Priority Inbox automatically identifies your important email and separates it out from everything else, so you can focus on what really matters.This feature make us ease to find out automatically important mails among our millions of newsletter subscriptions and others.It simply points out the importance with our preferences too!.The service will commence shortly !
Click here to go Priority Inbox
.
Labels:
2020
India Vision 2020 Missions !
Check out each mission links which seeds India 2020 derived by Dr.Abdul Kalam,
Courtesy:Abdulkalam.com
Courtesy:Abdulkalam.com
Labels:
Blogging Art
Are you an Indian Blogger ? If so,Take pride of it !
If you are an indian blogger then think great of it.Get through A place where most trendy bloggers from india meet,share,discuss their blogging strategies and experience via IndiBlogger.
Click here to Go and Join IndiBlogger
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Click here to Go and Join IndiBlogger
.
Labels:
Blogger
Tips to remove the Blogger's Navbar !
Herre you can simply guided to remove the navbar coming along with the google blogger blogs.Its really interseting while workin core with HTML.I dont think fine with the google's terms and usage policies associated with this tuts,but it is really amazing!
Click here to go tuts !
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Click here to go tuts !
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Labels:
C#
Create Your Own Web Browser with C# in Just 3 Steps !
All you need for this project is visual C# which is available free download as Visual Studio Express Edition from Microsoft,Click here to download.No experience and C# Knowledge is required,only task that you must know is "How to Drag and Drop".Thats it !
Lets Go !
To create a New Project,Go Through Menubar : File-->New Project.Then Choose Windows Forms Application and name it as whatever you want to apply for your web browser .
STEP 1: Drag the Web Browser Component From ToolBox !
STEP2: Drag a Textbox and Button To Form & Place As Shown !
Rename the Button to "Go" in the 'Text' property of the properties window(To do that just select the button and press F4)
STEP 3:Double Click The Button And Add The Following Code !
The code area will looks like this !
For Further Queries and adding advance functions,Just Mail Me:vinothjus4u@gmail.com
Lets Go !
To create a New Project,Go Through Menubar : File-->New Project.Then Choose Windows Forms Application and name it as whatever you want to apply for your web browser .
STEP 1: Drag the Web Browser Component From ToolBox !
STEP2: Drag a Textbox and Button To Form & Place As Shown !
Rename the Button to "Go" in the 'Text' property of the properties window(To do that just select the button and press F4)
Now the form just looks like this !
STEP 3:Double Click The Button And Add The Following Code !
webBrowser1.Navigate(textBox1.Text);
The code area will looks like this !
Thats it ! All done.Just press F5 to Run your webbrowser application and explore the web !
For Further Queries and adding advance functions,Just Mail Me:vinothjus4u@gmail.com
Labels:
C#
C sharp - Name Reason !
The name "C sharp" was inspired by musical notation where a sharp indicates that the written note should be made a half-step higher in pitch. This is similar to the language name of C++, where "++" indicates that a variable should be incremented by 1. Anders Hejlsberg,leading developer of the language has a passion with music wich results in the name's success
By coincidence, the sharp symbol resembles four conjoined plus signs. This reiterates Rick Mascitti's tongue-in-cheek use of '++' when naming 'C++': where C was enhanced to create C++, C++ was enhanced to create C++++ (that is, C#).
Due to technical limitations of display (standard fonts, browsers, etc.) and the fact that the sharp symbol (?, U+266F, MUSIC SHARP SIGN) is not present on the standard keyboard, the number sign (#, U+0023, NUMBER SIGN) was chosen to represent the sharp symbol in the written name of the programming language.Microsoft uses the intended musical symbol.
The "sharp" suffix has been used by a number of other .NET languages that are variants of existing languages, including J# (a .NET language also designed by Microsoft which is derived from Java 1.1), A# (from Ada), and the functional F#. The original implementation of Eiffel for .NET was called Eiffel#, a name since retired since the full Eiffel language is now supported. The suffix has also been used for libraries, such as Gtk# (a .NET wrapper for GTK+ and other GNOME libraries), Cocoa# (a wrapper for Cocoa) and Qt# (a .NET language binding for the Qt toolkit).
By coincidence, the sharp symbol resembles four conjoined plus signs. This reiterates Rick Mascitti's tongue-in-cheek use of '++' when naming 'C++': where C was enhanced to create C++, C++ was enhanced to create C++++ (that is, C#).
