a serve as noreturn to express to the compiler the function doesn't return even though it can throw very. Various constructs are now able to also be specified as deprecated. Attributes are allowed on namespaces and enumerators. C11, C14, and C17
User-Defined Literals UDLs Numeric and string literals can have meaningful suffixes that perform customized computations within the literal data. C11
Data-dependency ordering attributes You is now able to specify function parameters, lambda parameters or function declarations as carriesdependency to further improve optimizations for concurrent data structures which are frequently read but seldom modified. C11
New rules for auto with braced-init-lists Auto deduction for copy-list-initializations can either deduce a std::initializerlist or even be ill-formed otherwise. C17
User-Defined Literals UDLs for Standard Library Types The chrono, string, and sophisticated headers now provide UDL-operators to save you time. For example, 123ms means std::chrono::milliseconds123, hellos means std::stringhello, and 3.14i means std::complex0.0, 3.14.
Null Forward Iterators The standard library now allows the development of forward iterators that don't refer to some container instance. Such iterators are value-initialized and compare equal for just a particular container type. Comparing a value-initialized iterator to at least one that just isn't value-initialized is undefined. C14
quoted The standard library now props up quoted function to make dealing with quoted string values and I/O easier. With quoted, a whole quoted string istreated as being a single entity as strings of non-whitespace characters will be in I/O streams; also, escape sequences are preserved through I/O operations. C14
Heterogeneous Associative Lookup The standard library now supports heterogeneous lookup functions for associative containers. Such functions enable lookup by types apart from the keytype as long as the kind is comparable to keytype. C14
Compile-Time Integer Sequences The standard library now props up integersequence type that is representative of a sequence of integer values that could be evaluated at compile time for it to make utilizing parameter packs easier as well as simplify certain template programming patterns. C14
exchange The standard library now props up the std::exchange utility function to assign a brand new value in an object and returns its old value. For complex types, exchange avoids copying the existing value any time a move constructor can be obtained, avoids copying the newest value whether a temporary or possibly moved, and accepts any kind as the revolutionary value making the most of any converting assignment operator. C14
Dual-Range equal, ispermutation, mismatch The standard library now supports overloads for std::equal, std::ispermutation, and std::mismatch that accept two ranges. These overloads handle sequences of numerous lengths. C14
get T The standard library now props up get T template function to allow for tuple elements to become addressed by their type. If a tuple contains some elements of precisely the same type get T the tuple cant be addressed by that type, but other uniquely-typed elements can nevertheless be addressed. C14
tupleelementt The standard library now sports ths tupleelementt I, T type alias that is an alias for typename tupleelement I, T ::type. This provides some convenience for template programmers, similar to your other metafunction type aliases in typetraits. C14
File System V3 Technical Specification The included implementation on the File System Technical Specification is updated on the final version.
Minimal Allocators The standard library now props up the minimal allocator interface throughout; notable fixes include std::function, sharedptr, allocateshared, and basicstring. C11
chrono The chrono types highresolutionclock and steadyclock are actually fixed. C11
constexpr has become implemented through the C Standard Library. C11, C14, and C17
quickexit You is now able to terminate multithreaded processes more cleanly by calling quickexit and run clean-up code in atquickexit. C11
voidt supports advanced template metaprogramming. C17
Conversions to uniqueptr T at the moment are allowed if they're known to become safe. C17
invoke allows function objects, pointers to member functions, and pointers to data members being called with uniform syntax. C17
noexcept The standard library has cleaned up its using noexcept on certain functions. C17
uncaughtexceptions reports the volume of exceptions flying which may be in excess of 1. C17
referencewrapper has become trivially copyable. C17
map/unorderedmap now supports insertorassign/tryemplace. C17
autoptr, randomshuffle, and old functional machinery were deprecated in C11/14 and removed in C17. Visual Studio 2015 provides them automatically, but defining HASAUTOPTRETC to 0 project-wide will remove their definitions.
uniqueptr assignments are actually precisely constrained. C17
boolconstant is supported for an alias for integralconstant bool. C17
Incremental Link-Time Code Generation LTCG Now you are able to tell LTCG to rebuild the parts of assembling your project that are suffering from an edit. This can significantly decrease link times during applications who use LTCG. Activate this feature when using the/LTCG:incremental linker switch.
Incremental Linking for Static Libraries Changes to static libraries which can be referenced by other code modules now link incrementally.
Debug:FastLink substantially decreases link times by utilizing new PDB creation techniques.
Algorithmic improvements are already made for the linker dropping link times.
Improvements have already been madethat enables building template heavy code faster.
Fast Profile Guided Optimization PGO Instrumentation A new, lightweight instrumentation mode for games and real-time systems is introduced in PGO. Together with other latest features made available throughout the/GENPROFILE and/FASTGETPROFILE linker switches you'll be able to now balance code quality and build speed when you use PGO.
Object file size reduction Compiler and C standard library enhancements bring about significantly smaller object files and static libraries. These enhancements will not affect the sized dynamically-linked libraries DLLs or executables EXEs considering that the redundant code has historically been removed with the linker.
Improvements to automatic vectorization. Weveimproved vectorization of control flow if-then-else, vectorization when compiling under/O1 Minimize size, andimproved the vector code quality overall, including support for that Parallel STL, vectorizing more range-based for loops, and support for pragma loopivdep.
Improvements to scalar optimization. Weveadded better code generation of bit - test operations, control flow merging and optimizations loop-if switching, and also other scalar optimizations for instance, better code generation for std::min and std::max.
Profile Guided Optimization PGO. Weve made anumber of enhancements to PGO, including improved reference sets, better data layout capabilities, and also the ability to reuse previously made inlining, speed vs. size, and layout decisions.
Control Flow Guard CFG. Weve added a newsecurity feature;simply add a brand new option to assembling your garden shed, and also the Visual C compiler will inject extra security checks in your binaries to assist detect efforts to hijack your code. When the check fires, it'll stop execution of the code before a hijacker are capable of doing damage to crucial computer data or PC.
Note : We have updated the command options. Instead of while using
switch when you did in earlier releases, you need to now use
Rename Symbol Changes all occurrences of an symbol to a whole new name.
Function Extraction Move selected code into a function. This refactoring can be acquired as an extension to Visual Studio for the Visual Studio Gallery.
Implement Pure Virtuals Generates function definitions for pure virtual functions inherited with a class or structure. Multiple and recursive inheritance are supported. Activate this refactoring from your inheriting class definition to implement all inherited pure virtual functions, or from the base class specifier to implement pure virtual functions from that base class only.
Create Declaration or Definition Generates a declaration from a current definition or possibly a default definition from a preexisting declaration. Access this refactoring in the existing declaration or definition, or in the light bulb indicator.
Move Function Definition Moves the body of any function between source code and header files. Activate this refactoring on the functions signature.
Convert to Raw String Literal Converts a string containing escape sequences in to a raw-string literal. Supported escape sequences are n new line, t tab, single quote, double quote, and? question mark. Activate this feature by right-clicking anywhere in the string.
Solution Scanning speed may be improved, for large solutions.
Operations like Go To Definition aren't blocked during solution scan except through the initial solution scan whenever a new option would be opened to the first time.
IntelliSense Readability Improvements : Complex template instantiations and typedefs are simplified in parameter help and quickinfo for making them quicker to read.
Add Natvis debugger visualizations for a Visual Studio task for easy management and source control integration. Natvis files added with a project take evaluation precedence over Natvis visualizers away from project. For more information, see Create custom views of native objects inside debugger.
And since RC, you are able to use Natvis files while debugging C on Android. The debugger includes visualizations for several common templates, and supports loading custom files which might be added for the C project.
Memory diagnostic sessions AltF2 enable someone to monitor the live memory by using your native application.
Memory snapshots capture a momentary image of the applications heap contents. Differences in heap state is usually examined by comparing two memory snapshots. View object types, instance values, and allocation call stacks per instance after stopping the appliance.
Improved deadlock detection and recovery when calling C functions through the Watch and Immediate windows.
