From 342a14633f0b3c5734a33f65725ce36758d9182e Mon Sep 17 00:00:00 2001 From: Stephen Nelson Date: Wed, 21 Aug 2013 20:41:09 -0700 Subject: [PATCH] Removed HTML docs --- docs/Convert/BinHex.pm.html | 1059 ------------------------- docs/Convert/BinHex/hqxred.gif | Bin 1441 -> 0 bytes docs/Convert/BinHex/redapple-sm.gif | Bin 149 -> 0 bytes docs/Convert/BinHex/redapple-tiny.gif | Bin 82 -> 0 bytes docs/Convert/BinHex/redapple.gif | Bin 982 -> 0 bytes 5 files changed, 1059 deletions(-) delete mode 100644 docs/Convert/BinHex.pm.html delete mode 100644 docs/Convert/BinHex/hqxred.gif delete mode 100644 docs/Convert/BinHex/redapple-sm.gif delete mode 100644 docs/Convert/BinHex/redapple-tiny.gif delete mode 100644 docs/Convert/BinHex/redapple.gif diff --git a/docs/Convert/BinHex.pm.html b/docs/Convert/BinHex.pm.html deleted file mode 100644 index d6b1415..0000000 --- a/docs/Convert/BinHex.pm.html +++ /dev/null @@ -1,1059 +0,0 @@ - - - - - -Convert::BinHex - - - - -
-

Convert::
BinHex

HQX
-		 - - -
- -

- -

- -NAME

- - - -

-Convert::BinHex - extract data from Macintosh BinHex files - - -

-ALPHA WARNING: this code is currently in its Alpha release. -Things may change drastically until the interface is hammered out: -if you have suggestions or objections, please speak up now! - - -

- -

- -SYNOPSIS

- - - -

-Simple functions: - - -

-

    use Convert::BinHex qw(binhex_crc macbinary_crc);
- - - -

-

    # Compute HQX7-style CRC for data, pumping in old CRC if desired:
-    $crc = binhex_crc($data, $crc);
- - - -

-

    # Compute the MacBinary-II-style CRC for the data:
-    $crc = macbinary_crc($data, $crc);
- - - -

-Hex to bin, low-level interface. -Conversion is actually done via an object ("Convert::BinHex::Hex2Bin") -which keeps internal conversion state: - - -

-

    # Create and use a "translator" object:
-    my $H2B = Convert::BinHex->hex2bin;    # get a converter object
-    while (<STDIN>) {
-	print $STDOUT $H2B->next($_);        # convert some more input
-    }
-    print $STDOUT $H2B->done;              # no more input: finish up
- - - -

-Hex to bin, OO interface. -The following operations must be done in the order shown! - - -

-

    # Read data in piecemeal:
-    $HQX = Convert::BinHex->open(FH=>\*STDIN) || die "open: $!";
-    $HQX->read_header;                  # read header info
-    @data = $HQX->read_data;            # read in all the data
-    @rsrc = $HQX->read_resource;        # read in all the resource
- - - -

-Bin to hex, low-level interface. -Conversion is actually done via an object ("Convert::BinHex::Bin2Hex") -which keeps internal conversion state: - - -

-

    # Create and use a "translator" object:
-    my $B2H = Convert::BinHex->bin2hex;    # get a converter object
-    while (<STDIN>) {
-	print $STDOUT $B2H->next($_);        # convert some more input
-    }
-    print $STDOUT $B2H->done;              # no more input: finish up
- - - -

-Bin to hex, file interface. Yes, you can convert to BinHex -as well as from it! - - -

-

    # Create new, empty object:
-    my $HQX = Convert::BinHex->new;
- - - -

-

    # Set header attributes:
-    $HQX->filename("logo.gif");
-    $HQX->type("GIFA");
-    $HQX->creator("CNVS");
- - - -

-

    # Give it the data and resource forks (either can be absent):
-    $HQX->data(Path => "/path/to/data");       # here, data is on disk
-    $HQX->resource(Data => $resourcefork);     # here, resource is in core
- - - -

-

    # Output as a BinHex stream, complete with leading comment:
-    $HQX->encode(\*STDOUT);
- - - -

-PLANNED!!!! Bin to hex, "CAP" interface. -Thanks to Ken Lunde for suggesting this. - - -

