test/tabular_test.rb in iostreams-1.1.0 vs test/tabular_test.rb in iostreams-1.1.1

@@ -1,258 +1,258 @@
-require_relative 'test_helper'
+require_relative "test_helper"
 
 class TabularTest < Minitest::Test
   describe IOStreams::Tabular do
     let :format do
       :csv
     end
 
     let :tabular do
-      IOStreams::Tabular.new(columns: ['first_field', 'second', 'third'], format: format)
+      IOStreams::Tabular.new(columns: %w[first_field second third], format: format)
     end
 
-    describe '#parse_header' do
-      it 'parses and sets the csv header' do
+    describe "#parse_header" do
+      it "parses and sets the csv header" do
         tabular = IOStreams::Tabular.new(format: :csv)
-        header  = tabular.parse_header('first field,Second,thirD')
-        assert_equal ['first field', 'Second', 'thirD'], header
+        header  = tabular.parse_header("first field,Second,thirD")
+        assert_equal ["first field", "Second", "thirD"], header
         assert_equal header, tabular.header.columns
       end
     end
 
-    describe '#cleanse_header!' do
-      describe 'cleanses' do
-        it 'a csv header' do
-          tabular = IOStreams::Tabular.new(columns: ['first field', 'Second', 'thirD'])
+    describe "#cleanse_header!" do
+      describe "cleanses" do
+        it "a csv header" do
+          tabular = IOStreams::Tabular.new(columns: ["first field", "Second", "thirD"])
           header  = tabular.cleanse_header!
-          assert_equal ['first_field', "second", "third"], header
+          assert_equal %w[first_field second third], header
           assert_equal header, tabular.header.columns
         end
 
-        it 'white listed snake cased alphanumeric columns' do
-          tabular         = IOStreams::Tabular.new(
-            columns:         ['Ard Vark', 'password', 'robot version', '$$$'],
-            allowed_columns: %w( ard_vark robot_version )
+        it "white listed snake cased alphanumeric columns" do
+          tabular = IOStreams::Tabular.new(
+            columns:         ["Ard Vark", "password", "robot version", "$$$"],
+            allowed_columns: %w[ard_vark robot_version]
           )
-          expected_header = ['ard_vark', nil, 'robot_version', nil]
+          expected_header = ["ard_vark", nil, "robot_version", nil]
           cleansed_header = tabular.cleanse_header!
           assert_equal(expected_header, cleansed_header)
         end
       end
 
-      describe 'allowed_columns' do
+      describe "allowed_columns" do
         before do
-          @allowed_columns = ['first', 'second', 'third', 'fourth', 'fifth']
+          @allowed_columns = %w[first second third fourth fifth]
         end
 
-        it 'passes' do
-          tabular = IOStreams::Tabular.new(columns: ['   first ', 'Second', 'thirD   '], allowed_columns: @allowed_columns)
+        it "passes" do
+          tabular = IOStreams::Tabular.new(columns: ["   first ", "Second", "thirD   "], allowed_columns: @allowed_columns)
           header  = tabular.cleanse_header!
-          assert_equal ['first', 'second', 'third'], header
+          assert_equal %w[first second third], header
           assert_equal header, tabular.header.columns
           assert_equal @allowed_columns, tabular.header.allowed_columns
         end
 
-        it 'nils columns not in the whitelist' do
-          tabular = IOStreams::Tabular.new(columns: ['   first ', 'Unknown Column', 'thirD   '], allowed_columns: @allowed_columns)
+        it "nils columns not in the whitelist" do
+          tabular = IOStreams::Tabular.new(columns: ["   first ", "Unknown Column", "thirD   "], allowed_columns: @allowed_columns)
           header  = tabular.cleanse_header!
-          assert_equal ['first', nil, 'third'], header
+          assert_equal ["first", nil, "third"], header
         end
 
