"Go" a new programming lang. It may bcome a buzz word in few years. It is developed in a manner that users/programmers need not to worry abt new syntax's and novel things.
Developed based on the C lang syntax's and main feature is It can compile very large programs in "few seconds" on single computer. It's a rich heritage of new libraries.It is designed to simplify the creation of application which can better utilize today’s multi-core processors.
Unlike other object oriented languages, Go has a much “simplified” type structure, which disallows sub-classing! Go offers a different flavour of object oriented programming using interfaces, which Google believes will simplify use.
Lets C how dis "Go" will go into the programmer's CPU
If u want to install and run "Go" and want to fly in tat environment here it is my dear followers and bloggers....
catch hold of it .....
http://golang.org/doc/install.html
Friday, November 13, 2009
Go: Google’s new open source programming language
IncreaseDecrease
Go mascotGoogle never seems to just be satisfied with the status quo, and when they run out of fields to compete in they create their own! Google’s new “Go” programming language is one of their newest ventures, a language which is an amalgamation of Python and C++.
The Go language, in development since September 2007, has been unveiled by Google along with the release of a free and open source compiler. In fact, Google has released both a stand-along compiler implementation with cryptic names such as 6g (amd64 compiler), 8g (x86 compiler), and 5g (ARM compiler) and one which is a front-end for GCC (gccgo).
Born out of frustration with existing system languages, Go attempts to bring something new to the table, and mix the ease of dynamically typed and interpreted languages with the efficiency of compiled languages.
So why make a new programming language?
Google believes that the current languages have run their course. The prominent languages in use today (C/C++, Java, C#) are all based around a similar syntax, and updating and adding new features in these language consists of piling on libraries, with little or no upgrade to the core of the language itself. What Google intends to do requires more than just the addition of a new library.
-------------------------------------
Hello World in Go
package main
import "fmt"
func main() {
fmt.Printf("Hello, ??n")
}
---------------------------------------
The landscape of computing has changed a lot since C, and as Google notes “Computers are enormously quicker but software development is not faster.” Languages have had to morph quite a bit to take on support concepts such as parallel processing, and garbage collection.
Go, on the other hand has been designed by Google from the ground up as “a concurrent, garbage-collected language with fast compilation”.
In order to not alienate the majority of developers though, its syntax is quite similar to C, and would not take much time for a developer to catch on to.
Go has accomplished some impressive feats. The language is designed to compile fast and Go can compile a “large" program in a few seconds on a single computer. It is designed to simplify the creation of application which can better utilize today’s multi-core processors. The language supports concurrent execution and communication between concurrent processes natively, and is fully-garbage collected.
Goroutines allowed are Google’s answer to threading in Go, and any function call which is preceded by the go statement runs in a different goroutine concurrently. A feature called channels allows for easy communication and synchronization between such routines.
Unlike other object oriented languages, Go has a much “simplified” type structure, which disallows sub-classing! Go offers a different flavour of object oriented programming using interfaces, which Google believes will simplify use.
By using interfaces, explicit type hierarchies need not be defined, instead, a type will satisfy all interfaces which are subsets of its methods. The relationships between types and interfaces need not be defined explicity! This can have some interesting implications as people can add interfaces to connect unrelated types even later in the development of an application.
Go seems inspired by Python as well. Python has been one of Google’s favoured languages and was the sole language supported on Google’s AppEngine when it launched. Like Python, Go supports “slices”, which allow you to refer to parts of arrays using a simple syntax. Thus for an array “a” with 100 elements, a[23,42] will result in an array with elements 23 through 42 of a. Go also tracks the length of arrays internally, further simplifying array usage. Additionally, Maps in Go allow you to create “arrays” with custom index types, and are a native feature of the language.
One consistent point in the features of Go is that it is better to have one excellent implementation of commonly used features such as garbage collection, strings, maps etc. rather than have them rethought and re-implemented in each program.