-

    # Create new, empty object from CAP tree:
-    my $HQX = Convert::BinHex->from_cap("/path/to/root/file");
-    $HQX->encode(\*STDOUT);
- - - -

- -

- -DESCRIPTION

- - - -

-BinHex is a format used by Macintosh for transporting Mac files -safely through electronic mail, as short-lined, 7-bit, semi-compressed -data streams. Ths module provides a means of converting those -data streams back into into binary data. - - -

- -

- -FORMAT

- - - -

-(Some text taken from RFC-1741.) -Files on the Macintosh consist of two parts, called forks: - -

-

Data fork
- -The actual data included in the file. The Data fork is typically the -only meaningful part of a Macintosh file on a non-Macintosh computer system. -For example, if a Macintosh user wants to send a file of data to a -user on an IBM-PC, she would only send the Data fork. - - -

Resource fork
- -Contains a collection of arbitrary attribute/value pairs, including -program segments, icon bitmaps, and parametric values. - -
- -

-Additional information regarding Macintosh files is stored by the -Finder in a hidden file, called the "Desktop Database". - - -

-Because of the complications in storing different parts of a -Macintosh file in a non-Macintosh filesystem that only handles -consecutive data in one part, it is common to convert the Macintosh -file into some other format before transferring it over the network. -The BinHex format squashes that data into transmittable ASCII as follows: - -

- -

- -

- -FUNCTIONS

- - - -

- -

- -CRC computation

- - -
-

macbinary_crc DATA, SEED
- -Compute the MacBinary-II-style CRC for the given DATA, with the CRC -seeded to SEED. Normally, you start with a SEED of 0, and you pump in -the previous CRC as the SEED if you're handling a lot of data one chunk -at a time. That is: - - -

-

    $crc = 0;
-    while (<STDIN>) {
-        $crc = macbinary_crc($_, $crc);
-    }
- - - -

-Note: Extracted from the mcvert utility (Doug Moore, April '87), -using a "magic array" algorithm by Jim Van Verth for efficiency. -Converted to Perl5 by Eryq. Untested. - - -

binhex_crc DATA, SEED
- -Compute the HQX-style CRC for the given DATA, with the CRC seeded to SEED. -Normally, you start with a SEED of 0, and you pump in the previous CRC as -the SEED if you're handling a lot of data one chunk at a time. That is: - - -

-

    $crc = 0;
-    while (<STDIN>) {
-        $crc = binhex_crc($_, $crc);
-    }
- - - -

-Note: Extracted from the mcvert utility (Doug Moore, April '87), -using a "magic array" algorithm by Jim Van Verth for efficiency. -Converted to Perl5 by Eryq. - -

- -

- -

- -OO INTERFACE

- - - -

- -

- -Conversion

- - -
-

bin2hex
- -Class method, constructor. -Return a converter object. Just creates a new instance of -"Convert::BinHex::Bin2Hex"; see that class for details. - - -

hex2bin
- -Class method, constructor. -Return a converter object. Just creates a new instance of -"Convert::BinHex::Hex2Bin"; see that class for details. - -
- -

- -

- -Construction

- - -
-

new PARAMHASH
- -Class method, constructor. -Return a handle on a BinHex'able entity. In general, the data and resource -forks for such an entity are stored in native format (binary) format. - - -

-Parameters in the PARAMHASH are the same as header-oriented method names, -and may be used to set attributes: - - -

-

    $HQX = new Convert::BinHex filename => "icon.gif",
-                               type    => "GIFB",
-                               creator => "CNVS";
- - - -

open PARAMHASH
- -Class method, constructor. -Return a handle on a new BinHex'ed stream, for parsing. -Params are: - -
-

Data
- -Input a HEX stream from the given data. This can be a scalar, or a -reference to an array of scalars. - - -

Expr
- -Input a HEX stream from any open()able expression. It will be opened and -binmode'd, and the filehandle will be closed either on a close() -or when the object is destructed. - - -

FH
- -Input a HEX stream from the given filehandle. - - -

NoComment
- -If true, the parser should not attempt to skip a leading "(This file...)" -comment. That means that the first nonwhite characters encountered -must be the binhex'ed data. - -
-
- -

