Protest award domain name nativization from ICANN

So, there are bad news, no ICANN supports 'internalization' of domain names, now it's a possible to register a domain with your native language.
Due to many reasons - I decide to apply a protest for it - it's nothing, but maybe you will be participate on this.
And so on - I'll not post anything on languages differs from english, no jabber/blog/boards/sms/emails messages on non english from tomorrow !
I don't want to make a freedom to spooffing and idiotic things.

Participate if it possible.

I can feel your skeptics looks, yes - I'm just man and I don't have a voice in ICANN, but assume if there are many people like me? You know - world is small ;) And there are just time need ... and this protest will be effective. But anyway, if you will do nothing with it, in future with idiotic domains you will told yourself - "fuck'em up, I don't participate in protest, maybe my voice can be useful at there times ... shit shit shit" - feeling difference - take a voice, participate in this protest, control your life!

If you will participate, please comment here - thank you!

MuiString higher memory management

I've made some researching and emulation (not so serios, but representative) about memory management in microkernel OS.
Many kernels does memory management fully in kernel space, others separate it and offer non-trivial API for doing this in userspace.
We're have many restrictions - security and performance. If you will targeting to one of this properties you will loose on other. If you want to have a very strong and secure mechanism you will make a many context switching within kernel and user spaces - it will slow down your system perfomance, if you will don't care about security you will make it faster ...
I decide to make a basics virtual memory manager operations within kernel space, and offer simple API (just 4 calls) - address_space_get(), address_space_set(), address_space_alloc(), address_space_release(). And ... bind page fault exception to userspace area virtual mm server.
In this scheme microkernel just mark/unmark address space, it doesn't makes a check (and it will works fast) , and microkernel doesn't care about page fault exception - it's a server headache.
The security implemented on userspace - with ACL server that cannot be exchanged - like other varios servers (you must load its via multiboot modules way), all requests to ACL cached to the IPC cache server (it cannot be exchanged too) to avoid premiary access violation checks and grow up speed of requests. On the figure below I've tried to show it graphically (I like this, but I don't like to make a graphics ...):

User task just trying to take some virtual memory and extend it's address space - it's a deal of libs to make all job with calling of vmm server. Vmm server asks about access rights/limits/etc ... on ACL server, if all granted - vmm will allocate space for user task, if will be need - it will calls MuiString microkernel via simple API.

This structure allows to make secure and fast (compairing with some highly secured or highly fast microkernel systems) - it's a good design for implementing different models of memory allocations (real-time, preemption, so on ...)

Emacs #1 - saving your state after exit , and tabbar use

Often you need to restore your emacs session, but it's not a good way to load all buffer per start, just keep it.
Also, there are useful addition to emacs called tabbar.el it can keeps your buffers without its creating.
I don't want to write where you can find this file - if you are using debian you can find it out in emacs-goodies-el package.
So, the first step is to enable tabbar mode by default:

(tabbar-mode t)

After this I recommend to bind a keys for switch between tabs:

(global-set-key [(control shift w)] 'tabbar-forward)
(global-set-key [(control shift q)] 'tabbar-backward)
(global-set-key [(control shift e)] 'tabbar-forward-group)
(global-set-key [(control shift d)] 'tabbar-backward-group)

You can use your own key bindings depending on your choice and feel.
The second step is to use a desktop addition (that comes with emacs22):

(when (fboundp 'desktop-load-default)
  (desktop-load-default)
  (mapcar
   (lambda (symbol)
     (add-to-list 'desktop-globals-to-save symbol))
   '((buffer-name-history      . 100)
     (dired-regexp-history     . 20)
     (extended-command-history . 100)
     (file-name-history        . 500)
     (grep-history             . 50)
     (minibuffer-history       . 100)
     (query-replace-history    . 60)
     (read-expression-history  . 60)
     (regexp-history           . 60)
     (regexp-search-ring       . 20)
     (search-ring              . 20)
     (shell-command-history    . 50)))
;;;    (desktop-read)
  )

(add-to-list 'desktop-locals-to-save 'buffer-file-coding-system)
(add-to-list 'desktop-locals-to-save 'tab-width)

(setq-default desktop-missing-file-warning nil)
(setq-default desktop-path (quote ("~")))
(setq-default desktop-save t)
(setq-default desktop-save-mode t)

(setq-default save-place t)

And this all, this code snippets from my ~/.emacs file.