Oxford-Calendar-2.13/0000755000175000017500000000000014742207055012535 5ustar domdomOxford-Calendar-2.13/META.yml0000644000175000017500000000140114742207051013776 0ustar domdom--- abstract: 'University of Oxford calendar conversion routines' author: - 'Dominic Hargreaves ' build_requires: ExtUtils::MakeMaker: '0' Test::Exception: '0' Test::More: '0' Time::Piece: '0' configure_requires: ExtUtils::MakeMaker: '0' dynamic_config: 1 generated_by: 'ExtUtils::MakeMaker version 7.44, CPAN::Meta::Converter version 2.150010' license: artistic_2 meta-spec: url: http://module-build.sourceforge.net/META-spec-v1.4.html version: '1.4' name: Oxford-Calendar no_index: directory: - t - inc requires: Date::Calc: '0' Text::Abbrev: '0' Time::Seconds: '0' YAML: '0' resources: repository: https://github.com/jmdh/Oxford-Calendar.git version: '2.13' x_serialization_backend: 'CPAN::Meta::YAML version 0.018' Oxford-Calendar-2.13/lib/0000755000175000017500000000000014742207051013277 5ustar domdomOxford-Calendar-2.13/lib/Oxford/0000755000175000017500000000000014742207051014540 5ustar domdomOxford-Calendar-2.13/lib/Oxford/Calendar.pm0000644000175000017500000004761014742205344016622 0ustar domdom# Oxford University calendar conversion. # Simon Cozens (c) 1999-2002 # Eugene van der Pijll (c) 2004 # University of Oxford (c) 2007-2015 # Dominic Hargreaves (c) 2016 # Artistic License package Oxford::Calendar; $Oxford::Calendar::VERSION = "2.13"; use strict; use Text::Abbrev; use Date::Calc qw(Add_Delta_Days Decode_Date_EU Delta_Days Mktime Easter_Sunday Date_to_Days Day_of_Week_to_Text Day_of_Week); use YAML; use Time::Seconds; use Time::Piece; use constant CALENDAR => '/etc/oxford-calendar.yaml'; use constant SEVEN_WEEKS => 7 * ONE_WEEK; use constant DEFAULT_MODE => 'nearest'; use constant TERMS => qw(Michaelmas Hilary Trinity); use constant DAYS => qw(Sunday Monday Tuesday Wednesday Thursday Friday Saturday); # Constants defined by University regulations use constant MICHAELMAS_START => (10, 1); use constant MICHAELMAS_END => (12, 17); use constant HILARY_START => (1, 7); use constant HILARY_END_IF_EARLIER => (3, 25); use constant TRINITY_START_IF_LATER => (4, 20); use constant TRINITY_END => (7, 6); =head1 NAME Oxford::Calendar - University of Oxford calendar conversion routines =head1 SYNOPSIS use 5.10.0; use Oxford::Calendar; use Date::Calc; say "Today is " . Oxford::Calendar::ToOx(reverse Date::Calc::Today); =head1 DESCRIPTION This module converts University of Oxford dates (Oxford academic dates) to and from Real World dates, and provides information on Terms of the University. The Terms of the University are defined by the B, available online from L This document describes the start and end dates of Oxford Terms. In addition to this, the dates of Full Term, required to calculate the week number of the term, are prescribed by Council, and published periodically in the B. Full term comprises weeks 1-8 inclusive, but sometimes, dates outside of full term are presented in the Oxford academic date format. This module will optionally provide such dates. Data for these prescribed dates may be supplied in the file F; if this file does not exist, built-in data will be used. The built-in data is periodically updated from the semi-authoritative source at L. or the authoritative source, the Gazette, available online from L. L describes the academic year at Oxford. =head1 DATE FORMAT An Oxford