Improved compiler diagnostics The compiler provides enhanced warnings about suspicious code. New warnings are actually added one example is, shadowed variables and mismatched printf format-strings. Existing warning messages are already made clearer.
The/Wv flag Warnings introduced after the specific compiler version is usually disabled utilizing the flag. Other warnings may be specifically disabled additionally to those specified over the/Wv flag.
Improved Support for Debugging Optimized Code Debug code while using/Zi, /Zo, or/Z7 flags enabled.
Consecutive Capture Capture approximately 30 consecutive frames with one capture.
Programmatic Capture Initiate frame capture programmatically. Programmatic capture is particularly useful for debugging compute shaders in programs that never call Present, or each time a rendering concern is difficult to capture manually but might be predicted programmatically through the state on the app at runtime.
Enhanced Graphics Event List A new Draw Calls view is added which displays captured events in addition to their state in a very hierarchy organized by Draw Calls. You can expand draw calls to come up with the device state that had been current with the time in the draw call and you may further expand every sort of state to produce the events that set their values.
Support for Windows Phone 8.1 Graphics Diagnostics now fully supports debugging Windows apps in Phone emulator or on tethered Phone.
Graphics Frame Analysis This tool collects performance measurements on captured frames; furthermore it also performs a few pre-defined experiments which gives insights into how performance could be affected when various texture techniques are applied. Frame Analysis also collects performance counters from hardware.
Dedicated UI for Graphics Analysis The new Visual Studio Graphics Analyzer window is often a dedicated workspace for analyzing graphics frames.
Shader Edit and Apply View the impact of shader code changes inside a captured log without re-running the app.
Configure capture options in Tools- Options- Graphics Diagnostics.
Command-line tool for capturing and playing back frames.
Graphics Diagnostics support for DirectX 12. The Visual Studio Graphics Diagnostics tool now supports debugging rendering problems in DirectX 12 applications.
The GPU Usage tool in Visual Studio 2015 may be used to be aware of GPU using of DirectX applications. Frame Time, Frame Rate, and GPU Utilization graphs can be obtained while the applications are running live. In addition, by collecting and analyzing detailed GPU usage data, this tool can offer insights into your CPU and GPU execution duration of individual DirectX events, and therefore may be useful to view whether the CPU or GPU may be the performance bottleneck.
New in RTM: To enable debugging of your Visual C Managed Test Project, go towards the Tools Options Debugging General pane, and view the Suppress JIT optimization on module load Managed only option.
In this release, several new C and Visual Basic language features help in reducing boilerplate and clutter in everyday code, encourage an even more declarative form of programming, and produce the two languages even closer together. For example, you will find syntactic improvements to type and member declarations also to null checking. Also, local variables may be declared inside expressions, and await could be used in catch and lastly blocks. Many of these features are implemented exclusively for one from the two languages in earlier releases, but is going to be available to both languages inside the final release.
Nameof gives a refactoring-safe way to get the name of any parameter, member or type being a string.
Using null-conditional operators, you may get a built-in null check while accessing and invoking members and indexers.
String interpolation : String interpolation offers a concise technique of describing string templates that insert expressions into format strings C only at Preview, both VB and C at RTM.
Methods, getter-only properties, etc., are now able to have one particular expression for their body, similar to lambdas.
Auto-properties may have initializers no longer require setters.
Index initializers : Inside something initializer, it is possible to now initialize a certain index on the new object. C only.
Exception filters permit you to look at the best and decide if you should catch it having a given catch block.
Using clauses for static classes bring their static members inside scope, so you may call by way of example WriteLine or Sqrt without prefixing together with the class name.
Await now works in catch last but not least blocks, obviating some very tricky workarounds.
The code editor UI and editing experiences for C and Visual Basic have already been replaced with new experiences built on Compiler Platform Roslyn. Many from the features you like today are already improved or revamped.
Light bulbs are the modern home for all those quick actions you take inside the Visual Studio Editor, including fixes to common code issues and refactoring code. When you could have issues within your code, a bulb shows suggested fixes for anyone issues. All refactoring operations are actually moved for the light bulb, which you are able to access whenever by typing Ctrl dot.
There are two new core refactoring operations: Inline temporary variable and Introduce local. Heres an example in the new Introduce local feature:
Refactoring support for Visual Basic is added to the first time, and it has also been moved to your light bulb.
Renaming has recently been improved; now it highlights every one of the instances from the identifier you wish to rename, allowing you to type the brand new name to any or all instances simultaneously directly within the editor.
You could get live code analysis and automatic fixes because you type, with specific code-aware guidance for your Microsoft platforms and NuGet packages that youre targeting. At Preview, you'll want to add the live FxCop analyzers by having a NuGet package you get through the NuGet Gallery, because you would any package.As you pull in almost any given live rule, it displaces the same post-build FxCop rule, so that you dont get duplicate hits.
The expression evaluator for C and Visual Basic continues to be rewritten. Improvements include support for LINQ and lambda expressions inside Watch and Immediate Windows.
F 4.0 contains numerous new language and runtime additions which fill out gaps, make more things just work, and improve performance in key areas. Numerous bugs and small performance optimizations are actually implemented along the compiler and runtime, also.
Constructors as first-class functions - Class names can be used as first-class function values, representing the constructors for the class.
Unification of mutable and ref - The mutable syntax can be used everywhere, and captured values will likely be automatically transformed into heap-based ref values from the compiler as needed. A new optional warning is added in case a developer wishes to get notified when this occurs.
Static parameters to provided methods - Individual methods given by type providers are now able to specify static parameters.
Non-nullable provided types - Provided types can be specified as non-nullable through the standard AllowNullLiteralfalse.
Implicit quotation of method arguments - Method arguments of type Expr t can be transparently auto-quoted, passing the argument value plus the AST on the expression that generated it.
Extended preprocessor grammar - Boolean operators, and! is now used, together with grouping, in if preprocessor directives.
Rational exponents in units of measure - units of measure now support rational exponents, that are sometimes utilised in physical sciences for instance electrical engineering
Simplified usage of units of measure values with printf-style functions - Unitized numerical values now work seamlessly with numerical printf format specifiers, without requiring the units being removed.
Support for arrays arrays of rank 5 or greater is now consumed by F code.
Extension properties in object initializers - Settable extension properties can be assigned in object initializer expressions.
Inheritance from multiple generic interface instantiations - F-authored classes are permitted to inherit from classes which implement multiple generic interface instantiations.
Multiple properties in StructuredFormatDisplayAttribute - %A formatting specified through StructuredFormatDisplay may now include multiple properties.
Leading Microsoft namespace optional - When consuming or opening modules and namespaces from, the cutting edge Microsoft. has become optional.
Normalization of Array, List, and Seq modules - the number of collection-processing functions is currently consistent along the Array, List, and Seq modules barring APIs not applicable to specific types, with dedicated, optimized implementations for every single type.
Optimized structural hashing - Significant optimizations have been designed to improve the performance of generic hash comparison for primitive types, resulting in performance gains by APIs including distinct and groupBy.
Optimized non-structural comparison operators - The module is now opened, replacing the default F structural comparison operators with increased efficient non-structural operators. This can supply significant performance gains when processing types with custom operator implementations, particularly value types.
Slicing syntax on F lists - F lists now support slicing syntax for obtaining sub-lists.
Async extensions to - WebClient extensions AsyncDownloadFile and AsyncDownloadData are available.
Better Async stack traces - Exceptions occuring in F async computations now carry more user-friendly stack traces, making it quicker to diagnose issues.
Interop APIs for Option - Various new APIs were added for the Option module for converting from null objects and values.
Quotation active pattern for values - An active pattern is currently built in for matching constant literal values in quotations.
There are new experiences and features within the Visual F tools, at the same time, along that has a number of bug fixes.
Script debugging - F scripts is now able to debugged directly inside Visual Studio debugger.
Assembly metadata in project templates - All F project templates now possess a file made up of common assembly-level metadata attributes.
