tests: Use our own output handler on travis

Reasoning:

1. gtest is better then something like utfTerminal, yet it is way too verbose.
2. gtest cannot be configured to show colors always.
3. Actually I am going to add a CMake target which will allow running tests 
   (especially, functional tests) in parallel, but this is not going to work 
   well with any of the default output handlers. Build in this case must be more 
   or less silent, yet debuggable. New handler does not support this in this 
   commit though.
This commit is contained in:
ZyX 2017-04-10 02:32:09 +03:00
parent d7fb7de70a
commit d909724d70
2 changed files with 302 additions and 1 deletions

View File

@ -25,7 +25,7 @@ env:
- CMAKE_FLAGS="-DTRAVIS_CI_BUILD=ON
-DCMAKE_BUILD_TYPE=Debug
-DCMAKE_INSTALL_PREFIX:PATH=$INSTALL_PREFIX
-DBUSTED_OUTPUT_TYPE=gtest
-DBUSTED_OUTPUT_TYPE=neovim
-DDEPS_PREFIX=$DEPS_BUILD_DIR/usr
-DMIN_LOG_LEVEL=2"
- DEPS_CMAKE_FLAGS="-DDEPS_DOWNLOAD_DIR:PATH=$DEPS_DOWNLOAD_DIR"

View File

@ -0,0 +1,301 @@
local s = require 'say'
local pretty = require 'pl.pretty'
local term = require 'term'
local colors
local isWindows = package.config:sub(1,1) == '\\'
if isWindows then
colors = setmetatable({}, {__index = function() return function(s) return s end end})
else
colors = require 'term.colors'
end
return function(options)
local busted = require 'busted'
local handler = require 'busted.outputHandlers.base'()
local c = {
succ = function(s) return colors.bright(colors.green(s)) end,
skip = function(s) return colors.bright(colors.yellow(s)) end,
fail = function(s) return colors.bright(colors.magenta(s)) end,
errr = function(s) return colors.bright(colors.red(s)) end,
test = tostring,
file = colors.cyan,
time = colors.dim,
note = colors.yellow,
sect = function(s) return colors.green(colors.dim(s)) end,
nmbr = colors.bright,
}
local repeatSuiteString = '\nRepeating all tests (run %d of %d) . . .\n\n'
local randomizeString = c.note('Note: Randomizing test order with a seed of %d.\n')
local globalSetup = c.sect('[----------]') .. ' Global test environment setup.\n'
local fileStartString = c.sect('[----------]') .. ' Running tests from ' .. c.file('%s') .. '\n'
local runString = c.sect('[ RUN ]') .. ' ' .. c.test('%s') .. ': '
local successString = c.time('%.2f ms') .. ' ' .. c.succ('OK') .. '\n'
local skippedString = c.time('%.2f ms') .. ' ' .. c.skip('SKIP') .. '\n'
local failureString = c.fail('FAIL') .. '\n'
local errorString = c.errr('ERR') .. '\n'
local fileEndString = c.sect('[----------]') .. ' '.. c.nmbr('%d') .. ' %s from ' .. c.file('%s') .. ' ' .. c.time('(%.2f ms total)') .. '\n\n'
local globalTeardown = c.sect('[----------]') .. ' Global test environment teardown.\n'
local suiteEndString = c.sect('[==========]') .. ' ' .. c.nmbr('%d') .. ' %s from ' .. c.nmbr('%d') .. ' test %s ran. ' .. c.time('(%.2f ms total)') .. '\n'
local successStatus = c.succ('[ PASSED ]') .. ' ' .. c.nmbr('%d') .. ' %s.\n'
local summaryStrings = {
skipped = {
header = c.skip('[ SKIPPED ]') .. ' ' .. c.nmbr('%d') .. ' %s, listed below:\n',
test = c.skip('[ SKIPPED ]') .. ' %s\n',
footer = ' ' .. c.nmbr('%d') .. ' SKIPPED %s\n',
},
failure = {
header = c.fail('[ FAILED ]') .. ' ' .. c.nmbr('%d') .. ' %s, listed below:\n',
test = c.fail('[ FAILED ]') .. ' %s\n',
footer = ' ' .. c.nmbr('%d') .. ' FAILED %s\n',
},
error = {
header = c.errr('[ ERROR ]') .. ' ' .. c.nmbr('%d') .. ' %s, listed below:\n',
test = c.errr('[ ERROR ]') .. ' %s\n',
footer = ' ' .. c.nmbr('%d') .. ' %s\n',
},
}
c = nil
local fileCount = 0
local fileTestCount = 0
local testCount = 0
local successCount = 0
local skippedCount = 0
local failureCount = 0
local errorCount = 0
local pendingDescription = function(pending)
local name = pending.name
local string = ''
if type(pending.message) == 'string' then
string = string .. pending.message .. '\n'
elseif pending.message ~= nil then
string = string .. pretty.write(pending.message) .. '\n'
end
return string
end
local failureDescription = function(failure)
local string = failure.randomseed and ('Random seed: ' .. failure.randomseed .. '\n') or ''
if type(failure.message) == 'string' then
string = string .. failure.message
elseif failure.message == nil then
string = string .. 'Nil error'
else
string = string .. pretty.write(failure.message)
end
string = string .. '\n'
if options.verbose and failure.trace and failure.trace.traceback then
string = string .. failure.trace.traceback .. '\n'
end
return string
end
local getFileLine = function(element)
local fileline = ''
if element.trace or element.trace.short_src then
fileline = colors.cyan(element.trace.short_src) .. ' @ ' ..
colors.cyan(element.trace.currentline) .. ': '
end
return fileline
end
local getTestList = function(status, count, list, getDescription)
local string = ''
local header = summaryStrings[status].header
