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require_relative 'helper'
describe Pry::WrappedModule do
describe "#initialize" do
it "should raise an exception when a non-module is passed" do
lambda{ Pry::WrappedModule.new(nil) }.should.raise ArgumentError
end
end
describe "candidates" do
before do
class Host
%w(spec/fixtures/candidate_helper1.rb
spec/fixtures/candidate_helper2.rb).each do |file|
binding.eval File.read(file), file, 1
end
# rank 2
class CandidateTest
def test6
end
end
class PitifullyBlank
DEFAULT_TEST = CandidateTest
end
FOREVER_ALONE_LINE = __LINE__ + 1
class ForeverAlone
class DoublyNested
# nested docs
class TriplyNested
def nested_method
end
end
end
end
end
end
describe "number_of_candidates" do
it 'should return the correct number of candidates' do
Pry::WrappedModule(Host::CandidateTest).number_of_candidates.should == 3
end
it 'should return 0 candidates for a class with no nested modules or methods' do
Pry::WrappedModule(Host::PitifullyBlank).number_of_candidates.should == 0
end
it 'should return 1 candidate for a class with a nested module with methods' do
Pry::WrappedModule(Host::ForeverAlone).number_of_candidates.should == 1
end
end
describe "ordering of candidates" do
it 'should return class with largest number of methods as primary candidate' do
Pry::WrappedModule(Host::CandidateTest).candidate(0).file.should =~ /helper1/
end
it 'should return class with second largest number of methods as second ranked candidate' do
Pry::WrappedModule(Host::CandidateTest).candidate(1).file.should =~ /helper2/
end
it 'should return class with third largest number of methods as third ranked candidate' do
Pry::WrappedModule(Host::CandidateTest).candidate(2).file.should =~ /#{__FILE__}/
end
it 'should raise when trying to access non-existent candidate' do
lambda { Pry::WrappedModule(Host::CandidateTest).candidate(3) }.should.raise Pry::CommandError
end
end
describe "source_location" do
it 'should return primary candidates source_location by default' do
wm = Pry::WrappedModule(Host::CandidateTest)
wm.source_location.should == wm.candidate(0).source_location
end
it 'should return the location of the outer module if an inner module has methods' do
wm = Pry::WrappedModule(Host::ForeverAlone)
File.expand_path(wm.source_location.first).should == File.expand_path(__FILE__)
wm.source_location.last.should == Host::FOREVER_ALONE_LINE
end
it 'should return nil if no source_location can be found' do
Pry::WrappedModule(Host::PitifullyBlank).source_location.should == nil
end
end
describe "source" do
it 'should return primary candidates source by default' do
wm = Pry::WrappedModule(Host::CandidateTest)
wm.source.should == wm.candidate(0).source
end
it 'should return source for highest ranked candidate' do
Pry::WrappedModule(Host::CandidateTest).candidate(0).source.should =~ /test1/
end
it 'should return source for second ranked candidate' do
Pry::WrappedModule(Host::CandidateTest).candidate(1).source.should =~ /test4/
end
it 'should return source for third ranked candidate' do
Pry::WrappedModule(Host::CandidateTest).candidate(2).source.should =~ /test6/
end
it 'should return source for deeply nested class' do
Pry::WrappedModule(Host::ForeverAlone::DoublyNested::TriplyNested).source.should =~ /nested_method/
Pry::WrappedModule(Host::ForeverAlone::DoublyNested::TriplyNested).source.lines.count.should == 4
end
end
describe "doc" do
it 'should return primary candidates doc by default' do
wm = Pry::WrappedModule(Host::CandidateTest)
wm.doc.should == wm.candidate(0).doc
end
it 'should return doc for highest ranked candidate' do
Pry::WrappedModule(Host::CandidateTest).candidate(0).doc.should =~ /rank 0/
end
it 'should return doc for second ranked candidate' do
Pry::WrappedModule(Host::CandidateTest).candidate(1).doc.should =~ /rank 1/
end
it 'should return doc for third ranked candidate' do
Pry::WrappedModule(Host::CandidateTest).candidate(2).doc.should =~ /rank 2/
end
it 'should return docs for deeply nested class' do
Pry::WrappedModule(Host::ForeverAlone::DoublyNested::TriplyNested).doc.should =~ /nested docs/
end
end
after do
Object.remove_const(:Host)
end
end
describe ".method_prefix" do
before do
Foo = Class.new
@foo = Foo.new
end
after do
Object.remove_const(:Foo)
end
it "should return Foo# for normal classes" do
Pry::WrappedModule.new(Foo).method_prefix.should == "Foo#"
end
it "should return Bar# for modules" do
Pry::WrappedModule.new(Kernel).method_prefix.should == "Kernel#"
end
it "should return Foo. for singleton classes of classes" do
Pry::WrappedModule.new(class << Foo; self; end).method_prefix.should == "Foo."
