attempt to merge wildchild/type_cast, still failing specs

This commit is contained in:
Will Leinweber 2010-02-17 16:35:42 -06:00
commit 15ea10eb9c
12 changed files with 652 additions and 150 deletions

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@ -7,6 +7,7 @@ require File.join(FIXTURE_PATH, 'more', 'service')
require File.join(FIXTURE_PATH, 'more', 'event')
require File.join(FIXTURE_PATH, 'more', 'cat')
require File.join(FIXTURE_PATH, 'more', 'user')
require File.join(FIXTURE_PATH, 'more', 'course')
describe "ExtendedDocument properties" do
@ -42,11 +43,11 @@ describe "ExtendedDocument properties" do
it "should let you use an alias for a casted attribute" do
@card.cast_alias = Person.new(:name => "Aimonetti")
@card.cast_alias.name.should == "Aimonetti"
@card.calias.name.should == "Aimonetti"
@card.cast_alias.name.should == ["Aimonetti"]
@card.calias.name.should == ["Aimonetti"]
card = Card.new(:first_name => "matt", :cast_alias => {:name => "Aimonetti"})
card.cast_alias.name.should == "Aimonetti"
card.calias.name.should == "Aimonetti"
card.cast_alias.name.should == ["Aimonetti"]
card.calias.name.should == ["Aimonetti"]
end
it "should be auto timestamped" do
@ -157,109 +158,446 @@ describe "ExtendedDocument properties" do
end
describe "casting" do
describe "cast keys to any type" do
before(:all) do
event_doc = { :subject => "Some event", :occurs_at => Time.now, :end_date => Date.today }
e = Event.database.save_doc event_doc
before(:each) do
@course = Course.new(:title => 'Relaxation')
end
@event = Event.get e['id']
describe "when value is nil" do
it "leaves the value unchanged" do
@course.title = nil
@course['title'].should == nil
end
it "should cast occurs_at to Time" do
@event['occurs_at'].should be_an_instance_of(Time)
end
describe "when type primitive is an Object" do
it "it should not cast given value" do
@course.participants = [{}, 'q', 1]
@course['participants'].should eql([{}, 'q', 1])
end
it "should cast end_date to Date" do
@event['end_date'].should be_an_instance_of(Date)
end
end
describe "casting to Float object" do
class RootBeerFloat < CouchRest::ExtendedDocument
use_database DB
property :price, :cast_as => 'Float'
describe "when type primitive is a String" do
it "keeps string value unchanged" do
value = "1.0"
@course.title = value
@course['title'].should equal(value)
end
it "should convert a string into a float if casted as so" do
RootBeerFloat.new(:price => '12.50').price.should == 12.50
RootBeerFloat.new(:price => '9').price.should == 9.0
RootBeerFloat.new(:price => '-9').price.should == -9.0
it "it casts to string representation of the value" do
@course.title = 1.0
@course['title'].should eql("1.0")
end
it "should not convert a string if it's not a string that can be cast as a float" do
RootBeerFloat.new(:price => 'test').price.should == 'test'
end
describe 'when type primitive is a Float' do
it 'returns same value if a float' do
value = 24.0
@course.estimate = value
@course['estimate'].should equal(value)
end
it "should work fine when a float is being passed" do
RootBeerFloat.new(:price => 9.99).price.should == 9.99
it 'returns float representation of a zero string integer' do
@course.estimate = '0'
@course['estimate'].should eql(0.0)
end
it 'returns float representation of a positive string integer' do
@course.estimate = '24'
@course['estimate'].should eql(24.0)
end
it 'returns float representation of a negative string integer' do
@course.estimate = '-24'
@course['estimate'].should eql(-24.0)
end
it 'returns float representation of a zero string float' do
@course.estimate = '0.0'
@course['estimate'].should eql(0.0)
end
it 'returns float representation of a positive string float' do
@course.estimate = '24.35'
@course['estimate'].should eql(24.35)
end
it 'returns float representation of a negative string float' do