academic date has the following format: =over , [st,nd,rd,th] week, =back where term name is one of =over =item * Michaelmas (autumn) =item * Hilary (spring) =item * Trinity (summer) =back Example: Friday, 8th Week, Michaelmas 2007 =cut our %db; my $_initcal; # If this is true, we have our database of dates already. my $_initrange; my @_oxford_full_terms; sub _get_week_suffix { my $week = shift; die "_get_week_suffix: No week given" unless defined $week; my $wsuffix = "th"; abs($week) == 1 && ( $wsuffix = "st" ); abs($week) == 2 && ( $wsuffix = "nd" ); abs($week) == 3 && ( $wsuffix = "rd" ); return $wsuffix; } sub _find_week { my $tm = shift; my $sweek = shift; my $sweek_tm = shift; my $eow = $sweek_tm + ONE_WEEK; while ( $tm >= $eow ) { $eow += ONE_WEEK; $sweek++; } return $sweek; } sub _init_db { my $db; if ( -r CALENDAR ) { $db = YAML::LoadFile(CALENDAR); } else { my $data = join '', ; $db = YAML::Load($data); } %db = %{ $db->{Calendar} }; } sub _init_range { foreach my $termspec ( keys %db ) { next unless $db{$termspec}; my $time = eval { Time::Piece->strptime($db{$termspec}->{start}, '%d/%m/%Y' ) } or die "Could not decode date ($db{$termspec}->{start}) for term $termspec: $@"; push @_oxford_full_terms, [$time, ($time + SEVEN_WEEKS), split(/ /, $termspec), $db{$termspec}->{provisional}]; } $_initrange++; } sub _fmt_oxdate_as_string { my ( $dow, $week, $term, $year ) = @_; my $wsuffix = _get_week_suffix($week); return "$dow, $week$wsuffix week, $term $year"; } sub _increment_term { my ( $year, $term ) = @_; if ( $term eq 'Michaelmas' ) { return $year + 1, 'Hilary'; } elsif ( $term eq 'Hilary' ) { return $year, 'Trinity' } elsif ( $term eq 'Trinity' ) { return $year, 'Michaelmas'; } else { die "_increment_term: Unknown term $term"; } } sub _sunday_of_first { my ( $year, $term ) = @_; Init() unless defined $_initcal; my $date = $db{"$term $year"}; return undef unless $date; return ( $date->{provisional}, Decode_Date_EU($date->{start}) ); } sub _to_ox_nearest { my @date = @_; my $confirmed = pop @date; my $week; my @term; _init_range() unless defined $_initrange; my $dow = Day_of_Week_to_Text( Day_of_Week( @date ) ); my $tm = Time::Piece->strptime(join('/', @date[0..2]), '%Y/%m/%d'); my @terms = sort { $a->[0] <=> $b->[0] } @_oxford_full_terms; my ( $prevterm, $nextterm ); my $curterm = shift @terms; while ($curterm) { if ( $tm < $curterm->[0] ) { if ( $prevterm && $tm >= ($prevterm->[1] + ONE_WEEK) ) { $nextterm = $curterm; last; } else { die "Date out of range"; } } $prevterm = $curterm; $curterm = shift @terms; } return undef unless $nextterm; # We are in the gap between terms .. which one is closest? my $prevgap = $tm - ($prevterm->[1] + ONE_WEEK); my $nextgap = $tm - $nextterm->[0]; if ( abs($prevgap) < abs($nextgap) ) { # if equal go for -th week $week = _find_week( $tm, 8, $prevterm->[1] ); @term = @{$prevterm}; } else { my $delta = $nextgap / (24 * 60 * 60); $week = 1 + int( $delta / 7 ); $week -= 1 if $delta % 7; @term = @{$nextterm}; } return undef if $term[4] && $confirmed; return ($dow, $week, $term[2], $term[3]) if ( wantarray ); return _fmt_oxdate_as_string( $dow, $week, $term[2], $term[3] ); } sub Init { _init_db; Date::Calc::Language(Date::Calc::Decode_Language('English')); $_initcal++; } =head1 FUNCTIONS =over 3 =item ToOx($day, $month, $year, [\%options]) Given a day, month and year in standard human format (that is, month is 1-12, not 