-        it 'raises exception for columns not in the whitelist' do
-          tabular = IOStreams::Tabular.new(columns: ['   first ', 'Unknown Column', 'thirD   '], allowed_columns: @allowed_columns, skip_unknown: false)
+        it "raises exception for columns not in the whitelist" do
+          tabular = IOStreams::Tabular.new(columns: ["   first ", "Unknown Column", "thirD   "], allowed_columns: @allowed_columns, skip_unknown: false)
           exc     = assert_raises IOStreams::Errors::InvalidHeader do
             tabular.cleanse_header!
           end
-          assert_equal 'Unknown columns after cleansing: Unknown Column', exc.message
+          assert_equal "Unknown columns after cleansing: Unknown Column", exc.message
         end
 
-        it 'raises exception missing required columns' do
-          required = ['first', 'second', 'fifth']
-          tabular  = IOStreams::Tabular.new(columns: ['   first ', 'Second', 'thirD   '], allowed_columns: @allowed_columns, required_columns: required)
+        it "raises exception missing required columns" do
+          required = %w[first second fifth]
+          tabular  = IOStreams::Tabular.new(columns: ["   first ", "Second", "thirD   "], allowed_columns: @allowed_columns, required_columns: required)
           exc      = assert_raises IOStreams::Errors::InvalidHeader do
             tabular.cleanse_header!
           end
-          assert_equal 'Missing columns after cleansing: fifth', exc.message
+          assert_equal "Missing columns after cleansing: fifth", exc.message
         end
 
-        it 'raises exception when no columns left' do
-          tabular = IOStreams::Tabular.new(columns: ['one', 'two', 'three'], allowed_columns: @allowed_columns)
+        it "raises exception when no columns left" do
+          tabular = IOStreams::Tabular.new(columns: %w[one two three], allowed_columns: @allowed_columns)
           exc     = assert_raises IOStreams::Errors::InvalidHeader do
             tabular.cleanse_header!
           end
-          assert_equal 'All columns are unknown after cleansing: one,two,three', exc.message
+          assert_equal "All columns are unknown after cleansing: one,two,three", exc.message
         end
       end
     end
 
-    describe '#record_parse' do
-      describe ':array format' do
+    describe "#record_parse" do
+      describe ":array format" do
         let :format do
           :array
         end
 
-        it 'renders' do
+        it "renders" do
           assert hash = tabular.record_parse([1, 2, 3])
-          assert_equal({'first_field' => 1, 'second' => 2, 'third' => 3}, hash)
+          assert_equal({"first_field" => 1, "second" => 2, "third" => 3}, hash)
         end
       end
 
-      it 'format :csv' do
-        assert hash = tabular.record_parse('1,2,3')
-        assert_equal({'first_field' => '1', 'second' => '2', 'third' => '3'}, hash)
+      it "format :csv" do
+        assert hash = tabular.record_parse("1,2,3")
+        assert_equal({"first_field" => "1", "second" => "2", "third" => "3"}, hash)
       end
 
-      describe ':hash format' do
+      describe ":hash format" do
         let :format do
           :hash
         end
 
-        it 'renders' do
-          assert hash = tabular.record_parse('first_field' => 1, 'second' => 2, 'third' => 3)
-          assert_equal({'first_field' => 1, 'second' => 2, 'third' => 3}, hash)
+        it "renders" do
+          assert hash = tabular.record_parse("first_field" => 1, "second" => 2, "third" => 3)
+          assert_equal({"first_field" => 1, "second" => 2, "third" => 3}, hash)
         end
       end
 
-      describe ':json format' do
+      describe ":json format" do
         let :format do
           :json
         end
 
-        it 'renders' do
+        it "renders" do
           assert hash = tabular.record_parse('{"first_field":1,"second":2,"third":3}')
-          assert_equal({'first_field' => 1, 'second' => 2, 'third' => 3}, hash)
+          assert_equal({"first_field" => 1, "second" => 2, "third" => 3}, hash)
         end
       end
 
-      describe ':psv format' do
+      describe ":psv format" do
         let :format do
           :psv
         end
 
