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spec.moon
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spec.moon
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lassert = require 'luassert'
Runner = require 'feltest'
run = Runner()
calls = {}
assertCalls = (expected)->
lassert.are.same(calls, expected)
run\describe('feltests', =>
@beforeEach => table.insert(calls, "beforeEach inline #1")
@afterEach => table.insert(calls, "afterEach inline #1")
@beforeEach => table.insert(calls, "beforeEach inline #2")
@afterEach => table.insert(calls, "afterEach inline #2")
@it("does a test, inline", =>
assertCalls({
"beforeEach inline #1",
"beforeEach inline #2"
"beforeEach appended #1",
"beforeEach appended #2"
})
table.insert(calls, "it inline #1")
)
@it("does a second test, inline", =>
assertCalls({
"beforeEach inline #1",
"beforeEach inline #2",
"beforeEach appended #1",
"beforeEach appended #2",
"it inline #1",
"afterEach inline #1",
"afterEach inline #2",
"afterEach appended #1",
"afterEach appended #2",
"beforeEach inline #1",
"beforeEach inline #2"
"beforeEach appended #1",
"beforeEach appended #2"
})
table.insert(calls, "it inline #2")
)
)\beforeEach(()=>
table.insert(calls, "beforeEach appended #1")
)\afterEach(()=>
table.insert(calls, "afterEach appended #1")
)\beforeEach(()=>
table.insert(calls, "beforeEach appended #2")
)\afterEach(()=>
table.insert(calls, "afterEach appended #2")
)\it("does a test, appended", ()=>
assertCalls({
"beforeEach inline #1",
"beforeEach inline #2",
"beforeEach appended #1",
"beforeEach appended #2",
"it inline #1",
"afterEach inline #1",
"afterEach inline #2",
"afterEach appended #1",
"afterEach appended #2",
"beforeEach inline #1",
"beforeEach inline #2"
"beforeEach appended #1",
"beforeEach appended #2"
"it inline #2",
"afterEach inline #1",
"afterEach inline #2",
"afterEach appended #1",
"afterEach appended #2",
"beforeEach inline #1",
"beforeEach inline #2"
"beforeEach appended #1",
"beforeEach appended #2"
})
table.insert(calls, "it appended #1")
)\it('does a second test, appended', ()=>
assertCalls({
"beforeEach inline #1",
"beforeEach inline #2",
"beforeEach appended #1",
"beforeEach appended #2",
"it inline #1",
"afterEach inline #1",
"afterEach inline #2",
"afterEach appended #1",
"afterEach appended #2",
"beforeEach inline #1",
"beforeEach inline #2"
"beforeEach appended #1",
"beforeEach appended #2"
"it inline #2",
"afterEach inline #1",
"afterEach inline #2",
"afterEach appended #1",
"afterEach appended #2",
"beforeEach inline #1",
"beforeEach inline #2"
"beforeEach appended #1",
"beforeEach appended #2"
"it appended #1",
"afterEach inline #1",
"afterEach inline #2",
"afterEach appended #1",
"afterEach appended #2",
"beforeEach inline #1",
"beforeEach inline #2"
"beforeEach appended #1",
"beforeEach appended #2"
})
)
run\describe "nested tests", =>
@beforeEach => @before_ran_lvl1 = true
@describe "second level", =>
@beforeEach => @before_ran_lvl2 = true
@it "has run a test", =>
lassert.is_true(@before_ran_lvl1)
lassert.is_true(@before_ran_lvl2)
@it "has run a test", =>
lassert.is_true(@before_ran_lvl1)
lassert.is_nil(@before_ran_lvl2)
before_ran = 0
after_ran = 0
it_ran = 0
run\describe("async tests", =>
@beforeEach( ()=>
coroutine.yield()
before_ran += 1
)
@afterEach( ()=>
coroutine.yield()
after_ran += 1
)
@it("runs a test async", ()=>
coroutine.yield()
it_ran += 1
)
@it("has run a test async", ()=>
lassert.are.equal(before_ran, 2)
lassert.are.equal(after_ran, 1)
lassert.are.equal(it_ran, 1)
)
)
high_prio = 0
low_prio = 0
-- run\describe "high priority", =>
--
-- @describe "second level", =>
-- @it "doesn't run a low priority test", => low_prio += 1
--
-- @fit "runs a high priority test", =>
-- high_prio += 1
--
-- @it "doesn't run a low priority test", => low_prio += 1
--
-- @fit "has run a high priority test but not a low priorty test", =>
-- lassert.is_equal(high_prio, 1, "high priority test should be run")
-- lassert.is_equal(low_prio, 0, "low priority test should not be run")
success = run\runTests()
if high_prio == 0
lassert.is_nil(success)
resume_count = 0
while success == nil
resume_count += 1
success = run\resumeTests()
if high_prio == 0
lassert.is.same(resume_count, 5)
print("Tests completed with success=" .. tostring(success))
os.exit(success and 0 or 1)