if count > 0 and header then
local tests = (count == 1 and 'test' or 'tests')
local errors = (count == 1 and 'error' or 'errors')
string = header:format(count, status == 'error' and errors or tests)
local testString = summaryStrings[status].test
if testString then
for _, t in ipairs(list) do
local fullname = getFileLine(t.element) .. colors.bright(t.name)
string = string .. testString:format(fullname)
if options.deferPrint then
string = string .. getDescription(t)
end
end
end
end
return string
end
local getSummary = function(status, count)
local string = ''
local footer = summaryStrings[status].footer
if count > 0 and footer then
local tests = (count == 1 and 'TEST' or 'TESTS')
local errors = (count == 1 and 'ERROR' or 'ERRORS')
string = footer:format(count, status == 'error' and errors or tests)
end
return string
end
local getSummaryString = function()
local tests = (successCount == 1 and 'test' or 'tests')
local string = successStatus:format(successCount, tests)
string = string .. getTestList('skipped', skippedCount, handler.pendings, pendingDescription)
string = string .. getTestList('failure', failureCount, handler.failures, failureDescription)
string = string .. getTestList('error', errorCount, handler.errors, failureDescription)
string = string .. ((skippedCount + failureCount + errorCount) > 0 and '\n' or '')
string = string .. getSummary('skipped', skippedCount)
string = string .. getSummary('failure', failureCount)
string = string .. getSummary('error', errorCount)
return string
end
handler.suiteReset = function()
fileCount = 0
fileTestCount = 0
testCount = 0
successCount = 0
skippedCount = 0
failureCount = 0
errorCount = 0
return nil, true
end
handler.suiteStart = function(suite, count, total, randomseed)
if total > 1 then
io.write(repeatSuiteString:format(count, total))
end
if randomseed then
io.write(randomizeString:format(randomseed))
end
io.write(globalSetup)
io.flush()
return nil, true
end
handler.suiteEnd = function(suite, count, total)
local elapsedTime_ms = suite.duration * 1000
local tests = (testCount == 1 and 'test' or 'tests')
local files = (fileCount == 1 and 'file' or 'files')
io.write(globalTeardown)
io.write(suiteEndString:format(testCount, tests, fileCount, files, elapsedTime_ms))
io.write(getSummaryString())
io.flush()
return nil, true
end
handler.fileStart = function(file)
fileTestCount = 0
io.write(fileStartString:format(file.name))
io.flush()
return nil, true
end
handler.fileEnd = function(file)
local elapsedTime_ms = file.duration * 1000
local tests = (fileTestCount == 1 and 'test' or 'tests')
fileCount = fileCount + 1
io.write(fileEndString:format(fileTestCount, tests, file.name, elapsedTime_ms))
io.flush()
return nil, true
end
handler.testStart = function(element, parent)
io.write(runString:format(handler.getFullName(element)))
io.flush()
return nil, true
end
handler.testEnd = function(element, parent, status, debug)
local elapsedTime_ms = element.duration * 1000
local string
fileTestCount = fileTestCount + 1
testCount = testCount + 1
if status == 'success' then
successCount = successCount + 1
string = successString
elseif status == 'pending' then
skippedCount = skippedCount + 1
string = skippedString
elseif status == 'failure' then
failureCount = failureCount + 1
string = nil
elseif status == 'error' then
errorCount = errorCount + 1
string = nil
end
if string ~= nil then
io.write(string:format(elapsedTime_ms))
io.flush()
end
return nil, true
end
handler.testFailure = function(element, parent, message, debug)
io.write(failureString)
io.flush()
if not options.deferPrint then
io.write(failureDescription(handler.failures[#handler.failures]))
io.flush()
end
return nil, true
end
handler.testError = function(element, parent, message, debug)
io.write(errorString)
io.flush()
if not options.deferPrint then
io.write(failureDescription(handler.errors[#handler.errors]))
io.flush()
end
return nil, true
end
handler.error = function(element, parent, message, debug)
if element.descriptor ~= 'it' then
if not options.deferPrint then
io.write(failureDescription(handler.errors[#handler.errors]))
io.flush()
end
errorCount = errorCount + 1
end
return nil, true
end
busted.subscribe({ 'suite', 'reset' }, handler.suiteReset)
busted.subscribe({ 'suite', 'start' }, handler.suiteStart)
busted.subscribe({ 'suite', 'end' }, handler.suiteEnd)
busted.subscribe({ 'file', 'start' }, handler.fileStart)
busted.subscribe({ 'file', 'end' }, handler.fileEnd)
busted.subscribe({ 'test', 'start' }, handler.testStart, { predicate = handler.cancelOnPending })
busted.subscribe({ 'test', 'end' }, handler.testEnd, { predicate = handler.cancelOnPending })
busted.subscribe({ 'failure', 'it' }, handler.testFailure)
busted.subscribe({ 'error', 'it' }, handler.testError)
busted.subscribe({ 'failure' }, handler.error)
busted.subscribe({ 'error' }, handler.error)
return handler
end