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Improved test suite 

Added support for :any and sub regions
Added data/common_methods.yaml
Updated docs
master
Alex Dunae 2007-11-22 20:39:26 +00:00
parent 208e2eea70
commit 9b9b0b2046
11 changed files with 343 additions and 224 deletions
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6
README
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@ -1,13 +1,12 @@
= Ruby Holidays Gem
A set of classes to deal with public/statutory holidays in Ruby.
A set of classes to deal with holidays in Ruby.
Extends Ruby's built-in Date class and supports custom holiday definition lists.
=== Examples
==== Using the Holidays class
# Get all holidays on April 25, 2008 in Australia
date = Date.civil(2008,4,25)
Holidays.by_day(date, :au)
@ -23,9 +22,6 @@ Extends Ruby's built-in Date class and supports custom holiday definition lists.
==== Extending Ruby's Date class
require 'date'
require 'holidays'
# Lookup Canada Day in the :ca region
Date.civil(2008,7,1).is_holiday?(:ca)
=> true

85
create_defs.rb
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@ -1,46 +1,53 @@
require 'yaml'
module_name = 'TestModule'
module_name = 'CA'
# Load the data files
files = ['data/ca.yaml']
regions = [] #wtf
files = ['data/ca.yaml', 'data/common_methods.yaml']
regions = []
rules_by_month = {}
custom_methods = {}
files.each do |file|
def_file = YAML.load_file(file)
def_file['months'].each do |month, definitions|
rules_by_month[month] = []
definitions.each do |definition|
rule = {}
definition.each do |key, val|
rule[key] = val
end
regions = rule['regions'].collect { |r| r.to_sym }
rule['regions'] = regions
puts "Loading #{file}"
if def_file['months']
puts " importing dates..."
def_file['months'].each do |month, definitions|
rules_by_month[month] = [] unless rules_by_month[month]
definitions.each do |definition|
rule = {}
definition.each do |key, val|
rule[key] = val
end
rule['regions'] = rule['regions'].collect { |r| r.to_sym }
regions << rule['regions']
existed = false
# rules_by_month[month].each do |ex|
# if ex['name'] == rule['name'] and ex['wday'] == rule['wday'] and ex['mday'] == rule['mday'] and ex['week'] == rule['week']
# ex['regions'] << rule['regions'].flatten
# existed = true
# end
# end
unless existed
rules_by_month[month] << rule
end
end # /defs.each
exists = false
rules_by_month[month].each do |ex|
if ex['name'] == rule['name'] and ex['wday'] == rule['wday'] and ex['mday'] == rule['mday'] and ex['week'] == rule['week']
# ex['regions'] << rule['regions'].flatten
exists = true
end
end
#unless exists
rules_by_month[month] << rule
#end
end # /defs.each
end
end
if def_file['methods']
puts " importing methods..."
def_file['methods'].each do |name, code|
custom_methods[name] = code
end # /methods.each
end
end
# Build the definitions
month_strs = []
rules_by_month.each do |month, rules|
@ -76,20 +83,20 @@ end
# Build the output file
out =<<-EOC
# This file is generated by the Ruby Holiday gem.
#
# To use the definitions in the file, load them right after you load the
# Holiday gem:
#
# require 'holidays'
# require 'path/to/#{module_name.downcase}'
#
# More definitions are available at http://code.dunae.ca/holidays.
#
# Definitions loaded: #{files.join(',')}
module Holidays
module #{module_name}
DEFINED_REGIONS = [:#{regions.join(', :')}]
# This file is generated by the Ruby Holiday gem.
#
# Definitions loaded: #{files.join(', ')}
#
# To use the definitions in the file, load them right after you load the
# Holiday gem:
#
# require 'holidays'
# require 'path/to/#{module_name.downcase}'
#
# More definitions are available at http://code.dunae.ca/holidays.
module #{module_name} # :nodoc:
DEFINED_REGIONS = [:#{regions.flatten.uniq.join(', :')}]
HOLIDAYS_BY_MONTH = {
#{month_strs.join(",\n")}

