bool UNICHARSET::load_from_file(FILE *file, bool skip_fragments) {
LocalFilePointer lfp(file);
TessResultCallback2<char *, char *, int> *fgets_cb =
NewPermanentTessCallback(&lfp, &LocalFilePointer::fgets);
bool success = load_via_fgets(fgets_cb, skip_fragments);
delete fgets_cb;
return success;
}
void LeaderFollowerPoolTest::NoAcceptorsTest() {
StartTrace(LeaderFollowerPoolTest.NoAcceptorsTest);
LeaderFollowerPool lfp(new TestReactor(this));
Anything lfpConfig;
if (t_assertm( !lfp.Init(2, lfpConfig), "no acceptors are configured; init should fail")) {
t_assertm(lfp.GetPoolSize() == 0, "expected no threads in pool");
t_assertm(lfp.Start(true, 1000, 11) == -1, "expected Start to fail");
}
}
void LeaderFollowerPoolTest::NoReactorTest() {
StartTrace(LeaderFollowerPoolTest.NoReactorTest);
LeaderFollowerPool lfp(0);
Acceptor ac1(GetConfig()["Testhost"]["ip"].AsString(), GetConfig()["Testhost"]["port1"].AsLong(), 5, 0);
Anything lfpConfig;
lfpConfig[String("Accept") << GetConfig()["Testhost"]["port1"].AsString()] = (IFAObject *) &ac1;
if (t_assertm( !lfp.Init(2, lfpConfig), "no reactor is configured; init should fail")) {
t_assertm(lfp.GetPoolSize() == 0, "expected no threads in pool");
t_assertm(lfp.Start(true, 1000, 11) == -1, "expected Start to fail");
}
}
void LeaderFollowerPoolTest::InvalidAcceptorTest() {
StartTrace(LeaderFollowerPoolTest.InvalidAcceptorTest);
LeaderFollowerPool lfp(new TestReactor(this));
Acceptor ac1(GetConfig()["Testhost"]["ip"].AsString(), GetConfig()["Testhost"]["port"].AsLong(), 5, 0);
Anything lfpConfig;
lfpConfig[String("Accept") << GetConfig()["Testhost"]["port"].AsString()] = (IFAObject *) &ac1;
if (t_assertm( !lfp.Init(3, lfpConfig), "should not bind to already bound port and needs root privilege anyway")) {
t_assertm(lfp.GetPoolSize() == 0, "expected no threads in pool");
t_assertm(lfp.Start(true, 1000, 11) == -1, "expected Start to fail");
}
}
void LeaderFollowerPoolTest::OneAcceptorTest() {
StartTrace(LeaderFollowerPoolTest.OneAcceptorTest);
LeaderFollowerPool lfp(new TestReactor(this));
Acceptor ac1(GetConfig()["Testhost"]["ip"].AsString(), GetConfig()["Testhost"]["port1"].AsLong(), 5, 0);
Anything lfpConfig;
lfpConfig[String("Accept") << GetConfig()["Testhost"]["port1"].AsString()] = (IFAObject *) &ac1;
if (t_assertm( lfp.Init(3, lfpConfig), "some port maybe already bound")) {
if (t_assert(lfp.Start(true, 1000, 11) == 0 )) {
ProcessOneEvent();
lfp.RequestTermination();
t_assertm(lfp.Join() == 0, "expected Join to succeed");
}
}
}
void LeaderFollowerPoolTest::ManyAcceptorsTest() {
StartTrace(LeaderFollowerPoolTest.ManyAcceptorsTest);
{
LeaderFollowerPool lfp(new TestReactor(this));
Acceptor ac1(GetConfig()["Testhost"]["ip"].AsString(), GetConfig()["Testhost"]["port1"].AsLong(), 5, 0);
Acceptor ac2(GetConfig()["Testhost"]["ip"].AsString(), GetConfig()["Testhost"]["port2"].AsLong(), 5, 0);
Acceptor ac3(GetConfig()["Testhost"]["ip"].AsString(), GetConfig()["Testhost"]["port3"].AsLong(), 5, 0);
Anything lfpConfig;
lfpConfig[String("Accept") << GetConfig()["Testhost"]["port1"].AsString()] = (IFAObject *) &ac1;
lfpConfig[String("Accept") << GetConfig()["Testhost"]["port2"].AsString()] = (IFAObject *) &ac2;
lfpConfig[String("Accept") << GetConfig()["Testhost"]["port3"].AsString()] = (IFAObject *) &ac3;
if (t_assertm( !lfp.Init(0, lfpConfig), "should not allow LFPool to run without threads")) {
t_assertm(lfp.GetPoolSize() == 0, "expected no threads in pool");
t_assertm(lfp.Start(true, 1000, 11) == -1, "expected Start to fail");
}
}
{
LeaderFollowerPool lfp(new TestReactor(this));
