bool DummyDAImpl::DoExec(Context &context, ParameterMapper *in, ResultMapper *out) {
StartTrace(DummyDAImpl.DoExecRecordOrTest);
DAAccessTimer("DummyDAImpl.Exec", "DummyDAImpl.Exec writing", context);
Anything tmpStore = context.GetTmpStore();
// open test config file
Anything recording;
String str("Recording");
Recording::ReadinRecording(str, recording);
Trace("name: " << fName);
String request;
if (!BuildRequest(request, context, in)) {
return false;
}
String theReply = GetReplyMatchingRequest(recording, context, request);
if (TriggerEnabled(DummyDAImpl.DoExecRecordOrTest)) {
String infoMsg = "\r\nReply from server ";
infoMsg << theReply;
SystemLog::Info(infoMsg); // perhaps enable this line with an entry in RequestLineRenderer.any.... future
}
if (!RenderReply(theReply, context, out)) {
return false;
}
return true;
}
void FlowController::DoCleanupAfterStep(Context &ctx, ROAnything roaStepConfig) {
StartTrace(FlowController.DoCleanupAfterStep);
Anything tmpStore(ctx.GetTmpStore());
SubTraceAny(TmpStore, ctx.GetTmpStore(), "TmpStore before");
if (!roaStepConfig.IsNull()) {
long sz = roaStepConfig.GetSize();
for (long i = 0; i < sz; i++) {
String slotName = roaStepConfig.SlotName(i);
if (slotName) {
Trace("Slotname to remove : " << slotName);
tmpStore.Remove(slotName);
}
}
}
SubTraceAny(TmpStore, tmpStore, "TmpStore after");
}
String DummyDAImpl::GetReplyMatchingRequest(Anything &recording, Context &context, String &request) {
long testStepNo = 0;
Anything tmpStore(context.GetTmpStore());
if (tmpStore.IsDefined("TestStepNo")) {
testStepNo = tmpStore["TestStepNo"].AsLong(-1L);
++testStepNo;
}
tmpStore["TestStepNo"] = testStepNo;
Anything conv = Anything(testStepNo);
String index = conv.AsString();
if (recording[index].IsDefined("Request")) {
String recordedRequest = recording[index]["Request"].AsString("");
if (!recordedRequest.IsEqual(request)) {
String eMsg = "Error: at index ";
eMsg << index << " request did not match recorded request:" << request;
SystemLog::Warning("Error: request did not match recorded request");
}
String eMsg = "Reply not found, index:";
eMsg << index << " Request:" << request;
// done this way because you don't write to any if you check first... which might be important in future...not now..
if (!recording[index].IsDefined("Reply")) {
return eMsg;
}
return recording[index]["Reply"].AsString(eMsg);
} else {
String eMsg = "Request not found, index:";
eMsg << index << " Request:" << request;
return eMsg;
}
}
bool FlowController::PrepareRequest(Context &ctx) {
StartTrace(FlowController.PrepareRequest);
long reqNr = GetRequestNr(ctx);
// number of runs of pre depends on number of slots in anything
long nrOfPreRunRequests = fConfig["PreRun"].GetSize();
Anything tmpStore = ctx.GetTmpStore();
Anything flowState = tmpStore["FlowState"];
if (!flowState["PreRunDone"].AsBool(1)) {
Trace("PRE RUN NOT DONE ");
if (reqNr < nrOfPreRunRequests) {
DoPrepare(tmpStore, fConfig["PreRun"][reqNr]);
flowState["RequestNr"] = ++reqNr;
TraceAny(tmpStore["FlowState"], "Flow State on exit");
return true;
} else {
// PreRun done , reset for normal run
reqNr = 0;
flowState["RunNr"] = 0L;
flowState["PreRunDone"] = true;
}
}
long nrOfRuns = 0;
String appName;
Application *application = Application::GetGlobalApplication(appName);
if (application) {
nrOfRuns = application->Lookup("NumberOfRuns", fConfig["NumberOfRuns"].AsLong(1));
Trace(appName << " application found" );
} else {
nrOfRuns = fConfig["NumberOfRuns"].AsLong(1);
}
long runNr = flowState["RunNr"].AsLong(0);
Trace("INIT Number of Run: " << runNr << " of " << nrOfRuns);
while (runNr < nrOfRuns) { // loop thru steps and incr. runNr after each batch has been processed
Trace("Number of Run: " << runNr << " of " << nrOfRuns);
TraceAny(fConfig["Run"], "Config Run");
long nrOfRequests = fConfig["Run"].GetSize();
if (reqNr < nrOfRequests) {
DoPrepare(tmpStore, fConfig["Run"][reqNr]);
flowState["RequestNr"] = ++reqNr;
TraceAny(tmpStore, "tmpStore on exit");
TraceAny(tmpStore["FlowState"], "Flow State on exit");