8
data/ca.yaml
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@ -55,7 +55,7 @@ months:
regions: [ca]
mday: 1
- name: Orangemen's Day
regions: [ca]
regions: [ca_nf]
mday: 12
- name: Nunavut Day
regions: [ca_nu]
@ -65,7 +65,7 @@ months:
week: 1
regions: [ca_bc]
wday: 1
- name: Saskatchewan Day
- name: Saskatchewan Day
week: 1
regions: [ca_sk]
wday: 1
@ -107,10 +107,6 @@ months:
regions: [ca]
mday: 26
methods:
easter: |
def self.easter(year)
Date.civil(2008,1,1)
end
ca_victoria_day: |
# Monday on or before May 24
def self.ca_victoria_day(year)

12
lib/holidays/easter.rb → data/common_methods.yaml
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@ -1,5 +1,8 @@
module Holidays
module Easter
# Common method definitions for the Ruby Holiday gem.
# Updated 2008-11-21.
---
methods:
easter: |
# Get the date of Easter in a given year.
#
# +year+ must be a valid Gregorian year.
@ -8,7 +11,7 @@ module Holidays
#--
# from http://snippets.dzone.com/posts/show/765
# TODO: check year to ensure Gregorian
def easter(year)
def self.easter(year)
y = year
a = y % 19
b = y / 100
@ -26,5 +29,4 @@ module Holidays
day = ((h + l - 7 * m + 114) % 31) + 1
Date.civil(year, month, day)
end
end
end

