// Test that sequence limiting works
void test16(const DestinationPtr &sink1) {
banner("test16 - sequence limiting");
FilterPtr limited = SequenceFilter::instance(10, 2, 5); // every other message beginning with #10, five total
limited->addDestination(sink1);
Stream merr = Stream("test16", INFO, limited);
for (size_t i=0; i<100; ++i) {
merr <<"i=" <<i <<"\n";
}
}
// Test that rate limiting works
void test15(const DestinationPtr &sink1) {
banner("test15 - rate limiting");
FilterPtr limited = TimeFilter::instance(0.5);
limited->addDestination(sink1);
Stream merr = Stream("test15", INFO, limited);
for (size_t i=0; i<5000000; ++i) {
merr <<"i=" <<i <<"\n";
}
}
// Demonstrate rate limiting per importance level
void test15b(const DestinationPtr &sink1) {
banner("test15b - per importance rate limiting");
Facility log("test15b", sink1);
for (size_t i=DEBUG; i<=FATAL; ++i) {
Importance imp = (Importance)i;
FilterPtr limiter = TimeFilter::instance(1.0);
limiter->addDestination(log[imp].destination());
log[imp].destination(limiter);
}
for (size_t i=0; i<300000; ++i) {
log[DEBUG] <<"i=" <<i <<"\tdebugging message\n";
log[TRACE] <<"i=" <<i <<"\ttracing message\n";
log[WHERE] <<"i=" <<i <<"\tmajor execution point\n";
log[INFO] <<"i=" <<i <<"\tinformational message\n";
log[WARN] <<"i=" <<i <<"\twarning message\n";
log[ERROR] <<"i=" <<i <<"\terror message\n";
log[FATAL] <<"i=" <<i <<"\tfatal error message\n";
}
}