Due to technical limitations of display (standard fonts, browsers, etc.) and the fact that the sharp symbol (?, U+266F, MUSIC SHARP SIGN) is not present on the standard keyboard, the number sign (#, U+0023, NUMBER SIGN) was chosen to represent the sharp symbol in the written name of the programming language.Microsoft uses the intended musical symbol.
The "sharp" suffix has been used by a number of other .NET languages that are variants of existing languages, including J# (a .NET language also designed by Microsoft which is derived from Java 1.1), A# (from Ada), and the functional F#. The original implementation of Eiffel for .NET was called Eiffel#, a name since retired since the full Eiffel language is now supported. The suffix has also been used for libraries, such as Gtk# (a .NET wrapper for GTK+ and other GNOME libraries), Cocoa# (a wrapper for Cocoa) and Qt# (a .NET language binding for the Qt toolkit).
Labels:
Tweet
Create Your Own Cross Runtime Twitter desktop widget !
Here U Can Hav A Short Tutorial To Create Your Own Cross Runtime Twitter desktop widget !
Click here to go !
Courtesy:Thinkdigit
Click here to go !
Courtesy:Thinkdigit
Java & C Sharp-Features Comparision
| Data types | Java | C# |
|---|---|---|
| Single-root (unified) type system | No | Yes |
| Signed integers | Yes; 8, 16, 32, 64 bits | Yes; 8, 16, 32, 64 bits |
| Unsigned integers | No | Yes; 8, 16, 32, 64 bits |
| Character | Yes | Yes |
| Date/time | Yes; reference type | Yes; value type |
| IEEE 754 binary32 floating point number | Yes | Yes |
| IEEE 754 binary64 floating point number | Yes | Yes |
| High precision floating point number | No; but see Arbitrary size decimals | 128-bit (28 digits) Decimal type |
| Boolean type | Yes | Yes |
| Strings | Immutable reference type, Unicode | Immutable reference type, Unicode |
| Arbitrary size integers | Reference type; no operators | Yes |
| Arbitrary size decimals | Reference type; no operators | No |
| Complex numbers | No | Yes |
| Reference types | Yes | Yes |
| Arrays | Yes | Yes |
| Value types | No; only primitive types | Yes |
| Enumerated types | Yes; reference type | Yes; scalar |
| Lifted (nullable) types | No; but wrapper types | Yes |
| Tuples | No | Yes |
| Pointers | No | Yes |
| Reference types | Java | C# |
| Garbage collection | Yes | Yes |
| Weak references | Yes | Yes |
| Soft references | Yes | No |
| Proxy support | Yes; proxy generation | Yes; object contexts |
| Object initialization | Bottom-up (fields and constructors) | Top-down (fields); bottom-up (constructors) |
| Object orientation | Java | C# |
| Classes | Yes | Yes |
| Interfaces | Yes | Yes |
| Abstract classes | Yes | Yes |
| Member accessibility levels | Public, package, private, protected | Public, protected, internal, protected internal, private |
| Class level inner classes | Yes | Yes |
| Instance level inner classes | Yes | No |
| Partial classes | No | Yes |
| Deprecation/obsolescence | Yes | Yes |
| Overload versioning | Some | Yes |
| Properties | No | Yes |
| Events | No | Yes |
| Operators (operator overloading) | No | Yes |
| Indexers | No | Yes |
| Implicit conversions | No | Yes |
| Explicit conversions | No | Yes |
| Fields and initialization | Java | C# |
| Fields | Yes | Yes |
| Constants | Yes | Yes |
| Static (class) constructors | Yes | Yes |
| Instance constructors | Yes | Yes |
| Finalizers/destructors | Yes | Yes |
| Instance initializers | Yes | No |
| Hierarchy initialization | Top-bottom, lexical order | Top-bottom-top, lexical order |
| Object initializers | No | Yes |
| Collection initializers | No; can be modelled | Yes |
| Array initializers | Yes | Yes |
| Methods and properties | Java | C# |
| Virtual | Virtual by default | Non-virtual by default |
| Abstract | Yes | Yes |
| Sealing | Yes | Yes |
| Explicit interface implementation | No | Yes |