142
lib/holidays.rb
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@ -1,32 +1,17 @@
$:.unshift File.dirname(__FILE__)
require 'holidays/easter'
module Holidays
# Exception thrown when an unknown region is requested.
class UnkownRegionError < ArgumentError; end
self.extend Easter
VERSION = '0.9.0'
WEEKS = {:first => 1, :second => 2, :third => 3, :fourth => 4, :fifth => 5, :last => -1}
MONTH_LENGTHS = [ 31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31]
DEFINED_REGIONS = [:us, :au]
HOLIDAYS_TYPES = [:bank, :statutory, :religious, :informal]
# :wday Day of the week (0 is Sunday, 6 is Saturday)
# :function Can return an integer representing mday or a Date object.
#
# The month <tt>0</tt> is used to store events that require lambda calculations
# and may occur in more than one month.
HOLIDAYS_BY_MONTH = {
1 => [{:mday => 1, :name => 'New Year\'s Day', :regions => [:ca, :au]},
{:mday => 1, :name => 'Australia Day', :regions => [:au]}]
}
MONTH_LENGTHS = [31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31]
#--
#HOLIDAYS_TYPES = [:bank, :statutory, :religious, :informal]
#++
# Get all holidays on a given date.
#
@ -34,6 +19,16 @@ module Holidays
# [<tt>regions</tt>] A symbol (e.g. <tt>:ca</tt>) or an array of symbols
# (e.g. <tt>[:ca, :ca_bc, :us]</tt>).
#
# Returns an array of hashes or nil. See Holidays#between for the output
# format.
#
# Also available via Date#holidays.
def self.on(date, regions = :any)
self.between(date, date, regions)
end
# Get all holidays occuring between two dates, inclusively.
#
# Returns an array of hashes or nil.
#
# Each holiday is returned as a hash with the following fields:
@ -42,57 +37,16 @@ module Holidays
# [<tt>:day</tt>] Integer.
# [<tt>:name</tt>] String.
# [<tt>:regions</tt>] An array of region symbols.
# [<tt>:types</tt>] An array of holiday-type symbols.
def self.by_day(date, regions = :any)
regions = validate_regions(regions)
hbm = HOLIDAYS_BY_MONTH.values_at(0,date.mon).flatten
holidays = []
year = date.year
month = date.month
mday = date.mday
wday = date.wday
hbm.each do |h|
# start with the region check
next unless h[:regions].any?{ |reg| regions.include?(reg) }
if h[:mday] and h[:mday] == mday
# fixed day of the month
holidays << h
elsif h[:wday] == wday
# by week calculation
if Date.calculate_mday(year, month, h[:week], h[:wday]) == mday
holidays << h
end
elsif h[:function]
result = h[:function].call(year)
if result.kind_of?(Date) and result.mon == month and result.mday == mday
holidays << h
elsif result == mday
holidays << h
end
end
end
holidays
end
# Get all holidays occuring between two dates, inclusively.
#
# Returns an array of hashes or nil. See Holidays#by_day for the output
# format.
#--
# TODO: do not take full months
# [<tt>:types</tt>] An array of holiday-type symbols.
def self.between(start_date, end_date, regions = :any)
regions = validate_regions(regions)
holidays = []
dates = {}
(start_date..end_date).each do |date|
dates[date.year] = Array.new unless dates[date.year]
# Always include month '0' for variable-month holidays
dates[date.year] = [0] unless dates[date.year]
# TODO: test this, maybe should push then flatten
dates[date.year] << date.month unless dates[date.year].include?(date.month)
end
@ -101,21 +55,24 @@ module Holidays
months.each do |month|
next unless hbm = HOLIDAYS_BY_MONTH[month]
hbm.each do |h|
next unless h[:regions].any?{ |reg| regions.include?(reg) }
next unless in_region?(regions, h[:regions])
if h[:function]
result = h[:function].call(year)
if result.kind_of?(Date) and result.mon == month
holidays << h.merge({:day => result.mday})
else #if result == mday
holidays << h
if result.kind_of?(Date)
month = result.month
mday = result.mday
else
day = result
end
else
day = h[:mday] || Date.calculate_mday(year, month, h[:week], h[:wday])
holidays << {:month => month, :day => day, :year => year, :name => h[:name], :regions => h[:regions]}
mday = h[:mday] || Date.calculate_mday(year, month, h[:week], h[:wday])
end
if Date.new(year, month, mday).between?(start_date, end_date)
holidays << {:month => month, :day => mday, :year => year, :name => h[:name], :regions => h[:regions]}
end
end
end
end
@ -135,6 +92,24 @@ private
regions
end
# Check sub regions.
#
# When request :any, all holidays should be returned.
# When requesting :ca_bc, holidays in :ca or :ca_bc should be returned.
# When requesting :ca, only holidays in :ca should be returned.
def self.in_region?(requested, available) # :nodoc:
return true if requested.include?(:any)
# When an underscore is encountered, derive the parent regions
# symbol and include both in the requested array.
requested = requested.collect do |r|
r.to_s =~ /_/ ? [r, r.to_s.gsub(/_[\w]*$/, '').to_sym] : r
end
requested = requested.flatten.uniq
available.any? { |r| requested.include?(r) }
end
end
@ -143,21 +118,27 @@ class Date
# Get holidays on the current date.
#
# Returns an array.
# Returns an array of hashes or nil. See Holidays#between for the output
# format.
#
# Date.civil('2008-01-01').holidays(:ca)
# => [{:name => 'Canada Day',...}]
#
# Also available via Holidays#on.
def holidays(regions = :any)
holidays = Holidays.by_day(self, regions)
!holidays.empty?
Holidays.on(self, regions)
end
# Check if the current date is a holiday.
#
# Returns an array of hashes or nil. See Holidays#between for the output
# format.
#
# Date.civil('2008-01-01').holiday?(:ca)
# => true
def holiday?(regions = :any)
!self.holidays(regions).empty?
holidays = self.holidays(regions)
holidays && !holidays.empty?
end
# Calculate day of the month based on the week number and the day of the
@ -185,9 +166,9 @@ class Date
#--
# see http://www.irt.org/articles/js050/index.htm
def self.calculate_mday(year, month, week, wday)
raise ArgumentError, "Week parameter must be one of Holidays::WEEKS (provided #{week})." unless WEEKS.include?(week)
raise ArgumentError, "Week parameter must be one of Holidays::WEEKS (provided #{week})." unless WEEKS.include?(week) or WEEKS.has_value?(week)
week = WEEKS[week]
week = WEEKS[week] if week.kind_of?(Symbol)
# :first, :second, :third, :fourth or :fifth
if week > 0
@ -195,10 +176,9 @@ class Date
end
days = MONTH_LENGTHS[month-1]
if month == 1 and Date.civil(year,1,1).leap?
days = 29
end
days = 29 if month == 1 and Date.civil(year,1,1).leap?
return days - ((Date.civil(year, month, days).wday - wday + 7) % 7)
end