@course.estimate = '-24.35'
@course['estimate'].should eql(-24.35)
end
it 'returns float representation of a zero string float, with no leading digits' do
@course.estimate = '.0'
@course['estimate'].should eql(0.0)
end
it 'returns float representation of a positive string float, with no leading digits' do
@course.estimate = '.41'
@course['estimate'].should eql(0.41)
end
it 'returns float representation of a zero integer' do
@course.estimate = 0
@course['estimate'].should eql(0.0)
end
it 'returns float representation of a positive integer' do
@course.estimate = 24
@course['estimate'].should eql(24.0)
end
it 'returns float representation of a negative integer' do
@course.estimate = -24
@course['estimate'].should eql(-24.0)
end
it 'returns float representation of a zero decimal' do
@course.estimate = BigDecimal('0.0')
@course['estimate'].should eql(0.0)
end
it 'returns float representation of a positive decimal' do
@course.estimate = BigDecimal('24.35')
@course['estimate'].should eql(24.35)
end
it 'returns float representation of a negative decimal' do
@course.estimate = BigDecimal('-24.35')
@course['estimate'].should eql(-24.35)
end
[ Object.new, true, '00.0', '0.', '-.0', 'string' ].each do |value|
it "does not typecast non-numeric value #{value.inspect}" do
@course.estimate = value
@course['estimate'].should equal(value)
end
end
end
describe 'when type primitive is a Integer' do
it 'returns same value if an integer' do
value = 24
@course.hours = value
@course['hours'].should equal(value)
end
it 'returns integer representation of a zero string integer' do
@course.hours = '0'
@course['hours'].should eql(0)
end
it 'returns integer representation of a positive string integer' do
@course.hours = '24'
@course['hours'].should eql(24)
end
it 'returns integer representation of a negative string integer' do
@course.hours = '-24'
@course['hours'].should eql(-24)
end
it 'returns integer representation of a zero string float' do
@course.hours = '0.0'
@course['hours'].should eql(0)
end
it 'returns integer representation of a positive string float' do
@course.hours = '24.35'
@course['hours'].should eql(24)
end
it 'returns integer representation of a negative string float' do
@course.hours = '-24.35'
@course['hours'].should eql(-24)
end
it 'returns integer representation of a zero string float, with no leading digits' do
@course.hours = '.0'
@course['hours'].should eql(0)
end
it 'returns integer representation of a positive string float, with no leading digits' do
@course.hours = '.41'
@course['hours'].should eql(0)
end
it 'returns integer representation of a zero float' do
@course.hours = 0.0
@course['hours'].should eql(0)
end
it 'returns integer representation of a positive float' do
@course.hours = 24.35
@course['hours'].should eql(24)
end
it 'returns integer representation of a negative float' do
@course.hours = -24.35
@course['hours'].should eql(-24)
end
it 'returns integer representation of a zero decimal' do
@course.hours = '0.0'
@course['hours'].should eql(0)
end
it 'returns integer representation of a positive decimal' do
@course.hours = '24.35'
@course['hours'].should eql(24)
end
it 'returns integer representation of a negative decimal' do
@course.hours = '-24.35'
@course['hours'].should eql(-24)
end
[ Object.new, true, '00.0', '0.', '-.0', 'string' ].each do |value|
it "does not typecast non-numeric value #{value.inspect}" do
@course.hours = value
@course['hours'].should equal(value)
end
end
end
describe 'when type primitive is a BigDecimal' do
it 'returns same value if a decimal' do
value = BigDecimal('24.0')
@course.profit = value
@course['profit'].should equal(value)
end
it 'returns decimal representation of a zero string integer' do
@course.profit = '0'
@course['profit'].should eql(BigDecimal('0.0'))
end
it 'returns decimal representation of a positive string integer' do