| Value (input) parameters | Yes | Yes |
| Reference (input/output) parameters | No | Yes |
| Output (output) parameters | No | Yes |
| Variadic methods | Yes | Yes |
| Optional arguments | No | Yes |
| Named arguments | No | Yes |
| Generator methods | No | Yes |
| Extension methods | No | Yes |
| Conditional methods | No | Yes |
| Partial methods | No | Yes |
| Generics | Java | C# |
| Reified generics | No | Yes |
| Co-variance | Yes | Yes |
| Contra-variance | Yes | Yes |
| Reference type constraint | Yes; implicit | Yes |
| Value/primitive type constraint | No | Yes |
| Constructor constraint | No | Yes |
| Relation constraint | Yes | Yes |
| Primitive/value type support | No | Yes |
| Migration compatibility | Yes | No |
| Functional programming | Java | C# |
| Delegates/method references | No | Yes |
| Closures/lambdas | No; some use cases covered by anonymous inner classes | Yes |
| Expression trees | No | Yes |
| Query expressions | No | Yes |
| Runtime (dynamic) binding | Java | C# |
| Late-bound (dynamic) type | No | Yes |
| Runtime type information and manipulation | Java | C# |
| Runtime type information | Yes; but with type erasure | Yes |
| Runtime generics realization | No | Yes |
| Runtime type construction | No; third party tools exist | Yes |
| Statements | Java | C# |
| Loops | Yes | Yes |
| Conditionals | Yes | Yes |
| Flow control | Yes | Yes |
| Assignment | Yes | Yes |
| Exception control | Yes | Yes |
| Variable declaration | Yes | Yes |
| Variable type inference | No | Yes |
| Deterministic disposal (ARM-blocks) | No | Yes |
| Expressions and operators | Java | C# |
| Arithmetic operators | Yes | Yes |
| Logical operators | Yes | Yes |
| Bitwise logic operators | Yes | Yes |
| Conditional | Yes | Yes |
| String concatenation | Yes | Yes |
| Casts | Yes | Yes |
| Boxing | Yes; implicit | Yes; implicit |
| Unboxing | Yes; implicit | Yes; explicit |
| Lifted operators | No | Yes |
| Overflow control | No | Yes |
| Strict floating point evaluation | Yes; opt-in/out | No |
| Local classes | Yes | No |
| Ad-hoc (anonymous) classes | No | Yes |
| Verbatim (here-)strings | No | Yes |
| Exceptions | Java | C# |
| Checked exceptions | Yes | No |
| Try-catch-finally | Yes | Yes |
| Arrays and collections | Java | C# |
| One-dimensional, zero-based index arrays | Yes | Yes |
| Rectangular (multidimensional) arrays | No | Yes |
| Jagged (arrays of arrays) arrays | Yes | Yes |
| Non-zero based arrays | No | Some |
| Unified arrays and collections | No | Yes |
| Maps/dictionaries | Yes | Yes |
| Sets | Yes | Yes |
| Lists/vectors | Yes | Yes |
| Maps | Yes | Yes |
| Queues/stacks | Yes | Yes |
| Bags/multisets | Yes | Yes |
| Metadata | Java | C# |
| Metadata annotations/attributes | Interface based | Class based |
| Positional arguments | No; unless a single argument | Yes |
| Named arguments | Yes | Yes |
| Default values | At definition | Through initialization |
| Nested types | Yes | Yes |
| Specialization | No | Yes |
| Conditional metadata | No | Yes |
| Preprocessing, compilation and packaging | Java | C# |
| Namespaces | Packages | Namespaces |
| Packaging | Package | Assembly |
| File contents | Restricted | Free |
| Conditional compilation | No | Yes |
| Custom errors/warnings | No | Yes |
| Explicit regions | No | Yes |
| Threading and synchronization | Java | C# |
| Native interoperability | Java | C# |
| External/native methods | Yes | Yes |
| Marshalling | External glue code required | Yes; metadata controlled |
| Pointers and arithmetics | No | Yes |
| Native types | No | Yes |
| Fixed size buffers | No | Yes |
| Explicit stack allocation | No | Yes |
| Address pinning (fixing) | No | Yes |
| Address-of | No | Yes |
| Object pinning (fix variable to address) | No | Yes |
| Source:wikipedia |
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