- -

- -Get/set header information

- - -
-

creator [VALUE]
- -Instance method. -Get/set the creator of the file. This is a four-character -string (though I don't know if it's guaranteed to be printable ASCII!) -that serves as part of the Macintosh's version of a MIME "content-type". - - -

-For example, a document created by "Canvas" might have -creator "CNVS". - - -

data [PARAMHASH]
- -Instance method. -Get/set the data fork. Any arguments are passed into the -new() method of "Convert::BinHex::Fork". - - -

filename [VALUE]
- -Instance method. -Get/set the name of the file. - - -

flags [VALUE]
- -Instance method. -Return the flags, as an integer. Use bitmasking to get as the values -you need. - - -

header_as_string
- -Return a stringified version of the header that you might -use for logging/debugging purposes. It looks like this: - - -

-

    X-HQX-Software: BinHex 4.0 (Convert::BinHex 1.102)
-    X-HQX-Filename: Something_new.eps
-    X-HQX-Version: 0
-    X-HQX-Type: EPSF
-    X-HQX-Creator: ART5
-    X-HQX-Data-Length: 49731
-    X-HQX-Rsrc-Length: 23096
- - - -

-As some of you might have guessed, this is RFC-822-style, and -may be easily plunked down into the middle of a mail header, or -split into lines, etc. - - -

requires [VALUE]
- -Instance method. -Get/set the software version required to convert this file, as -extracted from the comment that preceded the actual binhex'ed -data; e.g.: - - -

-

    (This file must be converted with BinHex 4.0)
- - - -

-In this case, after parsing in the comment, the code: - - -

-

    $HQX->requires;
- - - -

-would get back "4.0". - - -

resource [PARAMHASH]
- -Instance method. -Get/set the resource fork. Any arguments are passed into the -new() method of "Convert::BinHex::Fork". - - -

type [VALUE]
- -Instance method. -Get/set the type of the file. This is a four-character -string (though I don't know if it's guaranteed to be printable ASCII!) -that serves as part of the Macintosh's version of a MIME "content-type". - - -

-For example, a GIF89a file might have type "GF89". - - -

version [VALUE]
- -Instance method. -Get/set the version, as an integer. - -
- -

- -

- -Decode, high-level

- - -
-

read_comment
- -Instance method. -Skip past the opening comment in the file, which is of the form: - - -

-

   (This file must be converted with BinHex 4.0)
- - - -

-As per RFC-1741, this comment must immediately precede the BinHex data, -and any text before it will be ignored. - - -

-You don't need to invoke this method yourself; read_header() will -do it for you. After the call, the version number in the comment is -accessible via the requires() method. - - -

read_header
- -Instance method. -Read in the BinHex file header. You must do this first! - - -

read_data [NBYTES]
- -Instance method. -Read information from the data fork. Use it in an array context to -slurp all the data into an array of scalars: - - -

-

    @data = $HQX->read_data;
- - - -

-Or use it in a scalar context to get the data piecemeal: - - -

-

    while (defined($data = $HQX->read_data)) {
-       # do stuff with $data
-    }
- - - -

-The NBYTES to read defaults to 2048. - - -

read_resource [NBYTES]
- -Instance method. -Read in all/some of the resource fork. -See read_data() for usage. - -
- -

- -

- -Encode, high-level

- - -
-

encode OUT
- -Encode the object as a BinHex stream to the given output handle OUT. -OUT can be a filehandle, or any blessed object that responds to a -print() message. - - -

-The leading comment is output, using the requires() attribute. - -

- -

- -

- -SUBMODULES

- - - -

- -

- -Convert::BinHex::Bin2Hex

- - - -

-A BINary-to-HEX converter. This kind of conversion requires -a certain amount of state information; it cannot be done by -just calling a simple function repeatedly. Use it like this: - - -

-

    # Create and use a "translator" object:
-    my $B2H = Convert::BinHex->bin2hex;    # get a converter object
-    while (<STDIN>) {
-	print STDOUT $B2H->next($_);          # convert some more input
-    }
-    print STDOUT $B2H->done;               # no more input: finish up
- - - -