@course.profit = '24'
@course['profit'].should eql(BigDecimal('24.0'))
end
it 'returns decimal representation of a negative string integer' do
@course.profit = '-24'
@course['profit'].should eql(BigDecimal('-24.0'))
end
it 'returns decimal representation of a zero string float' do
@course.profit = '0.0'
@course['profit'].should eql(BigDecimal('0.0'))
end
it 'returns decimal representation of a positive string float' do
@course.profit = '24.35'
@course['profit'].should eql(BigDecimal('24.35'))
end
it 'returns decimal representation of a negative string float' do
@course.profit = '-24.35'
@course['profit'].should eql(BigDecimal('-24.35'))
end
it 'returns decimal representation of a zero string float, with no leading digits' do
@course.profit = '.0'
@course['profit'].should eql(BigDecimal('0.0'))
end
it 'returns decimal representation of a positive string float, with no leading digits' do
@course.profit = '.41'
@course['profit'].should eql(BigDecimal('0.41'))
end
it 'returns decimal representation of a zero integer' do
@course.profit = 0
@course['profit'].should eql(BigDecimal('0.0'))
end
it 'returns decimal representation of a positive integer' do
@course.profit = 24
@course['profit'].should eql(BigDecimal('24.0'))
end
it 'returns decimal representation of a negative integer' do
@course.profit = -24
@course['profit'].should eql(BigDecimal('-24.0'))
end
it 'returns decimal representation of a zero float' do
@course.profit = 0.0
@course['profit'].should eql(BigDecimal('0.0'))
end
it 'returns decimal representation of a positive float' do
@course.profit = 24.35
@course['profit'].should eql(BigDecimal('24.35'))
end
it 'returns decimal representation of a negative float' do
@course.profit = -24.35
@course['profit'].should eql(BigDecimal('-24.35'))
end
[ Object.new, true, '00.0', '0.', '-.0', 'string' ].each do |value|
it "does not typecast non-numeric value #{value.inspect}" do
@course.profit = value
@course['profit'].should equal(value)
end
end
end
describe 'when type primitive is a DateTime' do
describe 'and value given as a hash with keys like :year, :month, etc' do
it 'builds a DateTime instance from hash values' do
@course.updated_at = {
:year => '2006',
:month => '11',
:day => '23',
:hour => '12',
:min => '0',
:sec => '0'
}
result = @course['updated_at']
result.should be_kind_of(DateTime)
result.year.should eql(2006)
result.month.should eql(11)
result.day.should eql(23)
result.hour.should eql(12)
result.min.should eql(0)
result.sec.should eql(0)
end
end
describe 'and value is a string' do
it 'parses the string' do
@course.updated_at = 'Dec, 2006'
@course['updated_at'].month.should == 12
end
end
it 'does not typecast non-datetime values' do
@course.updated_at = 'not-datetime'
@course['updated_at'].should eql('not-datetime')
end
end
describe 'when type primitive is a Date' do
describe 'and value given as a hash with keys like :year, :month, etc' do
it 'builds a Date instance from hash values' do
@course.started_on = {
:year => '2007',
:month => '3',
:day => '25'
}
result = @course['started_on']
result.should be_kind_of(Date)
result.year.should eql(2007)
result.month.should eql(3)
result.day.should eql(25)
end
end
describe 'and value is a string' do
it 'parses the string' do
@course.started_on = 'Dec 20th, 2006'
@course.started_on.month.should == 12
@course.started_on.day.should == 20
@course.started_on.year.should == 2006
end
end
it 'does not typecast non-date values' do
@course.started_on = 'not-date'
@course['started_on'].should eql('not-date')
end
end
describe 'when type primitive is a Time' do
describe 'and value given as a hash with keys like :year, :month, etc' do
it 'builds a Time instance from hash values' do
@course.ends_at = {
:year => '2006',
:month => '11',
:day => '23',
:hour => '12',
:min => '0',
:sec => '0'
}
result = @course['ends_at']