Integrated up-to-date check - F projects now correctly report their up-to-date status when building in Visual Studio.
IntelliSense completion in object initializers - Object initializer expressions now support IntelliSense finishing settable properties, using CtrlSpace.
IntelliSense completion for named parameters - Method and constructor calls now support IntelliSense auto-finishing named parameters, using CtrlSpace.
Bug fixes around folder support - Visual F tools usually do not directly support folders in projects, but a amount of project system bugs have already been fixed enhance the folder support added with the Visual F Power Tools extension.
The newest version of Framework is 4. 6. It features numerous enhancements in database development technologies like, Windows Communication Foundation, and Windows Presentation Foundation. There are also alterations in networking, Framework base class library, along with the common language runtime including a fresh 64 - bit JIT compiler, native code compilation for Universal Windows Platform apps, assembly loader improvements.
Model Binding methods now return tasks.
now sports ths Always Encrypted feature accessible in SQL Server 2016 Community Technology Preview 2 CTP2.
Windows Presentation Foundation WPF offers better support for touch and improved HDPI layout.
Windows Communication Foundation WCF now supports SSL version TLS 1.1 and TLS 1.2, furthermore to SSL 3.0 and TLS 1.0.
Framework base class library includes enhancements to garbage collection, on the task-based asynchronous pattern, also to cryptography. It also adds SIMD-enabled vector types, likewise as support for compatibility switches that enable developers use a uniform opt-out mechanism for functionality supported by a different vesion of these libraries.
For additional detail along with a complete list from the new features included in Framework, see Whats New in Framework.
This release has a preview version of Entity Framework 7 as well as an update of Entity Framework 6 that primarily includes bug fixes and community contributions.
The latest version of Entity Framework enables new platforms and new data stores. Windows Phone, Windows Store, 5, and traditional desktop application are now able to use Entity Framework. This version from the framework supports relational databases at the same time as non-relational data stores including Azure Table Storage and Redis. It includes an earlier preview in the EF7 runtime that is set up in new 5 projects. For more info on EF7, see What is EF7 exactly about.
This release includes the EF6.1.3 version with the runtime and tooling. EF6.1.3 includes bug fixes and community contributions; you are able to see a list with the changes built into EF6.1.3 on our Entity Framework CodePlex site.
The Entity Framework 6.1.1 runtime is included inside a number of places on this release.
The runtime will likely be installed should you create a brand new model while using Entity Framework Tools within a project that isn't going to already develop the EF runtime installed.
The runtime is pre-positioned in new projects, depending about the project template you decide on.
New in RTM, you'll be able to share the person accounts which you add in Visual Studio with apps, including with Blend for Visual Studio or with Microsoft Test Manager and the opposite way round.
In this release, new templates can be found to create empty shared projects for Visual Basic, C, and JavaScript. These shared projects very easily referenced by a few project types:
Any un-flavored VB/C projects console apps, class libraries, Win form app
Windows Store 8.1 and Windows Phone 8.1 VB/C/JavaScript
Windows Phone Silverlight 8.0/8.1 VB/C
You could add/remove references to shared projects through Reference Manager, for the Shared Projects tab. The shared project reference appears under the References node within the Solution Explorer, even so the code and assets inside shared project are treated like they were files linked in to the main project.
Find in Files is improved by enabling subsequent results for being appended to previous results; accumulated results could be deleted.
Select an entire line by tapping inside editor margin, and select wordsby double-tapping them
We are familiar with one trouble with touch, in which the double-tap gesture will not be always reliable at lower zoom levels. We would want to hear feedback about the new touch support, plus particular any issues you might find.
Visual Studio customers can be able edit their Templates and Styles saved in external resource dictionaries inside the context with their usage. This experience is further refined to work with Peek to permit a true in-situ resource editing within the XAML designer.
You may now save custom window layouts by clicking Save Window Layout on the Window menu, and apply a custom layout by clicking Apply Window Layout from your Window menu. You also can apply a layout utilizing the pre-assigned keyboard shortcuts. The first nine layouts in addition have keyboard shortcuts from CtrlAlt1 to CtrlAlt9. Other tasks you may perform include deleting, renaming, and reordering layouts by clicking Manage Window Layout on the Window menu.
Visual Studio supports hi-res icons in command bars, tool window toolbars standard, the primary menus, error list, status bar, and a few Solution Explorer project types as soon as your device is running at over 100% DPI scaling.
Menus now show up in Title Case style as an alternative to ALL CAPS style.
The Configuration and Platform dropdown values for that Visual C Property Page dialog are already changed to not forget the last user selection in the event the property page is closed and reopened.
The Send a Frown experience is enhanced with better tools to report slowness, hangs, and crashes. You can attach files or tag your feedback, to improve describe the situation as well. Furthermore, the Feedback icons and menu items are actually updated to enhance discoverability.
You may now use high-resolution icons as part of your Visual Studio extensions.
Add-ins shall no longer be supported within this release. Visual Studio add-in project templates along with the Add-in Manager have already been removed. We recommend you convert your add-ins to VSPackage extensions. For more information, start to see the FAQ: Converting Add-ins to VSPackage Extensions.
You are now able to open an extensibility project even if you don't have the Visual Studio SDK installed.
Additionally, you may install the Visual Studio SDK by making use of Visual Studio setup; you will not have to go with a website. Heres how: On the Add Remove Programs menu, right-click Visual Studio 2015, and select Modify. From the Visual Studio Set-up dialog, check Visual Studio Extensibility Tools under Common Tools.
For increased portability and sharing of extension projects, you'll be able to use the NuGet versions on the Visual Studio SDK Reference Assemblies. For more information, see assemblies published by Visual Studio Extensibility.
Learn much more about Visual Studio Extensibility.
We redesigned Blend for Visual Studio 2015 to offer you by having an improved program development experience for creating beautiful XAML apps. Blend includes a sleek fresh look consistent with Visual Studio, support for Solution and Team Explorer, along with an enriched file reload experience to facilitate a much better workflow between Blend and Visual Studio. We also delivered Blends top most wanted features to assist you are more productive:
You are now able to write XAML more proficiently using XAML IntelliSense, which gives you with statement completion and navigation to source.
You may also view and edit XAML controls and resources inside context during which they are used with XAML Peek Definition.
Finding and fixing UI issues within your running app is easier using UI tools for XAML debugging, which enable you to definitely inspect the live visual tree along with the properties of a typical elements within the tree.
With NuGet support added, it is possible to manage NuGet packages in Blend.
We also replaced the Animation Workspace feature with all the more powerful Synchronized Layouts feature that you are able to use to build many different window layout and roam them across machines.
For power users who rather use their keyboard as an alternative to mouse, we made the Blend designer panes fully keyboard accessible.
Finally, within Microsofts ongoing effort towards creating universally accessible software, Blend is fully screen reader and high-contrast accessible.
To learn more about latest features added to Blend, visit our Preview and RC blog articles. As always, use Blends User Voice to publish suggestions for features you choose us to feature.
As of RC, you are able to edit and continue if you attach applications and once the environment variable
is set to 1 inside target process.
The new Breakpoint Settings window allows you to definitely specify conditions and actions on your breakpoints. The window includes improved IntelliSense support for breakpoint conditions and actions. You may use undo CTRLZ to regenerate deleted breakpoints.
You may now use lambda expressions from the Watch, Immediate, as well as other debugger windows in C and Visual Basic.
You can utilize PerfTips feature to discover how long code latched onto execute directly from the editor once you set breakpoints and step together with the debugger.
The GPU Usage tool is usually used to learn GPU using DirectX applications. Frame Time, Frame Rate, and GPU Utilization graphs are offered while the applications are running live. In addition, by collecting and analyzing detailed GPU usage data, this tool can offer insights in the CPU and GPU execution use of each individual DirectX event, and therefore may be useful to find out whether the CPU or GPU may be the performance bottleneck.
When the C debugger is stopped at breakpoints, it might execute code so that you can compute results, including to show you data inside the Watch and Immediate windows. If the debugger detects that your called function is deadlocked, it is going to attempt to resolve the situation.