-

    # Re-use the object:
-    $B2H->rewind;                 # ready for more action!
-    while (<MOREIN>) { ...
- - - -

-On each iteration, next() (and done()) may return either -a decent-sized non-empty string (indicating that more converted data -is ready for you) or an empty string (indicating that the converter -is waiting to amass more input in its private buffers before handing -you more stuff to output. - - -

-Note that done() always converts and hands you whatever is left. - - -

-This may have been a good approach. It may not. Someday, the converter -may also allow you give it an object that responds to read(), or -a FileHandle, and it will do all the nasty buffer-filling on its own, -serving you stuff line by line: - - -

-

    # Someday, maybe...
-    my $B2H = Convert::BinHex->bin2hex(\*STDIN);
-    while (defined($_ = $B2H->getline)) {
-	print STDOUT $_;
-    }
- - - -

-Someday, maybe. Feel free to voice your opinions. - - -

- -

- -Convert::BinHex::Hex2Bin

- - - -

-A HEX-to-BINary converter. This kind of conversion requires -a certain amount of state information; it cannot be done by -just calling a simple function repeatedly. Use it like this: - - -

-

    # Create and use a "translator" object:
-    my $H2B = Convert::BinHex->hex2bin;    # get a converter object
-    while (<STDIN>) {
-	print STDOUT $H2B->next($_);          # convert some more input
-    }
-    print STDOUT $H2B->done;               # no more input: finish up
- - - -

-

    # Re-use the object:
-    $H2B->rewind;                 # ready for more action!
-    while (<MOREIN>) { ...
- - - -

-On each iteration, next() (and done()) may return either -a decent-sized non-empty string (indicating that more converted data -is ready for you) or an empty string (indicating that the converter -is waiting to amass more input in its private buffers before handing -you more stuff to output. - - -

-Note that done() always converts and hands you whatever is left. - - -

-Note that this converter does not find the initial -"BinHex version" comment. You have to skip that yourself. It -only handles data between the opening and closing ":". - - -

- -

- -Convert::BinHex::Fork

- - - -

-A fork in a Macintosh file. - - -

-

    # How to get them...
-    $data_fork = $HQX->data;      # get the data fork
-    $rsrc_fork = $HQX->resource;  # get the resource fork
- - - -

-

    # Make a new fork:
-    $FORK = Convert::BinHex::Fork->new(Path => "/tmp/file.data");
-    $FORK = Convert::BinHex::Fork->new(Data => $scalar);
-    $FORK = Convert::BinHex::Fork->new(Data => \@array_of_scalars);
- - - -

-

    # Get/set the length of the data fork:
-    $len = $FORK->length;
-    $FORK->length(170);        # this overrides the REAL value: be careful!
- - - -

-

    # Get/set the path to the underlying data (if in a disk file):
-    $path = $FORK->path;
-    $FORK->path("/tmp/file.data");
- - - -

-

    # Get/set the in-core data itself, which may be a scalar or an arrayref:
-    $data = $FORK->data;
-    $FORK->data($scalar);
-    $FORK->data(\@array_of_scalars);
- - - -

-

    # Get/set the CRC:
-    $crc = $FORK->crc;
-    $FORK->crc($crc);
- - - -

- -

- -UNDER THE HOOD

- - - -

- -

- -Design issues

- - -
-

BinHex needs a stateful parser
- -Unlike its cousins base64 and uuencode, BinHex format is not -amenable to being parsed line-by-line. There appears to be no -guarantee that lines contain 4n encoded characters... and even if there -is one, the BinHex compression algorithm interferes: even when you -can decode one line at a time, you can't necessarily -decompress a line at a time. - - -

-For example: a decoded line ending with the byte \x90 (the escape -or "mark" character) is ambiguous: depending on the next decoded byte, -it could mean a literal \x90 (if the next byte is a \x00), or -it could mean n-1 more repetitions of the previous character (if -the next byte is some nonzero n). - - -

-For this reason, a BinHex parser has to be somewhat stateful: you -cannot have code like this: - - -

-

    #### NO! #### NO! #### NO! #### NO! #### NO! ####
-    while (<STDIN>) {            # read HEX
-        print hexbin($_);          # convert and write BIN
-    }
- - - -

-unless something is happening "behind the scenes" to keep track of -what was last done. The dangerous thing, however, is that this -approach will seem to work, if you only test it on BinHex files -which do not use compression and which have 4n HEX characters -on each line. - - -

