Quelle PackageInfo.g
Sprache: unbekannt
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############################################################################
##
#W PackageInfo.g GUAVA Package Greg Gamble
#W Frank Lübeck
#W David Joyner
#W Joe Fields
SetPackageInfo( rec(
PackageName := "GUAVA",
Subtitle := "a GAP package for computing with error-correcting codes",
Version := "3.20",
Date := "01/02/2025", # dd/mm/yyyy format
License := "GPL-2.0-or-later",
SourceRepository := rec(
Type := "git",
URL := Concatenation(
"https://github.com/gap-packages/", LowercaseString(~.PackageName) ),
),
IssueTrackerURL := Concatenation( ~.SourceRepository.URL, "/issues" ),
PackageWWWHome := Concatenation( "https://gap-packages.github.io/",
LowercaseString( ~.PackageName ) ),
README_URL := Concatenation( ~.PackageWWWHome, "/", "README.md" ),
PackageInfoURL := Concatenation( ~.PackageWWWHome, "/", "PackageInfo.g" ),
ArchiveURL := Concatenation( ~.SourceRepository.URL,
"/releases/download/v", ~.Version,
"/", LowercaseString(~.PackageName), "-", ~.Version ),
ArchiveFormats
:= ".tar.gz",
BannerString:=Concatenation("""
____ |
/ \ / --+-- Version """, ~.Version, """
/ | | |\ \ / /| |
| __ | | | \ \ / / | the GUAVA Group
| | | | |--\ \ / /--|
\ | | | | \ \ / / |
\___/ \___/ | \ \/ / |
Homepage: https://gap-packages.github.io/guava
Report issues at https://github.com/gap-packages/guava/issues
"""),
Persons := [
rec(
LastName := "Baart",
FirstNames := "Reinald",
IsAuthor := true,
IsMaintainer := false,
Place := "Delft",
Institution := "Delft University of Technology",
),
rec(
LastName := "Boothby",
FirstNames := "Tom",
IsAuthor := true,
IsMaintainer := false,
Place := "Seattle",
Institution := "The University of Washington",
),
rec(
LastName := "Cramwinckel",
FirstNames := "Jasper",
IsAuthor := true,
IsMaintainer := false,
Place := "Delft",
Institution := "Delft University of Technology",
),
rec(
LastName := "Fields",
FirstNames := "Joe",
IsAuthor := true,
IsMaintainer := true,
Email := "fieldsj1@southernct.edu",
WWWHome := "http://giam.southernct.edu/",
PostalAddress := Concatenation( [
"Joe Fields\n",
"Mathematics Department\n",
"Southern Conn. St. Univ.\n",
"New Haven, CT 06515\n",
"USA" ] ),
Place := "New Haven",
Institution := "SCSU"
),
rec(
LastName := "Joyner",
FirstNames := "David",
IsAuthor := true,
IsMaintainer := false,
Email := "wdjoyner@gmail.com",
WWWHome := "https://sites.google.com/site/wdjoyner/",
PostalAddress := Concatenation( [
"W. David Joyner\n",
"Mathematics Department\n",
"U. S. Naval Academy\n",
"Annapolis, MD 21402\n",
"USA" ] ),
Place := "Annapolis",
Institution := "U. S. Naval Academy"
),
rec(
LastName := "Miller",
FirstNames := "Robert",
IsAuthor := true,
IsMaintainer := false,
Place := "Seattle",
Institution := "The University of Washington",
),
rec(
LastName := "Minkes",
FirstNames := "Eric",
IsAuthor := true,
IsMaintainer := false,
Place := "Delft",
Institution := "Delft University of Technology",
),
rec(
LastName := "Roijackers",
FirstNames := "Erik",
IsAuthor := true,
IsMaintainer := false,
Place := "Delft",
Institution := "Delft University of Technology",
),
rec(
LastName := "Ruscio",
FirstNames := "Lea",
IsAuthor := true,
IsMaintainer := false,
Place := "Edinburgh",
Institution := "The University of Edinburgh",
),
rec(
LastName := "Tjhai",
FirstNames := "Cen",
IsAuthor := true,
IsMaintainer := false,
Place := "Plymouth",
Institution := "The University of Plymouth",
)
