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awesome_print/spec/formats_spec.rb
2015-03-18 19:48:00 -03:00

762 lines
18 KiB
Ruby

require 'spec_helper'
require "bigdecimal"
require "rational"
require "set"
RSpec.describe "AwesomePrint" do
before do
stub_dotfile!
end
describe "Array" do
before do
@arr = [ 1, :two, "three", [ nil, [ true, false] ] ]
end
it "empty array" do
expect([].ai).to eq("[]")
end
it "plain multiline" do
expect(@arr.ai(:plain => true)).to eq <<-EOS.strip
[
[0] 1,
[1] :two,
[2] "three",
[3] [
[0] nil,
[1] [
[0] true,
[1] false
]
]
]
EOS
end
it "plain multiline without index" do
expect(@arr.ai(:plain => true, :index => false)).to eq <<-EOS.strip
[
1,
:two,
"three",
[
nil,
[
true,
false
]
]
]
EOS
end
it "plain multiline indented" do
expect(@arr.ai(:plain => true, :indent => 2)).to eq <<-EOS.strip
[
[0] 1,
[1] :two,
[2] "three",
[3] [
[0] nil,
[1] [
[0] true,
[1] false
]
]
]
EOS
end
it "plain multiline indented without index" do
expect(@arr.ai(:plain => true, :indent => 2, :index => false)).to eq <<-EOS.strip
[
1,
:two,
"three",
[
nil,
[
true,
false
]
]
]
EOS
end
it "plain single line" do
expect(@arr.ai(:plain => true, :multiline => false)).to eq('[ 1, :two, "three", [ nil, [ true, false ] ] ]')
end
it "colored multiline (default)" do
expect(@arr.ai).to eq <<-EOS.strip
[
\e[1;37m[0] \e[0m\e[1;34m1\e[0m,
\e[1;37m[1] \e[0m\e[0;36m:two\e[0m,
\e[1;37m[2] \e[0m\e[0;33m\"three\"\e[0m,
\e[1;37m[3] \e[0m[
\e[1;37m[0] \e[0m\e[1;31mnil\e[0m,
\e[1;37m[1] \e[0m[
\e[1;37m[0] \e[0m\e[1;32mtrue\e[0m,
\e[1;37m[1] \e[0m\e[1;31mfalse\e[0m
]
]
]
EOS
end
it "colored multiline indented" do
expect(@arr.ai(:indent => 8)).to eq <<-EOS.strip
[
\e[1;37m[0] \e[0m\e[1;34m1\e[0m,
\e[1;37m[1] \e[0m\e[0;36m:two\e[0m,
\e[1;37m[2] \e[0m\e[0;33m\"three\"\e[0m,
\e[1;37m[3] \e[0m[
\e[1;37m[0] \e[0m\e[1;31mnil\e[0m,
\e[1;37m[1] \e[0m[
\e[1;37m[0] \e[0m\e[1;32mtrue\e[0m,
\e[1;37m[1] \e[0m\e[1;31mfalse\e[0m
]
]
]
EOS
end
it "colored single line" do
expect(@arr.ai(:multiline => false)).to eq("[ \e[1;34m1\e[0m, \e[0;36m:two\e[0m, \e[0;33m\"three\"\e[0m, [ \e[1;31mnil\e[0m, [ \e[1;32mtrue\e[0m, \e[1;31mfalse\e[0m ] ] ]")
end
end
#------------------------------------------------------------------------------
describe "Nested Array" do
before do
@arr = [ 1, 2 ]
@arr << @arr
end
it "plain multiline" do
expect(@arr.ai(:plain => true)).to eq <<-EOS.strip
[
[0] 1,
[1] 2,
[2] [...]
]
EOS
end
it "plain multiline without index" do
expect(@arr.ai(:plain => true, :index => false)).to eq <<-EOS.strip
[
1,
2,
[...]
