Difference between revisions of "FutureOS"

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Applications can call the GUI as a subroutine. The icons are fixed, so you will always work with the same desktop.  
 
Applications can call the GUI as a subroutine. The icons are fixed, so you will always work with the same desktop.  
  
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== CBM ==
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== [[Image:CBM.png|thumb|right]]CBM  ==
  
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Aside the ROM resident GUI there is another surface for FutureOS, the command bar menu CBM. It consists of several flexible pull down menues and file selectors. You can easily use CBM for your own programs. Since all programs that use CBM look similar its also easy to use different programs really intuitive.
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Aside the ROM resident GUI there is another surface for FutureOS, the command bar menu [[CBM|CBM]]. It consists of several flexible pull down menus and file selectors. You can easily use [[CBM|CBM]] for your own programs. Since all programs that use [[CBM|CBM]] look similar its also easy to use different programs in an intuitive way.
  
 
== File system ==
 
== File system ==

Revision as of 09:12, 11 November 2008

FutureOS-Logo
FutureOS main screen

Introduction

FutureOS is an operating system for the Amstrad CPC6128, 6128plus, C-One and T-Rex1 developed by TFM of FutureSoft in Z80 assembler. Its development continues from 1989 up to now. FutureOS is controlled by a GUI with icons and a file-section, it can deal with up to 4 MB long files in one piece. It has a dynamic memory management system, which divides RAM into 16 KB blocks. Further it supports a variety of hardware expansions. FutureOS is delivered together with basic utilities in the same ROMs.

Requirements

The core of the OS needs 64 KB ROM. Compatible products are EPROM-cards, the ROM-RAM-BOX, SYMBiFACE II, RAMcard, Jareks Flash-ROM or similar products. If you don't own such a card, you can take a look at FutureOS by using a compatible CPC Emulator (WinCPC, Caprice, WinApe, CPCEmu).

The core of the OS itself is executed directly in (Pseudo-)ROM or EPROM where it is divided in four 16 KB blocks. It jumps between the ROMs with the help of a little common area. Therefore the numbers of the four 16 KB ROMs are hardcoded.

FutureOS uses 2 KB (&B800...&BFFF) of the first 64 KB, all other RAM can be used for applications. Additional RAM can be occupied for DIRectory buffering. Furthermore the OS uses memory management, file-handling and Low/Mid/High-level routines to access the hardware.

From AmsDOS/Basic you can start FutureOS with the RSX commands |OS or |FDESK. If you use |FDESK you can leave FutureOS and get back to BASIC where you have stopped before - the first 48 KB (not the screen) have been preserved.

FutureOS only runs well on a CPC6128 or 6128plus (not CPC464 or 664), because they support the RAM configuration &C3 (which is essential for the mouse arrow of the GUI).

GUI

The Desktop of FutureOS is divided in two sections. First an icon-section, where you can choose your functions. Second there is a section below, where you can browse through directories of discs and hard-disc partitions.

The Desktop can be controlled using a joystick, mouse, trackball or light-pen. There is no command line. The user interface is graphical, you click on icons and files to select them for subsequent actions.

Applications can call the GUI as a subroutine. The icons are fixed, so you will always work with the same desktop.

CBM.png
CBM

Aside the ROM resident GUI there is another surface for FutureOS, the command bar menu CBM. It consists of several flexible pull down menus and file selectors. You can easily use CBM for your own programs. Since all programs that use CBM look similar its also easy to use different programs in an intuitive way.

File system

FutureOS is compatible with the CPCs native data-, file- and format structures (f. e. File-header, Disc-formats). It is not compatible with native AMSDOS or CP/M programs. FutureOS and compatible applications can be downloaded at: www.FutureOS.de.

Filenames can use all 256 different characters and user numbers from 0 to 254 (except for &E5, which marks a deleted file). Different to Amsdos, a file that is erased under FutureOS will not be shifted to user &E5, but it will be physically removed from the directory. Files can be viewed on-screen (scroll up and down) or printed. You can also view the file-header. When typing a text-file it is possible to set the number of columns and lines of the window the text is displayed in. File-headers are displayed as AmsDOS file or the icon-like file-header of a FutureOS program. An AmsDOS file-header has 128 bytes of which some bytes are unused. FutureOS makes use of those unused bytes so that files have a length definition of 24bit and can have a physical RAM select. Therefore a file can be defined to be loaded everywhere in the external RAM. Also a FutureOS file-header can contain a graphical icon, a textual icon or a short description of the file.