As nearly all Google products, Go is “beta” and not yet suitable for production use. By releasing it early Google hopes to garner a community around it and hopes that enough people will be interested in it to justify continued development.
Get out there and grab Go now! Like any Google product it has the capacity to become standard for the next generation.
IncreaseDecrease
Go mascotGoogle never seems to just be satisfied with the status quo, and when they run out of fields to compete in they create their own! Google’s new “Go” programming language is one of their newest ventures, a language which is an amalgamation of Python and C++.
The Go language, in development since September 2007, has been unveiled by Google along with the release of a free and open source compiler. In fact, Google has released both a stand-along compiler implementation with cryptic names such as 6g (amd64 compiler), 8g (x86 compiler), and 5g (ARM compiler) and one which is a front-end for GCC (gccgo).
Born out of frustration with existing system languages, Go attempts to bring something new to the table, and mix the ease of dynamically typed and interpreted languages with the efficiency of compiled languages.
So why make a new programming language?
Google believes that the current languages have run their course. The prominent languages in use today (C/C++, Java, C#) are all based around a similar syntax, and updating and adding new features in these language consists of piling on libraries, with little or no upgrade to the core of the language itself. What Google intends to do requires more than just the addition of a new library.
-------------------------------------
Hello World in Go
package main
import "fmt"
func main() {
fmt.Printf("Hello, ??n")
}
---------------------------------------
The landscape of computing has changed a lot since C, and as Google notes “Computers are enormously quicker but software development is not faster.” Languages have had to morph quite a bit to take on support concepts such as parallel processing, and garbage collection.
Go, on the other hand has been designed by Google from the ground up as “a concurrent, garbage-collected language with fast compilation”.
In order to not alienate the majority of developers though, its syntax is quite similar to C, and would not take much time for a developer to catch on to.
Go has accomplished some impressive feats. The language is designed to compile fast and Go can compile a “large" program in a few seconds on a single computer. It is designed to simplify the creation of application which can better utilize today’s multi-core processors. The language supports concurrent execution and communication between concurrent processes natively, and is fully-garbage collected.
Goroutines allowed are Google’s answer to threading in Go, and any function call which is preceded by the go statement runs in a different goroutine concurrently. A feature called channels allows for easy communication and synchronization between such routines.
Unlike other object oriented languages, Go has a much “simplified” type structure, which disallows sub-classing! Go offers a different flavour of object oriented programming using interfaces, which Google believes will simplify use.
By using interfaces, explicit type hierarchies need not be defined, instead, a type will satisfy all interfaces which are subsets of its methods. The relationships between types and interfaces need not be defined explicity! This can have some interesting implications as people can add interfaces to connect unrelated types even later in the development of an application.
Go seems inspired by Python as well. Python has been one of Google’s favoured languages and was the sole language supported on Google’s AppEngine when it launched. Like Python, Go supports “slices”, which allow you to refer to parts of arrays using a simple syntax. Thus for an array “a” with 100 elements, a[23,42] will result in an array with elements 23 through 42 of a. Go also tracks the length of arrays internally, further simplifying array usage. Additionally, Maps in Go allow you to create “arrays” with custom index types, and are a native feature of the language.
One consistent point in the features of Go is that it is better to have one excellent implementation of commonly used features such as garbage collection, strings, maps etc. rather than have them rethought and re-implemented in each program.
As nearly all Google products, Go is “beta” and not yet suitable for production use. By releasing it early Google hopes to garner a community around it and hopes that enough people will be interested in it to justify continued development.
Get out there and grab Go now! Like any Google product it has the capacity to become standard for the next generation.
New Programming Lang
Saturday, July 18, 2009
Free Online Certificate In Java Programming and Online Course work also available
Course Title and Description
Title: Java Intro 1 Programming Bootcamp
Description: This bootcamp is for anyone who wants to learn Java programming for the first time. In this course, students will learn how to write, compile, and run Java programs. They will also learn essential object oriented programming concepts such as inheritance and polymorphism. Students will write and run the Java programs using both command line tools and NetBeans IDE. Each week, students are expected to do weekly homework after studying the presentation and hands-on lab material. There is also class group alias where students can ask questions.