0-11, and year is four digits) will return a string of the form Day, xth week, Term year or an array (Day, week of term, Term, year) depending on how it is called. The exact behaviour is modified by the 'mode' option described below. If the requested date is not in full term or extended term (see below), undef will be returned. If the requested date is not covered by the database, ToOx will die with an "out of range" error message. Therefore it is recommended to eval ToOx with appropriate error handling. %options can contain additional named parameter options: =over 5 =item mode Several modes are available: =over 6 =item full_term Term dates will only be returned if the date requested is part of a full term (as defined by the web page above). =item ext_term Term dates will only be returned if the date requested is part of an extended term, or statutory term. =item nearest Will return term dates based on the nearest term, even if the date requested is not part of an extended term (i.e. will include fictional week numbers). This is currently the default behaviour, for backwards compatibility with previous releases; this may be changed in future. =back =back =over 4 =item confirmed If true, ignores dates marked as provisional in the database. =back =cut sub ToOx { my (@dmy, $options); ($dmy[0], $dmy[1], $dmy[2], $options) = @_; my $mode = $options->{mode} || DEFAULT_MODE; my ($week, @term); my @date = reverse @dmy; Init unless defined $_initcal; my $dow = Day_of_Week_to_Text( Day_of_Week( @date ) ); @term = ThisTerm( @date ); if ( $#term ) { # We're in term my @term_start = _sunday_of_first( @term ); my $provisional = shift @term_start; die "Date out of range" unless ( $#term_start == 2 ); my $days_from_start = Delta_Days( @term_start, @date ); my $week_offset = $days_from_start < 0 ? 1 : 7; my $week = int( ( $days_from_start + $week_offset ) / 7); return undef if $options->{confirmed} && $provisional; return undef if ( ( $week < 1 || $week > 8 ) && $mode eq 'full_term' ); return ( $dow, $week, $term[1], $term[0] ) if ( wantarray ); return _fmt_oxdate_as_string( $dow, $week, $term[1], $term[0] ); } else { return undef if $mode eq 'full_term'; return undef if $mode eq 'ext_term'; return _to_ox_nearest( @date, $options->{confirmed} ); } } =item ThisTerm($year, $month, $day) Given a year, month, term in standard human format (that is, month is 1-12, not 0-11, and year is four digits) will returns the current term or undef if in vacation or unknown. The term is given as an array in the form (year, term). =cut sub ThisTerm { my ( $year, $month, $day ) = @_; my $term_dates = StatutoryTermDates( $year ); foreach my $term ( keys %{$term_dates} ) { my $start = Date_to_Days( @{$term_dates->{$term}->{start}} ); my $end = Date_to_Days( @{$term_dates->{$term}->{end}} ); my $date = Date_to_Days( $year, $month, $day ); if ( ( $date >= $start ) && ( $date <= $end )) { return ( $year, $term ); } } return undef; } =item NextTerm($year, $month, $day) Given a day, month and year in standard human format (that is, month is 1-12, not 0-11, and year is four digits) will return the next term (whether or not the date given is in term time). The term is given as an array in the form (year, term). =cut sub NextTerm { my @date = @_; my @next_term; my @this_term = ThisTerm( @date ); if ( @this_term == 2 ) { @next_term = _increment_term( @this_term ); } else { my @test_date = @date; while ( @next_term != 2 ) { @test_date = Add_Delta_Days( @test_date, 1 ); @next_term = ThisTerm( @test_date ); } } return @next_term; } =item StatutoryTermDates($year) Returns a hash reference keyed on terms for a given year, the value of each being a hash reference containing start and end dates for that term. The dates are stored as array references containing numeric year, month, day values. Note: these are the statutory term dates, not full term dates. =cut sub StatutoryTermDates { my $year = shift; die "StatutoryTermDates: no year given" unless $year; # Calculate end of Hilary my @palm_sunday = Date::Calc::Add_Delta_Days( Date::Calc::Easter_Sunday( $year ), -7 ); my @saturday_before_palm_sunday = Date::Calc::Add_Delta_Days( @palm_sunday, -6 ); my $hilary_delta = Date::Calc::Delta_Days( $year, HILARY_END_IF_EARLIER, @saturday_before_palm_sunday ); my @hilary_end; if ( $hilary_delta == 1 ) { @hilary_end = ( $year, HILARY_END_IF_EARLIER ); } else { @hilary_end = @saturday_before_palm_sunday; } # Calculate start of Trinity my @wednesday_after_easter_sunday = Date::Calc::Add_Delta_Days( Date::Calc::Easter_Sunday( $year ), 3 ); my $trinity_delta = Date::Calc::Delta_Days( @wednesday_after_easter_sunday, $year, TRINITY_START_IF_LATER ); my @trinity_start; if ( $trinity_delta == 1 ) { @trinity_start = ( $year, TRINITY_START_IF_LATER ); } else { @trinity_start = @wednesday_after_easter_sunday; } my $term_dates = { Michaelmas => { start => [$year, MICHAELMAS_START], end => [$year, MICHAELMAS_END] }, Hilary => { start => [$year, HILARY_START], end => [@hilary_end] }, Trinity => { start => [@trinity_start], end => [$year, TRINITY_END] } }; return $term_dates; } =item Parse($string) Takes a free-form description of an Oxford calendar date, and attempts to divine the expected meaning. If the name of a term is not found, the current term will be assumed. If the description is unparsable, undef is returned. Otherwise, an array will be returned of the form C<($year,$term,$week,$day)>. This function is experimental. =cut sub Parse { my $string = shift; my $term = ""; my ( $day, $week, $year ); $day = $week = $year = ""; $string = lc($string); $string =~ s/week//g; $string =~ s/(\d+)(?:rd|st|nd|th)/$1/; my %ab = Text::Abbrev::abbrev( DAYS, TERMS ); my $expand; while ( $string =~ s/((?:\d|-)\d*)/ / ) { if ( $1 > 50 ) { $year = $1; $year += 1900 if $year < 1900; } else { $week = $1 } } foreach ( sort { length $b <=> length $a } keys %ab ) { if ( $string =~ s/\b$_\w+//i ) { #pos($string)-=length($_); #my $foo=lc($_); $string=~s/\G$foo[a-z]*/ /i; $expand = $ab{$_}; $term = $expand if ( scalar( grep /$expand/, TERMS ) > 0 ); $day = $expand if ( scalar( grep /$expand/, DAYS ) > 0 ); } } unless ($day) { %ab = Text::Abbrev::abbrev(DAYS); foreach ( sort { length $b <=> length $a } keys %ab ) { if ( $string =~ /$_/ig ) { pos($string) -= length($_); my $foo = lc($_); $string =~ s/\G$foo[a-z]*/ /; $day = $ab{$_}; } } } unless ($term) { %ab = Text::Abbrev::abbrev(TERMS); foreach ( sort { length $b <=> length $a } keys %ab ) { if ( $string =~ /$_/ig ) { pos($string) -= length($_); my $foo = lc($_); $string =~ s/\G$foo[a-z]*/ /; $term = $ab{$_}; } } } # Assume this term? unless ($term) { $term = ToOx( reverse Date::Calc::Today() ); return "Can't work out what term" unless $term =~ /week/; $term =~ s/.*eek,\s+(\w+).*/$1/; } $year = ( Date::Calc::Today() )[0] unless $year; return undef unless defined $week and defined $day; return ( $year, $term, $week, $day ); } =item FromOx($year, $term, $week, $day) Converts an Oxford date into a Gregorian date, returning a string of the form C
