Package: cpmtools Version: 2.20+dfsg-3cpm4l4 Architecture: amd64 Maintainer: Stephan Linz Installed-Size: 525 Depends: libc6 (>= 2.14), libdsk5 (>= 1.5.12+dfsg), libncurses6 (>= 6), libtinfo6 (>= 6) Filename: ./amd64/cpmtools_2.20+dfsg-3cpm4l4_amd64.deb Size: 93108 MD5sum: 0b5914b61ca71753fc80670fe283ce04 SHA1: c6c9c9868174ad5e204ce5fe27f7c5dc8adf6b65 SHA256: 0c7cfe0951beee1abd2df39bc318ece00a3ab53dd75a34a9f8d11f2027b45078 Section: otherosfs Priority: optional Homepage: http://www.moria.de/~michael/cpmtools/ Description: Tools to access CP/M file systems This package allows access to CP/M file systems similar to the well-known mtools package, which accesses MSDOS file systems. . All CP/M file system features are supported. Package: fdutils Version: 5.5-20060227-8cpm4l1 Architecture: amd64 Maintainer: Stephan Linz Installed-Size: 1232 Depends: libc6 (>= 2.7), debconf (>= 0.5) | debconf-2.0, dpkg (>= 1.15.4) | install-info, debianutils (>= 1.7) Recommends: mtools (>= 3.8-1) Replaces: manpages (<< 1.11-3), miscutils Filename: ./amd64/fdutils_5.5-20060227-8cpm4l1_amd64.deb Size: 702712 MD5sum: e60410dad0f6ae587353c3132f1e9e3b SHA1: 8bedd48138bf62b4abf1fe91e743e773a4c76cd5 SHA256: 7787728e4ab69ad7abe99b4422ad085ad62027165ab3d3d88f357f853f64af8a Section: utils Priority: optional Homepage: https://fdutils.linux.lu/ Description: Linux floppy utilities This package contains utilities for formatting extra capacity disks, automatic floppy disk mounting and unmounting, etc. . The package includes the following items: . - superformat: formats high capacity disks (up to 1992k for high density disks or up to 3984k for extra density disks); - fdmount: automatically mounts/unmounts disks when they are inserted/removed; - xdfcopy: formats, reads and writes OS/2's XDF disks; - MAKEFLOPPIES: creates the floppy devices in /dev; - getfdprm: prints the current disk geometry (number of sectors, track and heads etc.); - setfdprm: sets the current disk geometry; - fdrawcmd: sends raw commands to the floppy driver; - floppycontrol: configures the floppy driver; - floppymeter: measure capacity and speed of floppy drive; - diskd: daemon to executes a command on disk insertion; - diskseekd: simulates Messy Dos' drive cleaning effect; - general documentation about the floppy driver. . Note that these utilities do not work for USB floppy drives, because these do not allow direct access to the floppy controller. Package: jkcemu Version: 0.9.7+LPN201511-3cpm4l1 Architecture: all Maintainer: Stephan Linz Installed-Size: 4948 Depends: default-jre | java11-runtime, jarwrapper (>= 0.5) Filename: ./all/jkcemu_0.9.7+LPN201511-3cpm4l1_all.deb Size: 4892120 MD5sum: 8b6e694260b218de976ae84bfb4dcc9f SHA1: 2ca5ceea852a03b46dee5fe2fbe3f7d908525f3f SHA256: 47192836f37c9288af6fe8ff1a532d736bdbb2f6e73a4b951d06469ae8df74c9 Section: otherosfs Priority: optional Homepage: http://www.jens-mueller.org/jkcemu/ Description: Java KC-Emulator JKCEMU is an integrated emulator application that allows one to run most of the old home and minicomputer operating systems made in the GDR. The emulation supports a number of additional hardware, e.g. floppy disk drives, extended graphic modules, Joysticks and specific network and USB adapters. . Supported computers: - A5105 (BIC, ALBA PC 1505) - AC1 and AC1-2010 - BCS3 - C-80 - HC900 - Huebler/Evert-MC - Huebler-Grafik-MC - KC85/1 - KC85/2 - KC85/3 - KC85/4 - KC85/5 - KC87 - KC compact - Kramer-MC - LC-80 and LC-80ex - LLC1 - LLC2 - PC/M (Mugler/Mathes-PC) - Poly-Computer 880 - Schachcomputer SC2 - Schach- und Lerncomputer SLC1 - VCS80 - Z1013 - Z9001 - ZX-Spectrum . JKCEMU can also be used as an emulator of a Z80 custom computer with the following user-defined properties: - up to 64k RAM, pre-loaded from file - up to 64k ROM, pre-loaded from file - dedicated reset start address (Boot-ROM) - screen output with frame buffer in RAM - customized character generator, default is DOS codepage 437 - keyboard over PIO or SIO - standard I/O: one of PIO, SIO, CTC - special I/O: one of KCNet and VDIP (USB) - Floppy Disk Controller with up to 4 drives - Hard Disk Controller: GIDE Package: libdsk-utils Source: libdsk Version: 1.5.12+dfsg-1cpm4l1 Architecture: amd64 Maintainer: Stephan Linz Installed-Size: 365 Depends: libdsk5 (= 1.5.12+dfsg-1cpm4l1), libc6 (>= 2.14) Filename: ./amd64/libdsk-utils_1.5.12+dfsg-1cpm4l1_amd64.deb Size: 67436 MD5sum: 56af714d7bc0e546f3b6c79039366ac4 SHA1: 73e14d79694f957d547c4c5171aee94c5461fbd5 SHA256: 761f46eaa663c6847c8c69af5d99680a675751ed30fdcc977b090116cb44d358 Section: utils Priority: optional Homepage: http://www.seasip.info/Unix/LibDsk/ Description: library for accessing discs and disc image file (utilities) LibDsk contains libraries and tools for handling disc images, for example in emulators or to access images of vintage computers and consoles. . It has support for the following disc types: . - Raw files (including /dev/fdn). - Raw files, rearranged into logical filesystem order. - .DSK files, as used in CPCEMU, JOYCE and other Sinclair/Amstrad emulators. - MYZ80 hard drive image files. - NanoWasp floppy image files. - .CFI (Compressed Floppy Image) files, as created by FDCOPY.COM under DOS. - CopyQM files - TeleDisk files - Compaq QRST files - APRIDISK image files - The LDBS format - The SAP format . This package contains stand-alone utilities to handle disk images on the command line. Package: libdsk5 Source: libdsk Version: 1.5.12+dfsg-1cpm4l1 Architecture: amd64 Maintainer: Stephan Linz Installed-Size: 320 Depends: libbz2-1.0, libc6 (>= 2.14), zlib1g (>= 1:1.1.4) Filename: ./amd64/libdsk5_1.5.12+dfsg-1cpm4l1_amd64.deb Size: 117496 MD5sum: b653dbbed44c092f6cef86cf9a0b579c SHA1: 80561e22e71e12912315a5c92323bfc8df920abe SHA256: 6a449accbb4a8f22419ca7a15fc6901c4558c5b62d65d9fef4b20c572975acb0 Section: libs Priority: optional Multi-Arch: same Homepage: http://www.seasip.info/Unix/LibDsk/ Description: library for accessing discs and disc image file LibDsk contains libraries and tools for handling disc images, for example in emulators or to access images of vintage computers and consoles. . It has support for the following disc types: . - Raw files (including /dev/fdn). - Raw files, rearranged into logical filesystem order. - .DSK files, as used in CPCEMU, JOYCE and other Sinclair/Amstrad emulators. - MYZ80 hard drive image files. - NanoWasp floppy image files. - .CFI (Compressed Floppy Image) files, as created by FDCOPY.COM under DOS. - CopyQM files - TeleDisk files - Compaq QRST files - APRIDISK image files - The LDBS format - The SAP format . This package contains the library itself. Package: libdsk5-dev Source: libdsk Version: 1.5.12+dfsg-1cpm4l1 Architecture: amd64 Maintainer: Stephan Linz Installed-Size: 1236 Depends: libdsk5 (= 1.5.12+dfsg-1cpm4l1) Filename: ./amd64/libdsk5-dev_1.5.12+dfsg-1cpm4l1_amd64.deb Size: 444592 