-        it 'renders' do
-          assert hash = tabular.record_parse('1|2|3')
-          assert_equal({'first_field' => '1', 'second' => '2', 'third' => '3'}, hash)
+        it "renders" do
+          assert hash = tabular.record_parse("1|2|3")
+          assert_equal({"first_field" => "1", "second" => "2", "third" => "3"}, hash)
         end
       end
 
-      describe ':fixed format' do
+      describe ":fixed format" do
         let :tabular do
           layout = [
-            {key: 'name', size: 23},
-            {key: 'address', size: 40},
-            {key: 'zip', size: 5}
+            {key: "name", size: 23},
+            {key: "address", size: 40},
+            {key: "zip", size: 5}
           ]
           IOStreams::Tabular.new(format: :fixed, format_options: {layout: layout})
         end
 
-        it 'parses to hash' do
-          assert hash = tabular.record_parse('Jack                   over there                              34618')
-          assert_equal({'name' => 'Jack', 'address' => 'over there', 'zip' => '34618'}, hash)
+        it "parses to hash" do
+          assert hash = tabular.record_parse("Jack                   over there                              34618")
+          assert_equal({"name" => "Jack", "address" => "over there", "zip" => "34618"}, hash)
         end
 
-        it 'parses short string' do
+        it "parses short string" do
           # TODO: Raise exception on lines that are too short?
-          assert hash = tabular.record_parse('Jack                   over th')
-          assert_equal({'name' => 'Jack', 'address' => 'over th', 'zip' => ''}, hash)
+          assert hash = tabular.record_parse("Jack                   over th")
+          assert_equal({"name" => "Jack", "address" => "over th", "zip" => ""}, hash)
         end
 
-        it 'parses longer string' do
+        it "parses longer string" do
           # TODO: Raise exception on lines that are too long?
-          assert hash = tabular.record_parse('Jack                   over there                              34618........................................')
-          assert_equal({'name' => 'Jack', 'address' => 'over there', 'zip' => '34618'}, hash)
+          assert hash = tabular.record_parse("Jack                   over there                              34618........................................")
+          assert_equal({"name" => "Jack", "address" => "over there", "zip" => "34618"}, hash)
         end
 
-        it 'parses empty strings' do
-          assert hash = tabular.record_parse('                                                               34618')
-          assert_equal({'name' => '', 'address' => '', 'zip' => '34618'}, hash)
+        it "parses empty strings" do
+          assert hash = tabular.record_parse("                                                               34618")
+          assert_equal({"name" => "", "address" => "", "zip" => "34618"}, hash)
         end
 
-        it 'parses nil data as nil' do
+        it "parses nil data as nil" do
           refute tabular.record_parse(nil)
         end
 
-        it 'parses empty string as nil' do
-          refute tabular.record_parse('')
+        it "parses empty string as nil" do
+          refute tabular.record_parse("")
         end
       end
 
-      it 'skips columns not in the whitelist' do
-        tabular.header.allowed_columns = ['first', 'second', 'third', 'fourth', 'fifth']
+      it "skips columns not in the whitelist" do
+        tabular.header.allowed_columns = %w[first second third fourth fifth]
         tabular.cleanse_header!
-        assert hash = tabular.record_parse('1,2,3')
-        assert_equal({'second' => '2', 'third' => '3'}, hash)
+        assert hash = tabular.record_parse("1,2,3")
+        assert_equal({"second" => "2", "third" => "3"}, hash)
       end
 
-      it 'handles missing values' do
-        assert hash = tabular.record_parse('1,2')
-        assert_equal({'first_field' => '1', 'second' => '2', 'third' => nil}, hash)
+      it "handles missing values" do
+        assert hash = tabular.record_parse("1,2")
+        assert_equal({"first_field" => "1", "second" => "2", "third" => nil}, hash)
       end
     end
 
-    describe '#render' do
-      it 'renders an array of values' do
+    describe "#render" do
+      it "renders an array of values" do
         assert csv_string = tabular.render([5, 6, 9])
-        assert_equal '5,6,9', csv_string
+        assert_equal "5,6,9", csv_string
       end
 
