@Test
public void clearingLowPrioDoesntAffectHighPrioMappings() {
mc.setHighPrio(true);
mc.put("k", "v");
mc.clearLowPrio();
assertEquals(mc.get("k"), "v");
}
@Test
public void clearingLowPrioDeletesLowPrioMappings() {
mc.setHighPrio(false);
mc.put("k", "v");
mc.clearLowPrio();
assertEquals(mc.get("k"), null);
}
@Test
public void removeLowPrioMapping() {
mc.setHighPrio(false);
mc.put("k", "v");
mc.removeLowPrio("k");
assertEquals(mc.get("k"), null);
}
@Test
public void gettingNotExistingMapping() {
mc.setHighPrio(false);
mc.put("k", "vlow");
mc.setHighPrio(true);
mc.put("k", "vhigh");
assertEquals(mc.get("k"), "vhigh");
}
@Test
public void enable() {
mc.setHighPrio(true);
mc.put("khigh", "vhigh");
mc.setHighPrio(false);
mc.put("klow", "vlow");
mc.disable("khigh");
mc.disable("klow");
mc.enable("khigh");
mc.enable("klow");
assertEquals(mc.get("khigh"), "vhigh");
assertEquals(mc.get("klow"), "vlow");
}
@Test
public void gettingOverwrittenMapping() {
assertEquals(mc.get("k"), null);
}
@Test
public void gettingLowPrioMapping() {
mc.setHighPrio(false);
mc.put("k", "v");
assertEquals(mc.get("k"), "v");
}
