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describe "literals", ->
it "should support integer literals", ->
assert.same 123, 123
it "should support float literals", ->
assert.same 1.5, 1.5
it "should support scientific notation", ->
assert.same 1.5e2, 150
it "should support negative numbers", ->
assert.same -42, -42
it "should support hexadecimal literals", ->
assert.same 0xff, 255
it "should support hexadecimal with uppercase", ->
assert.same 0XFF, 255
it "should support binary literals", ->
assert.same 0b101, 5
it "should support binary with uppercase", ->
assert.same 0B101, 5
it "should support number with underscores", ->
assert.same 1_000_000, 1000000
it "should support hex with underscores", ->
assert.same 0xDE_AD_BE_EF, 0xDEADBEEF
it "should support double quote strings", ->
assert.same "hello", "hello"
it "should support single quote strings", ->
assert.same 'world', 'world'
it "should support multi-line strings with [[", ->
s = [[
hello
world
]]
assert.is_true s\match("hello")?
it "should support multi-line strings with [=[", ->
s = [==[
test
]==]
assert.is_true s\match("test")?
it "should support boolean true", ->
assert.same true, true
it "should support boolean false", ->
assert.same false, false
it "should support nil", ->
assert.same nil, nil
it "should support empty table", ->
t = {}
assert.same #t, 0
it "should support table with keys", ->
t = {a: 1, b: 2}
assert.same t.a, 1
assert.same t.b, 2
it "should support array literal", ->
t = {1, 2, 3}
assert.same t[1], 1
assert.same t[2], 2
assert.same t[3], 3
it "should support mixed table", ->
t = {
1, 2, 3
key: "value"
}
assert.same t[1], 1
assert.same t.key, "value"
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