]
EOS
end
it "plain single line" do
expect(@arr.ai(:plain => true, :multiline => false)).to eq("[ 1, 2, [...] ]")
end
end
#------------------------------------------------------------------------------
describe "Limited Output Array" do
before(:each) do
@arr = (1..1000).to_a
end
it "plain limited output large" do
expect(@arr.ai(:plain => true, :limit => true)).to eq <<-EOS.strip
[
[ 0] 1,
[ 1] 2,
[ 2] 3,
[ 3] .. [996],
[997] 998,
[998] 999,
[999] 1000
]
EOS
end
it "plain limited output small" do
@arr = @arr[0..3]
expect(@arr.ai(:plain => true, :limit => true)).to eq <<-EOS.strip
[
[0] 1,
[1] 2,
[2] 3,
[3] 4
]
EOS
end
it "plain limited output with 10 lines" do
expect(@arr.ai(:plain => true, :limit => 10)).to eq <<-EOS.strip
[
[ 0] 1,
[ 1] 2,
[ 2] 3,
[ 3] 4,
[ 4] 5,
[ 5] .. [995],
[996] 997,
[997] 998,
[998] 999,
[999] 1000
]
EOS
end
it "plain limited output with 11 lines" do
expect(@arr.ai(:plain => true, :limit => 11)).to eq <<-EOS.strip
[
[ 0] 1,
[ 1] 2,
[ 2] 3,
[ 3] 4,
[ 4] 5,
[ 5] .. [994],
[995] 996,
[996] 997,
[997] 998,
[998] 999,
[999] 1000
]
EOS
end
end
#------------------------------------------------------------------------------
describe "Limited Output Hash" do
before(:each) do
@hash = ("a".."z").inject({}) { |h, v| h.merge({ v => v.to_sym }) }
end
it "plain limited output" do
expect(@hash.ai(:sort_keys => true, :plain => true, :limit => true)).to eq <<-EOS.strip
{
"a" => :a,
"b" => :b,
"c" => :c,
"d" => :d .. "w" => :w,
"x" => :x,
"y" => :y,
"z" => :z
}
EOS
end
end
#------------------------------------------------------------------------------
describe "Hash" do
before do
@hash = { 1 => { :sym => { "str" => { [1, 2, 3] => { { :k => :v } => Hash } } } } }
end
it "empty hash" do
expect({}.ai).to eq("{}")
end
it "plain multiline" do
expect(@hash.ai(:plain => true)).to eq <<-EOS.strip
{
1 => {
:sym => {
"str" => {
[ 1, 2, 3 ] => {
{ :k => :v } => Hash < Object
}
}
}
}
}
EOS
end
it "new hash syntax" do
expect(@hash.ai(:plain => true, :new_hash_syntax => true)).to eq <<-EOS.strip
{
1 => {
sym: {
"str" => {
[ 1, 2, 3 ] => {
{ k: :v } => Hash < Object
}
}
}
}
}
EOS
end
it "plain multiline indented" do
expect(@hash.ai(:plain => true, :indent => 1)).to eq <<-EOS.strip
{
1 => {
:sym => {
"str" => {
[ 1, 2, 3 ] => {
{ :k => :v } => Hash < Object
}
}
}
}
}
EOS
end
it "plain single line" do
expect(@hash.ai(:plain => true, :multiline => false)).to eq('{ 1 => { :sym => { "str" => { [ 1, 2, 3 ] => { { :k => :v } => Hash < Object } } } } }')
end
it "colored multiline (default)" do
expect(@hash.ai).to eq <<-EOS.strip
{
1\e[0;37m => \e[0m{
:sym\e[0;37m => \e[0m{
\"str\"\e[0;37m => \e[0m{
[ 1, 2, 3 ]\e[0;37m => \e[0m{
{ :k => :v }\e[0;37m => \e[0m\e[1;33mHash < Object\e[0m
}
}
}
}
}
EOS
end
it "colored with new hash syntax" do
expect(@hash.ai(:new_hash_syntax => true)).to eq <<-EOS.strip
{
1\e[0;37m => \e[0m{
sym\e[0;37m: \e[0m{
\"str\"\e[0;37m => \e[0m{
[ 1, 2, 3 ]\e[0;37m => \e[0m{
{ k: :v }\e[0;37m => \e[0m\e[1;33mHash < Object\e[0m
}
}
}
}
}
EOS
end
it "colored multiline indented" do
expect(@hash.ai(:indent => 2)).to eq <<-EOS.strip