return true;
}
reqNr = 0; // reset request number
flowState["RunNr"] = ++runNr;
}
TraceAny(tmpStore["FlowState"], "Flow State on exit with false");
return false;
}
void FileAccessControllerTests::FileUDACTest() {
StartTrace(FileAccessControllerTests.FileUDACTest);
// create test file
t_assertm(FileCreator::CreateFile("WriteUserData", GetConfig()["InitData"]["UDACTest"]), "Creation of test file failed");
// do generic tests
UserDataAccessController *fudac = UserDataAccessController::FindUserDataAccessController("UserDataFile");
doTestUDAC(fudac);
// check results
Context c;
t_assert(DataAccess("ReadUserData").StdExec(c));
TraceAny(c.GetTmpStore()["FileContent"], "FileContentAfterTest");
assertAnyEqual(GetConfig()["FileContent"]["UDACTest"], c.GetTmpStore()["FileContent"]);
// clean up
coast::system::io::unlink("config/FileTestUserDB.any");
}
void ConfiguredActionTest::DoTestWithContext(Anything testCase, const String &testCaseName, Context &ctx) {
StartTrace(ConfiguredActionTest.DoTestWithContext);
TraceAny(testCase, "Config of " << testCaseName);
AlterTestStoreHook(testCase);
coast::testframework::PutInStore(testCase["SessionStore"], ctx.GetSessionStore());
coast::testframework::PutInStore(testCase["RoleStore"], ctx.GetRoleStoreGlobal());
// Can not use real Session Store because Lookup does not find it ! - fix me
TraceAny(ctx.GetRoleStoreGlobal(), "SessionStore");
coast::testframework::PutInStore(testCase["TmpStore"], ctx.GetTmpStore());
coast::testframework::PutInStore(testCase["Query"], ctx.GetQuery());
coast::testframework::PutInStore(testCase["Env"], ctx.GetEnvStore());
if (!testCase.IsDefined("Server") && GetConfig().IsDefined("Server")) {
testCase["Server"] = GetConfig()["Server"].DeepClone();
}
if (testCase.IsDefined("Server")) {
Server *s = Server::FindServer(testCase["Server"].AsCharPtr("Server"));
ctx.SetServer(s);
}
if (testCase.IsDefined("Page")) {
ctx.Push(testCase["Page"].AsCharPtr("Page"), Page::FindPage(testCase["Page"].AsCharPtr("Page")));
}
if (testCase.IsDefined("Role")) {
ctx.Push(testCase["Role"].AsCharPtr("Role"), Role::FindRole(testCase["Role"].AsCharPtr("Role")));
}
TraceAny(testCase["TmpStore"], "Language");
if (testCase["TmpStore"].IsDefined("Language")) {
ctx.SetLanguage(testCase["TmpStore"]["Language"].AsCharPtr("D"));
}
bool expected = testCase["ExpectedResult"].AsBool(true);
String token = testCase["StartToken"].AsString("TheAction");
t_assertm(expected == Action::ExecAction(token, ctx, testCase["TheAction"]), (const char *)testCaseName);
TraceAny(ctx.GetTmpStore(), "tmp store after action");
String expectedToken = testCase["ExpectedToken"].AsString("TheAction");
assertEqualm(expectedToken, token, (const char *)testCaseName);
}
void HTTPResponseMapperTest::TestBadResponseLine() {
StartTrace(HTTPResponseMapperTest.TestBadResponseLine);
String strIn("HTTP/1.1 ");
IStringStream is(strIn);
HTTPResponseMapper m("HTTPResponseMapper");
m.Initialize("ResultMapper");
Context ctx;
t_assert(!m.Put("", is, ctx));
Anything result(ctx.GetTmpStore()["Mapper"]["HTTPResponse"]);
assertEqual(-1L, result[coast::http::constants::protocolCodeSlotname].AsLong(-1));
assertEqual("undefined", result[coast::http::constants::protocolMsgSlotname].AsCharPtr("undefined"));
assertEqual("HTTP/1.1", result[coast::http::constants::protocolVersionSlotname].AsCharPtr());
}
bool DummyDAImpl::BuildRequest(String &request, Context &context, ParameterMapper *in) {
Anything tmpStore(context.GetTmpStore());
StartTrace(DummyDAImpl.BuildRequest);
{
OStringStream os(&request);
if (!in->Get("Input", os, context)) {
return HandleError("Input Collection of ", context);
}
}
if (TriggerEnabled(DummyDAImpl.BuildRequest)) {
tmpStore["ParameterMapper"]["RequestMade"] = request;
}
return true; // request built successfully
}
void CookieToServerRenderer::RenderAll(std::ostream &reply, Context &c, const ROAnything &config) {
StartTrace(CookieToServerRenderer.Render);
//TraceAny(config, "config");
// config not so interesting - does this renderer even have one??
