rdf-ex/test/unit/datatypes/double_test.exs
2017-04-28 00:04:27 +02:00

62 lines
2.9 KiB
Elixir

defmodule RDF.DoubleTest do
use RDF.Datatype.Test.Case, datatype: RDF.Double, id: RDF.NS.XSD.double,
valid: %{
# input => { value , lexical , canonicalized }
0 => { 0.0 , "0.0" , "0.0E0" },
42 => { 42.0 , "42.0" , "4.2E1" },
0.0E0 => { 0.0 , "0.0" , "0.0E0" },
1.0E0 => { 1.0 , "1.0" , "1.0E0" },
:positive_infinity => { :positive_infinity , nil , "INF" },
:negative_infinity => { :negative_infinity , nil , "-INF" },
:nan => { :nan , nil , "NaN" },
"1.0E0" => { 1.0E0 , nil , "1.0E0" },
"0.0" => { 0.0 , "0.0" , "0.0E0" },
"1" => { 1.0E0 , "1" , "1.0E0" },
"01" => { 1.0E0 , "01" , "1.0E0" },
"0123" => { 1.23E2 , "0123" , "1.23E2" },
"-1" => { -1.0E0 , "-1" , "-1.0E0" },
"+01.000" => { 1.0E0 , "+01.000" , "1.0E0" },
"1.0" => { 1.0E0 , "1.0" , "1.0E0" },
"123.456" => { 1.23456E2 , "123.456" , "1.23456E2" },
"1.0e+1" => { 1.0E1 , "1.0e+1" , "1.0E1" },
"1.0e-10" => { 1.0E-10 , "1.0e-10" , "1.0E-10" },
"123.456e4" => { 1.23456E6 , "123.456e4" , "1.23456E6" },
"1.E-8" => { 1.0E-8 , "1.E-8" , "1.0E-8" },
"3E1" => { 3.0E1 , "3E1" , "3.0E1" },
"INF" => { :positive_infinity , nil , "INF" },
"Inf" => { :positive_infinity , "Inf" , "INF" },
"+INF" => { :positive_infinity , "+INF" , "INF" },
"-INF" => { :negative_infinity , nil , "-INF" },
"NaN" => { :nan , nil , "NaN" },
},
invalid: ~w(foo 12.xyz 1.0ez) ++ [true, false, "1.1e1 foo", "foo 1.1e1"]
describe "equality" do
test "two literals are equal when they have the same datatype and lexical form" do
[
{"1.0" , 1.0},
{"-42.0" , -42.0},
{"1.0" , 1.0},
]
|> Enum.each(fn {l, r} ->
assert Double.new(l) == Double.new(r)
end)
end
test "two literals with same value but different lexical form are not equal" do
[
{"1" , 1.0},
{"01" , 1.0},
{"1.0E0" , 1.0},
{"1.0E0" , "1.0"},
{"+42" , 42.0},
]
|> Enum.each(fn {l, r} ->
assert Double.new(l) != Double.new(r)
end)
end
end
end