Spracherkennung für: .g vermutete Sprache: SPS {SPS[44] CS[28] Delphi[28]} [Methode: maximale Elemente, drei Dimensionen]
#############################################################################
##
## PackageInfo.g
for the package `MapClass
'
##
2011 - A. James
S.Shpectorov K.Magaard
##
## This file contains meta-information
on the package. It is used
by
## the package loading mechanism
and the upgrade mechanism
for the
## redistribution
of the package via the GAP website.
SetPackageInfo( rec(
## This is
case sensitive, use your preferred spelling.
##
PackageName :=
"MapClass",
## This may be used
by a default banner
or on a Web page, should fit
on
## one line.
Subtitle :=
"A Package For Mapping Class Orbit Computation",
## See
'?Extending: Version Numbers' in GAP help
for an explanation
##
of valid version numbers.
For an automatic package distribution update
## you must provide a new version number even after small changes.
Version :=
"1.4.6",
##
Release date of the current version
in dd/mm/yyyy format.
##
Date :=
"17/09/2022", # dd/mm/yyyy format
License :=
"GPL-2.0-or-later",
SourceRepository := rec(
Type :=
"git",
URL := Concatenation(
"https://github.com/gap-packages/", ~.PackageName ),
),
IssueTrackerURL := Concatenation( ~.SourceRepository.URL,
"/issues" ),
PackageWWWHome := Concatenation(
"https://gap-packages.github.io/", ~.PackageName ),
README_URL := Concatenation( ~.PackageWWWHome,
"/README.md" ),
PackageInfoURL := Concatenation( ~.PackageWWWHome,
"/PackageInfo.g" ),
ArchiveURL := Concatenation( ~.SourceRepository.URL,
"/releases/download/v", ~.Version,
"/", ~.PackageName,
"-", ~.Version ),
ArchiveFormats :=
".tar.gz",
Persons := [
rec(
LastName :=
"James",
FirstNames :=
"Adam",
IsAuthor :=
true,
IsMaintainer :=
false,
),
rec(
LastName :=
"Magaard",
FirstNames :=
"Kay",
IsAuthor :=
true,
IsMaintainer :=
false
),
rec(
LastName :=
"Shpectorov",
FirstNames :=
"Sergey",
IsAuthor :=
true,
IsMaintainer :=
true,
Email :=
"S.Shpectorov@bham.ac.uk",
WWWHome :=
"https://web.mat.bham.ac.uk/S.Shpectorov/index.html",
PostalAddress := Concatenation( [
"School of Mathematics\n",
"University of Birmingham\n",
"Edgbaston\n",
"Birmingham, B15 2TT\n",
"United Kingdom"] ),
Place :=
"Birmingham",
Institution :=
"University of Birmingham"
),
rec(
LastName :=
"Volklein",
FirstNames :=
"Helmut",
IsAuthor :=
true,
IsMaintainer :=
false,
)
],
## Status information. Currently the following cases are recognized:
##
"accepted" for successfully refereed packages
##
"deposited" for packages
for which the GAP developers agreed
##
to distribute them
with the core GAP system
##
"dev" for development versions
of packages
##
"other" for all other packages
##
# Status :=
"accepted",
Status :=
"accepted",
## You must provide the next two entries
if and only
if the status is
##
"accepted" because is was successfully refereed:
# format:
'name (place)'
# CommunicatedBy :=
"Mike Atkinson (St. Andrews)",
CommunicatedBy :=
"Leonard Soicher (QMUL)",
# format: mm/yyyy
# AcceptDate :=
"08/1999",
AcceptDate :=
"11/2011",
## 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 specifing package names.
##
# AbstractHTML :=
"This package provides a collection of functions for \
# computing the Smith normal form
of integer matrices
and some related \
# utilities.
",
AbstractHTML :=
"The <span class=\"pkgname\
">MapClass</span> package calculates the \
mapping class group orbits
for a given finite group.
",
## Here is the information
on the help books
of the package, used
for
## loading into GAP
's online help and maybe for an online copy of the
## documentation
on the GAP website.
##
##
For the online help the following is needed:
## - the name
of the book (.BookName)
## - a long title, shown
by ?books (.LongTitle, optional)
## - the path
to the manual.six file
for this book (.SixFile)
##
##
For an online version
on a Web page further entries are needed,
##
if possible, provide an HTML-
and a PDF-version:
## -
if there is an HTML-version the path
to the start file,
## relative
to the package home directory (.HTMLStart)
## -
if there is a PDF-version the path
to the .pdf-file,
## relative
to the package home directory (.PDFFile)
## - give the paths
to the files inside your package directory
## which are needed
for the online manual (either as URL .Archive
##
if you pack them into a separate archive,
or as list
## .ArchiveURLSubset
of directory
and file names which should be
## copied
from your package archive, given
in .ArchiveURL above
##
##
For links
to other GAP
or package manuals you can assume a relative
## position
of the files as
in a standard GAP installation.
##
#
in case of several help books give a list
of such records here:
PackageDoc := rec(
# use same as
in GAP
BookName :=
"MapClass",
LongTitle :=
"A Package For Mapping Class Orbit Computation",
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)
),
## 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 :=
">=4.9",
# 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 := [[
"GAPDoc",
">= 0.99"]],
NeededOtherPackages := [],
# without these the package will issue a warning
while loading
# SuggestedOtherPackages := [],
SuggestedOtherPackages := [],
# 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 := []
ExternalConditions := []
),
## Provide a test
function for the availability
of this package.
##
For packages which will
not fully work, use
'Info(InfoWarning, 1,
##
".....")
' statements. For packages containing nothing but GAP code,
## just say
'ReturnTrue' here.
##
With the new package loading mechanism (GAP >=
4.
4) the availability
## tests
of other packages, as given under .Dependencies above, will be
## done automatically
and need
not be included
in this
function.
AvailabilityTest := ReturnTrue,
## AvailabilityTest :=
function()
## local path, file;
## # test
for existence
of the compiled binary
## path := DirectoriesPackagePrograms(
"example");
## file := Filename(path,
"hello");
##
if file=fail
then
## Info(InfoWarning,
1,
##
"Package ``Example'': The program `hello' is not compiled");
## Info(InfoWarning,
1,
##
"`HelloWorld()' is thus unavailable");
## Info(InfoWarning,
1,
##
"See the installation instructions; ",
##
"type: ?Installing the Example package");
## fi;
## #
if the hello binary was vital
to the package we would
return
## # the following ...
## #
return file<>fail;
## # since the hello binary is
not vital we
return ...
##
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.
## The file can either consist
of 'ReadTest' calls
or it is itself read via
##
'ReadTest'; it is assumed that the latter
case occurs
if and only
if
## the file contains the
string 'gap> START_TEST('.
##
For submitted packages, these tests are run regularly, as a part
of the
## standard GAP test suite.
TestFile :=
"tst/testall.g",
## *Optional*: Here you can list some keyword related
to the topic
##
of the package.
# Keywords := [
"Smith normal form",
"p-adic",
"rational matrix inversion"]
Keywords := [
"braid orbit",
"mapping class orbit",
"Hurwitz loci"]
));