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There is a User Manual Reconstruction
as a set of HTML pages. This has all of the text reconstructed as
a modern document from which you can copy and paste.
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There is a set of User Manual Facsimile
pages, containing images of each page of the original work,
cleaned up and squared up.
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There is a User Manual Reconstruction
(6.97MB, 41 minutes)
as a PDF document. This has all of the
text reconstructed as a modern document from which you can
copy and paste.
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There is a complete User Manual Facsimile
(8.69MB, 51 minutes)
as a single PDF document. By printing this document on a printer
capable of two-sided printing you will have a faithfull (if slightly
enlarged) facsimile of the original work.
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(You can download a free PDF reader from www.adobe.com, called Acrobat
Reader.)
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You can get a scanned version of the II.0 User Manual from the
website of Hans Otten, http://www.hansotten.com/, in the section Pascal Compilers. On
this website the original page images, scanned by Hans from the
original manual, on which this reconstruction is based, are
available.
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There is an I/O Manual
Reconstruction as a set of HTML pages. This has all of the
text reconstructed as a modern document from which you can copy and
paste.
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There is a set of I/O Manual Facsimile
pages, containing images of each page of the original work,
cleaned up and squared up.
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There is an I/O Manual Reconstruction
(330kB, 2 minutes)
as a PDF document. This has all of the text
reconstructed as a modern document from which you can copy and paste.
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There is a complete I/O Manual Facsimile
(2.55MB, 15 minutes)
as a single PDF document. By printing this
document on a printer capable of two-sided printing you will have
a faithfull (if slightly enlarged) facsimile of the original work.
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You can get a scanned photocopy of the II.0 I/O manual from
BitSavers.org. This PDF file contains the original page images
on which this reconstruction is based.
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You are allowed to download
(73.8MB, 7 hours 10 minutes)
and burn a copy the CD-Rom.
See the How To page for instructions
for some popular CD-Rom burning programs.
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UCSD p-System
Cross Compiler: You can cross compile your UCSD Pascal code on
Unix to create p-Machine object code. By using a cross compiler you
can boot-strap a native system by first cross compiling, and then
re-compiling with the native compiler.
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UCSD p-System
File System: These tools allow you to create and manipulate UCSD
p-System disk images. You can add files to, and extract files from,
UCSD p-System disk images. You can even mount UCSD p-System disk
images as Linux file systems, with automatic transparent text format
conversion in both directions.
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UCSD p-System
Virtual Machine: You can use this virtual machine (p-code
interpreter) to run your UCSD p-code files on Linux or Unix. It has
broad support for opcodes not present in all implementations. It
even emulates Turtle Graphics using X11.
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This project is managed using Aegis.
The Aegis repository for this project is available.
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The UCSD p-System Operating System project contains the
II.0 source files (and some bug fixes) plus a Makefile that
uses the cross compiler to build the sources, and the file system tools
to build working disk images that can be executed using the virtual machine.
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