When a C debugger launches an activity, Windows now allocates memory while using normal heap as opposed to the debug normal heap. This results inside a faster start for debugging. For more information, see C Debugging Improvements in Visual Studio 2015.
Weve added two new toolsthe Live Visual Tree and also the Live Property Explorerthat you are able to use to inspect the visual tree of your respective running WPF application, and also the properties on any element inside the tree. In short, this equipment will allow that you select any element inside your running app and show a final, computed and rendered properties. Heres more:
Live Visual Tree. Now, you are able to view the total visual tree of the running application in a debug session. The Live Visual Tree is available after you press F5 in Visual Studio or attach with a running application. You can utilize Live Visual Tree to decide on elements within a running application for inspection within the Live Property Explorer. Descendant count is displayed, of course, if the source information can be obtained, you may instantly get the file and location with the elements definition.
Live Property Explorer. Use this new tool to inspect the properties set on any element inside a running application, grouped with the scope through which they are set. You can modify these properties within a debugging session and immediately see their changes from the running application.
Picking apart how properties override the other person and determining winning behavior can verify difficult at design time. Now, through the use of our new UI debugging tools for XAML, you'll be able to perform these inspections at runtime, when you may take everything into mind.
Support for Windows Store apps will probably be released in the future update.
You can configure debugger exception settings when using the Exception Settings tool window. The new window is non-modal and includes improved performance, search, and filter capabilities.
Our new Timeline tool provides you having a scenario-centric view from the resources your applications consume, which it is possible to use to inspect, diagnose, and improve performance of one's WPF and Windows Store 8.1 applications.
The Timeline tool, which is inside the Performance and Diagnostics hub, helps guide you much time the job spends in preparing UI frames along with servicing networks and disk requests, also it does so from the context of scenarios including Application Load and Page Load.
Learn much more about the new Timeline Tool in Visual Studio 2015. The new Timeline tool replaces the XAML UI Responsiveness tool.
Weve added a different Diagnostic Tools window that appears whenever you start debugging press F5. The Diagnostics Tools window offers the following features:
Events with IntelliTrace provides access to all or any Debugger Break, Output, and IntelliTrace events collected within your debugging session. The data is presented both as being a timeline and to be a tabular view. The two views are synchronized and may interact with one another.
The Memory Usage tool allows one to monitor the memory usage of the app while you happen to be debugging. You may take and compare detailed snapshots of native and managed memory to investigate the cause of memory growth and memory leaks.
The CPU Usage tool allows someone to monitor the CPU usage of your respective application while you're debugging.
This tool replaces the CPU time PerfTip that has been available within the Preview turmoil Visual Studio 2015.
In previous releases, the Diagnostics Tools window supported the next project types and debugging configurations:
Managed WPF, WinForms, and Console projects
Native Win32, Console, and MFC projects
In RC, we also added the following latest features:
Just My Code. When you press F5 to produce the debugger, it is going to show only your code so that you are able to understand performance issues and exceptions without noise from framework along with code. Because this new code filtering functionality in IntelliTrace suppresses system code and exposes only user code, it can make it easier for someone to debug just my code.
Network Diagnostic Tool. Thisnew network diagnostic tool can helpyou diagnose network-related issues when building Windows store apps likewise as universalapps that run across all Windows 10 devices, from Windows Phone to Xbox and Windows Store.
The network diagnostic tool records info on your apps HTTP network operations, including HTTP request and response headers, request and response payloads, cookies and detailed timing information, plus more. The network diagnostic tool could also help answer questions about common scenarios, like:
Authentication related issues as an example, why you are not able to access aresource
Cache related issues by way of example, why you are not getting the most recent version of aresource
To access the Network tool, open the Diagnostics Tools window in Visual Studio 2015. On the Debug menu, select Start Diagnostic Tools without Debugging. Alternatively, just press AltF2.
And now, new in RTM, weve made this improvements towards the Diagnostic Tools window that appears while Debugging:
Events out of your app now include a single IntelliTrace Events track rather than being split between your IntelliTrace Events and Output Events tracks. Learn more details on Debugging using IntelliTrace.
Events through your app now appear while your program is running; now so long as have to press Break All to find out events.
You can activate Historical Debugging for Tracepoints that you could have set as part of your code, allowing that you see the cause code and call stack.
You is now able to see Garbage Collection and Snapshot events for the Memory Usage graph so that it is possible to see when managed garbage collections occurred and after you took snapshots using the Memory Usage tool.
Top of Model Binding supports Task returning Model Binding methods that have been previously Task returning just weren't supported and threw different at runtime if configured. If applications are deployed basic methods, these methods will be executed correctly. This change applies and then applications specifically 4. 6 or later.
You can makes use of the new language top features of C and VB in every 4. 6 project. The Web Forms templates in VS 2015 hold the package pre-installed.
In Windows 10 Framework 4. 6, we've added support for HTTP/2. The main goal for HTTP/2 is always to improve performance, latency, and network usage by making use of a single connection from browsers to some Web site.
We have updated Dynamic Data Framework, Entity Data Source Control and Universal Providers so they really work with Entity Framework 6.
The 4. 6 templates now use Open Id Connect middleware to authenticate with Azure AD. This definitely makes the programming model to authenticate with Azure AD less difficult.
If you decide on the Individual User Accounts option, then this 4. 6 templates show how to make use of two-factor authentication and social logins using MVC 5.2.3, Web Pages 3.2.3 and Web API 5.2.3
Template packages are updated to utilize latest runtime packages for MVC 5.2, Web Pages 3.2 and Web API 2.2. For precisely these packages updates seethe MVC 5.2.3, Web Pages 3.2.3 and Web API 5.2.3 Release blog Web API OData 5.3.1
Template packages are updated to utilize SignalR 2.1.2. See the SignalR release note on GitHub.
We made some improvements in JSON editor, including performance improvements including loading JSON schema asynchronously, caching on the child schemas, and supporting better IntelliSense. Additionally, you will discover the following the latest features:
JSON Schema validation. Add JSON schema validation feature, according to the schema which is defined from the schema drop-down list.
Un-minify context menu. You can right-click the JSON editor and select Un-minify context menu to un-minify any long arrays inside the JSON file.
Reload Schemas context menu. Visual Studio will cache the schema that is certainly downloaded from Internet and will utilize cache even though you restart Visual Studio. If you know the schema is changed, you are able to use the context menu Reload Schemas CtrlShiftJ to re- download the existing used schema within the active JSON document, and after that use it immediately within the current document.
IntelliSense for In addition to proving IntelliSense and validation for both and files, Visual Studio also provides live IntelliSense for both Bower and npm packages directly inside JSON editor.
Duplicate property validation. The JSON editor will provide validation for virtually every duplicate properties. This helps catch a typical problem with JSON file authoring.
The support for both IntelliSense and validation of JSON files is greatly improved by fully supporting the JSON Schema draft v4 specification. Now its much simpler to identify required properties and also the editor permits you to easily sort the properties alphabetically. Formatting a minified JSON file will automatically un-minify it.
that's an open source number of useful JSON Schema files, is supported. This ensures that any JSON file opened in Visual Studio that's a schema associated on will automatically get IntelliSense and validation.
The support for JSON Schema authors has already been enhanced by better schema sanity validation.
Better client template formatting. The HTML editor not parses or formats double-curly syntax. This is always to make sure that this content of that syntax is just not treated to HTML and so being invalidated, nor will it try to format this content, which can not be done correctly with the HTML formatter. This is ideal for Angular, Handlebars, Mustache, and also other double-curly template syntaxes.
Support for custom elements, polymer-elements and attributes. The HTML Editor no more validates unknown attributes for custom elements, because different frameworks have some of custom tags. There will will no longer be squiggles beneath the unknown elements.
Basic IntelliSense for Web Components. The HTML Editor has IntelliSense for link relimportthat is part with the Web Components standard.