MD5sum: 1adf4404ddab6408dd0cb622da4355c4 SHA1: 9d237058d2ab0b610a870783fc90ed53468e1d3b SHA256: 1ddf6b72f55a2734e0d71a5d60ad9b11114b47fd528d4531042bbde1abda3f54 Section: libdevel Priority: optional Homepage: http://www.seasip.info/Unix/LibDsk/ Description: library for accessing discs and disc image file (development headers) LibDsk contains libraries and tools for handling disc images, for example in emulators or to access images of vintage computers and consoles. . It has support for the following disc types: . - Raw files (including /dev/fdn). - Raw files, rearranged into logical filesystem order. - .DSK files, as used in CPCEMU, JOYCE and other Sinclair/Amstrad emulators. - MYZ80 hard drive image files. - NanoWasp floppy image files. - .CFI (Compressed Floppy Image) files, as created by FDCOPY.COM under DOS. - CopyQM files - TeleDisk files - Compaq QRST files - APRIDISK image files - The LDBS format - The SAP format . This package contains the development headers and documentation. Package: pcmtools Version: 1.3+dfsg.1-1 Architecture: amd64 Maintainer: Stephan Linz Installed-Size: 887 Depends: libc6 (>= 2.4), libxpm4 Filename: ./amd64/pcmtools_1.3+dfsg.1-1_amd64.deb Size: 35972 MD5sum: dfabcc4aeda23a2e37aba1a21ded27b7 SHA1: 2eb807fbbcfaf75790eb5304f6f987ddbaa3fd1e SHA256: 32ed50d508e9c253989e7d68033f247eb141a480634098878661104008bbfa03 Section: otherosfs Priority: optional Homepage: https://github.com/lipro-cpm4l/pcmtools Description: PC/M tool chain This package is a collaction of some useful tools around the self made hardware project PC/M, a CP/M Personal Computer based on the Zilog Z80 CPU. Package: yaze Version: 1.14+dfsg.2-3 Architecture: amd64 Maintainer: Stephan Linz Installed-Size: 185 Depends: libc6 (>= 2.15), libreadline8 (>= 6.0) Recommends: yaze-test, tcl, tcllib, expect Filename: ./amd64/yaze_1.14+dfsg.2-3_amd64.deb Size: 65824 MD5sum: 1cb7facf6b22fa9295e402c230fd87d1 SHA1: d3b8d6dc74e5fd7b8f42409ca3e69186b83fbbf8 SHA256: f08bcd8d1faa49e03b521c933817bd84ca54d5a7c76531ddd98869fd84e53e54 Section: otherosfs Priority: optional Homepage: ftp://ftp.ping.de/pub/misc/emulators/ Description: Yet Another Z80 Emulator Yaze is a Z80 and CP/M emulator designed to run on Unix systems. . The package consists of an instruction set simulator, a CP/M 2.2 BIOS written in C which runs on the Unix host, a monitor which loads CP/M into the simulated processor's ram and makes Unix directories or files look like CP/M disks, and a separate program (cdm) which creates and manipulates CP/M disk images for use with yaze. . Yaze emulates all documented and most undocumented Z80 instructions and flag bits. Package: yaze-test Source: yaze Version: 1.14+dfsg.2-3 Architecture: all Maintainer: Stephan Linz Installed-Size: 169 Pre-Depends: yaze (>= 1.14+dfsg.2-3) Depends: perl:any Filename: ./all/yaze-test_1.14+dfsg.2-3_all.deb Size: 29116 MD5sum: ec1e224dddcbe683897c52378d21d0bd SHA1: c0636796eb06baa5738f0d27b6c13651fc7ef99c SHA256: 6581dfc6d41d03324f40a4072f89f2d1163c3f72504050fae1c788bb7feed7e5 Section: otherosfs Priority: optional Homepage: ftp://ftp.ping.de/pub/misc/emulators/ Description: Yet Another Z80 Emulator - test suite Yaze is a Z80 and CP/M emulator designed to run on Unix systems. . This package consists a suite of different test programs which nearly exhaustively compares all instructions, for all machine states before and after execution, against the results from a real chip.