{
1\e[0;37m => \e[0m{
:sym\e[0;37m => \e[0m{
\"str\"\e[0;37m => \e[0m{
[ 1, 2, 3 ]\e[0;37m => \e[0m{
{ :k => :v }\e[0;37m => \e[0m\e[1;33mHash < Object\e[0m
}
}
}
}
}
EOS
end
it "colored single line" do
expect(@hash.ai(:multiline => false)).to eq("{ 1\e[0;37m => \e[0m{ :sym\e[0;37m => \e[0m{ \"str\"\e[0;37m => \e[0m{ [ 1, 2, 3 ]\e[0;37m => \e[0m{ { :k => :v }\e[0;37m => \e[0m\e[1;33mHash < Object\e[0m } } } } }")
end
end
#------------------------------------------------------------------------------
describe "Nested Hash" do
before do
@hash = {}
@hash[:a] = @hash
end
it "plain multiline" do
expect(@hash.ai(:plain => true)).to eq <<-EOS.strip
{
:a => {...}
}
EOS
end
it "plain single line" do
expect(@hash.ai(:plain => true, :multiline => false)).to eq('{ :a => {...} }')
end
end
#------------------------------------------------------------------------------
describe "Hash with several keys" do
before do
@hash = {"b" => "b", :a => "a", :z => "z", "alpha" => "alpha"}
end
it "plain multiline" do
out = @hash.ai(:plain => true)
expect(out).to eq <<-EOS.strip
{
"b" => "b",
:a => "a",
:z => "z",
"alpha" => "alpha"
}
EOS
end
it "plain multiline with sorted keys" do
expect(@hash.ai(:plain => true, :sort_keys => true)).to eq <<-EOS.strip
{
:a => "a",
"alpha" => "alpha",
"b" => "b",
:z => "z"
}
EOS
end
end
#------------------------------------------------------------------------------
describe "Negative options[:indent]" do
#
# With Ruby < 1.9 the order of hash keys is not defined so we can't
# reliably compare the output string.
#
it "hash keys must be left aligned" do
hash = { [0, 0, 255] => :yellow, :red => "rgb(255, 0, 0)", "magenta" => "rgb(255, 0, 255)" }
out = hash.ai(:plain => true, :indent => -4, :sort_keys => true)
expect(out).to eq <<-EOS.strip
{
[ 0, 0, 255 ] => :yellow,
"magenta" => "rgb(255, 0, 255)",
:red => "rgb(255, 0, 0)"
}
EOS
end
it "nested hash keys should be indented (array of hashes)" do
arr = [ { :a => 1, :bb => 22, :ccc => 333}, { 1 => :a, 22 => :bb, 333 => :ccc} ]
out = arr.ai(:plain => true, :indent => -4, :sort_keys => true)
expect(out).to eq <<-EOS.strip
[
[0] {
:a => 1,
:bb => 22,
:ccc => 333
},
[1] {
1 => :a,
22 => :bb,
333 => :ccc
}
]
EOS
end
it "nested hash keys should be indented (hash of hashes)" do
arr = { :first => { :a => 1, :bb => 22, :ccc => 333}, :second => { 1 => :a, 22 => :bb, 333 => :ccc} }
out = arr.ai(:plain => true, :indent => -4, :sort_keys => true)
expect(out).to eq <<-EOS.strip
{
:first => {
:a => 1,
:bb => 22,
:ccc => 333
},
:second => {
1 => :a,
22 => :bb,
333 => :ccc
}
}
EOS
end
end
#------------------------------------------------------------------------------
describe "Class" do
it "shoud show superclass (plain)" do
expect(self.class.ai(:plain => true)).to eq("#{self.class} < #{self.class.superclass}")
end
it "shoud show superclass (color)" do
expect(self.class.ai).to eq("#{self.class} < #{self.class.superclass}".yellow)
end
end
#------------------------------------------------------------------------------
describe "File" do
it "should display a file (plain)" do
