test/text_test.rb in ray-0.1.0.pre1 vs test/text_test.rb in ray-0.1.0

- old
+ new

@@ -2,68 +2,57 @@ require File.expand_path(File.dirname(__FILE__)) + '/helpers.rb' context "a text" do setup { Ray::Text.new "Hello world!" } - asserts(:content).equals "Hello world!" + asserts(:string).equals "Hello world!" - asserts(:style).equals Ray::Font::STYLE_NORMAL - - asserts(:pos).equals Ray::Vector2[0, 0] - asserts(:scale).equals Ray::Vector2[1, 1] - asserts(:angle).equals 0 - - asserts(:character_size).equals 12 - + asserts(:style).equals Ray::Text::Normal + asserts(:size).equals 12 asserts(:color).equals Ray::Color.white context "after changing style" do hookup { topic.style = [:bold, :italic] } - asserts(:style).equals Ray::Font::STYLE_BOLD | Ray::Font::STYLE_ITALIC + asserts(:style).equals Ray::Text::Bold | Ray::Text::Italic end context "after changing string" do hookup do - topic.encoding = "utf-8" # Would be required in 1.8 (but utf-8 is the default) - topic.content = "héllo" + topic.string = "héllo" end - asserts(:encoding).matches /utf-8/i - asserts(:content).equals "héllo" - end + asserts(:encoding).matches(/utf-8/i) + asserts(:string).equals "héllo" - context "after changing position" do - hookup { topic.pos = [13, 22] } - asserts(:pos).equals Ray::Vector2[13, 22] - end + context "copied" do + setup { topic.dup } - context "after changing angle" do - hookup { topic.angle = 90 } - asserts(:angle).equals 90 - end + asserts(:style).equals Ray::Text::Normal + asserts(:size).equals 12 + asserts(:color).equals Ray::Color.white - context "after changing scale" do - hookup { topic.scale = [2, 10] } - asserts(:scale).equals Ray::Vector2[2, 10] + asserts(:encoding).matches(/utf-8/i) + asserts(:string).equals "héllo" + end end context "after changing character size" do - hookup { topic.character_size = 120 } - asserts(:character_size).equals 120 + hookup { topic.size = 30 } + asserts(:size).equals 30 end - context "with another position and scale" do + context "rect with another position and scale" do hookup do topic.pos = [10, 20] topic.scale = [2, 10] end asserts("position of the rect") { topic.rect.pos }.equals Ray::Vector2[10, 20] asserts("size / size without scale") { - scaled_size = topic.size + scaled_size = topic.rect.size topic.scale = [1, 1] - size = topic.size + size = topic.rect.size topic.scale = [2, 10] scaled_size / size }.equals Ray::Vector2[2, 10] end