105
lib/holidays/ca.rb Normal file
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@ -0,0 +1,105 @@
module Holidays
# This file is generated by the Ruby Holiday gem.
#
# Definitions loaded: data/ca.yaml, data/common_methods.yaml
#
# To use the definitions in the file, load them right after you load the
# Holiday gem:
#
# require 'holidays'
# require 'path/to/ca'
#
# More definitions are available at http://code.dunae.ca/holidays.
module CA # :nodoc:
DEFINED_REGIONS = [:ca, :ca_qc, :ca_nf, :ca_nt, :ca_nu, :ca_ab, :ca_on, :ca_sk, :ca_mb, :ca_bc, :ca_ns, :ca_yk]
HOLIDAYS_BY_MONTH = {
5 => [{:function => lambda { |year| ca_victoria_day(year) }, :name => "Victoria Day", :regions => [:ca]},
{:function => lambda { |year| ca_victoria_day(year) }, :name => "National Patriotes Day", :regions => [:ca_qc]}],
0 => [{:function => lambda { |year| easter(year)-2 }, :name => "Good Friday", :regions => [:ca]},
{:function => lambda { |year| easter(year)+1 }, :name => "Easter Monday", :regions => [:ca_qc]}],
11 => [{:mday => 11, :name => "Rememberance Day", :regions => [:ca]}],
6 => [{:mday => 24, :name => "Discovery Day", :regions => [:ca_nf]},
{:mday => 24, :name => "Fête Nationale", :regions => [:ca_qc]},
{:mday => 21, :name => "National Aboriginal Day", :regions => [:ca_nt]}],
1 => [{:mday => 1, :name => "New Year's Day", :regions => [:ca]},
{:mday => 2, :name => "New Year's", :regions => [:ca_qc]}],
12 => [{:mday => 25, :name => "Christmas Day", :regions => [:ca]},
{:mday => 26, :name => "Boxing Day", :regions => [:ca]}],
7 => [{:mday => 1, :name => "Canada Day", :regions => [:ca]},
{:mday => 12, :name => "Orangemen's Day", :regions => [:ca_nf]},
{:mday => 9, :name => "Nunavut Day", :regions => [:ca_nu]}],
2 => [{:wday => 1, :week => 3, :name => "Family Day", :regions => [:ca_ab, :ca_on, :ca_sk]},
{:wday => 1, :week => 3, :name => "Louis Riel Day", :regions => [:ca_mb]}],
8 => [{:wday => 1, :week => 1, :name => "BC Day", :regions => [:ca_bc]},
{:wday => 1, :week => 1, :name => "Saskatchewan Day", :regions => [:ca_sk]},
{:wday => 1, :week => 1, :name => "Heritage Day", :regions => [:ca_ab]},
{:wday => 1, :week => 1, :name => "Natal Day", :regions => [:ca_ns]},
{:wday => 1, :week => 1, :name => "Civic Holiday", :regions => [:ca_on]},
{:wday => 1, :week => 3, :name => "Discovery Day", :regions => [:ca_yk]}],
3 => [{:mday => 23, :name => "St. George's Day", :regions => [:ca_nf]}],
9 => [{:wday => 1, :week => 1, :name => "Labour Day", :regions => [:ca]}],
10 => [{:wday => 1, :week => 2, :name => "Thanksgiving", :regions => [:ca]}]
}
# Get the date of Easter in a given year.
#
# +year+ must be a valid Gregorian year.
#
# Returns a Date object.
#--
# from http://snippets.dzone.com/posts/show/765
# TODO: check year to ensure Gregorian
def self.easter(year)
y = year
a = y % 19
b = y / 100
c = y % 100
d = b / 4
e = b % 4
f = (b + 8) / 25
g = (b - f + 1) / 3
h = (19 * a + b - d - g + 15) % 30
i = c / 4
k = c % 4
l = (32 + 2 * e + 2 * i - h - k) % 7
m = (a + 11 * h + 22 * l) / 451
month = (h + l - 7 * m + 114) / 31
day = ((h + l - 7 * m + 114) % 31) + 1
Date.civil(year, month, day)
end
# Monday on or before May 24
def self.ca_victoria_day(year)
date = Date.civil(year,5,24)
if date.wday > 1
date -= (date.wday - 1)
elsif date.wday == 0
date -= 6
end
date
end
end
end
Holidays.class_eval do
existing_regions = []
if const_defined?(:DEFINED_REGIONS)
existing_regions = const_get(:DEFINED_REGIONS)
remove_const(:DEFINED_REGIONS)
end
const_set(:DEFINED_REGIONS, existing_regions | Holidays::CA::DEFINED_REGIONS)
existing_defs = {}
if const_defined?(:HOLIDAYS_BY_MONTH)
existing_defs = const_get(:HOLIDAYS_BY_MONTH)
remove_const(:HOLIDAYS_BY_MONTH)
end
#const_set(:HOLIDAYS_BY_MONTH, existing_defs.merge(Holidays::CA::HOLIDAYS_BY_MONTH))
const_set(:HOLIDAYS_BY_MONTH, Holidays::CA::HOLIDAYS_BY_MONTH)
include Holidays::CA
end