File.open(__FILE__, "r") do |f|
expect(f.ai(:plain => true)).to eq("#{f.inspect}\n" << `ls -alF #{f.path}`.chop)
end
end
end
#------------------------------------------------------------------------------
describe "Dir" do
it "should display a direcory (plain)" do
Dir.open(File.dirname(__FILE__)) do |d|
expect(d.ai(:plain => true)).to eq("#{d.inspect}\n" << `ls -alF #{d.path}`.chop)
end
end
end
#------------------------------------------------------------------------------
describe "BigDecimal and Rational" do
it "should present BigDecimal object with arbitrary precision" do
big = BigDecimal("201020102010201020102010201020102010.4")
expect(big.ai(:plain => true)).to eq("201020102010201020102010201020102010.4")
end
it "should present Rational object with arbitrary precision" do
rat = Rational(201020102010201020102010201020102010, 2)
out = rat.ai(:plain => true)
expect(out).to eq("100510051005100510051005100510051005/1")
end
end
#------------------------------------------------------------------------------
describe "Utility methods" do
it "should merge options" do
ap = AwesomePrint::Inspector.new
ap.send(:merge_options!, { :color => { :array => :black }, :indent => 0 })
options = ap.instance_variable_get("@options")
expect(options[:color][:array]).to eq(:black)
expect(options[:indent]).to eq(0)
end
end
#------------------------------------------------------------------------------
describe "Set" do
before do
@arr = [1, :two, "three" ]
@set = Set.new(@arr)
end
it "empty set" do
expect(Set.new.ai).to eq([].ai)
end
it "plain multiline" do
expect(@set.ai(:plain => true)).to eq(@arr.ai(:plain => true))
end
it "plain multiline indented" do
expect(@set.ai(:plain => true, :indent => 1)).to eq(@arr.ai(:plain => true, :indent => 1))
end
it "plain single line" do
expect(@set.ai(:plain => true, :multiline => false)).to eq(@arr.ai(:plain => true, :multiline => false))
end
it "colored multiline (default)" do
expect(@set.ai).to eq(@arr.ai)
end
end
#------------------------------------------------------------------------------
describe "Struct" do
before do
@struct = unless defined?(Struct::SimpleStruct)
Struct.new("SimpleStruct", :name, :address).new
else
Struct::SimpleStruct.new
end
@struct.name = "Herman Munster"
@struct.address = "1313 Mockingbird Lane"
end
it "empty struct" do
expect(Struct.new("EmptyStruct").ai).to eq("\e[1;33mStruct::EmptyStruct < Struct\e[0m")
end
it "plain multiline" do
s1 = <<-EOS.strip
{
:address => "1313 Mockingbird Lane",
:name => "Herman Munster"
}
EOS
s2 = <<-EOS.strip
{
:name => "Herman Munster",
:address => "1313 Mockingbird Lane"
}
EOS
expect(@struct.ai(:plain => true)).to satisfy { |match| match == s1 || match == s2 }
end
it "plain multiline indented" do
s1 = <<-EOS.strip
{
:address => "1313 Mockingbird Lane",
:name => "Herman Munster"
}
EOS
s2 = <<-EOS.strip
{
:name => "Herman Munster",
:address => "1313 Mockingbird Lane"
}
EOS
expect(@struct.ai(:plain => true, :indent => 1)).to satisfy { |match| match == s1 || match == s2 }
end
it "plain single line" do