Hardware

The OS supports many of the hardware available for the CPC, including real-time-clocks, the Vortex disc drives, several mice & trackballs and the Dobbertin HD20 hard disc. Also the SYMBiFACE II (RTC and PS/2 mouse, RAM, ROM, IDE low level) are supported in system .8 beta. One idea of FutureOS was to support any hardware available. For example there are 3.5" B-drives, Vortex F1-D-drives, hard-discs, real-time-clocks, serial interfaces etc. Hardware expansion usually need drivers, which can be flexible added to an OS. In contrast to this one of the goal of FutureOS is to provide a monolithik architecture, where all drivers are implemented in a hardcoded way, because the CPC has clearly defined hardware expansions compared to a PC.

  • Disc drives and hard discs: FutureOS supports up to eight drives and up to four hard-disc partitions. It buffers the directories read from any mass storage device in the expansion RAM.
  • Plug and Play: If you connect a hardware expansion to a CPC, FutureOS will automatically detect that expansion, initialise it and make it accessible. The architecture of the OS allows you to add and remove hardware on purpose. An example: You add a trackball, you use it, then you connect and use a joystick and then you use a proportional mouse for example. You can turn external hardware in the configuration-bytes on or off (use ConfigOS utility).

Supported Hardware

8 bit printer ports

  • 8 bit printer port 6128 Plus
  • 8 bit printer port patch (PIO)

Drives

  • 3" A-drive
  • 3" B-drive
  • 3" C- and D- drive (hardware patch)
  • 3.5" B-drive
  • 5.25" B-drive
  • Atari ST 80 Track DS B-drive
  • Dobbertin D-DOS Double drive. Up to four drives 80 track, DS
  • Dobbertin X-drive 80 tracks, DS
  • Vortex F1-D
  • Vortex F1-S
  • Vortex F1-X
  • Vortex M1-D
  • Vortex M1-S
  • Vortex M1-X

Expansion cards

  • CPC Booster(+)
  • Future Player MP3 Player
  • HD64180 Coprocessor card
  • Symbiface II

Floppy disc formats

  • Data
  • IBM
  • System
  • Vendor
  • Vortex

Graphic Tablet

Hard-disc

Joysticks

  • Analog Joystick (6128 Plus)
  • Digital Joystick 1
  • Digital Joystick 2

Light-Pens

Memory expansions

Mouses

Real-Time-Clocks

  • Dobbertin Smart Watch (ROM select 15)
  • Symbiface

ROM expansions

Trackballs

Utilities

Tools like copy, format, verify or refresh a disc exist. You can copy files from different discs and partitions to other discs and partitions at once.

From the Desktop you can call a little machine monitor. This monitor provides features like editing of CPU registers and I/O ports, display and edit memory or the content of the ASIC of the 6128plus. Memory blocks can be copied or initialised. It is possible to call a routine with defined CPU registers and memory.

Developing for FutureOS

You can developp very freely, even the RST vectors are free usable. Also the second register set of the Z80 is freely usable.

  • Z80 Assembler: You can use an assembler for AmsDOS or for CP/M. Switching between AmsDOS and FutureOS is fast and using |FDESK allows to come back to AmsDOS with the first 48 KB or RAM remaining untouched.
  • Programming in C for FutureOS: With FIOLIB it also possible to use C as a programming language.

Applications / Demos / Games

Conclusion

FutureOS was designed as an OS with fast routines and support of nearly all CPC expansions. It has specialised file-handling and memory-management that support programs up to 4 MB. The idea is that development of games, graphic tools, word processors, sound (especially MP3), management of big amounts of data, and programming languages are possible in this environment. Today you can hear MP3 sounds, work with graphic, use C programs, watch movies & demos and play games.

Web links

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