HTML element tooltips. Tooltips are offered for HTML elements inside editor.
region support. The HTML editor now supports region folding. You can makes use of the surrounding snippet to surround the existing selection also.
Todo/Hack comment support inside the Task List.
Angular icons. Both Angular directives ex. ng-view and attributes ex. ng-controller now shows in IntelliSense through an Angular logo to make simple to use to identify them.
Bootstrap icons. The IntelliSense provided in HTML class attributes now shows together with the Bootstrap logo if the category name was defined with the Bootstrap CSS file.
Todo/Hack comment support inside Task List.
viewport fix with the LESS editor. In the LESS editor, viewport will no longer shows verification warnings.
Provide more snippets. The CSS/LESS/Sass editor now provides more snippets for making your developing experience easier.
An extension is now readily available for Visual Studio 2015 to compile both LESS, Scss and CoffeeScirpt. Download it here.
Visual Studio now props up the JSX syntax of a typical files with file extension. Get both IntelliSense, formatting and validation inside the editor because you type. This editor was integrated collaboration with all the Facebook team that is accountable for the library.
CSS is automatically synchronized. Saving the CSS file or changing it externally for instance, by making use of a LESS/SASS compiler causes your entire CSS file to reload from the browser. If the file cannot auto-sync, Ctrl S causes an automated reload, that ought to put it back into an excellent state while not having to refresh the linked browsers Ctrl Alt Enter. The feature could be disabled within the toolbar.
Learn much more about 5 is really a lean and stack for building modern web applications for both cloud and on-premises servers. It includes this features:
Run on IIS, or self-hosted inside your own process
Built on Execution Environment DNX that could run around the Framework or Core, a fresh cloud-optimized runtime that supports true side-by-side versioning
Runs cross-platform on Windows, Mac, and Linux
NuGet everything, perhaps the runtime itself
Visual Studio 2015 includes the 5 beta5 runtime packages. These packages are nevertheless in preview and therefore are not recommended to use in production. You can find every one of the details about the specific enhancements added and issues fixed inside the published release notes on GitHub.
Visual Studio 2015 comes with a fresh project system and integrated tooling experience for building 5 applications as well as working with DNX projects. Some on the new tooling features include:
New project system for creating cross-platform DNX based projects that might be built and are powered by Windows, Mac, and Linux.
Templates for creating 5 Web Sites and Web APIs using MVC 6, Identity 3, and Entity Framework 7.
Create and distribute cross-platform command-line tools via NuGet.
Install and manage different DNX versions using Version Manager DNVM in the Developer Command Prompt.
Integrated experience to find, installing, and restoring NuGet packages.
Use CTRL. to locate and install NuGet packages for unresolved symbols inside your C code.
Integrated tooling for client-side Web development using NPM, Grunt/Gulp, and Bower, including package management integration along with the new Task Runner Explorer.
Run project level DNX commands from within Visual Studio with the Run button dropdown menu.
Create custom launch profiles that launch IIS Express, including setting of custom environment variables.
Build NuGet packages at a single project that focus on multiple frameworks Core.
Combined IntelliSense when building for multiple target frameworks coming from a single project.
New Razor features designed by 5, for instance Tag Helpers, now provide light for in both IntelliSense and syntax highlighting.
When you open a project that will need a version of DNX that will not be available Visual Studio will prompt to set up the required DNX version.
You can add references to get rid of assemblies while using Add Reference dialog.
The 5 Web Application template now props up Work and School Accounts choice for authentication.
The Host in Cloud option within the New Project dialog is now designed for 5 projects.
Use the Server Explorer to try and do remote editing of files under approot for 5 projects hosted on Azure.
For additional details, please start to see the tooling release notes on GitHub, and our Web Development and Tools Blog.
The Account Picker is now being used during the entire Web Publishing and Web App creation/selection dialogs, make it possible for one-click use of multiple accounts. You can join once to multiple accounts, and have absolutely quick and easy access to choose individual accounts because you publish resources.
The API Apps preview template, publishing support, and Server Explorer visibility have been migrated to Visual Studio 2015. Now you may create and deploy Azure API Apps using the newest version of Visual Studio. Weve also improved the Swagger output functionality making sure that API app developers should have better out-of-the-box support for dynamically-generated Swagger from Web API.
WebJobs nodes underneath Website nodes in Server Explorer.
Start/Stop Continuous WebJobs from Server Explorer.
Run On-demand or Scheduled jobs from Server Explorer.
View WebJob Dashboard from Server Explorer.
The View Dashboard context menu; utilize it to go to your Azure websites WebJob dashboard.
The WebJobs SDK is pre-set up in the Azure WebJob project templates.
Support for DevExtreme project and BizTalkProject are put into 2.8.3. Check the NuGet 2.8.3 release notes for more information.
The NuGet Package Manger user interface is updated to produce easier control over packages across a full solution in Visual Studio 2015. With 1 view across packages positioned in your projects, you are able to filter the number of available packages through the NuGet gallery, your installed packages, along with the packages which may have updates available.
Weve improved performance on the NuGet gallery with a different web service and integrated client. More details about NuGet updates might be found at
Weve updated the JavaScript editor to ensure it is even more useful.
Tooling support for AngularJS. Now, when that you are writing apps using AngularJS, IntelliSense provides tips for Angular controllers, services, factories, directives, and animations.
New JavaScript language features from your ES6 version of JavaScript are supported, including classes, arrow functions, and template strings.
Nav bar shared project support. You can now utilize the navigation bar inside Shared task for Windows Universal App projects.
New navigation bar. The new navigation bar makes it better to navigate between major elements in JavaScript source code.
JSDoc comments. Documentation comments written inside the JSDoc format have become shown when you use IntelliSense. For more specifics of JSDoc comments, see
Object literal IntelliSense. The JavaScript editor offers you IntelliSense suggestions when passing a physical object literal to functions documented using JSDoc.
Expand/collapse. You can expand and collapse more sections within your JavaScript code, including multi-line comments, multi-line arrays, and all of multi-line blocks.
Task List support. You can make use of the Task List feature to examine task comments, like
Visual Studio 2015 includes the 1.5 release on the TypeScript tools. This release adds rich support for ECMAScript 6, including modules, destructuring, , spread, symbols, computed properties, let/const for ES3/ES5, and tagged string templates for ES3/ES5. In addition for the support for ES6, TypeScript 1.5 also adds support with the experimental ES7 decorator proposal, UMD and module outputs, and a brand new lightweight, portable project file called.
In Visual Studio 2015, weve added IntelliTest, which explores code to build test data and also a suite of unit tests. For every statement inside code, an evaluation input is generated that can execute that statement. A case analysis is conducted for every conditional branch inside code. For example,
statements, assertions, and all of operations that will throw exceptions are analyzed. This analysis is familiar with generate test data for just a parameterized unit test for each of one's methods, creating unit tests with maximum code coverage. Then you bring your domain knowledge to increase these unit tests.
Parameterized Unit Tests. IntelliTest enables support with an API that you'll be able to use to help test data generation, specify correctness properties in the code under test, and direct the exploration on the code under test. This API is available within the namespace and might be used from the test methods parameterized unit tests, factory methods generated by IntelliTest. Consequently, the IntelliTest context menu command is actually available in the generated test methods also.
Test stubs creation. Create Unit Tests is available around the context menu to be a command that gives the capacity to create and configure an evaluation project, an evaluation class, along with a test stub.
Learn more to do with IntelliTest formerly generally known as Smart Unit Tests.
Along with some other performance enhancements and bug fixes, Application Insights now includes the subsequent updates:
Application Insights tools in Visual Studio is actually part of Visual Studio Connected Services. To add Application Insights, open the Connected Services dialog and judge Application Insights in the list of services.
This update is fully appropriate for projects that have Application Insights included Visual Studio 2013 Update 3 or perhaps in Visual Studio 2013 Update 4. 5 developers, Windows 10 Universal Apps developers, and Windows 8.1 Universal Apps developers will add Application Insights on their projects straight from Visual Studio.
