Windows Yes This script is tested on these platforms by the author. It is likely to work on other platforms as well.
March 15, I've been reading Dreaming in Code lately, and I really like it. I've also been thinking a lot about Minix 3Erlangand the original Lisp machine. The ideas are beginning to synthesize into something cohesive--more than just the sum of their parts.
Now, I'm sure that many of these ideas have already been envisioned within Tunes.
Rather than wax philosophical, let me just dump out some ideas: Start with Minix 3. It's a new microkernel, and it's meant for real use, unlike the original Minix.
Run Erlang as a daemon in userland. Erlang has the sort of "ridiculous number of 9s reliability" that I'm looking for. Step by step, move everything into Erlang ; Hence, almost everything is interpreted. This is also inspired by Java. NET, the interpreter uses high level P-codes, more like Python.
Because of this, hardware-based "protected-mode" isn't nearly so important. I'm still debating whether it's even necessary to have more than one context i. Processes are like Erlang "processes": After all, if we're going to be dealing with s of CPU cores in a few years, it makes sense to get away from the hard way of doing threads mutexes in C and embrace the easy way of doing "threads" a la Erlang.
Erlang processes have no shared namespace, but they can easily pass data amongst themselves--not just streams of bytes, but full-on data structures. Imagine taking advantage of this between every "program" on your system. Due to the nature of Erlang data, passing data between programs is copy on write.
Like a Palm, every "program" is running at all times. Unlike a Palm, things are running in an interpreter, so you don't need cooperative multitasking.
Nor will a single program bring down the whole system. Rather, the interpreter itself can "context switch" after every few instructions.
Since the "processes" are super light-weight, context switching is very fast and happens a lot more frequently. Since every program is running at all times, that means every program is implicitly started when booting.
It's more like turning on a Palm pilot than booting a computer. Throw away the filesystem.
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Every "program" has every "document" implicitly loaded at all times. The documents don't have to be serialized to a stream of bytes. They're always meaningfully structured like Lisp data. Don't throw out virtual memory!
If everything is in memory, you're going to need really smart virtual memory. Unlike object-oriented systems today that have many objects and few threads, unify the concepts of objects, threads, and modules into something I call a "cell".
That means every object has its own thread. Since every object is like a module, it can be reloaded independently of everything else. This has been done in both Erlang and in the Lisp machines.
Since every program is always running and is composed of objects that can be independently reloaded, the objects behave more like biological "cells". Sometimes you get new cells. Sometimes old ones die.
However, in general, things are pretty "static". Failures are treated more like a cancer than a stroke. These "cells" know how to do continuations that can be journaled to disk.
That means that if the system needs to restart, the cells restart at their last "checkpoint". Naturally, the message passing in Erlang works seamlessly between machines.Today we’re happy to announce the latest beta of Docker Engine and ecosystem support for Windows Server Technical Preview 5 released today by Microsoft.
Some of the improvements you’ll see include: Full push pull support for Windows images on Docker Hub; Prototype multi-platform support for building, pushing and pulling Docker images that can run on multiple operating systems and CPU.
Welcome to Linux From Scratch! Linux From Scratch (LFS) is a project that provides you with step-by-step instructions for building your own custom Linux system, entirely from source code.
When comparing Python vs Golang, the Slant community recommends Python for most people. As a random example, consider GUI toolkit documentation - the tkinter documentation reads almost like a blog article, Go software can be immediately installed, regardless of your operating system, package manager, or processor .
rows · Package zip provides support for reading and writing ZIP archives. bufio: . GNU is an operating system that is free software—that is, it respects users' freedom. The GNU operating system consists of GNU packages (programs specifically released by the GNU Project) as well as free software released by third parties.
What is an Operating System? An operating system is a software controlling the operation of a computer system and its resources.
Major functions of operating systems may include: Managing memory and other system resources. Imposing security and access .