21
test/test_easter.rb → test/test_common_methods.rb
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@ -1,7 +1,10 @@
require File.dirname(__FILE__) + '/test_helper'
class HolidaysTests < Test::Unit::TestCase
def test_easter_dates
class CommonMethodsTests < Test::Unit::TestCase
def test_inclusion
assert Holidays.include?(Holidays::CA)
flunk
assert_equal '1800-04-13', Holidays.easter(1800).to_s
assert_equal '1899-04-02', Holidays.easter(1899).to_s
assert_equal '1900-04-15', Holidays.easter(1900).to_s
@ -14,16 +17,14 @@ class HolidaysTests < Test::Unit::TestCase
end
def test_easter_lambda
[Date.civil(1800,4,13), Date.civil(1899,4,2), Date.civil(1900,4,15),
Date.civil(2008,3,23), Date.civil(2035,3,25)].each do |date|
assert_equal 'Easter Sunday', Holidays.by_day(date, :christian)[0][:name]
end
end
def test_good_friday_lambda
[Date.civil(1800,4,11), Date.civil(1899,3,31), Date.civil(1900,4,13),
Date.civil(2008,3,21), Date.civil(2035,3,23)].each do |date|
assert_equal 'Good Friday', Holidays.by_day(date, :christian)[0][:name]
assert_equal 'Good Friday', Holidays.on(date, :ca)[0][:name]
end
[Date.civil(1800,4,14), Date.civil(1899,4,3), Date.civil(1900,4,16),
Date.civil(2008,3,24), Date.civil(2035,3,26)].each do |date|
assert_equal 'Easter Monday', Holidays.on(date, :ca_qc)[0][:name]
end
end
end

