Sha256: bacb7ad272085bba1948ebdc642f6f8c4ffc78d9ebeae86a0466e11633c15f5c
Contents?: true
Size: 1.8 KB
Versions: 88
Compression:
Stored size: 1.8 KB
Contents
# -*- encoding: utf-8 -*-
require 'test_helper'
require 'hexapdf/reference'
require 'hexapdf/object'
describe HexaPDF::Reference do
it "correctly assigns oid and gen on initialization" do
r = HexaPDF::Reference.new(5, 7)
assert_equal(5, r.oid)
assert_equal(7, r.gen)
end
it "raises an error when invalid objects are supplied on initialization" do
assert_raises(ArgumentError) { HexaPDF::Reference.new('a', 7) }
assert_raises(ArgumentError) { HexaPDF::Reference.new(5, 'b') }
end
it "is sortable w.r.t to other objects implementing #oid and #gen" do
obj = Object.new
obj.define_singleton_method(:oid) { 1 }
obj.define_singleton_method(:gen) { 0 }
obj.define_singleton_method(:<=>) {|o| HexaPDF::Reference.new(oid, gen) <=> o }
assert_equal([obj, HexaPDF::Reference.new(1, 1), HexaPDF::Reference.new(5, 7)],
[HexaPDF::Reference.new(5, 7), HexaPDF::Reference.new(1, 1), obj].sort)
assert_nil(HexaPDF::Reference.new(1, 0) <=> 5)
end
it "is comparable to objects that have an oid and gen" do
assert_equal(HexaPDF::Reference.new(5, 7), HexaPDF::Reference.new(5, 7))
refute_equal(HexaPDF::Reference.new(5, 7), HexaPDF::Reference.new(5, 8))
refute_equal(HexaPDF::Reference.new(5, 7), HexaPDF::Reference.new(4, 7))
assert_equal(HexaPDF::Reference.new(5, 7), HexaPDF::Object.new(:data, oid: 5, gen: 7))
end
it "behaves correctly as hash key" do
h = {}
h[HexaPDF::Reference.new(5, 7)] = true
assert(h.key?(HexaPDF::Reference.new(5, 7)))
refute(h.key?(HexaPDF::Reference.new(5, 8)))
end
it "shows the PDF serialization as string representation " do
assert_equal("5 7 R", HexaPDF::Reference.new(5, 7).to_s)
end
it "shows oid and gen on inspection" do
assert_match(/\[5, 7\]/, HexaPDF::Reference.new(5, 7).inspect)
end
end
Version data entries
88 entries across 88 versions & 1 rubygems