Course Objectives
By the end of the course, students are expected to
Acquire a minimum knowlege to start J2EE Programming online course
Students are also expected to experience the following during the course.
Having extreme fun!
Being passionate!
Appreciating what you've got!
Appreciating your fellow human beings!
Enjoying little things in life!
What is it like to take this course online?
Online attendees of this course are expected to do the course work as following
Read the pre-class reading material at the convenient time of their choice - the dates specified are only for the guideline
Read the presentation slides (with speaker notes) at the convenient time of their choice
Do the homework and final project - the due date of all homeworks and final project is two weeks after the final class so you have plenty of time to finish them
Participate in class email alias for asking and answering questions - the top 3 people (besides Sean Dockery and myself) who answer the most questions will get some personal gifts from me like T-shirts and books and so on
At this time, I don't have any plan (nor resource) to offer real-time webcasting. I am looking at a possibility of creating the audio from the presentation material, however.
http://www.javapassion.com/javaintro/
Title: Java Intro 1 Programming Bootcamp
Description: This bootcamp is for anyone who wants to learn Java programming for the first time. In this course, students will learn how to write, compile, and run Java programs. They will also learn essential object oriented programming concepts such as inheritance and polymorphism. Students will write and run the Java programs using both command line tools and NetBeans IDE. Each week, students are expected to do weekly homework after studying the presentation and hands-on lab material. There is also class group alias where students can ask questions.
Course Objectives
By the end of the course, students are expected to
Acquire a minimum knowlege to start J2EE Programming online course
Students are also expected to experience the following during the course.
Having extreme fun!
Being passionate!
Appreciating what you've got!
Appreciating your fellow human beings!
Enjoying little things in life!
What is it like to take this course online?
Online attendees of this course are expected to do the course work as following
Read the pre-class reading material at the convenient time of their choice - the dates specified are only for the guideline
Read the presentation slides (with speaker notes) at the convenient time of their choice
Do the homework and final project - the due date of all homeworks and final project is two weeks after the final class so you have plenty of time to finish them
Participate in class email alias for asking and answering questions - the top 3 people (besides Sean Dockery and myself) who answer the most questions will get some personal gifts from me like T-shirts and books and so on
At this time, I don't have any plan (nor resource) to offer real-time webcasting. I am looking at a possibility of creating the audio from the presentation material, however.
http://www.javapassion.com/javaintro/
Sunday, February 1, 2009
An Innovative and creative ABSTRACT link
hi viewers...,
This is the one of the project with gud creativity and innovation.....
am uploading this project abstract link check out once.... if u r interested to see da application and execution please post a request
..
AUTO CODER ABSTRACT
This is the one of the project with gud creativity and innovation.....
am uploading this project abstract link check out once.... if u r interested to see da application and execution please post a request
..
AUTO CODER ABSTRACT
Friday, January 30, 2009
Physiology at last!!!
Hello Folks,
I recently received few questions about how the Lymphatic System works.
I worked with my friend Mr. Ramajunam Pille, doctor at Townsville to answer this question.
We discussed together and I found the topic quite interesting.
So I did some research on this and found the following document. I guess this would be of some help.
http://www.holycross.edu/departments/biology/kprestwi/physiology/phys_class_notes/Phys_Lect5_Circulation/Phys_Lect5_Circulation_PDF/Phys06_04_Lymph.pdf
I recently received few questions about how the Lymphatic System works.
I worked with my friend Mr. Ramajunam Pille, doctor at Townsville to answer this question.
We discussed together and I found the topic quite interesting.
So I did some research on this and found the following document. I guess this would be of some help.
http://www.holycross.edu/departments/biology/kprestwi/physiology/phys_class_notes/Phys_Lect5_Circulation/Phys_Lect5_Circulation_PDF/Phys06_04_Lymph.pdf
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