or undef. The arguments are of the same format as returned by ToOx in array context; that is, a four-digit year, the name of the term, the week number, and the name of the day of week (e.g. 'Sunday'). If the requested date is not covered by the database, FromOx will die with an "out of range" error message. Therefore it is recommended to eval ToOx with appropriate error handling. =cut sub FromOx { my %lu; Init unless defined $_initcal; my ( $year, $term, $week, $day ); ( $year, $term, $week, $day ) = @_; $year =~ s/\s//g; $term =~ s/\s//g; die "No data for $term $year" unless exists $db{"$term $year"}; { my $foo = 0; %lu = ( map { $_, $foo++ } DAYS ); } my $delta = 7 * ( $week - 1 ) + $lu{$day}; my @start = _sunday_of_first( $year, $term ); shift @start; die "The internal database is bad for $term $year" unless $start[0]; return join "/", reverse( Date::Calc::Add_Delta_Days( @start, $delta ) ); } 1; =back =head1 BUGS Bugs may be browsed and submitted at L A copy of the maintainer's git repository may be found at L =head1 AUTHOR Simon Cozens is the original author of this module. Eugene van der Pijll, C took over maintenance from Simon for a time. Dominic Hargreaves maintains this module (between 2008 and 2015 for IT Services, University of Oxford). =cut __DATA__ --- #YAML:1.0 Calendar: Hilary 2001: start: 14/01/2001 Hilary 2002: start: 13/01/2002 Hilary 2003: start: 19/01/2003 Hilary 2004: start: 18/01/2004 Hilary 2005: start: 16/01/2005 Hilary 2006: start: 15/01/2006 Hilary 2007: start: 14/01/2007 Hilary 2008: start: 13/01/2008 Hilary 2009: start: 18/01/2009 Hilary 2010: start: 17/01/2010 Hilary 2011: start: 16/01/2011 Hilary 2012: start: 15/01/2012 Hilary 2013: start: 13/01/2013 Hilary 2014: start: 19/01/2014 Hilary 2015: start: 18/01/2015 Hilary 2016: start: 17/01/2016 Hilary 2017: start: 15/01/2017 Hilary 2018: start: 14/01/2018 Hilary 2019: start: 13/01/2019 Hilary 2020: start: 19/01/2020 Hilary 2021: start: 17/01/2021 Hilary 2022: start: 16/01/2022 Hilary 2023: start: 15/01/2023 Hilary 2024: start: 14/01/2024 Hilary 2025: start: 19/01/2025 Hilary 2026: start: 18/01/2026 provisional: 1 Hilary 2027: start: 17/01/2027 provisional: 1 Hilary 2028: start: 16/01/2028 provisional: 1 Hilary 2029: start: 14/01/2029 provisional: 1 Hilary 2030: start: 13/01/2030 provisional: 1 Hilary 2031: start: 19/01/2031 provisional: 1 Michaelmas 2001: start: 07/10/2001 Michaelmas 2002: start: 13/10/2002 Michaelmas 2003: start: 12/10/2003 Michaelmas 2004: start: 10/10/2004 Michaelmas 2005: start: 09/10/2005 Michaelmas 2006: start: 08/10/2006 Michaelmas 2007: start: 07/10/2007 Michaelmas 2008: start: 12/10/2008 Michaelmas 2009: start: 11/10/2009 Michaelmas 2010: start: 10/10/2010 Michaelmas 2011: start: 09/10/2011 Michaelmas 2012: start: 07/10/2012 Michaelmas 2013: start: 13/10/2013 Michaelmas 2014: start: 12/10/2014 Michaelmas 2015: start: 11/10/2015 Michaelmas 2016: start: 09/10/2016 Michaelmas 2017: start: 08/10/2017 Michaelmas 2018: start: 07/10/2018 Michaelmas 2019: start: 13/10/2019 Michaelmas 2020: start: 11/10/2020 Michaelmas 2021: start: 10/10/2021 Michaelmas 2022: start: 09/10/2022 Michaelmas 2023: start: 08/10/2023 Michaelmas 2024: start: 13/10/2024 Michaelmas 2025: start: 12/10/2025 provisional: 1 Michaelmas 2026: start: 11/10/2026 provisional: 1 Michaelmas 2027: start: 10/10/2027 provisional: 1 Michaelmas 2028: start: 08/10/2028 provisional: 1 Michaelmas 2029: start: 07/10/2029 provisional: 1 Michaelmas 2030: start: 13/10/2030 provisional: 1 Trinity 2001: start: 22/04/2001 Trinity 2002: start: 21/04/2002 Trinity 2003: start: 27/04/2003 Trinity 2004: start: 25/04/2004 Trinity 2005: start: 24/04/2005 Trinity 2006: start: 23/04/2006 Trinity 2007: start: 22/04/2007 Trinity 2008: start: 20/04/2008 Trinity 2009: start: 26/04/2009 Trinity 2010: start: 25/04/2010 Trinity 2011: start: 01/05/2011 Trinity 2012: start: 22/04/2012 Trinity 2013: start: 21/04/2013 Trinity 2014: start: 27/04/2014 Trinity 2015: start: 26/04/2015 Trinity 2016: start: 24/04/2016 Trinity 2017: start: 23/04/2017 Trinity 2018: start: 22/04/2018 Trinity 2019: start: 28/04/2019 Trinity 2020: start: 26/04/2020 Trinity 2021: start: 25/04/2021 Trinity 2022: start: 24/04/2022 Trinity 2023: start: 23/04/2023 Trinity 2024: start: 21/04/2024 Trinity 2025: start: 27/04/2025 Trinity 2026: start: 26/04/2026 provisional: 1 Trinity 2027: start: 25/04/2027 provisional: 1 Trinity 2028: start: 23/04/2028 provisional: 1 Trinity 2029: start: 22/04/2029 provisional: 1 Trinity 2030: start: 28/04/2030 provisional: 1 Trinity 2031: start: 27/04/2031 provisional: 1 Oxford-Calendar-2.13/SIGNATURE0000644000175000017500000000415714742207055014030 0ustar domdomThis file contains message digests of all files listed in MANIFEST, signed via the Module::Signature module, version 0.87. 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OTHER CHANGES: - Improve documention to describe the Oxford date format and add references to the University (fixes RT#27365) - Move Calendar.pm to lib/, and test.pl to t/ (and convert to using Test::More) - General refactoring and cleanup - Changes from Aaron Wilson: - ToOx can be called in multiple modes with different levels of strictness (fixes RT#27366). - Changes inspired by Janet McKnight: - The module calculates the Oxford terms from the definition laid out in University Regulations as well as the reckoning of dates of full term (also fixes RT#27366). - Reference to CPAN RT in documentation - ToOx can be called with a 'confirmed' option, which ignores dates marked as provisional (fixes RT#31289). 1.8 2007-05-27 - New maintainer: Dominic Hargreaves - Convert built-in data to YAML and add more dates - Support reading data from an external YAML file - Remove support for fetching data from University web pages, as this functionality is fragile and has broken. - Run perltidy on Calendar.pm in line with Damien Conway's Best Practices 1.7 2005-01-04 - Corrected terms 2004-2006 (which were incorrectly given as 2003) - Term dates before 2004 are not shown on the OU website; always pre-load them 1.6 2004-11-20 - New maintainer: Eugene van der Pijll - Added terms 2004-2006 to internal database 2002-11-26 09:06 simon * MANIFEST: Yes, we are a Debian module. 2002-11-26 09:03 simon * Calendar.pm: Keep internal database going for another few years. 