],
Status := "accepted",
CommunicatedBy
:= "Charles Wright (Eugene)",
AcceptDate
:= "02/2003",
## Here you must provide a short abstract explaining the package content
## in HTML format (used on the package overview Web page) and an URL
## for a Webpage with more detailed information about the package
## (not more than a few lines, less is ok):
## Please, use '<span class="pkgname">GAP</span>' and
## '<span class="pkgname">MyPKG</span>' for specifying package names.
##
AbstractHTML :=
"<span class=\"pkgname\">GUAVA</span> is a <span class=\"pkgname\">GAP</span> package for computing with codes. <span class=\"pkgname\">GUAVA</span> can construct unrestricted (non-linear), linear and cyclic codes; transform one code into another (for example by puncturing); construct a new code from two other codes (using direct sums for example); perform decoding/error-correction; and can calculate important data of codes (such as the minumim distance or covering radius) quickly. Limited ability to compute algebraic geometric codes.",
## On the GAP Website there is an online version of all manuals in the
## GAP distribution. To handle the documentation of a package it is
## necessary to have:
## - an archive containing the package documentation (in at least one
## of HTML or PDF-format, preferably both formats)
## - the start file of the HTML documentation (if provided), *relative to
## package root*
## - the PDF-file (if provided) *relative to the package root*
## For links to other package manuals or the GAP manuals one can assume
## relative paths as in a standard GAP installation.
## Also, provide the information which is currently given in your packages
## init.g file in the command DeclarePackage(Auto)Documentation
## (for future simplification of the package loading mechanism).
##
## Please, don't include unnecessary files (.log, .aux, .dvi, .ps, ...) in
## the provided documentation archive.
##
# in case of several help books give a list of such records here:
PackageDoc := rec(
# use same as in GAP
BookName := "GUAVA",
ArchiveURLSubset := ["doc"],
HTMLStart := "doc/chap0_mj.html",
PDFFile := "doc/manual.pdf",
# the path to the .six file used by GAP's help system
SixFile := "doc/manual.six",
# a longer title of the book, this together with the book name should
# fit on a single text line (appears with the '?books' command in GAP)
LongTitle := "GUAVA Coding Theory Package",
Subtitle := "error-correcting codes computations",
),
## Are there restrictions on the operating system for this package? Or does
## the package need other packages to be available?
Dependencies := rec(
# GAP version, use version strings for specifying exact versions,
# prepend a '>=' for specifying a least version.
GAP := ">= 4.8.0",
# list of pairs [package name, (least) version], package name is case
# insensitive, least version denoted with '>=' prepended to version string.
# without these, the package will not load
NeededOtherPackages := [],
# without these the package will issue a warning while loading
SuggestedOtherPackages := [["SONATA",">= 2.3"]],
# needed external conditions (programs, operating system, ...) provide
# just strings as text or
# pairs [text, URL] where URL provides further information
# about that point.
# (no automatic test will be done for this, do this in your
# 'AvailabilityTest' function below)
ExternalConditions := []
),
## Provide a test function for the availability of this package, see
## documentation of 'Declare(Auto)Package', this is the <tester> function.
## For packages which will not fully work, use 'Info(InfoWarning, 1,
## ".....")' statements. For packages containing nothing but GAP code,
## just say 'ReturnTrue' here.
## (When this is used for package loading in the future the availability
## tests of other packages, as given above, will be done automatically and
## need not be included here.)
AvailabilityTest :=
function()
local path;
# Test for existence of the compiled binary
path := DirectoriesPackagePrograms( "guava" );
if ForAny( ["desauto", "leonconv", "wtdist"],
f -> Filename( path, f ) = fail ) then
LogPackageLoadingMessage( PACKAGE_WARNING,
[ "Package ``GUAVA'': the C code programs are not compiled.",
"Some GUAVA functions, e.g. `IsEquivalent', ",
"will be unavailable.",
"See ?Installing GUAVA" ] );
fi;
return true;
end,
## *Optional*, but recommended: path relative to package root to a file which
## contains as many tests of the package functionality as sensible.
TestFile := "tst/guava.tst",
## *Optional*: Here you can list some keyword related to the topic
## of the package.
Keywords := [ "code", "codeword", "Hamming", "linear code",
"nonlinear code","minimum distance", "minimum weight",
"error-correcting block codes", "decoding",
"generator matrix", "check matrix","covering radius",
"weight distribution","automorphism group of code" ],
AutoDoc := rec(
entities := rec(
VERSION := ~.Version,
RELEASEDATE := function(date)
local day, month, year, allMonths;
day := Int(date{[1,2]});
month := Int(date{[4,5]});
year := Int(date{[7..10]});
allMonths := [ "January", "February", "March", "April", "May", "June", "July",
"August", "September", "October", "November", "December"];
return Concatenation(String(day)," ", allMonths[month], " ", String(year));
end(~.Date),
RELEASEYEAR := ~.Date{[7..10]},
),
),
));
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2026-03-28
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