Windows 10 Universal Apps developers not have being signed straight into Azure to provide the Application Insights SDK; instead, they canadd it when using the Application Insights tools in Visual Studio.
Because Application Insights uses the international account picker in Visual Studio,you are able to use exactly the same account across Visual Studio.
Now it is possible to view starting information for Application Insights right through the Projects Service Reference folder; click on the Getting Started folder.
With this feature, it is possible to improve the technique of managing the production of your app, deploy your app to some specific environment for each and every separate stage, and manage the steps inside the process with approvals for every single step. And when using the Release Management service for Visual Studio Online, you may also setup a release pipeline from check-in by means of deployment without needing to install and look after an on-premises release management server.
An new version of Release Management is intended for Visual Studio 2015. This is very similar to your existing Release Management for Visual Studio 2013, but provides improved performance within the following areas:
The release management client launch page, which shows an overview with the release process and notifications.
Rendering and interactivity in other release management client pages, through additional caching.
Synchronization of Active Directory and TFS security groups.
Creation of the latest releases.
And new in RTM, it is possible to now define components and release definitions for build definitions in the new build system built into Team Foundation Server 2015. And, while defining the component, you are able to specify the artifact for your component by utilizing a component name that's same as or provides the name from the published artifact on the build definition.
It is much easier to work with branches to see how the changes inside your history diverged.
Local branches and remote branches including those you could have not created locally are shown separately in a very tree view.
Andas of RC, we reworked the Branches page:
You may now merge from remote branches, at the same time as local branches.
The branch that you're merging into is fixed towards the branch that may be currently read through.
You may now rebase on the current branch onto the local or remote branch.
You can checkout an isolated branch by double-clicking it, or right-clicking it and after that selecting Checkout.
You may now configure your Git remotes in Team Explorer. In Repository Settings, there can be a new Remotes section that shows the currently configured remotes where you are able to add, edit, or remove remotes. For example, in the event you need to alter the URL from the origin remote, you'll be able to click Edit and affect the fetch and/or push URL.
You can see how commits diverged inside history.
In the graph, merge commits are gray and non-merge commits certainly are a brighter color. You can switch back and forth between simple view plus the detailed view. If the graph is truncated, it is possible to resize it.
And in RC, we made several updates to your History graph:
Weve added a toolbar that allows that you control the quality of detail which you see from the graph.
We now highlight history lines to suggest which commits are reachable from your currently selected commit.
We now show both lines of history when the local and remote branch differ. This is very useful after rebasing a nearby branch.
We now support rebase in Team Explorer. To initiate a rebase, simply click the rebase flyout about the Branches page, or right click over a branch and select Rebase
Weve improved the getting going experience when coming up with a VSO Repo, and you will discover a lot more changes coming over to streamline the creation of a fresh repo. For RC, we produced small change to help it become easier to include new code in an existing repo: If you connect to your repo using Team Explorer, then select File New Project, the dialog will start out inside the root with the repo you only connected to.
The Publish to Visual Studio Online feature dramatically simplifies the strategy of getting your local repository onto Visual Studio Online. What utilized to take 12 steps now takes 2. From the Team Explorer Sync page, the brand new Publish to Visual Studio Online section lets you decide on any in the user accounts inside Visual Studio account manager. Your Visual Studio accounts are automatically obtainable in a list; theres no reason to remember URLs. When you happen to be ready to discuss your code, simply pick a brand new or existing team project to host your repository, click publish, and youre done.
You, like a great many other developers today, reap the benefits of multiple cloud services when working on your applications. For example, youve probably added a cloud backend for your applications to save data, stored your source code inside cloud, or published an application to your store.
In the last, these services required an outside sign-in process, with each service managed the signed-in user state separately.
With this release, we're also reducing the authentication prompts necessary to access many integrated cloud services in Visual Studio. Now, once you authenticate towards the first cloud service in Visual Studio, we shall automatically sign you in, or slow up the authentication prompts for other integrated cloud services.
Find out a little more about your code, while staying focused in your work inside the editor. Find code references, changes for your code, related TFS items, and unit tests all without looking away through the code.
In this release, we now have replaced the CodeLens Authors indicators using the new Team Activity Timeline and Authors and Changes history indicators.
The Team Activity Timeline indicator shows a final author, and when the very last change was created. Choosing this indicator opens Team Activity View, where you'll be able to look for patterns in changes to your code. This can help one to assess the impact of changes with time.
The Authors and Changes indicator shows the quantity of authors who have changed the file, along with the number of changes. Choosing this indicator opens an inventory of each of the changes, details on the changes, and links to become more information and view the previous versions.
Allthe information on the indicators is accessible when your code is hosted in Team Foundation Version Control in Team Foundation Server and Visual Studio Online plus in Git repositories. When you might be working in Team Foundation Server or Visual Studio Online, you'll be able to also get information regarding work items.
These indicators, together together with the indicators obtainable in previous versions, are displayed on the code element method, field, or class level for C and Visual Basic files. The following is definitely an example in the Team Activity Timeline indicator to get a C file:
However, the indicators are also displayed at file level for all those other sorts of files by way of example, C, SQL, JavaScript, as well as other types of files. The following is undoubtedly an example from the Team Activity Timeline indicator for just a file that will not be a C or Visual Basic code file:
When you intend to understand specific dependencies inside your code, visualize them by creating code maps. You can then navigate these relationships utilizing the map, which appears next for a code. Code maps also can help you continue track of one's place within the code whilst you work or debug code, so youll read less code when you learn more details on your codes design.
In a final RTM release, we made the shortcut menus for code elements and links much simpler to use by grouping commands into sections in connection with selecting, editing, managing groups, and changing customized for specific cultures of group contents. Notice that test projects are displayed within a different style business projects, knowning that we updated the icons for elements within the map to right versions.
We also changed the way in which contents of code elements are displayed, so you'll be able to now select in excess of one group and apply customized for specific cultures style you wish to all of them. Now, you may always receive a useful dependency diagram after you expand an assembly, a namespace, or perhaps a type on the code map.
In the previous preview and release candidate versions of Visual Studio 2015, we made changes that allow someone to:
Get improved top-down diagrams. For medium to large Visual Studio solutions, you may now employ a simplified Architecture menu to get an even more useful code maps on your solution. The assemblies of your respective solution are grouped through the solution folders, so you'll be able to see them in context and leverage the time and effort youve place in structuring the remedy. Youll immediately see project and assembly references, and the link types appear. In addition, the assemblies external for a solution are grouped within a more compact way.
Get reactive code maps quicker. Drag and drop operations produce a quick result, as well as the links between nodes are set up much quicker, without affecting subsequent user-initiated operations for example expanding a node or requesting more nodes. In particular, the Skip rebuilding your solution option lets you will get better performance when designing and editing diagrams. When you create code maps without building the perfect solution is, each of the corner casessuch as when assemblies usually are not builtare now processed.
Filter code element nodes and groups. You can quickly unclutter your maps by showing or hiding code elements determined by their category, too as by grouping code elements by solution folders, assemblies, namespaces, project folders, and types.
Filter relationships to generate diagrams better to read. This includes cross group links, that makes working with all the filter window less intrusive laptop or computer was in previous releases.
Drill-in into dependency links takes filters into consideration. You obtain a useful, clear diagram when expanding it to learn the contributions with a dependency link. The diagram is less cluttered, and you will need into account the hyperlink filtering options youve selected.
Create diagrams from your Class View and Object Browser. Drag and drop files and assemblies into a brand new or a pre-existing map on the Class View and Object Browser windows.
Overall, the comprehensive report on improvements weve created to code maps includes:
Test Projects are styled differently and may be filtered. You may now more easily and quickly identify test projects on the map because they can be styled differently. They can even be filtered out so that you are able to focus for the applications working code.
Code elements are added using their context. Because diagrams now appear using context up to your assembly and solution folder that you are able to filter out if need be, you will get more useful diagrams when dragging and dropping code components from Solution Explorer, Class View, and Object Browser; or when choosing elements in Solution Explorer and selecting Show on Code Map.
