couchrest_model/spec/couchrest/property_spec.rb

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# encoding: utf-8
require File.expand_path('../../spec_helper', __FILE__)
require File.join(FIXTURE_PATH, 'more', 'cat')
require File.join(FIXTURE_PATH, 'more', 'person')
require File.join(FIXTURE_PATH, 'more', 'card')
require File.join(FIXTURE_PATH, 'more', 'invoice')
require File.join(FIXTURE_PATH, 'more', 'service')
require File.join(FIXTURE_PATH, 'more', 'event')
require File.join(FIXTURE_PATH, 'more', 'user')
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require File.join(FIXTURE_PATH, 'more', 'course')
describe "Model properties" do
before(:each) do
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reset_test_db!
@card = Card.new(:first_name => "matt")
end
it "should be accessible from the object" do
@card.properties.should be_an_instance_of(Array)
@card.properties.map{|p| p.name}.should include("first_name")
end
it "should let you access a property value (getter)" do
@card.first_name.should == "matt"
end
it "should let you set a property value (setter)" do
@card.last_name = "Aimonetti"
@card.last_name.should == "Aimonetti"
end
it "should not let you set a property value if it's read only" do
lambda{@card.read_only_value = "test"}.should raise_error
end
it "should let you use an alias for an attribute" do
@card.last_name = "Aimonetti"
@card.family_name.should == "Aimonetti"
@card.family_name.should == @card.last_name
end
it "should let you use an alias for a casted attribute" do
@card.cast_alias = Person.new(:name => ["Aimonetti"])
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@card.cast_alias.name.should == ["Aimonetti"]
@card.calias.name.should == ["Aimonetti"]
card = Card.new(:first_name => "matt", :cast_alias => {:name => ["Aimonetti"]})
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card.cast_alias.name.should == ["Aimonetti"]
card.calias.name.should == ["Aimonetti"]
end
it "should be auto timestamped" do
@card.created_at.should be_nil
@card.updated_at.should be_nil
@card.save.should be_true
@card.created_at.should_not be_nil
@card.updated_at.should_not be_nil
end
describe '#read_attribute' do
it "should let you use read_attribute method" do
@card.last_name = "Aimonetti"
@card.read_attribute(:last_name).should eql('Aimonetti')
@card.read_attribute('last_name').should eql('Aimonetti')
last_name_prop = @card.properties.find{|p| p.name == 'last_name'}
@card.read_attribute(last_name_prop).should eql('Aimonetti')
end
it 'should raise an error if the property does not exist' do
expect { @card.read_attribute(:this_property_should_not_exist) }.to raise_error(ArgumentError)
end
end
describe '#write_attribute' do
it "should let you use write_attribute method" do
@card.write_attribute(:last_name, 'Aimonetti 1')
@card.last_name.should eql('Aimonetti 1')
@card.write_attribute('last_name', 'Aimonetti 2')
@card.last_name.should eql('Aimonetti 2')
last_name_prop = @card.properties.find{|p| p.name == 'last_name'}
@card.write_attribute(last_name_prop, 'Aimonetti 3')
@card.last_name.should eql('Aimonetti 3')
end
it 'should raise an error if the property does not exist' do
expect { @card.write_attribute(:this_property_should_not_exist, 823) }.to raise_error(ArgumentError)
end
it "should let you use write_attribute on readonly properties" do
lambda {
@card.read_only_value = "foo"
}.should raise_error
@card.write_attribute(:read_only_value, "foo")
@card.read_only_value.should == 'foo'
end
it "should cast via write_attribute" do
@card.write_attribute(:cast_alias, {:name => ["Sam", "Lown"]})
@card.cast_alias.class.should eql(Person)
@card.cast_alias.name.last.should eql("Lown")
end
it "should not cast via write_attribute if property not casted" do
@card.write_attribute(:first_name, {:name => "Sam"})
@card.first_name.class.should eql(Hash)
@card.first_name[:name].should eql("Sam")
end
end
describe "mass updating attributes without property" do
describe "when mass_assign_any_attribute false" do
it "should not allow them to be set" do
@card.attributes = {:test => 'fooobar'}
@card['test'].should be_nil
end
end
describe "when mass_assign_any_attribute true" do
before(:each) do
# dup Card class so that no other tests are effected
card_class = Card.dup
card_class.class_eval do
mass_assign_any_attribute true
end
@card = card_class.new(:first_name => 'Sam')
end
it 'should allow them to be updated' do
@card.attributes = {:test => 'fooobar'}
@card['test'].should eql('fooobar')
end
end
end
describe "mass assignment protection" do
it "should not store protected attribute using mass assignment" do
cat_toy = CatToy.new(:name => "Zorro")
cat = Cat.create(:name => "Helena", :toys => [cat_toy], :favorite_toy => cat_toy, :number => 1)
cat.number.should be_nil
cat.number = 1
cat.save
cat.number.should == 1
end
it "should not store protected attribute when 'declare accessible poperties, assume all the rest are protected'" do
user = User.create(:name => "Marcos Tapajós", :admin => true)
user.admin.should be_nil
end
it "should not store protected attribute when 'declare protected properties, assume all the rest are accessible'" do
user = SpecialUser.create(:name => "Marcos Tapajós", :admin => true)
user.admin.should be_nil
end
end
describe "validation" do
before(:each) do
@invoice = Invoice.new(:client_name => "matt", :employee_name => "Chris", :location => "San Diego, CA")
end
it "should be able to be validated" do
@card.valid?.should == true
end
it "should let you validate the presence of an attribute" do
@card.first_name = nil
@card.should_not be_valid
@card.errors.should_not be_empty
@card.errors[:first_name].should == ["can't be blank"]
end
it "should let you look up errors for a field by a string name" do
@card.first_name = nil
@card.should_not be_valid
@card.errors['first_name'].should == ["can't be blank"]
end
it "should validate the presence of 2 attributes" do
