diff options
Diffstat (limited to 'activerecord/test/cases')
| -rw-r--r-- | activerecord/test/cases/column_test.rb | 159 | ||||
| -rw-r--r-- | activerecord/test/cases/types_test.rb | 159 |
2 files changed, 159 insertions, 159 deletions
diff --git a/activerecord/test/cases/column_test.rb b/activerecord/test/cases/column_test.rb deleted file mode 100644 index 3257f5bed8..0000000000 --- a/activerecord/test/cases/column_test.rb +++ /dev/null @@ -1,159 +0,0 @@ -require "cases/helper" -require 'models/company' - -module ActiveRecord - module ConnectionAdapters - class ColumnTest < ActiveRecord::TestCase - def test_type_cast_boolean - column = Column.new("field", nil, Type::Boolean.new) - assert column.type_cast('').nil? - assert column.type_cast(nil).nil? - - assert column.type_cast(true) - assert column.type_cast(1) - assert column.type_cast('1') - assert column.type_cast('t') - assert column.type_cast('T') - assert column.type_cast('true') - assert column.type_cast('TRUE') - assert column.type_cast('on') - assert column.type_cast('ON') - - # explicitly check for false vs nil - assert_equal false, column.type_cast(false) - assert_equal false, column.type_cast(0) - assert_equal false, column.type_cast('0') - assert_equal false, column.type_cast('f') - assert_equal false, column.type_cast('F') - assert_equal false, column.type_cast('false') - assert_equal false, column.type_cast('FALSE') - assert_equal false, column.type_cast('off') - assert_equal false, column.type_cast('OFF') - assert_equal false, column.type_cast(' ') - assert_equal false, column.type_cast("\u3000\r\n") - assert_equal false, column.type_cast("\u0000") - assert_equal false, column.type_cast('SOMETHING RANDOM') - end - - def test_type_cast_string - column = Column.new("field", nil, Type::String.new) - assert_equal "1", column.type_cast(true) - assert_equal "0", column.type_cast(false) - assert_equal "123", column.type_cast(123) - end - - def test_type_cast_integer - column = Column.new("field", nil, Type::Integer.new) - assert_equal 1, column.type_cast(1) - assert_equal 1, column.type_cast('1') - assert_equal 1, column.type_cast('1ignore') - assert_equal 0, column.type_cast('bad1') - assert_equal 0, column.type_cast('bad') - assert_equal 1, column.type_cast(1.7) - assert_equal 0, column.type_cast(false) - assert_equal 1, column.type_cast(true) - assert_nil column.type_cast(nil) - end - - def test_type_cast_non_integer_to_integer - column = Column.new("field", nil, Type::Integer.new) - assert_nil column.type_cast([1,2]) - assert_nil column.type_cast({1 => 2}) - assert_nil column.type_cast((1..2)) - end - - def test_type_cast_activerecord_to_integer - column = Column.new("field", nil, Type::Integer.new) - firm = Firm.create(:name => 'Apple') - assert_nil column.type_cast(firm) - end - - def test_type_cast_object_without_to_i_to_integer - column = Column.new("field", nil, Type::Integer.new) - assert_nil column.type_cast(Object.new) - end - - def test_type_cast_nan_and_infinity_to_integer - column = Column.new("field", nil, Type::Integer.new) - assert_nil column.type_cast(Float::NAN) - assert_nil column.type_cast(1.0/0.0) - end - - def test_type_cast_float - column = Column.new("field", nil, Type::Float.new) - assert_equal 1.0, column.type_cast("1") - end - - def test_type_cast_decimal - column = Column.new("field", nil, Type::Decimal.new) - assert_equal BigDecimal.new("0"), column.type_cast(BigDecimal.new("0")) - assert_equal BigDecimal.new("123"), column.type_cast(123.0) - assert_equal