Simplified external dependency links. Dependency links don't represent the inheritance from, , , and, rendering it easier to discover external dependencies as part of your code map.
Layer diagrams. Update these diagrams while using the Class View and Object Browser. To meet software design requirements, use layer diagrams to spell it out the desired dependencies for ones software. Keep code in step with this design by finding code that doesnt meet these constraints and validating future code on this baseline.
UML diagrams. You can not create UML class diagrams and sequence diagrams from code. But you still create these diagrams using new UML elements.
Architecture Explorer. You can not use Architecture Explorer to produce diagrams. But it is possible to still use Solution Explorer.
Weve rebuilt the XAML language service at the top Compiler Platform Roslyn so that we can easily provide you which has a fast, reliable, and modern XAML editing experience that also includes IntelliSense.
This makes all the XAML authoring experience add up to other first-class languages in Visual Studio. Well also manage to deliver powerful feature sets around cross-language refactoring to you personally at a considerably faster cadence.
In Agents for Visual Studio 2015, you usually do not need an outside test controller becausethe agents works with the orchestration by communicatingwith TFS 2015 or Visual Studio Online.
In every one of the new Visual Studio 2015 and TFS 2015 scenarios, we recommend that you just use Agents for Visual Studio 2015.
However, in the event you do want the Test Agent or Test Controller to use TFS 2013, we recommend that you just use Agents for Visual Studio 2013 Update 5 and configure the Test Controller.
The Test Controller is that will work with TFS 2015 likewise as TFS 2013. But, Load Testing support in Visual Studio 2015 just isn't part in the agents, hence our recommendation that you simply install Agents for Visual Studio 2013 Update 5 and configure the controller.
The Add Connected Service dialog contains all on the Connected Service providers currently installed and comes with a way to get more info on the provider, the technologies it uses, and whether its supported inside current project. Other providers is usually discovered inside the Extensions and Updates gallery when using the Find more link. The Add Connected Service dialog can be extensible. If youre something developer, it is possible to use our Connected Services SDK to make a provider that will improve discoverability and drive usage of the services.
A common part of business application would be to configure the appliance for enterprise single register using Azure Active Directory. You can do this easily at any point in the construction of one's application by right-clicking with your application and selecting Configure Azure AD. This will talk about a wizard similar to your Add Connected Service experience to help you through the strategy of configuring the job to help Active Directory. Specifying an Active Directory Domain from the wizard will register the application with that Active Directory and configure the application to prompt for sign-in.
The RC release included a fresh version of IIS 10 Express; its new functionality includes support for HTTP 2.0, as well to be a sync of bits with Windows 10.
For a whole description of technology improvements, bug fixes, and known issues with this release, understand the following Knowledge Base KB article.
Azure SDK 2. 7 could be the first supported Azure SDK to the final launch of Visual Studio 2015. Here are some on the new features and updates that may help transform your Azure development experience:
Sign-in improvements for Visual Studio 2015 : Azure SDK 2. 7 for Visual Studio 2015 now includes support for accounts accessing Azure via Role-Based Access Control, Cloud Solution Providers, DreamSpark, as well as other account and subscription types.
Cloud Explorer for Visual Studio 2015 : Azure SDK 2. 7 includes Cloud Explorer for Visual Studio 2015 thatprovides an incredibly performant, scalable tool for searching and viewing your Azure resources, inspecting their properties, and performing key developer and diagnostic actions from the inside Visual Studio.
Remote debugging for Virtual Machines in Visual Studio 2015 : Remote debug processes running on Virtual Machines created with all the Azure Resource Manager stack.
Azure Resource Manager Tools : Weve updated theAzure Resource Manager Tools to produce working with all the new Visual Studio Online build tasks easier. And, weve addedimprovements for using the services of Role Based Access Control RBAC and new subscription types.
Azure App Service Tools : App Service Tools are also easily obtainable in Visual Studio 2015. This update brings Remote Profiling support for Web Apps, improvements for the Swagger generation for API Apps, and multiple account sign-in support. App Service tools now makes use of the Azure Resource Management APIs for those features, andenables support for DreamSpark and Cloud Service Providers. Weve also added support for your Azure API Apps preview release for Visual Studio 2015 developers with this update.
HDInsight Tools : In this release, we have now added views of execution graphs for Hive jobs running on Tez, expanded our Hive DML IntelliSense support, added NuGet for, upgraded our Storm templates, and added new templates for Pig.
Azure Data Factory Tools : Now included inside Azure SDK are definitely the Azure Data Factory Tools. Our goal is always to simplify the Azure Data Factory authoring experience and take on-boarding and deployment challenges. Our tailored experiences and rich tooling in theAzure Data Factory Tools improve productivity and efficiency for both new and advanced users. With this release, customers can interactively author and deploy data pipelines using the Visual Studio interface. See the Azure Data Factory blog post for additional information about these power tools.
This tools release updates Visual Studio 2015 to supply everything you need to make, debug, and submit apps forany Windows device running the Universal Windows Platform. Highlights include:
Create a Universal Windows app inside language of your respective choice C, VB, C or JS and deploy into a Windows 10 device.
New debugging and diagnostic tools, including UI debugging tools for XAML apps plus a network profiler.
Create app packages for submission towards the unified Store.
The Windows 10 Mobile Emulator now takes advantage of the PCs graphics hardware GPU for making the screen render faster. It gives a faster and much more responsive debugging environment using Microsoft RemoteFx.
You can now make use of the NFC simulation feature from the Windows 10 Mobile Emulator to create and test NFC/proximity-enabled universal apps.
Rich XAML designer support for creating user experiences tailored with the Native compilation apps inside cloud.
Learn much more about Windows 10 developer tools.
Completely free Python support within Visual Studio.
CPython, PyPy, IronPython and much more
Learn more details on Python Tools for Visual Studio.
Turn Visual Studio in a powerful Unity development environment.
Turn Visual Studio right into a powerful development environment.
JavaScript, TypeScript, HTML, CSS, and JSON support
Office 365 API Tools uses the revolutionary Connected Services in Visual Studio 2015 use a guided experience for developers to integrate Office 365 APIs in the project.
Now you are able to let Office 365 API Tools auto-configure Single Sign-On inside your MVC web applications just by selecting Configure Single Sign-On using Azure AD within the Connected Services wizard.
When you integrate Office 365 APIs into assembling your garden shed, Office 365 API Tools now downloads and installs the most recent version from the Office 365 API client library NuGet packages from
When making a SharePoint add-ins, the knowhow set the prospective SharePoint version being the version in the debugging SharePoint website that you just specify inside project creation wizard. The wizard shows which SharePoint version is selected and enables one to override that default. You also can change the mark version after creating the project when using the SharePoint tab in Project Designer.
The tools now purchase a NuGet package containing the SharePoint Online Client Side Object Model SPO-CSOM into assembling your shed, if your target version is SharePoint Online. The tools include references on the SharePoint Online CSOM assemblies on the project. The tools don't rely about the SharePoint Online Client Component SDK that's released inside Microsoft Download Center. This makes it easier for you to definitely upgrade the CSOM assemblies inside the future using the NuGet Package Manager in Visual Studio.
In this release, the equipment always create latest apps for Office having a v1.1 manifest as opposed to v1.0, so that a apps can support the modern capabilities in Office web apps and Office 2013 clients. For existing apps for Office which use a v1.0 manifest, the equipment upgrade the manifest to v1.1 when any new capability is used that will need a v1.1 manifest.
Learn more to do with Office Developer Tools for Visual Studio.
The fastest way to connect for your GitHub repositories in Visual Studio.
Learn more details on the GitHub Extension for Visual Studio.
Setting within the infrastructure required to perform load testing just adopted easier: Now, you'll be able to perform cloud-based load testing from any in the supported Azure datacenters around the globe.
New in RTM: The capability to handle test agent diagnostics to get a cloud-based load test.