@invoice.clear
@invoice.should_not be_valid
@invoice.errors.should_not be_empty
@invoice.errors[:client_name].should == ["can't be blank"]
@invoice.errors[:employee_name].should_not be_empty
end
it "should let you set an error message" do
@invoice.location = nil
@invoice.valid?
@invoice.errors[:location].should == ["Hey stupid!, you forgot the location"]
end
it "should validate before saving" do
@invoice.location = nil
@invoice.should_not be_valid
@invoice.save.should be_false
@invoice.should be_new
end
end
describe "casting" do
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before(:each) do
@course = Course.new(:title => 'Relaxation')
end
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describe "when value is nil" do
it "leaves the value unchanged" do
@course.title = nil
@course['title'].should == nil
end
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end
describe "when type primitive is an Object" do
it "it should not cast given value" do
@course.participants = [{}, 'q', 1]
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@course['participants'].should == [{}, 'q', 1]
end
it "should cast started_on to Date" do
@course.started_on = Date.today
@course['started_on'].should be_an_instance_of(Date)
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end
end
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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)
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end
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it "it casts to string representation of the value" do
@course.title = 1.0
@course['title'].should eql("1.0")
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end
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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)
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end
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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
it 'return float of a number with commas instead of points for decimals' do
@course.estimate = '23,35'
@course['estimate'].should eql(23.35)
end
it "should handle numbers with commas and points" do
@course.estimate = '1,234.00'
@course.estimate.should eql(1234.00)
end
it "should handle a mis-match of commas and points and maintain the last one" do
@course.estimate = "1,232.434.123,323"
@course.estimate.should eql(1232434123.323)
end
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[ 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
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end
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end
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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
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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
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it 'returns integer representation of a positive decimal' do
@course.hours = '24.35'
@course['hours'].should eql(24)
end
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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
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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
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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
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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
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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
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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
it 'parses the string without offset' do
t = Time.now
@course.ends_at = t.strftime("%Y-%m-%d %H:%M:%S")
@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)
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@course['ends_at'].min.should eql(t.min)
@course['ends_at'].sec.should eql(t.sec)
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end
end
it 'does not typecast non-time values' do
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@course.ends_at = 'not-time'
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@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')
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end
end
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describe 'when type primitive is a Boolean' do
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[ 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
[ 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
[ '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
it "should respond to requests with ? modifier" do
@course.active = nil
@course.active?.should be_false
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@course.active = false
@course.active?.should be_false
@course.active = true
@course.active?.should be_true
end
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it "should respond to requests with ? modifier on TrueClass" do
@course.very_active = nil
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@course.very_active?.should be_false
@course.very_active = false
@course.very_active?.should be_false
@course.very_active = true
@course.very_active?.should be_true
end
end
end
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end
describe "properties of array of casted models" do
before(:each) do
@course = Course.new :title => 'Test Course'
end
it "should allow attribute to be set from an array of objects" do
@course.questions = [Question.new(:q => "works?"), Question.new(:q => "Meaning of Life?")]
@course.questions.length.should eql(2)
end
it "should allow attribute to be set from an array of hashes" do
@course.questions = [{:q => "works?"}, {:q => "Meaning of Life?"}]
@course.questions.length.should eql(2)
@course.questions.last.q.should eql("Meaning of Life?")