BigDecimal.new("1"), column.type_cast(:"1") - end - - def test_type_cast_binary - column = Column.new("field", nil, Type::Binary.new) - assert_equal nil, column.type_cast(nil) - assert_equal "1", column.type_cast("1") - assert_equal 1, column.type_cast(1) - end - - def test_type_cast_time - column = Column.new("field", nil, Type::Time.new) - assert_equal nil, column.type_cast(nil) - assert_equal nil, column.type_cast('') - assert_equal nil, column.type_cast('ABC') - - time_string = Time.now.utc.strftime("%T") - assert_equal time_string, column.type_cast(time_string).strftime("%T") - end - - def test_type_cast_datetime_and_timestamp - column = Column.new("field", nil, Type::DateTime.new) - assert_equal nil, column.type_cast(nil) - assert_equal nil, column.type_cast('') - assert_equal nil, column.type_cast(' ') - assert_equal nil, column.type_cast('ABC') - - datetime_string = Time.now.utc.strftime("%FT%T") - assert_equal datetime_string, column.type_cast(datetime_string).strftime("%FT%T") - end - - def test_type_cast_date - column = Column.new("field", nil, Type::Date.new) - assert_equal nil, column.type_cast(nil) - assert_equal nil, column.type_cast('') - assert_equal nil, column.type_cast(' ') - assert_equal nil, column.type_cast('ABC') - - date_string = Time.now.utc.strftime("%F") - assert_equal date_string, column.type_cast(date_string).strftime("%F") - end - - def test_type_cast_duration_to_integer - column = Column.new("field", nil, Type::Integer.new) - assert_equal 1800, column.type_cast(30.minutes) - assert_equal 7200, column.type_cast(2.hours) - end - - def test_string_to_time_with_timezone - [:utc, :local].each do |zone| - with_timezone_config default: zone do - column = Column.new("field", nil, Type::DateTime.new) - assert_equal Time.utc(2013, 9, 4, 0, 0, 0), column.type_cast("Wed, 04 Sep 2013 03:00:00 EAT") - end - end - end - - if current_adapter?(:SQLite3Adapter) - def test_binary_encoding - column = Column.new("field", nil, SQLite3Binary.new) - utf8_string = "a string".encode(Encoding::UTF_8) - type_cast = column.type_cast(utf8_string) - - assert_equal Encoding::ASCII_8BIT, type_cast.encoding - end - end - end - end -end diff --git a/activerecord/test/cases/types_test.rb b/activerecord/test/cases/types_test.rb new file mode 100644 index 0000000000..5d5f442d3a --- /dev/null +++ b/activerecord/test/cases/types_test.rb @@ -0,0 +1,159 @@ +require "cases/helper" +require 'models/company' + +module ActiveRecord + module ConnectionAdapters + class TypesTest < ActiveRecord::TestCase + def test_type_cast_boolean + type = Type::Boolean.new + assert type.type_cast('').nil? + assert type.type_cast(nil).nil? + + assert type.type_cast(true) + assert type.type_cast(1) + assert type.type_cast('1') + assert type.type_cast('t') + assert type.type_cast('T') + assert type.type_cast('true') + assert type.type_cast('TRUE') + assert type.type_cast('on') + assert type.type_cast('ON') + + # explicitly check for false vs nil + assert_equal false, type.type_cast(false) + assert_equal false, type.type_cast(0) + assert_equal false, type.type_cast('0') + assert_equal false, type.type_cast('f') + assert_equal false, type.type_cast('F') + assert_equal false, type.type_cast('false') + assert_equal false, type.type_cast('FALSE') + assert_equal false, type.type_cast('off') + assert_equal false, type.type_cast('OFF') + assert_equal false, type.type_cast(' ') + assert_equal false, type.type_cast("\u3000\r\n") + assert_equal false, type.type_cast("\u0000") + assert_equal