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require 'spec.test_setup'
import T, Type, Primitive, Array, Struct from require 'alv.type'
import ancestor from require 'alv.util'
bool = Primitive 'bool'
num = Primitive 'num'
str = Primitive 'str'
describe 'Primitive', ->
it 'inherits from Type', ->
assert.is.equal Type, ancestor Primitive.__class
it 'exposes name', ->
assert.is.equal 'bool', bool.name
assert.is.equal 'num', num.name
assert.is.equal 'str', str.name
it 'stringifies well', ->
assert.is.equal 'bool', tostring bool
assert.is.equal 'num', tostring num
assert.is.equal 'str', tostring str
it 'implements __eq sensibly', ->
assert.is.equal (Primitive 'bool'), bool
assert.is.equal (Primitive 'num'), num
assert.is.equal (Primitive 'str'), str
assert.not.equal num, bool
assert.not.equal str, num
it ':pp pretty-prints values', ->
assert.is.equal 'true', bool\pp true
assert.is.equal '4.134', num\pp 4.134
assert.is.equal '"hello"', str\pp "hello"
it ':eq compares values', ->
a, b = {}, {}
assert.is.true bool\eq true, true
assert.is.false bool\eq true, false
assert.is.true num\eq 1, 1
assert.is.false num\eq 1, -1
assert.is.true num\eq a, a
assert.is.false num\eq a, b
it ':get errors', ->
assert.has.error -> bool\get 'hello'
assert.has.error -> bool\get 2
assert.has.error -> bool\get!
describe 'Array', ->
vec3 = Array 3, num
str32 = Array 2, Array 3, str
it 'inherits from Type', ->
assert.is.equal Type, ancestor Array.__class
it 'exposes size', ->
assert.is.equal 3, vec3.size
assert.is.equal 2, str32.size
it 'exposes inner type', ->
assert.is.equal num, vec3.type
assert.is.equal (Array 3, str), str32.type
it 'stringifies well', ->
assert.is.equal 'num[3]', tostring vec3
assert.is.equal 'my-type[3][24]', tostring Array 24, Array 3, 'my-type'
it 'implements __eq sensibly', ->
assert.is.equal vec3, Array 3, num
assert.not.equal vec3, Array 2, num
assert.not.equal vec3, Array 3, str
it ':pp pretty-prints values', ->
assert.is.equal '[1 2 3]', vec3\pp { 1, 2, 3 }
assert.is.equal '[["a" "b" "c"] ["d" "e" "f"]]',
str32\pp { {'a', 'b', 'c'}, {'d', 'e', 'f'} }
it ':eq compares values', ->
a, b, c = {1, 2, 3}, {1, 2, 3}, {}
assert.is.true vec3\eq a, a
assert.is.true vec3\eq a, b
assert.is.false vec3\eq a, {1, 2, 4}
assert.is.true vec3\eq {1, 2, c}, {1, 2, c}
assert.is.false vec3\eq {1, 2, c}, {1, 2, {}}
assert.is.true str32\eq { {'a', 'b', 'c'}, {'d', 'e', 'f'} },
{ {'a', 'b', 'c'}, {'d', 'e', 'f'} }
assert.is.false str32\eq { {'a', 'b', 'c'}, {'d', 'e', 'f'} },
{ {'a', 'b', 'c'}, {'d', 'e', 'g'} }
it ':get verifies size range', ->
assert.has.error -> vec3\get -1
assert.is.equal num, vec3\get 0
assert.is.equal num, vec3\get 1
assert.is.equal num, vec3\get 2
assert.has.error -> vec3\get 3
assert.is.equal (Array 3, str), str32\get 1
assert.has.error -> vec3\get!
assert.has.error -> vec3\get 'fail'
describe 'Struct', ->
play = Struct { note: str, dur: num }
abc = Struct { c: num, b: num, a: num }
it 'inherits from Type', ->
assert.is.equal Type, ancestor Struct.__class
it 'exposes inner types', ->
assert.is.same { note: str, dur: num }, play.types
assert.is.same { c: num, b: num, a: num }, abc.types
it 'stringifies well', ->
assert.is.equal '{dur: num note: str}', tostring play
assert.is.equal '{a: num b: num c: num}', tostring abc
it 'implements __eq sensibly', ->
assert.is.equal play, Struct { note: str, dur: num }
assert.not.equal play, Struct { note: str }
assert.not.equal play, Struct { note: str, dur: str }
assert.not.equal play, Struct { note: str, dur: num, extra: num }
it ':pp pretty-prints values', ->
assert.is.equal '{dur: 0.5 note: "a"}', play\pp { dur: 0.5, note: 'a' }
assert.is.equal '{a: 1 b: 2 c: 3}', abc\pp { a: 1, b: 2, c: 3 }
it ':eq compares values', ->
a, b, c = { dur: 0.5, note: 'a' }, { dur: 0.5, note: 'a' }, {}
assert.is.true play\eq a, a
assert.is.true play\eq a, b
assert.is.false play\eq a, { dur: 0.5, note: 'b' }
assert.is.true play\eq { dur: 0.5, note: c }, { dur: 0.5, note: c }
assert.is.false play\eq { dur: 0.5, note: c }, { dur: 0.5, note: {} }
it ':get verifies key exists', ->
assert.is.equal str, play\get 'note'
assert.is.equal num, play\get 'dur'
assert.has.error -> play\get!
assert.has.error -> play\get ''
assert.has.error -> play\get 'something'
describe 'T', ->
it 'provides shorthand for Primitives', ->
assert.is.equal num, T.num
assert.is.equal str, T.str
assert.is.equal (Primitive 'midi/evt'), T['midi/evt']
for type in *{num, str, (Array 3, num)}
describe "#{type}", ->
describe ':mk_sig', ->
it 'can create value-less Streams', ->
stream = type\mk_sig!
assert.is.equal 'SigStream', stream.__class.__name
assert.is.equal type, stream.type
assert.is.nil stream!
it 'can take an initial value', ->
stream = type\mk_sig 4
assert.is.equal 'SigStream', stream.__class.__name
assert.is.equal type, stream.type
assert.is.equal 4, stream!
describe ':mk_const', ->
it 'takes a value', ->
stream = type\mk_const 4
assert.is.equal 'Constant', stream.__class.__name
assert.is.equal type, stream.type
assert.is.equal 4, stream!
describe ':mk_evt', ->
stream = type\mk_evt!
assert.is.equal 'EvtStream', stream.__class.__name
assert.is.equal type, stream.type
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