end
describe "of singleton classes of objects" do
Pry::WrappedModule.new(class << @foo; self; end).method_prefix.should == "self."
end
describe "of anonymous classes should not be empty" do
Pry::WrappedModule.new(Class.new).method_prefix.should =~ /#<Class:.*>#/
end
describe "of singleton classes of anonymous classes should not be empty" do
Pry::WrappedModule.new(class << Class.new; self; end).method_prefix.should =~ /#<Class:.*>./
end
end
describe ".singleton_class?" do
it "should be true for singleton classes" do
Pry::WrappedModule.new(class << ""; self; end).singleton_class?.should == true
end
it "should be false for normal classes" do
Pry::WrappedModule.new(Class.new).singleton_class?.should == false
end
it "should be false for modules" do
Pry::WrappedModule.new(Module.new).singleton_class?.should == false
end
end
describe ".singleton_instance" do
it "should raise an exception when called on a non-singleton-class" do
lambda{ Pry::WrappedModule.new(Class).singleton_instance }.should.raise ArgumentError
end
it "should return the attached object" do
Pry::WrappedModule.new(class << "hi"; self; end).singleton_instance.should == "hi"
Pry::WrappedModule.new(class << Object; self; end).singleton_instance.should.equal?(Object)
end
end
describe ".super" do
describe "receiver is a class" do
before do
@a = Class.new
@m = Module.new
@b = Class.new(@a)
@b.send(:include, @m)
@c = Class.new(@b)
end
it 'should return superclass for a wrapped class' do
Pry::WrappedModule(@c).super.wrapped.should == @b
end
it 'should return nth superclass for a wrapped class' do
d = Class.new(@c)
Pry::WrappedModule(d).super(2).wrapped.should == @b
end
it 'should ignore modules when retrieving nth superclass' do
Pry::WrappedModule(@c).super(2).wrapped.should == @a
end
it 'should return nil when no nth superclass exists' do
Pry::WrappedModule(@c).super(10).should == nil
end
it 'should return self when .super(0) is used' do
c = Pry::WrappedModule(@c)
c.super(0).should == c
end
end
describe "receiver is a module" do
before do
@m1 = Module.new
@m2 = Module.new.tap { |v| v.send(:include, @m1) }
@m3 = Module.new.tap { |v| v.send(:include, @m2) }
end
it 'should not ignore modules when retrieving supers' do
Pry::WrappedModule(@m3).super.wrapped.should == @m2
end
it 'should retrieve nth super' do
Pry::WrappedModule(@m3).super(2).wrapped.should == @m1
end
it 'should return self when .super(0) is used' do
m = Pry::WrappedModule(@m1)
m.super(0).should == m
end
end
end
describe ".from_str" do
it 'should lookup a constant' do
m = Pry::WrappedModule.from_str("Host::CandidateTest", binding)
m.wrapped.should == Host::CandidateTest
end
it 'should lookup a local' do
local = Host::CandidateTest
m = Pry::WrappedModule.from_str("local", binding)
m.wrapped.should == Host::CandidateTest
end
it 'should lookup an ivar' do
@ivar = Host::CandidateTest
m = Pry::WrappedModule.from_str("@ivar", binding)
m.wrapped.should == Host::CandidateTest
end
end
end
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