-      it 'renders a hash' do
-        assert csv_string = tabular.render({'third' => '3', 'first_field' => '1'})
-        assert_equal '1,,3', csv_string
+      it "renders a hash" do
+        assert csv_string = tabular.render({"third" => "3", "first_field" => "1"})
+        assert_equal "1,,3", csv_string
       end
 
-      it 'renders a hash including nil and boolean' do
-        assert csv_string = tabular.render({'third' => true, 'first_field' => false, 'second' => nil})
-        assert_equal 'false,,true', csv_string
+      it "renders a hash including nil and boolean" do
+        assert csv_string = tabular.render({"third" => true, "first_field" => false, "second" => nil})
+        assert_equal "false,,true", csv_string
       end
 
-      describe ':psv format' do
+      describe ":psv format" do
         let :format do
           :psv
         end
 
-        it 'renders psv nil and boolean' do
-          assert psv_string = tabular.render({'third' => true, 'first_field' => false, 'second' => nil})
-          assert_equal 'false||true', psv_string
+        it "renders psv nil and boolean" do
+          assert psv_string = tabular.render({"third" => true, "first_field" => false, "second" => nil})
+          assert_equal "false||true", psv_string
         end
 
-        it 'renders psv numeric and pipe data' do
-          assert psv_string = tabular.render({'third' => 23, 'first_field' => 'a|b|c', 'second' => '|'})
-          assert_equal 'a:b:c|:|23', psv_string
+        it "renders psv numeric and pipe data" do
+          assert psv_string = tabular.render({"third" => 23, "first_field" => "a|b|c", "second" => "|"})
+          assert_equal "a:b:c|:|23", psv_string
         end
       end
 
-      describe ':fixed format' do
+      describe ":fixed format" do
         let :tabular do
           layout = [
-            {key: 'name', size: 23},
-            {key: 'address', size: 40},
-            {key: 'zip', size: 5}
+            {key: "name", size: 23},
+            {key: "address", size: 40},
+            {key: "zip", size: 5}
           ]
           IOStreams::Tabular.new(format: :fixed, format_options: {layout: layout})
         end
 
-        it 'renders fixed data' do
-          assert string = tabular.render({'name' => 'Jack', 'address' => 'over there', 'zip' => 34618, 'phone' => '5551231234'})
-          assert_equal 'Jack                   over there                              34618', string
+        it "renders fixed data" do
+          assert string = tabular.render({"name" => "Jack", "address" => "over there", "zip" => 34_618, "phone" => "5551231234"})
+          assert_equal "Jack                   over there                              34618", string
         end
 
-        it 'truncates long data' do
-          assert string = tabular.render({'name' => 'Jack', 'address' => 'over there', 'zip' => 3461832653653265, 'phone' => '5551231234'})
-          assert_equal 'Jack                   over there                              34618', string
+        it "truncates long data" do
+          assert string = tabular.render({"name" => "Jack", "address" => "over there", "zip" => 3_461_832_653_653_265, "phone" => "5551231234"})
+          assert_equal "Jack                   over there                              34618", string
         end
 
-        it 'renders nil as empty string' do
-          assert string = tabular.render('zip' => 3461832653653265)
-          assert_equal '                                                               34618', string
+        it "renders nil as empty string" do
+          assert string = tabular.render("zip" => 3_461_832_653_653_265)
+          assert_equal "                                                               34618", string
         end
 
-        it 'renders boolean' do
-          assert string = tabular.render({'name' => true, 'address' => false, 'zip' => nil, 'phone' => '5551231234'})
-          assert_equal 'true                   false                                        ', string
+        it "renders boolean" do
+          assert string = tabular.render({"name" => true, "address" => false, "zip" => nil, "phone" => "5551231234"})
+          assert_equal "true                   false                                        ", string
         end
 
-        it 'renders no data as nil' do
+        it "renders no data as nil" do
           refute tabular.render({})
         end
       end
     end
   end