Acceptor ac1(GetConfig()["Testhost"]["ip"].AsString(), GetConfig()["Testhost"]["port1"].AsLong(), 5, 0);
Acceptor ac2(GetConfig()["Testhost"]["ip"].AsString(), GetConfig()["Testhost"]["port2"].AsLong(), 5, 0);
Acceptor ac3(GetConfig()["Testhost"]["ip"].AsString(), GetConfig()["Testhost"]["port3"].AsLong(), 5, 0);
Anything lfpConfig;
lfpConfig[String("Accept") << GetConfig()["Testhost"]["port1"].AsString()] = (IFAObject *) &ac1;
lfpConfig[String("Accept") << GetConfig()["Testhost"]["port2"].AsString()] = (IFAObject *) &ac2;
lfpConfig[String("Accept") << GetConfig()["Testhost"]["port3"].AsString()] = (IFAObject *) &ac3;
if (t_assertm( lfp.Init(1, lfpConfig), "some port maybe already bound")) {
if (t_assert(lfp.Start(false, 1000, 10) == 0 )) {
ProcessManyEvents();
lfp.RequestTermination();
t_assertm(lfp.Join() == 0, "expected Join to succeed");
}
}
}
{
LeaderFollowerPool lfp(new TestReactor(this));
Acceptor ac1(GetConfig()["Testhost"]["ip"].AsString(), GetConfig()["Testhost"]["port1"].AsLong(), 5, 0);
Acceptor ac2(GetConfig()["Testhost"]["ip"].AsString(), GetConfig()["Testhost"]["port2"].AsLong(), 5, 0);
Acceptor ac3(GetConfig()["Testhost"]["ip"].AsString(), GetConfig()["Testhost"]["port3"].AsLong(), 5, 0);
Anything lfpConfig;
lfpConfig[String("Accept") << GetConfig()["Testhost"]["port1"].AsString()] = (IFAObject *) &ac1;
lfpConfig[String("Accept") << GetConfig()["Testhost"]["port2"].AsString()] = (IFAObject *) &ac2;
lfpConfig[String("Accept") << GetConfig()["Testhost"]["port3"].AsString()] = (IFAObject *) &ac3;
if (t_assertm( lfp.Init(2, lfpConfig), "some port maybe already bound")) {
if (t_assert(lfp.Start(false, 1000, 10) == 0 )) {
ProcessManyEvents();
lfp.RequestTermination();
t_assertm(lfp.Join() == 0, "expected Join to succeed");
}
}
}
{
LeaderFollowerPool lfp(new TestReactor(this));
Acceptor ac1(GetConfig()["Testhost"]["ip"].AsString(), GetConfig()["Testhost"]["port1"].AsLong(), 5, 0);
Acceptor ac2(GetConfig()["Testhost"]["ip"].AsString(), GetConfig()["Testhost"]["port2"].AsLong(), 5, 0);
Acceptor ac3(GetConfig()["Testhost"]["ip"].AsString(), GetConfig()["Testhost"]["port3"].AsLong(), 5, 0);
Anything lfpConfig;
lfpConfig[String("Accept") << GetConfig()["Testhost"]["port1"].AsString()] = (IFAObject *) &ac1;
lfpConfig[String("Accept") << GetConfig()["Testhost"]["port2"].AsString()] = (IFAObject *) &ac2;
lfpConfig[String("Accept") << GetConfig()["Testhost"]["port3"].AsString()] = (IFAObject *) &ac3;
if (t_assertm( lfp.Init(3, lfpConfig), "some port maybe already bound")) {
if (t_assert(lfp.Start(true, 1000, 11) == 0 )) {
ProcessManyEvents();
lfp.RequestTermination();
t_assertm(lfp.Join() == 0, "expected Join to succeed");
}
}
}
{
LeaderFollowerPool lfp(new TestReactor(this));
Acceptor ac1(GetConfig()["Testhost"]["ip"].AsString(), GetConfig()["Testhost"]["port1"].AsLong(), 5, 0);
Acceptor ac2(GetConfig()["Testhost"]["ip"].AsString(), GetConfig()["Testhost"]["port2"].AsLong(), 5, 0);
Acceptor ac3(GetConfig()["Testhost"]["ip"].AsString(), GetConfig()["Testhost"]["port3"].AsLong(), 5, 0);
Anything lfpConfig;
lfpConfig[String("Accept") << GetConfig()["Testhost"]["port1"].AsString()] = (IFAObject *) &ac1;
lfpConfig[String("Accept") << GetConfig()["Testhost"]["port2"].AsString()] = (IFAObject *) &ac2;
lfpConfig[String("Accept") << GetConfig()["Testhost"]["port3"].AsString()] = (IFAObject *) &ac3;
if (t_assertm( lfp.Init(4, lfpConfig), "some port maybe already bound")) {
if (t_assert(lfp.Start(true, 1000, 11) == 0 )) {
ProcessManyEvents();
lfp.RequestTermination();
t_assertm(lfp.Join() == 0, "expected Join to succeed");
}
}
}
}