2002-06-17 19:21 simon * Calendar.pm: Fix ugly "week 0" bug 2002-05-02 19:27 simon * Calendar.pm, Changes, MANIFEST, Makefile.PL, test.pl, debian/changelog, debian/control, debian/files, debian/rules: Bring calendar under version control. Oxford-Calendar-2.13/Makefile.PL0000644000175000017500000000211112773763720014512 0ustar domdomuse ExtUtils::MakeMaker; # See lib/ExtUtils/MakeMaker.pm for details of how to influence # the contents of the Makefile that is written. WriteMakefile( (MM->can('signature_target') ? (SIGN => 1) : ()), 'NAME' => 'Oxford::Calendar', 'VERSION_FROM' => 'lib/Oxford/Calendar.pm', # finds $VERSION 'PREREQ_PM' => { Text::Abbrev => 0, Date::Calc => 0, YAML => 0, Time::Seconds => 0, }, # e.g., Module::Name => 1.1 'AUTHOR' => [ 'Dominic Hargreaves ', ], 'ABSTRACT_FROM' => 'lib/Oxford/Calendar.pm', 'TEST_REQUIRES' => { Test::More => 0, Test::Exception => 0, Time::Piece => 0, }, 'LICENSE' => 'artistic_2', 'META_MERGE' => { 'meta-spec' => { version => 2 }, resources => { repository => { type => 'git', url => 'https://github.com/jmdh/Oxford-Calendar.git', web => 'https://github.com/jmdh/Oxford-Calendar', }, }, }, ); Oxford-Calendar-2.13/META.json0000644000175000017500000000261414742207051014155 0ustar domdom{ "abstract" : "University of Oxford calendar conversion routines", "author" : [ "Dominic Hargreaves " ], "dynamic_config" : 1, "generated_by" : "ExtUtils::MakeMaker version 7.44, CPAN::Meta::Converter version 2.150010", "license" : [ "artistic_2" ], "meta-spec" : { "url" : "http://search.cpan.org/perldoc?CPAN::Meta::Spec", "version" : 2 }, "name" : "Oxford-Calendar", "no_index" : { "directory" : [ "t", "inc" ] }, "prereqs" : { "build" : { "requires" : { "ExtUtils::MakeMaker" : "0" } }, "configure" : { "requires" : { "ExtUtils::MakeMaker" : "0" } }, "runtime" : { "requires" : { "Date::Calc" : "0", "Text::Abbrev" : "0", "Time::Seconds" : "0", "YAML" : "0" } }, "test" : { "requires" : { "Test::Exception" : "0", "Test::More" : "0", "Time::Piece" : "0" } } }, "release_status" : "stable", "resources" : { "repository" : { "type" : "git", "url" : "https://github.com/jmdh/Oxford-Calendar.git", "web" : "https://github.com/jmdh/Oxford-Calendar" } }, "version" : "2.13", "x_serialization_backend" : "JSON::PP version 4.04" } Oxford-Calendar-2.13/MANIFEST0000644000175000017500000000056314742207052013667 0ustar domdomlib/Oxford/Calendar.pm Changes MANIFEST Makefile.PL t/00_all.t t/01_bug_sundays_0th_or_earlier.t t/02_bug_nearest_dst.t META.yml Module YAML meta-data (added by MakeMaker) META.json Module JSON meta-data (added by MakeMaker) SIGNATURE Public-key signature (added by MakeMaker) Oxford-Calendar-2.13/t/0000755000175000017500000000000014742207051012774 5ustar domdomOxford-Calendar-2.13/t/02_bug_nearest_dst.t0000644000175000017500000000116612773762417016654 0ustar domdomuse strict; use warnings; use Test::More; use Test::Exception; use Oxford::Calendar; plan tests => 4; my @date = (25, 3, 2012); my $testdate = 'Sunday, 11th week, Hilary 2012'; is( Oxford::Calendar::ToOx(@date, { mode => 'nearest' } ), $testdate ); @date = (1, 4, 2012); $testdate = 'Sunday, -2nd week, Trinity 2012'; is( Oxford::Calendar::ToOx(@date, { mode => 'nearest' } ), $testdate ); @date = (28, 3, 2010); $testdate = 'Sunday, 11th week, Hilary 2010'; is( Oxford::Calendar::ToOx(@date, { mode => 'nearest' } ), $testdate ); @date = (4, 4, 2010); isnt( Oxford::Calendar::ToOx(@date, { mode => 'nearest' } ), $testdate ); Oxford-Calendar-2.13/t/01_bug_sundays_0th_or_earlier.t0000644000175000017500000000037512773762417021005 0ustar domdomuse strict; use warnings; use Test::More; use Test::Exception; use Oxford::Calendar; plan tests => 1; my @date = (18, 4, 2010); my $testdate = 'Sunday, 0th