Debugging inside the cloud is difficult considering that the machines are certainly not accessible, and as a consequence, collecting logs or some other information in the test agents just isn't always possible. But now, with advanced agent diagnostics, it is possible to collect logs on the test agents and possess them attached for the cloud-load test results.
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I would like to put in Visual Studio 2013 on Windows 7 64-bit.
For some reason, the installer says Setup Blocked having an error This version of Visual Studio has a computer which has a newer version of Windows.
This error just isn't exactly descriptive of whats wrong. The least I could do was verify that I have the next installed:
Update Versions: 10.0.12 KB2898785
All Windows Updates that were accessible for installing on 11th of Dec. 2013.
Any ideas with the items else could possibly be the problem?
Edit: by considering this question there were a crack that allowed installing Windows Phones SDK on Windows 7 - does anyone know an identical solution for VS 2013?
It handled mine. Not sure why folks are downvoting individuals that say it really works. The reason it s damaged is because you don t have SP1 attached to Windows 7. After SP1 may be installed, VS2013 will install, even in case you still have IE9. It gave a stern warning about IE9, but I was competent to install on 2 laptops running Windows 7 with SP1. Unable to try and do so without SP1. user2255673 Apr 21 14 at 3:12
Andre Can you clarify whatever you re trying to set up? Visual Studio 2013 Premium installs fine on Windows 7 x64 SP1 straight from your MSDN ISO, by way of example. Andrew Medico May 19 14 at 15:58
AndrewMedico I m speaking about Visual Studio for Windows one for Windows 8 and Windows Phone apps, not the Desktop one. user2629998 May 19 14 at 17:35
Express for Web Web sites and HTML5 applications - Windows 7 SP1 With IE 10 Express for Windows Windows 8 Apps - Windows 8.1 Express for Windows Desktop Windows Programs - Windows 7 SP1 With IE 10 Express for Windows Phone Windows Phone Apps - Windows 8
It feels like youre trying to put in the Express 2013 for Windows edition, which can be for developing Windows 8 Modern UI apps, or even the Windows Phone edition.
That is soooo stupid. And I really didn t notice on Visual Studio download page, in order that it s kinda hidden info. They should warn concerning this. Paladin Oct 22 14 at 11:10
Visual Studio Express for Windows needs Windows 8.1. Having a look in the requirements page you should try the Web or Windows Desktop version that are able to perform under Windows 7.
1.6 GHz or faster processor
1 GB of RAM 1.5 GB if running using a virtual machine
If the one block being reported is Reboot Pending, the returned value may be the Incomplete-Reboot Required value 0x80048bc7.
The error within the log file is Exit with 0x80044000 Blocked, this means installation is blocked plus a restart is just not required. A line within the log above which says installation is blocked due towards the product needing a more modern version of Windows. Andrew Medico May 19 14 at 16:38
Thank you for the interest in this particular question. Because it has attracted low-quality or spam answers that needed to be removed, posting a response now requires 10 reputation for this site.
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The Microsoft Visual C 2010 SP1 Redistributable Package x64 installs runtime elements of Visual C Libraries required to perform 64-bit applications developed with Visual C 2010 SP1 on the computer that isn't going to have Visual C 2010 SP1 installed.
The Microsoft Visual C 2010 SP1 Redistributable Package x64 installs runtime pieces of Visual C Libraries required running 64-bit applications developed with Visual C 2010 SP1 over a computer that isn't going to have Visual C 2010 SP1 installed. This package installs runtime aspects of C Runtime CRT, Standard C, ATL, MFC, OpenMP and MSDIA libraries. For libraries that support side-by-side deployment model CRT, SCL, ATL, MFC, OpenMP they may be installed in the native assembly cache, otherwise known as WinSxS folder, on versions of Windows main system that support side-by-side assemblies. For more info on supported strategies to deployment for Visual C applications, simply click here.
Windows 7, Windows Server 2003, Windows Server 2008, Windows Server 2008 R2, Windows Vista, Windows XP
Windows Installer 3.0 Windows Installer 3.1 or later is mandatory.
Important: Make sure you might have the latest service pack and critical updates with the version of Windows that you might be running. To find recent security updates, visit Windows Update.
On this web site, click Download to begin with the download.
To save the download on the computer so that you are able to install it later, click Save.
To cancel set up ., click Cancel.
Tools for any developer each app.
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Most with the 32 bit Windows programs would run successfully in 64 bit Windows XP, Vista above. But in certain instances your 32 bit Windows program may fail on the 64 bit Windows main system.
Here are a couple of common cases, I have covered:
You use a 32 bit DLL that can be a COM plug-into some with the standard Windows programs including Windows Explorer, Internet Explorer, Shell Extension etc.
You employ a 32 bit system hook DLL which every one of the processes must load.
This article covers building the DLL using Visual C 9.0 Visual Studio 2008.
My development machine is Windows XP 32 bit. I assumed that in order to develop 64 bit programs, you must compile the project over a 64 bit operating-system. But this isn't the case.
The very good news is that you are able to build 64 bit programs on the Win32 OS also. However, you simply can't debug the programs on Win32 OS. You will need Win64 OS to debug. My DLLs were pretty simple. So I built the DLLs on Win32 OS and tested them on Win64 OS.
Visual Studio 2008 is included with x64 compilers. By default, these are deselected during installation. Install them through your CD when you haven t done this.
Inside the Configuration Manager window, affect the Active solution platform to x64. If you don t have got, you would need to generate one by picking out the New. drop down item. Copy settings through your Win32 platform.
Now rebuild your solution.
Typically, the output files are created in the folder
Example: x64Release or x64Debug.
When compiling you can find some warnings/errors due to your change in platform. You could possibly have to use INTPTR rather then int. DWORDPTR as opposed to DWORD. The return types for OnTimer function may need to become changed etc.
If you might have any Win64 specific code, then makes use of the WIN64 macro to split up it from your Win32 code. At runtime, to check if the existing operating system is 64 bit, call the function GetSystemWow64Directory. If it succeeds that means how the operating system is 64 bit. Some developers suggest utilizing the IsWow64Process function to detect the os type, but it really is not recommended dependant on MSDN documentation.
Remember, you would must link to 64 bit versions associated with a third party DLLs that that you are using. The linker will automatically find the 64 bit versions with the standard runtime DLLs for example MFC, ATL, CRT etc.
The VC Directories Tools-Options-Projects and Solutions are platform specific. So you will have to specify a different group of directories on your third party 64 bit DLLs.
In certain instances, including shell extensions, you might need to deploy both 32 bit DLLs and 64 bit DLLs, making sure that 32 bit processes can load the 32 bit DLL, while 64 bit processes can load the 64 bit DLL.
You don t need two different GUIDs. Both the DLLs can have exactly the same GUIDs. The 32 bit DLL need to be registered using 32 bit While the 64 bit DLL has to be registered using 64 bit This will ensure that the two registration occur in their own separate areas on the registry.
To register successfully using, you will need to file for Command Prompt being an administrator. To make this happen, right click Command Prompt and select Run as Administrator.
The registry in Win64 has different areas for storing 32 bit COM registrations.
To see the 64 bit Registry, run:
To look at the 32 bit Registry, run:
In case of system wide hook DLLs, you will must have 2 DLLs 32 bit and 64 bit and a couple of EXEs 32 bit and 64 bit that could actually hook the DLLs. So, at any time you may have 2 EXEs running. One for every single DLL.
I am facing some issues like side-by-side configuration error when I seek to start the my application created in Visual studio 2005. I am not sure why I am getting this, but my doubt is so it may be on account of some configuration settings.
I need running my application on both 32 64 bit vista. So I compiled my application on 32 bit Vista VS 2005 then when I try to own it on 64 bit which does not get version of visual studio installed, my application fails to start out throwing this side-by-side error.
Yes, I had exactly the same problem. I discovered that some on the dependent 64 bit DLLs were missing for the 64 bit Vista, like MFC, ATL, CRT etc.
Thanks for that article. thanks Gautam with the link for 64bit redistributable
Really helpful, many thanks