73
test/test_date.rb Normal file
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@ -0,0 +1,73 @@
require File.dirname(__FILE__) + '/test_helper'
class DateTests < Test::Unit::TestCase
def setup
@date = Date.civil(2008,1,1)
end
def test_extending_date_class
assert @date.respond_to?('holiday?')
assert @date.respond_to?('holiday?')
end
def test_calculating_mdays
# US Memorial day
assert_equal 29, Date.calculate_mday(2006, 5, :last, 1)
assert_equal 28, Date.calculate_mday(2007, 5, :last, 1)
assert_equal 26, Date.calculate_mday(2008, 5, :last, 1)
assert_equal 25, Date.calculate_mday(2009, 5, :last, 1)
assert_equal 31, Date.calculate_mday(2010, 5, :last, 1)
assert_equal 30, Date.calculate_mday(2011, 5, :last, 1)
# Labour day
assert_equal 3, Date.calculate_mday(2007, 9, :first, 1)
assert_equal 1, Date.calculate_mday(2008, 9, :first, 1)
assert_equal 7, Date.calculate_mday(2009, 9, :first, 1)
assert_equal 5, Date.calculate_mday(2011, 9, :first, 1)
assert_equal 5, Date.calculate_mday(2050, 9, :first, 1)
assert_equal 4, Date.calculate_mday(2051, 9, :first, 1)
# Canadian thanksgiving
assert_equal 8, Date.calculate_mday(2007, 10, :second, 1)
assert_equal 13, Date.calculate_mday(2008, 10, :second, 1)
assert_equal 12, Date.calculate_mday(2009, 10, :second, 1)
assert_equal 11, Date.calculate_mday(2010, 10, :second, 1)
# Misc
assert_equal 21, Date.calculate_mday(2008, 1, :third, 1)
assert_equal 1, Date.calculate_mday(2007, 1, :first, 1)
assert_equal 2, Date.calculate_mday(2007, 3, :first, 5)
end
def test_mday_allows_integers_or_symbols
assert_nothing_raised do
Date.calculate_mday(2008, 1, 1, 1)
end
assert_nothing_raised do
Date.calculate_mday(2008, 1, -1, 1)
end
assert_nothing_raised do
Date.calculate_mday(2008, 1, :last, 1)
end
end
def test_mday_requires_valid_week
assert_raises ArgumentError do
Date.calculate_mday(2008, 1, :none, 1)
end
assert_raises ArgumentError do
Date.calculate_mday(2008, 1, nil, 1)
end
assert_raises ArgumentError do
Date.calculate_mday(2008, 1, 0, 1)
end
end
def test_holiday?
assert Date.civil(2008,1,1).holiday?('ca')
end
end

1
test/test_helper.rb
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@ -4,3 +4,4 @@ require 'rubygems'
require 'test/unit'
require 'date'
require 'holidays'
require 'holidays/ca'