TraceAny( c.GetTmpStore(), "<<- Overall TMP Store" );
String explicitDomainName = c.Lookup("CurrentServer.ServerName", "");
explicitDomainName.ToUpper();
// without Port part
OutputCookies(explicitDomainName, reply, c);
explicitDomainName << ":" << c.Lookup("CurrentServer.Port", "");
// with Port part
OutputCookies(explicitDomainName, reply, c);
}
void DataAccess::HandleError(Context &context, String mapperName, const char *file, long line, String msg)
{
StartTrace(DataAccess.HandleError);
// cut off path in file string (only output file)
String filePath(file);
long pos = filePath.StrRChr('\\'); // windows path?
if (pos < 0) {
pos = filePath.StrRChr('/'); // unix path?
}
String logMsg = (pos < 0) ? filePath : filePath.SubString(pos + 1);
logMsg << ":" << line << " " << msg << " for [" << mapperName << "]";
SystemLog::Error(logMsg);
Trace(logMsg);
context.GetTmpStore()["DataAccess"][mapperName]["Error"].Append(logMsg);
}
bool CallLDAPDAICacheAction::DoExecAction(String &action, Context &ctx, const ROAnything &config)
{
// this is the new method that also gets a config ( similar to Renderer::RenderAll )
// write the action code here - you don't have to override DoAction anymore
StartTrace(CallLDAPDAICacheAction.DoExecAction);
TraceAny(config, "config");
ROAnything result;
String key(config["Key"].AsString());
String daName(config["Da"].AsString());
bool ret = true;
if (key == "*") {
result = LDAPDAICacheGetter::GetAll(daName);
} else {
ret = LDAPDAICacheGetter::Get(result, daName, key);
}
ctx.GetTmpStore() = result.DeepClone();
return ret;
}
bool HTTPHeaderParameterMapper::DoGetStream(const char *key, std::ostream &os, Context &ctx, ROAnything info) {
StartTrace1(HTTPHeaderParameterMapper.DoGetStream, "Key:<" << NotNull(key) << ">");
bool mapSuccess = true;
ROAnything headerfields(ctx.Lookup(key));
TraceAny(headerfields, "Headerfields available for key " << key);
if (!headerfields.IsNull()) {
String strFieldName;
ROAnything roaValue;
AnyExtensions::Iterator<ROAnything> headerIterator(headerfields);
while (headerIterator.Next(roaValue)) {
if (headerIterator.SlotName(strFieldName)) {
strFieldName.ToUpper();
String strKey(constants::suppressName);
strKey.Append('.').Append(strFieldName);
Trace("trying to Lookup [" << strKey << "] in own or config");
// map non suppressed headerfields
if (Lookup(strKey).AsLong(0L) == 0L) {
Anything value;
ROAnything rvalue;
Trace("slot: " << strFieldName);
if (!Get(strFieldName, value, ctx)) {
rvalue = roaValue;
} else {
rvalue = value;
}
coast::http::putHeaderFieldToStream(os, ctx, strFieldName, rvalue);
}
}
}
} else {
TraceAny(ctx.GetTmpStore(), "no headers, get ReqHeader in tmp store:");
String strHeaderfields;
if ((mapSuccess = Get("ReqHeader", strHeaderfields, ctx))) {
os << strHeaderfields;
}
}
Trace("retval: " << mapSuccess);
return mapSuccess;
}
long FlowController::GetRequestNr(Context &ctx) {
StartTrace(FlowController.GetRequestNr);
// retrieve state from tempStore -- this is done to be thread safe
// State contains
// {
// /PreRunDone True if prerun has run
// /RunNr Number of the actual run
// /RequestNr Number of the next request
// }
Anything tmpStore = ctx.GetTmpStore();
// default built in tmpStore if no tmpStore built by previous step
if (!tmpStore.IsDefined("FlowState")) {
tmpStore["FlowState"]["RequestNr"] = 0L;
