In this second part of the Assembler User Guide we’ll see how to access ROM based System Monitor routines to add a powerful arsenal of pre-built subroutines to our programs.
In this article we’ll see how to install and use Infogrames Motorola 6809 Assembler 1.0/1.1 for Thomson MO5, MO6 and Olivetti Prodest PC 128 microcomputers (MCs).
In this article we’ll see what a TPM module is and get some details about TPM on Linux, Windows and macOS as well as what are some of the advantages in adopting Trusted Computing.
In this 2nd article about Vintage Computing we’ll explore in details how memory was organised and mapped on the Thomson MO6 and the Olivetti Prodest PC 128.
I have seen a resurgence of interest in vintage computing. Since I used many of these old and amazing systems when I started my never-ending learning about Software Development and Computer Science, I decided to start a small series of how-tos, helping those interested in learning how to develop code for vintage computers.
In this article we have a look at how to check disks health status using SMART and smartctl on Linux OS (RHEL, CentOS, PacketLinux and Debian/Ubuntu/KALI based distros), macOS and BSD systems.
In this set of super-quick “how-tos” we’ll see how to explore a Linux System via CLI (command line). How to check release, architecture, platform, files, logs, processes, devices and other useful info to start troubleshooting or maintaining a Linux System.
Companies keep trying to implement Snort (or Suricata for that matter) on FPGA and/or in hardware. In this article we’ll try to identify the challenges behind such an approach.
In this article we’ll see how to configure and use a TPM 1.2 module (Trusted Platform Module) on CentOS 7 (RHEL 7, PacketLinux 2 and Scientific Linux and Fedora).
In this article we’ll see how to read information about your computer BIOS and hardware from the Linux command line.
On IT and Software Engineering daily tasks it’s always very useful being able to understand what GT/s really means in terms of Gigabits per second of computable data. This post shows how to convert GT/s into Gbps.