C To Vb.Net Code To Check
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Dim r As New Regex((d-d)) Dim m As Match r.Match(s) Matches 305-1881 and 305-1818 While m.Success Console.WriteLine(Found number: m.Groups(1).Value at position m.Groups(1).Index.ToString) m m.NextMatch() End While.

Replace (I heard this was HARD, easy)); I easy this was easy.

Protected name As String Public Overridable Sub DisplayName() Console.WriteLine(name) End Sub.

Public Overrides Sub DisplayName() Console.WriteLine( name ).

Imports System.Runtime.CompilerServices Module StringExtensions Extension() Public Function VowelCount(ByVal s As String) As Integer Return s.Count(Function(c) aeiou.Contains(Char.ToLower(c))) End Function End Module.

C To Vb.Net Code To Check

RaiseEvent implicitly checks if there are any event handlers wired up. (in C raising an event is syntactically identical to calling a procedure, and it requires an additional line of code to check for wired event handlers).

Programming was hardware dependent by design more so for marketing reasons than to preserve the logical composition of programming that should transcend hardware.

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Microsofts claim to fame with its operating system was to free consumers from hardware-specific devices by encapsulating those tasks within its operating system.) Code became portable due to the compiler, and in fact, both Visual Basic.NET and C use the same CLR (Common Language Runtime) today.

Microsoft and HP were interested in creating an ISO standard language, which was the original goal, however; HP dropped its support, and the ISO computer language never materialized as an International Standard.

In its beginning, BASIC was used in the college community as a basic language for first exposure to computer programming and the acronym represented the language accurately.

In the 1970s, the language was picked up by microcomputer manufacturers of the era to be used as both a simple ROM embedded programming language as well as a quasi operating system for inputoutput control.

In the early 1980s, the language was picked up by Microsoft and expanded significantly beyond its original intent into their Visual Basic languageplatform that was sold throughout the 1990s as a rapid application development (RAD) tool for Windows programming.

It competed directly against other RAD tools of the 1990s such as PowerBuilder.

Even though Visual Basic was a successful development platform, it was discontinued after its 6th version (VB6) when Microsoft introduced the.NET Framework and its related Visual Studio development platform in the early 2000s.

At that time, the current C and VB6 languages were used by Microsoft as the basis for two new programming languages in their new Integrated Development Environment (IDE).

Developers will notice that VB 15 (first appearing in Visual Studio 2017) lacks certain language capabilities contained in the new C 7.3.

Microsoft developed both of these languages to be part of the same.NET Framework development platform.

They are both developed, managed, and supported by the same language development team at Microsoft.

They compile to the same intermediate language (IL), which runs against the same.NET Framework runtime libraries.

Although there are some differences in the programming constructs (discussed further below), their differences are primarily syntactic and, assuming one avoids the Visual Basic Compatibility libraries provided by Microsoft to aid conversion from VB6, almost every command in VB has an equivalent command in C and vice versa.

Lastly, both languages reference the same Base Classes of the.NET Framework to extend their functionality.

There are many open source and commercially available products for this task.

The only fundamental differences between the languages can be found in the implementation of interfaces and in the declaration, raising and handling of events.

Although both languages are high-level programming languages, VB.NET maintains a slightly higher level of abstraction in some respects.

The intent of the design was that all of the various Microsoft languages should have the same level of access to all OS features, should be able to expose the same level of power and usability, and simplify calling from a module in one language to that written in another language.

Additionally all.NET languages have access to platform features including garbage collection, cross language inheritance, exception handling, and debugging.

This allows the same output binary to be produced from any.NET programming language.

For instance early versions of Visual Studio had poor support for Intellisense in C compared to Visual Basic.NET, and did not offer background compilation for C.

Currently, the main differences in the development environments are additional features for Visual Basic.NET that originated in VB6, including.

This feature has been available for Visual Basic since.NET 1.1 and was present in early versions of Visual Studio for Visual Basic.NET.

However, background compilation is a relatively new concept for Visual C and is available with service pack 1 for Visual Studio 2008 Standard Edition and above.

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A distinct disadvantage for C is that the Error List panel does not update until the solution is rebuilt.

Refactoring large projects in C is made more difficult by the need to frequently rebuild the solution in order to highlight compilation errors.

That is, most of the features are in both languages, but some things are easier to do in one language than another.

Many of the differences between the two languages are actually centered around the IDE.

This construct is available so that a programmer may select an object from the Class Name drop down list and then select a method from the Declarations drop down list to have the Method signature automatically inserted.

RaiseEvent implicitly checks if there are any event handlers wired up.

C raising an event is syntactically identical to calling a procedure, and it requires an additional line of code to check for wired event handlers).