tmpStore["FlowState"]["PreRunDone"] = false;
tmpStore["FlowState"]["RunNr"] = 0L;
//TraceAny(tmpStore["FlowState"],"Flow State initialized");
}
Anything flowState = tmpStore["FlowState"];
// Check PreRun
return flowState["RequestNr"].AsLong(0);
}
void LogTimerTest::MethodTimerTest() {
StartTrace(LogTimerTest.MethodTimerTest);
Context ctx;
TimeLoggingModule::fgDoTiming = true;
String msg("Test MethodTimer");
{
Anything expected = Anything(Anything::ArrayMarker());
MethodTimer(NoResult, msg, ctx);
assertAnyEqual(expected, ctx.GetTmpStore());
}
{
Anything setup;
setup["EnabledValues"]["Method"]["Test"] = true;
setup["SimulatedValues"]["Method"]["Test"] = 10;
Context::PushPopEntry<Anything> aEntry(ctx, "setup", setup);
Anything expected;
Anything data;
data[TimeLogger::eSection] = "Method";
data[TimeLogger::eKey] = "Test";
data[TimeLogger::eTime] = 10L;
data[TimeLogger::eMsg] = "Test MethodTimer";
data[TimeLogger::eUnit] = "ms";
data[TimeLogger::eNestingLevel] = 0L;
expected["Log"]["Times"].Append(data);
{
// trigger the destructor by defining its own scope
MethodTimer(Test, msg, ctx)
;
}
assertAnyEqual(expected, ctx.GetTmpStore());
TraceAny(ctx.GetTmpStore(), "TmpStore");
}
{
ctx.GetTmpStore() = Anything(Anything::ArrayMarker());
Anything setup;
setup["EnabledValues"]["Method"]["Test"] = true;
setup["SimulatedValues"]["Method"]["Test"] = 10;
Context::PushPopEntry<Anything> aEntry(ctx, "setup", setup);
Anything expected;
Anything data;
data[TimeLogger::eSection] = "Method";
data[TimeLogger::eKey] = "Test";
data[TimeLogger::eTime] = 10L;
data[TimeLogger::eMsg] = "Test MethodTimer";
data[TimeLogger::eUnit] = "ms";
data[TimeLogger::eNestingLevel] = 0L;
expected["Log"]["Times"].Append(data.DeepClone());
expected["Log"]["Times"].Append(data.DeepClone());
//call a method twice
{
// trigger the destructor by defining its own scope
MethodTimer(Test, msg, ctx)
;
}
{
// trigger the destructor by defining its own scope
MethodTimer(Test, msg, ctx)
;
}
TraceAny(ctx.GetTmpStore(), "TmpStore");
assertAnyEqual(expected, ctx.GetTmpStore());
}
{
ctx.GetTmpStore() = Anything(Anything::ArrayMarker());
Anything setup;
setup["EnabledValues"]["Method"]["Test"]["SubA"] = true;
setup["EnabledValues"]["Method"]["Test"]["SubB"] = true;
setup["SimulatedValues"]["Method"]["Test"]["SubA"] = 10;
setup["SimulatedValues"]["Method"]["Test"]["SubB"] = 10;
Context::PushPopEntry<Anything> aEntry(ctx, "setup", setup);
Anything expected;
Anything dataA;
dataA[TimeLogger::eSection] = "Method";
dataA[TimeLogger::eKey] = "Test.SubA";
dataA[TimeLogger::eTime] = 10L;
dataA[TimeLogger::eMsg] = "Test MethodTimer";
dataA[TimeLogger::eUnit] = "ms";
dataA[TimeLogger::eNestingLevel] = 0L;
Anything dataB(dataA.DeepClone());
dataB[TimeLogger::eKey] = "Test.SubB";
expected["Log"]["Times"].Append(dataA.DeepClone());
expected["Log"]["Times"].Append(dataB.DeepClone());
//call different methods of a class
{
// trigger the destructor by defining its own scope
MethodTimer(Test.SubA, msg, ctx)
;
}
{
// trigger the destructor by defining its own scope
MethodTimer(Test.SubB, msg, ctx)
;
}
TraceAny(ctx.GetTmpStore(), "TmpStore");
assertAnyEqual(expected, ctx.GetTmpStore());
}
}
bool FileCreator::CreateFile(String dataAccessName, ROAnything data) {
Context c;
c.GetTmpStore()["FileContent"] = data.DeepClone();
return DataAccess(dataAccessName).StdExec(c);
}