A Bare-Bones Linux+Mono+GUI Distro?

nimble99 writes "I am a computer software engineer, focused mainly on the Windows platform — but most of my development time is spent in .NET. I would like to move my .NET development to Linux in the form of Mono, in an attempt at building a media-center type of device. All I require, is a base operating system with simple hardware support, Mono, and a window manager that (preferably) does nothing but act as a host for mono applications. Is this available? I dont know a lot about Linux, so I thought I would ask if there is already something like this available. Obviously a 'Mono Operating System' would be the cleanest solution, but a similar thing could be achieved with the barest minimum of Linux distros right?"

Comments

Gentoo

[armanox]

You could build a Gentoo install to satisfy this. With Gentoo you build the system to fit what you want out of it.

Monoppix?

[dreemernj]

Monoppix perhaps?

I haven't tried it yet but the description sounds about right.

Ubuntu Server Edition

[Ngarrang]

Ubuntu Server edition installs as just a command line without all the fluff. From there you could add Mono and any GUI of your choice.

Debian

[Hatta]

Just install a basic net installation of Debian. You'll get nothing but a console. Apt-get the GUI of your choice. Apt-get Mono. You're done.

Qt...

[ninevoltz]

Use Qt4 and forget about MONO and .NET. You won't regret it.

Re:Don't.

[0xABADC0DA]

As a developer, I am so completely convinced of the superiority of the .NET model and the C# language (Anders Hejlsberg has been my hero ever since he developed Delphi during his Borland years) that I cannot help but prefer its usage, even in a Linux environment. If .net took away your free will it doesn't sound like you had much of it to begin with.

After reading the interviews on artima.com with Anders it's pretty clear that he's mostly a blowhard -- like Beck, all style and no substance. Take this for example:

Bill Venners: ... you said: "We can observe that as people write code in Java, they forget to mark their methods final. Therefore, those methods are virtual. Because they're virtual, they don't perform as well." ... Another thing that happens in the adaptive optimizing JVMs is they'll inline virtual method invocations, because a lot of times only one or two implementations are actually being used.

Anders Hejlsberg: They can never inline a virtual method invocation.

Bill Venners: My understanding is that these JVM's first check if the type of the object on which a virtual method call is about to be made is the same as the one or two they expect, and if so, they can just plow on ahead through the inlined code.

Anders Hejlsberg: Oh, yes. You can optimize for the case you saw last time and check whether it is the same as the last one, and then you just jump straight there. ...

Not only is Anders being handed his hat by the interviewer, but he doesn't even realize that for almost ten years all Java methods have been effectively final until overridden, doing exactly that which he says is impossible. There is no 'same as last time' check since it is compiled as if there was one function. There is no 'jump straight there' when the method is inlined, and no performance lost from virtual methods that are not overridden. In contrast, .NET could not even inline more than one method deep, or methods with over 32 bytecodes, or methods with any flow control whereas Java was inlining virtual methods as much as 5 calls deep.

None these guys on the core C# team were anywhere close to the same level as say Joy or Bracha, and it shows. Yeah, if you're coming from Win32 and MFC then C#/.net seems pretty awesome, but it's not. They made a lot of really bad design decisions that make it really suck compared to what it could be and what they ripped it off from. So it kind of depresses me a little bit when people gush quixotic about how great .NET is and how awesome the designers are -- it isn't, and they aren't.

Re:Don't.

[Actually, I do RTFA]

For inlining a function to mean anything, it cannot be virtual. An inlined function is in essence a macro.

And Anders is more accurate than Bill. What Bill says translates to: you can turn a virtual function into an inline function with a if ( this_class__is_not_X_or_Y ) jump_to_virtual_function_table type structure. What Andres says translates to: Sure, in that case. But it's an optimization.

I see that you get the best of both worlds in that situation, but Andres is right in his unequivical "You cannot inline a virtual function." Because you cannot. You can inline exactly one version of a virtual function with an if at the top, or more if you use a bunch of ifs/a switch. But the latter removes the benefits of inlining. So, a clever compiler can have a sometimes inlined response.

And the begining of your critique is just as poor. He said that it was impossible to inline a virtual function. Stating that most functions are not virtual attacks the fact, not the logic. He said "this [disproved emperical condition] results in poor performance because of [insert logical rule] makes it impossible." Disproving the emperical condition does not disprove the logical rule.