@course.questions.last.class.should eql(Question) # typecasting
end
it "should allow attribute to be set from hash with ordered keys and objects" do
@course.questions = { '0' => Question.new(:q => "Test1"), '1' => Question.new(:q => 'Test2') }
@course.questions.length.should eql(2)
@course.questions.last.q.should eql('Test2')
@course.questions.last.class.should eql(Question)
end
it "should allow attribute to be set from hash with ordered keys and sub-hashes" do
@course.questions = { '0' => {:q => "Test1"}, '1' => {:q => 'Test2'} }
@course.questions.length.should eql(2)
@course.questions.last.q.should eql('Test2')
@course.questions.last.class.should eql(Question)
end
it "should allow attribute to be set from hash with ordered keys and HashWithIndifferentAccess" do
# This is similar to what you'd find in an HTML POST parameters
hash = HashWithIndifferentAccess.new({ '0' => {:q => "Test1"}, '1' => {:q => 'Test2'} })
@course.questions = hash
@course.questions.length.should eql(2)
@course.questions.last.q.should eql('Test2')
@course.questions.last.class.should eql(Question)
end
it "should raise an error if attempting to set single value for array type" do
lambda {
@course.questions = Question.new(:q => 'test1')
}.should raise_error
end
end
describe "a casted model retrieved from the database" do
before(:each) do
reset_test_db!
@cat = Cat.new(:name => 'Stimpy')
@cat.favorite_toy = CatToy.new(:name => 'Stinky')
@cat.toys << CatToy.new(:name => 'Feather')
@cat.toys << CatToy.new(:name => 'Mouse')
@cat.save
@cat = Cat.get(@cat.id)
end
describe "as a casted property" do
it "should already be casted_by its parent" do
@cat.favorite_toy.casted_by.should === @cat
end
end
describe "from a casted collection" do
it "should already be casted_by its parent" do
@cat.toys[0].casted_by.should === @cat
@cat.toys[1].casted_by.should === @cat
end
end
end
describe "Property Class" do
it "should provide name as string" do
property = CouchRest::Model::Property.new(:test, String)
property.name.should eql('test')
property.to_s.should eql('test')
end
it "should provide class from type" do
property = CouchRest::Model::Property.new(:test, String)
property.type_class.should eql(String)
end
it "should provide base class from type in array" do
property = CouchRest::Model::Property.new(:test, [String])
property.type_class.should eql(String)
end
it "should raise error if type as string requested" do
lambda {
property = CouchRest::Model::Property.new(:test, 'String')
}.should raise_error
end
it "should leave type nil and return class as nil also" do
property = CouchRest::Model::Property.new(:test, nil)
property.type.should be_nil
property.type_class.should be_nil
end
it "should convert empty type array to [Object]" do
property = CouchRest::Model::Property.new(:test, [])
property.type_class.should eql(Object)
end
it "should set init method option or leave as 'new'" do
# (bad example! Time already typecast)
property = CouchRest::Model::Property.new(:test, Time)
property.init_method.should eql('new')
property = CouchRest::Model::Property.new(:test, Time, :init_method => 'parse')
property.init_method.should eql('parse')
end
## Property Casting method. More thoroughly tested earlier.
describe "casting" do
it "should cast a value" do
property = CouchRest::Model::Property.new(:test, Date)
parent = mock("FooObject")
property.cast(parent, "2010-06-16").should eql(Date.new(2010, 6, 16))
property.cast_value(parent, "2010-06-16").should eql(Date.new(2010, 6, 16))
end
it "should cast an array of values" do
property = CouchRest::Model::Property.new(:test, [Date])
parent = mock("FooObject")
property.cast(parent, ["2010-06-01", "2010-06-02"]).should eql([Date.new(2010, 6, 1), Date.new(2010, 6, 2)])
end
it "should set a CastedArray on array of Objects" do
property = CouchRest::Model::Property.new(:test, [Object])
parent = mock("FooObject")
property.cast(parent, ["2010-06-01", "2010-06-02"]).class.should eql(CouchRest::Model::CastedArray)
end
it "should not set a CastedArray on array of Strings" do
property = CouchRest::Model::Property.new(:test, [String])
parent = mock("FooObject")
property.cast(parent, ["2010-06-01", "2010-06-02"]).class.should_not eql(CouchRest::Model::CastedArray)
end
it "should raise and error if value is array when type is not" do
property = CouchRest::Model::Property.new(:test, Date)
parent = mock("FooClass")
lambda {
cast = property.cast(parent, [Date.new(2010, 6, 1)])
}.should raise_error
end
it "should set parent as casted_by object in CastedArray" do
property = CouchRest::Model::Property.new(:test, [Object])
parent = mock("FooObject")
property.cast(parent, ["2010-06-01", "2010-06-02"]).casted_by.should eql(parent)
end
it "should set casted_by on new value" do
property = CouchRest::Model::Property.new(:test, CatToy)
parent = mock("CatObject")
cast = property.cast(parent, {:name => 'catnip'})
cast.casted_by.should eql(parent)
end
end
end