…
Mừng em đã hết đau thương về đây ấm cúng
Mừng em đã biết xót thương tình yêu.
Như từ bao la ta ra đời một kiếp nữa
Như từ trong nhau lớn lên khôn lên cùng nhau
Như một câu hát ứa ra từ tim
Tặng nhau nhé tiếng nghe hồn nhiên
Để quên hết khó khăn chia lìa.
Bình yên một thoáng cho tim mềm
Bình yên ta vào đêm
Bình yên để đóa hoa ra chào
Bình yên để trăng cao
Bình yên để sóng nâng niu bờ
Bình yên không ngờ
Lòng ta se sẽ câu kinh bình yên
The StormOS Hardy Hail Beta 2 is now available for download here.
StormOS is the first desktop distribution based on Nexenta Core Platform 2 which combines the power of the Solaris kernel with the ease of use of Ubuntu. It aims to be a lightweight OS with everything the average user would want out-of-the-box.
The project was started due to my dissatisfaction with OpenSolaris and IPS.
Features:
* Polished Xfce 4 Desktop enviroment
* Abiword word processor
* Gnumeric spreadsheet
* Gimp – GNU Image Manipulation Program
* Rhythmbox Music Player with support for iPod + iTunes sharing and Last.fm
* Risretto image viewer
* Fast and customizable Firefox 3 web browser
* Easy package management with Synaptic Package Manager and gdebi
* Transmission bittorrent client
* Evince PDF viewer
* File-roller archive manager with Thunar integration
New in Beta 2:
* Updated packages
* Faster installer that installs in around 5 mins
* Better VM support, now works in 32-bit VirtualBox and VMware
* Live CD + Install CD are now part of a single ISO
* Bug fixes all ’round
Know issues:
* Live Session wont work in VMware but it will work fine once installed
* Still have GNOME icon in GDM theme
I welcome feedback on the forums or IRC channel (#stormos on irc.freenode.net).
Everything we’ve learned about sequential programming is still true
for concurrent programming. All we have to do is to add the following
primitives:
Pid = spawn(Fun)
Pid ! Message
receive … end
Pid = spawn(Fun)
Creates a new concurrent process that evaluates Fun. The new
process runs in parallel with the caller. spawn returns a Pid (short
for process identifier). You can use Pid to send messages to the
process.
Pid ! Message
Sends Message to the process with identifier Pid. Message sending
is asynchronous. The sender does not wait but continues with
what it was doing. ! is called the send operator.
Pid ! M is defined to be M—the message sending primitive ! returns
the message itself. Because of this, Pid1 ! Pid2 ! … ! M means send
the message M to all the processes Pid1, Pid2, and so on.
receive … end
Receives a message that has been sent to a process. It has the following skeleton :
receive
_ ->
ok
end.
To be continue with simple example …
Quá tuyệt vời !!!
• Creating and destroying processes is very fast.
• Sending messages between processes is very fast.
• Processes behave the same way on all operating systems.
• We can have very large numbers of processes.
• Processes share no memory and are completely independent.
• The only way for processes to interact is through message passing.
Erlang and so much more !
RestMS provides web applications with enterprise-level messaging via an asynchronous RESTful interface that works over standard HTTP/HTTPS.
This is the home of the RestMS community, for those helping to develop the RestMS specification, those making implementations, and users who want to help steer the process.
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