result.should be_kind_of(Time)
result.year.should eql(2006)
result.month.should eql(11)
result.day.should eql(23)
result.hour.should eql(12)
result.min.should eql(0)
result.sec.should eql(0)
end
end
describe 'and value is a string' do
it 'parses the string' do
t = Time.now
@course.ends_at = t.strftime('%Y/%m/%d %H:%M:%S %z')
@course['ends_at'].year.should eql(t.year)
@course['ends_at'].month.should eql(t.month)
@course['ends_at'].day.should eql(t.day)
@course['ends_at'].hour.should eql(t.hour)
@course['ends_at'].min.should eql(t.min)
@course['ends_at'].sec.should eql(t.sec)
end
end
it 'does not typecast non-time values' do
@course.ends_at = 'not-time'
@course['ends_at'].should eql('not-time')
end
end
describe 'when type primitive is a Class' do
it 'returns same value if a class' do
value = Course
@course.klass = value
@course['klass'].should equal(value)
end
it 'returns the class if found' do
@course.klass = 'Course'
@course['klass'].should eql(Course)
end
it 'does not typecast non-class values' do
@course.klass = 'NoClass'
@course['klass'].should eql('NoClass')
end
end
describe "casting to a boolean value" do
class RootBeerFloat < CouchRest::ExtendedDocument
use_database DB
property :tasty, :cast_as => :boolean
describe 'when type primitive is a Boolean' do
[ true, 'true', 'TRUE', '1', 1, 't', 'T' ].each do |value|
it "returns true when value is #{value.inspect}" do
@course.active = value
@course['active'].should be_true
end
end
it "should add an accessor with a '?' for boolean attributes that returns true or false" do
RootBeerFloat.new(:tasty => true).tasty?.should == true
RootBeerFloat.new(:tasty => 'you bet').tasty?.should == true
RootBeerFloat.new(:tasty => 123).tasty?.should == true
RootBeerFloat.new(:tasty => false).tasty?.should == false
RootBeerFloat.new(:tasty => 'false').tasty?.should == false
RootBeerFloat.new(:tasty => 'FaLsE').tasty?.should == false
RootBeerFloat.new(:tasty => nil).tasty?.should == false
[ false, 'false', 'FALSE', '0', 0, 'f', 'F' ].each do |value|
it "returns false when value is #{value.inspect}" do
@course.active = value
@course['active'].should be_false
end
end
it "should return the real value when the default accessor is used" do
RootBeerFloat.new(:tasty => true).tasty.should == true
RootBeerFloat.new(:tasty => 'you bet').tasty.should == 'you bet'
RootBeerFloat.new(:tasty => 123).tasty.should == 123
RootBeerFloat.new(:tasty => 'false').tasty.should == 'false'
RootBeerFloat.new(:tasty => false).tasty.should == false
RootBeerFloat.new(:tasty => nil).tasty.should == nil
[ 'string', 2, 1.0, BigDecimal('1.0'), DateTime.now, Time.now, Date.today, Class, Object.new, ].each do |value|
it "does not typecast value #{value.inspect}" do
@course.active = value
@course['active'].should equal(value)
end
end
end
end
end
describe "a newly created casted model" do
before(:each) do
reset_test_db!
@cat = Cat.new(:name => 'Toonces')
@squeaky_mouse = CatToy.new(:name => 'Squeaky')
end
describe "assigned assigned to a casted property" do
it "should have casted_by set to its parent" do
@squeaky_mouse.casted_by.should be_nil
@cat.favorite_toy = @squeaky_mouse
@squeaky_mouse.casted_by.should === @cat
end
end
describe "appended to a casted collection" do
it "should have casted_by set to its parent" do
@squeaky_mouse.casted_by.should be_nil
@cat.toys << @squeaky_mouse
@squeaky_mouse.casted_by.should === @cat
@cat.save
@cat.toys.first.casted_by.should === @cat
end
end
describe "list assigned to a casted collection" do
it "should have casted_by set on all elements" do
toy1 = CatToy.new(:name => 'Feather')
toy2 = CatToy.new(:name => 'Mouse')
@cat.toys = [toy1, toy2]
toy1.casted_by.should === @cat
toy2.casted_by.should === @cat
@cat.save
@cat = Cat.get(@cat.id)
@cat.toys[0].casted_by.should === @cat
@cat.toys[1].casted_by.should === @cat
end
end
end