false, type.type_cast('SOMETHING RANDOM') + end + + def test_type_cast_string + type = Type::String.new + assert_equal "1", type.type_cast(true) + assert_equal "0", type.type_cast(false) + assert_equal "123", type.type_cast(123) + end + + def test_type_cast_integer + type = Type::Integer.new + assert_equal 1, type.type_cast(1) + assert_equal 1, type.type_cast('1') + assert_equal 1, type.type_cast('1ignore') + assert_equal 0, type.type_cast('bad1') + assert_equal 0, type.type_cast('bad') + assert_equal 1, type.type_cast(1.7) + assert_equal 0, type.type_cast(false) + assert_equal 1, type.type_cast(true) + assert_nil type.type_cast(nil) + end + + def test_type_cast_non_integer_to_integer + type = Type::Integer.new + assert_nil type.type_cast([1,2]) + assert_nil type.type_cast({1 => 2}) + assert_nil type.type_cast((1..2)) + end + + def test_type_cast_activerecord_to_integer + type = Type::Integer.new + firm = Firm.create(:name => 'Apple') + assert_nil type.type_cast(firm) + end + + def test_type_cast_object_without_to_i_to_integer + type = Type::Integer.new + assert_nil type.type_cast(Object.new) + end + + def test_type_cast_nan_and_infinity_to_integer + type = Type::Integer.new + assert_nil type.type_cast(Float::NAN) + assert_nil type.type_cast(1.0/0.0) + end + + def test_type_cast_float + type = Type::Float.new + assert_equal 1.0, type.type_cast("1") + end + + def test_type_cast_decimal + type = Type::Decimal.new + assert_equal BigDecimal.new("0"), type.type_cast(BigDecimal.new("0")) + assert_equal BigDecimal.new("123"), type.type_cast(123.0) + assert_equal BigDecimal.new("1"), type.type_cast(:"1") + end + + def test_type_cast_binary + type = Type::Binary.new + assert_equal nil, type.type_cast(nil) + assert_equal "1", type.type_cast("1") + assert_equal 1, type.type_cast(1) + end + + def test_type_cast_time + type = Type::Time.new + assert_equal nil, type.type_cast(nil) + assert_equal nil, type.type_cast('') + assert_equal nil, type.type_cast('ABC') + + time_string = Time.now.utc.strftime("%T") + assert_equal time_string, type.type_cast(time_string).strftime("%T") + end + + def test_type_cast_datetime_and_timestamp + type = Type::DateTime.new + assert_equal nil, type.type_cast(nil) + assert_equal nil, type.type_cast('') + assert_equal nil, type.type_cast(' ') + assert_equal nil, type.type_cast('ABC') + + datetime_string = Time.now.utc.strftime("%FT%T") + assert_equal datetime_string, type.type_cast(datetime_string).strftime("%FT%T") + end + + def test_type_cast_date + type = Type::Date.new + assert_equal nil, type.type_cast(nil) + assert_equal nil, type.type_cast('') + assert_equal nil, type.type_cast(' ') + assert_equal nil, type.type_cast('ABC') + + date_string = Time.now.utc.strftime("%F") + assert_equal date_string, type.type_cast(date_string).strftime("%F") + end + + def test_type_cast_duration_to_integer + type = Type::Integer.new + assert_equal 1800, type.type_cast(30.minutes) + assert_equal 7200, type.type_cast(2.hours) + end + + def test_string_to_time_with_timezone + [:utc, :local].each do |zone| + with_timezone_config default: zone do + type = Type::DateTime.new + assert_equal Time.utc(2013, 9, 4, 0, 0, 0), type.type_cast("Wed, 04 Sep 2013 03:00:00 EAT") + end + end + end + + if current_adapter?(:SQLite3Adapter) + def test_binary_encoding + type = SQLite3Binary.new + utf8_string = "a string".encode(Encoding::UTF_8) + type_cast = type.type_cast(utf8_string) + + assert_equal Encoding::ASCII_8BIT, type_cast.encoding + end + end + end + end +end |