s1 = "{ :address => \"1313 Mockingbird Lane\", :name => \"Herman Munster\" }"
s2 = "{ :name => \"Herman Munster\", :address => \"1313 Mockingbird Lane\" }"
expect(@struct.ai(:plain => true, :multiline => false)).to satisfy { |match| match == s1 || match == s2 }
end
it "colored multiline (default)" do
s1 = <<-EOS.strip
{
:address\e[0;37m => \e[0m\e[0;33m\"1313 Mockingbird Lane\"\e[0m,
:name\e[0;37m => \e[0m\e[0;33m\"Herman Munster\"\e[0m
}
EOS
s2 = <<-EOS.strip
{
:name\e[0;37m => \e[0m\e[0;33m\"Herman Munster\"\e[0m,
:address\e[0;37m => \e[0m\e[0;33m\"1313 Mockingbird Lane\"\e[0m
}
EOS
expect(@struct.ai).to satisfy { |match| match == s1 || match == s2 }
end
end
#------------------------------------------------------------------------------
describe "Inherited from standard Ruby classes" do
after do
Object.instance_eval{ remove_const :My } if defined?(My)
end
it "inherited from Array should be displayed as Array" do
class My < Array; end
my = My.new([ 1, :two, "three", [ nil, [ true, false ] ] ])
expect(my.ai(:plain => true)).to eq <<-EOS.strip
[
[0] 1,
[1] :two,
[2] "three",
[3] [
[0] nil,
[1] [
[0] true,
[1] false
]
]
]
EOS
end
it "inherited from Hash should be displayed as Hash" do
class My < Hash; end
my = My[ { 1 => { :sym => { "str" => { [1, 2, 3] => { { :k => :v } => Hash } } } } } ]
expect(my.ai(:plain => true)).to eq <<-EOS.strip
{
1 => {
:sym => {
"str" => {
[ 1, 2, 3 ] => {
{ :k => :v } => Hash < Object
}
}
}
}
}
EOS
end
it "inherited from File should be displayed as File" do
class My < File; end
my = File.new('/dev/null') rescue File.new('nul')
expect(my.ai(:plain => true)).to eq("#{my.inspect}\n" << `ls -alF #{my.path}`.chop)
end
it "inherited from Dir should be displayed as Dir" do
class My < Dir; end
require 'tmpdir'
my = My.new(Dir.tmpdir)
expect(my.ai(:plain => true)).to eq("#{my.inspect}\n" << `ls -alF #{my.path}`.chop)
end
it "should handle a class that defines its own #send method" do
class My
def send(arg1, arg2, arg3); end
end
my = My.new
expect { my.methods.ai(:plain => true) }.not_to raise_error
end
it "should handle a class defines its own #method method (ex. request.method)" do
class My
def method
'POST'
end
end
my = My.new
expect { my.methods.ai(:plain => true) }.not_to raise_error
end
describe "should handle a class that defines its own #to_hash method" do
it "that takes arguments" do
class My
def to_hash(a, b)
end
end
my = My.new
expect { my.ai(:plain => true) }.not_to raise_error
end
it "that returns nil" do
class My
def to_hash()
return nil
end
end
my = My.new
expect { my.ai(:plain => true) }.not_to raise_error
end
it "that returns an object that doesn't support #keys" do
class My
def to_hash()
object = Object.new
object.define_singleton_method('[]') { return nil }
return object
end
end
my = My.new
expect { my.ai(:plain => true) }.not_to raise_error
end
it "that returns an object that doesn't support subscripting" do
class My
def to_hash()
object = Object.new
object.define_singleton_method(:keys) { return [:foo] }
return object
end
end
my = My.new
expect { my.ai(:plain => true) }.not_to raise_error
end
end
end
end