import "pkg:/source/rooibos/TestResult.bs" import "pkg:/source/rooibos/TestGroup.bs" namespace rooibos ' @ignore class Test public name public isSolo public noCatch = false public funcName public isIgnored public lineNumber public paramLineNumber public testSuite = invalid public testGroup = invalid public deferred = invalid public rawParams public paramTestIndex public isParamTest = false public isParamsValid = false public expectedNumberOfParams = 0 public result = invalid function new(testGroup as rooibos.TestGroup, data as roAssociativeArray, testSuite = invalid as rooibos.BaseTestSuite) m.testGroup = testGroup if testSuite <> invalid then m.testSuite = testSuite else m.testSuite = testGroup.testSuite end if m.isSolo = data.isSolo m.noCatch = data.noCatch m.funcName = data.funcName m.isIgnored = data.isIgnored m.isAsync = data.isAsync m.asyncTimeout = data.asyncTimeout m.slow = data.slow m.name = data.name m.lineNumber = data.lineNumber m.paramLineNumber = data.paramLineNumber m.rawParams = data.rawParams m.paramTestIndex = data.paramTestIndex m.isParamTest = data.isParamTest m.expectedNumberOfParams = data.expectedNumberOfParams if m.testSuite.isNodeTest then m.deferred = rooibos.promises.create() end if if m.isParamTest then m.name = m.name + strI(m.paramTestIndex) end if m.result = new rooibos.TestResult(m) end function function run() as dynamic m.rooibosTimer = createObject("roTimespan") if m.isParamTest then m.rooibosTimer.mark() promise = m.runParamsTest() else promise = m.testSuite[m.funcName]() end if if rooibos.promises.isPromise(promise) then if m.testSuite.isNodeTest then m.markDoneWhenTestCompletes(promise) else throw "Can not return a promise from a non-node test" end if else if m.testSuite.isNodeTest and not m.isAsync then ' The test is a node test and not async so we need to resolve the deferred ' immediately m.recordExecutionTime() rooibos.promises.resolve(invalid, m.deferred) end if if m.deferred <> invalid then m.recordExecutionTimeWhenDone() m.registerTimeout() else m.recordExecutionTime() end if return m.deferred end function ' Sets up a promise chain to link the deferred to the test promise results ' and resolves or rejects the deferred based on the result of the test promise. ' Also records the execution time of the test if not already recorded. function markDoneWhenTestCompletes(testPromise as roSGNoderooibos_promises_Promise) rooibos.promises.chain(testPromise, m).then(function(result as dynamic, m as roAssociativeArray) m.recordExecutionTime() rooibos.common.logDebug("Test promise resolved") rooibos.promises.resolve(result, m.deferred) end function).catch(function(error as dynamic, m as roAssociativeArray) m.recordExecutionTime() rooibos.common.logDebug("Test promise rejected") rooibos.promises.reject(error, m.deferred) end function) end function function registerTimeout() rooibos.promises.internal.delay(function(m as roAssociativeArray) if not rooibos.promises.isComplete(m.deferred) then m.recordExecutionTime(m.asyncTimeout) m.testSuite.fail(`Test execution exceeded ${m.asyncTimeout}ms`) rooibos.promises.resolve(invalid, m.deferred) end if end function, m, m.asyncTimeout / 1000) end function function recordExecutionTimeWhenDone() rooibos.promises.chain(m.deferred, m).then(function(result as dynamic, m as roAssociativeArray) m.recordExecutionTime() rooibos.promises.resolve(result, m.deferred) end function).catch(function(error as dynamic, m as roAssociativeArray) m.recordExecutionTime() rooibos.promises.reject(error, m.deferred) end function) end function function recordExecutionTime(time = m.rooibosTimer.totalMilliseconds() as integer) if m.result.time = -1 then m.result.time = time end if end function function runParamsTest() as dynamic testParams = m.getTestParams() if m.expectedNumberOfParams = 1 then m.rooibosTimer.mark() return m.testSuite[m.funcName](testParams[0]) else if m.expectedNumberOfParams = 2 then m.rooibosTimer.mark() return m.testSuite[m.funcName](testParams[0], testParams[1]) else if m.expectedNumberOfParams = 3 then m.rooibosTimer.mark() return m.testSuite[m.funcName](testParams[0], testParams[1], testParams[2]) else if m.expectedNumberOfParams = 4 then m.rooibosTimer.mark() return m.testSuite[m.funcName](testParams[0], testParams[1], testParams[2], testParams[3]) else if m.expectedNumberOfParams = 5 then m.rooibosTimer.mark() return m.testSuite[m.funcName](testParams[0], testParams[1], testParams[2], testParams[3], testParams[4]) else if m.expectedNumberOfParams = 6 then m.rooibosTimer.mark() return m.testSuite[m.funcName](testParams[0], testParams[1], testParams[2], testParams[3], testParams[4], testParams[5]) else if m.expectedNumberOfParams = 7 then m.rooibosTimer.mark() return m.testSuite[m.funcName](testParams[0], testParams[1], testParams[2], testParams[3], testParams[4], testParams[5], testParams[6]) else if m.expectedNumberOfParams = 8 then m.rooibosTimer.mark() return m.testSuite[m.funcName](testParams[0], testParams[1], testParams[2], testParams[3], testParams[4], testParams[5], testParams[6], testParams[7]) else if m.expectedNumberOfParams = 9 then m.rooibosTimer.mark() return m.testSuite[m.funcName](testParams[0], testParams[1], testParams[2], testParams[3], testParams[4], testParams[5], testParams[6], testParams[7], testParams[8]) else if m.expectedNumberOfParams = 10 then m.rooibosTimer.mark() return m.testSuite[m.funcName](testParams[0], testParams[1], testParams[2], testParams[3], testParams[4], testParams[5], testParams[6], testParams[7], testParams[8], testParams[9]) else if m.expectedNumberOfParams = 11 then m.rooibosTimer.mark() return m.testSuite[m.funcName](testParams[0], testParams[1], testParams[2], testParams[3], testParams[4], testParams[5], testParams[6], testParams[7], testParams[8], testParams[9], testParams[10]) else if m.expectedNumberOfParams = 12 then m.rooibosTimer.mark() return m.testSuite[m.funcName](testParams[0], testParams[1], testParams[2], testParams[3], testParams[4], testParams[5], testParams[6], testParams[7], testParams[8], testParams[9], testParams[10], testParams[11]) else if m.expectedNumberOfParams > 12 then m.rooibosTimer.mark() m.testSuite.fail("Test case had more than 12 params. Max of 12 params is supported") end if return invalid end function function getTestParams() as dynamic params = [] for paramIndex = 0 to m.rawParams.count() paramValue = m.rawParams[paramIndex] if type(paramValue) = "roString" and len(paramValue) >= 8 and left(paramValue, 8) = "#RBSNode" then nodeType = "ContentNode" paramDirectiveArgs = paramValue.split("|") if paramDirectiveArgs.count() > 1 then nodeType = paramDirectiveArgs[1] end if paramValue = createObject("roSGNode", nodeType) end if params.push(paramValue) end for return params end function end class end namespace