-Since we have to be stateful anyway, we use the parser object to -keep our state. - - -

We need to be handle large input files
- -Solutions that demand reading everything into core don't cut -it in my book. The first MPEG file that comes along can louse -up your whole day. So, there are no size limitations in this -module: the data is read on-demand, and filehandles are always -an option. - - -

Boy, is this slow!
- -A lot of the byte-level manipulation that has to go on, particularly -the CRC computing (which involves intensive bit-shifting and masking) -slows this module down significantly. What is needed perhaps is an -optional extension library where the slow pieces can be done more -quickly... a Convert::BinHex::CRC, if you will. Volunteers, anyone? - - -

-Even considering that, however, it's slower than I'd like. I'm -sure many improvements can be made in the HEX-to-BIN end of things. -No doubt I'll attempt some as time goes on... - -

- -

- -

- -How it works

- - - -

-Since BinHex is a layered format, consisting of... - - -

-

      A Macintosh file [the "BIN"]...
-         Encoded as a structured 8-bit bytestream, then...
-            Compressed to reduce duplicate bytes, then...
-               Encoded as 7-bit ASCII [the "HEX"]
- - - -

-...there is a layered parsing algorithm to reverse the process. -Basically, it works in a similar fashion to stdio's fread(): - - -

-

       0. There is an internal buffer of decompressed (BIN) data,
-          initially empty.
-       1. Application asks to read() n bytes of data from object
-       2. If the buffer is not full enough to accomodate the request:
-            2a. The read() method grabs the next available chunk of input
-                data (the HEX).
-            2b. HEX data is converted and decompressed into as many BIN
-                bytes as possible.
-            2c. BIN bytes are added to the read() buffer.
-            2d. Go back to step 2a. until the buffer is full enough
-                or we hit end-of-input.
- - - -

-The conversion-and-decompression algorithms need their own internal -buffers and state (since the next input chunk may not contain all the -data needed for a complete conversion/decompression operation). -These are maintained in the object, so parsing two different -input streams simultaneously is possible. - - -

- -

- -WARNINGS

- - - -

-Only handles Hqx7 files, as per RFC-1741. - - -

-Remember that Macintosh text files use "\r" as end-of-line: -this means that if you want a textual file to look normal on -a non-Mac system, you probably want to do this to the data: - - -

-

    # Get the data, and output it according to normal conventions:
-    foreach ($HQX->read_data) { s/\r/\n/g; print }
- - - -

- -

- -CHANGE LOG

- - - -

-Current version: $Id: BinHex.pm,v 1.119 1997/06/28 05:12:42 eryq Exp $ - -

-

Version 1.118
- -Ready to go public (with Paul's version, patched for native Mac support)! -Warnings have been suppressed in a few places where undefined values -appear. - - -

Version 1.115
- -Fixed another bug in comp2bin, related to the MARK falling on a -boundary between inputs. Added testing code. - - -

Version 1.114
- -Added BIN-to-HEX conversion. Eh. It's a start. -Also, a lot of documentation additions and cleanups. -Some methods were also renamed. - - -

Version 1.103
- -Fixed bug in decompression (wasn't saving last character). -Fixed "NoComment" bug. - - -

Version 1.102
- -Initial release. - -
- -

- -

- -AUTHOR AND CREDITS

- - - -

-Written by Eryq, http://www.enteract.com/~eryq / eryq@enteract.com - - -

-Support for native-Mac conversion, plus invaluable contributions in -Alpha Testing, plus a few patches, plus the baseline binhex/debinhex -programs, were provided by Paul J. Schinder (NASA/GSFC). - - -

-Ken Lunde (Adobe) suggested incorporating the CAP file representation. - - -

- -

- -TERMS AND CONDITIONS

- - - -

-Copyright (c) 1997 by Eryq. All rights reserved. This program is free -software; you can redistribute it and/or modify it under the same terms as -Perl itself. - - -

-This software comes with NO WARRANTY of any kind. -See the COPYING file in the distribution for details. - - -

- - Apple Computer Corporation - neither endorses nor is in any way connected with - the development of this software. -

- Last updated: Sat Jun 28 00:17:41 1997
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