spec/float_spec.rb in bindata-1.4.3 vs spec/float_spec.rb in bindata-1.4.4

@@ -4,34 +4,34 @@
 require 'bindata/float'
 
 describe "A FloatLe" do
   subject { BinData::FloatLe.new(Math::PI) }
 
-  its(:num_bytes) { should == 4 }
-  its(:to_binary_s) { should == [Math::PI].pack('e') }
-  its(:value_read_from_written) { should be_close(Math::PI, 0.000001) }
+  its(:num_bytes)               { should == 4 }
+  its(:to_binary_s)             { should == [Math::PI].pack('e') }
+  its(:value_read_from_written) { should be_within(0.000001).of(Math::PI) }
 end
 
 describe "A FloatBe" do
   subject { BinData::FloatBe.new(Math::PI) }
 
-  its(:num_bytes) { should == 4 }
-  its(:to_binary_s) { should == [Math::PI].pack('g') }
-  its(:value_read_from_written) { should be_close(Math::PI, 0.000001) }
+  its(:num_bytes)               { should == 4 }
+  its(:to_binary_s)             { should == [Math::PI].pack('g') }
+  its(:value_read_from_written) { should be_within(0.000001).of(Math::PI) }
 end
 
 describe "A DoubleLe" do
   subject { BinData::DoubleLe.new(Math::PI) }
 
-  its(:num_bytes) { should == 8 }
-  its(:to_binary_s) { should == [Math::PI].pack('E') }
-  its(:value_read_from_written) { should be_close(Math::PI, 0.0000000000000001) }
+  its(:num_bytes)               { should == 8 }
+  its(:to_binary_s)             { should == [Math::PI].pack('E') }
+  its(:value_read_from_written) { should be_within(0.0000000000000001).of(Math::PI) }
 end
 
 
 describe "A DoubleBe" do
   subject { BinData::DoubleBe.new(Math::PI) }
 
-  its(:num_bytes) { should == 8 }
-  its(:to_binary_s) { should == [Math::PI].pack('G') }
-  its(:value_read_from_written) { should be_close(Math::PI, 0.0000000000000001) }
+  its(:num_bytes)               { should == 8 }
+  its(:to_binary_s)             { should == [Math::PI].pack('G') }
+  its(:value_read_from_written) { should be_within(0.0000000000000001).of(Math::PI) }
 end