week, Trinity 2010'; is( Oxford::Calendar::ToOx(@date, { mode => 'nearest' } ), $testdate ); Oxford-Calendar-2.13/t/00_all.t0000644000175000017500000000625614742206155014245 0ustar domdomuse strict; use warnings; use Test::More; use Test::Exception; use Date::Calc; use Oxford::Calendar; plan tests => 27; # Date in full term my $testdate1 = 'Sunday, 7th week, Hilary 2002'; is( Oxford::Calendar::ToOx(24, 2, 2002, { mode => 'nearest' } ), $testdate1 ); is( Oxford::Calendar::ToOx(24, 2, 2002, { mode => 'ext_term' } ), $testdate1 ); is( Oxford::Calendar::ToOx(24, 2, 2002, { mode => 'full_term' } ), $testdate1 ); is( Oxford::Calendar::FromOx( Oxford::Calendar::Parse($testdate1)), "24/2/2002" ); # Check the array mode my @ary = Oxford::Calendar::ToOx(24,2,2002); is( $ary[0], 'Sunday' ); # and with a date out of time (to test the nearest branch) my $testdate4 = 'Tuesday, -1st week, Hilary 2008'; @ary = Oxford::Calendar::ToOx(1,1,2008, { mode => 'nearest' }); is( $ary[0], 'Tuesday' ); # Date in extended term my $testdate2 = 'Friday, 9th week, Hilary 2009'; is( Oxford::Calendar::ToOx(20, 3, 2009, { mode => 'nearest' } ), $testdate2 ); is( Oxford::Calendar::ToOx(20, 3, 2009, { mode => 'ext_term' } ), $testdate2 ); is( Oxford::Calendar::ToOx(20, 3, 2009, { mode => 'full_term' } ), undef ); is( Oxford::Calendar::FromOx( Oxford::Calendar::Parse($testdate2)), "20/3/2009"); # Date not in term my $testdate3 = 'Thursday, 11th week, Michaelmas 2007'; is( Oxford::Calendar::ToOx(20, 12, 2007, { mode => 'nearest' } ), $testdate3 ); is( Oxford::Calendar::ToOx(20, 12, 2007, { mode => 'ext_term' } ), undef ); is( Oxford::Calendar::ToOx(20, 12, 2007, { mode => 'full_term' } ), undef ); is( Oxford::Calendar::FromOx( Oxford::Calendar::Parse($testdate3)), "20/12/2007"); # Some more dates is( Oxford::Calendar::ToOx(12, 1, 2008, { mode => 'ext_term' } ), 'Saturday, 0th week, Hilary 2008' ); is( Oxford::Calendar::ToOx(1, 1, 2008, { mode => 'ext_term' } ), undef ); # NextTerm my @next_term = Oxford::Calendar::NextTerm( 2008, 1, 1 ); is( $next_term[0], 2008 ); is( $next_term[1], 'Hilary' ); @next_term = Oxford::Calendar::NextTerm( 2008, 1, 14 ); is( $next_term[0], 2008 ); is( $next_term[1], 'Trinity' ); # Dies my @today = Date::Calc::Today; # Future proof the module by testing against a data in the future that we # never expect to have data for my $future_year = $today[0] + 50; throws_ok { Oxford::Calendar::ToOx( 1, 11, $future_year, { mode => 'full_term' } ) } qr/Date out of range/, 'ToOx out of range (in term)'; throws_ok { Oxford::Calendar::ToOx( 1, 11, $future_year, { mode => 'nearest' } ) } qr/Date out of range/, 'ToOx out of range (out of term)'; throws_ok { Oxford::Calendar::FromOx( $future_year, 'Hilary', 1, 'Sunday' ) } qr/No data for Hilary $future_year/, 'FromOx out of range'; # Provisional my $testdate5 = 'Thursday, 11th week, Michaelmas 2030'; is( Oxford::Calendar::ToOx(26, 12, 2030, { mode => 'nearest', confirmed => 0 } ), $testdate5, 'Provisional date' ); is( Oxford::Calendar::ToOx(26, 12, 2030, { mode => 'nearest', confirmed => 1 } ), undef, 'Provisional date with confirmed => 1' ); my $testdate6 = 'Tuesday, 3rd week, Hilary 2031'; is( Oxford::Calendar::ToOx(4, 2, 2031, { mode => 'full_term', confirmed => 0 } ), $testdate6, 'Provisional date' ); is( Oxford::Calendar::ToOx(4, 2, 2031, { mode => 'full_term', confirmed => 1 } ), undef, 'Provisional date with confirmed => 1' );