111
test/test_holidays.rb
View File

@ -6,67 +6,34 @@ class HolidaysTests < Test::Unit::TestCase
@date = Date.civil(2008,1,1)
end
def test_extending_date_class
assert @date.respond_to?('is_holiday?')
def test_on
h = Holidays.on(Date.civil(2008,9,1), :ca)
assert_equal 'Labour Day', h[0][:name]
holidays = Holidays.on(Date.civil(2008,7,1), :ca)
assert_equal 1, holidays.length
holidays = Holidays.on(Date.civil(2008,7,4), :ca)
assert_equal 0, holidays.length
end
def test_date_ranges
holidays = Holidays.between(Date.civil(2008,1,1), Date.civil(2008,12,31), :au)
holidays.each do |h|
#puts h.inspect
end
end
def test_calculating_mdays
# US Memorial day
assert_equal 29, Date.calculate_mday(2006, 5, :last, 1)
assert_equal 28, Date.calculate_mday(2007, 5, :last, 1)
assert_equal 26, Date.calculate_mday(2008, 5, :last, 1)
assert_equal 25, Date.calculate_mday(2009, 5, :last, 1)
assert_equal 31, Date.calculate_mday(2010, 5, :last, 1)
assert_equal 30, Date.calculate_mday(2011, 5, :last, 1)
def test_between
holidays = Holidays.between(Date.civil(2008,7,1), Date.civil(2008,7,31), :ca)
assert_equal 1, holidays.length
# Labour day
assert_equal 3, Date.calculate_mday(2007, 9, :first, 1)
assert_equal 1, Date.calculate_mday(2008, 9, :first, 1)
assert_equal 7, Date.calculate_mday(2009, 9, :first, 1)
assert_equal 5, Date.calculate_mday(2011, 9, :first, 1)
assert_equal 5, Date.calculate_mday(2050, 9, :first, 1)
assert_equal 4, Date.calculate_mday(2051, 9, :first, 1)
# Canadian thanksgiving
assert_equal 8, Date.calculate_mday(2007, 10, :second, 1)
assert_equal 13, Date.calculate_mday(2008, 10, :second, 1)
assert_equal 12, Date.calculate_mday(2009, 10, :second, 1)
assert_equal 11, Date.calculate_mday(2010, 10, :second, 1)
# Misc
assert_equal 21, Date.calculate_mday(2008, 1, :third, 1)
assert_equal 1, Date.calculate_mday(2007, 1, :first, 1)
assert_equal 2, Date.calculate_mday(2007, 3, :first, 5)
holidays = Holidays.between(Date.civil(2008,7,2), Date.civil(2008,7,31), :ca)
assert_equal 0, holidays.length
end
def test_requires_valid_week
assert_raises ArgumentError do
Date.calculate_mday(2008, 1, :none, 1)
end
assert_raises ArgumentError do
Date.calculate_mday(2008, 1, nil, 1)
end
assert_raises ArgumentError do
Date.calculate_mday(2008, 1, 0, 1)
end
end
def test_requires_valid_regions
assert_raises Holidays::UnkownRegionError do
Holidays.by_day(Date.civil(2008,1,1), :xx)
Holidays.on(Date.civil(2008,1,1), :xx)
end
assert_raises Holidays::UnkownRegionError do
Holidays.by_day(Date.civil(2008,1,1), [:ca,:xx])
Holidays.on(Date.civil(2008,1,1), [:ca,:xx])
end
assert_raises Holidays::UnkownRegionError do
@ -75,38 +42,30 @@ class HolidaysTests < Test::Unit::TestCase
end
def test_region_params
holidays = Holidays.by_day(@date, :us)
holidays = Holidays.on(@date, :ca)
assert_equal 1, holidays.length
holidays = Holidays.by_day(@date, [:us,:ca])
holidays = Holidays.on(@date, [:ca_bc,:ca])
assert_equal 1, holidays.length
end
def test_by_day_spot_checks
h = Holidays.by_day(Date.civil(2008,5,1), :gr)
assert_equal 'Labour Day', h[0][:name]
h = Holidays.by_day(Date.civil(2045,11,1), :fr)
assert_equal 'Touissant', h[0][:name]
end
def test_by_day_and_iterate
holidays = Holidays.by_day(@date, :ca)
holidays.each do |h|
#puts h[:name]
end
end
def test_lookup_holiday
holidays = Holidays.by_day(Date.civil(2008,1,21), :ca)
assert_equal 0, holidays.length
holidays = Holidays.by_day(Date.civil(2008,1,21), :us)
def test_any_region
# Should return Victoria Day
holidays = Holidays.between(Date.civil(2008,5,1), Date.civil(2008,5,31), :ca)
assert_equal 1, holidays.length
end
def test_basic
assert Date.civil(2008,1,1).is_holiday?('ca')
# Should return Victoria Day and National Patriotes Day
holidays = Holidays.between(Date.civil(2008,5,1), Date.civil(2008,5,31), :any)
assert_equal 2, holidays.length
end
def test_sub_regions
# Should return Victoria Day
holidays = Holidays.between(Date.civil(2008,5,1), Date.civil(2008,5,31), :ca)
assert_equal 1, holidays.length
# Should return Victoria Day and National Patriotes Day
holidays = Holidays.between(Date.civil(2008,5,1), Date.civil(2008,5,31), :ca_qc)
assert_equal 2, holidays.length
end
end

3
test/test_mixins.rb
View File

@ -1,11 +1,10 @@
require File.dirname(__FILE__) + '/test_helper'
require 'fixtures/ca'
class CATests < Test::Unit::TestCase
def test_ca_victoria_day
[Date.civil(2004,5,24), Date.civil(2005,5,23), Date.civil(2006,5,22),
Date.civil(2007,5,21), Date.civil(2008,5,19)].each do |date|
assert_equal 'Victoria Day', Holidays.by_day(date, :ca)[0][:name]
assert_equal 'Victoria Day', Holidays.on(date, :ca)[0][:name]
end
end
end